CONTINUED FROM PART- 2
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201644031239 A
(19) INDIA
(22) Date of filing of Application :13/09/2016
(43) Publication Date : 31/03/2017
(54) Title of the invention : DEPLOYABLE PEDESTRIAN SAFETY DEVICE FOR VEHICLES
(51) International classification
:B60R
(71)Name of Applicant :
21/00
1)FORD GLOBAL TECHNOLOGIES, LLC
:1516896.6
Address of Applicant :330 Town Center Drive, Suite 800,
:24/09/2015 Dearborn, Michigan 48126, United States of America U.S.A.
:U.K.
(72)Name of Inventor :
:NA
1)GINN, David Maurice
:NA
2)MA, Thomas
: NA
:NA
:NA
:NA
:NA
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
ABSTRACT DEPLOYABLE PEDESTRIAN SAFETY DEVICE FOR VEHICLES A frontal structure for a motor vehicle, the frontal
structure comprising a deployable air dam movable from a stowed position to one or more deployed positions, wherein the frontal
structure is configured such that when a collision event is detected, predicted or anticipated, said deployable air dam is deployed into a
first deployed position in which an edge of the deployable air dam forms the lowest point of the frontal structure and said edge also
extends to a point of the frontal structure that is at least as far forward as any other part of the frontal structure of the vehicle in the
same vertical plane. [Fig 1]
No. of Pages : 23 No. of Claims : 27
The Patent Office Journal 31/03/2017
8776
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201644031263 A
(19) INDIA
(22) Date of filing of Application :14/09/2016
(43) Publication Date : 31/03/2017
(54) Title of the invention : IC CARD ISSUANCE APPARATUS, IC CARD ISSUANCE SYSTEM AND IC CARD ISSUANCE
METHOD
(51) International classification
(31) Priority Document No
:G07G 3/00 (71)Name of Applicant :
:20151)KABUSHIKI KAISHA TOSHIBA
191916
Address of Applicant :1-1, Shibaura 1-chome, Minato-ku,
:29/09/2015 Tokyo Japan
:Japan
(72)Name of Inventor :
:NA
1)FUKUOKA, Hiroki
:NA
: NA
:NA
:NA
:NA
:NA
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
An IC card issuance apparatus includes an issuance processing unit and a data supply unit. The issuance processing unit performs
processing for issuing an IC card based on issuance data. The data supply unit monitors whether or not an issuance data file containing
the issuance data is stored in a storage apparatus designated in advance, and supplies the issuance data contained in the issuance data
file stored in the storage apparatus to the issuance processing unit such that the issuance processing unit executes issuance of the IC
card based on the issuance data if the issuance data file is stored in the storage apparatus.
No. of Pages : 38 No. of Claims : 12
The Patent Office Journal 31/03/2017
8777
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201644031311 A
(19) INDIA
(22) Date of filing of Application :14/09/2016
(43) Publication Date : 31/03/2017
(54) Title of the invention : DOUBLE ROW WITH CYLINDRICAL ROLLER BEARING WITH HIGH LENGTH TO DIAMETER
RATIO ROLLERS
(51) International classification
:F02C 7/00 (71)Name of Applicant :
(31) Priority Document No
:14/865239 1)GENERAL ELECTRIC COMPANY
(32) Priority Date
:25/09/2015
Address of Applicant :1 River Road Schenectady, NY 12345.
(33) Name of priority country
:U.S.A.
U.S.A.
(86) International Application No
:NA
(72)Name of Inventor :
Filing Date
:NA
1)HASTING, William Howard
(87) International Publication No
: NA
2)FISHER, Kenneth Lee
(61) Patent of Addition to Application Number
:NA
3)BRADLEY, Donald Albert
Filing Date
:NA
4)DICKMAN, Joseph Robert
(62) Divisional to Application Number
:NA
Filing Date
:NA
(57) Abstract :
A planet gearbox is provided for connection to a carrier of an epicyclic gearing arrangement with a single input and single output and
including a sun gear, a ring gear and at least one double helix planet gear rotatable on a cylindrical roller bearing wherein the ratio of
each cylindrical roller™s length to each cylindrical roller™s diameter exceeds 1.0. A gas turbine engine includes a shaft coupling a
compressor of a compressor section to a turbine of a turbine section. An epicyclic gearing arrangement has a single input from the
shaft coupled to a sun gear, a single output from the carrier that is coupled to the shaft of a fan and includes a planet gearbox with
cylindrical rollers having a length-to-diameter ratio exceeding 1.0. FIG. 1
No. of Pages : 28 No. of Claims : 10
The Patent Office Journal 31/03/2017
8778
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201644031638 A
(19) INDIA
(22) Date of filing of Application :16/09/2016
(43) Publication Date : 31/03/2017
(54) Title of the invention : ADVANCED STATIONARY SEALING CONCEPTS FOR AXIAL RETENTION OF CERAMIC
MATRIX COMPOSITE SHROUDS
(51) International classification
:F01D
(71)Name of Applicant :
25/00
1)GENERAL ELECTRIC COMPANY
:14/867,137
Address of Applicant :1 River Road Schenectady, New York
:28/09/2015 12345 USA U.S.A.
:U.S.A.
(72)Name of Inventor :
:NA
1)FITZPATRICK, Dylan James
:NA
2)STAPLETON, David Scott
: NA
3)BALDIGA, Jonathan David
:NA
4)TURA, Christopher Paul
:NA
:NA
:NA
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
In one aspect, the present disclosure is directed to a gas turbine sealing assembly that includes a first static gas turbine wall and a
second static gas turbine wall. A seal is disposed between the first static gas turbine wall and the second static gas turbine wall. The
seal includes a shield wall constructed from a first material that includes a first shield wall portion and a second shield wall portion. A
spring constructed from a second material includes a first spring portion and a second spring portion. The first shield wall portion is
adjacent to the first spring portion, and the second shield wall portion is adjacent to the second spring portion. Fig. 1
No. of Pages : 27 No. of Claims : 20
The Patent Office Journal 31/03/2017
8779
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201644031776 A
(19) INDIA
(22) Date of filing of Application :19/09/2016
(43) Publication Date : 31/03/2017
(54) Title of the invention : PULLEY DEVICE
(51) International classification
(31) Priority Document No
:F16H
(71)Name of Applicant :
55/00
1)EXEDY Corporation
:2015Address of Applicant :1-1, Kidamotomiya 1-chome,
186856
Neyagawa-shi, Osaka 572-8570, Japan Japan
:24/09/2015 (72)Name of Inventor :
:Japan
1)KISHIMOTO, Takahiro
:NA
2)KIMOTO, Yutaka
:NA
3)IMAI, Takatoshi
: NA
:NA
:NA
:NA
:NA
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
It is an object of the present invention to provide a pulley device in which loss of torque transmission can be inhibited. The present
pulley device (100) includes a stationary sheave (1) , a movable sheave (2), a movable sheave boss (4), a spring (5), a spring seat (6)
and a drive plate (81) . The spring (5) urges the movable sheave (2) toward the stationary sheave (1) . The spring seat (6) includes a
guide part (63) . The guide part (63) is disposed radially outside the spring (5) so as to support the spring (5) . The drive plate (81) is
configured to be unitarily rotated with the stationary sheave (1). The drive plate (81) includes a boss part (811) and an annular disc
part (812) . The annular disc part 812 extends radially outside from the boss part (811) and has a flat plate shape.
No. of Pages : 24 No. of Claims : 8
The Patent Office Journal 31/03/2017
8780
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201644031803 A
(19) INDIA
(22) Date of filing of Application :19/09/2016
(43) Publication Date : 31/03/2017
(54) Title of the invention : PULLEY DEVICE
(51) International classification
(31) Priority Document No
:F16H
(71)Name of Applicant :
55/00
1)EXEDY Corporation
:2015Address of Applicant :1-1, Kidamotomiya 1-chome,
186858
Neyagawa-shi, Osaka 572-8570, Japan Japan
:24/09/2015 (72)Name of Inventor :
:Japan
1)KISHIMOTO, Takahiro
:NA
2)KIMOTO, Yutaka
:NA
3)IMAI, Takatoshi
: NA
:NA
:NA
:NA
:NA
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
It is an object of the present invention to enable smooth sliding of a movable sheave boss on a stationary sheave boss. The present
pulley device includes a stationary sheave boss (3), a movable sheave boss (4), a first dust seal (5a) and a second dust seal (5b). The
movable sheave boss (4) has a cylindrical shape and is disposed radially outside the stationary sheave boss (3). The movable sheave
boss (4) slides on the stationary sheave boss (3) without application of grease. The first dust seal (5a) is mounted to a third end (43) of
the movable sheave boss (4). The second dust seal (5b) is mounted to a fourth end (44) of the movable sheave boss (4). The first and
second dust seals (5a, 5b) seal between the movable sheave boss (4) and the stationary sheave boss (3).
No. of Pages : 18 No. of Claims : 5
The Patent Office Journal 31/03/2017
8781
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201644031826 A
(19) INDIA
(22) Date of filing of Application :19/09/2016
(43) Publication Date : 31/03/2017
(54) Title of the invention : PULLEY DEVICE
(51) International classification
(31) Priority Document No
:F16H
(71)Name of Applicant :
55/00
1)EXEDY Corporation
:2015Address of Applicant :1-1, Kidamotomiya 1-chome,
186855
Neyagawa-shi, Osaka 572-8570, Japan Japan
:24/09/2015 (72)Name of Inventor :
:Japan
1)KISHIMOTO, Takahiro
:NA
2)KIMOTO, Yutaka
:NA
3)IMAI, Takatoshi
: NA
:NA
:NA
:NA
:NA
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
It is an object of the present invention to provide a pulley device that enables a replacement work of a cam mechanism to be easily
done when the cam mechanism is worn out. The pulley device (100) includes the stationary sheave (1), the movable sheave (2), the
movable sheave boss (4), the spring (5), the spring seat (6) and the cam mechanism (7). The spring seat (6) is configured to be
unitarily rotated with the stationary sheave (1). The spring seat (6) supports the spring (5). The cam mechanism (7) is provided on the
movable sheave boss (4) and the spring seat (6). The cam mechanism (7) is configured to convert rotation of the movable sheave boss
(4) relative to the spring seat (6) into an axial thrust of the movable sheave boss (4). Fig.1
No. of Pages : 23 No. of Claims : 4
The Patent Office Journal 31/03/2017
8782
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201644031827 A
(19) INDIA
(22) Date of filing of Application :19/09/2016
(43) Publication Date : 31/03/2017
(54) Title of the invention : PULLEY DEVICE
(51) International classification
(31) Priority Document No
:F16H
(71)Name of Applicant :
55/00
1)EXEDY Corporation
:2015Address of Applicant :1-1, Kidamotomiya 1-chome,
186857
Neyagawa-shi, Osaka 572-8570, Japan Japan
:24/09/2015 (72)Name of Inventor :
:Japan
1)KISHIMOTO, Takahiro
:NA
2)KIMOTO, Yutaka
:NA
3)IMAI, Takatoshi
: NA
:NA
:NA
:NA
:NA
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
It is an object of the present invention to apply an urging force to a movable sheave with as suitable a magnitude as possible. The
present pulley device (100) includes a stationary sheave (1), a movable sheave (2) and a disc spring (3). The movable sheave (2) is
axially movably disposed to approach to and separate from the stationary sheave (1). The disc spring (3) is configured to urge the
movable sheave (2) toward the stationary sheave (1). The disc spring (3) has a spring constant configured to be variable. Fig.1
No. of Pages : 23 No. of Claims : 4
The Patent Office Journal 31/03/2017
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(12) PATENT APPLICATION PUBLICATION
(21) Application No.201644031843 A
(19) INDIA
(22) Date of filing of Application :19/09/2016
(43) Publication Date : 31/03/2017
(54) Title of the invention : WATER TREATMENT METHOD, WATER TREATMENT APPARATUS, AND NON-TRANSITORY
COMPUTER-READABLE RECORDING MEDIUM STORING PROGRAM
(51) International classification
(31) Priority Document No
:C02F 1/00 (71)Name of Applicant :
:20151)Panasonic Intellectual Property Management Co., Ltd.
188512
Address of Applicant :1-61, Shiromi 2-chome, Chuo-ku,
:25/09/2015 Osaka-shi, Osaka 540-6207, Japan Japan
:Japan
(72)Name of Inventor :
:NA
1)TAKAOKA, Tomoyasu
:NA
2)HASHIMOTO, Yasuhiro
: NA
3)INO, Daisuke
:NA
:NA
:NA
:NA
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
A water treatment method includes: introducing an aqueous solution containing impurities into a first tank; irradiating, from a light
source, photocatalytic particles with ultraviolet light, to turn the aqueous solution introduced into the first tank into primary posttreatment water with which the impurities have been treated; reducing pressure in a first chamber by a filtering pump to filter the
primary post-treatment water with a filtering membrane, the filtering separating the primary post-treatment water into the
photocatalytic particles stopped at the filtering membrane and secondary post-treatment water that passes through the filtering
membrane and does not contain the photocatalytic particles; measuring concentration of photocatalytic particles in the first tank;
measuring the difference in pressure between the first chamber and the second chamber; and when the concentration of the
photocatalytic particles is equal to or smaller than the first threshold value and the difference in pressure between the first chamber
and the second chamber is greater than the second threshold value, supplying air to the filtering membrane by operating a compressor.
No. of Pages : 49 No. of Claims : 13
The Patent Office Journal 31/03/2017
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(12) PATENT APPLICATION PUBLICATION
(21) Application No.201644032510 A
(19) INDIA
(22) Date of filing of Application :23/09/2016
(43) Publication Date : 31/03/2017
(54) Title of the invention : SHEET STACKER AND METHOD FOR FORMING STACKS OF STAGGERED BUNDLES
(51) International classification
:B65H
31/00
:15186994.8
:25/09/2015
:EPO
:NA
:NA
: NA
:NA
:NA
:NA
:NA
(71)Name of Applicant :
1)GUANGDONG FOSBER INTELLIGENT EQUIPMENT
CO., LTD.
Address of Applicant :No.2, Qiangshi Road, Shishan Town,
Nanhai District, Foshan City, 528225, Guangdong Province.
China
(72)Name of Inventor :
1)ADAMI, Mauro
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
The sheet stacker (1) comprises a sheet conveyor arrangement (3), configured for feeding a plurality of sheets (C) in succession in a
sheet feeding direction (F), said sheet conveyor arrangement having a sheet discharge end (17). The sheet stacker further comprises a
stacking bay (5), wherein sheets delivered by the sheet conveyor arrangement at the sheet discharge end thereof are formed into stacks
(S). The stacking bay (5) comprises a stacker platform (19). The stacker platform (19) supports a stack conveyor (25) movable in a
direction parallel to a feed direction (F) of the sheets (C) in the stacking bay (5), configured and controlled to perform a reciprocating
staggering motion to form staggered bundles (B) of sheets, and to further perform an evacuation motion (fE), to remove a completed
stack (S) from the stacking bay (5).
No. of Pages : 45 No. of Claims : 30
The Patent Office Journal 31/03/2017
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(12) PATENT APPLICATION PUBLICATION
(21) Application No.201644032522 A
(19) INDIA
(22) Date of filing of Application :23/09/2016
(43) Publication Date : 31/03/2017
(54) Title of the invention : SHEET STACKER AND METHOD FOR FORMING STACKS OF SHEETS
(51) International classification
:B65H
31/00
:15186996.3
:25/09/2015
:EPO
:NA
:NA
: NA
:NA
:NA
:NA
:NA
(71)Name of Applicant :
1)GUANGDONG FOSBER INTELLIGENT EQUIPMENT
CO., LTD.
Address of Applicant :No.2, Qiangshi Road, Shishan Town,
Nanhai District, Foshan City, 528225, Guangdong Province,
China China
(72)Name of Inventor :
1)ADAMI, Mauro
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
A sheet stacker (1) comprises sheet conveyor arrangement (3) and a stacking bay (5), wherein sheets delivered by the sheet conveyor
arrangement (3) are formed in to stacks; the stacking bay comprising a stacker platform (19). The stacker platform (19) is provided
with a vertical lifting and lowering movement with respect to a stationary supporting structure and is controlled to move downwards
while a stack of sheets is formed thereon. The stacker platform (19) supports a stack conveyor (25) configured and controlled to
perform at least an evacuation motion, to remove a completed stack from the stacking bay (5). The evacuation motion of the stack
conveyor (25) is oriented such that a completed stack is moved from the stacking bay (5) onto an evacuation conveyor (53) arranged
under the sheet conveyor arrangement (3). (Fig. 1)
No. of Pages : 42 No. of Claims : 18
The Patent Office Journal 31/03/2017
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(12) PATENT APPLICATION PUBLICATION
(21) Application No.201644032534 A
(19) INDIA
(22) Date of filing of Application :23/09/2016
(43) Publication Date : 31/03/2017
(54) Title of the invention : COATING METHOD FOR METAL FASTENER
(51) International classification
:A44B 19/00
(71)Name of Applicant :
(31) Priority Document No
:201510622056.5 1)YKK CORPORATION
(32) Priority Date
:25/09/2015
Address of Applicant :1, Kanda Izumi-cho, Chiyoda-ku,
(33) Name of priority country
:China
Tokyo 1018642, Japan Japan
(86) International Application No
:NA
(72)Name of Inventor :
Filing Date
:NA
1)ITO, Shinobu
(87) International Publication No
: NA
(61) Patent of Addition to Application Number :NA
Filing Date
:NA
(62) Divisional to Application Number
:NA
Filing Date
:NA
(57) Abstract :
Provided is a coating method for a metal fastener including: a step of fixing coupling elements to a fastener tape; a step of performing
electroplating of the coupling elements fixed to the fastener tape; and a step of performing rust prevention treatment with respect to
the coupling elements, after the electroplating step.
No. of Pages : 17 No. of Claims : 11
The Patent Office Journal 31/03/2017
8787
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201644032598 A
(19) INDIA
(22) Date of filing of Application :23/09/2016
(43) Publication Date : 31/03/2017
(54) Title of the invention : TURBINE SNAP IN SPRING SEAL
(51) International classification
:F01D
(71)Name of Applicant :
25/00
1)GENERAL ELECTRIC COMPANY
:14/864,221
Address of Applicant :1 River Road, Schenectady, New York
:24/09/2015 12345, United States of America. U.S.A.
:U.S.A.
(72)Name of Inventor :
:NA
1)BROOMER, Mark
:NA
2)SEVINCER, Edip
: NA
3)MARIN, Anthony Christopher
:NA
:NA
:NA
:NA
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
Snap in annular spring seal (52) including continuous or split full 360 degree ring (79) having radially outer second seal end (55)
spaced outwardly of a radially inner first end (53) of the ring (79) and axial biasing means urging first and second seal ends (55, 53)
apart. Biasing means may include an axially aftwardly opening conical section (70) connecting first and second seal ends (55, 53) and
second seal end (55) having outer aftwardly opening V shaped crosssectional bend (66) or circular cross-sectional bend (67). Spring
seal (52) may extend radially and circumferentially between and in sealing engagement with first and second annular turbine
components (4, 6). First end (53) may be springloaded and removably secured in U-shaped or V-shaped slot (54) of turbine
component. Slot (54) may include symmetrical inner U-shaped bent first seal end (83) including annular substantially parallel or nonparallel forward and aft legs (56, 58) connected by semi-circular cross-sectional bend (60). Seal (52) may include bowed section (80)
connecting circular seal ends (55, 53). Fig.1
No. of Pages : 21 No. of Claims : 10
The Patent Office Journal 31/03/2017
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(12) PATENT APPLICATION PUBLICATION
(21) Application No.201644032605 A
(19) INDIA
(22) Date of filing of Application :23/09/2016
(43) Publication Date : 31/03/2017
(54) Title of the invention : PLANET GEARBOX WITH CYLINDRICAL ROLLER BEARING WITH HIGH DENSITY ROLLER
PACKING
(51) International classification
:F02C 7/00 (71)Name of Applicant :
(31) Priority Document No
:14/865,265 1)GENERAL ELECTRIC COMPANY
(32) Priority Date
:25/09/2015
Address of Applicant :1 River Road, Schenectady, New York
(33) Name of priority country
:U.S.A.
12345, United States of America U.S.A.
(86) International Application No
:NA
(72)Name of Inventor :
Filing Date
:NA
1)HASTING, William Howard
(87) International Publication No
: NA
2)BRADLEY, Donald Albert
(61) Patent of Addition to Application Number
:NA
3)DICKMAN, Joseph Robert
Filing Date
:NA
(62) Divisional to Application Number
:NA
Filing Date
:NA
(57) Abstract :
A planet gearbox is provided for connection to a carrier of an epicyclic gearing arrangement with a single input and single output and
including a sun gear, a ring gear and at least one double helix planet gear rotatable on a cylindrical roller bearing with a cage having a
cross-web thickness of 15% to 25% of the diameter of the cylindrical rollers and an L/D ratio exceeding 1.0. A gas turbine engine
includes a fan and LP shaft, which couples a compressor to a turbine. An epicyclic gearing arrangement has a single input from the LP
shaft coupled to a sun gear, a single output coupled to the fan™s shaft, and a planet bearing cage having a cross-web thickness
measuring 15% to 25% of the roller™s diameter. Fig.1
No. of Pages : 35 No. of Claims : 20
The Patent Office Journal 31/03/2017
8789
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201644032711 A
(19) INDIA
(22) Date of filing of Application :26/09/2016
(43) Publication Date : 31/03/2017
(54) Title of the invention : OSCILLATOR WITH ROTATING DETENT
(51) International classification
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
:G04B 15/00 (71)Name of Applicant :
:15187214.0
1)Nivarox-FAR S.A.
:28/09/2015
Address of Applicant :Avenue du Coll¨ge 10, CH-2400 Le
:EUROPEAN Locle. Switzerland
UNION
(72)Name of Inventor :
:NA
1)CUSIN, Pierre
:NA
2)LE MOAL, Romain
: NA
:NA
:NA
:NA
:NA
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
The invention relates to an oscillator comprising a pivoting staff connected to a mechanical energy source, an inertia-elasticity
resonator formed in one piece, which is mounted on the pivoting staff, a detent escapement comprising a single-piece detent fixed to
the pivoting staff, which comprises at least one flexible blade and a stop member arranged to elastically lock the pivoting staff in
relation to a concentric escapement toothing, wherein the release element is arranged to elastically unlock the stop member in relation
to the concentric escapement toothing, by the movement of the member forming the inertia, so that the pivoting staff counts each
oscillation of the resonator while transmitting to it the energy able to maintain it. Figure 1
No. of Pages : 38 No. of Claims : 14
The Patent Office Journal 31/03/2017
8790
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201644032761 A
(19) INDIA
(22) Date of filing of Application :26/09/2016
(43) Publication Date : 31/03/2017
(54) Title of the invention : MOTORCYCLE
(51) International classification
(31) Priority Document No
:F02M
(71)Name of Applicant :
25/00
1)HONDA MOTOR CO., LTD.
:2015Address of Applicant :1-1, Minami-Aoyama 2-chome, Minato192845
ku, Tokyo 107-8556, Japan Japan
:30/09/2015 (72)Name of Inventor :
:Japan
1)KAWASUMI, Shinji
:NA
2)IBARAKI, Yuya
:NA
: NA
:NA
:NA
:NA
:NA
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
[Problem] A motorcycle enabling a simplification of routing around a canister is provided. [Solution] A motorcycle has a canister 30
to which a hose 41 for a flow from a fuel tank and a hose 42 for a flow toward an intake system are connected, and a canister holder
50 supporting the canister 30. The canister holder 50 includes a canister supporter 51 supporting the canister 30 and a cable supporter
52 supporting a cable 60 of an electrical component. The canister supporter 51 and the cable supporter 52 are structured to orient an
axial direction 30A of the canister 30 supported by the canister supporter 51 and an axial direction 60A of the cable 60 supported by
the cable supporter 52 in the same direction. [Selected Drawing] Fig. 2
No. of Pages : 29 No. of Claims : 7
The Patent Office Journal 31/03/2017
8791
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201644032779 A
(19) INDIA
(22) Date of filing of Application :26/09/2016
(43) Publication Date : 31/03/2017
(54) Title of the invention : BODY FRAME STRUCTURE FOR MOTORCYCLE
(51) International classification
(31) Priority Document No
:B62K
(71)Name of Applicant :
11/00
1)HONDA MOTOR CO., LTD.
:2015Address of Applicant :1-1, Minami-Aoyama 2-chome, Minato192721
ku, Tokyo 107-8556, Japan Japan
:30/09/2015 (72)Name of Inventor :
:Japan
1)IGUCHI, Takamasa
:NA
:NA
: NA
:NA
:NA
:NA
:NA
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
[Problem] The present invention aims to provide a body frame structure for motorcycle, which can improve the appearance of the
frame plate member and can reduce the vehicle weight. [Means for Solving Problem] The body frame has a down frame extended
from the head pipe to the lower direction, and main frames 6L, 6R are extended from the lower portion of the down frame to the rear
direction side of the vehicle body. At least a part of the main frames 6L, 6R are configured such that a pair of frame plate members
20i, 20o having joint flanges 20f on both upper and lower end portions are formed in a closed cross sectional shape by jointed to each
other from both sides in the width direction of the vehicle. The vertical crossing member such as the tandem step bracket 30 vertically
crossing an approximately flat side wall portion 20s in the side view of the vehicle is joined to the side wall portion 20s positioned
between the upper and lower joint flanges 20f of at least one of the frame plate members 20i, 20o. [Selected Drawing] FIG.4
No. of Pages : 26 No. of Claims : 6
The Patent Office Journal 31/03/2017
8792
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201644032780 A
(19) INDIA
(22) Date of filing of Application :26/09/2016
(43) Publication Date : 31/03/2017
(54) Title of the invention : STRADDLE TYPE VEHICLE
(51) International classification
(31) Priority Document No
:B62J
(71)Name of Applicant :
17/00
1)HONDA MOTOR CO., LTD.
:2015Address of Applicant :1-1, Minami-Aoyama 2-chome, Minato194002
ku, Tokyo 107-8556, Japan Japan
:30/09/2015 (72)Name of Inventor :
:Japan
1)SUGIURA, Hiroyuki
:NA
2)NAGATA, Yuki
:NA
: NA
:NA
:NA
:NA
:NA
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
[Problem] The present invention aims to provide a straddle type vehicle with a simple structure which can prevent the rain or dust
from entering an exhaust port without increasing in number of the component. [Means for Solving Problem] A straddle type vehicle 1
has a power unit 50 with a crank case 80 and a crank case cover 100 covering the crank case 80 from the outside in the width direction
of the vehicle, and a center stand 110 which is rotatably provided below the power unit 50 so as to set in the standing state or in the
storage state. An exhaust port 102 is provided on the bottom of the crank case cover 100 so as to exhaust the cooling wind for cooling
a V-belt type continuously variable transmission 90. The exhaust port 102 is disposed so as to be covered with the center stand 110 in
the storage state.
No. of Pages : 27 No. of Claims : 5
The Patent Office Journal 31/03/2017
8793
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201644032907 A
(19) INDIA
(22) Date of filing of Application :27/09/2016
(43) Publication Date : 31/03/2017
(54) Title of the invention : CARBURETOR AND METHOD OF MANUFACTURING SLOW JET
(51) International classification
(31) Priority Document No
:H04R 5/00 (71)Name of Applicant :
:20151)KEIHIN CORPORATION
193875
Address of Applicant :26-2, Nishishinjuku 1-chome, Shinjuku:30/09/2015 ku, Tokyo 163-0539, Japan Japan
:Japan
(72)Name of Inventor :
:NA
1)MITO, Toshiyuki
:NA
2)SATO, Akira
: NA
:NA
:NA
:NA
:NA
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
A fuel passage (42) formed inside a slow jet (40), for example, includes, in the following order from a float chamber (12) that defines
a fuel chamber to an intake passage (16). a second large diameter hole (48), a reducing diameter hole (56). a small diameter hole (46),
an first expanding diameter hole (52) as a small diameter hole side expanding diameter hole, a second expanding diameter hole (54) as
a large diameter hole side expanding diameter hole, and a first large diameter hole (44). A taper angle 2 of the second expanding
diameter hole (54) is set to be larger than a taper angle 61 of the first expanding diameter hole (52). In according with such a structure,
a convergence position C2 of a tapered portion of the second expanding diameter hole (54) is positioned in close proximity to a central
axis t2 of the small diameter hole (46).
No. of Pages : 36 No. of Claims : 8
The Patent Office Journal 31/03/2017
8794
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201644033305 A
(19) INDIA
(22) Date of filing of Application :29/09/2016
(43) Publication Date : 31/03/2017
(54) Title of the invention : CMC ARTICLES HAVING SMALL COMPLEX FEATURES FOR ADVANCED FILM COOLING
(51) International classification
:F01D 5/00 (71)Name of Applicant :
(31) Priority Document No
:14/870,866 1)GENERAL ELECTRIC COMPANY
(32) Priority Date
:30/09/2015
Address of Applicant :1 River Road, Schenectady, New York
(33) Name of priority country
:U.S.A.
12345, United States of America U.S.A.
(86) International Application No
:NA
(72)Name of Inventor :
Filing Date
:NA
1)BUNKER, Ronald Scott
(87) International Publication No
: NA
2)FELDMANN, Kevin Robert
(61) Patent of Addition to Application Number
:NA
3)SMITH, DOUGLAS RAY
Filing Date
:NA
4)GALLIER, Kirk D
(62) Divisional to Application Number
:NA
5)MARTYN, Daniel Scott
Filing Date
:NA
6)VUKOJA, Rachel Anne
(57) Abstract :
CMC ARTICLES HAVING SMALL COMPLEX FEATURES FOR ADVANCED FILM COOLING ABSTRACT An engine
component for a gas turbine engine generating hot combustion gas flow is provided. The engine component can include a substrate
constructed from a CMC material and having a hot surface facing the hot combustion gas flow and a cooling surface facing a cooling
fluid flow. The hot combustion gas flow defines an upstream direction and a downstream direction relative to the hot surface. The
substrate also defines a film hole extending through the substrate and having an inlet provided on the cooling surface, an outlet
provided on the hot surface, and a passage connecting the inlet and the outlet. The passage comprises a metering section; and a
diffusing section, with the diffusing section including a shelf, a first outer lobe and a second outer lobe. Fig.1
No. of Pages : 27 No. of Claims : 10
The Patent Office Journal 31/03/2017
8795
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201644033307 A
(19) INDIA
(22) Date of filing of Application :29/09/2016
(43) Publication Date : 31/03/2017
(54) Title of the invention : CASTING CORE APPARATUS AND CASTING METHOD
(51) International classification
:B22D
(71)Name of Applicant :
11/00
1)GENERAL ELECTRIC COMPANY
:14/870,184
Address of Applicant :1 River Road, Schenectady, New York
:30/09/2015 12345, United States of America U.S.A.
:U.S.A.
(72)Name of Inventor :
:NA
1)GOLD, Scott Alan
:NA
: NA
:NA
:NA
:NA
:NA
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
ABSTRACT CASTING CORE APPARATUS AND CASTING METHOD A casting mold apparatus includes a unitary ceramic core
(48) including: an outer skin (58) defining an outer surface (56); and an internal support structure (60) disposed inside the outer skin
(58), the internal support structure (60) defining a plurality of voids (62) configured to admit fluid to the core (48).
No. of Pages : 15 No. of Claims : 10
The Patent Office Journal 31/03/2017
8796
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201644033311 A
(19) INDIA
(22) Date of filing of Application :29/09/2016
(43) Publication Date : 31/03/2017
(54) Title of the invention : CMC ARTICLES HAVING SMALL COMPLEX FEATURES FOR ADVANCED FILM COOLING
(51) International classification
:F23R 3/00 (71)Name of Applicant :
(31) Priority Document No
:14/870,829 1)GENERAL ELECTRIC COMPANY
(32) Priority Date
:30/09/2015
Address of Applicant :1 River Road, Schenectady, New York
(33) Name of priority country
:U.S.A.
12345, United States of America U.S.A.
(86) International Application No
:NA
(72)Name of Inventor :
Filing Date
:NA
1)BUNKER, Ronald Scott
(87) International Publication No
: NA
2)FELDMANN, Kevin Robert
(61) Patent of Addition to Application Number
:NA
3)SMITH, Douglas Ray
Filing Date
:NA
4)GALLIER, Kirk D.
(62) Divisional to Application Number
:NA
5)MARTYN, Daniel Scott
Filing Date
:NA
6)VUKOJA, Rachel Anne
(57) Abstract :
ABSTRACT An engine component [80] for a gas turbine engine [10] generating hot combustion gas flow [H] is provided. The engine
component [80] can include a substrate [82] constructed from a CMC material and having a hot surface [84] facing the hot combustion
gas flow [H] and a cooling surface [86] facing a cooling fluid flow [C]. The substrate [82] defines a film hole [90] extending through
the substrate [82] and having an inlet [92] provided on the cooling surface [86], an outlet [94] provided on the hot surface [84], and a
passage [96] connecting the inlet [86] and the outlet [94]. The engine component [80] also includes a flow conditioning structure [112]
provided upstream of the outlet [94] on the hot surface [84]. The flow conditioning structure [112] can include a ridge extending from
the hot surface [84].
No. of Pages : 27 No. of Claims : 10
The Patent Office Journal 31/03/2017
8797
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201747007218 A
(19) INDIA
(22) Date of filing of Application :01/03/2017
(43) Publication Date : 31/03/2017
(54) Title of the invention : SYSTEM AND METHOD FOR FACILITATION OF A GEOGRAPHICALLY RELEVANT RADIO
STATION GUIDE AND TRANSMISSION OF SUPPLEMENTAL CONTENT OVER THE INTERNET
(51) International classification
:H04B1/18
(71)Name of Applicant :
(31) Priority Document No
:62/045607
1)TAGSTATION, LLC,
(32) Priority Date
:04/09/2014
Address of Applicant :One Emmis Plaza, 40 Monument
(33) Name of priority country
:U.S.A.
Circle, An Indiana Limited Liability Company, Indianapolis, IN
(86) International Application No
:PCT/US2015/048049 46204, USA, U.S.A.
Filing Date
:02/09/2015
(72)Name of Inventor :
(87) International Publication No
:WO 2016/036797
1)HUSMANN, Ben
(61) Patent of Addition to Application
2)BRENNER, Paul
:NA
Number
:NA
Filing Date
(62) Divisional to Application Number
:NA
Filing Date
:NA
(57) Abstract :
A system and method for populating an available radio station broadcast list on a mobile device configured with a radio transmitter is
disclosed. The method comprises identifying a plurality of radio stations in a database each of the plurality of radio stations having a
radio station broadcast area each radio station broadcast area comprising a radio station transmitter location and a plurality of
broadcast edge points receiving a request from the user device for a list of available radio stations the request comprising a geographic
location of the user device determining for each of the plurality of radio stations one broadcast edge point in the plurality of broadcast
edge points that resides on a line defined by the radio station transmitter location the geographic location of the user device and the
one broadcast edge point and transmitting to the user device each radio station in the plurality of radio stations where the one
broadcast edge point is further from the radio station transmitter location than the geographic location of the user device.
No. of Pages : 30 No. of Claims : 23
The Patent Office Journal 31/03/2017
8798
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201747007307 A
(19) INDIA
(22) Date of filing of Application :01/03/2017
(43) Publication Date : 31/03/2017
(54) Title of the invention : DRUM WASHING MACHINE
(51) International
(71)Name of Applicant :
:D06F23/02,D06F23/06,D06F37/40
classification
1)HAIER ASIA CO. LTD
(31) Priority Document No
:2014159927
Address of Applicant :10th Floor Meiji Yasuda Seimei
(32) Priority Date
:05/08/2014
Building 2 1 1 Marunouchi Chiyoda ku Tokyo 100 0005 Japan
(33) Name of priority country :Japan
2)QINGDAO HAIER WASHING MACHINE CO. LTD.
(86) International Application
(72)Name of Inventor :
:PCT/CN2015/086185
No
1)NAKAMOTO Shigeharu
:05/08/2015
Filing Date
(87) International Publication
:WO 2016/019877
No
(61) Patent of Addition to
:NA
Application Number
:NA
Filing Date
(62) Divisional to Application
:NA
Number
:NA
Filing Date
(57) Abstract :
Provided is a drum washing machine (1) capable of causing a drum (22) and a rotating body (24) to rotate by means of a low cost and
highly reliable driving part (30). The driving part (30) comprises: a drive motor (100); a first rotating shaft (200) fixed on the drum
(22); a second rotating shaft (300) fixed on the rotating body (24); a drum belt wheel (610) fixed on the first rotating shaft
(200) connected to the drive motor (100) via a drum drive belt (630); a wing belt wheel (510) connected to the drive motor (100) via a
wing drive belt (530) and having an outer diameter different from that of the drum belt wheel (610); and a clutch mechanism part
(700) for switching the drive mode of the driving part (30) between two axis drive and one axis drive; by means of connecting the
second rotating shaft (300) and the wing belt wheel (510) the two axis drive mode causes the drum (22) and the rotating body (24) to
rotate at different rotational speeds; by means of connecting the second rotating shaft (300) and the drum belt wheel (610) the one axis
drive mode causes the drum (22) and the rotating body (24) to rotate at the same rotational speed.
No. of Pages : 25 No. of Claims : 6
The Patent Office Journal 31/03/2017
8799
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201747007346 A
(19) INDIA
(22) Date of filing of Application :02/03/2017
(43) Publication Date : 31/03/2017
(54) Title of the invention : FORCED AIR EXHAUST DIFFUSER
(51) International classification
:F01N3/02
(71)Name of Applicant :
(31) Priority Document No
:62/035143
1)CUMMINS INC.
(32) Priority Date
:08/08/2014
Address of Applicant :500 Jackson Street, Columbus, IN
(33) Name of priority country
:U.S.A.
47202 U.S.A.
(86) International Application No
:PCT/US2015/044458 (72)Name of Inventor :
Filing Date
:10/08/2015
1)DECKER, Scott, G.
(87) International Publication No
:WO 2016/023025
(61) Patent of Addition to Application
:NA
Number
:NA
Filing Date
(62) Divisional to Application Number
:NA
Filing Date
:NA
(57) Abstract :
Systems methods and apparatus are disclosed that include an exhaust system and an air source external to the exhaust system that is
configured to force additional air into the exhaust stream downstream of the engine and aftertreatment system to help mix cool air
with the exhaust. The amount and timing of the mixing of the forced air with the exhaust can be determined by an electronic controller
so that mixing air is provided in response to one or more predetermined operating conditions and/or anticipated operating conditions
No. of Pages : 13 No. of Claims : 20
The Patent Office Journal 31/03/2017
8800
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201747007349 A
(19) INDIA
(22) Date of filing of Application :02/03/2017
(43) Publication Date : 31/03/2017
(54) Title of the invention : SUPERPOSITION PREVENTING VALVE BRAKE CYLINDER ASSEMBLY HAVING SAME AND
BRAKE CONTROL METHOD THEREOF
(51) International classification
:B60T15/02,B61H11/06 (71)Name of Applicant :
(31) Priority Document No
:201410385321.8
1)CRRC CHANGZHOU TECH-MARK INDUSTRIAL CO.,
(32) Priority Date
:05/08/2014
LTD.
(33) Name of priority country
:China
Address of Applicant :No.19 Shunyuan Road, Xinbei District,
(86) International Application No
:PCT/CN2015/086116 Changzhou, Jiangsu 213125 China
Filing Date
:05/08/2015
2)CRRC QISHUYAN INSTITUTE CO., LTD.
(87) International Publication No
:WO 2016/019865
(72)Name of Inventor :
(61) Patent of Addition to Application
1)HAN, Hongwen
:NA
Number
2)HE, Bin
:NA
Filing Date
3)BAO, Chunguang
(62) Divisional to Application Number :NA
4)HUO, Wei
Filing Date
:NA
5)CHEN, Aichao
(57) Abstract :
Provided is a superposition preventing valve used for vehicle braking and comprising a valve body (1); the valve body (1) is internally
provided with a service brake air supply path (1 a); a parking brake air supply path (1 b); a slider chamber (1 c) capable of
communication with the service brake air supply path (1 a) and the parking brake air supply path (1 b); a brake air supply extension
path (1 e) the first end of which is provided with an air inlet (1 c 2) in communication with the slider chamber (1 c) and the second end
of which is provided with an air outlet (1 e 1) said air outlet (1 e 1) being located on the outer surface of the valve body (1); and a
slider (2) capable of moving between the first end section and the second end section of the slider chamber (1 c); when the slider (2) is
located at the first end section the brake air supply extension path (1 e) is capable of communication only with the parking brake air
supply path (1 b) and the brake air supply extension path (1 e) is isolated from the service brake air supply path (1 a); when the slider
(2) is located at the second end section the brake air supply extension path (1 e) is capable of communication only with the service
brake air supply path (1 a) and the brake air supply extension path (1 e) is isolated from the parking brake air supply path (1 b). Also
disclosed is a superposition preventing valve brake cylinder assembly and brake control method thereof. The superposition preventing
valve effectively solves the problem of a train driver releasing the compressed gas in the parking brake cylinder early owing to
improper operation or error and avoids the superposition of the force of the service brake and the force of the parking brake ensuring
the safe operation of the vehicle and improving the service life of the basic braking apparatus.
No. of Pages : 17 No. of Claims : 23
The Patent Office Journal 31/03/2017
8801
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201747010912 A
(19) INDIA
(22) Date of filing of Application :28/03/2017
(43) Publication Date : 31/03/2017
(54) Title of the invention : ARTICLE OF FOOTWEAR UPPER INCORPORATING A TEXTILE COMPONENT WITH TENSILE
ELEMENTS
(51) International classification :A43C1/00,A43B23/02,A43B1/04 (71)Name of Applicant :
(31) Priority Document No
:62/057650
1)NIKE INNOVATE C.V.
(32) Priority Date
:30/09/2014
Address of Applicant :One Bowerman Drive, Beaverton,
(33) Name of priority country :U.S.A.
Oregon 97005-6453, USA. U.S.A.
(86) International Application
(72)Name of Inventor :
:NA
No
1)LILES Timothy K.
:NA
Filing Date
2)HENRICHOT Olivier
(87) International Publication
3)KLUG Bryant Russel
: NA
No
4)SCHULTZE Nathan G.
(61) Patent of Addition to
5)MEIR Adrian
:NA
Application Number
6)LANGVIN Elizabeth
:NA
Filing Date
(62) Divisional to Application
:NA
Number
:NA
Filing Date
(57) Abstract :
An article of footwear includes a textile component. The textile component of the upper includes a textile element and a tensile
element. The tensile element defines a first segment disposed on a first side of the upper. The first segment of the tensile element is
configured to attach the securement device to the textile element on the first side of the upper. The tensile element further includes a
second segment that is disposed proximate the lower portion of the upper on the second side. The second segment is fixed relative to
the lower portion of the upper on the second side. The tensile element further includes an intermediate segment that extends
continuously from the first segment across the heel region to the second segment.
No. of Pages : 42 No. of Claims : 36
The Patent Office Journal 31/03/2017
8802
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201747010922 A
(19) INDIA
(22) Date of filing of Application :28/03/2017
(43) Publication Date : 31/03/2017
(54) Title of the invention : LITHOGRAPHIC PRINTING PLATE MASTER MANUFACTURING METHOD THEREFOR AND
PRINTING METHOD USING SAME
(51) International classification :B41N1/14,B41C1/10,G03F7/00 (71)Name of Applicant :
(31) Priority Document No
:2014202473
1)FUJIFILM CORPORATION
(32) Priority Date
:30/09/2014
Address of Applicant :26 30 Nishiazabu 2 chome Minato ku
(33) Name of priority country
:Japan
Tokyo 1068620 Japan
(86) International Application No :PCT/JP2015/077396
(72)Name of Inventor :
Filing Date
:28/09/2015
1)WARIISHI Koji
(87) International Publication No :WO 2016/052443
(61) Patent of Addition to
:NA
Application Number
:NA
Filing Date
(62) Divisional to Application
:NA
Number
:NA
Filing Date
(57) Abstract :
2Provided are: a lithographic printing plate master for furnishing a lithographic printing plate with which edge soiling does not
occur adhesion to interleaving paper is prevented and water allowance with respect to edge soiling during printing is wide; a
manufacturing method therefor; and a printing method using same. The lithographic printing plate is furnished using a lithographic
printing plate master that has an image recording layer on a support wherein the content per unit area of a compound for which the
molecular weight contained in the region of the image recording layer side plate surface up to 5 mm to the inside of the edge is 60 300
and which has a solubility in 20°C water of at least 10 g/L is at least 50 mg/m greater than the content per unit area of the compound
in regions other than the above region.
No. of Pages : 91 No. of Claims : 23
The Patent Office Journal 31/03/2017
8803
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201747010936 A
(19) INDIA
(22) Date of filing of Application :28/03/2017
(43) Publication Date : 31/03/2017
(54) Title of the invention : POWER TRANSMISSION TOWER
(51) International
(71)Name of Applicant :
:E04H12/24,E04H12/10,H02G7/20
classification
1)JIANGSU SHENMA ELECTRIC CO., LTD.
(31) Priority Document No
:201410441344.6
Address of Applicant :Room 1467, 3rd Building, Jiangcheng
(32) Priority Date
:01/09/2014
Research and Development Park, No. 1088 Jiangcheng Road, Su(33) Name of priority country :China
tong Science and Technology Park, Nantong Economic and
(86) International Application
Technological Development Area, Nantong City, Jiangsu, China :PCT/CN2015/088610
No
226017 China
:31/08/2015
Filing Date
(72)Name of Inventor :
(87) International Publication
1)MA, Bin
:WO 2016/034093
No
2)YU, Jie
(61) Patent of Addition to
3)QIU, Yong
:NA
Application Number
:NA
Filing Date
(62) Divisional to Application
:NA
Number
:NA
Filing Date
(57) Abstract :
A power transmission tower comprises a tower body (100) longitudinally arranged and cross arms (120) transversely arranged on the
tower body. The tower body (100) is provided with a first transverse direction (Y) and a second transverse direction (X) which are
perpendicular to each other in the horizontal direction. A supporting piece (110) which extends outwards from the tower body (100) in
the first transverse direction (Y) is arranged on the power transmission tower. One end of the supporting piece (110) is fixed to the
tower body (100) and the other end of the supporting piece (110) is a free end (111 112). The cross arms (120) extend in the second
transverse direction (X). One end of each cross arm (120) is connected to the free end (111 112) and the other end of each cross arm
(120) is used for arranging overhead wires. The power transmission tower reduces corridor width and occupies less area.
No. of Pages : 6 No. of Claims : 10
The Patent Office Journal 31/03/2017
8804
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201747010942 A
(19) INDIA
(22) Date of filing of Application :28/03/2017
(43) Publication Date : 31/03/2017
(54) Title of the invention : DEVICE AND METHOD FOR NON-ENZYMATIC AND ELECTROCHEMICAL DETECTION OF
GLUCOSE BIOANALYTE
(51) International classification
:A61B5/1468
(71)Name of Applicant :
(31) Priority Document No
:4376/CHE/2014
1)INDIAN INSTITUTE OF SCIENCE
(32) Priority Date
:08/09/2014
Address of Applicant :Sir C V Raman Avenue Bangalore
(33) Name of priority country
:India
560012 Karnataka India
(86) International Application No
:PCT/IB2015/056854 (72)Name of Inventor :
Filing Date
:08/09/2015
1)KUMAR, Vinay
(87) International Publication No
:WO 2016/038529
2)BHAT, Navakanta
(61) Patent of Addition to Application
:NA
Number
:NA
Filing Date
(62) Divisional to Application Number
:NA
Filing Date
:NA
(57) Abstract :
An electrochemically active device is provided for collecting and retaining a biological sample with electrodes connected to
conductive tracks arranged on a substrate. The device is provided with a non enzymatic and an electrochemically active receptor and
the receptor is in chemical contact with the electrodes and a biological sample with a bioanalyte. The present invention also provides a
holder and a point of care biosensor for the device of the present invention and a method for measuring glucose bioanalyte in a reduce
volume of the biological sample. The device point of care biosensor and the method of the present invention facilitate accurate
measurements concentrations of glucose bioanalytes by determining redox current values in the biological samples.
No. of Pages : 21 No. of Claims : 20
The Patent Office Journal 31/03/2017
8805
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201747010607 A
(19) INDIA
(22) Date of filing of Application :25/03/2017
(43) Publication Date : 31/03/2017
(54) Title of the invention : SYSTEM AND METHODS FOR IMPROVING RECOVERY FROM AN OUT OF SERVICE STATE
BY SIMS OF A MULTI SIM DEVICE BASED ON USER ACTIVITY
(51) International classification
:H04W48/16
(71)Name of Applicant :
(31) Priority Document No
:14/546047
1)QUALCOMM INCORPORATED
(32) Priority Date
:18/11/2014
Address of Applicant :ATTN: International IP Administration
(33) Name of priority country
:U.S.A.
5775 Morehouse Drive San Diego California 92121 1714 U.S.A.
(86) International Application No
:PCT/US2015/053733 (72)Name of Inventor :
Filing Date
:02/10/2015
1)INAMPUDI Venkata Srihari
(87) International Publication No
:WO 2016/081076
2)RAVUVARI Ankammarao
(61) Patent of Addition to Application
3)PITCHUKA Manikanta Vara Prasad
:NA
Number
:NA
Filing Date
(62) Divisional to Application Number
:NA
Filing Date
:NA
(57) Abstract :
Methods and devices for controlling recovery from an out of service state on a multi SIM wireless device that has at least two
subscription identification modules (SIMs) and that determines whether a voice call or an active data communication session was
dropped upon losing service and prioritizes service recovery on the modem stack associated with the dropped voice call or active
communication session. If neither a voice or data call was dropped upon losing service on both SIMs the multi SIM wireless device
may calculate a priority value for each of the first and second SIMs calculate an RF resource allocation percentage for each of the first
and second SIMs and grant use of the RF resource to the modem stacks associated with the first and second SIMs based on the
calculated RF resource allocation percentages.
No. of Pages : 36 No. of Claims : 30
The Patent Office Journal 31/03/2017
8806
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201747010652 A
(19) INDIA
(22) Date of filing of Application :27/03/2017
(43) Publication Date : 31/03/2017
(54) Title of the invention : ELECTROCHEMICAL BIOSENSOR AND A METHOD OF SENSING ALBUMIN AND ITS
COMPLEXES
(51) International classification
:G01N33/566
(71)Name of Applicant :
(31) Priority Document No
:4377/CHE/2014
1)INDIAN INSTITUTE OF SCIENCE
(32) Priority Date
:08/09/2014
Address of Applicant :Sir C V RAMAN AVENUE, Bangalore
(33) Name of priority country
:India
- 560012. Karnataka India
(86) International Application No
:PCT/IB2015/056619 (72)Name of Inventor :
Filing Date
:01/09/2015
1)KUMAR Vinay
(87) International Publication No
:WO 2016/038505
2)BHAT Navakanta
(61) Patent of Addition to Application
:NA
Number
:NA
Filing Date
(62) Divisional to Application Number
:NA
Filing Date
:NA
(57) Abstract :
An electrochemically active device for collecting and retaining a biological sample with a bioanalyte the device provided with at least
a two electrode member and an albumin binding and an electrochemically active receptor in chemical contact with the two electrode
members and the biological sample. The present invention also provides a point of care biosensor with the device of the present
invention and a method for measuring a bioanalyte in a biological sample. The device point of care biosensor and the method of the
present invention facilitate accurate measurements concentrations of urine albumin human serum albumin (HSA) glycated albumin
(GA) and methemalbumin (MHA) by determining redox current values in reduced volumes of biological samples.
No. of Pages : 40 No. of Claims : 23
The Patent Office Journal 31/03/2017
8807
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201747010653 A
(19) INDIA
(22) Date of filing of Application :27/03/2017
(43) Publication Date : 31/03/2017
(54) Title of the invention : LIGHTING MODULE AND HOUSING
(51) International
(71)Name of Applicant :
:F21V31/00,F21V15/01,F21V23/00
classification
1)PHILIPS LIGHTING HOLDING B.V.
(31) Priority Document No
:14182895.4
Address of Applicant :High Tech Campus 45, NL-5656, AE
(32) Priority Date
:29/08/2014
Eindhoven, The Netherlands. Netherlands
(33) Name of priority country :EPO
(72)Name of Inventor :
(86) International Application
1)VAN DELDEN Martinus Hermanus Wilhelmus Maria
:PCT/EP2015/067586
No
2)DEN BOER Reinier Imre Anton
:30/07/2015
Filing Date
(87) International Publication
:WO 2016/030128
No
(61) Patent of Addition to
:NA
Application Number
:NA
Filing Date
(62) Divisional to Application
:NA
Number
:NA
Filing Date
(57) Abstract :
A lighting device is provided. The light device (1) comprises a light source (2) a driver (3) for providing an output to said light source
(2) and a first housing (4). The first housing (4) comprises a blister pack with at least one compartment suitable for locating said light
source (2) and driver (3). A second housing (6) may also be provided and the second housing (6) may advantageously comprise a
luminaire.
No. of Pages : 7 No. of Claims : 11
The Patent Office Journal 31/03/2017
8808
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201747010657 A
(19) INDIA
(22) Date of filing of Application :27/03/2017
(43) Publication Date : 31/03/2017
(54) Title of the invention : COMPACTED GRAPHITE IRON ALLOY RAIL VEHICLE BRAKE DISK AND CASTING METHOD
(51) International classification
:C22C33/08,C22C37/04 (71)Name of Applicant :
(31) Priority Document No
:201410510550.8
1)CHANGZHOU LEADRUN FOUNDY CO., LTD.
(32) Priority Date
:29/09/2014
Address of Applicant :No. 6 Longpan Road, Wujin High Tech
(33) Name of priority country
:China
Industrial Development Zone, Changzhou, Jiangsu 213164 China
(86) International Application No
:PCT/CN2015/091062
2)CRRC QISHUYAN INSTITUTE CO., LTD
Filing Date
:29/09/2015
(72)Name of Inventor :
(87) International Publication No
:WO 2016/050200
1)XIE, Daxin
(61) Patent of Addition to Application
2)FENG, Xueping
:NA
Number
3)ZHANG, Di
:NA
Filing Date
4)BAO, Fei
(62) Divisional to Application Number :NA
5)ZHANG, Jun
Filing Date
:NA
(57) Abstract :
A compacted graphite iron alloy a rail vehicle brake disk and a casting method for same the chemical composition of the compacted
graphite iron alloy being: C: 3.3% to 3.5% Si: 2.3% to 2.5% Mn: 0.4% to 0.7% Cu: 0.6% to 1.0% Mo: 0.2% to 0.6% Ni: 0.6% to
1.0% P=0.07% S=0.02% the remainder being Fe. The compacted graphite iron alloy of the present invention shows excellent thermal
conductivity strength abrasion resistance and similar physical properties. Rail vehicle brake discs prepared using the alloy are less
prone to thermal cracking and thermal cracks are less likely to expand.
No. of Pages : 13 No. of Claims : 15
The Patent Office Journal 31/03/2017
8809
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201747010658 A
(19) INDIA
(22) Date of filing of Application :27/03/2017
(43) Publication Date : 31/03/2017
(54) Title of the invention : CONNECTOR WITH LATCH
(51) International classification
:H01R13/627,H01R12/70 (71)Name of Applicant :
(31) Priority Document No
:NA
1)MICRO MOTION, INC.
(32) Priority Date
:NA
Address of Applicant :7070 Winchester Circle, Boulder,
(33) Name of priority country
:NA
Colorado 80301, USA U.S.A.
(86) International Application No
:PCT/CN2014/085841
(72)Name of Inventor :
Filing Date
:03/09/2014
1)ZHAO, Heng
(87) International Publication No
:WO 2016/033757
2)JIANG, Hua
(61) Patent of Addition to Application
3)ZI, Xue
:NA
Number
:NA
Filing Date
(62) Divisional to Application Number :NA
Filing Date
:NA
(57) Abstract :
A connector (100) is provided. The connector (100) includes a connector body (110) with a connector axis (X) the connector body
(110) being comprised of an interface (112) at a first distal end (110a) of the connector body (110) an opening (114) at a second distal
end (110b) of the connector body (110) and a conduit (116) extending from the interface (112) to the opening (114) along the
connector axis (X). The connector (100) also includes a latch (120) that moves relative to the connector body (110) to selectively
engage a plug connector (200) the latch (120) being comprised of a pivot end (122) coupled to the connector body (110) a manually
operable end (124) and a latching feature (126) disposed between the pivot end (122) and the manually operable end (124).
No. of Pages : 20 No. of Claims : 25
The Patent Office Journal 31/03/2017
8810
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201747010947 A
(19) INDIA
(22) Date of filing of Application :28/03/2017
(43) Publication Date : 31/03/2017
(54) Title of the invention : AUDIO PARAMETER QUANTIZATION
(51) International classification
:G10L19/04
(71)Name of Applicant :
(31) Priority Document No
:NA
1)NOKIA TECHNOLOGIES OY
(32) Priority Date
:NA
Address of Applicant :Karaportti 3, FI-02610 Espoo, Finland.
(33) Name of priority country
:NA
Finland
(86) International Application No
:PCT/FI2014/050658 (72)Name of Inventor :
Filing Date
:28/08/2014
1)R„M– Anssi
(87) International Publication No
:WO 2016/030568
2)VASILACHE Adriana
(61) Patent of Addition to Application
3)LAAKSONEN Lasse Juhani
:NA
Number
:NA
Filing Date
(62) Divisional to Application Number
:NA
Filing Date
:NA
(57) Abstract :
A technique for audio encoding is provided. According to an example embodiment the technique comprises deriving a first
quantization error that is descriptive of an error resulting with a non predictive quantization of an audio parameter of an audio signal
segment deriving a second quantization error that is descriptive of an error resulting with a predictive quantization of said audio
parameter of said audio signal segment determining whether said second quantization error exceeds said first quantization error by at
least an adaptive margin that is dependent on the number of consecutive audio signal segments that precede said audio signal segment
in which said audio parameter is provided quantized with said predictive quantization providing said audio parameter of said audio
segment quantized with said non predictive quantization as part of an encoded audio signal at least in case the outcome of said
determination is affirmative and providing otherwise said audio parameter of said audio segment quantized with said predictive
quantization as part of an encoded audio signal.
No. of Pages : 29 No. of Claims : 24
The Patent Office Journal 31/03/2017
8811
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201747010948 A
(19) INDIA
(22) Date of filing of Application :28/03/2017
(43) Publication Date : 31/03/2017
(54) Title of the invention : USER EQUIPMENT IDENTITY VALID FOR HETEROGENEOUS NETWORKS
(51) International
(71)Name of Applicant :
:H04W12/06,H04W36/00,H04L29/06
classification
1)NOKIA SOLUTIONS AND NETWORKS OY
(31) Priority Document No :NA
Address of Applicant :Karaportti 3, FI-02610 Espoo, Finland.
(32) Priority Date
:NA
Finland
(33) Name of priority
(72)Name of Inventor :
:NA
country
1)FORSSELL Mika
(86) International
2)MUSTAJARVI Jari Pekka
:PCT/EP2014/068321
Application No
3)HOEHNE Hans Thomas
:28/08/2014
Filing Date
4)CHANDRASHEKAR Subramanya
(87) International
5)WOLFNER Gyorgy Tamas
:WO 2016/029953
Publication No
(61) Patent of Addition to
:NA
Application Number
:NA
Filing Date
(62) Divisional to
:NA
Application Number
:NA
Filing Date
(57) Abstract :
A method and apparatus may be configured to determine a network identity that is valid for the first network and a second network.
The method may also comprise assigning the network identity to a user equipment. The method may also comprise providing the
network identity to one of the second network and a user equipment. The first network and the second network may be based on
different technologies.
No. of Pages : 40 No. of Claims : 41
The Patent Office Journal 31/03/2017
8812
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201747010977 A
(19) INDIA
(22) Date of filing of Application :28/03/2017
(43) Publication Date : 31/03/2017
(54) Title of the invention : METHOD FOR MANUFACTURING GLASS SUBSTRATE AND DEVICE FOR MANUFACTURING
GLASS SUBSTRATE
(51) International classification
:C03B17/06,C03B25/12 (71)Name of Applicant :
(31) Priority Document No
:2014202505
1)AVANSTRATE INC.
(32) Priority Date
:30/09/2014
Address of Applicant :1-11-1 Nishi-Gotandao Shinagawa-ku,
(33) Name of priority country
:Japan
Tokyo 141-0031, Japa Japan
(86) International Application No
:PCT/JP2015/077353
(72)Name of Inventor :
Filing Date
:28/09/2015
1)NAKASHIMA Kimihiko
(87) International Publication No
:WO 2016/052426
(61) Patent of Addition to Application
:NA
Number
:NA
Filing Date
(62) Divisional to Application Number :NA
Filing Date
:NA
(57) Abstract :
Provided are a method for manufacturing a glass substrate and the like the method being capable of preventing end portions of sheet
glass from separating and preventing shrinkage in a width direction of the sheet glass. The present invention is a method for
manufacturing a glass substrate by overflowing molten glass from a molded body by a down draw method and molding sheet glass.
The sheet glass has a widthwise central region sandwiched between end portions in the width direction and a pair of rollers are
provided so as to be in contact with the end portions in a position opposing the end portions having a thickness greater than the plate
thickness of the widthwise central region. A first cooling speed for cooling the end portions upstream of the pair of rollers from a
lower end of the molded body is slower than a second cooling speed for cooling the end portions downstream of the pair of rollers in a
temperature region in which the temperature of the widthwise central region is at an annealing point or higher.
No. of Pages : 26 No. of Claims : 5
The Patent Office Journal 31/03/2017
8813
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201747011017 A
(19) INDIA
(22) Date of filing of Application :28/03/2017
(43) Publication Date : 31/03/2017
(54) Title of the invention : PROVIDING LOOP INVARIANT VALUE PREDICTION USING A PREDICTED VALUES TABLE
AND RELATED APPARATUSES METHODS AND COMPUTER READABLE MEDIA
(51) International classification
:G06F9/38
(71)Name of Applicant :
(31) Priority Document No
:14/546243
1)QUALCOMM INCORPORATED
(32) Priority Date
:18/11/2014
Address of Applicant :ATTN: International IP Administration
(33) Name of priority country
:U.S.A.
5775 Morehouse Drive San Diego California 92121 1714 U.S.A.
(86) International Application No
:PCT/US2015/057473 (72)Name of Inventor :
Filing Date
:27/10/2015
1)SRIKANTAIAH Shekhar Shashi
(87) International Publication No
:WO 2016/081163
(61) Patent of Addition to Application
:NA
Number
:NA
Filing Date
(62) Divisional to Application Number
:NA
Filing Date
:NA
(57) Abstract :
Providing loop invariant value prediction using a predicted values table and related apparatuses methods and computer readable media
are disclosed. In one aspect an apparatus comprising an instruction processing circuit is provided. The instruction processing circuit is
configured to detect a loop body in an instruction stream and to detect a value generating instruction within the loop body. The
instruction processing circuit determines whether an attribute of the value generating instruction matches an entry of a predicted
values table. If the attribute of the value generating instruction is determined to be present in the entry of the predicted values table the
instruction processing circuit further determines whether a counter of the entry exceeds an iteration threshold. Responsive to
determining that the counter of the entry exceeds the iteration threshold the instruction processing circuit provides a predicted value in
the entry of the predicted values table for execution of at least one dependent instruction.
No. of Pages : 22 No. of Claims : 20
The Patent Office Journal 31/03/2017
8814
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201747010663 A
(19) INDIA
(22) Date of filing of Application :27/03/2017
(43) Publication Date : 31/03/2017
(54) Title of the invention : TARGETED DELIVERY OF TERTIARY AMINE-CONTAINING DRUG SUBSTANCES
(51) International classification
:C07K7/02,A61K45/06 (71)Name of Applicant :
(31) Priority Document No
:62/049206
1)SEATTLE GENETICS, INC.
(32) Priority Date
:11/09/2014
Address of Applicant :21823 30th Drive Southeast, Bothell,
(33) Name of priority country
:U.S.A.
Washington 98021, USA U.S.A.
(86) International Application No
:PCT/US2015/049494 (72)Name of Inventor :
Filing Date
:10/09/2015
1)BURKE, Patrick J.
(87) International Publication No
:WO 2016/040684
2)JEFFREY, Scott
(61) Patent of Addition to Application
3)HAMILTON, Joseph Z.
:NA
Number
:NA
Filing Date
(62) Divisional to Application Number
:NA
Filing Date
:NA
(57) Abstract :
Compounds and compositions are disclosed in which a quaternized drug unit is linked to a targeting ligand unit from which a tertiary
amine containing drug is released at the targeted site of action. Methods for treating diseases characterized by the targeted abnormal
cells such as cancer or an autoimmune disease using the compounds and compositions of the invention are also disclosed.
No. of Pages : 310 No. of Claims : 114
The Patent Office Journal 31/03/2017
8815
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201747010669 A
(19) INDIA
(22) Date of filing of Application :27/03/2017
(43) Publication Date : 31/03/2017
(54) Title of the invention : SELECTED IP FLOW ULTRA LOW LATENCY
(51) International
(71)Name of Applicant :
:H04W28/06,H04W40/24,H04W8/08
classification
1)QUALCOMM INCORPORATED
(31) Priority Document No :62/078210
Address of Applicant :ATTN: International IP Administration
(32) Priority Date
:11/11/2014
5775 Morehouse Drive San Diego CA 92121 1714 U.S.A.
(33) Name of priority
(72)Name of Inventor :
:U.S.A.
country
1)WANG Jun
(86) International
2)OZTURK Ozcan
:PCT/US2015/060154
Application No
3)GRIOT Miguel
:11/11/2015
Filing Date
4)PATWARDHAN Ravindra Manohar
(87) International
5)DABEER Onkar Jayant
:WO 2016/077460
Publication No
6)VAJAPEYAM Madhavan Srinivasan
(61) Patent of Addition to
7)DAMNJANOVIC Jelena
:NA
Application Number
8)DAMNJANOVIC Aleksandar
:NA
Filing Date
9)YOO Taesang
(62) Divisional to
10)WEI Yongbin
:NA
Application Number
11)MALLADI Durga Prasad
:NA
Filing Date
(57) Abstract :
Methods systems and devices are described for decreasing user plane latency in a wireless communication system 200 b. This may
include routing a portion of bearer traffic to or from a user equipment (UE) 115 a 115 b 115 c through a local or serving gateway
(LGW) 205 a 205 b or within or between base stations 105 a 105 b rather than via the core network 130 b. In some
examples techniques for selected internet protocol flow ultra low latency (SIPFULL) for systems in which users may have subscribed
to enhanced services may be employed. The network may for instance authorize SIPFULL functionalities for UEs per access point
name (APN) based on individual services subscribed by the UE to improve overall quality of service (QoS). In some examples a UEs
latency requirements or SIPFULL authorizations may affect mobility operations. A network entity such as the base station 105 b LGW
205 b or an entity within the EPC 130 b determines a latency mode of a UE 115 (e.g. UE 115 a). Several base stations 105 a and 105 b
may be configured with collocated LGWs 205 a 205 b. Irrespective of the location of an LGW 205 SIPFULL is enabled based on the
determined latency mode of the UE 115 a. The network entity selects an LGW for low latency IP packet routing for example based on
the APN or QoS. Alternatively traffic may be routed within a common base station 105 or a common serving gateway 210 or over a
direct backhaul (X2) link between the base stations 105 a and 105 b.
No. of Pages : 49 No. of Claims : 30
The Patent Office Journal 31/03/2017
8816
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201747010675 A
(19) INDIA
(22) Date of filing of Application :27/03/2017
(43) Publication Date : 31/03/2017
(54) Title of the invention : TEMPERATURE CONTROL FOR AMMOXIDATION REACTOR
(51) International classification
:B01J19/00
(71)Name of Applicant :
(31) Priority Document No
:201410441807.9
1)INEOS EUROPE AG
(32) Priority Date
:02/09/2014
Address of Applicant :3 Avenue des Uttins CH 1180 Rolle
(33) Name of priority country
:China
Vaud Switzerland
(86) International Application No
:PCT/US2015/046046 (72)Name of Inventor :
Filing Date
:20/08/2015
1)MCDONEL Timothy Robert
(87) International Publication No
:WO 2016/036517
2)COUCH Jay Robert
(61) Patent of Addition to Application
3)WAGNER David Rudolph
:NA
Number
4)WACHTENDORF Paul Trigg
:NA
Filing Date
5)TRAVERS Thomas George
(62) Divisional to Application Number
:NA
Filing Date
:NA
(57) Abstract :
Control of a reaction temperature occurring inside an ammoxidation reactor is achieved by controlling a flowrate of superheated steam
allowed to bypass superheat cooling coils of the cooling system of the reactor in response to a measured reaction temperature. In
another aspect control of the reaction temperature is achieved by controlling a pressure inside a steam drum used to supply the
superheated steam used for cooling purposes.
No. of Pages : 14 No. of Claims : 42
The Patent Office Journal 31/03/2017
8817
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201747010690 A
(19) INDIA
(22) Date of filing of Application :27/03/2017
(43) Publication Date : 31/03/2017
(54) Title of the invention : ANTIBODY BINDING POLYPEPTIDE ANTIBODY BINDING FUSION POLYPEPTIDE AND
ADSORBENT MATERIAL
(51) International classification :C07K4/00,C07K7/06,C07K7/08 (71)Name of Applicant :
(31) Priority Document No
:2014199131
1)FUJIFILM CORPORATION
(32) Priority Date
:29/09/2014
Address of Applicant :26 30 Nishiazabu 2 chome Minato ku
(33) Name of priority country
:Japan
Tokyo 1068620 Japan
(86) International Application No :PCT/JP2015/075157
(72)Name of Inventor :
Filing Date
:04/09/2015
1)MINAMI Koichi
(87) International Publication No :WO 2016/052073
(61) Patent of Addition to
:NA
Application Number
:NA
Filing Date
(62) Divisional to Application
:NA
Number
:NA
Filing Date
(57) Abstract :
Provided are an antibody binding polypeptide shown by any one of SEQ ID NOS: 1 18 and an adsorbent material for an antibody or
antibody derivative in which this antibody binding polypeptide is immobilized on a water insoluble carrier This antibody binding
polypeptide and adsorbent material have exceptional alkali resistance and stability over time together with exceptional antibody
binding properties and selectivity.
No. of Pages : 39 No. of Claims : 13
The Patent Office Journal 31/03/2017
8818
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201747010693 A
(19) INDIA
(22) Date of filing of Application :27/03/2017
(43) Publication Date : 31/03/2017
(54) Title of the invention : ORTHOTOPIC ARTIFICIAL BLADDER ENDOPROSTHESIS
(51) International classification :A61F2/04,A61L27/28,A61L27/58 (71)Name of Applicant :
(31) Priority Document No
:MI2014A001706
1)SAMBUSSETI, Antonio
(32) Priority Date
:30/09/2014
Address of Applicant :Via San Predengo, 13, I-26100
(33) Name of priority country :Italy
Cremona (CR) Italy
(86) International Application
2)CANCARINI, Gianni
:PCT/IB2015/057424
No
(72)Name of Inventor :
:28/09/2015
Filing Date
1)SAMBUSSETI, Antonio
(87) International Publication
2)CANCARINI, Gianni
:WO 2016/051330
No
(61) Patent of Addition to
:NA
Application Number
:NA
Filing Date
(62) Divisional to Application
:NA
Number
:NA
Filing Date
(57) Abstract :
An orthotopic artificial bladder endoprosthesis comprises a casing (2) made of a PGA fiber fabric; said casing (2) having two first
connectors (3) for the connection with the ureters of a patient and a further connector (4) for the connection with the urethra of a
patient; an inflatable element (5) inserted in said casing (2); said inflatable element (5) being switchable between an inflated
configuration in which it supports and maintains in position the casing (2) and a deflated configuration.
No. of Pages : 11 No. of Claims : 7
The Patent Office Journal 31/03/2017
8819
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201747010704 A
(19) INDIA
(22) Date of filing of Application :27/03/2017
(43) Publication Date : 31/03/2017
(54) Title of the invention : CEILING FAN
(51) International classification
:F04D25/08,F04D29/34 (71)Name of Applicant :
(31) Priority Document No
:PI 2014702866
1)PANASONIC MANUFACTURING MALAYSIA
(32) Priority Date
:29/09/2014
BERHAD
(33) Name of priority country
:Malaysia
Address of Applicant :No.3, Jalan Sesiku 15/2, Shah Alam
(86) International Application No
:PCT/JP2015/004424 Industrial Site, Shah Alam, Selangor Darul Ehsan 40200.
Filing Date
:31/08/2015
Malaysia
(87) International Publication No
:WO 2016/051665
2)PANASONIC CORPORATION
(61) Patent of Addition to Application
(72)Name of Inventor :
:NA
Number
1)YAMAMOTO, Kiminobu
:NA
Filing Date
2)NG, Kee Cheng
(62) Divisional to Application Number
:NA
3)TEO, Boon Hooi
Filing Date
:NA
4)KURAMOCHI, Hiroyuki
(57) Abstract :
Provided is a ceiling fan in which the roots of a plurality of blades are mounted to a rotationally driven support section. The ceiling fan
is provided with fall prevention members each consisting of a wire material and each having a loop. Each of the blades has formed at
the root thereof a through hole through which the loop of a fall prevention member is passed. The support section is provided with
engagement sections capable of engaging with the loops of the fall prevention members. The loops of the fall prevention members are
arranged capable of engaging with the engagement sections of the support section. When the portion where the support section and a
blade are mounted is broken the loop engages with the engagement section of the support section and the blade is held by the support
section through the loop of the fall prevention member while the inner edge of the root of the blade is located outside the outer edge of
the support section.
No. of Pages : 34 No. of Claims : 9
The Patent Office Journal 31/03/2017
8820
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201747010750 A
(19) INDIA
(22) Date of filing of Application :27/03/2017
(43) Publication Date : 31/03/2017
(54) Title of the invention : DIFFERENTIAL FLOWMETER TOOL
(51) International classification
:G01F1/84,G01F15/02 (71)Name of Applicant :
(31) Priority Document No
:NA
1)MICRO MOTION, INC.
(32) Priority Date
:NA
Address of Applicant :7070 Winchester Circle, Boulder,
(33) Name of priority country
:NA
Colorado 80301, USA U.S.A.
(86) International Application No
:PCT/US2014/054120 (72)Name of Inventor :
Filing Date
:04/09/2014
1)ZIMMER, Patrick John
(87) International Publication No
:WO 2016/036375
2)JONES, Steven, M.
(61) Patent of Addition to Application
:NA
Number
:NA
Filing Date
(62) Divisional to Application Number
:NA
Filing Date
:NA
(57) Abstract :
A method for determining system accuracy is provided. The method includes the steps of inputting hardware specifications related to a
supply flowmeter into a computing device and inputting hardware specifications related to a return flowmeter into the computing
device. Additionally the method includes inputting system parameters into the computing device. System accuracy is calculated with
system logic wherein the system logic receives the inputs based on hardware specifications related to the supply flowmeter the
hardware specifications related to the return flowmeter and the system parameters. The calculated system accuracy is stored in a
computer readable storage media and the calculated system accuracy is output.
No. of Pages : 24 No. of Claims : 24
The Patent Office Journal 31/03/2017
8821
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201747010751 A
(19) INDIA
(22) Date of filing of Application :27/03/2017
(43) Publication Date : 31/03/2017
(54) Title of the invention : DUAL 4-PORT ELECTROMAGNETIC VALVE
(51) International
(71)Name of Applicant :
:F16K27/00,F16K11/07,F16K27/04
classification
1)SMC CORPORATION
(31) Priority Document No :2014180677
Address of Applicant :14-1, Sotokanda 4-chome, Chiyoda-ku,
(32) Priority Date
:04/09/2014
Tokyo 101- 0021 Japan
(33) Name of priority country :Japan
(72)Name of Inventor :
(86) International Application
1)MIYAZOE, Shinji
:PCT/JP2015/072009
No
2)YOSHIMURA, Shinichi
:04/08/2015
Filing Date
3)MURAKAMI, Takashi
(87) International Publication
:WO 2016/035495
No
(61) Patent of Addition to
:NA
Application Number
:NA
Filing Date
(62) Divisional to Application
:NA
Number
:NA
Filing Date
(57) Abstract :
[Problem] To provide a dual 4 port electromagnetic valve in which the function of two 4 port valves has been conferred on a single
electromagnetic valve the valve being small and having an efficient design structure. [Solution] A dual 4 port electromagnetic valve
comprising: two spools (8a 8b) that independently slide inside a valve hole (7); two pilot valves (4a 4b) for individually driving the
two spools; a main supply port (P) that is in communication with the valve hole (7) at a position in which the two spools face each
other; first and second output ports (A1 A2) that are in communication with the valve hole on both sides of said main supply port (P);
first and second discharge ports (E1 E2) that are in communication with the valve hole on both outer sides of said output ports
(A1 A2); third and fourth output ports (B1 B2) that are in communication with the valve hole on both outer sides of the discharge
ports (E1 E2); and first and second supply ports (P1 P2) that are in communication with the valve hole on both outer sides of the
output ports (B1 B2). The main supply port (P) and the first and second supply ports (P1 P2) are in communication with each other.
No. of Pages : 22 No. of Claims : 8
The Patent Office Journal 31/03/2017
8822
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201747010765 A
(19) INDIA
(22) Date of filing of Application :27/03/2017
(43) Publication Date : 31/03/2017
(54) Title of the invention : DIGITAL TO PHASE CONVERTER
(51) International classification
:H03L7/00,H03H11/20 (71)Name of Applicant :
(31) Priority Document No
:14/535744
1)QUALCOMM INCORPORATED
(32) Priority Date
:07/11/2014
Address of Applicant :ATTN: International IP Administration
(33) Name of priority country
:U.S.A.
5775 Morehouse Drive San Diego California 92121 1714 U.S.A.
(86) International Application No
:PCT/US2015/054256 (72)Name of Inventor :
Filing Date
:06/10/2015
1)COHEN Hanan
(87) International Publication No
:WO 2016/073120
(61) Patent of Addition to Application
:NA
Number
:NA
Filing Date
(62) Divisional to Application Number
:NA
Filing Date
:NA
(57) Abstract :
Systems and methods for converting digital signals into clock phases are disclosed. An example digital to phase converter circuit
receives a complementary in phase and quadrature clock signals and produces four clock outputs at a phase controlled by a digital
phase control input. The digital to phase converter uses first and second pre driver modules to buffer the phase and quadrature clock
signals and produce corresponding buffered clock signals having controlled slew rates. Mixer modules produce the clock outputs by
forming weighted combinations of the buffered clock signals. The weighting is determined based on the phase control input. The
controlled slew rates of the buffered clock signals allow digital mixer module to provide accurate phase control. The digital to phase
converter may also include an output buffer that compensates for nonlinearities in the relationship between the phases of the clock
outputs and the phase control input.
No. of Pages : 17 No. of Claims : 24
The Patent Office Journal 31/03/2017
8823
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201747010799 A
(19) INDIA
(22) Date of filing of Application :27/03/2017
(43) Publication Date : 31/03/2017
(54) Title of the invention : DATA FORWARDING METHOD DEVICE AND SYSTEM IN SOFTWARE DEFINED
NETWORKING
(51) International classification
:H04L12/70
(71)Name of Applicant :
(31) Priority Document No
:NA
1)HUAWEI TECHNOLOGIES CO., LTD.,
(32) Priority Date
:NA
Address of Applicant :Huawei Administration Building,
(33) Name of priority country
:NA
Bantian, Longgang District, Shenzhen, Guangdong 518129 China
(86) International Application No
:PCT/CN2014/094136 (72)Name of Inventor :
Filing Date
:17/12/2014
1)ZUO, Shaofu
(87) International Publication No
:WO 2016/095141
(61) Patent of Addition to Application
:NA
Number
:NA
Filing Date
(62) Divisional to Application Number
:NA
Filing Date
:NA
(57) Abstract :
The present invention provides a data forwarding method device and system in software defined networking (SDN). An SDN control
device delivers active flow entries according to network topological information and the active flow entries are not related to a service
and are only related to the network topological information; and after the active flow entries are delivered the active flow entries can
be repeatedly used in data forwarding. After receiving data the SDN control device delivers passive flow entries to part of switching
devices and the passive flow entries are related to the service but are only delivered to part of the switching devices. The number of
flow entries delivered by the SDN control device to part of the switching devices is decreased and accordingly the occupation of
resources of the SDN control device and the switching devices by the flow entries is reduced.
No. of Pages : 98 No. of Claims : 66
The Patent Office Journal 31/03/2017
8824
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201747010827 A
(19) INDIA
(22) Date of filing of Application :27/03/2017
(43) Publication Date : 31/03/2017
(54) Title of the invention : DEVICE METHOD AND GRAPHICAL USER INTERFACE FOR PRESENTING AND INSTALLING
APPLICATIONS
(51) International classification
:G06F3/048
(71)Name of Applicant :
(31) Priority Document No
:14/511124
1)FACEBOOK INC.
(32) Priority Date
:09/10/2014
Address of Applicant :1601 Willow Road Menlo Park CA
(33) Name of priority country
:U.S.A.
94025 U.S.A.
(86) International Application No
:PCT/US2014/060260 (72)Name of Inventor :
Filing Date
:13/10/2014
1)SRINIVASAN Ragavan
(87) International Publication No
:WO 2016/057051
2)NAZARUK Ievgenii
(61) Patent of Addition to Application
:NA
Number
:NA
Filing Date
(62) Divisional to Application Number
:NA
Filing Date
:NA
(57) Abstract :
An electronic device displays a first application. The device detects a user input requesting an operation of a first type and displays a
user interface with application icons. Each application icon in the application icons corresponds to a respective application that is
capable of performing the operation of the first type when stored in the memory of the device. The application icons include one or
more application icons that correspond to one or more applications that are stored in the memory of the device and one or more
application icons that correspond to one or more applications that are not stored in the memory of the device. The device detects
activation of an application icon in the application icons that corresponds to a second application that is not stored in the memory of
the electronic device and installs the second application in the memory of the device.
No. of Pages : 49 No. of Claims : 33
The Patent Office Journal 31/03/2017
8825
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201747010879 A
(19) INDIA
(22) Date of filing of Application :27/03/2017
(43) Publication Date : 31/03/2017
(54) Title of the invention : MULTI CHAMBER WITH ULTRA HIGH PRESSURE OR HYDRAULIC MOTOR COMPRESSORS
OR MOTOR PUMPS FOR COMPRESSING GAS OR LIQUID AT ULTRA HIGH PRESSURE FORMED BY SEVERAL
DIFFERENT SIZED CONCENTRIC CHAMBERS WHEREIN EACH CHAMBER CONTAINS SMALLER CHAMBERS
(51) International classification
:B01J3/00,B01J3/06,F04B3/00 (71)Name of Applicant :
(31) Priority Document No
:22702014
1)MULET MARTINEZ Mauricio
(32) Priority Date
:27/08/2014
Address of Applicant :Don Bartolome 12, Vallenar,CHILE
(33) Name of priority country
:Chile
Chile
(86) International Application No :PCT/CL2015/000043
(72)Name of Inventor :
Filing Date
:21/08/2015
1)MULET MARTINEZ Mauricio
(87) International Publication No :WO 2016/029329
(61) Patent of Addition to
:NA
Application Number
:NA
Filing Date
(62) Divisional to Application
:NA
Number
:NA
Filing Date
(57) Abstract :
The invention relates to a multi chamber with ultra high pressure or hydraulic motor compressors or motor pumps for compressing gas
or liquid at ultra high pressure formed by several different sized concentric chambers wherein each chamber contains smaller
chambers there being installed between the chambers motors or pumps that enable fluid to be introduced into the inner chambers at
increasingly greater pressure.
No. of Pages : 8 No. of Claims : 5
The Patent Office Journal 31/03/2017
8826
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201747010906 A
(19) INDIA
(22) Date of filing of Application :28/03/2017
(43) Publication Date : 31/03/2017
(54) Title of the invention : MULTI CRITERIA DECISION ANALYSIS FOR MITIGATING OF CROWDING
(51) International classification
:G06Q50/22
(71)Name of Applicant :
(31) Priority Document No
:62/044511
1)HELSE STAVANGER HF
(32) Priority Date
:02/09/2014
Address of Applicant :Postboks 8100, NO-4068 Stavanger,
(33) Name of priority country
:U.S.A.
Norway. Norway
(86) International Application No
:PCT/EP2015/070062 (72)Name of Inventor :
Filing Date
:02/09/2015
1)˜YSTEIN EVJEN Olsen
(87) International Publication No
:WO 2016/034631
(61) Patent of Addition to Application
:NA
Number
:NA
Filing Date
(62) Divisional to Application Number
:NA
Filing Date
:NA
(57) Abstract :
It is disclosed a method and a computer program and user interface for handling and mitigating crowding at an institution. Based on
customer flow indicators and assessment of criticality of flow indicators determinants responsible for crowding are determined (408).
An aggregation of customer flow indicators is calculated (410). Interventions are calculated (412) for mitigating the crowding. The
aggregation as well as customer flow indicators and proposed interventions are displayed (414) to a user for facilitating the decision
process of determining which intervention to implement (416) and when.
No. of Pages : 16 No. of Claims : 6
The Patent Office Journal 31/03/2017
8827
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201644024760 A
(19) INDIA
(22) Date of filing of Application :20/07/2016
(43) Publication Date : 31/03/2017
(54) Title of the invention : MOBILE TERMINAL DEVICES, MOBILE BASEBAND MODEMS, AND METHODS OF
DETECTING NETWORK ACCESS POINTS
(51) International classification
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(71)Name of Applicant :
1)INTEL IP CORPORATION
:G01R
Address of Applicant :2200 Mission College Blvd. Santa
31/00
Clara, CA 95054 United States of America U.S.A.
:14/864,870
(72)Name of Inventor :
:25/09/2015
1)RYSGAARD, Bent
:U.S.A.
2)RAJ, Abhishek
:NA
3)PRABHAKARAN, Prasanna
:NA
4)KEMMER, Bernd
: NA
5)ZIMMERMANN, Ralf
:NA
6)RATHGEB, Karl-Heinz
:NA
7)DALSGAARD, Henrik
:NA
8)BHASIN, Sheetal
:NA
9)KOSHTA, Nirlesh
10)GUPTA, Manish
(57) Abstract :
A mobile terminal device includes a radio processing circuit and a baseband processing circuit adapted to interact with the radio
processing circuit. The mobile terminal device is configured to detect network access points on one or more carrier channels using a
first radio scan and a second radio scan by obtaining one or more scan results of the first radio scan, each of the scan results of the first
radio scan corresponding to a carrier channel targeted for radio scan by the first radio scan, identifying one or more selected scan
results from the one or more scan results of the first radio scan, each of the one or more selected scan results of the first radio scan
corresponding to a carrier channel targeted for radio scan by the second radio scan, and selecting the one or more selected scan results
of the first radio scan
No. of Pages : 123 No. of Claims : 23
The Patent Office Journal 31/03/2017
8828
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201647040485 A
(19) INDIA
(22) Date of filing of Application :28/11/2016
(43) Publication Date : 31/03/2017
(54) Title of the invention : INCREASING CELLULAR LIPID PRODUCTION BY INCREASINGTHE ACTIVITY OF
DIACYLGLYCEROL ACYLTRANSFERASE AND DECREASING THE ACTIVITY OF TRIACYLGLYCEROL LIPASE
(51) International classification
:C12P7/64
(71)Name of Applicant :
(31) Priority Document No
:61/987098
1)NOVOGY INC.
(32) Priority Date
:01/05/2014
Address of Applicant :85 Bolton Street Cmbridge MA 02140
(33) Name of priority country
:U.S.A.
U.S.A.
(86) International Application No
:PCT/US2015/028760 (72)Name of Inventor :
Filing Date
:01/05/2015
1)TSAKRAKLIDES Vasiliki
(87) International Publication No
:WO 2015/168531
2)BREVNOVA Elena E.
(61) Patent of Addition to Application
:NA
Number
:NA
Filing Date
(62) Divisional to Application Number
:NA
Filing Date
:NA
(57) Abstract :
TGL3 Disclosed are methods and compositions for increasing the triacylglycerol content of a cell by up regulating diacylglycerol
acyltransferase and down regulating triacylglycerol lipase. In some embodiments a DGA1 protein is expressed and a native gene is
knocked out thereby increasing the synthesis of triacylglycerol and decreasing its consumption respectively.
No. of Pages : 43 No. of Claims : 20
The Patent Office Journal 31/03/2017
8829
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201747005915 A
(19) INDIA
(22) Date of filing of Application :20/02/2017
(43) Publication Date : 31/03/2017
(54) Title of the invention : INTERACTIVE VIDEO CONFERENCING
(51) International
(71)Name of Applicant :
:H04N7/14,H04N5/232,H04L29/06
classification
1)INTEL CORPORATION
(31) Priority Document No
:62/059025
Address of Applicant :2200 Mission College, Blvd, Santa
(32) Priority Date
:02/10/2014
Clara, California 95054 U.S.A.
(33) Name of priority country :U.S.A.
(72)Name of Inventor :
(86) International Application
1)OYMAN, Ozgur
:PCT/US2015/044351
No
2)GIACALONE, Jean-Pierre
:07/08/2015
Filing Date
3)FOX, Ivan
(87) International Publication
:WO 2016/053477
No
(61) Patent of Addition to
:NA
Application Number
:NA
Filing Date
(62) Divisional to Application
:NA
Number
:NA
Filing Date
(57) Abstract :
Technology for a local user equipment (UE) operable to perform video conferencing with a remote UE is disclosed. The local UE can
define a region of interest (ROI) within a field of view of a camera of the remote UE. The local UE can map the ROI to one or more
pan tilt zoom and focus (PTZF) commands. The local UE can send the one or more PTZF commands to the remote UE wherein the
remote UE is configured to identify the ROI based on the one or more PTZF commands. The local UE can receive encoded video
within the ROI from the remote UE. The encoded video can include the regions within the ROI at an increased zoom level while
substantially maintaining a defined quality level to enable the encoded video within the ROI to be rendered and displayed at the local
UE.
No. of Pages : 28 No. of Claims : 30
The Patent Office Journal 31/03/2017
8830
(12) PATENT APPLICATION PUBLICATION
(21) Application No.4787/CHE/2012 A
(19) INDIA
(22) Date of filing of Application :16/11/2012
(43) Publication Date : 31/03/2017
(54) Title of the invention : DEVICE AND METHOD FOR GENERATING HYDRAULIC PROSTHETIC KNEE MOVEMENTS
(51) International classification
:A61F (71)Name of Applicant :
(31) Priority Document No
:NA
1)K L UNIVERSITY
(32) Priority Date
:NA
Address of Applicant :GREEN FIELDS, VADDESWARAM,
(33) Name of priority country
:NA GUNTUR DISTRICT 522 502 Andhra Pradesh India
(86) International Application No
:NA (72)Name of Inventor :
Filing Date
:NA
1)DR. A. SRINATH
(87) International Publication No
: NA
2)Y. KALYANA CHAKRAVARTHY
(61) Patent of Addition to Application Number
:NA
Filing Date
:NA
(62) Divisional to Application Number
:NA
Filing Date
:NA
(57) Abstract :
7. Abstract of the Invention Exemplary embodiments of the present invention are directed towards a hydraulic prosthetic device for
generating knee movements. The device includes a hydraulic unit mounted between a socket and a prosthetic foot configured to
deliver a pressure for providing a locking mechanism by applying load on the socket, an upper joint member fixed to the hydraulic
unit for transferring the pressure through a stretchable tube to expand and compress according to the pressure applied on the hydraulic
unit and a lower joint member perpendicularly connected to the upper joint member through a pin joint for applying a load on a swing
phase to move along with an axis of the pin joint.
No. of Pages : 16 No. of Claims : 9
The Patent Office Journal 31/03/2017
8831
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5124/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :25/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : ON-LINE VERIFICATION & INSTANT AUTHORIZATION SIM CARD DISPENSER
(51) International classification
:G06Q
20/00
:NA
:NA
:NA
:NA
:NA
: NA
:NA
:NA
:NA
:NA
(71)Name of Applicant :
1)NINESTARS INFORMATION TECHNOLOGIES PVT
LTD
Address of Applicant :72 GREAMS ROAD, THOUSAND
LIGHTS, CHENNAI - 600 006, Tamil Nadu India
(72)Name of Inventor :
1)V.GOKUL KRISHNAN
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
A remote embedded patented Proprietary Licensed Software module to obtain information by accessing the Central Government
authorized UIDAI Database with the applicant details as submitted by him based on the given AADAHR number. The mandatory
information to be submitted as required by the applicant in the Know Your Customer (KYC) format will be verified with the
information already provided by him and available in the AADHAR data base. It is essential to note that the data filed in AADHAR is
validated and approved as an authenticated reference by the concerned authorities. On submission of the forms by any applicant
requesting for connectivity under through any service provider under any scheme or packages offered by the respective service
providers, can be uploaded in the given pre formatted software modules and the same is being instantly validated with the UIDAI
Database through the given AADHAR number. The fully tech equipped and enabled process is structured in a manner that capturing
the details ofany applicant including the photographs are done at the time of submission by the; respective applicant and instantly
verified. The online verification is being done with the captured photograph and with the scanned fingerprint along with the biometric
Iris identification with the authenticated data base. The on line verification process results in Approval or Denial instantly. Subsequent
to the verification confirmation and receipt of conformance with the central authorized data base the , system recognize and declare
the same as approved. Based on the auto generated authorization approval the Subscriber Identification Module (SIM) card is
activated. The hardware and software configuration-modules are in built in the system with connectors and third party authorization
tools to create an integrated platform for providing on line ..verification and authentication with instant approval and ensure 100%
regulatory verification mandatory recommendations. - ■ ■■■■■ This invention provides a process platform for Automated
Verification & Authorization of SIM CARD Dispenser Machines comply with iall the regulatory norms and with an in built
propitiatory patented software license package to ensure an uniform across all operators with an Highly Authenticated Authorization
Approval Process, besides offering the choices of selecting the operators, Scheme of services, Tariff customized Plans including
payment ternis. This invention facilitate for an easy and instant Verification & Authorization. The authorization provides an auto
generated approval arid the,.ebrif6niiation of approval makes the activation. The system generated auto approval verifies an respective
data filed of authenticated data base arid on; conformance clear the application to the status of approved Therefore the invention
reassures the 100 % compliance with the all regulatory norms. In addition to that the invention is designed to offer the choices of
selecting the operators of the region, their schemes of services, Tairiff with discount or any benefits offered time to time, and enable
the customer to customize the plans including the various options as needed and the mode of payment terms.
No. of Pages : 12 No. of Claims : 1
The Patent Office Journal 31/03/2017
8832
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201747003753 A
(19) INDIA
(22) Date of filing of Application :01/02/2017
(43) Publication Date : 31/03/2017
(54) Title of the invention : METHOD OF DETECTING CLEAVED SNAP25 IN TISSUE SAMPLES
(51) International classification
:C07K16/18
(71)Name of Applicant :
(31) Priority Document No
:62/021378
1)ALLERGAN, INC.
(32) Priority Date
:07/07/2014
Address of Applicant :2525 Dupont Drive, Irvine, California
(33) Name of priority country
:U.S.A.
92612 (US) U.S.A.
(86) International Application No
:PCT/US2015/039372 (72)Name of Inventor :
Filing Date
:07/07/2015
1)BROIDE, Ron S.
(87) International Publication No
:WO 2016/007508
2)CAI, Brian
(61) Patent of Addition to Application
3)FERNANDEZ-SALAS, Ester
:NA
Number
4)FRANCIS, Joseph
:NA
Filing Date
5)RHEAUME, Catherine
(62) Divisional to Application Number
:NA
Filing Date
:NA
(57) Abstract :
Methods and compositions for detecting BoNT/A enzymatic activity in tissues or a tissue sample are described herein. The invention
encompasses antibodies that bind preferentially to BoNT/A cleaved SNAP25 and is able to preferentially detect BoNT/A cleaved
SNAP25 as compared to intact (non cleaved) SNAP25 in a tissue sample.
No. of Pages : 30 No. of Claims : 11
The Patent Office Journal 31/03/2017
8833
(12) PATENT APPLICATION PUBLICATION
(21) Application No.3058/CHENP/2004 A
(19) INDIA
(22) Date of filing of Application :31/12/2004
(43) Publication Date : 31/03/2017
(54) Title of the invention : 'REACTOR SYSTEM FOR SEVERAL REACTOR UNITS IN PARALLE'
(51) International classification
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
:B01J 8/00
(71)Name of Applicant :
:NA
1)SHELL INTERNATIONALE RESEARCH
:NA
MAATSCHAPPIJ B.V.
:NA
Address of Applicant :CAREL VAN BYLANDTLAAN
:PCT/EPO3/06456 30,NL-2596 HR THE HAGUE Netherlands
:20/06/2003
(72)Name of Inventor :
:WO 2004/004884 1)LEFFER, HANS,GEORG
(87) International Publication No
A1
(61) Patent of Addition to Application Number :NA
Filing Date
:NA
(62) Divisional to Application Number
:NA
Filing Date
:NA
(57) Abstract :
Reactor system suitable for carrying out chemical reactions, comprising one or more common reactant feed lines, two or -ore single
unit operated reactor sections and one or more common product discharge lines.
No. of Pages : 16 No. of Claims : 11
The Patent Office Journal 31/03/2017
8834
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5155/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :28/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : SCHEME FOR MEASUREMENT OF CAPACITANCE VALUE OF VARACTOR DIODE AT HIGH
REVERSE VOLTAGE
(51) International classification
:H03J
3/00
:NA
:NA
:NA
:NA
:NA
: NA
:NA
:NA
:NA
:NA
(71)Name of Applicant :
1)HAL, AVIONICSDIVISION,
Address of Applicant :AGM (MFG.) HINDUSTAN
AERONAUTICS LIMITED, AVIONICS DIVISION,
BALANAGAR, HYDERABAD - 500 042, Andhra Pradesh India
(72)Name of Inventor :
1)L SURESH KUMAR
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
A low cost model for measuring capacitance of varactor diodes used for Low frequency applications, where reverse bias voltage can
be in excess of lOOVdc. a low cost scheme for capacitance measurement of a varactor diode operating at high reverse bias voltage
using a capacitor network adaptor coupled to a standard LCR meter. With this scheme it is possible to measure the capacitance of the
varactor diodes ranging from few pico farads to several microfarads with accuracies better than 5 % at reverse voltages up to
lOOvolts.
No. of Pages : 7 No. of Claims : 3
The Patent Office Journal 31/03/2017
8835
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5156/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :28/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : FASTER AND ERROR SAFE ECCM/SECURE TESTING MEANS FOR ADVANCE
COMMUNICATION SYSTEMS
(51) International classification
:G01R
31/00
:NA
:NA
:NA
:NA
:NA
: NA
:NA
:NA
:NA
:NA
(71)Name of Applicant :
1)HINDUSTAN AERONAUTICS LIMITED, AVIONICS
DIVISION
Address of Applicant :AGM (MFG.) HINDUSTAN
AERONAUTICS LIMITED, AVIONICS DIVISION,
BALANAGAR, HYDERABAD - 500 042, Telangana India
(72)Name of Inventor :
1)TIWARI OM PRAKASH
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
Advance Communication System is airborne communication equipment intended to provide Normal/Secure, Jam resistant voice/data
communication for Air to Ground and Air to Air in V/UHF bands. The system is also provided with ECCM features in the tactical
frequency band. Like any other airborne system, Advance Communication Systems too have to undergo multiple functional tests in
order to ensure system performance under various environmental conditions before delivery to the customer. Automatic Testing
Equipment (ATE) application is developed for the functional testing of the system. As a part of this, Faster and Error safe
ECCM/Secure testing means for Advance Communication Systems is developed which provides a user friendly hassle free testing.
Unlike the earlier developed approach of using separate Bus Controllers for the UUT and the Golden Set, ;the subject patent involving
the innovative simultaneous dual RT controlling approach is able to control both systems simultaneously. It requires minimal testing
effort and significantly reduced testing time. Its easy to use graphical interface ensures minimum dependency on operator there by
reducing possible human errors.
No. of Pages : 8 No. of Claims : 4
The Patent Office Journal 31/03/2017
8836
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5157/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :28/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : OVERALL TEST RIG, TJ-290 FOR TESTING ADF ARC 600A/610A
(51) International classification
:G01R
31/00
:NA
:NA
:NA
:NA
:NA
: NA
:NA
:NA
:NA
:NA
(71)Name of Applicant :
1)AVIONICS DIVISION, HINDUSTAN AERONAUTICS
LIMITED
Address of Applicant :AGM (MFG.) HINDUSTAN
AERONAUTICS LIMITED, AVIONICS DIVISION,
BALANAGAR, HYDERABAD - 500 042, Telangana India
(72)Name of Inventor :
1)GOTLURU AVANI
2)THATAGIRI RAMA RAO
3)NEERAJ KUMAR
4)MATTA VENKATA RAMANA RAO
5)SAMALA PRABAHVATHY
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
TJ-290 has been designed for testing, tuning and fault diagnosis of ADF ARC 600A/610A. It provides power supply (115V AC/+28V
DC) to the set, control unit and to bring out the various signals for monitoring during testing. It also brings out the set, control unit
output and provides facility to connect input signals required for measurement purpose.
No. of Pages : 8 No. of Claims : 3
The Patent Office Journal 31/03/2017
8837
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5158/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :28/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : TEST FACILITY FOR VOR-DME/TACAN CONTROLLERS
(51) International classification
:G01S
1/00
:NA
:NA
:NA
:NA
:NA
: NA
:NA
:NA
:NA
:NA
(71)Name of Applicant :
1)AVIONICS DIVISION, HINDUSTAN AERONAUTICS
LIMITED
Address of Applicant :AGM (MANUFACTURING)
HINDUSTAN AERONAUTICS LIMITED, AVIONICS
DIVISION, BALANAGAR, HYDERABAD - 500 042, Telangana
India
(72)Name of Inventor :
1)GOTLURU AVANI
2)THATAGIRI RAMA RAO
3)MATTA VENKATA RAMANA RAO
4)SAMALA PRABAHVATHY
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
TJ-768 has been designed for testing, tuning and fault diagnosis of VOR-DME/TACAN controllers. It provides power supply (+2.8V
DC) to the controllers and to bring out the various signals from the controllers for monitoring during testing. It also make available the
controllers output and provides facility to connect input signals required for measurement purpose.
No. of Pages : 10 No. of Claims : 4
The Patent Office Journal 31/03/2017
8838
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201747007941 A
(19) INDIA
(22) Date of filing of Application :07/03/2017
(43) Publication Date : 31/03/2017
(54) Title of the invention : METHOD FOR INDUCING THE SYNTHESIS OF PHYCOBILIPROTEINS
(51) International classification
:C12P23/00,C12N1/12 (71)Name of Applicant :
(31) Priority Document No
:14/01919
1)ALGOBIOTECH
(32) Priority Date
:28/08/2014
Address of Applicant :5 rue Henri Desbru¨res Genopole
(33) Name of priority country
:France
Campus 1 F 91030 Evry Cedex France
(86) International Application No
:PCT/FR2015/052294 (72)Name of Inventor :
Filing Date
:28/08/2015
1)BEN OUADA, Hatem
(87) International Publication No
:WO 2016/030644
2)AMMAR Jihene
(61) Patent of Addition to Application
:NA
Number
:NA
Filing Date
(62) Divisional to Application Number
:NA
Filing Date
:NA
(57) Abstract :
The present invention relates to a method for preparation of a biomass of photosynthetic microalgae having a phycobiliprotein content
equal to at least 20% of the dry weight of said biomass. The present invention also relates to a biomass enriched with
phycobiliproteins and the use thereof as a food supplement or ingredient for nutraceutical and cosmetic preparations.
No. of Pages : 17 No. of Claims : 18
The Patent Office Journal 31/03/2017
8839
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201747007969 A
(19) INDIA
(22) Date of filing of Application :07/03/2017
(43) Publication Date : 31/03/2017
(54) Title of the invention : OFFLOAD SERVICES VIA A NEUTRAL HOST NETWORK
(51) International classification
:H04W48/18,H04W48/12 (71)Name of Applicant :
(31) Priority Document No
:62/061030
1)QUALCOMM INCORPORATED
(32) Priority Date
:07/10/2014
Address of Applicant :ATTN: International IP Administration
(33) Name of priority country
:U.S.A.
5775 Morehouse Drive San Diego California 92121 1714 U.S.A.
(86) International Application No
:PCT/US2015/048360
(72)Name of Inventor :
Filing Date
:03/09/2015
1)AHMAVAARA Kalle Ilmari
(87) International Publication No
:WO 2016/057141
(61) Patent of Addition to Application
:NA
Number
:NA
Filing Date
(62) Divisional to Application Number :NA
Filing Date
:NA
(57) Abstract :
Techniques for providing offload services via a neutral host network NHN are described here. An example method may include
establishing (402) an authorization relationship at the NHN with a mobile network. In addition the example method may include
sending (404) a notification indicating the authorization relationship of the NHN with the mobile network to one or more user
equipments (UEs) within radio coverage of the NHN wherein the authorization relationship specifies that the NHN is authorized by
the mobile network to provide offload services for at least one UE of the one or more UEs that is associated with the mobile network.
No. of Pages : 30 No. of Claims : 45
The Patent Office Journal 31/03/2017
8840
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5186/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :28/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : A PACKAGE TRAY ASSEMBLY
(51) International classification
:B65D (71)Name of Applicant :
5/00
1)FORD GLOBAL TECHNOLOGIES, LLC
:NA
Address of Applicant :330 Town Center Drive, Suite 800,
:NA Dearborn, Michigan 48126, United States of America U.S.A.
:NA (72)Name of Inventor :
:NA
1)MICHEL, Frank
:NA
: NA
:NA
:NA
:NA
:NA
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
A package tray assembly (100) of a vehicle is described. In one example, the vehicle comprises a rear access window (112) that
includes a panel (114), a pulley (208), a package tray (102) rotatably coupled along a longitudinal edge (104) through a hinge (108),
and a flexible member (206). The flexible member (206) passes over the pulley (208) and couples the package tray (102) with the
panel (114). Due to the coupling, movement of the panel (114) in an upward or downward direction causes closing and lifting of the
package tray (102).
No. of Pages : 19 No. of Claims : 15
The Patent Office Journal 31/03/2017
8841
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5187/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :29/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : BUNK SEAT ASSEMBLY FOR HEAVY VEHICLES
(51) International classification
:B60N (71)Name of Applicant :
2/00
1)Daimler AG
:NA
Address of Applicant :70546, Stuttgart, Germany Germany
:NA (72)Name of Inventor :
:NA
1)Jayasankar R
:NA
2)Udayakanth G
:NA
: NA
:NA
:NA
:NA
:NA
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
[048] ABSTRACT [049] Described herein is a bunk seat assembly 102 for a heavy vehicle. The bunk seat assembly 102 includes an
inflatable bunk seat 106 provided in a driver™s cabin 100 of the heavy vehicle, and a two-way regulating device 108 fluidly
connecting the inflatable bunk seat 106 with a fluid source 114 for transfer of a fluid, such as a compressed air, from the fluid source
114 to the inflatable bunk seat 106 to inflate the inflatable bunk seat 106, and for removal of the fluid from the inflatable bunk seat
106 (FIG 1)
No. of Pages : 14 No. of Claims : 10
The Patent Office Journal 31/03/2017
8842
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5188/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :29/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : A VEHICLE SEAT SUSPENSION UNIT
(51) International classification
:B60N (71)Name of Applicant :
2/00
1)Daimler AG
:NA
Address of Applicant :70546, Stuttgart, Germany Germany
:NA (72)Name of Inventor :
:NA
1)Jayasankar R
:NA
2)Ram Kartik R
:NA
: NA
:NA
:NA
:NA
:NA
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
[023] ABSTRACT The present invention provides a vehicle seat suspension unit, comprising: a housing; a bush movably disposed in
the housing, the bush extending upwardly from the housing and coupled to a guide rail of the vehicle seat; a first spring provided in
the housing, the first spring supports the bush connected to the vehicle seat and allows the vehicle seat to be movable; a second spring
extending from the housing, the second spring limits movement of the seat and dampens any upward force acting on the spring; and a
tension adjustor screw connected to the second spring for adjusting tension on the second spring for controlling movement of the
vehicle seat. (FIG 1)
No. of Pages : 8 No. of Claims : 4
The Patent Office Journal 31/03/2017
8843
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5189/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :29/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : HEATING SYSTEM FOR PASSENGER COMPARTMENT OF VEHICLE
(51) International classification
:B60H (71)Name of Applicant :
1/00
1)Daimler AG
:NA
Address of Applicant :70546, Stuttgart, Germany Germany
:NA (72)Name of Inventor :
:NA
1)Hariharasudhan. D
:NA
2)Varadharajan S
:NA
3)Sanjai Saini
: NA
4)Anuj Kumar
:NA
:NA
:NA
:NA
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
[049] ABSTRACT Described herein is a system 100 for heating a passenger compartment 102 of a vehicle, such as a truck. The
system 100 includes a primary heating sub-system 104 for transferring heat from an internal combustion engine 108 to the passenger
compartment 102 of the vehicle; and a secondary heating sub-system 106 for pre-heating the primary heating sub-system 104 by the
heat extracted from a blow-by gas released by the internal combustion engine 108. (FIG 1)
No. of Pages : 14 No. of Claims : 10
The Patent Office Journal 31/03/2017
8844
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201747011018 A
(19) INDIA
(22) Date of filing of Application :28/03/2017
(43) Publication Date : 31/03/2017
(54) Title of the invention : DIRECTION AWARE AUTOFOCUS
(51) International classification
:G02B7/28,H04N5/232 (71)Name of Applicant :
(31) Priority Document No
:62/080157
1)QUALCOMM INCORPORATED
(32) Priority Date
:14/11/2014
Address of Applicant :Attn: International IP Administration
(33) Name of priority country
:U.S.A.
5775 Morehouse Drive San Diego California 92121 1714 U.S.A.
(86) International Application No
:PCT/US2015/055328 (72)Name of Inventor :
Filing Date
:13/10/2015
1)MA Lei
(87) International Publication No
:WO 2016/077006
2)DENG Fan
(61) Patent of Addition to Application
3)CHAN Leung Chun
:NA
Number
:NA
Filing Date
(62) Divisional to Application Number
:NA
Filing Date
:NA
(57) Abstract :
Methods and imaging devices are disclosed for determining a first direction to move a lens in an autofocus operation. For example one
method includes capturing a plurality of frames depicting a scene selecting a portion of at least one frame that corresponds to an object
in a displayed frame and tracking the object in the plurality of frames where tracking the object provides a reference parameter of the
object for each of the plurality of frames. The method may further include detecting a change in the reference parameter between at
least a first frame and a second frame of the plurality of frames determining a focus direction based on the change in the reference
parameter and initiating a focus operation by moving a lens of the imaging device based on the determined focus direction.
No. of Pages : 35 No. of Claims : 30
The Patent Office Journal 31/03/2017
8845
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201747011019 A
(19) INDIA
(22) Date of filing of Application :28/03/2017
(43) Publication Date : 31/03/2017
(54) Title of the invention : COMMUNICATION BETWEEN DEVICES OF A NEIGHBOR AWARE NETWORK
(51) International
(71)Name of Applicant :
:H04W84/18,H04W4/00,H04W8/00
classification
1)QUALCOMM INCORPORATED
(31) Priority Document No :62/064904
Address of Applicant :5775 Morehouse Drive San Diego
(32) Priority Date
:16/10/2014
California 92121 1714 U.S.A.
(33) Name of priority country :U.S.A.
(72)Name of Inventor :
(86) International Application
1)PATIL Abhishek Pramod
:PCT/US2015/055820
No
2)ABRAHAM Santosh Paul
:15/10/2015
Filing Date
3)CHERIAN George
(87) International Publication
4)RAISSINIA Alireza
:WO 2016/061405
No
5)CHO James
(61) Patent of Addition to
6)FREDERIKS Guido
:NA
Application Number
:NA
Filing Date
(62) Divisional to Application
:NA
Number
:NA
Filing Date
(57) Abstract :
A method includes generating a paging message at a first device of a data link group of a neighbor aware network (NAN). The paging
message includes a paged device list. The paged device list identifies a subset of devices of the data link group the subset of devices
scheduled to receive data from the first device during a transmission window. The paging message includes a receiver address field
having a particular receiver address value. The method also includes transmitting during the paging window the paging message from
to at least one device of the data link group other than the first device.
No. of Pages : 118 No. of Claims : 30
The Patent Office Journal 31/03/2017
8846
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201747011033 A
(19) INDIA
(22) Date of filing of Application :28/03/2017
(43) Publication Date : 31/03/2017
(54) Title of the invention : FINGERPRINT INFORMATION DYNAMIC UPDATING METHOD AND FINGERPRINT
RECOGNITION APPARATUS
(51) International classification
:G06K9/00
(71)Name of Applicant :
(31) Priority Document No
:201510036864.3
1)SHENZHEN HUIDING TECHNOLOGY CO.LTD.,
(32) Priority Date
:23/01/2015
Address of Applicant :Floor 13, Phase B, Tengfei Industrial
(33) Name of priority country
:China
Building, Futian Free Trade Zone shenzhen, Guangdong - 518
(86) International Application No
:PCT/CN2015/094460 000. China
Filing Date
:12/11/2015
(72)Name of Inventor :
(87) International Publication No
:WO 2016/115940
1)WU, Dongcheng
(61) Patent of Addition to Application
2)XU, Hongwei
:NA
Number
3)CHEN, Weiwen
:NA
Filing Date
(62) Divisional to Application Number
:NA
Filing Date
:NA
(57) Abstract :
Disclosed are a fingerprint information dynamic updating method and a fingerprint recognition apparatus. The method comprises the
steps of: collecting fingerprint information and performing fingerprint recognition according to the collected fingerprint information
and a preregistered fingerprint template database; after the fingerprint recognition succeeds determining whether the fingerprint
template database is full; when the fingerprint template database is not full and the collected fingerprint information satisfies a first
updating condition adding the collected fingerprint information into the fingerprint template database; and when the fingerprint
template database is full and the collected fingerprint information satisfies a second updating condition selecting target fingerprint
information from the fingerprint template database and replacing the target fingerprint information by using the collected fingerprint
information. In this way in the use of a fingerprint recognition apparatus fingerprint information in a fingerprint template database is
dynamically updated thereby improving the accuracy rate of fingerprint recognition reducing the error rate of the fingerprint
recognition apparatus in different use environments and improving the use experience of a user.
No. of Pages : 17 No. of Claims : 14
The Patent Office Journal 31/03/2017
8847
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5202/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :29/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : A HIGH PRESSURE FUEL PUMP
(51) International classification
:A61B (71)Name of Applicant :
17/00
1)Bosch Limited
:NA
Address of Applicant :Post Box No 3000, Hosur Road,
:NA Adugodi, Bangalore 560030, Karnataka, INDIA Karnataka India
:NA
2)Robert Bosch GmbH
:NA (72)Name of Inventor :
:NA
1)GREINER MATTHIAS
: NA
:NA
:NA
:NA
:NA
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
A high pressure fuel pump 10 is described. The high pressure fuel pump 10 comprises a housing 12, a cylinder head 14 located on the
housing 12, and a plunger 16 located within the housing 12 and adapted to reciprocate within a bore defined within the cylinder head
14. An annular space 18 is defined between the cylinder head 14 and the housing 12, the annular space 18 adapted to receive a spring
20 therein. A seal 22 is located in the housing 12, the seal 22 held between a first static fixation 24 that is secured to the cylinder head
14 and a second static fixation 25 that is secured to a roller tappet body 40 and positioned within the annular space 18, the seal 22
prevents lubrication oil mixing with fuel within the high pressure fuel pump 10. Figure 1.
No. of Pages : 10 No. of Claims : 8
The Patent Office Journal 31/03/2017
8848
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5204/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :29/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : VEHICLE OCCUPANT PROTECTION
(51) International classification
:B60R (71)Name of Applicant :
21/00
1)FORD GLOBAL TECHNOLOGIES, LLC
:NA
Address of Applicant :330 Town Center Drive, Suite 800,
:NA Dearborn, Michigan 48126, United States of America U.S.A.
:NA (72)Name of Inventor :
:NA
1)MARABLE, Paul Mark
:NA
2)BOSIO, Allen Charles
: NA
3)SLEATH, Robert
:NA
:NA
:NA
:NA
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
A vehicle occupant protection cushion (102) is described. The vehicle occupant protection cushion (102), hereinafter referred to as the
cushion (102), includes a front portion (108) to receive an occupant (104) during an impact on a vehicle (100), where the front portion
(108) is substantially in a direction towards a seat (106) of the vehicle (100) in a deployed condition of the cushion (102). Further, the
cushion (102) includes a top portion (110) that includes at least one pleat (206) formed by at least one tether (208), where the top
portion (110) faces a roof (116) of the vehicle (100) in the deployed condition. Furthermore, the at least one pleat (206) is provided to
reduce tension in the front portion (108) of the cushion (102).
No. of Pages : 24 No. of Claims : 8
The Patent Office Journal 31/03/2017
8849
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5205/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :29/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : HARMONIC CANCELATION UNIT AND A METHOD THEREOF
(51) International classification
:H03L (71)Name of Applicant :
7/00
1)HITACHI, LTD.
:NA
Address of Applicant :6-6, Marunouchi 1-chome, Chiyoda-ku,
:NA Tokyo, Japan. Japan
:NA (72)Name of Inventor :
:NA
1)Sekhar RAMACHANDRA
:NA
2)Patel Prashant U.
: NA
3)Vinoth KUMAR
:NA
:NA
:NA
:NA
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
Embodiments of the present disclosure relate to a harmonic cancelation unit and its method for harmonic cancelation in power based
device. Harmonic cancelation is performed by initially determining a dominant harmonic with highest magnitude of plurality of
harmonics in waveform from power grid when first Total Harmonic Distortion (THD) in grid current of the power based device is
greater than a predefined value. Further, Phased Locked Loop (PLL) based correction is performed in the waveform to obtain PLL
corrected waveform and second THD in the PLL corrected waveform is determined. When the second THD is greater than the
predefined value, iterative based correction for a predefine correction value is performed on the plurality of harmonics other than the
dominant harmonic to obtain iterative based corrected waveform for harmonic cancelation in the power based device.
No. of Pages : 33 No. of Claims : 11
The Patent Office Journal 31/03/2017
8850
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5180/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :28/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : POWER-AWARE CPU POWER GRID DESIGN
(51) International classification
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
:G06F (71)Name of Applicant :
9/00
1)QUALCOMM INCORPORATED
:NA
Address of Applicant :5775 Morehouse Drive, San Diego, CA
:NA 92121-1714, United States of America U.S.A.
:NA (72)Name of Inventor :
:NA
1)HARSHIT TIWARI
:NA
2)AKSHAY GUPTA
: NA
3)SRINIVAS TURAGA
:NA
4)DEVA SUDHIR PULIVENDULA
:NA
5)VENKAT DEVARASETTY
:NA
:NA
(57) Abstract :
POWER-AWARE CPU POWER GRID DESIGN BACKGROUND Field [0001] The present disclosure relates generally to the design of integrated circuits, and more particularly, to power grid design for the central processing unit (CPU) subsystem. Background [0002] Semi-conductor apparatuses, such as integrated circuits, are constructed from electronic components formed on semiconductor materials and interconnected with circuit wiring. A
network of these circuit wirings may connect a group of components and provide the components with power at a particular voltage level. Power grid (power distribution network) generally refers to the networks of circuit wirings which connect power supply to each component. Power grid design includes the analysis and design of such networks. [0003] An integrated circuit (IC) may have more than one group of components, where each group
of components is designed to operate at a different voltage level. For example, a first group of components may be designed to operate at a first voltage level, and a second group of components may be designed to operate at a second, different voltage level. Integrated circuits that are designed with groups of components operating at more than one voltage level are said to have multiple power domains, where each power domain is associated with
a particular voltage level. In operation, a particular power domain may be selectively powered up or down by controlling power to the network of circuit wirings connecting the group of components in that power domain. [0004] Because memory circuits and logic circuits have different voltage requirements, memory circuits and logic circuits usually reside in different power domains. CPU cache memory is one type of memory circuit. Thus, CPU
cache memory resides in the memory power domain with other types of memory circuits. The memory power domain generally sources its power from a power supplier that is shared by several other components that may have higher voltage requirement than the CPU cache memory. In order to support those other components, the shared power supplier needs to maintain a higher voltage level than the CPU cache memory requires. This leads to
significant power inefficiency for CPU cache memory. SUMMARY [0005] In an aspect of the disclosure, a method and an apparatus for providing a power grid are provided. The apparatus includes a plurality of memory units comprising at least one system on a chip (SoC) memory and at least one cache memory. The apparatus includes a first subsystem coupled to the at least one SoC memory. The at least one SoC memory may be associated
with a first power domain. The apparatus includes a second subsystem coupled to the at least one cache memory. The at least one cache memory may be associated with a second power domain. [0006] In another aspect of the disclosure, an apparatus may provide a first power domain to at least one SoC memory. The at least one SoC memory may be coupled to a first subsystem. The apparatus may further provide a second power domain to at
least one cache memory. The at least one cache memory may be coupled to a second subsystem. BRIEF DESCRIPTION OF THE DRAWINGS [0007] FIG. 1 is a diagram illustrating an example of power grid design for an integrated circuit. [0008] FIG. 2 is a diagram illustrating an example of a power grid of an integrated circuit. [0009] FIG. 3 is a diagram illustrating an example of power grid design for an integrated circuit. [0010] FIG. 4 is a
flowchart of a method of providing a power grid. [0011] FIG. 5 is a diagram illustrating an integrated circuit configured to implement the method of FIG. 4. DETAILED DESCRIPTION [0012] The detailed description set forth below in connection with the appended drawings is intended as a description of various configurations and is not intended to represent the only configurations in which the concepts described herein may be practiced. The
detailed description includes specific details for the purpose of providing a thorough understanding of various concepts. However, it will be apparent to those skilled in the art that these concepts may be practiced without these specific details. In some instances, well known structures and components are shown in block diagram form in order to avoid obscuring such concepts. [0013] Several aspects of power grid design will now be presented with
reference to various apparatus and methods. These apparatus and methods will be described in the following detailed description and illustrated in the accompanying drawings by various blocks, components, circuits, steps, processes, algorithms, etc. (collectively referred to as elements•). These elements may be implemented using electronic hardware, computer software, or any combination thereof. Whether such elements are implemented as
hardware or software depends upon the particular application and design constraints imposed on the overall system. [0014] By way of example, an element, or any portion of an element, or any combination of elements may be implemented with a processing system• that includes one or more processors. Examples of processors include microprocessors, microcontrollers, digital signal processors (DSPs), field programmable gate arrays (FPGAs),
programmable logic devices (PLDs), state machines, gated logic, discrete hardware circuits, and other suitable hardware configured to perform the various functionality described throughout this disclosure. One or more processors in the processing system may execute software. Software shall be construed broadly to mean instructions, instruction sets, code, code segments, program code, programs, subprograms, software components,
applications, software applications, software packages, routines, subroutines, objects, executables, threads of execution, procedures, functions, etc., whether referred to as software, firmware, middleware, microcode, hardware description language, or otherwise. [0015] Accordingly, in one or more exemplary embodiments, the functions described may be implemented in hardware, software, firmware, or any combination thereof. If implemented in
software, the functions may be stored on or encoded as one or more instructions or code on a computer-readable medium. Computer-readable media includes computer storage media. Storage media may be any available media that can be accessed by a computer. By way of example, and not limitation, such computer-readable media can comprise a random-access memory (RAM), a read-only memory (ROM), an electrically erasable
programmable ROM (EEPROM), compact disk ROM (CD-ROM) or other optical disk storage, magnetic disk storage or other magnetic storage devices, combinations of the aforementioned types of computer-readable media, or any other medium that can be used to store computer executable code in the form of instructions or data structures that can be accessed by a computer. [0016] A subsystem is a unit or device that is part of a larger system.
A subsystem in this disclosure refers to one or more hardware components. A CPU is the electronic circuitry within a computer that carries out the instructions of a computer program by performing the basic arithmetic, logical, control and input/output (I/O) operations specified by the instructions. Most modern CPUs are contained on a single IC chip. An IC that contains a CPU may also contain memory, peripheral interfaces, and other
components of a computer; such integrated devices are variously called microcontrollers or systems on a chip (SoC). Some computers employ a multi-core processor, which is a single chip containing two or more CPUs called cores•. [0017] A CPU subsystem is a group of electronic components that perform CPU functionalities. A CPU subsystem may include multiple cores and cache memory circuits. FIG. 1 is a diagram 100 illustrating an
example of power grid design for an integrated circuit 150. In one configuration, the IC 150 may be a SoC. The IC 150 includes a CPU subsystem 102. In addition to the CPU subsystem 102, the IC 150 may include additional subsystems (not shown) such as GPU subsystem, I/O subsystem, etc. [0018] As shown, the CPU subsystem 102 includes two quad-core clusters 110, 130, and Cache Coherent Interconnect (CCI) 104. The quad-core cluster
110 includes four core logic circuits 112, 114, 116, 118, and level-two (L2) cache memory 120. The quad-core cluster 130 includes four core logic circuits 132, 134, 136, 138, and L2 cache memory 140. Each of the core logic circuits 112, 114, 116, 118, 132, 134, 136, and 138 is coupled to level-one (L1) cache memory 122, 124, 126, 128, 142, 144, 146, and 148, respectively. [0019] CPU cache memory is small memory on or close to the CPU
core. CPU cache memory can operate faster than the much larger main memory. There may be multiple levels of cache memories. L1 cache memory is the fastest cache memory and is closely coupled to the core logic circuit. L2 cache memory is the next fastest cache memory and is only checked when a check on its lower level L1 cache memory misses. For instance, the L2 cache 120 is only checked when a check on L1 cache memory 122, 124,
126, or 128 misses. Similarly, the L2 cache 140 is only checked when a check on L1 cache memory 142, 144, 146, or 148 misses. [0020] Each of the core logic circuits 112, 114, 116, 118, 132, 134, 136, and 138 performs operations for its respective core, and checks its respective L1 and L2 caches for data access. For example, the core logic circuit 112 may check L1 cache 122 first for a particular data. If the check on L1 cache 122 misses, the
core logic circuit 112 may check L2 cache 120 for that particular data. [0021] One data may have multiple copies in different cache memories. The CCI 104 manages conflicts and maintains consistency between cache memories of the quad-core clusters 110 and 130. The CCI 104 may synchronize the data stored in cache memories of the quad-core cluster 110 and the data stored in cache memories of the quad-core cluster 130. [0022] In one
configuration, the CPU subsystem 102 may place components into three power domains: chip logic domain (e.g., the chip logic domain 208 described below with reference to FIG. 2), memory domain (e.g., the memory domain 212 described below with reference to FIG. 2), and core logic domain (e.g., the core logic domain 210 described below with reference to FIG. 2). These three power domains are illustrated in FIG. 1 with different
background patterns. For example, the core logic circuits (112, 114, 116, 118, 132, 134, 136, and 138), the L1 cache memories (122, 124, 126, 128, 142, 144, 146, and 148), and the CCI 104 are grouped into the core logic domain. The L2 cache memories 120 and 140 are grouped into the memory domain. Other components (e.g., CPU wrapper 106) of the CPU subsystem 102 are grouped into the chip logic domain. In one configuration, a SoC
memory associated with an additional subsystem on the IC 150 may be placed into the memory domain. In such configuration, the logic circuits of the additional subsystem may be placed into the chip logic domain. [0023] Electronic components in the same power domain usually operate at the same voltage level and are provided with the same voltage level of power. In one configuration, memory circuits (e.g., L1 and L2 cache memories) and
logic circuits (e.g., core logic circuits) operate at different voltage levels. Thus, memory circuits and logic circuits may reside in different power domains. For example, L2 cache memories reside in the memory domain and core logic circuits reside in the core logic domain. [0024] In one configuration, instead of residing in the memory domain, L1 cache memories reside in the core logic domain. In such configuration, L1 cache memories (e.g.,
122, 124, 126, 128, 142, 144, 146, and 148) and core logic circuits (e.g., 112, 114, 116, 118, 132, 134, 136, and 138) are placed in the same power domain (i.e., core logic domain) in order to meet the CPU timing requirement. [0025] FIG. 2 is a diagram illustrating an example of a power grid 200 of an integrated circuit 250. In one configuration, this IC 250 may be a SoC and this example may show a subset of the SoC power grid. As shown in
this example, the power grid 200 includes three power sources, switched-mode power supplies (SMPS) 202, 204, and 206, that provide power to components in three power domains (chip logic domain 208, core logic domain 210, and memory domain 212), a low-power double data rate synchronous DRAM (LPDDR) 214, and a wireless local area network (WLAN) radio frequency (RF) component 216. The SMPS 202, 204, and 206 may be part
of power management integrated circuits (PMIC) for managing power requirements of the host system. [0026] The chip logic domain 208 may include components in the CPU subsystem 102 that are not core logic circuits, cache memory, or CCI. The chip logic domain 208 may include logic circuits outside of the CPU subsystem 102, e.g., logic circuits in another subsystem such as I/O subsystem, graphics processing unit (GPU) subsystem,
etc. In one configuration, components in the chip logic domain 208 operate at voltage levels ranging from 0.95V to 1.25V. A dedicated power source, SMPS 202, supplies power to components in the chip logic domain 208. In one configuration, the SMPS 202 may provide power to components in the chip logic domain 208 at voltage level ranging from 0.95V to 1.25V. [0027] The core logic domain 210 may include core logic circuits (e.g., 112,
114, 116, 118, 132, 134, 136, and 138), L1 cache memories (e.g., 122, 124, 126, 128, 142, 144, 146, and 148), and CCI (e.g., 104) in the CPU subsystem 102. In one configuration, components in the core logic domain 210 operate at voltage levels ranging from 1.05V to 1.25V. The core logic circuits may operate at voltage level as low as 0.95V. Because the L1 cache memories reside in the core logic domain 210 and the L1 cache memories may
require a minimum voltage of 1.05V to operate, the minimum voltage of the core logic domain may be set at 1.05V. A dedicated power source, SMPS 204, supplies power to components in the core logic domain 210. In one configuration, the SMPS 204 may provide power to components in the core logic domain 210 at voltage level ranging from 1.05V to 1.25V. [0028] Having dedicated power source for the chip logic domain 208 and the core
logic domain 210 allows seamless voltage scaling based on performance requirements. Dynamic voltage scaling to decrease voltage may be done in order to conserve power; and dynamic scaling to increase voltage may be done in order to increase system performance, or to increase reliability. For example, having dedicated power source (i.e., SMPS 204) for the core logic domain 210 allows dynamic voltage scaling on components in the core
logic domain 210 based on CPU performance requirements. The voltage supplied to all components in the core logic domain 210 may be decreased, e.g., to 1.05V, to conserve power; or may be increased, e.g., to 1.25V, to increase the performance of the CPU subsystem 102. [0029] The memory domain 212 may include L2 cache memories (e.g., 120 and 140) and other SoC memories. In one configuration, the other SoC memories may be an onchip static random-access memory (SRAM) outside of the CPU subsystem. In one configuration, the other SoC memories may be one or more of modem DSP L2 cache, audio DSP L2 cache, graphics internal (SoC) RAM, display internal (SoC) RAM, camera internal (SoC) RAM, video internal (SoC) RAM, peripherals (e.g., USB, Crypto, eMMC) internal (SoC) RAM, shared memory, etc. In one configuration, those other SoC memories may be
coupled to components outside of the CPU subsystem 102 (e.g., coupled to another subsystem such as I/O subsystem, GPU subsystem, etc.). In one configuration, components in the memory domain 212 operate at voltage levels ranging from 1.05V to 1.25V. Because memories may require a minimum voltage of 1.05V to operate, the minimum voltage of the core logic domain may be set at 1.05V. [0030] A shared power source, SMPS 206,
supplies power to components in the memory domain 212. In one configuration, components in the memory domain 212 may be sub-regulated via a low-dropout (LDO) regulator 220 sourced from SMPS 206. Many other components of the IC 250 may be sub-regulated via other LDO regulators sourced from SMPS 206. For example, LPDDR 214 may be sub-regulated via LDO regulator 222 sourced from SMPS 206, and WLAN RF component
216 may be sub-regulated via LDO regulator 224 sourced from SMPS 206. [0031] Each of the LDO regulators 220, 222, and 224 has a voltage requirement in order to ensure proper operation of the components to which it supplies power. For example, because memories in the memory domain 212 may require a minimum voltage of 1.05V to operate, the voltage requirement of the LDO regulator 220 may be 1.05V. Similarly, because LPDDR
214 may require a voltage of 1.2V to operator, the voltage requirement of the LDO regulator 222 may be 1.2V. Because WLAN RF component 216 may require a voltage of 1.35V to operator, the voltage requirement of the LDO regulator 224 may be 1.35V. [0032] SMPS 206 may set its voltage to the highest voltage required amongst the LDO regulators 220, 222, and 224 in order to ensure all components the LDO regulators 220, 222, and 224
provide power to can operate properly. In one configuration, the LDO regulators 220, 222, and 224 may need at least 62.5 mV headroom for reliable voltage regulation. Because LPDDR 214 is always on, the voltage output of SMPS 206 may be greater than or equal to 1.27V, which is the sum of the voltage requirement of LDO regulator 222 (1.2V) and the 62.5 mV headroom. In one configuration, the SMPS 206 may provide power at voltage
level ranging from 1.27V to 1.42V. Because the memories in the memory domain 212 can operate at voltage as low as 1.05V, there may be significant LDO efficiency loss for the memories in the memory domain 212 (e.g., L2 cache memories 120 and 140). [0033] FIG. 3 is a diagram 300 illustrating an example of power grid design for an integrated circuit 360. The IC 360 includes a CPU subsystem 302 and an additional subsystem 350. In one
configuration, the IC 360 may be a SoC. The subsystem 350 may be a GPU subsystem, an I/O subsystem, or any subsystem other than the CPU subsystem 302. As shown, the CPU subsystem 302 includes two quad-core clusters 310, 330, and CCI 304. The quad-core cluster 310 includes four core logic circuits 312, 314, 316, 318, and L2 cache memory 320. The quad-core cluster 330 includes four core logic circuits 332, 334, 336, 338, and L2
cache memory 340. Each of the core logic circuits 312, 314, 316, 318, 332, 334, 336, and 338 is coupled to L1 cache memory 322, 324, 326, 328, 342, 344, 346, and 348, respectively. [0034] The subsystem 350 includes a SoC memory 352. In one configuration, the SoC memory 352 may be an on-chip SRAM outside of the CPU subsystem 302. In one configuration, the SoC memory 352 may be one or more of modem DSP L2 cache, audio DSP
L2 cache, graphics internal (SoC) RAM, display internal (SoC) RAM, camera internal (SoC) RAM, video internal (SoC) RAM, peripherals (e.g., USB, Crypto, eMMC) internal (SoC) RAM, shared memory, etc. In one configuration, the SoC memory 352 may be part of the subsystem 350. In another configuration, the SoC memory 352 may be outside the subsystem 350 but coupled to or associated with components (e.g., logic circuits 354) of the
subsystem 350. [0035] Each of the core logic circuits 312, 314, 316, 318, 332, 334, 336, and 338 performs operations for its respective core, and checks its respective L1 and L2 caches for data access. For example, the core logic circuit 312 may check L1 cache 322 first for a particular data. If the check on L1 cache 322 misses, the core logic circuit 322 may check L2 cache 320 for that particular data. [0036] One data may have multiple copies in
different cache memories. The CCI 304 manages conflicts and maintains consistency between cache memories of the quad-core clusters 310 and 330. The CCI 304 may synchronize the data stored in cache memories of the quad-core cluster 310 and the data stored in cache memories of the quad-core cluster 330. [0037] In one configuration, the CPU subsystem 302 and the subsystem 350 may place components into three power domains: chip
logic domain (e.g., the chip logic domain 208 described above with reference to FIG. 2), memory domain (e.g., the memory domain 212 described above with reference to FIG. 2), and core logic domain (e.g., the core logic domain 210 described above with reference to FIG. 2). These three power domains are illustrated in FIG. 3 with different background patterns. For example, the core logic circuits (312, 314, 316, 318, 332, 334, 336, and 338),
the L1 cache memories (322, 324, 326, 328, 342, 344, 346, and 348), the L2 cache memories (320 and 340), and the CCI 304 are grouped into the core logic domain. The SoC memory 352 is placed into the memory domain. Other components of the CPU subsystem 302 and the subsystem 350 (e.g., CPU wrapper 306 of the CPU subsystem 302, logic circuits 354 of the subsystem 350) are grouped into the chip logic domain. [0038] Comparing to
the power grid design described above in FIG. 1, L2 cache memories 320 and 340 are migrated from the memory domain to the core logic domain. This imposes no additional voltage constraints on the core logic domain as L1 cache memories (e.g., 322, 324, 326, 328, 342, 344, 346, and 348) are already in the core logic domain and L2 cache memory has similar voltage requirements as L1 cache memory. [0039] Moving L2 cache memory from
the memory domain to the core logic domain enables a single voltage/power domain for all CPU logic and memory and provides a better power distribution network. Moving L2 cache memory from the memory domain to the core logic domain also allows the core logic domain to be a true voltage island• independent of the rest of the IC 360. Therefore, moving L2 cache memory from the memory domain to the core logic domain may allow
better voltage isolation for the core logic domain. [0040] In one configuration, because the L2 cache memories 320 and 340 are moved from the memory domain to the core logic domain, the L2 cache memories 320 and 340 source power from the SMPS 204 instead of from the SMPS 206. As described above with reference to FIG. 2, the SMPS 204 provides power at voltage level ranging from 1.05V to 1.25V, and the SMPS 206 provides power
at voltage level ranging from 1.27V to 1.42V. Thus, the SMPS 204 provides power with lower voltage than the SMPS 206 does. Therefore, by sourcing power from SMPS 204 instead of SMPS 206, the L2 cache memories 320 and 340 reduce power consumption at battery due to lower voltage of SMPS 204 compared to SMPS 206. There may be less LDO efficiency loss for the cache memories 320 and 340 by switching the L2 cache memories
320 and 340 from the memory domain to the core logic domain. [0041] Moving L2 cache memory from the memory domain to the core logic domain removes dependency between the core logic domain operating modes and memory domain voltage. Power voltage provided to memory circuits (e.g., components in the memory domain) may be greater than or equal to power voltage provided to logic circuits (e.g., components in the core logic
domain and chip logic domain). When voltage of either of the core logic domain or the chip logic domain is pulled higher, voltage of the memory domain is also pulled high. That causes greater LDO efficiency loss for L2 cache memory if L2 cache memory is placed in the memory domain. By moving L2 cache memory from the memory domain to the core logic domain, pulling higher the voltage of the chip logic domain may not cause greater
LDO efficiency loss for L2 cache memory, thus may save power at the battery. [0042] Moving L2 cache memory from the memory domain to the core logic domain may improve memory domain LDO (e.g., LDO regulator 220) headroom due to lower peak current requirement. Lower LDO headroom requirement also leads to power savings. [0043] When the CPU subsystem 302 enters into low-power mode, all the cores may be turned off. SMPS
204 may remain on to provide power to the L1 and L2 cache memories. The output voltage of SMPS 204 may be reduced to a retention voltage that is just enough to retain the content in the cache memories. In comparison, if L2 cache resides in the memory domain, the output voltage of SMPS 206 cannot be reduced due to other dependencies (e.g., LPDDR 214). Therefore, moving L2 cache memory from the memory domain to the core logic
domain introduces power savings. [0044] Because L2 cache memory is moved to the core logic domain, level shifters are between the core logic domain and L2 cache memory may be removed. Removing level shifters may lead to smaller die area. Because level shifters adds delay and make it harder to achieve maximum frequency, removing level shifters may also improve timing constraints for achieving maximum frequency. In one
configuration, moving L2 cache memory from the memory domain to the core logic domain may lead to 20% reduction in the power consumption of L2 cache memory. [0045] FIG. 4 is a flowchart 400 of a method of providing a power grid. The method may be performed by an IC (e.g., the IC 150, 250, or 360). In one configuration, the IC performing this method may be a SoC. At 402, the SoC provides a first power domain to at least one SoC
memory. The at least one SoC memory is coupled to a first subsystem of the SoC. In one configuration, the first power domain may be the memory domain (e.g., the memory domain 212 or 510). In one configuration, the first subsystem may be the subsystem 350 in FIG.3 or the subsystem 550 in FIG. 5. The at least one SoC memory may be the SoC memory 352 in FIG. 3 or the SoC memory 552 in FIG. 5. In another configuration, the first
subsystem may be the additional subsystem and the at least one SoC memory may be the memory associated with the additional subsystem described above with reference to FIG. 1. [0046] In one configuration, the fist power domain sources power from a shared power source (e.g., SMPS 206 or 508). In such configuration, the shared power source may be further configured to supply power to at least one of an LPDDR (e.g., the LPDDR 214) or a
WLAN RF component (e.g., the WLAN RF component 216). [0047] At 404, the SoC provides a second power domain to at least one cache memory coupled to a second subsystem and to logic circuits of the second subsystem. In one configuration, the second power domain may be the core logic domain (e.g., the core logic domain 210 or 506). In one configuration, the second subsystem may be the CPU subsystem 302 in FIG.3 or the CPU
subsystem 530 in FIG. 5. In such configuration, the at least one cache memory coupled to the second subsystem may be the L2 cache memories and/or the L1 cache memories described with reference to FIG. 3 or FIG. 5, and the logic circuits of the second subsystem may be the core logic circuits described with reference to FIG. 3 or FIG. 5. In another configuration, the second subsystem may be the CPU subsystem 102. In such configuration, the
at least one cache memory coupled to the second subsystem may be the L1 cache memories described above with reference to FIG. 1, and the logic circuits of the second subsystem may be the core logic circuits (e.g. 112, 114, 116, 118, 132, 134, 136, and 138) described above with reference to FIG. 1. [0048] In one configuration, the second power domain sources power from a dedicated power source (e.g., SMPS 204 or 506). In one
configuration, the second power domain may maintain a minimum voltage required for retaining data in the at least one cache memory when the second subsystem enters into a low-power mode. [0049] At 406, the SoC provides a third power domain to logic circuits of the first subsystem. In one configuration, the third power domain may be the chip logic domain (e.g., the chip logic domain 208 or 520). In one configuration, the logic circuits of
the first subsystem may be the logic circuits 354 of the subsystem 350 described above with reference to FIG. 3, or the logic circuits 554 of the subsystem 550 described below with reference to FIG. 5. In another configuration, the logic circuits of the first subsystem may be the logic circuits of the additional subsystem described above with reference to FIG. 1. In one configuration, the third power domain sources power from a dedicated power
source (e.g., SMPS 202 or 504). [0050] FIG. 5 is a diagram 500 illustrating an integrated circuit 502 configured to implement the method of FIG. 4. In one configuration, each component of the IC 502 performs similar functions to the corresponding component of IC 250 described above with reference to FIG. 2, IC 360 described above with reference to FIG. 3, and IC 150 described above with reference to FIG. 1. In one configuration, the IC 502
is a SoC. [0051] As shown, the IC 502 may include a CPU subsystem 530 and an additional subsystem 550. The subsystem 550 may be a GPU subsystem, an I/O subsystem, or any subsystem other than the CPU subsystem 530. The CPU subsystem 530 includes several core logic circuits (e.g., core logic circuit 536), several L1 cache memories (e.g., L1 cache memory 538), L2 cache memories 540 and 542, and CCI 534. The subsystem 550
includes a SoC memory 552. In one configuration, the SoC memory 552 may be an on-chip SRAM outside of the CPU subsystem 530. In one configuration, the SoC memory 552 may be one or more of modem DSP L2 cache, audio DSP L2 cache, graphics internal (SoC) RAM, display internal (SoC) RAM, camera internal (SoC) RAM, video internal (SoC) RAM, peripherals (e.g., USB, Crypto, eMMC) internal (SoC) RAM, shared memory, etc.
In one configuration, the SoC memory 552 may be part of the subsystem 550. In another configuration, the SoC memory 552 may be outside the subsystem 550 but coupled to or associated with components (e.g., logic circuits 554) of the subsystem 550. [0052] The IC 502 includes SMPS 504, 506, and 508 that provide power to components in three power domains (chip logic domain 520, core logic domain 522, and memory domain 524). Three
LDO regulators 510, 512, and 514 source power from the SMPS 508. In one configuration, components in the memory domain 524 may be sub-regulated via a LDO regulator 510 sourced from the SMPS 508. Many other components of the IC 502 may be sub-regulated via LDO regulators 512 and 514 sourced from the SMPS 508. [0053] In one configuration, the CPU subsystem 530 and the subsystem 550 may place components into three power
domains: chip logic domain 520, memory domain 524, and core logic domain 522. For example, the core logic circuits (e.g., 536), the L1 cache memories (e.g., 538), the L2 cache memories (540 and 542), and the CCI 534 are grouped into the core logic domain 522. The SoC memory 552 is placed into the memory domain 524. Other components of the CPU subsystem 530 and the subsystem 550 (e.g., CPU wrapper 532 of the CPU subsystem
530, logic circuits 554 of the subsystem 550) are grouped into the chip logic domain 520. [0054] The IC 502 may include means for providing a first power domain to at least one SoC memory. The at least one SoC memory is coupled to a first subsystem of the SoC. In one configuration, the first power domain may be the memory domain 524. In one configuration, the first subsystem may be the subsystem 550 and the at least one SoC memory
may be the SoC memory 552. In one configuration, the means for providing the first power domain to the at least one SoC memory may be the SMPS 508, the LDO regulator 510, and the circuit wirings that connect the SMPS 508, the LDO regulator 510, and the at least one SoC memory. In one configuration, the means for providing the first power domain performs the operations described above with regard to 402 of FIG. 4. [0055] The IC 502
may include means for providing a second power domain to at least one cache memory coupled to a second subsystem and to logic circuits of the second subsystem. In one configuration, the second power domain may be the core logic domain 522. In one configuration, the second subsystem may be the CPU subsystem 530. In such configuration, the at least one cache memory coupled to the second subsystem may be the L2 cache memories (e.g.,
540 and/or 542) and/or the L1 cache memories (e.g., 538), and the logic circuits of the second subsystem may be the core logic circuits (e.g., 536). In one configuration, the means for providing the second power domain to the at least one cache memory coupled to the second subsystem and to the logic circuits of the second subsystem may be the SMPS 506 and the circuit wirings that connect the SMPS 506 to the at least one cache memory and
the logic circuits of the second subsystem. In one configuration, the means for providing the second power domain performs the operations described above with regard to 404 of FIG. 4. [0056] The IC 502 may include means for providing a third power domain to logic circuits of the first subsystem. In one configuration, the third power domain may be the chip logic domain 520. In one configuration, the logic circuits of the first subsystem may be
the logic circuits 554 of the subsystem 550. In one configuration, the means for providing the third power domain to the logic circuits of the first subsystem may be the SMPS 504 and the circuit wirings that connect the SMPS 504 to the logic circuits of the first subsystem. In such configuration, the means for providing the third power domain performs the operations described above with regard to 406 of FIG. 4. [0057] It is understood that the
specific order or hierarchy of blocks in the processes / flowcharts disclosed is an illustration of exemplary approaches. Based upon design preferences, it is understood that the specific order or hierarchy of blocks in the processes / flowcharts may be rearranged. Further, some blocks may be combined or omitted. The accompanying method claims present elements of the various blocks in a sample order, and are not meant to be limited to the
specific order or hierarchy presented. [0058] The previous description is provided to enable any person skilled in the art to practice the various aspects described herein. Various modifications to these aspects will be readily apparent to those skilled in the art, and the generic principles defined herein may be applied to other aspects. Thus, the claims are not intended to be limited to the aspects shown herein, but is to be accorded the full scope
consistent with the language claims, wherein reference to an element in the singular is not intended to mean one and only one• unless specifically so stated, but rather one or more.• The word exemplary• is used herein to mean serving as an example, instance, or illustration.• Any aspect described herein as exemplary• is not necessarily to be construed as preferred or advantageous over other aspects. Unless specifically stated otherwise, the
term some• refers to one or more. Combinations such as at least one of A, B, or C,• at least one of A, B, and C,• and A, B, C, or any combination thereof• include any combination of A, B, and/or C, and may include multiples of A, multiples of B, or multiples of C. Specifically, combinations such as at least one of A, B, or C,• at least one of A, B, and C,• and A, B, C, or any combination thereof• may be A only, B only, C only, A and B, A
and C, B and C, or A and B and C, where any such combinations may contain one or more member or members of A, B, or C. All structural and functional equivalents to the elements of the various aspects described throughout this disclosure that are known or later come to be known to those of ordinary skill in the art are expressly incorporated herein by reference and are intended to be encompassed by the claims. Moreover, nothing disclosed
herein is intended to be dedicated to the public regardless of whether such disclosure is explicitly recited in the claims. No claim element is to be construed as a means plus function unless the element is expressly recited using the phrase means for.• CLAIMS WHAT IS CLAIMED IS: 1. An apparatus, comprising: a plurality of memory units comprising at least one system on a chip (SoC) memory and at least one cache memory; a first subsystem
coupled to the at least one SoC memory, wherein the at least one SoC memory is associated with a first power domain; and a second subsystem coupled to the at least one cache memory, wherein the at least one cache memory is associated with a second power domain. 2. The apparatus of claim 1, wherein the second subsystem is a central processing unit (CPU) subsystem. 3. The apparatus of claim 2, wherein the at least one cache memory
comprises a level two (L2) cache memory. 4. The apparatus of claim 3, wherein the CPU subsystem comprises one or more processor clusters, wherein the L2 cache memory is coupled to one of the one or more processor clusters. 5. The apparatus of claim 2, wherein the at least one cache memory comprises a level one (L1) cache memory, wherein the CPU subsystem comprises a plurality of processors, wherein the L1 cache memory is coupled
to one of the plurality of processors. 6. The apparatus of claim 1, wherein the first subsystem comprises a first logic circuit, the first logic circuit associated with a third power domain. 7. The apparatus of claim 6, wherein the second subsystem comprises a second logic circuit, the second logic circuit associated with the second power domain. 8. The apparatus of claim 1, wherein the first subsystem and the second subsystem reside on a SoC. 9. The
apparatus of claim 1, further comprising a first power source and a second power source, wherein the first power source is configured to supply power to the first power domain and the second power source is configured to supply power to the second power domain. 10. The apparatus of claim 9, further comprising a wireless local area network (WLAN) radio frequency (RF) component, wherein the plurality of memory units further comprises a
low-power DDR (LPDDR), wherein the first power source is further configured to supply power to at least one of the LPDDR or the WLAN RF component. 11. The apparatus of claim 1, wherein the second power domain maintains a minimum voltage required for retaining data in the at least one cache memory when the second subsystem enters into a low-power mode. 12. A method of providing a power grid, comprising: providing a first power
domain to at least one system on a chip (SoC) memory, the at least one SoC memory coupled to a first subsystem; and providing a second power domain to at least one cache memory, the at least one cache memory coupled to a second subsystem. 13. The method of claim 12, wherein the second subsystem is a central processing unit (CPU) subsystem. 14. The method of claim 13, wherein the at least one cache memory comprises a level two (L2)
cache memory. 15. The method of claim 14, wherein the CPU subsystem comprises one or more processor clusters, wherein the L2 cache memory is coupled to one of the one or more processor clusters. 16. The method of claim 13, wherein the at least one cache memory comprises a level one (L1) cache memory, wherein the CPU subsystem comprises a plurality of processors, wherein the L1 cache memory is coupled to one of the plurality of
processors. 17. The method of claim 12, wherein the first subsystem comprises a first logic circuit, the method further comprising providing a third power domain to the first logic circuit. 18. The method of claim 17, wherein the second subsystem comprises a second logic circuit, the method further comprising providing the second power domain to the second logic circuit. 19. The method of claim 12, wherein the first subsystem and the second
subsystem reside on a SoC. 20. The method of claim 12, wherein a first power source is configured to supply power to the first power domain and a second power source is configured to supply power to the second power domain. 21. The method of claim 20, wherein the first power source is further configured to supply power to at least one of a low-power DDR (LPDDR) or a wireless local area network (WLAN) radio frequency (RF)
component. 22. An apparatus for providing a power grid, comprising: means for providing a first power domain to at least one system on a chip (SoC) memory, the at least one SoC memory coupled to a first subsystem; and means for providing a second power domain to at least one cache memory, the at least one cache memory coupled to a second subsystem. 23. The apparatus of claim 22, wherein the second subsystem is a central processing
unit (CPU) subsystem. 24. The apparatus of claim 23, wherein the at least one cache memory comprises a level two (L2) cache memory. 25. The apparatus of claim 24, wherein the CPU subsystem comprises one or more processor clusters, wherein the L2 cache memory is coupled to one of the one or more processor clusters. 26. The apparatus of claim 23, wherein the at least one cache memory comprises a level one (L1) cache memory, wherein
the CPU subsystem comprises a plurality of processors, wherein the L1 cache memory is coupled to one of the plurality of processors. 27. The apparatus of claim 22, wherein the first subsystem comprises a first logic circuit, the apparatus further comprising means for providing a third power domain to the first logic circuit. 28. The apparatus of claim 27, wherein the second subsystem comprises a second logic circuit, wherein the means for
providing the second power domain to the at least one cache memory is further configured to provide the second power domain to the second logic circuit. 29. The apparatus of claim 22, wherein the first subsystem and the second subsystem reside on a SoC. 30. The apparatus of claim 22, wherein the means for providing the first power domain comprises a first power source configured to supply power to the first power domain, and wherein the
means for providing the second power domain comprises a second power source configured to supply power to the second power domain. ABSTRACT A method and an apparatus for providing a power grid are provided. The apparatus includes a plurality of memory units comprising at least one SoC memory and at least one cache memory. The apparatus includes a first subsystem coupled to the at least one SoC memory associated with a first
power domain. The apparatus further includes a second subsystem coupled to the at least one cache memory associated with a second power domain. The second subsystem may be a CPU subsystem. Because the first power domain sources power from a shared power source, the first power domain may operate at a voltage level that is higher than the operation of memory circuits requires. By moving the at least one cache memory from the first
power domain to the second power domain, LDO efficiency loss for components in the first power domain may be reduced.
No. of Pages : 27
No. of Claims : 30
The Patent Office Journal 31/03/2017
8851
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5182/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :28/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : METHOD AND DEVICE TO MARK A REFERENCE PICTURE FOR VIDEO CODING•
(51) International classification
:A47G
1/00
:NA
:NA
:NA
:NA
:NA
NA
:NA
:NA
:NA
:NA
(71)Name of Applicant :
1)Samsung R & D Institute India- Bangalore Private
Limited
Address of Applicant :# 2870, Orion Building, Bagmane
Constellation Business Park, Outer Ring Road, Doddanekundi
Circle, Marathahalli Post, Bangalore-560037 Karnataka India
(72)Name of Inventor :
1)Mohammed Quaid Damudi
2)Austin Lobo
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
ABSTRACT Embodiments herein provide a method and a device for marking a reference picture in video coding. The method
includes embedding, a pre marking command and a post marking command in a Reference Picture Set (RPS) for a current picture. The
pre marking is applied before decoding a current slice of the current picture and the post marking is applied after decoding a last slice
of the current picture. The method includes decoding a current slice of a current picture to extract the RPS from the current slice. The
method includes determining whether the current slice is a last slice of the current picture. Further, the method includes marking a
reference picture in a Decoded Picture Buffer (DPB) with the post marking command based on Network Abstraction Layer (NAL)
unit type. Furthermore, the method includes performing an action on DPB based on the NAL unit type.
FIG. 3
No. of Pages : 35 No. of Claims : 13
The Patent Office Journal 31/03/2017
8852
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5178/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :28/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : A COMPACT UNDERHOOD MUFFLER OF ELONGATED SECTION TO REDUCE BACKPRESSURE & SOUND PRESSURE LEVELS OF EXHAUST GASES.
(51) International classification
:F01N
1/00
:NA
:NA
:NA
:NA
:NA
: NA
:NA
:NA
:NA
:NA
(71)Name of Applicant :
1)MAHINDRA & MAHINDRA LIMITED
Address of Applicant :MAHINDRA RESEARCH VALLEY
(MRV), MAHINDRA WORLD CITY, P.O. ANJUR,
CHENGALPATTU 603204, DISTT. KANCHEEPURAM,
T MIL NADU, INDIA. Tamil Nadu India
(72)Name of Inventor :
1)CHHABRA MANISH
2)PARTHIBAN S.
3)CHAVAN AMIT
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
ABSTRACT A compact underhood muffler of elongated section comprising: a main chamber inserted with an inlet tube with holes
and an outlet tube, the inlet and outlet tubes disposed in parallel; sub-chambers configured within main chamber by separating wall
having with holes passing the inlet and outlet tubes, each sub-chambers and the sub-chamber downstream thereof have increasing
volumes; largest chamber downstream the last sub-chamber; and smallest end-chamber downstream the largest chamber; wherein the
inlet tube holes are uniformly distributed circumferentially to open the inlet tube bore to create acoustic short circuits to the outside air
to reduce effective length of inlet tube and sub-chambers and smallest chamber are packed with glass-wool with certain packing
density for improving transmission loss at higher range of frequency and perforated elliptical baffle plate disposed between the third
baffle plate and close end plate for reducing the closed end plate heating issues and for tuning the high frequency waves. Figure 2.
No. of Pages : 26 No. of Claims : 10
The Patent Office Journal 31/03/2017
8853
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5179/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :28/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : TRAIN POSITION DETECTION DEVICE AND TRAIN POSITION DETECTION METHOD
(51) International classification
:B61L (71)Name of Applicant :
25/00 1)KYOSAN ELECTRIC MFG. CO., LTD.
:NA
Address of Applicant :of 2-29-1, Heiancho, Tsurumi-ku,
:NA Yokohama, Kanagawa 230-0031, Japan Japan
:NA
2)The University of Electro-Communications
:NA (72)Name of Inventor :
:NA
1)ASANO, Akira
: NA
2)TSUBOTA, Hikaru
:NA
3)INABA, Takayuki
:NA
4)AKITA, Manabu
:NA
:NA
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
Provided is a technique that improves the accuracy of detecting a speed and position of a train utilizing a Doppler radar type sensor. A
train has a Doppler radar type sensor at a bottom face. The Doppler radar type sensor is installed with a predetermined inclination
angle being given with respect to a ballast. The train includes a speed calculation part for estimating the speed of the train in a
horizontal direction, i.e., the traveling speed on the basis of the velocity component that has been detected with the Doppler radar type
sensor. The speed calculation part calculates a piece of distance information and a piece of speed information on the basis of the
reflected wave to the transmitted wave irradiated in a diagonally forward irradiation direction, and estimate a train speed (the present
estimated speed) from a piece of installation altitude information, having been given at the time of installation of the Doppler radar
type sensor. A position estimating part in a position information part identifies the position of the train by collating the spot where the
tendency of the train speed is provided with a feature point with the information in the position information recording part.
No. of Pages : 25 No. of Claims : 3
The Patent Office Journal 31/03/2017
8854
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5144/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :28/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : A NOVEL FORMULATION AS POULTRY INGREDIENT
(51) International classification
:A61K (71)Name of Applicant :
36/00
1)PLANT LIPIDS PRIVATE LIMITED
:NA
Address of Applicant :KOLENCHERY, COCHIN, Kerala
:NA India
:NA (72)Name of Inventor :
:NA
1)SREERAJ GOPI
:NA
2)KARTHIK VARMA
: NA
:NA
:NA
:NA
:NA
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
The ban on nutritive antibiotic use in Europe and the increased awareness of the consumers triggered a need for natural and safe feed
additives to achieve better production results of farm animals. Plant extracts are used in animal nutrition as appetite and digestion
stimulants, stimulants of physiological functions, for prevention and treatment of certain pathological conditions, as colorants and
antioxidants. Our unique formulation includes a proprietary blend of gingerol trapped in a natural turmeric matrix.
No. of Pages : 6 No. of Claims : 5
The Patent Office Journal 31/03/2017
8855
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5104/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :24/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : INDUSTRY-SPECIFIC DECISION PLATFORM
(51) International classification
:A24C
5/00
:NA
:NA
:NA
:NA
:NA
: NA
:NA
:NA
:NA
:NA
(71)Name of Applicant :
1)INTELLECT DESIGN ARENA LTD
Address of Applicant :34, Old Mahabalipuram Road (OMR
IT Expressway), Next Level Building, 7th Floor, Navalur,
CHENNAI 603 103 Tamil Nadu India
(72)Name of Inventor :
1)ARUN JAIN
2)RAJESH KUPPUSWAMY
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
A method includes loading a decision platform on one or more server(s), executing an agent of the decision platform on a client
device, and implementing a decision framework within the decision platform. The method also includes processing, through the
decision framework, a query from the client device executing the agent thereon to the one or more server(s) to generate a list of
problem statements associated with the query, generating a number of divergence options for each problem statement in the list, and
subjecting the number of generated divergence options to a number of constraints. Further, the method includes baselining the number
of constraints for each of different types of solutions to the query, and extracting one or more divergence option(s) across all
divergence options associated with the list of problem statements as the each of the different types of solutions. To be published with
Figure 7
No. of Pages : 30 No. of Claims : 10
The Patent Office Journal 31/03/2017
8856
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5106/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :24/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : INTELLIGENT NETWORK GATEWAY
(51) International classification
:H04Q (71)Name of Applicant :
3/00
1)AMRITA VISHWA VIDYAPEETHAM
:NA
Address of Applicant :Amritapuri, Clappana PO Kollam 690
:NA 525, Kerala, India Kerala India
:NA (72)Name of Inventor :
:NA
1)SATHYADEVAN, Shiju
:NA
2)KUNJUMON, Bipin
: NA
3)PILLAI, Harikrishnan Padmanabha
:NA
4)ACHUTHAN, Krishnashree
:NA
:NA
:NA
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
A gateway device has a CPU, a power source, a digital memory, physical communication ports and wireless communication circuitry
receiving data from data-gathering devices, an interface to a wide-area network, dedicated hardware pipelines managing the data
received, and coded instructions executing on the CPU from a non-transitory medium. The CPU connects physically or wirelessly to
one of the data-gathering devices, obtains characterization information for a protocol generic to the data-gathering device, selects code
stored in the digital memory, and programs firmware in a dedicated pipeline to receive data from the data-gathering device in the
generic protocol.
No. of Pages : 58 No. of Claims : 16
The Patent Office Journal 31/03/2017
8857
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5107/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :24/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : COMPRESSION MOLDING APPARATUS
(51) International classification
:B29C (71)Name of Applicant :
45/00
1)CHAEI HSIN ENTERPRISE CO., LTD.
:NA
Address of Applicant :1F., No.550, Sec. 3, Jhongcing Rd.,
:NA Situn Dist., Taichung City 40761, Taiwan (R.O.C.) Taiwan
:NA (72)Name of Inventor :
:NA
1)WANG, Shui Mu
:NA
: NA
:NA
:NA
:NA
:NA
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
A compression molding apparatus contains: a base, a carrying platform, at least one projector, a pressing mold, and a heater. The base
includes a material feeding zone and a molding zone. The carrying platform moves into the molding zone from the material feeding
zone, and when it is located in the material feeding zone, plural connecting pieces are stacked on the carrying platform. The at least
one projector is fixed above the material feeding zone to project plural positioning images on the carrying platform, wherein each
connecting piece is stacked on the carrying platform by aligning with each positioning image. The pressing mold is arranged above the
molding zone, and when the carrying platform moves into the molding zone, the pressing mold moves to press the each connecting
piece on the carrying platform. The heater is mounted on the base to heat the each connecting piece on the carrying platform. Figure 1
No. of Pages : 21 No. of Claims : 10
The Patent Office Journal 31/03/2017
8858
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5223/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :30/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : A METHOD FOR DYNAMIC CREATION OF A CAN FRAME FOR COMMUNICATION BETWEEN
AN ECU AND AN EXTERNAL DEVICE
(51) International classification
:F16C
17/00
:NA
:NA
:NA
:NA
:NA
: NA
:NA
:NA
:NA
:NA
(71)Name of Applicant :
1)Robert Bosch Engineering and Business Solutions Private
Limited
Address of Applicant :123, Industrial Layout, Hosur Road,
Koramangala, Bangalore 560095, Karnataka, INDIA Karnataka
India
2)Robert Bosch GmbH
(72)Name of Inventor :
1)ADARSHA KORLAGUNDI SHRIDHARA
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
A method for dynamic creation of a CAN frame for communication between an ECU (200) and an external device (14) is disclosed.
The method includes receiving a CAN frame-create request by the ECU (200) from the external device (14) and creating the CAN
frame based on the CAN frame-create request by the ECU (200). The CAN frame created comprises data that is required to be
communicated to the external device (14). Fig. 2
No. of Pages : 15 No. of Claims : 8
The Patent Office Journal 31/03/2017
8859
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201644030948 A
(19) INDIA
(22) Date of filing of Application :09/09/2016
(43) Publication Date : 31/03/2017
(54) Title of the invention : DUAL CLUTCH TRANSMISSION FOR MOTOR VEHICLES
(51) International classification
:F16H 3/00
(71)Name of Applicant :
(31) Priority Document No
:102015218771.3 1)FORD GLOBAL TECHNOLOGIES, LLC
(32) Priority Date
:29/09/2015
Address of Applicant :330 Town Center Drive, Suite 800,
(33) Name of priority country
:Germany
Dearborn, Michigan 48126, United States of America. U.S.A.
(86) International Application No
:NA
(72)Name of Inventor :
Filing Date
:NA
1)KIRCHHOFFER, Johann
(87) International Publication No
: NA
(61) Patent of Addition to Application Number :NA
Filing Date
:NA
(62) Divisional to Application Number
:NA
Filing Date
:NA
(57) Abstract :
The invention relates to a dual clutch transmission (1) for motor vehicles, having a first input shaft and a second input shaft, two
clutches (2, 3), by means of which the 5 first input shaft and the second input shaft can be coupled selectively to the engine (4), two
intermediate shafts (13, 14) arranged parallel to the transmission input shafts, gearwheel pairs comprising fixed wheels and freely
rotating wheels, of which a first gearwheel is arranged on one of the input shafts and a second gearwheel is arranged on one of the
intermediate shafts (13, 14), coupling devices, by means of 10 which the freely rotating wheels can be connected selectively relative
to the respective shaft, and a respective output gearwheel (21; 26) arranged on each of the two countershafts (13, 14). A transmission
of this kind is to be configured in such a way that a large number of ratios is made possible, without enlarging the dimensions of the
transmission and the weight thereof. According to the invention, this is 15 achieved by virtue of the fact that one output gearwheel
(21; 26) is embodied as a freely rotating wheel and can be connected for conjoint rotation to the intermediate shaft (13; 14) thereof by
means of a coupling device (22; 27). 20 (Figure 1)
No. of Pages : 23 No. of Claims : 15
The Patent Office Journal 31/03/2017
8860
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5165/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :28/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : FABRICATION OF SELF HUMIDIFIED MEMBRANE ELECTRODE ASSEMBLY FOR PROTON
EXCHANGE MEMBRANE FUEL CELL WITHOUT HOT PRESSING PROCESS
(51) International classification
:H01M
8/00
:NA
:NA
:NA
:NA
:NA
: NA
:NA
:NA
:NA
:NA
(71)Name of Applicant :
1)INGSMAN ENERGY AND FUEL CELL RESEARCH
ORGANIZATION PRIVATE LIMITED
Address of Applicant :PLOT NO.246, 3RD LINK STREET,
NEHRU NAGAR, KOTTIVAKKAM, CHENNAI - 600 096,
Tamil Nadu India
(72)Name of Inventor :
1)DR.NARAYANASAMY, MANI
2)MR.MAHENTHIRAN, DHELIPAN
3)DR.JAYANTHI CHINNAPPA, INGERSOLL
4)DR.JEYANTHI CHINNAPPA, THENMOZHIYAL
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
A method of fabricating self-humidified membrane electrode assembly without hot pressing process for proton exchange membrane
fuel cell is disclosed. Perfluorosulfonic acid solution or composite material with perfluorosulfonic acid is applied to the catalyst coated
electrodes and a polypropylene window is interposed between the electrodes to form a complete membrane electrode assembly which
runs on dry fuel (H2&O2).
No. of Pages : 15 No. of Claims : 10
The Patent Office Journal 31/03/2017
8861
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5166/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :28/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : SELF HUMIDIFIED MEMBRANE ELECTRODE ASSEMBLY FOR FUEL CELLS
(51) International classification
:H01M
8/00
:NA
:NA
:NA
:NA
:NA
: NA
:NA
:NA
:NA
:NA
(71)Name of Applicant :
1)INGSMAN ENERGY AND FUEL CELL RESEARCH
ORGANIZATION PRIVATE LIMITED
Address of Applicant :PLOT NO.246, 3RD LINK STREET,
NEHRU NAGAR, KOTTIVAKKAM, CHENNAI - 600 096,
Tamil Nadu India
(72)Name of Inventor :
1)DR.NARAYANASAMY, MANI
2)MR.GANESAN, ARISTATIL
3)DR.JAYANTHI CHINNAPPA, INGERSOLL
4)DR.JEYANTHI CHINNAPPA, THENMOZHIYAL
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
A self-humidified MEA includes at least one electrode has a porous catalyst system which has one noble nano-metal particle, an oxide
for forming porous structures, and acts as a hydrophilic layer for Gas Diffusion Layer(GDL) supporting the oxide. This metal oxide
porous catalyst support with the large electrochemical surface area can retain the sufficient water molecules to humidify the reactant
gases to complete oxidation and reduction reactions. This catalyst supports with a noble metal combination will also present an
excellent conductive medium for the electron transfer. Furthermore, the noble nano-metal particles are strongly adhered in highly
porous nano fibrous urchin like structures embedded in nanospheres, which could retain and intercalate the uptake of water during the
chemical reactions. This catalyst provides excellent self-humidified MEA for humidity retention on its own by PEM fuel cell/stack.
No. of Pages : 33 No. of Claims : 10
The Patent Office Journal 31/03/2017
8862
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201747008261 A
(19) INDIA
(22) Date of filing of Application :09/03/2017
(43) Publication Date : 31/03/2017
(54) Title of the invention : SADDLED VEHICLE STEP
(51) International classification
:B62J25/00
(71)Name of Applicant :
(31) Priority Document No
:2014196551
1)HONDA MOTOR CO. LTD.
(32) Priority Date
:26/09/2014
Address of Applicant :1-1 Minami-Aoyama 2-chome, Minato(33) Name of priority country
:Japan
ku, Tokyo 107-8556. Japan
(86) International Application No
:PCT/JP2015/073924 (72)Name of Inventor :
Filing Date
:26/08/2015
1)YOSHIDA, Naoki
(87) International Publication No
:WO 2016/047346
(61) Patent of Addition to Application
:NA
Number
:NA
Filing Date
(62) Divisional to Application Number
:NA
Filing Date
:NA
(57) Abstract :
[Problem] The present invention addresses the problem of providing a saddled vehicle step allowing a moving away preventing effect
and a rotation preventing effect to be achieved without increasing the number of components. [Solution] A step 41 of a saddled
vehicle in which a step rubber 63 is attached to a step bar 53 wherein a stopper piece 61 is provided with a moving away preventing
part 64 and a first rotation preventing part 65 that is provided to the laterally outer side of the moving away preventing part 64 said
first rotation preventing part 65 extending laterally outward away from the step bar 53 and said stopper piece 61 protruding from the
end of the step bar 53. The step rubber 63 is provided with: a rotation preventing groove 67 formed as a continuation of a fitting hole
62 said groove 67 extending at a right angle to the axis of the step bar 53 and fitting with the stopper piece 61 to prevent rotation; and
an enclosed part 68 enclosed between the step bar 53 and the first rotation preventing part 65. The rotation preventing groove 67 is
provided with a locking part 73 that is locked by the moving away preventing part 64 when the step rubber 63 attempts to move in the
moving away direction.
No. of Pages : 26 No. of Claims : 8
The Patent Office Journal 31/03/2017
8863
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5191/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :29/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : A NETWORK BASED COMMUNICATION SYSTEM AND METHOD TO COMMUNICATE
SESSION BASED USER INTERFACE EVENT
(51) International classification
:H04L
29/00
:NA
:NA
:NA
:NA
:NA
: NA
:NA
:NA
:NA
:NA
(71)Name of Applicant :
1)Jyothi Potnuru
Address of Applicant :Plot No: 395, 396, Apartment Name:
SV™s Venkatadri Towers, Flat No: 202, Anjaneya Nagar,
Moosapet, Hyderabad, Telangana Telangana India
(72)Name of Inventor :
1)Jyothi Potnuru
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
A SECURE COMMUNICATION SYSTEM AND METHOD FOR SESSION BASED DATA TRANSCEIVING A secure network
communication system for a plurality of computing devices where the system comprises of a plurality of computing devices, a means
to collect computing devices™ graphical interface events related data as a plurality of sessions, a processor to process the collected
data, a memory to store the stored collected data and a communication medium connecting the plurality of computing devices end in a
network. The computing device end further comprises of a first computing device end, a second computing device; where the second
computing device end is different from the first computing device end. The second computing device end is communicably connected
with the first computing device end by a communication medium. The communication medium is responsible for transceiving the data
between the first computing device end and the second computing device end in the network.
No. of Pages : 19 No. of Claims : 21
The Patent Office Journal 31/03/2017
8864
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5192/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :29/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : A DYNAMIC TASK SCHEDULER IN A MULTI-CORE ELECTRONIC CONTROL UNIT
(51) International classification
:G06F
9/00
:NA
:NA
:NA
:NA
:NA
: NA
:NA
:NA
:NA
:NA
(71)Name of Applicant :
1)Robert Bosch Engineering and Business Solutions Private
Limited
Address of Applicant :123, Industrial Layout, Hosur Road,
Koramangala, Bangalore 560095, Karnataka, INDIA Karnataka
India
2)Robert Bosch GmbH
(72)Name of Inventor :
1)Radhakanth Perumbedu Kosalaram
2)Gopalakrishan, Mukunda
3)Srijai Govindarajan
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
A dynamic task scheduler 15 in a multi core electronic control unit 10 is disclosed. The electronic control unit 10 comprises at least
one primary core 12 and at least one secondary core 14. The primary core 12 executes a task based on output of the secondary core 14.
The electronic control unit 10 further comprises a counter 20 for determining a task-execution time of the primary core 12 and the
secondary core 14. The task scheduler 15 compares a task-execution time of the primary and secondary cores 12, 14 and optimizes the
task-execution time of at least one of the primary core 12 and the secondary core 14.
No. of Pages : 11 No. of Claims : 8
The Patent Office Journal 31/03/2017
8865
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5145/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :28/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : A NOVEL ISOLATION OF BISACURONE FROM TURMERIC
(51) International classification
:A61K (71)Name of Applicant :
36/00
1)PLANT LIPIDS PRIVATE LIMITED
:NA
Address of Applicant :KOLENCHERY, COCHIN, Kerala
:NA India
:NA (72)Name of Inventor :
:NA
1)SREERAJ GOPI
:NA
2)ROBIN GEORGE
: NA
3)SHINTU JUDE
:NA
:NA
:NA
:NA
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
There are a variety of inflammatory diseases happening to the common men. The possible factors may be of internal and external
origin. There are many synthetic non steroidal anti inflammatory drugs available to treat the inflammatory diseases. But most of them
pose adverse side effects. Long time consumption of these products will have adverse health effects. This has led to the emergence of
natural products with proven clinical backgrounds. One such compound with anti inflammatory property is bisacurone from turmeric.
The novel extraction process allows recovering the compound from the matrix.
No. of Pages : 6 No. of Claims : 4
The Patent Office Journal 31/03/2017
8866
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5146/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :28/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : A NOVEL FORMULATION OF NATURAL PESCTICIDE
(51) International classification
:A01N (71)Name of Applicant :
65/00
1)PLANT LIPIDS PRIVATE LIMITED
:NA
Address of Applicant :KOLENCHERY, COCHIN, Kerala
:NA India
:NA (72)Name of Inventor :
:NA
1)SREERAJ GOPI
:NA
2)KARTHIK VARMA
: NA
:NA
:NA
:NA
:NA
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
The harmful adverse effects of inorganic pesticides have led to the emergence of Bio - pesticides. The term itself implies that bio
pesticides are derived naturally. There are many plant derived pesticides, but many of them lack. efficiency. Azadirachtin, the active
component of Neem oil is often used as pest repellant. The essential oil derived from black pepper corns is also often used as bio
pesticide. The present invention relates to the use of a unique formulation including Azadirachtin with enriched content and black
pepper oil.
No. of Pages : 6 No. of Claims : 4
The Patent Office Journal 31/03/2017
8867
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5147/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :28/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : A NOVEL PRODUCT FOR IMPROVING SEXUAL HEALTH IN MALES
(51) International classification
:A61K (71)Name of Applicant :
36/00
1)PLANT LIPIDS PRIVATE LIMITED
:NA
Address of Applicant :KOLENCHERY, COCHIN, Kerala
:NA India
:NA (72)Name of Inventor :
:NA
1)SREERAJ GOPI
:NA
2)JOBY JACOB
: NA
:NA
:NA
:NA
:NA
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
The trend for natural supplements for treating male sexual disorders is increasing nowadays. Male infertility disorders continue is a
common disease. The possible factors may be of internal and external origin. There are a variety of natural supplements available for
treating the above said disorders. One such compound which has got potential health benefit is the so called methoxy flavones from
black ginger. Our novel extraction and encapsulation process allows to increase the efficacy of the drug. The present invention relates
the use of black ginger to treat male infertility problems.
No. of Pages : 6 No. of Claims : 4
The Patent Office Journal 31/03/2017
8868
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5200/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :29/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : AN INLET VALVE FOR A HIGH PRESSURE PUMP IN A FUEL INJECTION SYSTEM
(51) International classification
:B60N (71)Name of Applicant :
2/00
1)Bosch Limited
:NA
Address of Applicant :Post Box No 3000, Hosur Road,
:NA Adugodi, Bangalore 560030, Karnataka, INDIA Karnataka India
:NA
2)Robert Bosch GmbH
:NA (72)Name of Inventor :
:NA
1)PULKIT AGARWAL
: NA
2)SINCHANA SUGANDHINI
:NA
3)SASHIKANTH NAGARAJAIAH
:NA
:NA
:NA
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
An inlet valve (100) for a high pressure pump (300) in a fuel injection system is disclosed. The inlet valve (100) comprises a housing
(12), a valve seat (18), a valve pin (20) seated on the valve seat (18). The valve pin (20) comprising a valve pin head (22), a valve pin
neck (24) and a hollow valve pin body (26). The valve pin (20) is characterized such that the valve pin head (22) comprises a conical
portion, the valve pin neck (24) extending from the conical portion comprises at least two holes (24a) and (24b) for allowing fuel to
flow from the inlet side (14) to the valve pin head (22) and the hollow valve pin body (26) extending from the valve pin neck (24) and
having diameter larger than diameter of the valve pin neck (24). Fig. 1
No. of Pages : 14 No. of Claims : 8
The Patent Office Journal 31/03/2017
8869
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5159/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :28/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : DESIGN OF DRILL JIG FOR HEXAGONAL NUT
(51) International classification
:B23B
47/00
:NA
:NA
:NA
:NA
:NA
: NA
:NA
:NA
:NA
:NA
(71)Name of Applicant :
1)AVIONICS DIVISION, HINDUSTAN AERONAUTICS
LIMITED
Address of Applicant :DGM SU30(PLG), HINDUSTAN
AERONAUTICS LIMITED, AVIONICS DIVISION,
BALANAGAR, HYDERABAD - 500 042, Telangana India
(72)Name of Inventor :
1)NARAYANA RAO BALAGA
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
The-drill-jig nut / dust caps. This Jig can be used to drill the holes with high accuracy and more economically in less time. The current
project involves the design of Drill Jig for hexagonal nut / dust cap with thin and thick sections and for any type of material. Design of
the tool for the component is based on, arresting the component in 12 degrees of freedom and locating the point where the drill has to
be done
No. of Pages : 7 No. of Claims : 3
The Patent Office Journal 31/03/2017
8870
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201747002693 A
(19) INDIA
(22) Date of filing of Application :24/01/2017
(43) Publication Date : 31/03/2017
(54) Title of the invention : SEALED SOLID STATE BATTERY
(51) International
(71)Name of Applicant :
:H01M10/38,H01M10/0585,H01M10/04
classification
1)VERILY LIFE SCIENCES LLC
(31) Priority Document
Address of Applicant :1600 Amphitheatre Parkway, Mountain
:62/036715
No
View, CA 94043 U.S.A.
(32) Priority Date
:13/08/2014
(72)Name of Inventor :
(33) Name of priority
1)BHARDWAJ Ramesh C.
:U.S.A.
country
2)ETZKORN James
(86) International
3)BIEDERMAN William James
:PCT/US2015/035482
Application No
4)OTIS Brian
:12/06/2015
Filing Date
(87) International
:WO 2016/025067
Publication No
(61) Patent of Addition
:NA
to Application Number
:NA
Filing Date
(62) Divisional to
:NA
Application Number
:NA
Filing Date
(57) Abstract :
An electrochemical battery can include electrodes (a cathode and an electrode) arranged on respective surfaces of an electrolyte. The
electrodes and electrolyte can each be solid state films that can be layered on top of one another to create a stacked structure disposed
on a substrate. A polymeric sealant material can be applied over and around the battery stack and a moisture barrier can be formed
over the sealant material to thereby prevent moisture from reaching the battery. Conductive terminals electrically coupled to the
cathode and anode respectively can be formed on a second side of the substrate. As such the battery can be flip chip mounted to
corresponding mounting pads and thereby connected to other electronics that can receive power from the battery.
No. of Pages : 44 No. of Claims : 20
The Patent Office Journal 31/03/2017
8871
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5161/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :28/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : GRINDING FIXTURE FOR CONTACT OF AUTOPILOT UNIT
(51) International classification
:G05D
1/00
:NA
:NA
:NA
:NA
:NA
: NA
:NA
:NA
:NA
:NA
(71)Name of Applicant :
1)AVIONICS DIVISION, HINDUSTAN AERONAUTICS
LIMITED
Address of Applicant :AGM (PLG) HINDUSTAN
AERONAUTICS LIMITED, AVIONICS DIVISION,
BALANAGAR, HYDERABAD - 500 042, Telangana India
(72)Name of Inventor :
1)SAURABH SHARMA
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
The grinding fixture used for grinding 20 contacts of Autopilot project at a time. This fixture simplifies location and clamping of
contacts and shall be mounted on magnetic chuck of grinding machine.
No. of Pages : 7 No. of Claims : 2
The Patent Office Journal 31/03/2017
8872
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5162/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :28/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : VIBRATION FIXTURE FOR 3-AXIS OF OBP (ON BOARD PROCESSOR) UNIT
(51) International classification
:G01R
31/00
:NA
:NA
:NA
:NA
:NA
: NA
:NA
:NA
:NA
:NA
(71)Name of Applicant :
1)AVIONICS DIVISION, HINDUSTAN AERONAUTICS
LIMITED
Address of Applicant :AGM (PLG) HINDUSTAN
AERONAUTICS LIMITED, AVIONICS DIVISION,
BALANAGAR, HYDERABAD - 500 042, Telangana India
(72)Name of Inventor :
1)SAURABH SHARMA
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
This tool act as vibration testing fixture for OBP unit. Its design is such that it is used along, with HAL Std. Cube. The vibration
fixture is designed in the form of a frame which is used for mounting the unit on fixing points provided in the unit.
No. of Pages : 7 No. of Claims : 2
The Patent Office Journal 31/03/2017
8873
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5163/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :28/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : 1-AXIS RATE TABLE FOR TESTING OF HEADING & WEDGING ANGLES FOR AUTOMATIC
FLIGHT CONTROL SYSTEM
(51) International classification
:G01R
33/00
:NA
:NA
:NA
:NA
:NA
: NA
:NA
:NA
:NA
:NA
(71)Name of Applicant :
1)AVIONICS DIVISION, HINDUSTAN AERONAUTICS
LIMITED
Address of Applicant :AGM (PLG) HINDUSTAN
AERONAUTICS LIMITED, AVIONICS DIVISION,
BALANAGAR, HYDERABAD - 500 042, Telangana India
(72)Name of Inventor :
1)SAURABH SHARMA
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
This jig is used to test magnetometer wedging and heading angles of automatic flight control system. It involves the rotating the table
through 0-360 degrees.
No. of Pages : 7 No. of Claims : 1
The Patent Office Journal 31/03/2017
8874
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5164/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :28/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : BENDING MANDREL FOR COVER PLATE
(51) International classification
:H01M
10/00
:NA
:NA
:NA
:NA
:NA
: NA
:NA
:NA
:NA
:NA
(71)Name of Applicant :
1)AVIONICS DIVISION, HINDUSTAN AERONAUTICS
LIMITED
Address of Applicant :AGM (PLG) HINDUSTAN
AERONAUTICS LIMITED, AVIONICS DIVISION,
BALANAGAR, HYDERABAD - 500 042, Telangana India
(72)Name of Inventor :
1)SAURABH SHARMA
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
The tool can be used for prismatic bending of cover plate and also part is located and clamped by single screw. The
conventional/traditional process of fabrication of part consumes more process time. Use of the subject bending mandrel significantly
cuts down the process time and also results in better dimensional accuracies of part.
No. of Pages : 7 No. of Claims : 3
The Patent Office Journal 31/03/2017
8875
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201747009140 A
(19) INDIA
(22) Date of filing of Application :16/03/2017
(43) Publication Date : 31/03/2017
(54) Title of the invention : CHANNEL STRUCTURE FOR A CELLULAR INTERNET OF THINGS SYSTEM
(51) International classification
:H04W36/00
(71)Name of Applicant :
(31) Priority Document No
:14/511173
1)QUALCOMM INCORPORATED
(32) Priority Date
:10/10/2014
Address of Applicant :ATTN: International IP Administration,
(33) Name of priority country
:U.S.A.
5775 Morehouse Drive, San Diego, California 92121-1714 U.S.A.
(86) International Application No
:PCT/US2015/051158 (72)Name of Inventor :
Filing Date
:21/09/2015
1)LI, Junyi
(87) International Publication No
:WO 2016/057193
2)LANE, Frank, Anton
(61) Patent of Addition to Application
:NA
Number
:NA
Filing Date
(62) Divisional to Application Number
:NA
Filing Date
:NA
(57) Abstract :
Methods systems and devices are described for wireless communication at a user equipment (UE). A UE may synchronize with a cell
using a waveform known to the UE beforehand and common to a group of cells. The UE may determine a physical broadcast channel
(PBCH) time. The UE may receive the PBCH and determine a physical layer identification (ID) for the cell and a frequency for uplink
transmissions. The PBCH may also indicate a channel configuration which may enable the UE to perform a random access procedure.
The channel configuration may include a time/frequency resource configuration of a shared traffic channel. In some cases the UE may
determine resources for data transmission based on an index of a control channel transmission. In some cases there may be a
predetermined delay between control channel transmissions and data channel transmissions. The UE may then enter a low power state
during the delay.
No. of Pages : 41 No. of Claims : 30
The Patent Office Journal 31/03/2017
8876
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201747009142 A
(19) INDIA
(22) Date of filing of Application :16/03/2017
(43) Publication Date : 31/03/2017
(54) Title of the invention : RANDOM ACCESS PROCEDURE IN A CELLULAR INTERNET OF THINGS SYSTEM
(51) International classification
:H04W74/08
(71)Name of Applicant :
(31) Priority Document No
:14/511021
1)QUALCOMM INCORPORATED
(32) Priority Date
:09/10/2014
Address of Applicant :ATTN: International IP Administration,
(33) Name of priority country
:U.S.A.
5775 Morehouse Drive, San Diego, California 92121 1714 U.S.A.
(86) International Application No
:PCT/US2015/051182 (72)Name of Inventor :
Filing Date
:21/09/2015
1)LI, Junyi
(87) International Publication No
:WO 2016/057197
2)LANE, Frank, Anton
(61) Patent of Addition to Application
:NA
Number
:NA
Filing Date
(62) Divisional to Application Number
:NA
Filing Date
:NA
(57) Abstract :
e.ge.gMethods systems and devices are described for wireless communication at a user equipment (UE). In some examples a base
station may allocate to a UE time and/or frequency resources for transmitting physical random access channel (PRACH) signals. The
resource allocation may be apportioned based on a type and class of PRACH signal. For instance a UE may be assigned a first subset
of resources to transmit regularly scheduled traffic and a second subset of resources to transmit on demand traffic. Regularly
scheduled traffic may include for example sensor measurements reported to the base station on a predetermined time interval (. 24
hour time interval). In contrast an on demand traffic may include an impromptu transmission initiated based on a detection of at least
one reporting trigger (. sensing an abnormality at the UE).
No. of Pages : 35 No. of Claims : 30
The Patent Office Journal 31/03/2017
8877
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5210/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :29/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : A HEATING ASSEMBLY FOR A TANK OF A SELECTIVE CATALYTIC REDUCTION SYSTEM
AND A TANK THEREOF
(51) International classification
:F01N
3/00
:NA
:NA
:NA
:NA
:NA
: NA
:NA
:NA
:NA
:NA
(71)Name of Applicant :
1)Robert Bosch Engineering and Business Solutions Private
Limited
Address of Applicant :123, Industrial Layout, Hosur Road,
Koramangala, Bangalore 560095, Karnataka, INDIA Karnataka
India
2)Robert Bosch GmbH
(72)Name of Inventor :
1)Sureshkumar Palanisamy
2)Balaji Prithiviraj
3)Krishna Murugan
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
The invention here relates to a heating assembly for a tank of a selective catalytic reduction system. The heating assembly comprising
a shape memory alloy element 101 fixed to a heater 102. The heater 102 is attached to the shape memory alloy element 101 in a
manner such that movement of the heater 102 is in dependence of the compression or expansion of the shape memory alloy element
101. A guide 103 is located in proximity of the heater 102 and the guide 103 is adapted to guide the translatory movement of the
heater 102. The invention here further relates to a tank 100 for selective catalytic reduction system. The tank 100 comprising a shape
memory alloy element 101, first end 101a is fixed to the roof of the tank 100 and second end 101b is fixed to a heater 102. (Figure 1)
No. of Pages : 10 No. of Claims : 8
The Patent Office Journal 31/03/2017
8878
(12) PATENT APPLICATION PUBLICATION
(21) Application No.1478/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :23/03/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : ROBOTIC DRIVE UNIT WITH INVENTORY ELEVATOR
(51) International classification
:G06Q (71)Name of Applicant :
10/00
1)Rajesh Manpat
:NA
Address of Applicant :97, 1st Block, 2nd Main,
:NA Thyagarajnagar, Bangalore - 560028 Karnataka India
:NA (72)Name of Inventor :
:NA
1)Rajesh Manpat
:NA
: NA
:NA
:NA
:NA
:NA
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
DESCRIBED HEREIN IS A ROBOTIC DRIVE UNIT (102) WITH ROBOTIC INVENTORY ELEVATOR USED IN
WAREHOUSE AUTOMATION SYSTEM. THE ROBOTIC DRIVE UNIT (102) COMPRISES AN ARM UNIT (306), A ROBOTIC
INVENTORY ELEVATOR AND A DRIVING UNIT (304). THE ARM UNIT (306) COMPRISES ONE OR MORE
EXTENDABLE ARMS (406) THAT EXTEND FORWARD AND RETRIEVE PRODUCTS BY CLAMPING, AND RETRACT
BACKWARDS. THE ARM UNIT (306) IS VERTICALLY SLIDE-ABLE ALONG AN ARM SUPPORTING STRUCTURE AND
PLACES THE RETRIEVED PRODUCTS IN ONE OF A PLURALITY OF COMPARTMENTS (502). THE ROBOTIC
INVENTORY ELEVATOR COMPRISES A INVENTORY ELEVATOR FRAME COUPLED TO A SUPPORTING MEMBER
(608) WITH AN ELEVATION MECHANISM THAT ELEVATES THE INVENTORY ELEVATOR FRAME (504) AND THE
PLURALITY OF COMPARTMENTS TO PROVIDE A PASSAGE BENEATH THE INVENTORY ELEVATOR FRAME (504).
THE PASSAGE ENABLES A SMALLER ROBOTIC UNIT TO PASS THROUGH BELOW THE ELEVATOR FRAME (504).
No. of Pages : 32 No. of Claims : 17
The Patent Office Journal 31/03/2017
8879
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5113/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :24/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : AIR PURIFICATION SYSTEM WITH IONIZED AIR MOLECULE
(51) International classification
:F01N (71)Name of Applicant :
3/00
1)Eureka Forbes Ltd
:NA
Address of Applicant :No.42, P-3/C, Haralukunte Muneshwara
:NA Layout, Kudlu, Bangalore- 560068 Karnataka India
:NA (72)Name of Inventor :
:NA
1)Abhay Kumar V.K.
:NA
: NA
:NA
:NA
:NA
:NA
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
The present invention discloses an air purification system, more particularly an air purification system that generates ions that are
discharged in the air. The said purification system comprises a pair of ion generator and a charged filter. The positive ion generator
generates a positive ion that charges the air. These positive charge ionized air is generated in the said air purification system to
enhance the electrostatic precipitation of particles and microbial cells that are suspended in the air. The air is then passed through the
charged filter that attracts the charged particles while dispersing clean and purified air.
No. of Pages : 9 No. of Claims : 8
The Patent Office Journal 31/03/2017
8880
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5224/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :30/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : MESSAGING BASED REMOTE MONITORING OF INFANT CARE DEVICE
(51) International classification
:A47L (71)Name of Applicant :
9/00
1)GENERAL ELECTRIC COMPANY
:NA
Address of Applicant :1 RIVER ROAD, SCHENECTADY,
:NA NEW YORK 12345, U.S.A.
:NA (72)Name of Inventor :
:NA
1)RAMACHANDRAN, GOWRISHANKAR
:NA
: NA
:NA
:NA
:NA
:NA
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
A cleaning system for cleaning a slip ring arranged to be rotatable about an.axis is disclosed. The cleaning system includes a cleaner
assembly configured so as to be positionable to contact the slip ring. The cleaner assembly is capable of moving along the slip ring for
cleaning. A control unit is configured to control the functioning of the cleaner assembly based on user input. FIG. 3
No. of Pages : 20 No. of Claims : 20
The Patent Office Journal 31/03/2017
8881
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201747008853 A
(19) INDIA
(22) Date of filing of Application :15/03/2017
(43) Publication Date : 31/03/2017
(54) Title of the invention : BACKLIGHT MODULE AND DISPLAY DEVICE
(51) International
(71)Name of Applicant :
:G02F1/13357,F21S8/00,F21V17/00
classification
1)BOE TECHNOLOGY GROUP CO. LTD.
(31) Priority Document No :201520012935.1
Address of Applicant :No.10 Jiuxianqiao Rd., Chaoyang
(32) Priority Date
:08/01/2015
District, Beijing 100015, China. China
(33) Name of priority country :China
(72)Name of Inventor :
(86) International
1)XU Jian
:PCT/CN2015/082520
Application No
2)WU Xinyin
:26/06/2015
Filing Date
3)MA Yongda
(87) International Publication
:WO 2016/110066
No
(61) Patent of Addition to
:NA
Application Number
:NA
Filing Date
(62) Divisional to
:NA
Application Number
:NA
Filing Date
(57) Abstract :
A backlight module comprises: a back plate (1) comprising a bottom plate (11) and side plates (12) which define a mounting groove;
an optical film layer (2) positioned in the mounting groove (11); and at least two supporting strips (3) intersected with each other and
positioned between the bottom plate (11) and the optical film layer (2). Every two supporting strips (3) are relatively fixed and each
supporting strip (3) is fixed on the bottom plate (11). By means of the intersected supporting strips (3) mounted on the bottom plate
(11) the mechanical strength of the back plate (1) of the backlight module can be reinforced and the pressure resistance of the back
plate (1) is improved. Because the used supporting strips (3) each having a strip shaped structure are intersected with each other and
do not completely cover the surface of the back plate (1) the weight increment of the backlight module is lower while the strength
thereof is high compared to the backlight module with a strength reinforced back plate in the prior art. Also disclosed is a display
device.
No. of Pages : 9 No. of Claims : 15
The Patent Office Journal 31/03/2017
8882
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201747008918 A
(19) INDIA
(22) Date of filing of Application :15/03/2017
(43) Publication Date : 31/03/2017
(54) Title of the invention : USB TYPE C TO MHL M1 DEAD BATTERY CHARGING
(51) International classification
:G06F13/40
(71)Name of Applicant :
(31) Priority Document No
:14/469037
1)NOKIA TECHNOLOGIES OY
(32) Priority Date
:26/08/2014
Address of Applicant :Karaportti 3, FI-02610 Espoo Finland
(33) Name of priority country
:U.S.A.
(72)Name of Inventor :
(86) International Application No
:PCT/FI2015/050542 1)TALMOLA Pekka
Filing Date
:24/08/2015
(87) International Publication No
:WO 2016/030573
(61) Patent of Addition to Application
:NA
Number
:NA
Filing Date
(62) Divisional to Application Number
:NA
Filing Date
:NA
(57) Abstract :
Methods and apparatus including computer program products are provided for cable connectors and/or other devices. In one aspect
there is provided an apparatus. The apparatus may include a first interface configured to enable coupling to a universal serial bus
device;a controller circuitry configured to at least determine an amount of current and/or voltage available at a mobile high definition
link device when coupled and adjust based on the determined amount a value of pull up circuitry coupled to the first interface; and a
second interface configured to enable coupling to Mobile High definition link device. Related apparatus systems methods and articles
are also described.
No. of Pages : 22 No. of Claims : 36
The Patent Office Journal 31/03/2017
8883
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5183/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :28/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : METHOD AND DEVICE FOR PARALLEL CODING OF SLICE SEGMENTS
(51) International classification
:H04N
21/00
:NA
:NA
:NA
:NA
:NA
: NA
:NA
:NA
:NA
:NA
(71)Name of Applicant :
1)Samsung R & D Institute India- Bangalore Private
Limited
Address of Applicant :# 2870, Orion Building, Bagmane
Constellation Business Park, Outer Ring Road, Doddanekundi
Circle, Marathahalli Post, Bangalore-560037 Karnataka India
(72)Name of Inventor :
1)Mohammed Quaid Damudi
2)Austin Lobo
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
ABSTRACT Embodiments herein provide a method for coding a frame. The method includes partitioning, by a partitioning unit, a
frame into a plurality of slice segments including a base slice segment, a dependent slice segment, and an inverse dependent slice
segment. Further, the method includes coding the by a coding unit, the base slice segment. Furthermore, the method includes coding
by the coding unit, the dependent slice segment and the reverse dependent slice segment in parallel with respect to the base slice
segment. FIG. 5
No. of Pages : 34 No. of Claims : 13
The Patent Office Journal 31/03/2017
8884
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5185/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :28/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : CRANKCASE ASSEMBLY FOR AN ENGINE
(51) International classification
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
As enclosed
:F01M
13/00
:NA
:NA
:NA
:NA
:NA
: NA
:NA
:NA
:NA
:NA
(71)Name of Applicant :
1)Mahindra & Mahindra Limited
Address of Applicant :Mahindra & Mahindra Ltd., MRV,
Mahindra World City (MWC), Plot No. 41/1, Anjur Post,
Chengalpattu, Kanchipuram District 603204 (TN) INDIA Tamil
Nadu India
(72)Name of Inventor :
1)BOITA DHANANJAYARAO
2)MANI SIVANANTHAN
3)SURESHKUMAR A
4)BHAGATE RAJAKUMAR
No. of Pages : 16 No. of Claims : 10
The Patent Office Journal 31/03/2017
8885
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5152/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :28/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : TRAIN SPEED DETECTION DEVICE AND TRAIN SPEED DETECTION METHOD
(51) International classification
:F01L (71)Name of Applicant :
1/00
1)KYOSAN ELECTRIC MFG. CO., LTD.
:NA
Address of Applicant :of 2-29-1, Heiancho, Tsurumi-ku,
:NA Yokohama, Kanagawa 230-0031, Japan Japan
:NA
2)The University of Electro-Communications
:NA (72)Name of Inventor :
:NA
1)ASANO, Akira
: NA
2)TSUBOTA, Hikaru
:NA
3)INABA, Takayuki
:NA
4)AKITA, Manabu
:NA
:NA
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
Provided is a technique that improves the accuracy of a train speed detection device utilizing a Doppler radar type sensor to detect a
speed of a train. A train has a Doppler radar type sensor at a bottom face. The Doppler radar type sensor is installed with a
predetermined inclination angle being given with respect to a ballast. The train includes a speed calculation part for estimating the
speed of the train in a horizontal direction, i.e., the traveling speed on the basis of the velocity component that has been detected with
the Doppler radar type sensor. The speed calculation part calculates a piece of distance information and a piece of speed information
on the basis of the reflected wave to the transmitted wave irradiated in a diagonally forward irradiation direction, and estimate a train
speed (the present estimated speed) from a piece of installation altitude information, having been given at the time of installation of
the Doppler radar type sensor.
No. of Pages : 21 No. of Claims : 2
The Patent Office Journal 31/03/2017
8886
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5171/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :28/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : STABLE PHARMACEUTICAL COMPOSITIONS OF TERIFLUNOMIDE
(51) International classification
:C09G
1/00
:NA
:NA
:NA
:NA
:NA
: NA
:NA
:NA
:NA
:NA
(71)Name of Applicant :
1)NATCO PHARMA LIMITED
Address of Applicant :NATCO HOUSE, ROAD NO: 2,
BANJARA HILLS, HYDERABAD, PIN CODE: 500 033,
Telangana India
(72)Name of Inventor :
1)VATTIKUTI SATYANARAYANA
2)BHAVANA KRISHNA MURTHY
3)BHIMAVARAPU RAMI REDDY
4)ADIBHATLA KALI SATYA BHUJANGA RAO
5)NANNAPANENI VENKAIAH CHOWDARY
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
A Pharmaceutical composition comprising teriflunomide or salts thereof and colloidal silicon dioxide.
No. of Pages : 13 No. of Claims : 10
The Patent Office Journal 31/03/2017
8887
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201644027499 A
(19) INDIA
(22) Date of filing of Application :11/08/2016
(43) Publication Date : 31/03/2017
(54) Title of the invention : ADJUSTMENT OF BLUETOOTH (BT) GOLDEN RECEPTION RANGE IN THE PRESENCE OF
LONG TERM EVOLUTION (LTE) INTERFERENCE
(51) International classification
:H04B 7/00 (71)Name of Applicant :
(31) Priority Document No
:14/871,899 1)Intel IP Corporation
(32) Priority Date
:30/09/2015
Address of Applicant :2200 Mission College Boulevard Santa
(33) Name of priority country
:U.S.A.
Clara, California 95054 (US) U.S.A.
(86) International Application No
:NA
(72)Name of Inventor :
Filing Date
:NA
1)ERIKSSON, Hakan Magnus
(87) International Publication No
: NA
2)BI, Dongsheng
(61) Patent of Addition to Application Number
:NA
3)MALURPATNA CHAMARAJ, Karthik
Filing Date
:NA
(62) Divisional to Application Number
:NA
Filing Date
:NA
(57) Abstract :
Described herein are methods, architectures and platforms for adjusting a reception range at which remote devices transmit to a
Bluetooth receiver, by determining wireless radio interference to the Bluetooth receiver. The reception range is adjusted per the
wireless radio interference.
No. of Pages : 27 No. of Claims : 20
The Patent Office Journal 31/03/2017
8888
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5219/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :30/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : UNDER-ACTUATED FINGER MECHANISMS FOR SPACE AND PROSTHETIC APPLICATIONS
(51) International classification
:B25J
15/00
:NA
:NA
:NA
:NA
:NA
: NA
:NA
:NA
:NA
:NA
(71)Name of Applicant :
1)DR. M THANGAVEL
Address of Applicant :DEAN (RESEARCH), DEPARTMENT
OF MECHANICAL ENGINEERING, SONA COLLEGE OF
TECHNOLOGY, JUNCTION MAIN ROAD, SALEM - 636 005,
Tamil Nadu India
(72)Name of Inventor :
1)DR. M THANGAVEL
2)S. NATARAJAN
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
In this invention in a underactuated fingers useful for space and prosthetic applications are presented. Depending upon the nature of
the tasks, sometimes form closure and other times force closure grasp are suitable. Accordingly, the finger links having straight
geometry and curved geometry are necessary. Further, fingers of various lengths are required to grasp objects of varying size.
Therefore availability of fingers of varying size with good efficiency will be desirable. The linkage actuation will be preferable for
handling variety of objects compared with other actuations like tendon and geared. In this invention fingers which are having straight
links and curved links are presented.
No. of Pages : 18 No. of Claims : 8
The Patent Office Journal 31/03/2017
8889
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5132/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :25/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : AN ADVANCED CONTROLLING DEVICE FOR ELECTRICAL APPLIANCES
(51) International classification
:C08G (71)Name of Applicant :
59/00
1)Jerry J Martin
:NA
Address of Applicant :Thundil No.2, Jiss Nagar 202,
:NA Kurisummoodu P.O., Changanacherry Kerala India
:NA (72)Name of Inventor :
:NA
1)Jerry J Martin
:NA
: NA
:NA
:NA
:NA
:NA
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
The present invention is an electronic device used to control all electrical appliances, without any physical contact with the appliances.
The invention mainly consist of a handheld device that can control the various functions of the appliances by pointing the device
towards them. It can be used to turn appliances ON or OFF, regulate fans, dim lights, etc. Operating times can be scheduled, using the
device, for each appliance during which the appliance should work. Alternatively, a timer can be set, using the device, for each
appliance within which the appliance should work. It can also be used to turn ON lighting devices in a room. The present invention
can also be formed into wearable devices like a ring, a band or a watch, etc.
No. of Pages : 22 No. of Claims : 12
The Patent Office Journal 31/03/2017
8890
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5133/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :25/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : GUAVA LEAF EXTRACT - STORED FOOD GRAIN INSECTICIDE
(51) International classification
:A01N (71)Name of Applicant :
63/00
1)RAJALAKSHMI ENGINEERING COLLEGE
:NA
Address of Applicant :RAJALAKSHMI NAGAR
:NA THANDALAM CHENNAI - 602 105, Tamil Nadu India
:NA (72)Name of Inventor :
:NA
1)DR.V.GAYATHRI
:NA
2)DR.JOHANNA RAJKUMAR
: NA
3)R.DHANUSREE
:NA
4)M.M.AKSHYA LAKSHMI
:NA
:NA
:NA
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
The present invention relates to isolation and characterization of biopesticide composition from Psidium guajava, capable of serving as
effective biocontrol agents and/or pest control management agents against stored grain insects like Sitophilus oryzae and Tribolium
castaneum. The composition contains alpha-amylase inhibitor that inhibits stored food grain insects carbohydrate metabolism by
inhibiting a-amylase enzyme activity and thereby results in the mortality of the stored food grain insects.
No. of Pages : 10 No. of Claims : 2
The Patent Office Journal 31/03/2017
8891
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5134/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :25/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : WHEEL SUPPORT DEVICE FOR MOTORBIKE AND MANUFACTURING METHOD THEREOF
(51) International classification
:H01M (71)Name of Applicant :
8/00
1)HONDA MOTOR CO., LTD.
:NA
Address of Applicant :of 1-1, Minami-Aoyama 2-chome,
:NA
Minato-ku, Tokyo 107-8556, Japan Japan
:NA
(72)Name of Inventor :
:NA
1)AIDA, Zenichi
:NA
2)ASAMIZU, Kenichi
: NA
3)MACHIDA, Haruo
:NA
:NA
:NA
:NA
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
Provided are a wheel support device for motorbikes and a manufacturing method of this wheel support device having high workability
during assembly. A wheel support device (10) includes a swing arm (11), guide member (40), end member (60) and axle washer
(50). The swing arm (11) has an opening (21) formed in a end on a side supporting a wheel (6), and has notches (22) extending from
the opening (21) that are formed in both side faces of the end. The guide member (40) has a through hole (45) for supporting an axle
shaft (90) formed therein, and is inserted in the opening (21). The end member (60) is disposed at an end of the guide member (40) on
an opposite side to an insertion side thereof, and fixed to the opening (21). The axle washer (50) is provided to an outside face of the
guide member (40), and is supported at an outer side of the swing arm (11) by way of a washer support member (52) that passes
through the notch (22) and extends outwards. Fig.7
No. of Pages : 34 No. of Claims : 4
The Patent Office Journal 31/03/2017
8892
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201747003469 A
(19) INDIA
(22) Date of filing of Application :31/01/2017
(43) Publication Date : 31/03/2017
(54) Title of the invention : SALT OF MONOCYCLIC PYRIDINE DERIVATIVE AND CRYSTAL THEREOF
(51) International
(71)Name of Applicant :
:C07D401/14,A61K31/4545,A61P35/00
classification
1)EISAI R&D MANAGEMENT CO. LTD.
(31) Priority Document
Address of Applicant :4-6-10, Koishikawa, Bunkyoku, Tokyo
:2014166118
No
112-8088, Japan
(32) Priority Date
:18/08/2014
(72)Name of Inventor :
(33) Name of priority
1)OZAKI,Shunsuke
:Japan
country
2)YOSHIDA,Kenshi
(86) International
:PCT/JP2015/073047
Application No
:17/08/2015
Filing Date
(87) International
:WO 2016/027781
Publication No
(61) Patent of Addition to
:NA
Application Number
:NA
Filing Date
(62) Divisional to
:NA
Application Number
:NA
Filing Date
(57) Abstract :
Provided is: a salt that can be used as an active pharmaceutical ingredient of a drug the salt comprising an organic carboxylic acid
selected from the group consisting of succinic acid and maleic acid and a compound represented by formula (I); or a crystal of the salt.
No. of Pages : 37 No. of Claims : 15
The Patent Office Journal 31/03/2017
8893
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5160/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :28/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : APPLICATION OF GROWCLEAR THETA PLUS VARNISH ON WAVE GUIDES OF MILITARY
AIR BORNE RADAR SYSTEMS
(51) International classification
:G01S
13/00
:NA
:NA
:NA
:NA
:NA
: NA
:NA
:NA
:NA
:NA
(71)Name of Applicant :
1)HAL, AVIONICSDIVISION
Address of Applicant :AGM (MANUFACTURING)
HINDUSTAN AERONAUTICS LIMITED, AVIONICS
DIVISION, BALANAGAR, HYDERABAD - 500 042, Telangana
India
(72)Name of Inventor :
1)CH,GANGADHARA RAO
2)D.SRI DEVI
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
The Grow clear Theta Plus Cathodic Electro deposition varnish process which till now is used for commercial applications is
successfully used to provide a coating on wave guides of Military Airborne radar systems and achieved various desired performance
requirements like resistance to moisture absorption, corrosion resistance and satisfactory VSWR values with minimal propagation loss
of waves .
No. of Pages : 8 No. of Claims : 3
The Patent Office Journal 31/03/2017
8894
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5130/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :25/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : CONNECTING CLIENTS ASSOCIATED WITH DIFFERENT ROUTERS
(51) International classification
:G06Q (71)Name of Applicant :
30/00
1)QUALCOMM INCORPORATED
:NA
Address of Applicant :5775 Morehouse Drive, San Diego, CA
:NA 92121-1714, United States of America U.S.A.
:NA (72)Name of Inventor :
:NA
1)TYLER WEAR
:NA
2)GAURAV KATHURIA
: NA
3)ROHIT TRIPATHI
:NA
4)PRANAV DESAI
:NA
5)CHAITANYA PRATAPA
:NA
:NA
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
Described herein are embodiments for establishing a connection between a first client connected to a first router and a second client
connected to a second router. A neighbor solicitation (NS) may be transmitted from the first client, via the first router and the second
router, to the second client. In response to receiving the NS, the second client, transmits, via the second router, a neighbor
advertisement (NA) to the first router. In response to receiving the NA, the first router adds a route for the second client to a routing
table, and adds the second client to the client table. This enables the first router to establish a connection between the first client and
the second client.
No. of Pages : 32 No. of Claims : 30
The Patent Office Journal 31/03/2017
8895
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5172/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :28/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : PHARMACEUTICAL COMPOSITIONS OF DIMETHYL FUMARATE
(51) International classification
:A61K
9/00
:NA
:NA
:NA
:NA
:NA
: NA
:NA
:NA
:NA
:NA
(71)Name of Applicant :
1)NATCO PHARMA LIMITED
Address of Applicant :NATCO HOUSE, ROAD NO: 2,
BANJARA HILLS, HYDERABAD, PIN CODE: 500 033,
Telangana India
(72)Name of Inventor :
1)VATTIKUTI SATYANARAYANA
2)BHAVANA KRISHNA MURTHY
3)BHIMAVARAPU RAMI REDDY
4)NANNAPANENI VENKAIAH CHOWDARY
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
Oral pharmaceutical compositions of dimethyl fumarate and process for the preparation of such compositions.
No. of Pages : 12 No. of Claims : 6
The Patent Office Journal 31/03/2017
8896
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5109/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :24/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : MINIATURIZED COMPUTER SYSTEM
(51) International classification
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(71)Name of Applicant :
:D02G
1)K.NITHIN KUMAR
1/00
Address of Applicant :C/O M. Ramjee, Principal, Chaitanya
:NA
Engineering College, Kommadi, Visakhapatnam 48 Andhra
:NA
Pradesh, INDIA Andhra Pradesh India
:NA
2)BHANU GAYATRI KALIGOTLA
:NA
3)PULAVARTHI ANIL KUMAR
:NA
4)KATARI SURYANARAYANA RAJU
: NA
(72)Name of Inventor :
:NA
1)K.NITHIN KUMAR
:NA
2)BHANU GAYATRI KALIGOTLA
:NA
3)PULAVARTHI ANIL KUMAR
:NA
4)KATARI SURYANARAYANA RAJU
(57) Abstract :
The present invention relates to a miniaturized computer system, and in particular to a miniaturized computer that is of a portable size.
More specifically, the miniaturized computer system comprises of a micro-controller board customized to function as a central
processing unit upon which are interface connectors, memory, power supply and extension slots. Further, the miniaturized computer
system can be plugged on to external media devices for audio and video functionality and can be connected to a display device and an
in house built secured operating system that provides the functioning of a normal personal computer with customized booting time and
conversion to a web server.
No. of Pages : 18 No. of Claims : 10
The Patent Office Journal 31/03/2017
8897
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5110/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :24/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : HIERARCHICAL INDEX INVOLVING PRIORITIZATION OF DATA CONTENT OF INTEREST
(51) International classification
:G06F
17/00
:NA
:NA
:NA
:NA
:NA
: NA
:NA
:NA
:NA
:NA
(71)Name of Applicant :
1)HEWLETT PACKARD ENTERPRISE DEVELOPMENT
LP
Address of Applicant :11445 Compaq Center Drive West,
Houston, TX 77070, United States of America U.S.A.
(72)Name of Inventor :
1)DOUGLAS L VOIGT
2)SUPARNA BHATTACHARYA
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
An example implementation may relate to an apparatus that may identify data content of interest from data in buffers, and may store
index entries representing the identified data content in a hierarchical index having different performance levels. The apparatus may
include a priority manager that maintains an index scoreboard that tracks where index entries are to be stored among the different
performance levels of the hierarchical index based on predetermined polices that prioritize data content of interest or functions that use
data content of interest. [FIG. 3]
No. of Pages : 42 No. of Claims : 15
The Patent Office Journal 31/03/2017
8898
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5214/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :30/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : AMORPHOUS CO-PRECIPITATES OF FLIBANSERIN
(51) International classification
:A61K
31/00
:NA
:NA
:NA
:NA
:NA
: NA
:NA
:NA
:NA
:NA
(71)Name of Applicant :
1)SYMED LABS LIMITED
Address of Applicant :8-2-293/174/3, BESIDE B.N. REDDY
COLONY, ROAD NO. 14, BANJARA HILLS, HYDERABAD 500 034, Telangana India
(72)Name of Inventor :
1)MOHAN RAO DODDA
2)MALLA REDDY VANGA
3)ANNA REDDY AMBATI
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
Disclosed j herein are stable amorphous co-precipitates of Flibanserin and a pharmaceutical acceptable excipient, methods for the
preparation, pharmaceutical compositions, and method of treating thereof.
No. of Pages : 27 No. of Claims : 10
The Patent Office Journal 31/03/2017
8899
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5208/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :29/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : MANAGING MULTIPLE ACTIVE SEGMENTS IN A STACKING SYSTEM
(51) International classification
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
NA
:B65G
57/00
:NA
:NA
:NA
:NA
:NA
: NA
:NA
:NA
:NA
:NA
(71)Name of Applicant :
1)HEWLETT PACKARD ENTERPRISE DEVELOPMENT
LP
Address of Applicant :11445 Compaq Center Drive West,
Houston, TX 77070, United States of America U.S.A.
(72)Name of Inventor :
1)VIJEESH ERANKOTTE PANAYAMTHATTA
2)CELESTIAN KANIAMPADY SEBASTIAN
3)PRASHANTH GOPINATHAN NAIR
SARASWATHYAMMA
No. of Pages : 31 No. of Claims : 15
The Patent Office Journal 31/03/2017
8900
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201747009542 A
(19) INDIA
(22) Date of filing of Application :20/03/2017
(43) Publication Date : 31/03/2017
(54) Title of the invention : MACHINING DEVICE
(51) International classification :B23Q39/02,B27C5/00,B23Q1/01 (71)Name of Applicant :
(31) Priority Document No
:10 2014 219 060.6
1)HOMAG GMBH
(32) Priority Date
:22/09/2014
Address of Applicant :Homagstrasse 3-5, 72296, Schopfloch,
(33) Name of priority country :Germany
Germany Germany
(86) International Application
(72)Name of Inventor :
:PCT/EP2015/070509
No
1)AMOS, Hartmut
:08/09/2015
Filing Date
2)SCHMIEDER Volker
(87) International Publication
:WO 2016/045959
No
(61) Patent of Addition to
:NA
Application Number
:NA
Filing Date
(62) Divisional to Application
:NA
Number
:NA
Filing Date
(57) Abstract :
The invention relates to a machining device (1) in particular for machining workpieces (3) consisting of wood wood products plastics
or similar said device comprising: a workpiece holder (2) for holding a workpiece (3) during the machining process; and a guide
means (4) for displaceably guiding a tool carriage (5) for holding and driving a tool (6 7) the workpiece holder (2) and/or the guide
means (4) being displaceable by displacement means (8 9) in order to produce relative movement in a machining direction (10)
between the workpiece (3) and the tool (6 7) for the machining of the workpiece (3). The workpiece carriage (5) is displaceably
arranged on one side (12) of the guide means (4) and the workpiece carriage (5) supports two tools (6 7) on one side (12) of the guide
means (4) and in the machining direction (10) of the workpiece (3) said tools being arranged next to one another.
No. of Pages : 12 No. of Claims : 10
The Patent Office Journal 31/03/2017
8901
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5193/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :29/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : A SUPERCHARGER FOR AN INTERNAL COMBUSTION ENGINE
(51) International classification
:F02B (71)Name of Applicant :
37/00 1)Bosch Limited
:NA
Address of Applicant :Post Box No 3000, Hosur Road,
:NA Adugodi, Bangalore 560030, Karnataka, INDIA Karnataka India
:NA
2)Robert Bosch GmbH
:NA (72)Name of Inventor :
:NA
1)Arjun Nagarajan
: NA
:NA
:NA
:NA
:NA
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
The various embodiments of the present disclosure provide a supercharger 100 comprising a housing 102 with an inlet 106 and an
outlet 104 for the passage of a fluid. At least two shafts 116, 110 are located within the housing 102. The supercharger 100 also
comprises at least one rotor 120, 108 mounted to an end of each of the at least two shafts 116, 110. The supercharger 100 further
comprises at least two driven members 114, 112, one mounted to an end of each of the at least two shafts 116, 110. The at least two
driven members 114, 112 are directly driven by a crankshaft of an engine. A cover plate 118 covers one end of the housing 102 where
the driven members 114,112 are mounted.
No. of Pages : 11 No. of Claims : 9
The Patent Office Journal 31/03/2017
8902
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5194/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :29/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : A FUEL FILTER
(51) International classification
:B65D (71)Name of Applicant :
51/00
1)Bosch Limited
:NA
Address of Applicant :Post Box No 3000, Hosur Road,
:NA Adugodi, Bangalore 560030, Karnataka, INDIA Karnataka India
:NA
2)Robert Bosch GmbH
:NA (72)Name of Inventor :
:NA
1)Sanjay Shambulingappa
: NA
2)Balachandra Dharmaraya
:NA
3)Charan Chepyala Sri Ram
:NA
:NA
:NA
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
A filter device 1000 for a fuel supply system of an internal combustion engine of a vehicle is disclosed. The filter device 1000
comprises a housing 100 and a cap 200 fitted on the housing 100; the cap 200 comprising an inlet 201 and an outlet 202; a filter
element located in the housing 100 to define a dirt side and a clean side; at least one part of the outlet 202 extends from the cap 200
towards the clean side in the housing 100; characterized in that an air venting assembly comprising: an opening 204 in the outlet 202;
a sealing element 205 provided in proximity to the opening 204 and connected to a weight 207; the weight 207 adapted to be displaced
based on level of fuel in the dirt side in a manner such that air is vented from the dirt side to the clean side. (Figure 1)
No. of Pages : 12 No. of Claims : 9
The Patent Office Journal 31/03/2017
8903
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5195/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :29/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : METHOD FOR INTER VEHICLE COMMUNICATION AND A SYSTEM THEREOF
(51) International classification
:H04W
36/00
:NA
:NA
:NA
:NA
:NA
: NA
:NA
:NA
:NA
:NA
(71)Name of Applicant :
1)Robert Bosch Engineering and Business Solutions Private
Limited
Address of Applicant :123, Industrial Layout, Hosur Road,
Koramangala, Bangalore 560095, Karnataka, INDIA Karnataka
India
2)Robert Bosch GmbH
(72)Name of Inventor :
1)Ashwath Kamath
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
An inter vehicle communication system (1000) is disclosed. The system (1000) comprises a transceiver (11) of a vehicle (100) adapted
to receive a message from a transceiver (21a, 21b, ¦, 21n) of each of a plurality of surrounding-vehicles (200a, 200b, ..., 200n); a
controller (10) of the vehicle (100) adapted to group at least one surrounding-vehicle (200a, 200b, ..., 200n) based on a content of the
received message; the controller (10) of the vehicle (100) adapted to identify a closest surrounding-vehicle in each of the group based
on a propagation delay of the received message; the controller (10) of the vehicle (100) adapted to process the message from the
closest surrounding-vehicle in each of the group; and the transceiver (11) adapted to send an acknowledgement message to the
transceiver of the closest surrounding-vehicle to stop further transmission of the message. (Figure 1)
No. of Pages : 16 No. of Claims : 9
The Patent Office Journal 31/03/2017
8904
(12) PATENT APPLICATION PUBLICATION
(21) Application No.5140/CHE/2015 A
(19) INDIA
(22) Date of filing of Application :26/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : A FILTRATION VALVE ASSEMBLY AND PROCESS FOR FILTRATION OF WATER
(51) International classification
:B01D
39/00
:NA
:NA
:NA
:NA
:NA
: NA
:NA
:NA
:NA
:NA
(71)Name of Applicant :
1)UKL INSTRUMENTS PVT. LTD
Address of Applicant :232, 7TH STREET, ASHTALAKSHMI
NAGAR, ALAPAKKAM, CHENNAI 600 116. TAMIL NADU.
Tamil Nadu I dia
(72)Name of Inventor :
1)Y.K. UDHAYASHANKARAN
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
The present invention relates to a filtration valve assembly and process for filtration of water. The filtration valve assembly comprises
a valve body (12) with six compartments separated by ribs; a water inlet-A; a water outlet-B; a drain outlet-C; a gasket (11) on top of
the said valve body (12); a spindle (10) loaded using a soft spring ensuring opening of one ccompartment at a time in the valve body
ports; a cover (5) threaded to the top of the said valve body (12) and sealed with O ring (6); a handle (1) movable and positionable at
desired position by a handle positioner (4) to control flow of water by rotation of said handle (1); a top strainer (16); a bottom strainer
(17); and a riser pipe. The handle is rotated to the desired position to achieve the functionalities of filtration, backwash and rinse by
using a reduced number of components making it easy to manufacture, easy to maintain inventory, easy to store, pack and transport as
well as easy to service. FIG. 2
No. of Pages : 21 No. of Claims : 4
The Patent Office Journal 31/03/2017
8905
(12) PATENT APPLICATION PUBLICATION
(21) Application No.1028/KOL/2015 A
(19) INDIA
(22) Date of filing of Application :29/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : PEER TO PEER WIRELESS FUNCTIONALITY BETWEEN DEVICES USING WHITE SPACES
(51) International classification
:H04W48/08 (71)Name of Applicant :
(31) Priority Document No
:NA
1)MEDIATEK SINGAPORE PTE. LTD.
(32) Priority Date
:NA
Address of Applicant :NO. 1 FUSIONOPOLIS WALK, #03(33) Name of priority country
:NA
01 SOLARIS, 138628 SINGAPORE
(86) International Application No
:NA
(72)Name of Inventor :
Filing Date
:NA
1)MONGA RAGHAV
(87) International Publication No
: NA
2)SHAKYA AMIT KUMAR
(61) Patent of Addition to Application Number
:NA
Filing Date
:NA
(62) Divisional to Application Number
:NA
Filing Date
:NA
(57) Abstract :
A method for enabling peer to peer (P2P) transmission between a first geo-location database dependent (GDD) station (STA) and a
second geo-location database dependent(GDD) station (STA) on a television white space (TVWS) freguency band includes: utilizing
the first GDD STA to communicate with a geo-location database (GDB) to retrieve information of available TVWS channels and
corresponding power constraints from the GDB; sending a TVWS action frame by the first GDD STA, wherein the TVWS frame
includes this information; selecting a plurality of specific channels from the plurality of available TVWS channels to listen for GDD
STAs including the secondGDD STA; and when thesecondGDD STA and the first GDD STA are both listening on a same specific
channel, beginning P2P communication between the first GDD STA and the secondGDD STA.
No. of Pages : 18 No. of Claims : 18
The Patent Office Journal 31/03/2017
8906
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201634023137 A
(19) INDIA
(22) Date of filing of Application :05/07/2016
(43) Publication Date : 31/03/2017
(54) Title of the invention : TENSIONING DEVICE
(51) International classification
(31) Priority Document No
:F03G
(71)Name of Applicant :
:10 2015
1)MUHR UND BENDER KG
111 809.2
Address of Applicant :4 SCHLACHTWIESE , ATTENDORN
:21/07/2015 57439, GERMANY
:Germany (72)Name of Inventor :
:NA
1)Thomas BAUERDICK
:NA
2)Michael SCHULTE
: NA
3)Joachim JUD
:NA
4)Kai NOWADNICK
:NA
:NA
:NA
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
The invention relates to a tensioning device for a traction drive, comprising a receiving housing (3) , a roller carrier (4) which is
pivotably connected to the receiving housing (3), a helical tension spring (6) which is supported at the receiving housing (3) and at the
roller carrier (4) in circumferential and axial direction, wherein the roller carrier (4) and the receiving housing (3) are axially fixed
relative to one another by the helical tension spring (6), a bearing arrangement 5 by which the roller carrier (4) is supported in the
receiving housing (3) so as to be rotatable around a rotational axis, a damping arrangement (7) for damping a rotational movement of
the roller carrier (4) relative to the receiving housing (3), wherein the damping arrangement (7) is arranged so as to be axially spaced
from the bearing arrangement (5.) and is axially loaded by a tensile load of the helical tension spring (6).
No. of Pages : 36 No. of Claims : 15
The Patent Office Journal 31/03/2017
8907
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201634023359 A
(19) INDIA
(22) Date of filing of Application :07/07/2016
(43) Publication Date : 31/03/2017
(54) Title of the invention : METALCOATED POLYMEMBRANE AND METHOD OF ELECTROFILTRATION AND
ELECTROSORPTION USING A METALCOATED POLYMEMBRANE
(51) International classification
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
:C25D
(71)Name of Applicant :
:EP 15 175
1)i3 Membrane GmbH
700.2
Address of Applicant :36, WITTENMOOR HAMBURG
:07/07/2015 22525 GERMANY
:EUROPEAN (72)Name of Inventor :
UNION
1)Stephan Brinke-Seiferth
:NA
:NA
: NA
:NA
:NA
:NA
:NA
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
The present invention relates to a metal coated polymer membrane, a method for the production thereof, an electrofiltration device or
electrosorption device, and a method of electrofiltration and electrosorption using a metal coated polymer membrane. The object is to
specify a method for simply producing a polymer membrane having a metal coating, which is suitable for use in electrofiltration
and/or electrosorption, without reducing the porosity and, therefore, the filtration properties of the membrane, or without sealing the
pores. It is also an object [to specify] a method for simply producing a very resistance, biocidic and/or inert membrane on the basis of
a polymer membrane.It is also an object to specify a more effective device and a more effective method of electrofiltration and/or
electrosorption.The objects are achieved by, among other things, a polymer membrane coated with metal using ALD, the coating of a
polymer membrane with metal using ALD and the use of a metal coated polymer membrane for electrofiltration and/or
electroadsorption, or in a corresponding device.
No. of Pages : 19 No. of Claims : 15
The Patent Office Journal 31/03/2017
8908
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201634023877 A
(19) INDIA
(22) Date of filing of Application :12/07/2016
(43) Publication Date : 31/03/2017
(54) Title of the invention : MOBILE TERMINAL AND METHOD FOR CONTROLLING THE SAME
(51) International classification
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
:H04W
52/00
:10-20150138132
:30/09/2015
:Republic
of Korea
:NA
:NA
: NA
:NA
:NA
:NA
:NA
(71)Name of Applicant :
1)LG ELECTRONICS INC.
Address of Applicant :128, YEOUI-DAERO,
YEONGDEUNGPO-GU, SEOUL 07336, REPUBLIC OF
KOREA
(72)Name of Inventor :
1)Jieun LEE
2)Jihye YU
3)Mijin CHO
4)Heesoo KIM
5)Jinwook KIM
6)Eunyoung NOH
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
Disclosed are a mobile terminal and a method for controlling the same. The mobile terminal may provide screen information for
controlling various functions, in a held state in one hand. More specifically, the mobile terminal includes: a touch screen configured to
sense a touch input; and a controller configured to control the touch screen to output screen information thereon, the screen
information including a control area formed to have a preset size from a point on the touch screen to which a touch input has been
applied, and including a plurality of sections for executing different functions based on reception of the touch input, wherein the
controller controls the touch screen such that at least part of the plurality of sections moves within a preset distance from the control
area, based on the touch input applied to the control area.
No. of Pages : 86 No. of Claims : 20
The Patent Office Journal 31/03/2017
8909
(12) PATENT APPLICATION PUBLICATION
(21) Application No.1030/KOL/2015 A
(19) INDIA
(22) Date of filing of Application :30/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : STATIC FLUID POWERED MACHINES
(51) International classification
:E21B1/00 (71)Name of Applicant :
(31) Priority Document No
:NA
1)SUMANTA BHATTACHARYA
(32) Priority Date
:NA
Address of Applicant :34, CREEK ROW, 4TH FLOOR,
(33) Name of priority country
:NA
KOLKATA-700014, INDIA West Bengal
(86) International Application No
:NA
(72)Name of Inventor :
Filing Date
:NA
1)SUMANTA BHATTACHARYA
(87) International Publication No
: NA
(61) Patent of Addition to Application Number
:
Filed on
:01/01/1900
(62) Divisional to Application Number
:NA
Filing Date
:NA
(57) Abstract :
This invention comprises of multiple embodiments of static fluid driven piston based motion generators including propulsion engines
(for various kinds of vehicles and other objects combined with piston driven structure based braking & safety apparatus or device)
AND turbine device (for driving rotor(s) of machines including rotor(s) of power generator(s) or alternators)) AS WELL AS
independent or stand alone braking & safety device.
No. of Pages : 53 No. of Claims : 14
The Patent Office Journal 31/03/2017
8910
(12) PATENT APPLICATION PUBLICATION
(21) Application No.1031/KOL/2015 A
(19) INDIA
(22) Date of filing of Application :30/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : AN UNIQUE SET OF CONTAINERS AND SACHETS SPECIALLY ADAPTED FOR
PHARMACEUTICAL OR MEDICAL PURPOSES (CONTAINERS FOR CAPSULES, PILLS OR TABLETS OR THE LIKE FOR
ORAL USE WITH SPECIAL DISPENSING MEANS)
(51) International classification
:A61J1/00 (71)Name of Applicant :
(31) Priority Document No
:NA
1)M/s SPEED MEDICINE
(32) Priority Date
:NA
Address of Applicant :7A, BENTINCK STREET, ROOM NO
(33) Name of priority country
:NA
111, 1ST FLOOR, OLD WING, NEAR LALBAZAR POLICE
(86) International Application No
:NA
STATION, KOLKATA - 700001, WEST BENGAL India
Filing Date
:NA
(72)Name of Inventor :
(87) International Publication No
: NA
1)BINAY KUMAR MAKHARIA
(61) Patent of Addition to Application Number
:NA
2)NAVNEET MAKHARIA
Filing Date
:NA
3)CHETAN MAKHARIA
(62) Divisional to Application Number
:NA
Filing Date
:NA
(57) Abstract :
An apparatus for dispensing pills comprising at least one ring-shaped pill package,in which cavities (made of Plastic Laminated Paper
on the inner side for easy sealing and thick GSM paper on outer side for printing the necessary information about medicine dosage,
time, date, day, meal preference & expiry date) containing pills are so distributed that the openings of the cavities therein are directed
outwardly from a box made of clear plastic packaging with at least one transparent side and other three opaque side out of which one
of the exterior sides are possibly printed with the directions for use and contraindications, the manufacturer, trade mark, etc. and other
information of interest to the user and having an opening on the top through which the pouches/ sachets to be dispensed through the
passage opening by rotatably positioning the continuous roll of customized sealed sachets (pouches) containing assorted
Pills/Tablets/Capsules as per the user's prescription. Each customized sealed sachets (pouches) containing asorted
Pills/Tablets/Capsules as per the user's prescription are arranged in ascending manner of calendar and imprinted with the medicine
name, consumption time, quantity, day with date and meal preferences on the outer face of the pouch. The box can be placed
anywhere with a flat surface and can be carried along very easily. This container can be easily refilled just by removing the lid and
placing the sachet rolls sachets/pouches. The current invention is a full-service pharmacy that delivers a better, simpler experience.
This invention simplifies the process of managing medications through a combination of convenient packaging, modern technology,
and personalized service. User's prescribed medicine arrives in a convenient recyclable dispenser with one easy- to-read label that
includes an image of each medication and dosing directions. User's pills come pre-sorted based on when to take them throughout the
day. Each recyclable dispenser packet is clearly labeled with the date, time and medication names. The objective of this invention is to
make managing medications simple. This invention
No. of Pages : 8 No. of Claims : 3
The Patent Office Journal 31/03/2017
8911
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201634021706 A
(19) INDIA
(22) Date of filing of Application :24/06/2016
(43) Publication Date : 31/03/2017
(54) Title of the invention : MOBILE TERMINAL
(51) International classification
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
:H04W
52/00
:10-20150137120
:25/09/2015
:Republic
of Korea
:NA
:NA
: NA
:NA
:NA
:NA
:NA
(71)Name of Applicant :
1)LG ELECTRONICS INC.
Address of Applicant :128, YEOUI-DAERO,
YEONGDEUNGPO-GU, SEOUL 07336, REPUBLIC OF
KOREA
(72)Name of Inventor :
1)SUNGHOON KANG
2)KYUNGJOON HAN
3)YOUNSEOB KIM
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
The present invention relates to a mobile terminal, which includes a case covering a rear surface of a terminal body, a rear input unit
provided at an inner side of the case, externally exposed through the case, and including a first button unit for inputting a first
function, and a second button unit for inputting a second function, wherein the first button unit is externally exposed through the
second button unit, and a fixing member provided at an inner side of the rear input unit, and capable of fixing the first button unit by
being accommodated in a recess outwardly formed in the second button unit, wherein the fixing member is coupled to the second
button unit and a finger scan sensor is provided on the first button unit.
No. of Pages : 64 No. of Claims : 22
The Patent Office Journal 31/03/2017
8912
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201634022368 A
(19) INDIA
(22) Date of filing of Application :29/06/2016
(43) Publication Date : 31/03/2017
(54) Title of the invention : MOTOR WITH HEAT DISSIPATION STRUCTURE
(51) International classification
:F15B5/00 (71)Name of Applicant :
(31) Priority Document No
:104121426 1)CHOU, Wen-San
(32) Priority Date
:01/07/2015
Address of Applicant :NO.1-25, KANGWEI, AN-DIN DIST,
(33) Name of priority country
:Taiwan
TAINAN CITY, TAIWAN, REPUBLIC OF CHINA
(86) International Application No
:NA
(72)Name of Inventor :
Filing Date
:NA
1)CHOU, Wen-San
(87) International Publication No
: NA
(61) Patent of Addition to Application Number
:NA
Filing Date
:NA
(62) Divisional to Application Number
:NA
Filing Date
:NA
(57) Abstract :
A motor includes a housing (1), a front cover (6), a rotating shaft (8), and a cooling fan (7). The front cover (6) is formed with
multiple air guiding fins (63) and multiple first inlet holes (64). The housing (1) is formed with multiple air intercepting fins (12) and
multiple second inlet holes (13). In use, one portion of the air current generated by the cooling fan (7) can be guided by the air guiding
fins (63) to pass through the first inlet holes (64) to enter the motors housing (1). Another portion of the air current can be intercepted
by the air intercepting fins (12) to pass through the second inlet holes (13) to enter the motors housing (1). The way of dissipating heat
through multiple paths allows the heat generated in the motor to be dissipated more effectively, so that heat is not easy to accumulate
in the motor.
No. of Pages : 20 No. of Claims : 7
The Patent Office Journal 31/03/2017
8913
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201634022780 A
(19) INDIA
(22) Date of filing of Application :01/07/2016
(43) Publication Date : 31/03/2017
(54) Title of the invention : MOBILE TERMINAL
(51) International classification
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
:H01B
:10-20150125062
:03/09/2015
:Republic
of Korea
:NA
:NA
: NA
:NA
:NA
:NA
:NA
(71)Name of Applicant :
1)LG ELECTRONICS INC.
Address of Applicant :128, YEOUI-DAERO,
YEONGDEUNGPO-GU, SEOUL 07336 REPUBLIC OF
KOREA
(72)Name of Inventor :
1)Sungpil KIM
2)Youngdo CHA
3)Bohyoung LEE
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
A mobile terminal is provided. The mobile terminal includes: a display unit having a window, and an LCD module provided below the
window; a first case spaced from the display unit and configured to support the display unit; and an edge member disposed between
the display unit and the first case, and formed along an edge of the display unit, wherein the window is formed to have a smaller size
than the LCD module in a first direction, such that at least part of the edge member contacts a side surface of the window, an upper
surface of the LCD module, and an inner side surface of the first case.
No. of Pages : 57 No. of Claims : 20
The Patent Office Journal 31/03/2017
8914
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201634023060 A
(19) INDIA
(22) Date of filing of Application :05/07/2016
(43) Publication Date : 31/03/2017
(54) Title of the invention : SINGLE PHASE MOTOR
(51) International classification
(31) Priority Document No
:H01F
(71)Name of Applicant :
:2015
1)JOHNSON ELECTRIC S.A.
10543827.1
Address of Applicant :FREIBURGSTRASSE 33, CH 3280 ,
:28/08/2015 MURTEN, SWITZERLAND
:China
(72)Name of Inventor :
:NA
1)Yue Li
:NA
2)Chui You Zhou
: NA
3)Yong Wang
:NA
4)Yong Li
:NA
:NA
:NA
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
A single phase permanent magnet motor includes a stator and a rotor. The stator includes a stator core and a stator winding. The stator
core includes an outer yoke, teeth extending inwardly from the outer yoke, and pole shoes extending from inner ends of the teeth. The
rotor is received in a space cooperatively defined by the pole shoes. The rotor includes circumferentially arranged permanent magnetic
poles. An outer circumferential surface of the permanent magnetic poles is concentric with an inner circumferential surface of the pole
shoes, such that a uniform air gap is formed between the pole shoes and magnetic poles. The single phase permanent magnet motor
forms the uniform air gap, which reduces the vibration and noise. The pole shoes form invisible positioning slots, which avoids the
negative effect of the positioning slots to the thickness of the air gap and reduces the startup dead point.
No. of Pages : 24 No. of Claims : 16
The Patent Office Journal 31/03/2017
8915
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201634029548 A
(19) INDIA
(22) Date of filing of Application :30/08/2016
(43) Publication Date : 31/03/2017
(54) Title of the invention : COMPRESSOR SYSTEM WITH GROOVED EXPANSION JOINT
(51) International classification
:F25B 9/10 (71)Name of Applicant :
(31) Priority Document No
:14/870,607 1)INGERSOLL-RAND COMPANY
(32) Priority Date
:30/09/2015
Address of Applicant :800-D BEATY STREET, DAVIDSON
(33) Name of priority country
:U.S.A.
NORTH CAROLINA UNITED STATES OF AMERICA 28036.
(86) International Application No
:NA
(72)Name of Inventor :
Filing Date
:NA
1)MISTRY, Ritesh Kumar
(87) International Publication No
: NA
(61) Patent of Addition to Application Number
:NA
Filing Date
:NA
(62) Divisional to Application Number
:NA
Filing Date
:NA
(57) Abstract :
A melt spinning device in which the aperture area between a spinneret and a cooler is adjustable by a simple operation is provided. A
melt spinning device includes a spinning unit 2 to which a spinning pack 12 having a spinneret 13 is attached, and a cooling cylinder
21 provided below the spinning unit 2 to cool a yarn Y (filaments f) spun out from the spinneret 13. The melt spinning device further
includes an exhaust ring 16 provided between the spinning unit 2 and the cooling cylinder 21 and in which openings 16a are formed at
intervals in the circumferential direction, and an adjustment ring 26 attached to be movable relative to the exhaust ring 16 and
adjusting the aperture area of each of the openings 16a.
No. of Pages : 26 No. of Claims : 23
The Patent Office Journal 31/03/2017
8916
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201634029958 A
(19) INDIA
(22) Date of filing of Application :01/09/2016
(43) Publication Date : 31/03/2017
(54) Title of the invention : SYRINGE
(51) International classification
:A61M3/00 (71)Name of Applicant :
(31) Priority Document No
:104130113 1)YUE PFONG INTERNATIONAL TECHNOLOGY
(32) Priority Date
:11/09/2015 CORP.
(33) Name of priority country
:Taiwan
Address of Applicant :NO. 40-1, 34RD., TAICHUNG
(86) International Application No
:NA
INDUSTRIAL PARK, TAICHUNG, TAIWAN, R.O.C.
Filing Date
:NA
(72)Name of Inventor :
(87) International Publication No
: NA
1)Shui-Sheng LAI
(61) Patent of Addition to Application Number
:NA
Filing Date
:NA
(62) Divisional to Application Number
:NA
Filing Date
:NA
(57) Abstract :
SYRINGE A syringe is provided. The syringe includes a barrel, a needle assembly and a plunger. The barrel includes a tapered section
at an end of the barrel. The barrel defines an inner space. The needle assembly includes an adapter, a needle base and a needle. The
adapter is detachably disposed in the tapered section. The needle base is assembled to the adapter. The needle is disposed on an end of
the needle base remote from the adapter. A code is disposed on an outer face of the adapter. The code is a height-differentiated
structure engraved by a mold with which the adapter is molded and manufactured. The plunger includes a resilient piston and a push
member. The resilient piston is slidably disposed in the inner space of the barrel. An end of the push member is disposed through the
resilient piston.
No. of Pages : 16 No. of Claims : 10
The Patent Office Journal 31/03/2017
8917
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201634029964 A
(19) INDIA
(22) Date of filing of Application :01/09/2016
(43) Publication Date : 31/03/2017
(54) Title of the invention : SINGLE PHASE PERMANENT MAGNET MOTOR
(51) International classification
(31) Priority Document No
:H02K21/00 (71)Name of Applicant :
:2015 1055
1)Johnson Electric S.A.
2073.6
Address of Applicant :33 FREIBURGSTRASSE MURTEN
:01/09/2015 SWITZERLAND CH-3280 West Bengal India
:China
(72)Name of Inventor :
:NA
1)Yue LI
:NA
2)Chui You ZHOU
: NA
3)Yong WANG
:NA
4)Yong LI
:NA
:NA
:NA
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
Single Phase Permanent Magnet Motor The present invention provides a single phase permanent magnet motor including a stator core
and a permanent magnet rotor. The stator core includes an end portion and two arm portions extending from the end portion. Each arm
portion includes a connecting arm connected to the end portion and a pole claw formed at a distal end of the connecting arm. The two
pole claws defines a receiving space. The rotor is rotatably disposed in the receiving space of the stator core. The rotor includes a rotor
core made of a magnetic material and at least one permanent magnet attached to the rotor core.
No. of Pages : 17 No. of Claims : 13
The Patent Office Journal 31/03/2017
8918
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201634029965 A
(19) INDIA
(22) Date of filing of Application :01/09/2016
(43) Publication Date : 31/03/2017
(54) Title of the invention : SINGLE PHASE PERMANENT MAGNET MOTOR
(51) International classification
(31) Priority Document No
:H02K21/00 (71)Name of Applicant :
:2015 1057
1)JOHNSON ELECTRIC S.A.
4978.3
Address of Applicant :33 FREIBURGSTRASSE MURTEN
:10/09/2015 SWITZERLAND CH-3280
:China
(72)Name of Inventor :
:NA
1)Yue LI
:NA
2)Chui You ZHOU
: NA
3)Yong WANG
:NA
4)Yong LI
:NA
:NA
:NA
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
A single phase permanent magnet motor includes a stator and a rotor rotatable relative to the stator. The stator includes a stator core
and a winding wound around the stator core. The rotor includes a rotor core and a plurality of permanent magnetic poles. The stator
core includes at least one first stator core lamination and at least one second stator core lamination stacked with the first stator core
lamination. Inner structures of the first stator core lamination and the second stator core lamination are different. This structure
reduces motors vibration and noise, avoids possible startup dead point and improves the motor startup reliability.
No. of Pages : 31 No. of Claims : 11
The Patent Office Journal 31/03/2017
8919
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201634029966 A
(19) INDIA
(22) Date of filing of Application :01/09/2016
(43) Publication Date : 31/03/2017
(54) Title of the invention : FLUID DRIVING DEVICE, MOTOR ASSEMBLY AND CENTRIFUGAL FRICTION CLUTCH
THEREOF
(51) International classification
(31) Priority Document No
:F16D43/00 (71)Name of Applicant :
:2015 1055
1)JOHNSON ELECTRIC S.A.
6394.3
Address of Applicant :33 FREIBURGSTRASSE
:02/09/2015 SWITZERLAND CH-3280
:China
(72)Name of Inventor :
:NA
1)Yue LI
:NA
2)Li Sheng LIU
: NA
3)Yong WANG
:NA
4)Ya Ming ZHANG
:NA
:NA
:NA
MURTEN
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
Fluid Driving Device, Motor Assembly And Centrifugal Friction Clutch Thereof A centrifugal friction clutch includes a centrifugal
part comprising a sleeve ring with centrifugal plates disposed thereon. A connecting member is attached around the centrifugal part.
When the centrifugal part rotates with the rotary shaft, free ends of the centrifugal plates flare radially outwardly and abut against the
connecting member, to cause the connecting member to rotate by a frictional force raised between the centrifugal part and the
connecting member.
No. of Pages : 20 No. of Claims : 15
The Patent Office Journal 31/03/2017
8920
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201634002269 A
(19) INDIA
(22) Date of filing of Application :21/01/2016
(43) Publication Date : 31/03/2017
(54) Title of the invention : MOBILE TERMINAL AND METHOD OF CONTROLLING THE SAME
(51) International classification
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
:G01B11/00
:10-20150137030
:25/09/2015
:Republic
of Korea
:NA
:NA
: NA
:NA
:NA
:NA
:NA
(71)Name of Applicant :
1)LG ELECTRONICS INC.
Address of Applicant :128, YEOUI-DAERO,
YEONGDEUNGPO-GU, SEOUL, 07336, REPUBLIC OF
KOREA
(72)Name of Inventor :
1)Hyerim KU
2)YOOMEE SONG
3)ARIM KWON
4)HYUNGTAE JANG
5)JUNGMIN PARK
6)HYUNGSUN KIM
7)KYUHEE KIM
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
A mobile terminal including a camera; a touch screen configured to output a picture received through the camera, said picture having
at least a first image text portion having a first attribute and a second image text portion having a second attribute different than the
first attribute; and a controller configured to display first and second graphic objects indicating the first and second image text portions
are selectable, perform a first predetermined function corresponding to the first attribute of the first image text portion in response to
the first graphic object or the first image text portion being selected, and perform a second predetermined function corresponding to
the second attribute of the second image text portion in response to the second graphic object or the second image text portion being
selected.
No. of Pages : 67 No. of Claims : 20
The Patent Office Journal 31/03/2017
8921
(12) PATENT APPLICATION PUBLICATION
(21) Application No.1035/KOL/2015 A
(19) INDIA
(22) Date of filing of Application :30/09/2015
(43) Publication Date : 31/03/2017
(54) Title of the invention : A SURFACE COATING MATERIAL FOR ACOUSTIC ATTENUATION EQUIPMENTS
COMPRISING A BI-LAYER STRUCTURE HAVING A BASE COAT AND A TOP-COAT.
(51) International classification
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(71)Name of Applicant :
1)BHARAT HEAVY ELECTRICALS LIMITED
:E04F15/20
Address of Applicant :REGIONAL OPERATIONS
:NA
DIVISION(ROD), PLOT NO:9/1, DJ BLOCK 3RD FLOOR,
:NA
KARUNAMOYEE, SALTLAKE CITY, KOLKATA-700091,
:NA
HAVING ITS REGISTERED OFFICE AT BHEL HOUSE, SIRI
:NA
FORT, NEW DELHI - 110049, INDIA.
:NA
(72)Name of Inventor :
: NA
1)HARISH KUMAR NIGAM
:NA
2)VIPUL AGRAWAL
:NA
3)BABOO SONWANE
:NA
4)VAIBHAV PANCHBHAI
:NA
5)KALAKONDA SRISAI BABU
6)DR SUKUMAR ROY
(57) Abstract :
A surface coating material for acoustic attenuation equipments comprising: a bilayer structure having a base-coat and a top-coat.
No. of Pages : 30 No. of Claims : 7
The Patent Office Journal 31/03/2017
8922
(12) PATENT APPLICATION PUBLICATION
(21) Application No.1078/KOL/2009 A
(19) INDIA
(22) Date of filing of Application :18/08/2009
(43) Publication Date : 31/03/2017
(54) Title of the invention : A METHOD FOR THE ENZYMATIC TRANSESTERIFICATION OF OILS
(51) International classification
:C11C3/10 (71)Name of Applicant :
(31) Priority Document No
:NA
1)M/S INDIAN INSTITUTE OF TECHNOLOGY
(32) Priority Date
:NA
Address of Applicant :INDIAN INSTITUTE OF
(33) Name of priority country
:NA
KHARAGPUR 721302 West Bengal India
(86) International Application No
:NA
(72)Name of Inventor :
Filing Date
:NA
1)RINTU BANERJEE
(87) International Publication No
: NA
2)GARLAPATI VIJAY KUMAR
(61) Patent of Addition to Application Number
:NA
3)ANNAPURNA KUMARI
Filing Date
:NA
4)PARAMITA MAHAPATRA
(62) Divisional to Application Number
:NA
5)RAVI KANT
Filing Date
:NA
(57) Abstract :
This invention relates to a process for the preparation of biodiesel form vegetable oils comprising the step of conducting a
transesterification reaction of the oil with alchhol in a solvent, wherein the transesterification reaction is carried out in the presence of
an immobilized lipase enzyme.
No. of Pages : 16 No. of Claims : 12
The Patent Office Journal 31/03/2017
8923
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201634030113 A
(19) INDIA
(22) Date of filing of Application :02/09/2016
(43) Publication Date : 31/03/2017
(54) Title of the invention : FINANCIAL DEVICE AND CONTROL METHOD THEREOF
(51) International classification
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
:H03L
:10-20150123977
:02/09/2015
:Republic
of Korea
:NA
:NA
: NA
:NA
:NA
:NA
:NA
(71)Name of Applicant :
1)LG CNS CO., LTD.
Address of Applicant :24 YEOUI-DAERO,
YEONGDEUNGPO-GU SEOUL REPUBLIC OF KOREA 07320
West Bengal India
(72)Name of Inventor :
1)PARK, Maeng Cheol
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
A financial device may include: one or more modules each including a storage unit; and a main control unit configured to disconnect
power to the one or more modules after operation information is stored in the storage unit, when entering a power saving mode. The
storage unit may store the operation information of the corresponding module of the one or more modules, when entering the power
saving mode.
No. of Pages : 37 No. of Claims : 12
The Patent Office Journal 31/03/2017
8924
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201634030167 A
(19) INDIA
(22) Date of filing of Application :02/09/2016
(43) Publication Date : 31/03/2017
(54) Title of the invention : FLUID DRIVING DEVICE, MOTOR ASSEMBLY AND CENTRIFUGAL FRICTION CLUTCH
THEREOF
(51) International classification
(31) Priority Document No
:F16D43/00 (71)Name of Applicant :
:2015 1055
1)Johnson Electric S.A.
7326.9
Address of Applicant :33 FREIBURGSTRASSE MURTEN
:02/09/2015 SWITZERLAND CH-3280 West Bengal India
:China
(72)Name of Inventor :
:NA
1)Yue LI
:NA
2)Li Sheng LIU
: NA
3)Yong WANG
:NA
4)Ya Ming ZHANG
:NA
:NA
:NA
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
Fluid driving device, Motor Assembly And Centrifugal Friction Clutch Thereof A centrifugal friction clutch is provided which
includes a first friction member to be fixed on a rotary shaft; a support portion to be fixed on the rotary shaft; a centrifugal device
disposed on the support portion, the centrifugal device including a cam portion and a centrifugal arm extending the cam portion, the
cam portion being rotating relative to the support portion when the centrifugal arm moves; and a friction connecting member disposed
between the first friction member and the support portion. When the support portion rotates along with the rotary shaft, a free end of
the centrifugal arm moves radially outwardly under a centrifugal force and drives the cam portion to rotate, the cam portion urges the
friction connecting member toward the first friction member when the cam portion rotates.
No. of Pages : 20 No. of Claims : 11
The Patent Office Journal 31/03/2017
8925
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201634030174 A
(19) INDIA
(22) Date of filing of Application :02/09/2016
(43) Publication Date : 31/03/2017
(54) Title of the invention : FLUID DRIVING DEVICE AND MOTOR ASSEMBLY THEREOF
(51) International classification
(31) Priority Document No
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(71)Name of Applicant :
:F16D43/00 1)JOHNSON ELECTRIC S.A.
:2015 1055
Address of Applicant :33 FREIBURGSTRASSE,
6394.3
SWITZERLAND MURTEN SWITZERLAND 3280
:02/09/2015 (72)Name of Inventor :
:China
1)Yue LI
:NA
2)Li Sheng LIU
:NA
3)Chui You ZHOU
: NA
4)Yong WANG
:NA
5)Ya Ming ZHANG
:NA
6)Gang LI
:NA
7)Yong LI
:NA
8)Wei ZHANG
9)Jie CHAI
(57) Abstract :
Fluid Driving Device And Motor Assembly Thereof A motor assembly includes a single phase motor and a friction clutch. The single
phase motor includes a stator and a rotor. The friction clutch includes a pressing member rotating with the rotor, and a connecting
member to be connected to a load. wherein when the pressing member rotates, the pressing member generates an axial or radial
movement to thereby exert a pressing force to the connecting member to cause the connecting member to rotate due to a factional
force generated between the pressing member and the connecting member. The present invention further provides a fluid driving
device incorporating the motor assembly.
No. of Pages : 25 No. of Claims : 14
The Patent Office Journal 31/03/2017
8926
(12) PATENT APPLICATION PUBLICATION
(21) Application No.201634030277 A
(19) INDIA
(22) Date of filing of Application :05/09/2016
(43) Publication Date : 31/03/2017
(54) Title of the invention : SINGLE PHASE PERMANENT MAGNET MOTOR
(51) International classification
(31) Priority Document No
:H02K21/00 (71)Name of Applicant :
:2015 1057
1)Johnson Electric S.A.
5665.X
Address of Applicant :33 FREIBURGSTRASSE, MURTEN,
:10/09/2015 SWITZERLAND CH-3280
:China
(72)Name of Inventor :
:NA
1)Yue LI
:NA
2)Chui You ZHOU
: NA
3)Yong WANG
:NA
4)Yong LI
:NA
:NA
:NA
(32) Priority Date
(33) Name of priority country
(86) International Application No
Filing Date
(87) International Publication No
(61) Patent of Addition to Application Number
Filing Date
(62) Divisional to Application Number
Filing Date
(57) Abstract :
ABSTRACT A single phase permanent magnet motor includes a stator and a rotor relative to the stator. The stator includes a stator
core with a winding wound therearound. The stator core includes stacked first and second stator core laminations. The first stator core
lamination includes a plurality of first pole shoes. The second stator core lamination includes a plurality of second pole shoes. The
structures of the first pole shoes and the second pole shoes are different. The first pole shoes and the second pole shoes are stacked
substantially along the axial direction of the motor. The present invention reduces vibration and noise caused by the use of a single
type of core laminations in the prior art.
No. of Pages : 33 No. of Claims : 11
The Patent Office Journal 31/03/2017
8927
Publication Under Section 43(2) in Respect of the Grant
Following Patents have been granted and any person interested in opposing these patents under Section 25(2) may at any time
within one year from the date of this issue, give notice to the Controller of Patents at the appropriate office, on the prescribed
form-7 along with written statement and evidence, if any.
Seri
al
Patent
Date of
Nu
Application Number
Number
Application
mb
er
Date of
Priority
Title of Invention
Name of Patentee
Date of
Publication Appropria
of Abstract te Office
u/s 11(A)
1
281704
889/DELNP/2010
06/11/2008
06/11/2007
SPARK IGNITION TYPE
INTERNAL
COMBUSTION ENGINE
TOYOTA JIDOSHA
KABUSHIKI KAISHA
13/09/2013 DELHI
2
281705
2059/DEL/2009
01/10/2009
13:52:06
01/10/2008
BRAKING APPARATUS
FOR ELEVATOR
Hitachi Ltd.,Hitachi
Mito Engineering Co.
Ltd.
23/08/2013 DELHI
3
281706
9066/DELNP/2008
15/05/2007
01/06/2006
FLEXIBLE PACKAGING
MADE FROM PLASTIC
AISAPACK HOLDING
27/03/2009 DELHI
S.A
4
281710
8428/DELNP/2008
04/04/2007
07/04/2006
NOVEL CLEANING
METHOD
XEROS LIMITED
08/05/2009 DELHI
HITACHI
CONSTRUCTION
MACHINERY CO.,
LTD.
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5
281711
5296/DELNP/2009
06/08/2008
25/09/2007
EXHAUST GAS
CLEANING SYSTEM FOR
CONSTRUCTION
MACHINE
6
281714
1214/DEL/2008
15/05/2008
15:25:50
17/05/2007
LOWER STRUCTURE
FOR A VEHICLE
SUZUKI MOTOR
CORPORATION
26/12/2008 DELHI
07/04/2007
REPROGRAMMING OF
SOMATIC CELLS
WHITEHEAD
INSTITUTE FOR
BIOMEDICAL
RESEARCH
11/06/2010 DELHI
KURARAY CO. LTD.
06/09/2013
27/06/2008 DELHI
7
281716
6398/DELNP/2009
07/04/2008
8
281717
688/DELNP/2011
06/07/2009
07/07/2008
POWDER MIXTURE FOR
THERMAL RECORDING
MATERIAL, COATING LIQUID
OF THERMAL RECORDING
MATERIAL, THERMAL
RECORDING MATERIAL, AND
METHOD FOR PRODUCING
THE POWDER MIXTURE FOR
THERMAL RECORDING
MATERIAL•
9
281718
3059/DELNP/2008
17/10/2006
17/10/2005
BLADE FOR A WIND
TURBINE ROTOR
LM GLASFIBER A/S
08/03/2005
METHOD FOR
PRODUCING BASE
LUBRICATING OIL
FROM WASTE OIL
ARI TECHNOLOGIES,
28/09/2007 DELHI
LLC.
20/04/2004
COMPOSITE
COMPONENT FOR A
VEHICLE BODY, IN
PARTICULAR A
VEHICLE ROOF, AND
PRODUCTION METHOD
FOR SAID COMPONENT
WEBASTO SE,BAYER
MATERIALSCIENCE 31/08/2007 DELHI
AG
10
11
281719
281721
6941/DELNP/2007
6869/DELNP/2006
01/03/2006
18/04/2005
The Patent Office Journal 31/03/2017
DELHI
8928
12
281722
10180/DELNP/2011 23/06/2009
23/06/2009
SYNERGISTIC
DETERGENT AND
ACTIVE METAL
COMPOUND
COMBINATION
13
281723
7649/DELNP/2010
29/05/2008
FCC FOR LIGHT FEED
UPGRADING
12/05/2009
RHODIA
OPERATIONS,THE
LUBRIZOL
CORPORATION
KELLOGG BROWN &
09/09/2011 DELHI
ROOT LLC
19/10/2012 DELHI
14
281724
1471/DELNP/2008
18/09/2006
19/09/2005
IMPROVED METHODS
FOR CONTROL OF SOILSYNGENTA
DWELLING PESTS
20/06/2008 DELHI
PARTICIPATIONS AG
AND/OR SOIL-BORNE
DISEASES
15
281725
7287/DELNP/2009
02/05/2008
14/05/2007
METHOD FOR
PRODUCING DIOLS
29/12/2006
CARBOXAMIDE
ABBVIE
COMPOUNDS AND
DEUTSHLAND GMBH 16/04/2010 DELHI
THEIR USE AS CALPAIN
& CO. KG,
INHIBITORS
28/12/2006
PRODUCTION METHOD OF
A-OLEFIN LOW POLYMER MITSUBISHI CHEMICAL
27/11/2009
AND STORAGE METHOD
CORPORATION
OF PYRROLE COMPOUND•
16
17
281726
281727
3893/DELNP/2009
28/12/2007
3938/DELNP/2009
25/10/2007
18
281730
782/DEL/2008
26/03/2008
14:31:33
19
281732
3567/DELNP/2012
08/10/2010
20
21
281735
281736
4097/DELNP/2010
1563/DELNP/2009
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06/09/2006
COGNIS IP
MANAGEMENT
GMBH
25/06/2010 DELHI
DELHI
AN INDUCTION BASED
HOIST COMMUNCATION
SYSFTEM USEFUL FOR
UNDERGROUND MINES.
COUNCIL OF
SCIENTIFIC &
INDUSTRIAL
RESEARCH
20/10/2009
SYNERGISTIC
ANTIMICROBIAL
COMPOSITION
DOW GLOBAL
30/10/2015 DELHI
TECHNOLOGIES LLC
09/11/2007
ANTI-VEGF ANTIBODY
COMPOSITIONS AND
METHODS
PEREGRINE
PHARMACEUTICALS,
12/11/2010 DELHI
INC.,AFFITECH
RESEARCH AS
06/09/2006
3H-NAPHTH0 [2, 1-B]
PYRANS AS
PHOTOCHROMIC
DICHROIC DYES AND
OPTICAL ARTICLE
CONTAINING THEM
ESSILOR
INTERNATIONAL
(COMPAGNIE
31/07/2009 DELHI
GENERALE
D™OPTIQUE),ALPHA
MICRON INC.
13/08/2010 DELHI
06/06/2008 DELHI
31/08/2016 DELHI
22
281739
1286/DELNP/2010
05/09/2008
18/09/2007
PROCESS FOR
PREPARING 2,2BAYER
DIFLUOROETHYLAMINE
INTELLECTUAL
DERIVATIVES BY
PROPERTY GMBH
AMIDE
HYDROGENATION
23
281743
2408/DEL/2007
15/11/2007
12:46:36
16/11/2006
EMULSION BASED
ADHESIVE
ROHM AND HAAS
COMPANY
24
281745
7503/DELNP/2011
04/03/2010
10/03/2009
A FUSION PROTEIN
BAYLOR RESEARCH
28/12/2012 DELHI
INSTITUTE
25
281749
8525/DELNP/2007
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NON-PNEUMATIC
VEHICLE TIRE
NEW TECH TIRE LLC. 04/07/2008 DELHI
The Patent Office Journal 31/03/2017
8929
RITTAL GMBH & CO.
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281754
3505/DELNP/2009
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02/02/2007
CONTROL CONSOLE
27
281756
9349/DELNP/2007
31/05/2006
03/06/2005
DISPLAYING MESSAGES RESEARCH IN
WITH DATE SEPARATOR MOTION LIMITED
11/01/2008 DELHI
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CYANIDE FREE
ELECTROLYTE
COMPOSITION FOR THE ENTHONE INC.
GALVANIC DEPOSITION
OF A COPPER LAYER
09/12/2011 DELHI
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28
281761
1117/DELNP/2011
15/07/2009
29
281762
8291/DELNP/2011
04/05/2010
04/05/2009
MICROPOROUS
PRECIPITATED SILICA
PPG INDUSTRIES
AND METHOD OF
OHIO, INC.
PREPERATION THEREOF
30
281763
752/DELNP/2010
06/11/2008
08/11/2007
SPARK IGNITION TYPE
INTERNAL
COMBUSTION ENGINE
TOYOTA JIDOSHA
KABUSHIKI KAISHA
30/07/2010 DELHI
31
281764
1460/DELNP/2010
16/09/2008
17/09/2007
DEVICE FOR FINE
MACHINING
WORKPIECES
GEHRING
TECHNOLOGIES
GMBH
06/08/2010 DELHI
21/06/2004
METHOD FOR VALIDATING
A NUMBER IN AN
ELECTRONIC DEVICE AND THOMSON LICENSING
ASSOCIATED ELECTRONIC
DEVICE
32
281765
7249/DELNP/2006
21/06/2005
24/08/2007
DELHI
33
281767
1701/DEL/2006
25/07/2006
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TEXTILE WET
PROCESSING
APPARATUS
FALMER
INVESTMENTS LTD.
A COMPANY
INCORPORATED
UNDER THE LAWS
OF BRITISH VIRGIN
ISLANDS.
34
281768
1067/DELNP/2007
02/08/2005
05/08/2004
METHOD OF ELECTRIC
TINNING
NIPPON STEEL
CORPORATION
35
281769
6001/DELNP/2008
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METHOD FOR APPLYING TRESPA
ONE OR MORE LAYERS INTERNATIONAL
TO A PAPER SUBSTRATE B.V.
36
281770
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OPTICAL FIBRE
CONNECTION DEVICES
TYCO ELECTRONICS
08/08/2008 DELHI
RAYCHEM BVBA.,
37
281771
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SYSTEM AND METHOD
FOR CONTROLLING
PILOT INJECTION
GENERAL ELECTRIC
04/07/2008 DELHI
COMPANY,
38
281773
9988/DELNP/2008
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PRODUCTION OF
ELECTRIC ENERGY
FROM SEA WAVES
HATZILAKOS,
CONSTANTINOS, A.
20/03/2009 DELHI
28/08/2006
METHOD TO INCREASE
THE ANTIOXIDANT
ACTIVITY OF
CHOCOLATE
PURATOS N. V.
20/08/2010 DELHI
11/05/2007
METHOD AND
APPARATUS FOR
CRYSTALLIZING
POLYMER PARTICLES
UOP LLC
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281777
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A ROLL TO ROLL
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STAMPED/PRINTED
FLEXIBLE PACKAGING
FILM OR LAMINATE &
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STAMPING/PRINTING
CHATURVEDI
ASHOK
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281778
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COSMETIC OR
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SAID COMPOSITION,
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281789
281790
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METHOD OF
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New York Air Brake
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SYNERGISTIC
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SHINDENGEN
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ELECTRIC CONNECTOR
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ELECTRIQUES
DEUTSCH
85
281849
9612/DELNP/2007
30/06/2006
30/06/2005
PROPHYLACTIC
BACTERICIDAL
IMPLANT
ARGENTUMCIDALEL
20/06/2008 DELHI
ECTRICS, INC.,
86
281850
2143/DEL/2015
15/07/2015
12:12:09
GREEN FORM
EXPANDABLE
POLYSTYRENE RESIN
VANKAYALA RAVI
KISHORE
87
281853
6839/DELNP/2007
24/02/2006
02/03/2005
COMPOSITION OF
INHIBITION OF
CATHEPSIN K
MERCK CANADA
INC.,MERCK FROSST 21/09/2007 DELHI
CANADA LTD
88
281854
1503/DELNP/2011
20/08/2009
02/09/2008
BIOMASS DERIVED
RADIATION CURABLE
LIQUID COATINGS
PPG INDUSTRIES
OHIO, INC.
09/12/2011 DELHI
89
281860
3120/DELNP/2010
17/11/2008
30/11/2007
NOVEL
GLUCOCORTICOID
RECEPTOR AGONISTS
PFIZER LIMITED
05/11/2010 DELHI
90
281861
1279/DEL/2006
26/05/2006
14:54:39
91
281863
6852/DELNP/2009
08/07/2008
ELECTRONIC
MINDA INDUSTRIES
SWITCHING SYSTEM
LTD.
FOR IN MOTOR CYCLES
24/07/2007
AERATION
APPARATUS•
The Patent Office Journal 31/03/2017
25/09/2015 DELHI
30/11/2007 DELHI
MITSUBISHI HITACHI
POWER SYSTEMS,
14/10/2011 DELHI
LTD.
8934
92
281865
5494/DELNP/2009
02/11/2007
23/03/2007
MODIFYING A CODED
BITSTREAM
THOMSON
LICENSING
20/08/2010 DELHI
14/10/2011 DELHI
07/05/2010 DELHI
93
281871
2076/DELNP/2010
11/03/2008
23/08/2007
THERMAL CYCLER FOR
PCR INCLUDING
AKONNI
TEMPERATURE
BIOSYSTEMS, INC.
CONTROL BLADDER
94
281873
790/DELNP/2010
08/10/2008
09/10/2007
NOVEL CONJUGATED
PROTEINS AND
PEPTIDES
08/08/2008 DELHI
13/11/2009 DELHI
POLYTHERICS
LIMITED
95
281874
3130/DELNP/2008
20/07/2006
26/09/2005
RETROREFLECTIVE
SHEETING COMPRISING AVERY DENNISON
A DIVERGENCE
CORPORATION
ENHANCING LAYER
96
281875
4371/DELNP/2009
14/01/2008
17/01/2007
EXTENSIBLE END
MEMBER FOR GAS
SPRING ASSEMBLY
17/08/2007 DELHI
BFS DIVERSIFIED
PRODUCTS, LLC
97
281876
7690/DELNP/2006
20/06/2005
21/06/2004
APPARATUS FOR USING
A SIGNALING CHANNEL
TO SET UP A CALL
REQUEST FOR A PUSH
QUALCOMM
TO TALK (PTT)
INCORPORATED
COMMUNICATION ON A
WIRELESS
COMMUNICATION
NETWORK
98
281877
4997/DELNP/2008
18/11/2005
18/11/2005
METHOD OF PRODUCING A
DIFFRACTION GRATING
NANOCOMP OY LTD.
ELEMENT
26/09/2008
99
281878
6029/DELNP/2007
10/02/2006
11/02/2005
DRIVE MECHANISM FOR TOROTRAK
INFINITELY VARIABLE (DEVELOPMENT)
TRANSMISSION
LIMITED
17/08/2007 DELHI
1328/DEL/2011
06/05/2011
12:01:25
27/05/2010
MARKER COMPOUND FOR
LIQUID HYDROCARBONS
AND OTHER FUELS AND
OILS
DOW GLOBAL
TECHNOLOGIES LLC
06/04/2012
04/12/2000
AIR CLEANER AND
METHOD FOR
INSTALLING A FILTER
ELEMENT IN AN AIR
CLEANER
DONALDSON
COMPANY INC.,
29/08/2008 DELHI
29/06/2004
STARTER , IN PARTICULAR
FOR A MOTOR VEHICLE,
VALEO EQUIPEMENTS
EQUIPPED WITH A
ELECTRIQUES
FRICTION-DRIVEN FREEMOTEUR,
WHEEL STARTER HEAD
100 281879
101 281886
102 281889
3140/DELNP/2008
6700/DELNP/2006
29/11/2001
29/06/2005
31/08/2007
DELHI
DELHI
DELHI
103 281890
2198/DEL/2006
05/10/2006
15:58:40
10/10/2005
METHOD AND
APPARATUS FOR
COUPLING AN ENERGY GENERAL ELECTRIC
07/09/2007 DELHI
STORAGE SYSTEM TO A COMPANY
VARIABLE ENERGY
SUPPLY SYSTEM
104 281892
107/DELNP/2009
05/07/2007
07/07/2006
DETERGENT
COMPOSITIONS
The Patent Office Journal 31/03/2017
THE PROCTER &
GAMBLE COMPANY
12/06/2009 DELHI
8935
105 281893
54/DELNP/2010
04/07/2008
05/07/2007
ENCHANCEMENT OF
THE EFFICACY OF
THERAPEUTIC
PROTEINS
106 281896
4237/DELNP/2009
21/12/2007
22/12/2006
A ROCK BOLT
107 281898
1036/DEL/2008
22/04/2008
17:12:23
23/04/2007
A CONNECTOR AND AN
SUMITOMO WIRING
ASSEMBLING METHOD
SYSTEMS, LTD.,
THEREFOR
19/12/2008 DELHI
01/02/2007
A pharmaceutical
composition for the
treatment or prevention of
Endometriosis
09/04/2010 DELHI
108 281899
109 281902
5265/DELNP/2009
2450/DEL/2008
01/02/2008
NORTH-WEST
UNIVERSITY
06/08/2010 DELHI
NORMET
INTERNATIONAL
LTD.
01/01/2010 DELHI
FERRING
INTERNATIONAL
CENTER S.A.
27/10/2008
15:29:45
A HOMEOPATHIC
PREPARATION FOR
RELEASE OF STUCK
SWAMI
PLACENTA DURING
PARMANAND JI
DELIVERY OF BABIES IN
ANIMALS
07/05/2010 DELHI
02/07/2010 DELHI
110 281904
7337/DELNP/2009
25/06/2007
25/06/2007
A LOW FRICTION
COMPOSITION FOR A
AUTOLIV
SEAT BELT AND A SEAT
DEVELOPMENT AB
BELT COATED WITH
SUCH A COMPOSITION
111 281906
6977/DELNP/2007
19/01/2005
19/01/2004
PRESSURE RING
SEALING
ARRANGEMENT
METIX (PTY)LIMITED 28/09/2007 DELHI
112 281911
938/DEL/2009
06/05/2009
16:01:17
06/05/2008
A WIND POWER PLANT
AND A METHOD OF
OPERATION THEREOF
SENVION SE
30/04/2010 DELHI
113 281912
2418/DEL/2008
23/10/2008
15:36:41
03/11/2007
REFRIGERANT
COMPRESSOR
SECOP GMBH
19/06/2009 DELHI
114 281914
5295/DELNP/2011
07/04/2010
09/04/2009
ANTI-Siglec-15
ANTIBODY •
DAIICHI SANKYO
31/08/2012 DELHI
COMPANY, LIMITED
115 281915
140/DEL/2008
17/01/2008
12:31:15
24/01/2007
A CONNECTOR AND
ASSEMBLING METHOD
THEREFOR
SUMITOMO WIRING
SYSTEMS,LTD.
29/08/2008 DELHI
GNOSIS SPA
27/03/2009 DELHI
116 281920
8923/DELNP/2008
08/08/2006
31/03/2006
SOLID ORAL
COMPOSITIONS BASED
ON S-ADENOSYL
METHIONINE AND/OR
NADH AND PROCESS
FOR OBTAINING THEM
117 281921
3015/DELNP/2008
13/10/2006
13/10/2005
CABLE AND CRIMP FOR
SYNTHES GMBH
BONE SURGERY
08/08/2008 DELHI
E.I. DU PONT DE
NEMOURS AND
COMPANY
30/07/2010 DELHI
THE COCA-COLA
03/10/2008 DELHI
118 281922
439/DELNP/2010
23/07/2008
25/07/2007
SOLUBILITY TAGS FOR
EXPRESSION AND
PURIFICATION OF
BIOACTIVE PEPTIDES
119 281923
7288/DELNP/2008
28/02/2007
06/03/2006
METHODS AND
The Patent Office Journal 31/03/2017
8936
APPARATUS FOR
MAKING A SELECTED
POST MIX BEVERAGE
COMPANY
TOYOTA JIDOSHA
CHARGING CONTROL
KABUSHIKI
APPARATUS FOR
KAISHA,FUJITSU
VEHICLE AND VEHICLE
TEN LIMITED
06/08/2010 DELHI
30/09/2010
α-YOHIMBINE AND ITS
DERIVATIVES AS
ANTIPSYCHOTIC
AGENTS AND PROCESS
OF THEIR
PREPARATIONS
COUNCIL OF
SCIENTIFIC &
INDUSTRIAL
RESEARCH
06/04/2012 DELHI
1546/DELNP/2008
21/07/2006
22/08/2005
DRIVER
CONFIGURATION FOR
AN ULTRASONIC FLOW
METER
DANIEL
MEASUREMENT AND 08/08/2008 DELHI
CONTROL, INC.
123 281946
2326/DEL/2006
25/10/2006
15:00:00
20/12/2005
VALVE FOR
ESSENTIALLY
GASTIGHT CLOSING OF
A FLOW PATH
VAT HOLDING AG
31/08/2007 DELHI
124 281947
642/DELNP/2010
21/08/2008
24/08/2007
SAFETY RAZOR WITH
IMPROVED GUARD
The Gillette Company
LLC
27/04/2012 DELHI
NOVARTIS AG
11/11/2011 DELHI
120 281930
121 281936
122 281941
1655/DELNP/2010
768/DEL/2010
12/09/2008
13/09/2007
125 281949
4666/DELNP/2010
16/01/2009
17/01/2008
PROCESS AND
INTERMEDIATES FOR
THE PREPARATION OF
5-BIPHENYL-4-YL-2METHYLPENTANOIC
ACID DERIVATIVES
126 281952
8407/DELNP/2008
04/04/2007
12/04/2006
PISTON FOR COLD
CHAMBER DIE-CASTING COPROMEC S.R.L
MACHINE
08/05/2009 DELHI
25/01/2013 DELHI
29/05/2009 DELHI
127 281953
9442/DELNP/2011
14/05/2010
27/05/2009
MIXTURES COMPOSED
OF FUNCTIONALIZED
DIENE RUBBERS WITH
LANXESS
TRIMETHYLOLPROPANE
DEUTSCHLAND
AND FATTY ACID, A
GMBH
PROCESS FOR
PRODUCTION THEREOF
AND USE THEREOF
128 281954
43/DELNP/2009
07/09/2007
20/09/2006
MODULATION
CONTROL OF POWER
GENERATION SYSTEM
PRATT & WHITNEY
CANADA CORP.
DELHI
129 281958
505/DEL/2011
24/02/2011
11:00:23
A PROCESS FOR
PREPARING STRONTIUM
BISMUTH TITANATE
CERAMICS
(SRBI4TI4O15)WITH
HIGH PIEZOELECTRIC
CHARGE COEFFICIENT
The Patent Office Journal 31/03/2017
DIRECTOR
GENERAL, DEFENCE
RESEARCH &
01/02/2013
DEVELOPMENT
ORGANIZATION
8937
130 281966
2664/DEL/2005
05/10/2005
131 281967
1298/DELNP/2010
17/09/2008
132 281969
4528/DELNP/2010
10/12/2008
COMPOSITIONS FOR
HNF/GAP
(TMETN+TEGDN) BASED
ADVANCED
PROPELLANTS AND
PROCESS OF
PREPARATION THEREOF
THE DIRECTOR
GENERAL DEFENCE
RESEARCH &
DEVELOPMENT
ORGANISATION
31/07/2009 DELHI
17/09/2007
CARTRIDGE LIFE
INDICATOR
The Gillette Company
LLC
13/08/2010 DELHI
20/12/2007
COATED PIPES HAVING
IMPROVED
MECHANICAL
PROPERTIES AT
BOREALIS
ELEVATED
TECHNOLOGY OY
TEMPERATURES AND A
METHOD OF
PRODUCTION
THEREOF•
13/09/2013 DELHI
LABORATOIRE
FRANCAIS DU
FRACTIONNEMENT
ET DES
BIOTECHNOLOGIES
27/03/2009 DELHI
133 281970
9908/DELNP/2008
31/05/2007
31/05/2006
RECOMBINANT OR
TRANSGENIC FACTOR
VII COMPOSITION,
EACH FACTOR VII
MOLECULE HAVING
TWO NGLYCOSYLATION SITES
WITH DEFINED GLYCAN
UNITS
134 281977
890/DELNP/2010
05/11/2008
06/11/2007
SPARK IGNITION TYPE
INTERNAL
COMBUSTION ENGINE
TOYOTA JIDOSHA
KABUSHIKI KAISHA
06/08/2010 DELHI
TELEFONAKTIEBOL
AGET LM ERICSSON
(PUBL)
24/08/2007 DELHI
135 281978
3784/DELNP/2007
22/12/2004
22/12/2004
TRANSMISSION IN A
SHARED MEDIUM
HAVING DIFFERENT
ACCESS MODES
136 281979
7672/DELNP/2008
14/03/2007
15/03/2006
HYBRID TRANSMISSION
TM4 INC
FOR HYBRID VEHICLES
14/11/2008 DELHI
14/05/2008
DEVICE FOR FILTERING A
COMPLEX LIQUID SUCH AS
DIRECTION ET
BLOOD, PARTICULARLY
PRIORITES
APPLICABLE TO AN
AUTOTRANSFUSER
02/03/2012
10/06/1998
COMPOSITIONS
COMPRISING THE
COMPOUND OF THE
FORMULA (I)
01/08/2008 DELHI
137 281982
138 281986
7998/DELNP/2010
542/DEL/2008
14/05/2009
31/05/1999
BAYER
AKTIENGESELLSCH
AFT
DELHI
DELHI
139 281989
7670/DELNP/2009
20/05/2008
31/05/2007
ELECTRICALLY
HEATABLE HONEYCOMB STRUCTURE
HAVING ZONES OF
INCREASED
RESISTANCE
The Patent Office Journal 31/03/2017
EMITEC
GESELLSCHAFT FUR
25/06/2010
EMISSIONSTECHNOL
OGIE MBH
8938
140 281991
605/DEL/2008
11/03/2008
2,3-DIDEOXY HEX-2ENOPYRANOSID-4ULOSES AND THEIR
DEIVATIVES AS
ANTITUBERCULAR
AGENTS AND A
PROCESS FOR
PREPARATIN THEREOF
COUNCIL OF
SCIENTIFIC &
INDUSTRIAL
RESEARCH
18/09/2009 DELHI
141 281994
9880/DELNP/2011
02/07/2010
02/07/2009
CATIONIC SYNTHETIC
POLYMERS WITH
IMPROVED SOLUBILITY
AND PERFORMANCE IN
HERCULES
SURFACTANT-BASED
INCORPORATED
SYSTEMS AND USE IN
PERSONAL CARE AND
HOUSEHOLD
APPLICATIONS
142 281995
4553/DELNP/2005
05/03/2004
08/08/2003
MOBILE STATION
RESEARCH IN
MOTION LIMITED
GENERAL ELECTRIC
26/12/2008 DELHI
COMPANY
27/09/2013 DELHI
18/09/2009 DELHI
143 282002
754/DEL/2008
25/03/2008
13:40:44
30/03/2007
METHOD AND
APPARATUS FOR
MEASURING FLOW IN
MULTI-DIMENSIONAL
ULTRASOUND
144 282004
5481/DELNP/2009
04/02/2008
14/02/2007
MESH DEPLOYMENT
APPARATUS
EASYLAP LTD.
10/09/2010 DELHI
145 282010
2648/DELNP/2007
12/10/2005
12/10/2004
ELECTROCHEMICAL
DEVICE
myFC AB
03/08/2007 DELHI
15/06/2005
METHOD FOR
COHERENCE-FILTERING BAKER HUGHES
OF ACOUSTIC ARRAY
INCORPORATED
SIGNALS
20/06/2008 DELHI
03/08/2007 DELHI
09/03/2012 DELHI
146 282011
9799/DELNP/2007
06/06/2006
147 282012
300/DELNP/2007
08/07/2005
12/07/2004
A THERAPEUTICALLY
ACCEPTABLE INFUSION
DIZLIN MEDICAL
OR INJACTION
DESIGN AB
SOLUTION OF
LEVODOPA
148 282014
9204/DELNP/2010
23/06/2009
26/06/2008
CATALYTIC GAS PHASE
FLUORINATION OF
ARKEMA, INC.
1230XA TO 1234YF
149 282015
9771/DELNP/2008
01/06/2007
01/06/2006
MASS SPECTROMETER
13/03/2006
A NEEDLE CONTAINING
MEDICAL DEVICE WITH
MEDIGARD LIMITED 01/05/2009 DELHI
VARIABLE LOCKING TO
NEEDLE HOLDER
20/05/2005
VOLTAGE CONTROL OF
UPCONVERTER IN A
TOYOTA JIDOSHA
MOTORED VEHICLE
KABUSHIKI KAISHA
DRIVE
150 282017
8397/DELNP/2008
09/03/2007
MICROMASS UK
LIMITED
20/03/2009 DELHI
DELHI
151 282019
8337/DELNP/2007
19/05/2006
The Patent Office Journal 31/03/2017
04/07/2008
8939
152 282021
153 282022
1837/DEL/2007
4139/DELNP/2007
30/08/2007
15:09:40
SCRATCH RESISTANT
COSMO FILMS
MATTE FILM FOR
LIMITED
THERMAL LAMINATION
11/11/2005
08/12/2004
PROCESS FOR THE
REMOVAL OF
DSM IP ASSETS
AMMONIA FROM AN
B.V.,THYSSENKRUPP 31/08/2007 DELHI
AMMONIA CONTAINING UHDE GMBH
GAS STREAM
03/04/2009 DELHI
154 282023
3347/DELNP/2009
22/12/2006
22/12/2006
CONTROL UNIT AND
CONTROL METHOD FOR
NUCTECH COMPANY
RADIATION SOURCE
LIMITED,TSINGHUA 16/04/2010 DELHI
AND RADIATION
UNIVERSITY
INSPECTION SYSTEM
AND METHOD THEREOF
155 282031
897/DEL/2010
15/04/2010
12:55:45
28/04/2009
ELECTRICAL JUNCTION SUMITOMO WIRING
BOX
SYSTEMS, LTD.
13/09/2013 DELHI
08/04/2008
MOBILE WIRELESS
COMMUNICATION
DEVICE WITH
SELECTIVE ANTENNA
LOAD SWITCHING AND
RELATED METHODS
RESEARCH IN
MOTION LIMITED
31/08/2016 DELHI
16/03/2005
AXLE TOWER AND
SYSTEM FOR
HENDRICKSON
ATTACHING A VEHICLE INTERNATIONAL
SUSPENSION
CORPORATION
COMPONENT
11/07/2008 DELHI
156 282037
157 282038
790/DEL/2009
7612/DELNP/2007
16/04/2009
16:45:57
16/03/2006
The Patent Office Journal 31/03/2017
8940
Publication Under Section 43(2) in Respect of the Grant
Following Patents have been granted and any person interested in opposing these patents under Section 25(2) may at any time
within one year from the date of this issue, give notice to the Controller of Patents at the appropriate office, on the prescribed
form-7 along with written statement and evidence, if any.
Seri
al
Patent
Nu
Number
mb
er
Application Number
Date of
Application
Date of
Priority
Title of Invention
Name of Patentee
Date of
Publication
of Abstract
u/s 11(A)
Appropriat
e Office
MUMBAI
26/09/2008
MUMBAI
1
281733
71/MUMNP/2012
15/06/2010
PROCESS TO PREPARE A
SURFACE-REACTED
OMYA
15/06/2009 CALCIUM CARBONATE
18/05/2012
INTERNATIONAL AG
IMPLEMENTING A
WEAK ACID,
2
281751
382/MUM/2007
27/02/2007
16:15:14
SAFETY MECHANISM
LARSEN & TOUBRO
FOR MOTOR OPERATOR
LIMITED
OF SWITCHING DEVICE
3
281755
295/MUMNP/2012
29/07/2010
PROCESS AND SYSTEM
07/08/2009 FOR THE PRODUCTION
OF ISOPRENE
LUMMUS
TECHNOLOGY INC.
24/08/2012
MUMBAI
31/08/2007
SYSTEM AND METHOD
FOR OBTAINING
26/09/2006
ADVERTISING
EXPOSURE TIME
TENCENT
TECHNOLOGY
22/05/2009
(SHENZHEN)
COMPANY LIMITED
MUMBAI
4
5
6
7
8
281796
281801
281803
281811
281813
589/MUMNP/2009
1297/MUMNP/2009
1290/MUMNP/2011
07/01/2008
06/11/2009
08/01/2007
VARIABLE LENGTH
CODING TECHNIQUES FOR QUALCOMM
CODED BLOCK
INCORPORATED
PATTERNS•
19/03/2010
MUMBAI
03/12/2008
A METHOD FOR
IMPROVING THE
WORKABILITY OF AN
AQUEOUS FORMULATION
WITH A HYDRAULIC
BINDER BASE
17/08/2012
MUMBAI
COATEX S.A.S
2334/MUMNP/2012 31/03/2011
PROCESS TO PRESERVE
AQUEOUS
PREPARATIONS OF
MINERAL MATERIALS
PRESERVED AQUEOUS
PREPARATIONS OF
OMYA
09/04/2010 MINERAL MATERIALS
20/12/2013
INTERNATIONAL AG
AND USE OF
PRESERVATIVE
COMPOUNDS IN
AQUEOUS
PREPARATIONS OF
MINERAL MATERIALS
MUMBAI
2431/MUMNP/2010 20/05/2009
MULTIPLE-MODE
LOCATION
23/05/2008 DETERMINING
METHODS AND
SYSTEMS
MUMBAI
The Patent Office Journal 31/03/2017
QUALCOMM
INCORPORATED
10/06/2011
8941
9
10
11
12
281814
281819
281824
281830
321/MUMNP/2011
1959/MUMNP/2010
564/MUMNP/2010
06/08/2009
METHOD FOR
MONITORING THE
11/08/2008
REMAINING LIFE OF A
BATTERY
ADVANCED BIT LINE
TRACKING IN HIGH
PERFORMANCE MEMORY
COMPILERS
ENDRESS+HAUSER
PROCESS
SOLUTIONS AG
05/08/2011
MUMBAI
QUALCOMM
INCORPORATED
24/12/2010
MUMBAI
27/02/2009
14/03/2008
25/09/2008
A DEVICE AND METHOD
FOR OPTIMIZING
CONTEXT-ADAPTIVE
QUALCOMM
27/09/2007
BINARY ARITHMETIC
INCORPORATED
CODING (CABAC) FOR
VIDEO DECODING
02/11/2012
MUMBAI
METHOD AND SYSTEM
FOR TRANSCRIBING
27/05/2008 TELEPHONE
CONVERSATION TO
TEXT
04/03/2011
MUMBAI
05/11/2010
MUMBAI
2459/MUMNP/2010 12/05/2009
QUALCOMM
INCORPORATED
FIELD COIL ASSEMBLY
OF ELECTROMAGNETIC
CLUTCH FOR
06/05/2008 COMPRESSOR AND
Hanon SYstems
METHOD FOR
MANUFACTURING THE
SAME
13
281835
1107/MUM/2009
27/04/2009
12:26:06
14
281851
173/MUM/2007
31/01/2007
GLAND FOR
UNDERWATER STRAIN
GAUGING
LARSEN & TOUBRO
LIMITED
26/09/2008
MUMBAI
15
281937
908/MUMNP/2009
02/11/2007
SELF ADHESIVE HARD
16/11/2006 SURFACE CLEANING
BLOCK
HINDUSTAN
UNILEVER LIMITED
03/07/2009
MUMBAI
16
281939
405/MUMNP/2009
07/11/2007
01/12/2006
HINDUSTAN
UNILEVER LIMITED
15/05/2009
MUMBAI
17
281940
2137/MUMNP/2009 28/02/2008
TRIPHENYL METHANE
18/05/2007 AND XANTHENE
PIGMENTS
HINDUSTAN
UNILEVER LIMITED
25/06/2010
MUMBAI
18
281943
2123/MUMNP/2011
23/04/2009
COMPOSITION
COMPRISING CLIMBAZOLE HINDUSTAN
FUNGICIDE AND ZINC
UNILEVER LIMITED
GLUCONATE
03/02/2012
MUMBAI
GODBOLE
PRASHANT
PRABHAKAR
01/01/2010
MUMBAI
FDC LIMITED
10/02/2012
MUMBAI
AMERICAN
STERILIZER
COMPANY
09/10/2009
MUMBAI
13/04/2010
FABRIC WHITENESS
GUIDE
19
281962
2081/MUM/2009
10/09/2009
15:26:21
A VARIABLE FRICTION
DAMPER FOR
CONTROLLING
VIBRATIONS AND
OSCILLATIONS OF
HYDRAULIC GATES
20
281963
283/MUM/2010
03/02/2010
16:13:18
A PROCESS FOR
PURIFICATION OF
LATANOPROST ACID
21
281976
1364/MUMNP/2009 24/01/2008
A CONTAINER FOR
05/02/2007 HOLDING AN
INSTRUMENT
The Patent Office Journal 31/03/2017
8942
22
23
24
25
26
281980
281984
281987
2984/MUM/2009
23/12/2009
16:33:15
2520/MUMNP/2008 26/06/2007
296/MUM/2005
18/03/2005
281990
1156/MUMNP/2010 18/11/2008
281992
19/12/2011
15:16:55
3559/MUM/2011
A NOVEL
PHARMACEUTICAL
FLOATING DOSAGE
FORM
TRANSMISSION
PARAMETER
28/06/2006 NEGOTIATION AFTER
PACKET-SWITCHED
HANDOVER
A DEVICE FOR
INTERLOCKING
MULTIPLE SWITCHING
DEVICES
FDC LIMITED
10/02/2012
MUMBAI
TELEFONAKTIEBOL
AGET LM ERICSSON 20/02/2009
(PUBL)
MUMBAI
LARSEN & TOUBRO
LIMITED
02/03/2007
MUMBAI
19/11/2010
MUMBAI
RELIANCE
INDUSTRIES
LIMITED
28/06/2013
MUMBAI
PANASONIC
INTELLECTUAL
PROPERTY
CORPORATION OF
AMERICA
08/01/2010
MUMBAI
FDC LIMITED
22/02/2013
MUMBAI
METHOD FOR
SYNCHRONIZING
CONTACTS STORED ON
QUALCOMM
18/11/2007 SMART CARD WITH
INCORPORATED
CONTACTS STORED IN
AN INTERNAL
MEMORY•
PROCESS FOR
PREPARATION OF
POLYESTERS AND COPOLYESTERS
ENCODING APPARATUS
AND DECODING
02/03/2007 APPARATUS IN A
SCALABLE CODING
SCHEME
27
281993
1648/MUMNP/2009 29/02/2008
28
281997
1552/MUM/2010
29
281998
1586/MUMNP/2008 29/12/2006
A VALVE TRIM FOR A
29/12/2005 PRESSURE REDUCTION
VALVE
IMI VISION LIMITED 17/10/2008
MUMBAI
1654/MUMNP/2009 29/02/2008
VOICE ENCODING
02/03/2007 DEVICE AND VOICE
ENCODING METHOD
PANASONIC
INTELLECTUAL
PROPERTY
CORPORATION OF
AMERICA
25/12/2009
MUMBAI
1198/MUMNP/2009 16/01/2008
METHOD AND
APPARATUS FOR USING
HISTORIC NETWORK
QUALCOMM
17/01/2007 INFORMATION FOR
INCORPORATED
DETERMINING
APPROXIMATE
POSITION•
17/07/2009
MUMBAI
19/06/2009
MUMBAI
30
31
32
282006
282020
282033
1471/MUM/2007
17/05/2010
16:31:44
01/08/2007
CALCIUM CITRATE
MALATE SUSPENSION
PROCESS OF
LYOPHILIZATION OF
FORMULATION
CONTAINING
MANNITOL
The Patent Office Journal 31/03/2017
SERUM INSTITUTE
OF INDIA PRIVATE
LIMITED
8943
Publication Under Section 43(2) in Respect of the Grant
Following Patents have been granted and any person interested in opposing these patents under Section 25(2) may at any time
within one year from the date of this issue, give notice to the Controller of Patents at the appropriate office, on the prescribed
form-7 along with written statement and evidence, if any.
Ser
ial
Patent
Nu
Number
mb
er
1
2
281699
281703
Application Number
5226/CHENP/2009
783/CHE/2008
Date of
Publication
of Abstract
u/s 11(A)
Appropriate
Office
BACKHAUL
COMMUNICATION FOR QUALCOMM
INTERFERENCE
Incorporated
MANAGEMENT
09/07/2010
CHENNAI
31/03/2008
THE FRAME RATE
CONVERTER AND A
METHOD FOR FRAME
RATE CONVERSION FOR
MEDICAL DEVICES
SKANRAY
HEALTHCARE
PRIVATE LIMITED
09/10/2009
CHENNAI
QUALCOMM
INCORPORATED
13/08/2010
CHENNAI
Date of
Application
21/03/2008
Date of
Priority
Title of Invention
23/03/2007
Name of Patentee
3
281708
846/CHENP/2010
14/08/2008
14/08/2007
MULTI-BANDWIDTH
COMMUNICATION
SYSTEM USING A
SHARED BASEBAND
PROCESSOR
4
281709
1815/CHE/2007
14/08/2007
15/08/2006
A TONER AND A
XEROX
PROCESS FOR
CORPORATION
PREPARING THE SAME
11/09/2009
CHENNAI
5
281713
148/CHENP/2010
01/07/2008
10/07/2007
CULTURE MEDIUM
FOR HAEMOPHILUS
INFLUENZAE TYPE B
SANOFI PASTEUR
02/07/2010
CHENNAI
OERLIKON TEXTILE
27/06/2008
GMBH & CO. KG
CHENNAI
6
281715
2363/CHE/2006
19/12/2006
20/09/2006
METHOD AND
APPARATUS FOR
GENERATING COLD
ENERGY IN A
POLYCONDENSATION
PROCESS
7
281731
5117/CHENP/2008
25/04/2007
25/04/2006
VARIABLE OFDM
MICROSOFT
SUBCHANNEL CODING TECHNOLOGY
AND MODULATION
LICENSING, LLC
20/03/2009
CHENNAI
28/09/2007
METHODS FOR INTRA
BASE STATION
HANDOVER
OPTIMIZATIONS
Qualcomm
Incorporated
27/08/2010
CHENNAI
8
9
10
281734
281737
281744
1287/CHENP/2010
26/09/2008
1281/CHE/2007
21/06/2007
14:40:37
IMPROVED PROCESS
FOR THE
PREPARATION OF
RABEPRAZOLE
MYLAN
LABORATORIES
LTD.
26/12/2008
CHENNAI
16/03/2006
APPARATUSES FOR
THE AMELIORATION
OF URINARY
INCONTINENCE IN
FEMALES
KIMBERLY-CLARK
WORLDWIDE, INC.
11/01/2008
CHENNAI
4614/CHENP/2007
17/03/2005
The Patent Office Journal 31/03/2017
8944
11
12
13
14
15
16
281746
281748
281750
281752
281753
281757
2781/CHE/2008
6970/CHENP/2009
126/CHE/2009
6080/CHENP/2008
6569/CHENP/2009
2310/CHENP/2009
12/11/2008
A WATER PURIFIER
ASSEMBLY PROVIDED
WITH WATER
LEAKAGE SENSING
AND INDICATING
MEANS
EUREKA FORBES
LIMITED
21/05/2010
CHENNAI
26/05/2008
SYSTEM AND METHOD
FOR MANAGING
MOBILE-TERMINATED
(MT) CALLS IN IMS
Research In Motion
NETWORK
Limited
ENVIRONMENT USING
ALTERNATIVE
SIGNALING
25/06/2010
CHENNAI
20/01/2009
15:43:40
ELECTRONIC
MEMBRANE LIFE
AQUAMALL WATER
ENHANCER FOR
25/11/2011
SOLUTIONS LTD.
WATER PURIFICATION
SYSTEM
CHENNAI
09/05/2007
09/05/2006
AQUEOUS TOBACCO
LEAF EXTRACT, USES
THEREOF IN THE
TREATMENT OF
DEPENDENCE•
NFL BIOSCIENCE
27/03/2009
CHENNAI
31/05/2007
System and Method for
Reducing Required
Throughput in an UltraWideBand System
Qualcomm
Incorporated
18/06/2010
CHENNAI
20/10/2006
SYSTEM AND METHOD
FOR REDUCING
JOHNSON MATTHEY
NITROGEN OXIDES
PUBLIC LIMITED
02/04/2010
PRESENT IN LEAN GAS COMPANY,
STREAM
CHENNAI
27/05/2008
19/10/2007
01/06/2007
17
281758
129/CHE/2007
19/01/2007
19/01/2006
METHOD FOR
PROCESSING INFERIOR
DISTILLATE OIL
CHINA PETROLEUM &
CHEMICAL
CORPORATION,FUSHU
N RESEARCH
28/11/2008
INSTITUTE OF
PETROLEUM AND
PETROCHEMICALS,
SINOPEC
18
281759
331/CHENP/2010
07/07/2008
18/07/2007
PROCESS FOR THE
POLYMERIZATION OF
OLEFINS
BASELL
POLIOLEFINE
ITALIA S.R.L
23/07/2010
CHENNAI
CHENNAI
CHENNAI
19
281766
5696/CHENP/2008
19/03/2007
27/03/2006
PYRIDYL-AND
PYRIMIDINYLSUBSTITUTED
NERVIANO
PYRROLE-,THIOPHENE- MEDICAL SCIENCES 03/04/2009
AND FURANES.r.l.
DERIVATIVES AS
KINASE INHIBITORS
20
281772
5222/CHENP/2008
10/04/2007
20/04/2006
LIVING BODY
OBSERVATION
SYSTEM
The Patent Office Journal 31/03/2017
OLYMPUS
CORPORATION
20/03/2009
CHENNAI
8945
21
281776
2432/CHE/2009
07/10/2009
14:52:51
01/07/2009
METHOD FOR
PREPARING SESAMIN
AND SESAMOLIN
FLAVOR FULL
FOODS INC
07/01/2011
CHENNAI
22
281780
2499/CHE/2006
29/12/2006
30/12/2005
A PROCESS FOR THE
PRODUCTION OF
PAPER
AKZO NOBEL N.V.
07/12/2007
CHENNAI
18/07/2005
LUMINESCENCE
KONINKLIJKE
SENSOR USING MULTIPHILIPS
LAYER SUBSTRATE
ELECTRONICS N.V.
STRUCTURE
19/09/2008
CHENNAI
A FUSE HOLDER AND A
LARSEN & TOUBRO
LINK MECHANISM
11/06/2010
LIMITED
THEREOF
CHENNAI
23
281782
301/CHENP/2008
07/07/2006
24
281794
484/CHE/2008
27/02/2008
25
281795
5557/CHENP/2007
03/05/2006
26
281798
5859/CHENP/2010
19/03/2009
03/06/2005
TERMINAL BOX
3M INNOVATIVE
PROPERTIES
COMPANY
28/03/2008
CHENNAI
26/03/2008
SYSTEM AND METHOD
TO IMPROVE UPLINK
ALCATEL-LUCENT
COVERAGE IN MULTI- USA Inc.
CARRIER SYSTEMS
15/04/2011
CHENNAI
27
281800
867/CHE/2009
15/04/2009
17:23:53
23/04/2008
STAINLESS SEPARATOR
FOR FUEL CELL AND
METHOD OF
MANUFACTURING THE
SAME
HYUNDAI STEEL
COMPANY
30/10/2009
CHENNAI
28
281808
7301/CHENP/2009
28/04/2008
13/06/2007
SECURABLE MOUNTING
3M INNOVATIVE
MATERIAL AND METHOD
PROPERTIES
OF MAKING AND USING
COMPANY
THE SAME
12/03/2010
CHENNAI
29
281820
1486/CHE/2009
25/06/2009
PROCESS FOR
PREPARING
METADOXINE
ASHOK KUMAR
RUDRABHAT,PRAB
HA SHANKAR
BODAPUNTI,LEELA
VATI BODAPUNTI
31/08/2016
CHENNAI
BRITISH AMERICAN
TOBACCO
30/03/2012
(INVESTMENTS)
LIMITED
CHENNAI
30
281828
1418/CHENP/2010
14/08/2008
15/08/2007
PRODUCTION OF
PLANTS WITH
DECREASED NITRITE
CONTENT
31
281831
2904/CHENP/2008
10/11/2006
11/11/2005
PHARMACEUTICAL
COMBINATION,PROCES EB IP Lybrido B.V.,
S AND KIT THEREOF
06/03/2009
CHENNAI
METHOD AND SYSTEM
FOR ASCERTAINING
IDENTITY OF PRIVATE
NETWORK NODES
SAMSUNG R & D
INSTITUTE INDIABANGALORE
PRIVATE LIMITED
01/06/2012
CHENNAI
09/09/2009
INKJET RECORDING
INK AND INK
CARTRIDGE
RICOH COMPANY,
LTD.
19/10/2012
CHENNAI
20/07/2007
''SUBSTITUTED
INDAZOLE
DERIVATIVES ACTIVE
AS KINASE
INHIBITORS''
NERVIANO
MEDICAL SCIENCES 05/11/2010
S.R.L
CHENNAI
32
281836
166/CHE/2008
21/01/2008
33
281844
1020/CHENP/2012
06/09/2010
34
281852
870/CHENP/2010
08/07/2008
The Patent Office Journal 31/03/2017
8946
35
36
37
281862
281864
281867
1924/CHENP/2008
853/CHE/2005
7641/CHENP/2010
14/09/2006
16/09/2005
A METHOD AND
SYSTEM FOR
CRYPTOGRAPHIC
ROLE-BASED ACCESS
CONTROL
KONINKLIJKE
PHILIPS
ELECTRONICS N.V
06/02/2009
CHENNAI
21/10/2005
CHENNAI
IDEMITSU KOSAN
CO., LTD.,NATIONAL
UNIVERSITY
CORPORATION
12/08/2011
NARA INSTITUTE OF
SCIENCE AND
TECHNOLOGY
CHENNAI
04/07/2005
METHOD AND SYSTEM
FOR VERIFICATION OF
WIPRO LIMITED
WIRELESS INTERFACES
BY A SOFTSWITCH
28/04/2009
02/05/2008
HYBRID PROTEIN
COMPRISING SHIGA
TOXIN PROTEINS,
CHOLERA TOXIN
PROTEINS OR
ESCHERICHIA COLI
HEAT-LABILE TOXIN
PROTEINS
14/10/2011
CHENNAI
38
281869
3574/CHENP/2009
18/12/2007
22/12/2006
A METHOD AND
SYSTEM FOR
DELIVERING MEDIA
CONTENT TO A MEDIA
ALCATEL LUCENT
DESTINATION DEVICE
OF A PLURALITY OF
MEDIA DESTINATION
DEVICES
39
281872
5693/CHENP/2008
22/03/2007
23/03/2006
ANTIBACTERIAL
AGENTS
BIOTA SCIENTIFIC
MANAGEMENT
PTY LTD
27/03/2009
CHENNAI
Excalibur IP. LLC.
06/11/2009
CHENNAI
40
281880
4916/CHENP/2009
27/03/2008
04/06/2007
ENCAPSULATION
STRUCTURE FOR
COOLING RACKED
SERVERS
41
281881
4685/CHENP/2010
09/03/2009
27/03/2008
IMMERSION NOZZLE
FOR CONTINUOUS
CASTING
KROSAKI HARIMA
CORPORATION
04/02/2011
CHENNAI
42
281883
2183/CHENP/2010
19/09/2008
20/09/2007
PRODUCTION OF
ISOPRENOIDS
AMYRIS, INC.
02/12/2011
CHENNAI
CERAMIQUES
TECHNIQUES ET
INDUSTRIELLES
S.A.,,IFP
21/08/2009
CHENNAI
43
281887
1507/CHENP/2009
14/05/2007
18/08/2006
METHOD FOR
IMPREGNATING A
POROUS BODY BY A
SUSPENSION AND
INSTALLATION FOR
IMPLEMENTING SAME
44
281888
3168/CHE/2009
24/12/2009
09:02:40
29/12/2008
SAFE FOLDING DEVICE Xiamen FuTai
FOR AN AUTOMATIC
Umbrella Industries
FOLDING UMBRELLA
Ltd.
20/08/2010
CHENNAI
45
281891
3573/CHENP/2009
18/12/2007
22/12/2006
A method for supplying
object code defined
information to users
ALCATEL LUCENT
14/10/2011
CHENNAI
46
281894
1176/CHENP/2011
06/08/2009
18/03/2009
HEAT EXCHANGER
MITSUBISHI
HITACHI POWER
SYSTEMS, LTD.
02/12/2011
CHENNAI
The Patent Office Journal 31/03/2017
8947
47
48
49
281895
281897
281900
2513/CHENP/2009
10/10/2007
10/10/2006
AN INTRA-MAMMARY
TEAT SEALANT
FORMULATION•
WISCONSIN
ALUMNI RESEARCH 25/06/2010
FOUNDATION
CHENNAI
15/12/2006
METHOD AND
APPARATUS FOR
CREATING AND
SENDING A CODE GRID Mobill Scandinavia AB 25/06/2010
TO A PORTABLE
COMMUNICATION
DEVICE
CHENNAI
03/06/2011
CHENNAI
3359/CHENP/2009
14/12/2007
1534/CHE/2010
03/06/2010
14:58:05
A NOVEL SYNERGISTIC
PHARMACEUTICAL
COMPOSITION FOR
TOPICAL APPLICATIONS
25/01/2008
CHENNAI
Bharat Biotech
International Limited
50
281901
4326/CHENP/2007
31/03/2006
31/03/2005
SYSTEM AND METHOD
FOR OBTAINING
CONTENT BASED ON
GOOGLE, INC
DATA FROM AN
ELECTRONIC DEVICE
51
281905
1937/CHE/2009
14/08/2009
14:57:57
18/08/2008
CONFIGURATION OF A
ABB TECHNOLOGY
PROCESS CONTROL
AG
SYSTEM
26/02/2010
CHENNAI
AMRITA VISHWA
VIDYAPEETHAM
28/11/2008
CHENNAI
52
281908
749/CHE/2007
10/04/2007
DUAL
MICROCONTRLLERBASED LIQUID
INFUSION DEVICE
53
281909
2743/CHE/2009
09/11/2009
18:19:17
A SYNTHETIC CYCLIC
DIPEPTIDE AND A
PROCESS THEREOF
JAWAHARLAL NEHRU
CENTRE FOR
14/01/2011
ADVANCED
SCIENTIFIC RESEARCH
CHENNAI
27/03/2008
25/06/2007
METHOD AND
APPARATUS FOR
SORTING WEB PAGES
to avoid users blindly
raising scores of web pages
SHENZHEN SHI JI
GUANG SU
INFORMATION
TECHNOLOGY CO.,
LTD.
23/07/2010
CHENNAI
27/08/2007
MONITORING OF
NEWLY ADDED
COMPUTER NETWORK
RESOURCES HAVING
SERVICE LEVEL
OBJECTIVES
INTERNATIONAL
BUSINESS
MACHINES
CORPORATION
03/09/2010
CHENNAI
20/03/2006
METHOD OF ENABLING
WIRELESS
COMMUNICATION
LUCENT
OVER NETWORK IN
TECHNOLOGIES
RESPONSE TO AN
INC.
INDICATION OF
EMERGENCY
13/03/2009
CHENNAI
A METHOD FOR
BEACON EXCHANGE
BETWEEN DEVICES
WITH ASYMMETRIC
LINKS
04/01/2008
CHENNAI
54
55
56
57
281910
281916
281918
281919
446/CHENP/2010
1525/CHENP/2010
4837/CHENP/2008
1983/CHE/2005
20/08/2008
09/03/2007
30/12/2005
The Patent Office Journal 31/03/2017
SAMSUNG R&D
INSTITUTE INDIABANGALORE
PRIVATE LIMITED
8948
58
281924
3179/CHENP/2008
12/12/2006
22/12/2005
REMOTE CONTROL
EXTENSION WITH
LIMITED COMMAND
DURATION
59
281935
8665/CHENP/2010
31/07/2009
01/08/2008
CELL DETECTION
WITH INTERFERENCE
CANCELLATION
QUALCOMM
Incorporated
14/10/2011
CHENNAI
20/08/2008
METHODS AND
APPARATUS FOR
REQUESTING AND
ALLOCATING
RESOURCES IN
MULTIPLE
TRANSMISSION
OPPORTUNITIES
QUALCOMM
INCORPORATED
02/12/2011
CHENNAI
CHENNAI
60
281938
961/CHENP/2011
16/08/2009
HOME CONTROL
SINGAPORE PTE.
LTD.,
06/03/2009
CHENNAI
61
281944
1521/CHENP/2010
21/08/2008
22/08/2007
ASCORBIC ACID
DERIVATIVE OR SALT
THEREOF, METHOD
SEIWA KASEI
13/08/2010
FOR PRODUCING THE COMPANY, LIMITED
SAME, AND COSMETIC
PREPARATION
62
281945
3503/CHENP/2008
11/11/2006
20/01/2006
MICROSOFT
TIERED ACHIEVEMENT
TECHNOLOGY
SYSTEM
LICENSING, LLC
13/03/2009
CHENNAI
QUALCOMM
INCORPORATED
21/08/2009
CHENNAI
MICROSOFT
TECHNOLOGY
LICENSING, LLC
63
281948
3332/CHENP/2009
20/12/2007
22/12/2006
A THREEDIMENSIONAL (3D)
GRAPHICS PIPELINE,
METHOD AND
APPARATUS FOR
PROVIDING PIXEL
RENDERING•
64
281950
2488/CHENP/2008
08/12/2006
08/12/2005
PEER-TO-PEER
REMEDIATION
06/03/2009
CHENNAI
CHENNAI
20/08/2010
CHENNAI
65
281955
1755/CHENP/2010
21/08/2008
24/09/2007
TENCENT
METHOD AND SYSTEM
TECHNOLOGY
FOR PROCESSING
20/08/2010
(SHENZHEN)
PICTURES
COMPANY LIMITED
66
281956
1668/CHENP/2010
25/03/2009
27/03/2008
SYSTEM AND
TERMINAL
21/04/2006
A SYSTEM AND METHOD
MICROSOFT
FOR CONTROLLING
TECHNOLOGY
CONGESTION ON
LICENSING, LLC
NETWORK CONNECTIONS
20/03/2009
CHENNAI
12/12/2005
IMPROVING
PERFORMANCE AND
EFFICIENCY OF
WIRELESS DEVICES
MICROSOFT
TECHNOLOGY
LICENSING, LLC
06/03/2009
CHENNAI
17/10/2006
METHODS OF
NETWORK-INITIATED
PARTIAL-SESSION
TRANSFER
LUCENT
TECHNOLOGIES
INC.
21/08/2009
CHENNAI
67
68
69
281957
281960
281961
5537/CHENP/2008
2616/CHENP/2008
1956/CHENP/2009
23/04/2007
13/11/2006
05/10/2007
The Patent Office Journal 31/03/2017
SHARP KABUSHIKI
KAISHA
8949
70
71
281964
281968
APTAMER AGAINST IL- THE UNIVERSITY OF
02/12/2011
17 AND USE THEREOF TOKYO
CHENNAI
30/03/2009
17:50:07
METHOD AND SYSTEM
FOR REVERSE PLAYBACK
OF ENCODED
MULTIMEDIA CONTENT
SAMSUNG R&D
INSTITUTE INDIA15/10/2010
BANGALORE PRIVATE
LIMITED
CHENNAI
TRANSMISSION DEVICE,
BASE STATION DEVICE
AND WIRELESS
COMMUNICATION
METHOD
SHARP KABUSHIKI
KAISHA
21/08/2009
CHENNAI
HIERARCHICAL
SERVICE
MANAGEMENT
ACCENTURE
GLOBAL SERVICES
LIMITED
08/07/2011
CHENNAI
ETHYLENE/ALPHAOLEFINS BLOCK
INTERPOLYMERS
DOW GLOBAL
23/11/2007
TECHNOLOGIES LLC
CHENNAI
A MONOCLONAL
ANTIBODY AND A
METHOD THEREOF
BIOCON
LIMITED,CENTRO
DE INMUNOLOGIA
MOLECULAR
18/09/2009
CHENNAI
891/CHENP/2011
14/07/2009
732/CHE/2009
72
281971
3918/CHENP/2009
27/12/2007
73
281972
23/CHE/2010
05/01/2010
17:02:27
74
281981
4041/CHENP/2007
15/03/2006
14/07/2008
28/12/2006
17/03/2005
75
281985
650/CHE/2008
14/03/2008
76
281988
3123/CHENP/2008
25/01/2007
30/01/2006
BAYESIAN
DEMOSAICING USING
A TWO-COLOR IMAGE
MICROSOFT
TECHNOLOGY
LICENSING, LLC
06/03/2009
CHENNAI
77
282000
6118/CHENP/2010
20/03/2009
21/03/2008
CAPACITANCE
MULTIPLIER CIRCUIT
QUALCOMM
INCORPORATED
20/05/2011
CHENNAI
TENCENT
TECHNOLOGY
21/08/2009
(SHENZHEN)
COMPANY LIMITED
CHENNAI
CHENNAI
78
282001
766/CHE/2008
28/03/2008
30/03/2007
A METHOD FOR
INTEGRATING E-MAIL
BOXES PROVIDED BY A
PLURALITY OF
SERVICE PROVIDERS
79
282005
3690/CHENP/2009
21/12/2007
22/12/2006
SUBSTITUTED
ACETOPHENONES
USEFUL IN THERAPY
LEO Pharma A/S
SYSTEM AND METHOD
FOR AUTOMATICALLY
STAMPING BASED ON
VALIDATION IN A MULTIFUNCTION PERIPHERAL
(MFP)
SAMSUNG R& D
INSTITUTE INDIA
08/11/2013
BANGALORE PRIVATE
LIMITED
CHENNAI
31/01/2007
A FUEL CELL SYSTEM
GM GLOBAL
TECHNOLOGY
OPERATIONS, INC
11/09/2009
CHENNAI
14/06/2007
A METHOD AND
SYSTEM FOR
SIMULTANEOUS
EXECUTION OF POINTIN-TIME COPY
OPERATIONS•
INTERNATIONAL
BUSINESS
MACHINES
CORPORATION
25/06/2010
CHENNAI
04/10/2007
'B7 FAMILY MEMBER
zB7H6 AND METHODS'
ZYMOGENETICS,
INC.
80
282009
2760/CHE/2007
26/11/2007
15:35:10
81
282016
253/CHE/2008
31/01/2008
82
282018
221/CHENP/2010
28/04/2008
18/06/2010
CHENNAI
83
282032
1821/CHENP/2010
06/10/2008
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84
85
86
87
88
89
90
282034
282035
282036
282039
282040
282041
282048
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4753/CHENP/2008
651/CHE/2007
1332/CHENP/2008
7528/CHENP/2009
1714/CHENP/2010
673/CHENP/2010
19/01/2007
METHOD AND
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TRANSMITTING AND
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INFORMATION
SUPPORTING
HANDOVER AND/OR
ROAMING IN DIGITAL
BROADCASTING
SYSTEM
SAMSUNG
ELECTRONICS CO.,
LTD.
11/06/2010
CHENNAI
09/03/2006
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TRANSMITTER FOR
USE IN A SATELLITE
NAVIGATION SYSTEM
EUROPEAN SPACE
AGENCY
13/03/2009
CHENNAI
30/03/2007
MAGNETIC TAMPER
DETECTION CIRCUIT
FOR TRI-VECTOR
METER
LARSEN &TOUBRO
LIMITED
28/11/2008
CHENNAI
12/09/2006
19/09/2005
BIOCATALYTIC
MANUFACTURING OF
(METH)ACRYLIC
ESTERS
BASF SE
28/11/2008
CHENNAI
29/05/2007
VESICLE USEFUL FOR
EXTERNAL
PREPARATION FOR
POLA CHEMICAL
SKIN, AND EXTERNAL
INDUSTRIES INC
PREPARATION FOR
SKIN COMPRISING THE
VESICLE
09/04/2010
CHENNAI
30/09/2007
SYSTEMS AND METHODS
FOR ASYNCHRONOUSLY
JOINING AND LEAVING
OPTICAL FUSION INC.
VIDEO CONFERENCES
AND MERGING MULTIPLE
VIDEO CONFERENCES
03/09/2010
CHENNAI
31/07/2007
CELL-PENETRATING
PEPTIDES AND USE
THEREOF BONDED TO
BIOMOLECULES WITH
THERAPEUTIC
ACTION•
27/08/2010
CHENNAI
13/03/2009
CHENNAI
13/03/2009
CHENNAI
17/01/2008
09/03/2006
10/04/2008
29/09/2008
31/07/2008
CENTRO DE
INGENIERIA
GENETICA Y
BIOTECNOLOGIA
91
282051
4925/CHENP/2008
16/03/2007
17/03/2006
INTERNAL
COMBUSTION
EXCHANGER-REACTOR IFP ENERGIES
FOR FIXED BED
NOUVELLES
ENDOTHERMIC
REACTION
92
282054
4693/CHENP/2008
23/03/2007
26/04/2006
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CHANGE SEARCH
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Publication Under Section 43(2) in Respect of the Grant
Following Patents have been granted and any person interested in opposing these patents under Section 25(2) may at any time
within one year from the date of this issue, give notice to the Controller of Patents at the appropriate office, on the prescribed
form-7 along with written statement and evidence, if any.
Ser
ial
Patent
Date of
Nu
Application Number
Number
Application
mb
er
1
2
3
4
281700
281707
281712
281720
Date of
Priority
Title of Invention
UHDENORA, S.P.A.
16/07/2010
KOLKATA
34/KOLNP/2010
4163/KOLNP/2010
SOLAR CONTROL
GLAZING PROVIDED
SAINT-GOBAIN
13/05/2009 19/05/2008 WITH A STACK OF
GLASS FRANCE
THIN-FILM
MULTILAYER COATING
11/11/2011
KOLKATA
1976/KOLNP/2010
PROCESSES FOR
PRODUCING
VERTEX PHARMA
04/12/2008 07/12/2007 CYCLOALKYLCARBOXI CEUTICALS
AMIDO-PYRIDINIE
INCORPORATED
BENZOIC ACIDS
25/11/2011
KOLKATA
4458/KOLNP/2010
PROCESS FOR
PREPARING DIENYL30/05/2009 02/06/2008
RUTHENIUM
COMPLEXES
28/01/2011
KOLKATA
OPTIMAL TRAINING
SEQUENCE AND
CHANNEL ESTIMATION
METHOD AND SYSTEM
FOR SUPERIMPOSED
TRAINING BASED OFDM
SYSTEMS
KOLKATA
KUBOTA
CORPORATION
25/11/2011
KOLKATA
14/03/2008
HERBICIDAL
COMPOSITIONS
COMPRISING
PYROXASULFONE VII
BASF SE
05/11/2010
KOLKATA
31/08/2004
A DATA SENDER UNIT,A
DATA RELAY DEVICE
AND METHODS FOR
CONTROLLING SAID
DEVICES
TELEFONAKTIEBOLA
GET LM ERICSSON
(PUBL)
13/07/2007
KOLKATA
333/KOL/2008
25/02/2008
6
281729
4013/KOLNP/2010
MEMBRANE MODULE
27/03/2009 27/03/2009 AND MEMBRANE
CASSETTE
3105/KOLNP/2010
13/03/2009
UMICORE AG & CO.
KG
INDIAN INSTITUTE OF
28/08/2009
TECHNOLOGY
281728
281738
Appropriate
Office
ELASTIC CURRENT
COLLECTOR FOR
08/07/2008 10/07/2007
ELECTROCHEMICAL
CELLS
5
7
Name of Patentee
Date of
Publication
of Abstract
u/s 11(A)
8
281740
1047/KOLNP/2007
07/09/2004
9
281741
2272/KOLNP/2011
SINTERABLE SEMI20/11/2009 28/11/2008 COKE POWDER WITH
HIGH BULK DENSITY
RTGERS GERMANY
GMBH
02/11/2012
KOLKATA
10
281742
3404/KOLNP/2010
METHOD AND
23/03/2009 24/03/2008 APPARATUS OF LIST
MANAGEMENT
HUAWEI
TECHNOLOGIES CO., 25/11/2011
LTD.
KOLKATA
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11
281747
4105/KOLNP/2010
CONNECTION
PROCESSING METHOD
IN WIRELESS
COMMUNICATION
28/04/2008 28/04/2008
SYSTEM AND
WIRELESS BASE
STATION AND
WIRELESS TERMINAL
FUJITSU LIMITED
31/12/2010
KOLKATA
CANCER RESEARCH
TECHNOLOGY
LIMITED,INSTITUTE
OF CANCER
25/11/2011
RESEARCH: ROYAL
CANCER HOSPITAL
(THE)
KOLKATA
LAICA S.P.A.
12
281760
2527/KOLNP/2010
PYRIDO[2,3B]PYRAZINE-819/12/2008 19/12/2007 SUBSTITUTED
COMPOUNDS AND
THEIR USE
13
281775
2257/KOLNP/2008
04/12/2006 23/12/2005
16/01/2009
KOLKATA
14
281802
680/KOLNP/2011
HIGH-VOLTAGE POWER SIEMENS
11/08/2009 25/08/2008 SWITCH WITH A
AKTIENGESELLSCH 29/04/2011
SWITCH GAP
AFT
KOLKATA
411/KOLNP/2011
METHOD AND DEVICE
FOR TRANSMITTING
31/07/2009 05/08/2008
DOWNLINK
MULTIFRAME
HUAWEI
TECHNOLOGIES CO., 25/11/2011
LTD.
KOLKATA
VERNO HOLDINGS,
LLC
04/11/2011
KOLKATA
15
281809
FILTER CARTRIDGE
FOR JUGS
16
281833
4429/KOLNP/2010
SYSTEM FOR
DECONTAMINATING
23/06/2009 23/06/2008 WATER AND
GENERATING WATER
VAPOR
17
281845
1181/KOLNP/2010
01/09/2008 05/09/2007
CONCENTRATE
BURNER
OUTOTEC OYJ
18/06/2010
KOLKATA
18
281846
3187/KOLNP/2007
07/02/2005 07/02/2005
SCREW COMPRESSOR
LUBRICATION
CARRIER
CORPORATION
28/12/2007
KOLKATA
19
281855
4337/KOLNP/2010
25/05/2009 26/05/2008
TEMPORARY
SAINT-GOBAIN
PROTECTION OF GLASS GLASS FRANCE
14/01/2011
KOLKATA
20
281856
944/KOL/2008
27/05/2008
SOOT BLOWER
OPERATION AND
CONSTRUCTION
04/12/2009
KOLKATA
MANUFACTURING
METHOD FOR INSULATED
THE FURUKAWA
ELECTRIC WIRE, AND ITS
ELECTRIC CO., LTD.
MANUFACTURING
APPARATUS
01/05/2009
KOLKATA
25/01/2008
KOLKATA
24/08/2007
KOLKATA
BHARAT HEAVY
ELECTRICALS
LIMITED
21
281857
190/KOLNP/2009
31/03/2008
22
281858
3832/KOLNP/2007
21/03/2006 06/04/2005
INJECTION DEVICE
(ADAPTABLE DEVICE)
CARRIER ENCLOSING TIP,
CARRIER TREATING
UNIVERSAL BIO
APPARATUS AND
RESEARCH CO. LTD
METHOD OF CARRIER
TREATMENT
30/03/2007
23
281859
2545/KOLNP/2007
06/01/2006
07/01/2005
24
281866
695/KOLNP/2011
13/08/2009 15/08/2008
PERSONAL CARE
PRODUCTS
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INTERNATIONAL
SEKISUI SPECIALTY
CHEMICALS
25/11/2011
AMERICA, LLC.
KOLKATA
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25
281868
4360/KOLNP/2010
A METHOD FOR
COATING A BASE
ELEMENT OF A
30/06/2009 30/06/2008
COOLING ELEMENT
AND A COOLING
ELEMENT
26
281870
3525/KOLNP/2009
04/01/2008 19/03/2007
27
28
29
30
281882
281884
281885
281903
OUTOTEC OYJ
07/01/2011
KOLKATA
EASYMINING
SWEDEN AB
06/11/2015
KOLKATA
METHODS FOR
PREPARING COMPLEX
16/03/2007 17/03/2006 MULTIVALENT
IMMUNOGENIC
CONJUGATES
THE GOVERNMENT
OF THE UNITED
STATES OF
AMERICA AS
REPRESENTED BY
20/02/2009
THE SECRETARY OF
THE DEPARTMENT
OF HEALTH AND
HUMAN SERVICES
KOLKATA
2293/KOLNP/2010
06/01/2009 11/01/2008 MATRIX DECODER
DOLBY
LABORATORIES
LICENSING
CORPORATION
KOLKATA
1542/KOLNP/2010
MANUFACTURING
EQUIPMENT AND
MANUFACTURING
23/10/2008 26/10/2007
METHOD FOR METAL
POWDER SINTERED
COMPONENT
PANASONIC
INTELLECTUAL
PROPERTY
17/09/2010
MANAGEMENT CO.,
LTD.
3682/KOLNP/2008
584/KOLNP/2010
16/07/2008
PHOSPHORUS
RECOVERY
19/07/2007
14/05/2010
KOLKATA
25/04/2007
IMPROVED METHOD AND
APPARATUS FOR
CELANESE
CARBONYLATION WITH
INTERNATIONAL
REDUCED CATALYST
CORPORATION
LOSS
20/08/2010
KOLKATA
27/03/2009
KOLKATA
19/06/2009
KOLKATA
281907
4034/KOLNP/2009
14/04/2008
32
281913
5148/KOLNP/2008
A METHOD FOR
22/05/2007 22/05/2006 WASHING A GLASS
CONTAINER
281917
KOLKATA
SOLID PREPARATION
TAKEDA
COMPRISING ALOGLIPTIN
PHARMACEUTICAL
AND METFORMIN
COMPANY LIMITED
HYDROCHLORIDE
31
33
25/11/2011
DIVERSEY, INC.
AN IMPROVED
MARSHALL'S REAGENT
FOR ETCHING OF COLD
TATA STEEL
ROLLED AND
LIMITED
ANNEALED
INTERSTITIAL FREE (IF)
STEEL SHEET
379/KOL/2006
26/04/2006
17/09/2010
KOLKATA
12/06/2009
KOLKATA
34
281925
1654/KOLNP/2010
LABELLING ASSEMBLY
COMPRISING AN
07/11/2008 12/11/2007 ELECTRICALLY
KHS GMBH
HEATING GLUING
ROLLER
35
281926
1839/KOLNP/2009
A PORTABLE DEVICE
21/08/2007 13/11/2006 FOR TREATING INSECT TECNIMED S.R.L.
BITES AND THE LIKE
The Patent Office Journal 31/03/2017
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36
281927
1208/KOL/2008
16/07/2008 01/08/2007
8-SPEED
TRANSMISSION
37
281928
1029/KOL/2008
12/06/2008
16:06:42
38
39
40
41
281929
281931
281932
281933
GM GLOBAL
TECHNOLOGY
OPERATIONS, INC.
24/04/2009
KOLKATA
SPEAKER
SIEMENS
RECOGNITION SYSTEM INFORMATION
AND METHOD
SYSTEMS LTD
18/12/2009
KOLKATA
22/12/2008
15:43:42
LIGHT WEIGHT DC
SERIES TRACTION
MOTOR WITH HIGHER
BHARAT HEAVY
POWER TO WEIGHT
ELECTRICALS
RATIO FOR HIGH SPEED
LIMITED
BOARD GAUGE DIESEL
ELECTRIC
LOCOMOTIVES
25/06/2010
KOLKATA
572/KOL/2008
20/03/2008
METHOD FOR
TREATING
AGRICULTURAL RUNOFF WATER FOR
BOILER MAKE-UP
WATER
BHARAT HEAVY
ELECTRICALS
LIMITED
25/09/2009
KOLKATA
2741/KOLNP/2010
A MEDICALLY
ACCEPTABLE
FORMULATION OF A
DIISOCYANATE
25/02/2009 29/02/2008 TERMINATED
MACROMER FOR USE
AS AN INTERNAL
ADHESIVE OR
SEALANT
ETHICON, INC
01/10/2010
KOLKATA
4470/KOLNP/2009
DIGITAL
BROADCASTING
SYSTEM AND METHOD
LG ELECTRONICS
25/08/2008 24/08/2007 OF PROCESSING DATA
INC.
IN DIGITAL
BROADCASTING
SYSTEM
23/04/2010
KOLKATA
2201/KOL/2008
42
281934
1265/KOLNP/2007
APPARATUS AND
METHOD FOR
GENERATING A CODED
VIDEO SEQUENCE AND
FOR DECODING A
21/09/2005 15/10/2004
CODED VIDEO
SEQUENCE BY USING
AN INTERMEDIATE
LAYER RESIDUAL
VALUE PREDICTION
20/07/2007
KOLKATA
43
281942
238/KOLNP/2010
METHOD AND SYSTEM HUAWEI
12/12/2008 14/12/2007 FOR USING LOGICAL
TECHNOLOGIES CO., 16/07/2010
RESOURCES
LTD.
KOLKATA
4313/KOLNP/2008
HYDROGENPRODUCING FUEL
21/05/2007 22/05/2006 PROCESSING SYSTEMS IDATECH, LLC
WITH A LIQUID LEAK
DETECTION SYSTEM
KOLKATA
44
281951
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ZUR FOERDERUNG
DER
ANGEWANDTEN
FORSCHUNG E.V.
06/03/2009
8955
45
281959
70/KOL/2009
13/01/2009
15:38:13
MODULAR WHEELS
FOR THE MOVEMENT
OF LARGE CONTROL
PANELS WITHIN THE
SHOP FLOOR
BHARAT HEAVY
ELECTRICALS
LIMITED
16/07/2010
KOLKATA
23/04/2010
KOLKATA
46
281965
32/KOLNP/2010
06/06/2008
29/06/2007
HIGH STRENGTH HOT
ROLLED THICK STEEL
SHEET EXCELLENT IN
STRENGTH AND
JFE STEEL
TOUGHNESS AFTER HEAT
CORPORATION
TREATMENT AND
METHOD FOR
MANUFACTURING THE
SAME
47
281973
438/KOLNP/2008
04/07/2005
04/07/2005
AN ELECTRONICS DEVICE TELEFONAKTIEBOLA
WITH AN INTERGRATED
GET LM ERICSSON
ANTENNA
(PUBL)
17/10/2008
KOLKATA
48
281974
805/KOLNP/2010
28/08/2008
29/08/2007
INHIBITORS OF PROTEIN
TYROSINE KINASE
ACTIVITY
METHYLGENE INC
21/05/2010
KOLKATA
24/KOL/2009
NINE SPEED
TRANSMISSION WITH
SIX TORQUE
02/01/2009
25/01/2008 TRANSMITTING
15:26:46
MECHANISM AND
FOUR PLANETARY
GEAR SETS
GM GLOBAL
TECHNOLOGY
OPERATIONS, INC.
31/07/2009
KOLKATA
5077/KOLNP/2011
CHROMIUM- AND
FLUORINE-FREE
CHEMICAL
CONVERSION
NIHON
TREATMENT SOLUTION
30/06/2010 02/07/2009
PARKERIZING CO.,
FOR METAL SURFACES,
LTD.
METAL SURFACE
TREATMENT METHOD,
AND METAL SURFACE
COATING METHOD
07/09/2012
KOLKATA
3176/KOLNP/2011
METHOD FOR
PREPARING FINE
SPHERICAL
POLYCARBONATE
POWDERS AND
13/10/2009 30/12/2008
METHOD FOR
PREPARING HIGH
MOLECULAR WEIGHT
POLYCARBONATE
RESIN USING SAME
HONAM
PETROCHEMICAL
CORPORATION
26/08/2016
KOLKATA
ETHICON ENDOSURGERY, INC.
20/08/2010
KOLKATA
GM GLOBAL
TECHNOLOGY
OPERATIONS, INC.
02/09/2016
KOLKATA
49
50
51
52
53
281975
281983
281996
281999
282003
06/03/2007
HAND ASSISTED
LAPAROSCOPIC SEAL
ASSEMBLY WITH A
RATCHET MECHANISM
3019/KOLNP/2009
06/03/2008
637/KOL/2009
THERMAL SECURITY
FOR HYBRID VEHICLE
20/04/2009
18/06/2008 RECHARGING CABLE
11:34:40
PLUGS DEVICE AND
METHOD
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54
282007
2144/KOLNP/2007
GAS CALORIE
VARIATION
SUPPRESSING DEVICE, KAWASAKI
26/01/2005 26/01/2005 FUEL GAS SUPPLY
JUKOGYO
17/08/2007
FACILITY, GAS
KABUSHIKI KAISHA
TURBINE FACILITY,
AND BOILER FACILITY.
55
282008
3694/KOLNP/2007
INTERCONNECTING
29/03/2006 31/03/2005 CONTACT LENS
PACKAGE
JOHNSON &
JOHNSON VISION
CARE, INC.
31/10/2008
KOLKATA
3543/KOLNP/2009
PHENYL AMINO
PYRIMIDINE
12/03/2008 12/03/2007
COMPOUNDS AND
USES THEREOF
YM BIOSCIENCES
AUSTRALIA PTY
LTD
22/01/2010
KOLKATA
4423/KOLNP/2008
MITIGATION OF
HARMONIC CURRENTS
POWER
AND CONSERVATION
24/04/2007 24/04/2006
CONSERVATION,
OF POWER IN NONLTD.
LINEAR LOAD
SYSTEMS
06/03/2009
KOLKATA
MOTOROLA
MOBILITY LLC
23/04/2010
KOLKATA
CARRIER
CORPORATION
28/12/2007
KOLKATA
CILAG GMBH
INTERNATIONAL
21/03/2008
KOLKATA
06/11/2009
KOLKATA
27/03/2015
KOLKATA
01/04/2011
KOLKATA
56
57
282013
282024
58
282025
4383/KOLNP/2009
METHOD AND
APPARATUS FOR
16/06/2008 18/06/2007 INTER-TECHNOLOGY
HANDOFF OF A USER
EQUIPMENT
59
282026
3166/KOLNP/2007
07/02/2005 07/02/2005
60
282027
3721/KOLNP/2007
03/04/2006 06/04/2005 INJECTION DEVICE
COMPRESSOR
TERMINAL PLATE
61
282028
309/KOL/2009
AN ENGINE CONTROL
SYSTEM AND METHOD
GM GLOBAL
FOR DERTERMINING
18/02/2009 30/04/2008
TECHNOLOGY
TIME-BASED AND
OPERATIONS, INC.
ANGLE-BASED
CYLINDER PRESSURE
62
282029
1581/KOL/2008
12/09/2008
343/KOLNP/2011
METHOD FOR
ALLOCATING
RESOURCE FOR
MULTICAST AND/OR
LG ELECTRONICS
14/01/2010 21/01/2009 BROADCAST SERVICE
INC.
DATA IN WIRELESS
COMMUNICATION
SYSTEM AND AN
APPARATUS THEREFOR
63
282030
A TECHNO-ECONOMIC
TATA STEEL
PROCESS FOR ORGANO
LIMITED
REFINING OF COAL
KOLKATA
CONTINUED TO PART- 3
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