CONTINUED FROM PART- 2 - Intellectual Property...

The Patent Office Journal 02/06/2017 18459

CONTINUED FROM PART- 2

(12) PATENT APPLICATION PUBLICATION (21) Application No.201644039760 A

(19) INDIA

(22) Date of filing of Application :22/11/2016 (43) Publication Date : 02/06/2017

(54) Title of the invention : VARIABLE VALVE DRIVE HAVING A ROCKER LEVER

(51) International classification :F01L 1/00

(31) Priority Document No :10 2015

015 264.5

(32) Priority Date :26/11/2015

(33) Name of priority country :Germany

(86) International Application No

Filing Date

:NA

:NA

(87) International Publication No : NA

(61) Patent of Addition to Application Number

Filing Date

:NA

:NA

(62) Divisional to Application Number

Filing Date

:NA

:NA

(71)Name of Applicant :

1)MAN Truck & Bus AG Address of Applicant :Dachauer Str. 667, 80995 Munchen,

Germany; Germany

(72)Name of Inventor :

1)PHAM, Hai-Son

(57) Abstract :

The invention relates to a variable valve drive for a lifting valve, in particular for a charge-exchange valve of an internal combustion

engine, which is periodically movable between a closed position and an open position indirectly by way of a cam via a rocker lever.

The variable valve drive (1) comprises a switchable rocker lever arrangement for the actuation of the lifting valve, having a

transmission rocker lever (10) and a valve rocker lever (20) which are mounted pivotably on different rocker lever axles (13, 23)

which are each parallel to the camshaft axis. The valve rocker lever (20), at a first end (21), is in operative contact with the lifting

valve and, at a second end (22), has a roller (26). The transmission rocker lever (10), at a first end (11), is in engagement with a cam

(2) of the camshaft (3) and, at a second end (12), is operatively connected, by way of a contour surface (16; 516), to the roller (26) of

the valve rocker lever (20), in such a way that a rocking movement of the transmission rocker lever (10) generates a corresponding

rocking movement of the valve rocker lever (20), during which the roller (26) of the valve rocker lever (20) rolls on the contour

surface (16). The variable valve drive also comprises an actuating device (30) for the switching of the rocker lever arrangement, by

way of which actuating device the contour surface (16, 516) can be rotated about the rocker lever axle (13) of the transmission rocker

lever (10) in order to generate a displacement of a rolling region (a1, a2) of the roller (26) of the valve rocker lever (20) on the contour

surface (16; 516).

No. of Pages : 28 No. of Claims : 13



(19) INDIA


(54) Title of the invention : PRESSURE DAMPING DEVICE FOR FUEL MANIFOLD

(51) International classification :B01L 3/00

(31) Priority Document No :14/954,658


(33) Name of priority country :U.S.A.


Filing Date

:NA

:NA



Filing Date

:NA

:NA


Filing Date

:NA

:NA


1)GENERAL ELECTRIC COMPANY Address of Applicant :1 River Road, Schenectady, New York

12345, United States of America. U.S.A.


1)YANG, Xilin

(57) Abstract :

A manifold pressure damping assembly (300) that includes one or more closed volumes (302) coupled in flow communication with a

manifold (208) through one or more flow restrictors (308) is provided. Fig.3




(19) INDIA


(54) Title of the invention : A STRUCTURAL MEMBER

(51) International classification :B60R

21/00

(31) Priority Document No :1520996.8


(33) Name of priority country :U.K.


Filing Date

:NA

:NA



Filing Date

:NA

:NA


Filing Date

:NA

:NA


1)FORD GLOBAL TECHNOLOGIES, LLC Address of Applicant :330 Town Center Drive, Suite 800,

Dearborn, Michigan 48126, United States of America U.S.A.


1)STAINES, Brad

2)BUSBY, Steven

(57) Abstract :

A structural member for a front of a motor vehicle is provided. The structural member is configured to extend in a longitudinal

direction of the vehicle. The structural member has a polygonal cross-sectional shape, the longitudinal projection of which defines a

plurality of surfaces, wherein at least one of the surfaces has a plurality of indents provided on the surface. The indents are spaced

apart from one another in the longitudinal direction. A first indent on the at least one surface is larger in size than a second indent on

the at least one surface, the second indent being further from the front of the vehicle than the first indent such that the indents

encourage the successive collapse of the structural member during a collision event. A method of manufacturing a structural member

is also provided.




(19) INDIA


(54) Title of the invention : FLUID CONTAINER

(51) International classification :F16L

37/00

(31) Priority Document No :2015-

232728


(33) Name of priority country :Japan


Filing Date

:NA

:NA



Filing Date

:NA

:NA


Filing Date

:NA

:NA


1)HONDA MOTOR CO., LTD. Address of Applicant :1-1, Minami-Aoyama 2-chome, Minato-

ku, Tokyo 107-8556 Japan


1)TSUCHIHASHI, Tomio

(57) Abstract :

[SUBJECT] To enable a hose fitted onto a pipe part of a fluid container to be easily pulled off with a usual tool. [MEANS FOR

SOLUTION] A fluid container 17 includes a pipe part 20 that projects from an outer wall face 17b of a fluid storage portion 17a,

and a hose 19 is fitted around an outer peripheral face of the pipe part 20. Since a first rib 21, which is connected to the outer

peripheral face of the pipe part 20, and a second rib 22, which is present at a position separated from the outer peripheral face of the

pipe part 20 by a predetermined distance, are projectingly provided on the outer wall face 17b of the fluid storage portion 17a, due to

the first rib 21 a gap is always formed between the outer wall face I7b of the fluid storage portion l7a and the end face 19a of the hose

19, and it becomes possible to easily insert a tip end part T of a tool into the gap. In a state in which the tip end part T of the tool is in

contact with the end face 1 9a of the hose 19, swinging the tool with the second rib 22 as a fulcrum enables the hose 19 to be easily

pulled off the pipe part 20 by the principle of leverage. [SELECTED DRAWING] FIG. 5




(19) INDIA


(54) Title of the invention : CONNECTION TERMINAL AND CONNECTION ASSEMBLY

(51) International classification :H01R 13/00



(33) Name of priority country :China


Filing Date

:NA

:NA



Filing Date

:NA

:NA


Filing Date

:NA

:NA


1)Tyco Electronics (Shanghai) Co. Ltd. Address of Applicant :Sections F and G Level 1, Building 15,

No. 999, Yinglun Road, Shanghai, China (Shanghai) Pilot Free

Trade Zone, China China


1)ZHANG, Yueou

2)YIN, Haomai

(57) Abstract :

The present invention discloses a connection terminal and a connection assembly. The connection assembly includes the connection

terminal and a housing. The connection terminal includes a body, a plug-in portion, and a wire connecting portion. The plug-in portion

and the wire connecting portion are disposed at two ends of the body respectively. The body is provided with a primary locking

portion. The primary locking portion includes a connection portion, a first stopping portion, and a reinforcing portion. The connection

portion is disposed on the body. The first stopping portion is disposed on the connection portion, and extends in a direction opposite to

a plug-in direction. The reinforcing portion is disposed on the first stopping portion, and extends continuously along the plug-in

direction of the connection terminal to the connection portion. The connection terminal of the present invention has high mechanical

strength and a high pressure-bearing capability, so as to be securely mounted in the housing. (Fig. 4)




(19) INDIA


(54) Title of the invention : METHOD FOR THE MANUFACTURE OF UREA

(51) International classification :C07C273/10





Filing Date

:NA

:NA



Filing Date

:NA

:NA


Filing Date

:NA

:NA


1)Linde Aktiengesellschaft Address of Applicant :Klosterhofstr. 1, 80331 M¼nchen,

Germany Germany


1)RACHID, Mabrouk

2)KLEMENS, Wawrzinek

3)CHRISTIAN, Voss

4)JOSEF, Schwarzhuber

5)ANDREAS, Seliger

6)BENEDIKT, Sch¼rer

7)GABRIEL, Salazar Duarte

(57) Abstract :

The invention relates to a method for producing urea, comprising the steps: reacting a methane-containing and also,

preferably desulphurized, feed gas stream (NC) with oxygen by partial oxidation (20) to form a synthesis gas stream (S)

comprising hydrogen and carbon monoxide, reacting carbon monoxide of the synthesis gas stream (C) in a water gas-shift reaction

(40) with water to form carbon dioxide and hydrogen, dividing the synthesis gas stream (S) into at least one first

and one second synthesis gas substream (C, C), wherein the first synthesis gas substream (C ) is subjected to a pressure-

swing adsorption (50, 51), wherein hydrogen is separated off from the first synthesis gas substream (C)

, and wherein the second synthesis gas substream (C) is subjected to a temperature-swing adsorption (50, 52), wherein carbon

dioxide is separated off from the second synthesis gas substream (C), reacting (60) hydrogen separated off from the first synthesis

gas substream (C) with nitrogen to form ammonia, and reacting (70) ammonia with carbon dioxide separated off from

the second synthesis gas substream (C ) to form urea. Fig.1




(19) INDIA


(54) Title of the invention : ACTIVE FILTERING SYSTEM

(51) International classification :G01R

33/00

(31) Priority Document No :1561664


(33) Name of priority country :France


Filing Date

:NA

:NA



Filing Date

:NA

:NA


Filing Date

:NA

:NA


1)SCHNEIDER ELECTRIC INDUSTRIES SAS Address of Applicant :35, rue Joseph Monier, F-92500 Rueil

Malmaison. France


1)FRANCHINO, Roger

(57) Abstract :

The invention relates to an active filtering system designed to be connected in parallel with an electric power supply network

providing a main power supply current (IMAIN) including a disturbing current, the said system comprising: - at least one capacitor

(C), - a controlled current generator comprising an electric power supply intended to generate a positive determined voltage (+VDC)

or a negative determined voltage (-VDC) and connected in series with the capacitor, - a device for controlling the controlled current

generator (1), designed to generate a compensation current (ICAPA) to be applied to the main current in order to compensate the said

disturbing current (INOISE) while keeping a decoupling current (VDEC) measured at the connection point between the current

generator (1) and the said capacitor at a value suitable for not saturating the current generator. Figure 1




(19) INDIA


(54) Title of the invention : EXHAUST DEVICE FOR BATTERY AND CORRESPONDING BATTERY

(51) International classification :B60K 6/28



(33) Name of priority country :China


Filing Date

:NA

:NA



Filing Date

:NA

:NA


Filing Date

:NA

:NA


1)Philips (China) Investment Co., Ltd. Address of Applicant :10, Lane 888 Tian Lin Road, 200233,

Shanghai, China China


1)ZHANG, Jingdong

2)BAO, Hui

3)YU, Songtao

4)ZHANG, Jian Fei

5)WANG, Cheng Hu

6)KANG, Jing-Qi

7)MEI, Dufang

(57) Abstract :

Various embodiments of the present disclosure relate to a gas exhaust device of a battery, and a battery having the gas exhaust device,

wherein the battery comprises at least one gas release opening, the gas exhaust device comprises: a gas exhaust tube; and an interface

component that is connected to the gas exhaust tube and the at least one gas release opening of the battery, and has an inlet end and an

outlet end; wherein an opening of the inlet end is configured to seal only partial outer surface area of the battery including an opening

area of the at least one gas exhaust opening. The gas exhaust device of the present disclosure can effectively enhance the gas exhaust

efficiency from the battery inside to the external environment. (Fig. 4)




(19) INDIA


(54) Title of the invention : CASING FOR USE IN A TURBOFAN ENGINE AND METHOD OF SCAVENGING FLUID

THEREFROM

(51) International classification :F01D

25/00





Filing Date

:NA

:NA



Filing Date

:NA

:NA


Filing Date

:NA

:NA



12345, United States of America U.S.A.


1)MILLER, Brandon Wayne

2)TOMPKINS, Andrew Michael

3)NIERGARTH, Daniel Alan

(57) Abstract :

An oil scavenge system for use in a generator or the like which includes a housing having a plurality of isolated compartments into

which oil may leak from the coolant flow passages of the generator. A plurality of fluid jet pumps are mounted in respective internal

cavities about the housing of the generator. At least one internal passageway in the housing communicates each isolated compartment

with one of the fluid jet pumps, whereby oil leaking into a compartment can be withdrawn therefrom by the respective jet pump. An

internal conduit in the housing delivers oil under pressure to each fluid jet pump for operating the pump. An internal flow passage in

the housing from the jet pump returns the oil to an engine gearbox pump.




(19) INDIA


(54) Title of the invention : THERMAL MANAGEMENT OF CMC ARTICLES HAVING FILM HOLES

(51) International classification :F01D 5/00





Filing Date

:NA

:NA



Filing Date

:NA

:NA


Filing Date

:NA

:NA



12345, United States of America U.S.A.


1)BUNKER, Ronald Scott

2)FELDMANN, Kevin Robert

3)GROVES II, Robert Charles

(57) Abstract :

Engine components are provided for gas turbine engines (10) that generate a hot combustion gas flow. The engine component can

include a substrate (82) constructed from a CMC material and having a hot surface (84) facing the hot combustion gas flow and a

cooling surface (86) facing a cooling fluid flow. The substrate (82) generally 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 (92) and the outlet (94). The engine component can also include a coating on at least a portion of the hot surface

(84) and on at least a portion of an inner surface defined within the passage (96).




(19) INDIA


(54) Title of the invention : DEVICE AND METHOD OF HANDLING DATA TRANSMISSION/RECEPTION FOR DUAL

CONNECTIVITY

(51) International classification :H04W

36/00





Filing Date

:NA

:NA



Filing Date

:NA

:NA


Filing Date

:NA

:NA


1)HTC Corporation Address of Applicant :No. 23, Xinghua Road, Taoyuan

District, Taoyuan City 330, Taiwan, R.O.C. China


1)WU, Chih-Hsiang

(57) Abstract :

A communication device for handling data transmission/reception for dual connectivity comprises a storage unit for storing

instructions of connecting to a first base station (BS) and a second BS; receiving a message from the first BS, wherein the message

configures a handover to a third BS and a connection change to a fourth BS; updating a first parent key to a first updated parent key

and updating a second parent key to a second updated parent key based on the first updated patent key, in response to the message;

updating a first security key to a first updated security key based on the first updated patent key and updating a second security key to

a second updated security key based on the second updated parent key, in response to the message.




(19) INDIA


(54) Title of the invention : FINE PARTICLE SHORTWAVE THROMBOTIC AGGLOMERATION REACTOR (FPSTAR)

(51) International classification

:B01D15/00;

C02F1/00;

C02F1/28;

(31) Priority Document No :NA

(32) Priority Date :NA

(33) Name of priority country :NA


Filing Date

:.

:01/01/1900



Filing Date

:NA

:NA


Filing Date

:NA

:NA


1)RAJAH VIJAY KUMAR Address of Applicant :S-CARD, CAMPUS SEEGAHALLI

MAIN ROAD, VIRGONAGAR, BANGALORE - 560049,

KARNATAKA STATE, INDIA. Karnataka India


1)RAJAH VIJAY KUMAR

(57) Abstract :

The present invention describes an apparatus called the Fine Particle Shortwave Thrombotic Agglomeration Reactor (FPSTAR),

which extracts waste from water without the need to add chemicals. The unprocessed water will be pulse fed to the 5 reactor core

having Turbuliser. When Shortwave Resonance of different frequencies and high power is delivered to these reactors, soluble

monomeric and polymeric complexes are formed. The finer particles that are present in the water substrate are subject to a special

technique, which enables these particles to collide and agglomerate to form larger and heavier particles are called Thrombus (clots).

The liquid containing 10 the clots is Thrombised liquid which is pumped through appropriate filtering systems to separate the clotted

mass from the liquid. The reactor is used to decontaminate unprocessed water streams for reuse in the industry and other purposes and

reduces the cost of water treatment, which also finds use in Oil and Mining Industries. 15 Figure 2a




(19) INDIA


(54) Title of the invention : ABLATION CATHETER AND ABLATION APPARATUS

(51) International

classification :A61B18/14,A61B18/00,A61B18/02

(31) Priority Document No :MI2014A000467


(33) Name of priority country :Italy

(86) International

Application No

Filing Date

:PCT/IB2015/051998

:18/03/2015

(87) International Publication

No :WO 2015/140741

(61) Patent of Addition to

Application Number

Filing Date

:NA

:NA

(62) Divisional to

Application Number

Filing Date

:NA

:NA


1)ATRICATH S.P.A. Address of Applicant :Viale Bianca Maria, 4l,I-20122,

Mila,Italy. Italy


1)PERFLER Enrico

(57) Abstract :

The present invention relates to an ablation catheter (1) for the ablation of tissues comprising: a telescopic tubular body (4) in turn

comprising an external tubular body (4a) and an internal tubular body (4b) concentric with each other and a rod like guiding element

(5) at least partly housed in the internal tubular body (4b) with at least one free end (5a) protruding from the internal tubular body (4b)

in correspondence with a distal end of the telescopic body (4); a positioning head (2 2 2 2° 2 2) and an ablation head (3) in

correspondence with the distal end of the telescopic body (4) the positioning head (2 2 2 2 2 2) being situated in the proximity of the

free end (5a) of the rod like guide and the ablation head (3) in the proximity of the positioning head (2 2 2 2° 2 2) in a remote

position with respect to the free end (5a); a control handpiece at a proximal end of the telescopic body (4) coupled with the guiding

element (5) the ablation head (3) the positioning head (2 2 2 2° 2 2) and the telescopic tubular body (4); wherein the ablation head (3)

comprises at least two ablation elements or petals (3a) that can be moved from a rest position in which they are housed in the external

tubular body (4a) and an operating position in which they protrude from the external tubular body (4a) like a petal; wherein each of

the ablation elements or petals (3a) comprises: a continuous ablation electrode (3b) which extends without interruption over a

circumferential peripheral portion of each petal (3a) substantially along an arc of circumference having a longitudinal axis of the rod

like guiding element (5) as its centre; two side portions (3c) of the petal (3a) each connected to an end of the ablation electrode (3b) in

correspondence with a curved section the side portions (3c) and the ablation electrode (3b) being integral with each other formed by

means of the same folded metallic conductor each ablation petal (3a) being separate and distinct from another ablation petal (3a) of

the ablation head all the ablation petals (3a) of the ablation head being separately connected to a distinct electric energy generator to

cause a radiofrequency ablation in a powered ablation electrode condition (3b).




(19) INDIA


(54) Title of the invention : SHOT BLASTING DEVICE

(51) International classification :B24C9/00,B24C3/18





Filing Date

:PCT/JP2015/079424

:19/10/2015

(87) International Publication No :WO 2016/199321

(61) Patent of Addition to Application

Number

Filing Date

:NA

:NA


Filing Date

:NA

:NA


1)SINTOKOGIO LTD. Address of Applicant :28-12, Meieki 3-chome, Nakamura-ku,

Nagoya-shi, Aichi 4506424, Japan. Japan


1)YAMAMOTO Shoichi

2)KOYAMA Takuya

(57) Abstract :

The purpose of the present invention is to provide a shot blasting device that makes it possible to efficiently carry out dust collection

and ventilation within a projection chamber while using a dust collector provided with a compact and inexpensive suction device. A

shot blasting device according to the present invention is provided with: a cabinet (10); a plurality of treatment chambers (13a 13b)

that are provided within the cabinet that are capable of accommodating a workpiece therein and that can be selectively moved between

a carry in/carry out position and a projection position; an air supply port (19) for guiding outside air to the treatment chambers; and an

exhaust port that is provided to a position facing the air supply port so as to sandwich a treatment chamber arranged in the projection

position and that communicates linearly with the space within a treatment chamber arranged in the projection position. As a result of

suction from the exhaust port air flowing into a treatment chamber in the projection position from the air supply port passes through

the treatment chamber arranged in the projection position and is guided to the exhaust port.




(19) INDIA


(54) Title of the invention : SIGNALING HRD PARAMETERS FOR BITSTREAM PARTITIONS

(51) International

classification :H04N19/70,H04N19/46,H04N19/30



(33) Name of priority

country :U.S.A.

(86) International

Application No

Filing Date

:PCT/US2015/036172

:17/06/2015

(87) International

Publication No :WO 2015/195761


Application Number

Filing Date

:NA

:NA

(62) Divisional to

Application Number

Filing Date

:NA

:NA


1)QUALCOMM INCORPORATED Address of Applicant :ATTN: International IP Administration,

5775 Morehouse Drive, San Diego, California 92121 1714. U.S.A.


1)WANG, Ye Kui

(57) Abstract :

In one example a device for coding (e.g. encoding or decoding) video data includes a memory configured to store video data and a

video coder configured to code a value for a syntax element that indicates a number of sub layers of a bitstream for which hypothetical

reference decoder (HRD) parameters are coded wherein the value indicates that the number of sub layers for which HRD parameters

are coded is less than a maximum number of sub layers indicated by a video parameter set (VPS) of the bitstream code HRD

parameters for the number of sub layers as indicated by the value for the syntax element and process the bitstream using the HRD

parameters.




(19) INDIA


(54) Title of the invention : RECIPROCATING ENGINE

(51) International

classification :F02B59/00,F02B75/28,F16H25/12



(33) Name of priority country :New Zealand

(86) International Application

No

Filing Date

:PCT/NZ2015/000029

:16/04/2015


No :WO 2015/160267


Application Number

Filing Date

:NA

:NA

(62) Divisional to Application

Number

Filing Date

:NA

:NA


1)SHEPHERD INVENTOR LIMITED Address of Applicant :19 Dannemora Drive Dannemora,

Auckland 2016, New Zealand


1)SHEPHERD Graydon Aubrey

(57) Abstract :

A reciprocating engine having a fixed body and at least one rotating and reciprocating member. The engine also has at least one

combustion chamber and the or each combustion chamber is defined between at least a fixed member connected to the fixed body and

at least one rotating and reciprocating member. The or each rotating and reciprocating member is coupled to the fixed body in such a

manner that reciprocating motion of the or each rotating and reciprocating member produces rotation of the or each rotating and

reciprocating member. The or each rotating and reciprocating member is coupled to an output shaft in such a manner that the

rotational motion only of the or each rotating and reciprocating member is transferred to the output shaft.




(19) INDIA


(54) Title of the invention : IMPROVED NITRILE HYDRATASE

(51) International classification :C12N15/09,C12N1/15,C12N1/19





No

Filing Date

:PCT/JP2015/002396

:12/05/2015


No :WO 2015/186298


Application Number

Filing Date

:NA

:NA


Number

Filing Date

:NA

:NA


1)MITSUBISHI RAYON CO. LTD. Address of Applicant :1 1, Marunouchi 1-chome, Chiyoda-ku,

Tokyo 1008253, Japan


1)KITAHARA Aya

2)AKIYAMA Takanori

3)WAKAMATSU Miki

4)WATANABE Fumiaki

(57) Abstract :

127192324 Provided is a novel improved nitrile hydratase with improved resistance to amide compounds under high temperatures.

Specifically provided is a nitrile hydratase having at least one amino acid mutation selected from (a) to (d) below in the amino acid

sequence expressed in SEQ ID NO:50 (X to X represent independent arbitrarily defined amino acid residuals). (a) X is valine or

glycine (b) X is valine or threonine (c) X is an amino acid selected from a group consisting of isoleucine leucine methionine and

threonine (d) X is leucine.




(19) INDIA


(54) Title of the invention : CROSS DEVICE NOTIFICATIONS

(51) International

classification :H04L12/58,H04W4/12,H04W68/00

(31) Priority Document No :62/016594



(86) International

Application No

Filing Date

:PCT/US2015/036042

:16/06/2015


No :WO 2015/200051


Application Number

Filing Date

:NA

:NA

(62) Divisional to

Application Number

Filing Date

:NA

:NA


1)GOOGLE INC. Address of Applicant :1600 Amphitheatre Parkway. Mountain

View. CA 94043 IJSA U.S.A.


1)KOSS, Michael, Campbell

2)DEWITT, Justin

3)MESSERLY, Katie, Jane

4)TITOV, Dmitry

(57) Abstract :

Techniques for cross device notifications are provided. An example method includes receiving a first indication of an event detected at

a first device associated with a user account determining one or more characteristics of the event based on the first indication of the

event detecting whether the determined characteristics match at least one selection criterion automatically identifying a second device

from one or more devices associated with the user account and providing if the determined characteristics match the at least one

selection criterion the first indication of the event to the second device associated with the user account where the provided first

indication of the event is displayed at the second device to allow management of the event at the first device from the second device.




(19) INDIA


(54) Title of the invention : EMERGENCY STOP DEVICE

(51) International classification :B66C15/00,G05B9/02





Filing Date

:PCT/JP2014/002535

:14/05/2014



Number

Filing Date

:NA

:NA


Filing Date

:NA

:NA


1)MITSUBISHI ELECTRIC CORPORATION Address of Applicant :7-3 Marunouchi 2-chome, Chiyoda-ku

Tokyo 100-8310 Japan


1)ONO Ryoji

(57) Abstract :

The present invention was developed to solve the issue of frequent stoppage of a running part even under conditions in which

stoppage is not actually necessary resulting in markedly diminished availability of industrial machinery and therefore the present

invention provides an emergency stop device (6) characterized by being provided with: a switch (51) for instructing a running part (2)

in an industrial machine (1) to stop; a detector (52) that in the event of a stop instruction by the switch (51) blocks the transmission of

a continuously transmitted radio signal; a stop duration calculation unit (63) that on the basis of the operating condition of the running

part (2) calculates a stop duration used to determine whether or not to stop the running part (2); and a stop determination unit (61) that

stops the running part (2) in the event that a state of no radio signal reception persists from the time that the radio signal outputted by

the detector (52) is no longer received until the stop duration has elapsed.




(19) INDIA


(54) Title of the invention : END TO END NETWORK DIAGNOSTICS

(51) International classification :H04L12/26





Filing Date

:PCT/US2015/036482

:18/06/2015



Number

Filing Date

:NA

:NA


Filing Date

:NA

:NA


1)GOOGLE INC. Address of Applicant :1600 Arnphitheatre Parkway, Mountain

Vicw, CA 94043, USA U.S.A.


1)HUANG Jonathan

(57) Abstract :

A system and machine implemented method of network diagnostics are provided. First condition information about a wireless local

area network is obtained. Second condition information about an access network connecting the wireless local area network to a wide

area network is obtained. Third condition information about the wide area network is obtained. Based on the first second and third

condition information a condition report is provided to a diagnostic module configured to identify one or more network issues across

the wireless local area network the access network and the wide area network based on the condition report.




(19) INDIA


(54) Title of the invention : MEASURING DEVICE, AND METHOD FOR MEASURING THE LEVEL OF A LIQUID IN A

CONTAINER

(51) International classification :G01F23/72

(31) Priority Document No :10 2014 006 276.7




Filing Date

:PCT/EP2015/000898

:30/04/2015



Number

Filing Date

:NA

:NA


Filing Date

:NA

:NA


1)TE CONNECTIVITY SENSORS GERMANY GMBH Address of Applicant :Hauert 13, 44227, Dortmund, Germany

Germany


1)BARTOS, Axel

2)MEISENBERG, Armin

3)VOSS, Andreas

(57) Abstract :

The invention relates to a measuring device for measuring the level of a liquid in a container comprising a sensor line with at least two

magnetic field sensitive sensor elements which are arranged at a distance from each other along a measurement path and comprising a

float which generates a magnetic field and which can be moved from a first measurement location where the float assumes a first

position relative to the sensor line to at least one second measurement location where the float assumes a second position relative to

the sensor line alone the measurement path. At a first location the magnetic field generated by the float extends along the sensor line

substantially parallel to the measurement path when the float is located at the first measurement location and at a second location the

magnetic field generated by the float extends along the sensor line substantially parallel to the measurement path when the float is

located at the second measurement location. At least one sensor element of the sensor line uses a magnetoresistive effect or is a Hall

effect sensor.




(19) INDIA


(54) Title of the invention : MOTION GATED ULTRASOUND THERMOMETRY USING ADAPTIVE FRAME SELECTION.

(51) International classification :A61B8/08,A61B8/00,A61N1/06





No

Filing Date

:PCT/IB2015/052461

:03/04/2015



Application Number

Filing Date

:NA

:NA


Number

Filing Date

:NA

:NA


1)KONINKLIJKE PHILIPS N.V. Address of Applicant :High Tech Campus 5, 5656 AE

Eindhoven Netherlands


1)WANG, Shougang

2)ANAND, Ajay

3)HUANG, Sheng-Wen

4)SETHURAMAN, Shriram

(57) Abstract :

Movement (204) of an object is detected and based on the detected movement imaging of the object is selectively commenced (228).

The imaging is interrupted such that the commencing and interrupting result in temporally spaced apart (216) periods of the imaging.

Content of images acquired in respectively different periods is compared (238) to match the images based on content. The movement

may have a cyclical component. The object may include body tissue for ablating by applying energy from an energy source. The

images to be compared can depict respective regions of the ablating with the comparing being confined to outside the regions. The

detecting the selecting the comparing and the matching may be performable in real time. In one embodiment an image has portions

having respective spatial locations and respective temperature values at the locations of the object are determined in forming a

temperature map of the image. A temporal series of the maps and optionally ultrasound B mode images are displayable in real time.




(19) INDIA


(54) Title of the invention : LID FOR REDUCING FUMES IN AN AIR-BASED FRYER

(51) International classification :A47J37/00,A47J27/00



(33) Name of priority country :EPO


Filing Date

:PCT/EP2015/060160

:08/05/2015



Number

Filing Date

:NA

:NA


Filing Date

:NA

:NA





1)BONACCORSO, Davide

(57) Abstract :

The invention relates to an air based fryer apparatus (100) for preparing food. The apparatus comprises a food preparation chamber

(102) a food basket (103) placed in said food preparation chamber (102) a system (104) for circulating an upward flow of hot air

inside said food basket (103) a heating element (105) placed above said food basket (103) to generate said hot air a lid (101) placed

below the heating element for covering the food basket. The lid (101) comprises a first part (P1) being air permeable and a second part

(P2) facing said heating element (105) being air impermeable. The invention allows reducing fumes generated by an air based fryer

during cooking process.




(19) INDIA


(54) Title of the invention : METHOD OF MANUFACTURING A FLEXIBLE CONDUCTIVE TRACK ARRANGEMENT,

FLEXIBLE CONDUCTIVE TRACK ARRANGEMENT AND NEUROSTIMULATION SYSTEM

(51) International classification :A61N1/05,A61B5/0478





Filing Date

:PCT/EP2015/060869

:18/05/2015



Number

Filing Date

:NA

:NA


Filing Date

:NA

:NA





1)PHAM, Hoa

(57) Abstract :

Disclosed is a method of manufacturing a flexible conductive track arrangement for a neurostimulation system such as a cochlear

implant device. The method allows for the arrangement to be manufactured without the need for a transfer substrate by embedding the

metal structures of the arrangement in a ceramic dielectric material formed in an atomic layer deposition process which can be

performed at a temperature that is compatible with the polymer processing steps of such an arrangement. A flexible conductive track

arrangement and a neurostimulation system are also disclosed.




(19) INDIA


(54) Title of the invention : METHODS AND APPARATUSES FOR ENCODING AN HDR IMAGES, AND METHODS AND

APPARATUSES FOR USE OF SUCH ENCODED IMAGES

(51) International classification :H04N19/30,G06T5/00





Filing Date

:PCT/EP2015/055831

:19/03/2015



Number

Filing Date

:NA

:NA


Filing Date

:NA

:NA





1)VAN DER VLEUTEN, Renatus Josephus

2)MERTENS, Mark Jozef Willem

(57) Abstract :

To enable a good HDR image or video coding technology being able to yield high dynamic range images as well as low dynamic

range images we invented a method of encoding a high dynamic range image (M_HDR) comprising the steps of: converting the high

dynamic range image to an image of lower luminance dynamic range (LDR_o) by applying a) scaling the high dynamic range image

to a predetermined scale of the luma axis such as [0 1] b) applying a sensitivity tone mapping which changes the brightnesses of pixel

colors falling within at least a subrange comprising the darker colors in the high dynamic range image c) applying a gamma

function and d) applying an arbitrary monotonically increasing function mapping the lumas resulting from performing the steps b and

c to output lumas of the lower dynamic range image (LDR_o); and outputting in an image signal (S_im) a codification of the pixel

colors of the lower luminance dynamic range image (LDR_o) and outputting in the image signal (S_im) values encoding the

functional behavior of the above color conversions as metadata or values for the inverse functions which metadata allows to

reconstruct a high dynamic range image (Rec_HDR) from the lower luminance dynamic range image (LDR_o).




(19) INDIA


(54) Title of the invention : PERMANENT MAGNET MOTOR AND DRIVE INTEGRATED PERMANENT MAGNET MOTOR

(51) International classification :H02K1/14,H02K1/18





Filing Date

:PCT/JP2015/062825

:28/04/2015



Number

Filing Date

:NA

:NA


Filing Date

:NA

:NA


1)MITSUBISHI ELECTRIC CORPORATION Address of Applicant :7 3 Marunouchi 2 chome Chiyoda ku

Tokyo 1008310 Japan


1)NAKANO Masatsugu

2)HIROTANI Yu

3)UEYAMA Hiroko

4)TAKIGUCHI Ryuichi

(57) Abstract :

The purpose of the present invention is to obtain a drive device integrated permanent magnet motor having not only a smaller size and

a higher output but also lower vibration and lower noise. A permanent magnet motor has: a stator having a stator iron core in which

teeth each project inward in the radial direction from a ring shaped core back and are arranged in the circumferential

direction armature windings mounted on the stator iron core and a frame for holding the stator iron core in an internally fitted state;

and a rotor having a rotor iron core and permanent magnets. The armature windings are respectively constituted by a plurality of coils

concentrically wound around the teeth. The inner circumferential ends of the teeth adjacent to each other are connected to each other

by a connection portion. When the thickness of the core back is denoted by t2 the thickness of the frame by t3 and the outer radius of

the frame by r4 a relationship of 0.122 = (t2+t3)/r4 = 0.202 is satisfied.




(19) INDIA


(54) Title of the invention : DENTIFRICE COMPRISING ZINC AMINO ACID COMPLEX AND PHOSPHATES

(51) International classification :A61K8/44,A61K8/27,A61K8/24





No

Filing Date

:PCT/US2014/043051

:18/06/2014



Application Number

Filing Date

:NA

:NA


Number

Filing Date

:NA

:NA


1)COLGATE-PALMOLIVE COMPANY Address of Applicant :300 Park Avenue, New York, New

York 10022 (US) U.S.A.


1)SZEWCZYK, Gregory

2)MANUS, Lisa

3)SCHAEFFER-KORBYLO, Lyndsay

(57) Abstract :

Disclosed herein are dentifrices comprising a zinc amino acid complex together with soluble phosphate salts. Methods of making and

using the dentifrices are also provided.




(19) INDIA


(54) Title of the invention : INTEGRATED VAPOR CHAMBER FOR THERMAL MANAGEMENT OF COMPUTING DEVICES

(51) International classification :F28D15/02,G06F1/20,G06F1/16





No

Filing Date

:PCT/US2015/033101

:29/05/2015



Application Number

Filing Date

:NA

:NA


Number

Filing Date

:NA

:NA


1)MICROSOFT TECHNOLOGY LICENSING, LLC Address of Applicant :One Microsoft Way, Redmond,

Washington 98052-6399 U.S.A.


1)DELANO, Andrew

2)STELLMAN, Taylor

(57) Abstract :

A vapor chamber may be integrated with one or more components of a computing device to provide thermal management. The vapor

chamber may include upper and lower portions forming the vapor chamber and an annular space between the upper and lower portions

that includes a fluid. The vapor chamber may be configured to absorb heat from a heat source of the computing device.

Subsequently the uniform heat transfer may enable the external surfaces of the computing device to achieve substantially isothermal

external surface conditions which may maximize a power dissipation of the computing device for a given ambient temperature

ensuring a temperature of the computing device remains at or below safe limits while in use.




(19) INDIA


(54) Title of the invention : MOUNTING WEDGE FOR FLEXIBLE MATERIAL






Filing Date

:PCT/US2015/033535

:01/06/2015



Number

Filing Date

:NA

:NA


Filing Date

:NA

:NA


1)MICROSOFT TECHNOLOGY LICENSING, LLC Address of Applicant :One Microsoft Way, Redmond,

Washington 98052-6399 U.S.A.


1)SIDDIQUI, Kabir

2)CUMMINGS, Stephan Alexander

(57) Abstract :

Implementations of a mounting wedge for a flexible material are described. According to various embodiments a flexible material

such as a fabric is laminated to a surface of a device such as a portable computing device. At least some embodiments utilize a

mounting wedge to secure an edge of the flexible material to the device as well as for a mounting surface for a component of the

device.




(19) INDIA


(54) Title of the invention : TERMINAL CONNECTION STRUCTURE

(51) International classification :H01R4/58,H01R4/18,H01R4/38





Filing Date

:PCT/JP2014/065895

:16/06/2014



Application Number

Filing Date

:NA

:NA


Number

Filing Date

:NA

:NA


1)MITSUBISHI ELECTRIC CORPORATION Address of Applicant :7-3, Marunouchi 2-chome, Chiyoda-ku,

Tokyo 1008310 Japan


1)TAKABAYASHI Hirokazu

(57) Abstract :

A terminal connection structure for electrically connecting a conductor to at least one terminal electrode for an electronic component.

A plurality of connection terminals are provided on said terminal electrode and the terminal connection structure comprises the

following: male parts (21) each provided with a hole section (21c) through which a fastening member is inserted; and a female part

(22) provided with a number of hole sections (22a) through which the male parts (21) are inserted equal to the number of connection

terminals. The conductor is sandwiched between the male parts (22) and the female part (21) the hole sections (21c) of the male parts

(21) are pressed in so as to hold the conductor in place and the conductor is affixed to the electronic component by the fastening

members inserted through the hole sections (21c) of the male parts (21) and fastening mechanisms provided on the respective

connection terminals.




(19) INDIA


(54) Title of the invention : STEAMER HEAD

(51) International classification :F22B1/28





Filing Date

:PCT/EP2015/060830

:18/05/2015



Number

Filing Date

:NA

:NA


Filing Date

:NA

:NA





1)CHUA, Hee Keng

2)CHING, Boon Khian

3)JIANG, Yong

(57) Abstract :

The present application relates to a steamer head comprising a treating face (13A 33A) from which steam is expelled and a steam

generating surface (14A 34A) onto which a liquid is provided to be converted into steam. The treating face (13A 33A) is in thermal

conductive communication with the steam generating surface (14A 34A). The steam generating surface (14A 34A) is at an angle to

the treating face (13A 33A) such that when the treating face (13A 33A) is orientated vertically the liquid is able to descend onto and

flow along the steam generating surface (14A 34A) to be converted into steam.




(19) INDIA


(54) Title of the invention : A SENSOR FOR DETECTING THE LEVEL OF A MEDIUM


(31) Priority Document No :TO2014A000439


(33) Name of priority country :Italy


Filing Date

:PCT/IB2015/054020

:28/05/2015



Number

Filing Date

:NA

:NA


Filing Date

:NA

:NA


1)ELTEK S.P.A. Address of Applicant :Strada Valenza, 5A, I-15033 Casale

Monferrato (Alessandria) Italy


1)RONDANO, Matteo

2)CHIESA, Enrico

3)ZORZETTO, Mauro

4)CANTARELLI, Domenico

(57) Abstract :

A level sensor for detecting the level of a medium contained in a vessel in particular a tank comprising: an array of capacitive

elements designed to be associated with the vessel (1) in particular to extend according to an axis of detection (X) of the level of the

medium (L) the array of capacitive elements comprising a plurality of electrodes (J J) in particular on a face of an electrically

insulating substrate (20) having a generally elongated shape the electrodes (J J) being spaced apart from each other in particular along

the axis of detection (X) and preferably being essentially coplanar to each other at least one insulation layer (16) for electrically

insulating the electrodes (J J) with respect to the inside of the vessel (1) a controller (24) having a plurality of inputs. Each capacitive

element comprises at least one of a single electrode and a group of electrodes connected in common to each other particularly in

parallel the single electrode or the group of electrodes being connected to a respective input of the plurality of inputs. the controller

(24) is prearranged for discriminating a value of electrical capacitance associated with each electrode (J J) to deduce the level of the

medium present in the vessel.




(19) INDIA


(54) Title of the invention : AUDIO SIGNAL PROCESSING APPARATUS AND METHOD ENCODING APPARATUS AND

METHOD AND PROGRAM

(51) International

classification :H04S3/00,G10L19/00,G10L19/008





No

Filing Date

:PCT/JP2015/064677

:22/05/2015


No :WO 2015/186535


Application Number

Filing Date

:NA

:NA


Number

Filing Date

:NA

:NA


1)SONY CORPORATION Address of Applicant :1 7 1 Konan Minato ku Tokyo 1080075

Japan


1)HATANAKA Mitsuyuki

2)CHINEN Toru

3)TSUJI Minoru

4)HONMA Hiroyuki

(57) Abstract :

The present technique relates to audio signal processing apparatus and method encoding apparatus and method and program whereby

higher quality sounds can be obtained. A selection unit selects from among supplied audio signals of a multichannel the audio signals

of dialog sound channels and the audio signals of down mixture target channels. The down mixture unit down mixes the audio signals

of the down mixture target channels. An addition unit adds the audio signals of the dialog sound channels to the audio signals of

predetermined channels that are the audio signals of one or more channels obtained by the down mixture. The present technique can

be applied to a decoder.




(19) INDIA


(54) Title of the invention : ERROR HANDLING FOR FILES EXCHANGED OVER A NETWORK

(51) International

classification :H04N21/4425,H04L29/06,H04N21/4545

(31) Priority Document

No :62/022,539


(33) Name of priority

country :U.S.A.

(86) International

Application No

Filing Date

:PCT/US2015/039577

:08/07/2015

(87) International

Publication No :WO 2016/007645

(61) Patent of Addition

to Application Number

Filing Date

:NA

:NA

(62) Divisional to

Application Number

Filing Date

:NA

:NA


1)QUALCOMM INCORPORATED Address of Applicant :ATTN: International IP Administration

5775 Morehouse Drive San Diego California 92121 1714 U.S.A.


1)WALKER Gordon Kent

2)NAIK Nagaraju

3)STOCKHAMMER Thomas

(57) Abstract :

An example device for processing media data includes one or more processors configured to receive a file including media

data determine that a portion of the file is potentially erroneous form error indicative data indicating that the file includes the portion

that is potentially erroneous and store the file and the error indicative data to a location available to a target application for the media

data of the file. Another example device includes one or more processors configured to receive a file including media data receive a

first set of information indicative of one or more removable portions of the file that can be removed from the file receive a second set

of information indicative of a suspect portion of the file determine one or more of the removable portions that completely overlap the

suspect portion and remove the determined one or more removable portions from the file.




(19) INDIA


(54) Title of the invention : SYSTEMS METHODS AND DEVICES FOR SYNCHRONIZATION SOURCE SELECTION FOR

DEVICE TO DEVICE COMMUNICATION

(51) International classification :H04W56/00,H04W24/10





Filing Date

:PCT/US2015/025387

:10/04/2015



Number

Filing Date

:NA

:NA


Filing Date

:NA

:NA


1)INTEL IP CORPORATION Address of Applicant :2200, Mission College Boulevard,

Santa Clara, California 95054. U.S.A.


1)HE, Hong

2)KHORYAEV, Alexey

3)CHATTERJEE, Debdeep

4)SHILOV, Mikhail

5)ZONG, Pingping

(57) Abstract :

A user equipment (UE) is configured to scan for device to device synchronization sources based on scanning configuration

information. The UE is configured to report detection of a device to device synchronization source to an Evolved Universal Terrestrial

Radio Access Network (E UTRAN) Node B (eNB) in response to determining that the device to device synchronization source meets

one or more reporting requirements of the scanning configuration information. The UE is configured to receive a communication from

the eNB enabling the UE as a synchronization source and transmit signals to provide a synchronization reference to one or more in

range UEs including the device to device synchronization source.




(19) INDIA


(54) Title of the invention : LIGHT SCENE CREATION OR MODIFICATION BY MEANS OF LIGHTING DEVICE USAGE

DATA

(51) International classification :H05B37/02





Filing Date

:PCT/EP2015/062530

:04/06/2015



Number

Filing Date

:NA

:NA


Filing Date

:NA

:NA


1)PHILIPS LIGHTING HOLDING B.V. Address of Applicant :High Tech Campus 45, NL-5656, AE

Eindhoven, The Netherlands Netherlands


1)MEERBEEK, Berent Willem

2)BOS, Abraham Antonius Arnoldus

3)VAN DE SLUIS, Bartel Marinus

4)CUPPEN, Roel Peter Geert

(57) Abstract :

A processing module (20) is disclosed which is configured to receive usage data for at least one lighting device (11 15) and on basis of

the usage data determine a lighting device settings profile for the at least one lighting device (11 15).




(19) INDIA


(54) Title of the invention : RESEALABLE FLOW WRAP PACK FOR WET WIPES

(51) International

classification :B65D75/12,B65D75/22,B65D75/26




(86) International

Application No

Filing Date

:PCT/EP2015/001135

:04/06/2015


No :WO 2015/185217


Application Number

Filing Date

:NA

:NA

(62) Divisional to

Application Number

Filing Date

:NA

:NA


1)AMCOR FLEXIBLES UK LIMITED Address of Applicant :Amcor Central Sevices, 83 Tower Road

North, Warmley, BS30 8XP, Bristol, United Kingdom. U.K.


1)DAVENPORT, James

2)GATER, Keith

(57) Abstract :

The present invention relates to a flow wrap pack (1) for wet wipes. The flow wrap pack (1) has a film (3) defining a front wall (5) and

a back wall (7) a longitudinal sealed seam in the form of a fin seal (9) and two transverse sealed seams (11) defining a product space.

The fin seal (9) has an extended length and lies essentially flat against the back wall (7) of the wrap pack thereby covering a scored

tear line (13) and a resealable strip (15) said strip (15) extending between the transverse sealed seams (11) at an essentially right angle

to the transverse sealed seams (11).




(19) INDIA


(54) Title of the invention : ELECTRODE COMPOSITIONS COMPRISING CARBON ADDITIVES

(51) International classification :H01M4/04,H01M4/57,H01M4/62





No

Filing Date

:PCT/US2015/031533

:19/05/2015


No :WO 2015/191255


Application Number

Filing Date

:NA

:NA


Number

Filing Date

:NA

:NA


1)CABOT CORPORATION Address of Applicant :Two Seaport Lane, Suite 1300, Boston

MA 02210, USA U.S.A.


1)ATANASSOVA, Paolina

2)DUPASQUIER, Aurelien L.

3)OLJACA, Miodrag

(57) Abstract :

503Disclosed herein are electrode compositions comprising a homogeneous mixture comprising: a lead containing material and a

carbon additive comprising carbon black and activated carbon. A total amount of the carbon additive ranges from 0.1% to 2% by

weight relative to the total weight of the composition. The composition can have a ratio of carbon black to activated carbon ranging

from 0.1 : 0.9 to 0.5 : 0.5. The activated carbon can have a d particle size distribution ranging from 4 µm to 100 µm and a pore volume

of at least 0.7 cm/g. Also disclosed are electrodes formed from the electrode composition cells (e.g. lead acid battery) comprising the

electrodes / electrode compositions and methods of making thereof.




(19) INDIA


(54) Title of the invention : TORSIONAL VIBRATION DAMPER AND TORSIONAL VIBRATION DAMPER SYSTEM

(51) International classification :F16F15/18

(31) Priority Document No :20 2014 102 645.2




Filing Date

:PCT/EP2015/062428

:03/06/2015



Number

Filing Date

:NA

:NA


Filing Date

:NA

:NA


1)Kendrion (Markdorf) GmbH Address of Applicant :Riedheimerstrasse 5, 88677, Markdorf

Germany


1)GEBHART, Manfred

2)GRISCHIN, Alexander

(57) Abstract :

The invention relates to a device (1) for transmitting torque for driving an auxiliary unit in particular a dynamo preferably in a motor

vehicle and for damping torsional vibrations the device comprising driving means (2) that can be driven about an axis of rotation (4)

by an internal combustion engine as well as driven means (3) rotatable about the axis of rotation (4) and designed for driving the

auxiliary unit wherein at least one axial front face of the driving means (2) and/or driven means (3) carries permanent magnet means

(10 11) which allow torque to be transmitted between the driving means (2) and the driven means (3) and which allow torsional

vibrations to be dampened the poles (13 14 15 16) of the permanent magnet means (10 11) being located in at least one radial plane.

According to the invention the permanent magnet means (10 11) comprise a plurality of permanent magnet elements (17) arranged

next to each other in the circumferential direction these permanent magnets (17) adjoining each other in particular directly or being

secured to each other via an adhesive layer of less than 2 mm thickness and/or the permanent magnet means (10 11) comprise at least

one shaped part made of plastics in particular an injection moulded part made of plastics and/or a shaped part made of a sintered

material and/or the permanent magnet means (10 11) are arranged on a geometrical preferably concentric annular orbit preferably an

elliptic orbit (27 28) which deviates from a concentric circular orbit.




(19) INDIA


(54) Title of the invention : METHOD AND SYSTEMS FOR INCORPORATING ADVERTISEMENTS IN OBJECTS PRINTED

ON THREE DIMENSIONAL PRINTERS

(51) International classification :G06T19/20,B29C67/00





Filing Date

:PCT/US2015/040497

:15/07/2015



Number

Filing Date

:NA

:NA


Filing Date

:NA

:NA


1)QUALCOMM INCORPORATED Address of Applicant :Attn: International IP Administration,

5775 Morehouse Drive, San Diego, California 92121-1714 U.S.A.


1)GANESH, Shriram

2)MENENDEZ, Jose Roberto

(57) Abstract :

Systems methods and devices of the various embodiments enable advertisements (e.g. promotions signs logos samples etc.) to be part

of the 3 D printing process. In an embodiment advertisements (i.e. ads) such as partial product samples may be 3 D printed prior to 3

D printing a purchased 3 D printable good. In another embodiment ads may be 3 D printed on a 3 D printable good itself

(e.g. embossed impressed as a tag etc.). In a further embodiment users may select the ads to be 3 D printed on their goods in return for

compensation from advertisers.




(19) INDIA


(54) Title of the invention : DRIVING ASSISTANCE SYSTEM, DRIVING ASSISTANCE METHOD, AND PROGRAM

(51) International classification :G08G1/16,B60R21/00





Filing Date

:PCT/JP2014/003846

:22/07/2014



Number

Filing Date

:NA

:NA


Filing Date

:NA

:NA


1)MITSUBISHI ELECTRIC CORPORATION Address of Applicant :7-3 Marunouchi 2-chome, Chiyoda-ku

Tokyo 100-8310,Japan Japan


1)MURAYAMA Shu

2)YOSHIDA, M

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