INTELLECTUAL PROPERTY PHILIPPINES INVENTION … · DOMINIC GUIRITAN[PH]: HAIZEL GARCIA[PH]: ARCOUR...

Intellectual Property Center, 28 Upper McKinley Rd. McKinley Hill Town Center, Fort Bonifacio, Taguig City 1634 Philippines

Tel. No. 238-6300 Website: http://www.ipophil.gov.ph e-mail: [email protected] Volume 21 Number 111

Date Released: October 8, 2018

PATENT APPLICATIONS PUBLISHED PURSUANT TO R.A. 8293 SECTION 44

(INTELLECTUAL PROPERTY CODE)

1 INVENTIONS

[19] INTELLECTUAL PROPERTY PHILIPPINES

[12] INVENTION PUBLICATION

[21] Application Number: 1/2016/000036 Document Code: A1

[22] Date Filed: 22/01/2016

[54] Title: SOCKET

[71] Applicant(s): PANASONIC INTELLECTUAL PROPERTY MANAGEMENT CO., LTD. [JP]

[72] Inventor(s): TOYODA, HIROYUKI[JP]: TANAKA, SATORI[JP]: SHIBATA, KIWAMU[JP]: HASHIMOTO, NOBORU[JP]: BABA, KAZUYA[JP]

[73] Assignee(s): NONE

[74] Attorney / Agent: EDITHA R. HECHANOVA

[30] Priority Data: 2015-019460 03/02/2015 JP

[51] International Class 8: H01R 13/11; H01R 13/115; H01R 13/642; H01R 13/648

[57] Abstract:

A socket includes power-supply blade receivers and a grounding blade receiver for retaining power-supply plug blades and a grounding plug blade of a plug, respectively. Each of the power-supply blade receivers includes a power-supply retaining portion and a power-supply contact portion. The grounding blade receiver includes a grounding retaining portion and a grounding contact portion which is installed further on the upstream side in the insertion direction of the plug than a position which is spaced away from the power-supply contact portion to the downstream side in the insertion direction by less than the certain distance. The grounding retaining portion is spaced away by the certain distance or more from the power-supply retaining portion to the downstream side in the insertion direction.

Representative Drawing(s):




Relevant docs:

Category Document description Relevant to claim No.

Document No.

X CA 1067974 A (ECKART, GEORGE) 11 December 1979 (11.12.1979)

1 - 9 1

A CA 2298382 C (HUBBELL INC.) 29 May 2007 (29.05.2007)

1 - 9 2

A US 2011223788 A1 (NISHIMURA, Yoji) 15 September 2011 (15.09.2011)

1 - 9 3

A US 5839908 A (BONILLA et al.) 24 November 1998 (24.11.1998)

1 - 9 4

A US 6419505 B1 (WAIBLE, Thomas) 16 July 2002 (16.07.2002)

1 - 9 5







[22] Date Filed: 11/04/2016

[54] Title: ANTI MOTORCYCLE THEFT DEVICE AND SYSTEM

[71] Applicant(s): FATHER SATURNINO URIOS UNIVERSITY [PH]

[72] Inventor(s): DOMINIC GUIRITAN[PH]: HAIZEL GARCIA[PH]: ARCOUR JAY AHMAD[PH]: MIKEY CUPIN[PH]: JOSEPH KAYE JURILLA[PH]: PATRICK SANCHEZ[PH]: FEMENPRIL KHIM CHUA[PH]


[74] Attorney / Agent: ORLANDO RITCHIE R. NATONTON

[30] Priority Data: NONE

[51] International Class 8: B60R 25/00; B60R 25/102; B60R 25/30; B60R 25/33

[57] Abstract:

(Field of Invention) This invention relates generally to an anti-theft device for motorcycles, but more particularly, to an anti-motorcycle theft device that is capable of tracking the motorcycle, reporting its position by wirelessly transmitting at least identifying information utilizing the GPS and turning on and off the motor engine by using the mobile Android application.


Relevant docs:

Category Document description Relevant to claim

No.

Document No.

X WO 2008018088 A1 (BANSAL, Shailendra) 14 February 2008 (14.02.2008)

1 - 3 1

X US 5793283 A (DAVIS, Ronnie) 11 August 1998 (11.08.1998)

1 - 3 2




X

“Android mobile-based Security Lock for Bike Ignition” (Microtronics Technologies) 11 June 2014 (11.06.2014)

1 - 3 3

X

“Android Application for Vehicle Theft Prevention and Tracking System” (ROHITAKSHA et al.) 22 April 2008 (22.04.2008)

1 - 3 4

Y KR 101364011 B1 (CHAE, Il Su) 27 February 2014 (27.02.2014)

1, 3 5

Y FR 2856871 A1 (STREIFF, William) 31 December 2004 (31.12.2004)

1 - 2 6

Y

“GPS-based Advanced Vehicle Tracking and Vehicle Control System” (MUKHTAR, Mashood) February 2015

1 - 2 7

Y

"TX-5 Mini GPS GSM GPRS Tracking Motorcycle Bike Anti-theft Monitor Tracker" 05 December 2012 (05.12.2012)

1 - 2 8







[22] Date Filed: 15/08/2016

[54] Title: INFORMATION PROCESSING APPARATUS, INFORMATION READING APPARATUS, GAMING MACHINE, AND GAMING SYSTEM

[71] Applicant(s): UNIVERSAL ENTERTAINMENT CORPORATION [JP]

[72] Inventor(s): TAKEDA Kengo [JP]


[74] Attorney / Agent: SAPALO VELEZ BUNDANG & BULILAN LAW OFFICES

[30] Priority Data: 2015-161456 18/08/2015 JP; 2015-161457 18/08/2015 JP; 2015-161458 18/08/2015 JP and 2015-161459 18/08/2015 JP

[51] International Class 8: G07F 17/3211; G07F 17/3234; G07F 17/3239

[57] Abstract:

Provided is an information processing apparatus including an interface capable of receiving identification information on a user retrieved by an information reading apparatus installed in a gaming hall, and a controller capable of retrieving locational information on an object related to the user in the gaming hall from a storage device based on the identification information on the user and performing image processing to create a floor map of the gaming hall in which an image associated with the object is mapped to a corresponding position of the object in the gaming hall. The storage device stores identification information for identifying the object together with the identification information on the user and further stores the locational information for locating the object together with the identification information on the object. The information processing apparatus enables grasp of objects related to the user in the gaming hall.





Relevant docs:


Document No.

X US 2015/0310698 A1, POLIS, 29 October 2015

1-20 1







[22] Date Filed: 11/01/2017

[54] Title: MULTIFUNCTION PERIPHERAL

[71] Applicant(s): SEIKO EPSON CORPORATION [JP]

[72] Inventor(s): OKAWA, Soshi [JP]: KUDO, Shoma [JP]: NISHI, Nobuyuki [JP]: KANAYA, Munehide[JP]


[74] Attorney / Agent: FEDERIS AND ASSOCIATES LAW OFFICES

[30] Priority Data: 2016-015319 29/01/2016 JP

[51] International Class 8: B41J 29/00; H04N 1/00

[57] Abstract:

An recording device includes a recording head that performs recording using ink; a liquid containing body that is capable of accommodating ink; a casing of which at least the recording portion and the liquid containing body are provided on an inside portion; a tube that connects the liquid containing body and the recording head with each other; and a operating panel that constitutes a portion of an outer covering of the recording device and operates the recording device. The operating panel is provided to be capable of performing an opening/closing operation with respect to the casing between two positions which are an opened position which exposes and a closed position which does not expose an inside of the casing, and at least a portion of the liquid containing body is exposed, by an opening operation of the operating panel.


Relevant docs:


Document No.

A WO2015136868 A1 (Miyamoto, et. al.) 17 September 2015 (17.09.2015)

1-9 1




A JP 2007301819 A(Susa Munenori) 22 November 2007 (22.11.2007)

1-9 2

A JP2007036605 A (Ikeno, et. al.) 08 February 2007 (08.02.2007)

1-9 3







[22] Date Filed: 01/02/2017

[54] Title: MULTI-PURPOSE CASE FOR THE LEGAL AGE PEOPLE IN DISTRICT V. Q.C.

[71] Applicant(s): ALCANTARA, John Paul [PH]

[72] Inventor(s):

Alcantara, John Paul D.[PH]: Catama, Benedick[PH]: Odtohan, Grace[PH]: Mongote, Jenny Rose V.[PH]: ALcaraz, Cari Eloise[PH]: Amparo, Jose Nelson S.[PH]: Catamco, Kevin B.[PH]: Geneta, Jovynick[PH]: Navarro, Anne Christine Joy[PH]: Sibalucca, Niño Jhon[PH]: Sto. Domingo, Fatima Mae[PH]: Tagal, Lynie M.[PH]: Urcia, Jethro V.[PH]


[74] Attorney / Agent: NONE


[51] International Class 8: A45C 11/34

[57] Abstract:

Pencil case organizer is a very important thing used for organizing and protecting their school materials such as pens, pencils, and erasers. Also in our present days students preferably used power banks to charge their cell phones without needing outlets but the problem is they do not have a specific place to put their school materials that might be lead to damage of chords and power banks and also the Portable mini speaker that can be used by the students especially the professors who utilize speaker for their presentation in class, and also Portable mini speaker is too small that is prone from falling and cause damages to its performance. The above mentioned case made the researchers to decide in innovating a product from a pencil case organizer that has different features such as power bank, speaker, and organizer in which it can reduce the space and can reduce the probability of damages that can occur to the power bank, chord, speaker and cell phone itself. The researchers decided to choose Quezon City Polytechnic University-San Bartolome as our target place because it is convenient for the researchers. After presenting the analysis and interpretation of data gathered from the respondents through the use of statistical tools, the following findings were arrived.





Relevant docs:


Document No.

Y CN 201278909 Y (ZENG [CN]) - 27 July 2009 - See Abstract, Figures 1

1 1

Y CN 204336110 U (ZHAOHANG [CN]) - 20 May 2015 - See Abstract, Figures

1 2







[22] Date Filed: 16/03/2017

[54] Title: A PROCESS OF EXTRACTING DIETARY FIBER FROM CACAO POD HUSK

[71] Applicant(s): UNIVERSITY OF THE PHILIPPINES LOS BANOS [PH]

[72] Inventor(s): TERESITA S. RAMIREZ[PH]: ARSENIA B. SAPIN[PH]


[74] Attorney / Agent: EMIL JOHN C. CABRERA


[51] International Class 8: a23k 10/00; A23L 29/00; A23L 33/00

[57] Abstract:

The present invention relates to the process of extracting dietary fiber from cacao, particularly from pod husks. The process includes enzymatic treatment to produce dietary fiber. Its application in food, feeds, beverage ant nutraceuticals is also disclosed herein.


Relevant docs:


No.

Document No.

X

RAMIREZ, T., ET AL., “Production and enzymatic modification of fiber from cacao pod husk and its utilization as bakery ingredient”. Transactions of the National Academy of Science and Technology, July

1-5 1




2013, Vol. 35, Issue 1

X

ALEMAWOR, F., ET AL.,: “Broiler performance on finisher diets containing different levels of either Pleurotus ostreatus-fermented dried cocoa pod husk or dried cocoa pod husk supplemented with enzymes”. Trop Anim Health Prod (2010), Vol 57, No 5

1-5 2

X

NORTEY, T.N., ET AL., “Cocoa pod husk with enzyme supplementation is a potential feed ingredient in broiler diets”, Livestock Research for Rural Development, May 1,2015, Vol. 57, No. 5, pages 1-10

1-5 3







[22] Date Filed: 16/03/2017

[54] Title: A PROCESS FOR HEMICELLULOSE EXTRACTION FROM PINEAPPLE LEAVES

[71] Applicant(s): UNIVERSITY OF THE PHILIPPINES LOS BANOS [PH]

[72] Inventor(s): VERONICA C. SABULARSE[PH]: HIDELISA P. FERNANDEZ[PH]: ADONIS A. YANOS[PH]


[74] Attorney / Agent: EMIL JOHN C. CABRERA


[51] International Class 8: D21C 3/00; D21C 3/02; D21C 3/04; D21C 3/18

[57] Abstract:

This invention discloses a process for the extraction of hemicellulose from pineapple leaves. The process includes washing, initial size reduction, hot water treatment, drying, milling, sieving and delignification of the pineapple leaves using sodium chlorite. The process also includes extraction of the hemicellulose using sodium hydroxide, filtration and adjusting the pH of the crude extract. The process further includes precipitation, washing and drying of the hemicellulose.

Representative Drawing(s): NONE

Relevant docs:


No.

Document No.

X PH 2 2012 000724 A (SABULARSE, ET AL.) - 29 February 2016 - Claim 1

1-9 1

X

SHARMA, U., “Investigations on the Fibers o f Pineapple Leaves”, CARBOHYDRATE RESEARCH, Vol. 97 Issue 2, pages 323-329 - 16 November 1981 - Page 327

1-9 2

X

DRAMAN, S., ET AL., “Eco-Friendly Extraction and Characterization of Cellulose from Lignocellulosic Fiber”, ARPN JOURNAL OF ENGINEERING AND APPLIED SCIENCES, Vol. 11, No. 16 - August 2016 - Pages 9591-9595

1-9 3

X LI, Z., ET AL., “Hot Water Extraction of Hemicelluloses from Aspen Wood Chips of Different

1-9 4




Sizes”, BIORESOURCES JOURNAL, Vol. 8, No. 4







[22] Date Filed: 29/03/2017

[54] Title: INFORMATION DISPLAY DEVICE


[72] Inventor(s): KITAGAWA, Shigehiko[JP]



[30] Priority Data: 2016-069429 30/03/2016 JP

[51] International Class 8: G06F 21/34; G07F 17/32; G07F 7/08

[57] Abstract:

The present invention provides an information display device which may simply display a defined information to improve the convenience. The information display device is able to read the member card having the member identification code, and access the member management server storing the plurality of information associated with the user, and display the plurality of information associated with the user. In the member management server, the plurality of information associated with the user is distinguished to be information not requiring to be authenticated and information requiring to be authenticated respectively and then is stored. The information display device acquires the information not requiring to be authenticated from the member management server according to the member identification code under the condition of reading the member card, and directly display the acquired information not requiring to be authenticated without being authenticated by the user.





Relevant docs:


Document No.

Y US2004050931 (A1) (ONO ET AL 18 March 2004 (18.03.2004))

1-2 1

Y US2015134330 (A1) (BALDWIN ET AL 14 May 2015 (14.05.2015))

1-2 2







[22] Date Filed: 30/03/2017

[54] Title: PAPER SHEET PROCESSING APPARATIS AND PAPER SHEET PROCESSING SYSTEM


[72] Inventor(s): TAKEDA, Kengo[JP]


[74] Attorney / Agent: SAPALO VELEZ BUNDANG & BULILAN

[30] Priority Data: 2016-071448 31/03/2016 JP

[51] International Class 8: B65H 29/00; B65H 43/04; G07D 11/00; G07D 7/00; G07F 7/04

[57] Abstract:

Provided is a paper sheet processing system capable of preventing a large number of wrong paper bills put in a paper sheet processing apparatus at one time from being exchanged with clean money. A bill processing apparatus sends information on a total amount of the bills supplied to the bill processing apparatus incorporated in a gaming machine and the number of games played by a player counted by a counter to a management server. The management server compares the total amount with a predetermined amount and if the total amount is higher than the predetermined amount, compares the counted number of games with a predetermined number. If the counted number of games is smaller than the predetermined number, the management server sends a report signal to a management apparatus.


Relevant docs:


Document No.

Y US 2015/0284212 A1 / NIREKI, Takao / 08 October 2015

1 - 7 1




Y AU 2007/202388 A1 / ARUZE CORP. / 13 December 2007

1 - 7 2

Y US 2014/0337211 A1 / CRIST, Kristy M., et al. / 13 November 2014

4 3

A US 2013/0134648 A1 / NIREKI, Takao / 30 May 2013

1 4

A US 5863039 A / SUZUKI, Yasuo / 26 January 1999

1 5







[22] Date Filed: 30/03/2017

[54] Title: GAME SYSTEM, SERVER, AND DONATION CONTROL METHOD


[72] Inventor(s): KENGO TAKEDA[JP]



[30] Priority Data: 2016-069399 30/03/2016 JP

[51] International Class 8: G07F 17/32

[57] Abstract:

Provided is a game system which performs control so as to change a ranking display of each user based on an amount of a donation made by the each user. A donation management server 40 stores a donation amount when a donation is made by a user operation, determines user ranking based on the amount of the donation made by the each user, and prepares display data.


Relevant docs:


Document No.

A US2010004055 (A1) (GORMLEY ET AL 7 January 2010 (07.01.2010))

1-6 1

A US2015356639 (A1) (SOBHANI 10 December 2015 (10.12.2015))

1-6 2




A US2008108433 (A1) (DIMICHELE ET AL 8 May 2008 (08.05.2008))

1-6 3

A JP2006081674 (A) ( KONAMI CO LTD 30 March 2006 (30.03.2006))

1-6 4

A JPH01158985 (A) (SANKYO CO 22 June 1989 (22.06.1989))

1-6 5







[22] Date Filed: 31/03/2017

[54] Title: GRAIN PROBE MOISTURE METER

[71] Applicant(s): PHILIPPINE CENTER FOR POSTHARVEST DEVELOPMENT AND MECHANIZATION (PHILMECH) [PH]

[72] Inventor(s): AVILA, Richard P.[PH]: JOAQUIN, Arlene C. [PH]: RAMOS, Maria Elizabeth V.[PH]: MARTINEZ, Romualdo C.[PH]


[74] Attorney / Agent: NONE


[51] International Class 8: G01N 27/22; G01N 27/87; G01N 29/22; G01N 29/24

[57] Abstract:

A grain probe moisture meter was developed for rapid and objective measurement of moisture content while doing the customary grain sampling in bags comprising of a standard grain probe, probe base, a test chamber assembly and casing assembly. The grain probe moisture meter is a capacitance type meter utilizing a constant volume of grain as the dielectric material and whose frequency values increased with corresponding decrease in moisture content of the grains. A rechargeable 3.7-Volt lithium battery provides power to the whole system. The invention incorporated a moisture sensing device to existing probe to facilitate moisture content measurement while collecting grains for other quality assessment. It offers an objective and immediate determination of moisture content. It is made portable which can be brought handy in the field without difficulty.


Relevant docs:


No.

Document No.

Y US 4399404 A / RESH, Roy E. / 16 August 1983

1 - 7 1

Y US 4403191 A / SATAKE, Toshihiko / 06 September 1983

1 - 7 2




Y US 3487302 A / GRIFFETH, Thurman F., et al. / 30 December 1969

1 - 7 3

A

CN 105548278 A / SUZHOU TIANJIANHENG ELECTRONIC INFORMATION TECH CO LTD / 04 May 2016

1 4







[22] Date Filed: 31/03/2017

[54] Title: DIGITAL BROADCAST COMMUNICATION SYSTEM AND METHOD WITH SCRAMBLING AND DESCRAMBLING FUNCTIONS

[71] Applicant(s): GMA NEW MEDIA, INC. [PH]

[72] Inventor(s): SARMIENTO, RAYMUND C.[PH]: GALLARES, JR. EDILBERTO I.[PH]


[74] Attorney / Agent: BELO GOZON ELMA PAREL ASUNCION AND LUCILA


[51] International Class 8: H04H 20/00; H04L 12/00; H04L 9/12; H04N 7/08

[57] Abstract:

One aspect of the present invention is directed to a digital broadcast communication system which includes a transmission-side communication system, a reception-side communication system for receiving a packetized transport stream from the transmission-side communication system, and a digital media playback device for receiving the stream from the reception-side communication system and for converting the stream into digital media signals having a data format suitable to be processed by a media playback application executing on the device. The stream may include video signals selectively scrambled at the transmission-side communication system using a scrambling sequence and a scrambling parameter. A descrambling parameter corresponding to the scrambling parameter may be injected into the stream at the transmission-side communication system. The application includes a descrambling sequence manager arranged to extract the descrambling parameter from the stream, and also descramble the scrambled video signals included in the stream using a descrambling sequence. The scrambling and descrambling sequences, and as well as the scrambling and descrambling parameters, are configurable from the transmission-side communication system.





Relevant docs:


No.

Document No.

Y US 5235645 (A) STOCKER 10 August 1993

1-15 1

Y US 7848521 (B2) LEPORINI et al. 7 December 2010

1-15 2

Y

Jiang, TP et al. “Secure communication between set-top box and smart card in DTV broadcasting” IEEE TRANSACTIONS ON CONSUMER ELECTRONICS Volume: 50 Issue: 3 Pages: 882-886 Aug 2004

1-15 3

A

Liu, Yu et al., “A Simple and Efficient Re-Scrambling Scheme for DTV Programs” IEEE TRANSACTIONS ON MULTIMEDIA Volume: 16 Issue: 1 Pages: 137-146 Jan 2014

1-15 4







[22] Date Filed: 24/03/2017

[54] Title: ECO STOVE

[71] Applicant(s): GAMULO, GILDA T, [PH]

[72] Inventor(s): GILDA T. GAMULO[PH]: CRISANTO B. GAMULO[PH]: GABRIEL CARLO T. GAMULO[PH]


[74] Attorney / Agent: GILDA T. GAMULO


[51] International Class 8: F24B 1/00; F24B 1/08; F24B 1/18

[57] Abstract:

A biomass Eco stove that is intended to be use for cooking to meet the daily basic need of human beings. The stove consists of a metal body supported by a frame with top cooking pot holder. The fuel is stored in the combustion chamber which is located in the top removable drawer which provides convenience in adding more biomass material when needed. The bottom drawer acts like a dumper to regulate the heating capacity of the combustion chamber by opening and closing thereby increasing or decreasing the airflow requirement. This biomass eco stove is unique in the sense that it uses all kinds of biomass fuel materials such as dried charcoal, wood chips, corn hubs, wooden filings, shredded coco husk, broken coconut shells, small pieces of woods, sawdust, rice husk (apa), and even dried grasses, waste cartons, newspapers and the like. This stove is called a biomass eco stove because it uses all the known biomass material as fuel. ECO stands for: E - eco-friendly, economical and efficient; C - compact and convenient; 0 - optimal design. The heating that is use for cooking is provided by the combustion chamber which by principle moves the air from hot to cold region by moving upwards thereby creating a vacuum on the lower chamber that permits the flow of required air to support the continuous combustion of biomass fuel. The intensity of heat is regulated by closing and closing the lower drawer which is called damper. This lower drawer also acts as the ash pan which collects the ashes generated by the upper combustion chamber and drops to the lower chamber by gravity. This ash can be used as fertilizer to soil such as in potted plants. It has a built-in diffuser located in between the lower and upper drawer that directs the flow of the needed air to the combustion chamber. Another feature of this biomass stove is the unique top cover that seals of whole eco stove whenever cooking is finished so the excess biomass fuel material would cease in burning thereby conserving it to be reused on the next cooking session. This eco stove has a removable top cover for easy cleaning and replaceable by an optional barbeque grill accessory. This stove achieves a smokeless operation by providing the complete air requirement for combustion. The ECO stove is ideal for indoor and outdoor applications since it is smokeless, compact, efficient and earth-




friendly.


Relevant docs:


Document No.

X US 4825845 A / OLIVOTTI, Elia / 02 May 1989

1 1

X PH 1199758504 / QUIBILAN, Edelmiro I. / 13 February 2003

1 2







[22] Date Filed: 06/04/2017

[54] Title: METHOD AND APPARATUS FOR PERFORMING HYBRID AUTOMATIC REPEAT REQUEST PROCESSES

[71] Applicant(s): NOKIA TECHNOLOGIES OY [FI]

[72] Inventor(s): YAO, Chunhai[CN]: LUNTTILA, Timo Erkki[FI]: HUGL,Klaus[AU]: TIIROLA, Esa Tapani[FI]


[74] Attorney / Agent: HECHANOVA AND CO., INC.

[30] Priority Data: PCT/CN2016/080501 28/04/2016 CN

[51] International Class 8: H04L 1/18; H04W 72/14

[57] Abstract:

A method and apparatus may include receiving an uplink grant in a specific sub frame of a frame and/or a physical hybrid-ARQ indicator channel transmission, for a physical-uplink-shared-channel transmission or retransmission on a special subframe. The method may also include determining that the uplink grant validates transmitting a physical-uplink-shared-channel transmission on the special subframe, or that the physical hybrid-ARQ indicator channel transmission validates transmitting a physical-uplink-shared-channel retransmission on the special subframe. The method may also include determining transmission parameters for transmitting the physical-uplink-shared-channel transmission or retransmission. The method may also include transmitting the physical-uplink-shared-channel transmission or retransmission on the special subframe.


Relevant docs:


Document No.

X US2015043392 (A1) SUSITAIVAL et al. 12 February 2015

1 – 7, 10 – 18, 21 – 30

1

Y US2015043392 (A1) SUSITAIVAL et al. 12 February 2015

8, 9, 19, 20 2




Y US2015043434 (A1) YAMADA et al. 12 February 2015

8, 9, 19, 20 3

A WO2015062078 (A1) HUAWEI TECH CO LTD 07 May 2015

1-30 4







[22] Date Filed: 06/04/2017

[54] Title: PROCESS FOR THE PREPARATION OF A PLANT FOOD SUPPLEMENT AND METHOD OF USE THEREFOR

[71] Applicant(s): PHILIPPINE NUCLEAR RESEARCH INSTITUTE (PNRI) [PH]

[72] Inventor(s): LUCILLE V. ABAD[PH]: GIUSEPPE FILAM O. DEAN[PH]: LUVIMINA G. LANUZA[PH]


[74] Attorney / Agent: MANOLITA AURORA O. JAVATE


[51] International Class 8: C08B 37/00; C08B 37/042

[57] Abstract:

The present invention relates to a process of preparing a plant food supplement comprising low molecular weight natural polymers more particularly, to carrageenan which is useful as a plant growth promoter. More specifically, the present invention relates to process of producing a plant food supplement and plant growth promoter comprising low molecular weight carrageenan with increased biolytic component having a Weight Average Molecular Weight (Mw) of 1.5 to 2kDa by irradiating aqueous carrageenan with a dose higher than 30 KGy. The method of application is also disclosed herein.


Relevant docs:


No.

Document No.

X

Abad, L.V. et al. (2015). Characterization of low molecular weight fragments from gamma irradiated k-carrageenan used as plant growth promoter. 118 (2016): 75-80. - 03 March 2015 (03.02.2015) - Abstract; p.76 item 2.1, 2.5; p.77 item 3.2

1-9 1




A

Abad, L.V. et al. (2004). Dynamic light scattering studies of irradiated kappa carrageenan. International Journal of Biological Macromolecules. Vol 34; 81-88. - 18 March 2004 (18.03.2004) - Whole Document

1-9 2

A

Naeem, M. (2011). Depolymerised carrageenan enhances physiological activities and menthol production in Mentha arvensis L. Carbohydrate Polymers 87 (2012). 1211-1218 - 10 September 2011 (10.09.2011) - Whole Document

1-9 3

A

Naeem, M. (2014). Radiation Processed Carrageenan Improves Plant Growth, Physiological Activities, and Alkaloids Production in Catharanthus roseus L. Advances in Botany Volume 2015: 1-12. - 09 December 2014 (09.12.2014) - Whole Document

1-9 4







[22] Date Filed: 06/04/2017

[54] Title: LOW MOLECULAR WEIGHT CARRAGEENAN PLANT FOOD SUPPLEMENT, PROCESS FOR THE PREPARATION AND METHOD OF USE THEREFOR

[71] Applicant(s): PHILIPPINE NUCLEAR RESEARCH INSTITUTE (PNRI) [PH]

[72] Inventor(s): ABAD, Lucille V.[PH]: MAGSINO, Gil L.[PH]: AURIGUE, Fernando B. [PH]: ARANILLA, Charito T.[PH]: RELLEVE, Lorna S.[PH]: DEAN, Giuseppe Filam O.[PH]


[74] Attorney / Agent: MANOLITA AURORA 0. JAVATE


[51] International Class 8: A61K 8/73; B26F 3/16; C08B 37/00; C08B 37/04

[57] Abstract:

The present invention relates to plant food supplement comprising low molecular weight carrageenan. More specifically, the present invention relates to plant food supplement comprising carrageenan with an increased radiolytic component having a molecular weight of 1.5 to 2kDa produced by a process of irradiating aqueous carrageenan with a minimum dose of 10 KGy in the presence of an additive. The method of application is also disclosed herein.


Relevant docs:


No.

Document No.

X

Abad, L.V. et al. (2015). Characterization of low molecular weight fragments from gamma irradiated k-carrageenan used as plant growth promoter. RADIATION PHYSICS AND CHEMISTRY 118 (2016): 75-80. 03 March 2015 - Abstract

1-13 1

Y

Abad, L.V. et al. (2011). NMR analysis of fractionated irradiated k-carrageenan oligomers as plant growth promoter. RADIATION PHYSICS AND CHEMISTRY 80 (2011):9 77-982. - 07 May 2011 - Abstract; p978 2.2, 3.1; p979 Table 1, Fig.2

1-13 2

A Sun.T. et al. (2010). Degradation and antioxidant activity of k-

1-13 3




carrageenans. JOURNAL OF APPLIED POLYMER SCIENCE, VOL. 117: 194-199. - 02 March 2010 - Whole Document

A

Hien, NQ. (2011). Degradation of chitosan in solution by gamma irradiation in the presence of hydrogen peroxide. CARBOHYDRATE POLYMERS 87 (2012) 93-938. - 17 August 2011 - Whole Document

1-13 4

A

Sen, M. and Atik, F. (2012). The antioxidant properties of oligo sodium alginates prepared by radiation-induced degradation in aqueous and hydrogen peroxide solutions. RADIATION PHYSICS AND CHEMISTRY 81 (2012): 816-822. - 07 April 2012 - Whole Document

1-13 5







[22] Date Filed: 31/03/2017

[54] Title: TARGET OPTIMIZATION IN NUCLEIC ACID BASED LATERAL FLOW STRIP BIOSENSOR (LFSB) DETECTION

[71] Applicant(s): ENRIQUEZ, ERWIN [PH]

[72] Inventor(s): DR. ERWIN P. ENRIQUEZ[PH]


[74] Attorney / Agent: ANNE MARIAE CELESTE VIOS JUMADLA


[51] International Class 8: C12Q 1/68; C12Q 1/70

[57] Abstract:

The present invention relates in general to target optimization in nucleic acid detection, particularly detection of DNA, without resort to nucleic acid amplification methods or isolation of fragments containing nucleic acid targets. More specifically, the present invention relates to target optimization in nucleic acid detection, without a polymerase chain reaction (PCR) or any conventional amplification method. According to this invention, target optimization in nucleic acid detection is accomplished by targeting multiple repeating sequences, particularly multiple sequence repeats characteristic to a target organism's genome, which may be pathogenic, in cases of diagnostic applications.


Relevant docs:


No.

Document No.

Y

Toubanaki et al. (2015). Nanoparticle-based lateral flow biosensor for visual detection of fish nervous necrosis virus amplification products. Molecular and Cellular Probes, 29: 158-166. 20 March 2015

1-16 1




Y WO 01/38351 A2 (Xu et. al) 31 May 2001

11-16 2

Y

Jaroenram et al.(2008). Rapid and sensitive detection of white spot syndrome virus by loop-mediated isothermal amplification combined with a lateral flow dipstick. Molecular and Cellular Probes, 23: 65-70. 24 December 2008

11, 15-16, 17-20

3

Y

Lafferty, K. et al (2015). Infectious diseases affect marine fisheries and aquaculture economics. Annual Review of Marine Science, 7: 471-496.

17-20 4







[22] Date Filed: 31/03/2017

[54] Title: LATERAL FLOW STRIP BIOSENSOR (LFSB) SIGNAL AMPLIFICATION IN NUCLEIC ACID BASED DETECTION

[71] Applicant(s): ENRIQUEZ, ERWIN P. [PH]

[72] Inventor(s): ERWIN P. ENRIQUEZ[PH]


[74] Attorney / Agent: Anne Mariae Celeste V. Jumadla


[51] International Class 8: C12Q 1/68; C12Q 1/70

[57] Abstract:

The present invention relates in general to signal amplification of lateral flow strip biosensors (LFSB) in nucleic acid based detection. More specifically, the present invention relates to signal amplification of the LFSB test line, using multiple DNA- gold nanoparticle (DNA-AuNP) conjugates. According to this invention, a second DNA-AuNP solution, containing DNA sequences different from DNA sequences of the target DNA-AuNP probe, binds multiply to the target-DNA-AuNP hybrid at the test line, forming an aggregate network of signal-amplifying DNA-AuNPs.


Relevant docs:


No.

Document No.

Y

Toubanaki et al. (2015). Dual Enhancement with a Nanoparticle-based Lateral Flow Biosensor for the Determination of DNA. Analytical Letters, 1-32.08 June 2015

15-29 1

Y

Hu, J. et. al. (2013). Oligonucleotide-linked gold nanoparticle aggregates for enhanced sensitivity in lateral flow assays. Lab Chip, 13: 4352-4357.08 June 2015

15-24 2

Y

Jaroenram et al.(2008). Rapid and sensitive detection of white spot syndrome virus by loop-mediated isothermal amplification combined with a lateral flow dipstick. Molecular and Cellular

15-29 3




Probes, 23: 65-70.24 December 2008

Y

Lafferty, K. et al (2015). Infectious diseases affect marine fisheries and aquaculture economics. Annual Review of Marine Science, 7: 471-496.12 September 2014

25-28 4







[22] Date Filed: 17/04/2017

[54] Title: BEER DISPENSING INSTALLATION

[71] Applicant(s): MAHOU S.A. [ES]

[72] Inventor(s): FUENTES FUENTES, Vicente[ES]: CASTILLO GONZALEZ, Jose Manuel[ES]


[74] Attorney / Agent: SAPALO VELEZ BUNDANG & BULILAN

[30] Priority Data: P201630460 13/04/2016 ES

[51] International Class 8: B67D 1/00; B67D 1/02; B67D 1/06

[57] Abstract:

A beer dispensing installation comprising several kegs (1), each one containing a specific base product (2), wherein said base products (2) are homogenous but have different compositions, also comprising a dispensing tap (3), wherein each keg (1) is connected in parallel to a mixing unit (4) suitable for mixing the base products (2) coming from the kegs (1) in a specific proportion, and suitable for obtaining a final product (5) in said mixing unit (4), which is homogenous to the base products (2), the mixing unit (4) being connected to the dispensing tap (3), the mixing unit (4) being programmable in order to modify the proportion of the different base products (2) comprised by the final product (5).


Relevant docs:


Document No.

Y US 2007/0095859 A1 / MASER, Bryan A., et al. / 03 May 2007

1 - 10 1

Y US 4934567 A / VAHJEN, Bruce J., et al. / 19 June 1990

1 - 10 2




Y US 4094445 A / BEVAN, James / 13 June 1978

5 3

A WO 2009/047000 A1 / CARBOTEK HOLDING GMBH / 16 April 2009

1 4







[22] Date Filed: 05/09/2017

[54] Title: TOUCH PANEL

[71] Applicant(s): FUTABA CORPORATION [JP]

[72] Inventor(s): TAKEYA, Yasuyuki [JP]: FUJII, Masaki[JP]: YOSHIDA, Takayoshi[JP]


[74] Attorney / Agent: A.Q. ANCHETA AND PARTNERS

[30] Priority Data: 2016-195817 03/10/2016 JP

[51] International Class 8: G06F 3/041; G06F 3/044

[57] Abstract:

An overcoat layer formed on a top surface of transmission lead wire connected with a transmission connection terminal disposed on a flexible substrate provided at an end portion of a substrate has a contact hole. Consequently, relevant electrode elements of transmission electrode elements which compose a transmission electrode can be electrically connected.


Relevant docs:


Document No.

X JP2010-182277 A (Rohm Co., Ltd.) 19 August 2010

1-2 1

A US2016/0253001 A1 (SUGITA et. al.) 01 September 2016

1-2 2







[22] Date Filed: 22/09/2017

[54] Title: AIR SHELTER FOR ELECTRICAL EQUIPMENT

[71] Applicant(s): SHOWA KIKI KOGYO CO., LTD. [JP]

[72] Inventor(s): MAESHIBA, Shinsuke[JP]


[74] Attorney / Agent: HECHANOVA AND CO., INC.

[30] Priority Data: 2016-207561 24/10/2016 JP

[51] International Class 8: H02K 5/02; H02K 5/132

[57] Abstract:

To completely prevent air from leaking out from a conduit tube, which protects an electrical wire connecting an electrical equipment and a power source, and to easily and reliably electrically connect the electrical equipment and the power source in an air shelter. A pump 5 and a motor 6 are covered with a cover body 7, and an electrical wire 15 that connects an explosion proof connector 14 and a power source is not protected with a flexible conduit tube 17 in the inside of the cover body 7, and protected with the flexible conduit tube 17 only on the outer side of a conduit tube connector 16 arranged on a side wall of a base 3.


Relevant docs:


Document No.

A US2015/0322941 A1 (MAESHIBA, Shinsuke) 12 November 2015

1-3 1

A

CN202931071 U (Suzhou Beitengte Electronic Technology Co., Ltd.) 08 May 2013

1-3 2

A US2008/0206473 A1 (VILD et. al.) 28 August 2008

1-3 3

A JP2015-071961 A (Showa Kiki Kogyo Co., Ltd.) 16 April 2015

1-3 4







[22] Date Filed: 18/12/2017

[54] Title: CONTINUOUSLY VARIABLE TRANSMISSION RING DRIVING MECHANISM

[71] Applicant(s): MOTIVE POWER INDUSTRY CO., LTD. [TW]

[72] Inventor(s): CHENG, Hsin-Lin[TW]: TENG, Ching-Chung[TW]


[74] Attorney / Agent: MUTIA AND TRINIDAD

[30] Priority Data: 106103869 07/02/2017 TW

[51] International Class 8: F16H 13/08; F16H 15/00

[57] Abstract:

A continuously variable transmission ring driving mechanism, including a cylinder having a ring-shaped recess with a ring-shaped bottom-wall and two ring-shaped sidewalls, the ring-shaped bottom-wall having axial guide-holes each for receiving a continuously variable transmission rod; rollers pivotally disposed at the ring-shaped bottom-wall and the ring-shaped sidewalls and exposed partially from the ring-shaped recess; and a continuously variable transmission annular unit movably received in the ring-shaped recess, wherein an inner ring-shaped surface of the continuously variable transmission annular unit is in contact with the rollers of the ring-shaped bottom-wall, and two opposing ring-shaped surfaces of the continuously variable transmission annular unit are in contact with the rollers of the ring-shaped sidewalls, the continuously variable transmission annular unit having oblique guide-holes, allowing the oblique guide-holes to guide the continuously variable transmission rod along axial direction of the cylinder when the continuously variable transmission annular unit rotates about the cylinder.





Relevant docs:


Document No.

Y

TWI 541165 B (MOTIVE POWER INDUSTRY CO. LTD. [TW]) — 11 July 2016 — Abstract; Figs. 11-12

1, 3 1

A

US 8814739 B2 (HAMRIN, John E. et al. [US]) — 26 August 2014 — The whole document

1-4 2

A US 2007093345 A1 (HOSOI, Yukiharu [JP]) — 26 April 2007 — The whole document

1-4 3







[22] Date Filed: 04/09/2017

[54] Title: CONTROL SYSTEM OF AUTOMATIC TRAVELING VEHICLE

[71] Applicant(s): KABUSHIKI KAISHA TOSHIBA [JP]

[72] Inventor(s): KOBAYASHI, Daisuke[JP]



[30] Priority Data: 2016-175968 08/09/2016 JP

[51] International Class 8: B62D 6/00; G05D 1/02

[57] Abstract:

According to one embodiment, a control system for an automatic travelling vehicle includes a first communication device, a second communication device, a first identifying section, a guiding section and an automatic travelling vehicle. The first communication device transmits, on the basis of the first signal received from the second communication device, a second signal for starting movement from the first region to the second region to the automatic travelling vehicle based. Movement of the automatic travelling vehicle in the first region is controlled by transmission and reception of a signal between the automatic travelling vehicle and the first communication device. Movement of the automatic travelling vehicle in the second area is controlled by transmission and reception of a signal between the automatic travelling vehicle and the second communication device.


Relevant docs:


Document No.

A US2004/0122570 A1 (SONOYAMA et. al.) 24 June 2004

1-13 1

A US2015/0260535 A1 (YOSHIDA et. al.) 17 September 2015

1-13 2







[22] Date Filed: 27/09/2017

[54] Title: STRADDLED VEHICLE

[71] Applicant(s): YAMAHA HATSUDOKI KABUSHIKI KAISHA [JP]

[72] Inventor(s): OBA, Tatsuhiro[JP]: NISHIKAWA, Takahiro[JP]



[30] Priority Data: 2016-189634 28/09/2016 JP

[51] International Class 8: B62K 11/00; F01L 1/06; F01L 13/00; F01L 13/08; F02N 11/00

[57] Abstract:

PROBLEM To provide a straddled vehicle that is able to shorten a time period until completion of engine start after an engine start instruction. SOLUTION An engine unit includes a single-cylinder engine, a compression release mechanism, a drive wheel, a permanent magnet type motor, a battery, an inverter including a plurality of switching parts, and a control device. The control device controls the switching parts in such a manner that, upon reception of a start instruction for starting the single-cylinder engine, the permanent magnet type motor moves a piston so as to operate the compression release mechanism in a compression stroke of a first combustion cycle, and then the permanent magnet type motor applies a force to the piston via a crankshaft such that the rotation speed of the crankshaft in a second combustion cycle exceeds the pressure-reduction upper limit speed for the compression release mechanism, so that the piston is moved without operating the compression release mechanism in a compression stroke of the second combustion cycle, thus assisting compression of the mixed gas.





Relevant docs:


Document No.

Y JP 2014129794 A (Honda Motor Co Ltd) - 10 July 2014

1 1

Y JP 2015218631 A (Toyota Motor Corporation) - 07 December 2015

1 2

Y US 2016/0177906 A1 (Perier) - 23 June 2016

1 3







[22] Date Filed: 19/01/2018

[54] Title: METHOD AND SYSTEM FOR AUTOMATIC BOND ARM ALIGNMENT

[71] Applicant(s): ASM TECHNOLOGY SINGAPORE PTE LTD [SG]

[72] Inventor(s): WOO, Shui Cheung[RC]: TANG, Liang Hong[RC]: YAU, Wan Yin[RC]


[74] Attorney / Agent: CRUZ MARCELO & TENEFRANCIA


[51] International Class 8: B23K 1/00; H01L 21/67; H01L 23/00

[57] Abstract:

A method, as well as a system implementing the method, for automatically aligning a bond arm with respect to a bonding support surface for supporting a substrate during a bonding process. The method comprises: rotating the bond arm for a first revolution around a longitudinal axis through a bond head moveably coupled to the bond arm, the first revolution including a plurality of predefined rotary angular positions; pausing the rotation of the bond arm at each of the plurality of rotary angular positions; determining a tilt angle of the bond arm relative to the bonding support surface during each pause at the respective rotary angular position; and selecting the rotary angular position of the bond arm which has a tilt angle that satisfies a predefined specification such that the bond arm is aligned substantially perpendicular to the bonding support surface.


Relevant docs:


Document No.

Y WO 2015170645 A1 (Shinkawa Ltd.) 12 November 2015 (12.11.2015)

1-11 1

Y US 2007134904 A1(WAN et al.) 14 June 2007 (03.03.2005)

1-11 2




A US2013095607 A1 (SUNG et al.) 18 April 2013 (18.04.2013)

1-11 3







[22] Date Filed: 24/01/2018

[54] Title: A TWO-WHEELED ELECTRIC VEHICLE

[71] Applicant(s): TVS MOTOR COMPANY LIMITED [IN]

[72] Inventor(s): REDDY, Jonnala Veera[IN]: SHAIK,Mohammed Basha[IN]


[74] Attorney / Agent: FOLLOSCO MORALLOS AND HERCE

[30] Priority Data: 201741002830 25/01/2017 IN

[51] International Class 8: B60L 11/00; B62K 11/00; B62M 7/12

[57] Abstract:

The present subject matter provides a two-wheeled or three-wheeled electric vehicle (100). A structural member (105) comprises a first inclined portion (105B), a first load bearing portion (105C) extending substantially in a longitudinal direction (F-R), and a second inclined portion (105D). A traction motor (205) hub mounted to at least one wheel (110, 145) of the vehicle (100). The electric vehicle (100) includes one or more auxiliary power source(s) (310A, 310B, 305AA, 305AB, 305BA, 305BB) electrically connected to the traction motor (205). A primary set of auxiliary power source(s) (305AA, 305AB, 305BA, 305BB) is supported by the first load bearing portion (105C). The first load bearing portion (105C) is disposed substantially along a lateral centre (C) of the electric vehicle (100). The electric vehicle (100) provides a compact layout with load accommodation portion at step-though portion defined by the structural member (105). Further, the electric vehicle (100) improved drivability and stability.


Relevant docs:


Document No.

X, Y US 5421427 A (Ogawa, et al.) - 06 June 1995

1 – 4, 8 – 12 & 15

1




Y US 8668037 B2 (Shinde, et al.) - 11 March 2014

5 – 6, 13 – 14 & 16

2

Y US 7210548 B2 (Yonehana, et al.) - 01 May 2007

7 3







[22] Date Filed: 25/01/2018

[54] Title: REINFORCING STRUCTURE FOR TAILGATE SPOILER

[71] Applicant(s): MITSUBISHI JIDOSHA KOGYO KABUSHIKI KAISHA [JP] and MITSUBISHI JIDOSHA ENGINEERING KABUSHIKI KAISHA [JP]

[72] Inventor(s): SHIMADA, Shingo[JP]: HONDA, Shoichi[JP]: UEHARA, Naoya[JP]: MIZOBUCHI, Nobuhiro[JP]


[74] Attorney / Agent: E.B. ASTUDILLO AND ASSOCIATES

[30] Priority Data: 2017-012139 26/01/2017 JP

[51] International Class 8: B60J 5/00; B62D 35/00

[57] Abstract:

A reinforcing structure for a tailgate spoiler includes a tailgate that has an outer panel and an inner panel and is openable/closable in an upward/ downward direction relative to a vehicle body, a spoiler-shaped part that is formed at an upper portion of the outer panel and has an upper wall and a rear wall, a reinforcing attachment part that is provided for the inner panel inside the spoiler-shaped part, a reinforcing member that is disposed between a lower end side of the spoiler-shaped part and the reinforcing attachment part. The reinforcing member includes an upper portion fixed to the reinforcing attachment part, a lower portion fixed to the lower end side of the spoiler-shaped part, and an intermediate portion formed between the upper portion and the lower portion.


Relevant docs:


Document No.

X EP 2785577 B1 (Toyota Motor Corporation) - 11 March 2015

1 - 2 1

A US 6637806 B2 (Kazama) - 28 October 2003

1 - 7 2




A US 8950798 B2 (Inubushi) - 10 February 2015

1 - 7 3







[22] Date Filed: 05/02/2018

[54] Title: COLLECTION BOX ASSEMBLIES FOR USE WITH LATRINE PANS

[71] Applicant(s): LIXIL CORPORATION [JP]

[72] Inventor(s): ISHIYAMA, Daigo[JP]: McHALE, James[US]


[74] Attorney / Agent: CRUZ MARCELO & TENEFRANCIA

[30] Priority Data: 62/455,207 06/02/2017 US

[51] International Class 8: E03D 11/10; E03D 5/012

[57] Abstract:

Collection box assemblies for use with latrine pans are provided. In some embodiments, collection box assemblies include a collector to receive waste from the latrine pan, a flapper that includes a counterbalance device and a coverplate disposed on opposite sides of a pivot, wherein the coverplate has a shape configured to cover a waste portal when the coverplate is engaged against the lower portion of the receiving conduit.


Relevant docs:


Document No.

X US 2015/0026877 A1 (Ishiyama, et al.) - 29 January 2015

1 - 6 1

X WO 2016/104495 A1 (Lixil Corporation) - 30 June 2016

1 - 2 & 6 2

A WO 2015/109301 A1 (AS IP Holdco, L.L.C) - 23 July 2015

1 - 6 3







[22] Date Filed: 28/02/2018

[54] Title: BLINKER DEVICE OF VEHICLE

[71] Applicant(s): HONDA MOTOR CO., LTD [JP]

[72] Inventor(s): SOETA, Ryuhei[JP]: ARAI, Michito[JP]: TSUCHIYA, Yosuke[JP]


[74] Attorney / Agent: E.B. ASTUDILLO AND ASSOCIATES

[30] Priority Data: 2017-039247 02/03/2017 JP

[51] International Class 8: B60Q 1/26; B60Q 1/34; B60Q 1/38

[57] Abstract:

The blinker stay (50) includes a main body portion (51) exposed outward from an exterior member (6) with respect to a vehicle width direction, an annular groove (52) in abutment with an inner circumferential surface of an attachment opening (6a) and a body engagement portion (A) protruding further inward from the attachment opening (6a) with respect to the vehicle width direction. The main body portion (51) is formed with a through hole (57) through which a harness (46) passes. The body engagement portion (A) is formed with a fitting portion (58) into which a tubular portion (83) of the holder (80) is fitted. The dimension of the tubular portion (83) of the holder (80) in the vehicle width direction is larger than the dimension of the attachment opening ( 6a) in the vehicle width direction, so that upon the holder (80) being engaged into the blinker stay (50), the tubular portion (83) extends to a position protruding outward from the attachment opening (6a) with respect to the vehicle width direction so as to support the annular groove (52) and the body engagement portion (A) from the inner side of the blinker stay (50).


Relevant docs: Category Document description

Relevant to claim No.

Document No.

A JP 2015 036284 A SUZUKI 1-8 1




MOTOR CORP. 23 February 2015

A US 2016318568 A1 HOSODA, Yuta; MORI, Kazuhiko 03 November 2016

1-8 2

A JP 5330128 B2 HONDA MOTOR CO., LTD. 27 January 2011

1-8 3







[22] Date Filed: 01/03/2018

[54] Title: TOUCH PANEL

[71] Applicant(s): FUTUBA CORPORATION [JP]

[72] Inventor(s): KASE, Masato[JP]: SAKURADA, Tadaomi[JP]: YAMADA, Tomohiro[JP]: YASUOKA, Yusuke[JP]


[74] Attorney / Agent: ROMULO MABANTA BUENAVENTURA SAYOC AND DELOS ANGELES

[30] Priority Data: 2017-039115 02/03/2017 JP

[51] International Class 8: G02F 1/1347; G02F 1/136; G03F 7/00; G09F 9/00; G09G 3/36

[57] Abstract:

A touch panel having a surface serving as a mounting surface includes a transparent substrate, a sensor layer laminated on a surface of the transparent substrate which faces the mounting surface, and a protective layer laminated on a surface of the sensor layer which faces the mounting surface. A step is generated on the surface of the sensor layer where the protective layer is laminated, and the protective layer has a thickness equal to or greater than twice a height of the step. A decorative layer is laminated on a part of the surface of the transparent substrate which faces the mounting surface. The sensor layer is laminated on a surface of the decorative layer which faces the mounting surface, and the step is generated due to the decorative layer.


Relevant docs:


Document No.

X JP 2014215702 A - TOPPAN PRINTING CO LTD - 17 November 2014

1-4 1




X JP 2013025447 A - TOPPAN PRINTING CO LTD - 04 February 2013

1-4 2

A EP 2960760 A1 - LG INNOTEK CO LTD - 30 December 2015

1-4 3

A JP 2014197324 A - TOPPAN PRINTING CO LTD - 16 October 2014

1-4 4

A JP 2015148948 A - TOPPAN PRINTING CO LTD - 20 August 2015

1-4 5

A JP 2010140370 A - SMK CORP - 24 June 2010

1-4 6







[22] Date Filed: 08/01/2018

[54] Title: INTERNAL COMBUSTION ENGINE SYSTEM AND CONTROL METHOD FOR INTERNAL COMBUSTION ENGINE

[71] Applicant(s): TOYOTA JIDOSHA KABUSHIKI KAISHA [JP]

[72] Inventor(s): KATO, Akira [JP]: HOTTA, Shintaro[JP]: MITANI, Shinichi[JP]



[30] Priority Data: 2017006115 17 January 2017 JP

[51] International Class 8: F02B 37/00

[57] Abstract:

An electronic control unit (50) is configured to select a first cam as a driving cam of an intake valve in a first operation range where a target value of an EGR rate is set to a specified EGR rate, and is configured to select a second cam as the driving cam in a second operation range smaller in valve duration and lift amount than the first cam. Accordingly, in most of the operation regions, the first cam is selected, and the second cam is selected only in a high-torque and high-speed region. When the second cam is selected in the high-torque and high-speed region, the state where an actual compression ratio is high can be eliminated, and suction efficiency can be decreased. Therefore, decrease in a knocking limit can be suppressed.


Relevant docs:


No.

Document No.

A

US 20170306893 A1 Thomas G. Leone, et.al [US] 26 April 2016 (26.04.2016) See Abstract; par.0029, line 2; par.0020, lines 1-2; par.0030, line 12; par.0019, line 3; par.0035, line 24, par.19-59

1, 3 1




A

US 6360541 B2 Wayne Waszkiewicz, et.al [US] 03 March 2000 (03.03.2000) See Abstract; par.0019, lines 4-5; par.0021, line 2; par.008

1, 6 2







[22] Date Filed: 15/01/2018

[54] Title: HYBRID VEHICLE


[72] Inventor(s): SEKIGUCHI, Tadashi[JP]: ITOU, Yoshio[JP]: YANAGIDA, Tomoaki[JP]: OSADA, Tomoe[JP]: ASAOKA, Hironori[JP]



[30] Priority Data: 2017005835 17 January 2017 JP

[51] International Class 8: B60W 20/00

[57] Abstract:

A hybrid vehicle (1) includes: an engine (2) including an output shaft (2a) configured to output a power; a damper (3) placed on a first axis 5 that is the same axis as the output shaft (2a); a rotating machine (4) placed on the first axis; a torque converter (5) placed on the first axis; a transmission mechanism (7) placed so that an input shaft of the transmission mechanism (7) is positioned on a second axis that is an axis different from the first axis; a case (11) in which the rotating machine (4) and the transmission mechanism (7) are accommodated; driving wheels (9) attached to drive shafts (91); and an oil (30) accumulated in a lower part of a space (20) surrounded by the case (11) and used for lubrication of the transmission mechanism (7), the oil (30) being in contact with a part of the rotating machine (4).


Relevant docs:


No.

Document No.

A

US6209672B1 Alex J. Severinsky [US] 14 Sept. 1998 (14.09.1998) See Abstract; col.3,lines 5-6; col 20-, line 12;

1, 5 1




col.19, line 21; col.3,lines 5-6; col.13, line 26;

A

US8123656B2 Norman Schoenek, et.al [US] 06 Oct. 2008 (06.10.2008) See Abstract; par.0023, lines 3-4; par.0024, line 4; par.0038, line 7; par.0039, line 10; par.0035, line 2

1, 5 2







[22] Date Filed: 02/02/2018

[54] Title: VEHICLE SEAT WITH SIDE AIRBAG DEVICE


[72] Inventor(s): FUKAWATASE, Osamu[JP]: KOMURA, Takamichi[JP]: KUNISADA, Masato[JP]: NAGURA, Hiroyuki[JP]: KAWAI, Takuma[JP]: SHIMIZU, Takayuki[JP]



[30] Priority Data: 2017-018647 03/02/2017 JP

[51] International Class 8: B60R 21/00

[57] Abstract:

A vehicle seat (10) with a side airbag device includes: a gas generating device (54) attached to an inner side of an outer side frame (22) in a vehicle-width direction, which is disposed in a side portion (16A) on an outside of a seat back (16) in the vehicle-width direction; a side airbag (70) which inflates and deploys to expand over the outer side frame (22) from a vehicle front side of the outer side frame (22) in the vehicle-width direction by receiving gas from the gas generating device (54) accommodated in the side airbag (70); and an inflation width expansion portion (70RA) which is provided in the side airbag (70) and causes an inflation width of the side airbag (70) in the vehicle-width direction to be greater outside a side surface (22A1) provided on an outside of the outer side frame (22) in the vehicle-width direction than inside the side surface (22A1).


Relevant docs:


Document No.

X US 2015/0367804 A1 (Fujiwara) - 24 December 2015

1 1




X US 2015/0158453 A1 (Fujiwara) - 11 June 2015

1 2

A US 2007/0108745 A1 (Belwafa, et al.) - 17 May 2007

1 - 16 3

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