INTELLECTUAL PROPERTY PHILIPPINES INVENTION PUBLICATION · Intellectual Property Center, 28 Upper McKinley Rd. McKinley Hill Town Center, Fort Bonifacio, Taguig City 1634 Philippines

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 22 Number 68

Date Released: June 24, 2019

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: 1/2017/000281 Document Code: A1

[22] Date Filed: 02/10/2017

[54] Title: MAGNETICALLY MANEUVERABLE LAPAROSCOPIC CAMERA SYSTEM 360°

[71] Applicant(s): DE ASIS, Edwin Francis [PH]

[72] Inventor(s): DE ASIS, Edwin Francis[PH]

[73] Assignee(s): NONE

[74] Attorney / Agent: NONE

[30] Priority Data: NONE

[51] International Class 8: A61B 34/00; A61B 1/00; A61B 17/00

[57] Abstract:

A laparoscopic camera system includes a camera device (1 0) that has a spherical outer shell (11) designed to be introduced inside a patient's abdomen through an incision made on the umbilicus advanced down to the peritoneum. Multiple camera modules (12) and multiple light sources (13) are distributed at the outer shell (11). A magnetic maneuvering system (14) is disposed within the outer shell (11) to enable maneuvering and anchoring of the camera device (10) inside the patient's abdomen via magnetism. A wireless module (15), which is also disposed within the outer shell (11), is configured to wirelessly transmit camera images.

Representative Drawing(s):




Relevant docs:

Category Document description Relevant to claim

No.

Document No.

Y US6358196B2 RAYMAN, Reiza 19 March 2002 (19.03.2002)

1-2, 4-10 1

A US6358196B2 RAYMAN, Reiza 19 March 2002 (19.03.2002)

3 2

Y US20150216402A1 RAY, Neil Anjon, et al 06 August 2015 (06.08.2015)

1-2, 4-10 3

A US20150216402A1 RAY, Neil Anjon, et al 06 August 2015 (06.08.2015)

3 4

Y

EP2397101A2 BOARD OF REGENTS OF UNIVERSITY OF NEBRASKA 21 December 2011 (21.12.2011)

1-2, 4-10 5

A

EP2397101A2 BOARD OF REGENTS OF UNIVERSITY OF NEBRASKA 21 December 2011 (21.12.2011)

3 6

Y US2014275760A1 LEE, Hee Kuk, et al 18 September 2014 (18.09.2014)

1-2, 4-10 7

A US2014275760A1 LEE, Hee Kuk, et al 18 September 2014 (18.09.2014)

3 8

A EP2189100A1 OLYMOUS MEDICAL SYSTEMS CORP. 26 May 2010

1-10 9

A US20110071473A1 ROGERS, Theodore, et al 24 March 2011 (24.03.2011)

1-10 10







[22] Date Filed: 14/12/2017

[54] Title: MULTI-ANGLE WELDING JIG

[71] Applicant(s): ILOILO SCIENCE AND TECHNOLOGY UNIVERSITY [PH]

[72] Inventor(s): Ernie A. Daitao[PH]


[74] Attorney / Agent: CARMELO V. AMBUT


[51] International Class 8: B23K 37/00

[57] Abstract:

This device is a multi-angle welding jig that can easily set and automatically clamp and releases work pieces in welding procedure allowing high degree freedom of movement, fast and accurate welding. It functions as multiangle welding jig by adjusting the angle of the clamp in different angles and can also accommodate different sizes and shapes of pipes and bars. The clamps or the jaws are provided with a special lock to set on the desired angle. The use of the jaws and the vertical clamp is very useful when making three (3) axes joints. The clamping is driven by a pneumatic device. The time saved and the accuracy of weld work are the advantages this gadget offers. The gadget is secured in a single base plate to ensure simplicity of the clamping operation.


Relevant docs:


No.

Document No.

A US2004/007/803 A1 Wong Harry [US] 15 Jan. 2004 (15.01.2004) See Abstract; page 1, par.008,

1, 3 1




lines 1-3; page 2, par.0026, line 8; page 2, par.0026, line 5; page 2, par.0028

A

CN107414387 A Lin Bowen [CN] 01 Dec. 2017 (01.12.2017) See Abstract; page 1, line 1; page 4, line 10

1 2







[22] Date Filed: 14/12/2017

[54] Title: METHOD OF BLEEDING A HYDRAULIC SYSTEM USING THE BLEEDING APPARATUS HYDRAULIC SYSTEM

[71] Applicant(s): ILOILO SCIENCE AND TECHNOLOGY UNIVERSITY [PH]

[72] Inventor(s): JOGIE E. CUBAR[PH]


[74] Attorney / Agent: CARMELO V. AMBUT


[51] International Class 8: B60T 11/30; B60T 8/34

[57] Abstract:

In hydraulic brake system setting, adjusting and bleeding, automotive mechanics originally practice the pump and hold or the manual process. This practice is inefficient due to wasted hydraulic fluid and causing multitude of problems to the environmental and irritant to the mechanic on top of its being time consuming. Any hydraulic system requires the absence of air, failure in the system. Current practice to free the hydraulic (brake) system requires at least two persons. The present invention is a method of bleeding the hydraulic system using a hydraulic Bleeding Apparatus that bleeds the contaminated fluid in any hydraulic system such as break. The system uses the vacuum principle in the process, making an air and dust-free operation. Simultaneously done in the bleeding is tapping of fluid in the hydraulics system (break) by pressurizing. This method thereby provides a new and very efficient and effective means of bleeding and setting hydraulic (brake) system.





Relevant docs:

Category Document description Relevant to claim No.

Document No.

A US 3359994 A (SIMEON et al.) 26 December 1967 1 1

A US 7344206 B2 (SCHMIDT) 18 March 2008 1 2

A US 4741417 A (CARAMANNA) 03 May 1988

1 3







[22] Date Filed: 18/12/2017

[54] Title: MILLING WORK HOLDING DEVICES

[71] Applicant(s): BATANGAS STATE UNIVERSITY [PH]

[72] Inventor(s): BASALLOTE, EDLEE S. [PH]: Mendoza, Angelo P. [PH]: Del Rio, Benjo T. [PH]: Nicolas, Harrish E. [PH]: Bolayon, Joseph A. [PH]: Desepeda, Arvin S. [PH]


[74] Attorney / Agent: ALBERTSON D. AMANTE


[51] International Class 8: B23Q 3/00; B25B 5/00

[57] Abstract:

Milling Machine Work Holding Devices is intended for clamping metals and engineering plastic like square blocks and plate on top a milling machine table The devices are made of metal that consist of single-end goose clamp, double-end goose clamp and four-way goose clamp can stand stress and retain its strength capabilities for long term used of the device. It can be utilized for either conventional or CNC milling machine table and will suit to the current needs of metal fabrication industry for alternative clamping devices that can speed up the material set up.


Relevant docs:


Document No.

Y US20080084017A1 (BARZIZA Samuel W) 10 April 2008

1-4 1

Y US2428111A (Eldrup, Niels) 30 September 1947

1-4 2

Y US5181702A (PETTIGREW, Dennis K) 26 January 1993

1-4 3




Y US6406229B1 (Alpha Manufacturing Co Inc) 18 June 2002

1-4 4







[22] Date Filed: 18/12/2017

[54] Title: MULTI-FUNCTIONAL CLAMPING DEVICE


[72] Inventor(s): BASALLOTE, EDLEE S. [PH]: AMESTOSO, ARIEL M. [PH]: Lanuzga, Gerald P. [PH]: Latayan, Esteve M. [PH]: Ortega, Robert Emmanuel P. [PH]: Villegas, Marco R. [PH]




[51] International Class 8: B23Q 3/06; B25B 5/00

[57] Abstract:

A clamping device is a device intended to aid clamping metals and plastic materials like square blocks, round bar, steel pipe and PVC in square, rectangular, and cylindrical piece of work for bench work processes and milling processes. This device can be mounted on top of bench table, drilling machine and milling machine table for further benchwork, drilling, and milling machining operations. This device is aim to address the limitation of common vise available in the market. All major parts are detachable to provide convenience for the user; thus, it provide faster set-up of materials which is essential to achieve higher productivity.


Relevant docs:


Document No.

Y US4445678A (George, Irwin S) 24 May 1982

1-4 1

Y US6000686A (YATES, W. Shuford) 14 December 1999

1-4 2




Y US5765820A (MARUSIAK, Frank) 16 June 1998

1-4 3

A CN104875152A (Shengrui Drive Co., Ltd.) 02 September 2015

1-4 4







[22] Date Filed: 18/12/2017

[54] Title: HYDRAULICALLY OPERATED SHEET METAL BENDING JIGS


[72] Inventor(s): BASALLOTE, Edlee S.[PH]: CATAPANG, Jun Mar E. [PH]: UMALI, Raffy L.[PH]: TAPIRE, John Frederick A. [PH]: ORUGA, Jaybee T. [PH]: LINTAN, Kenneth P. [PH]




[51] International Class 8: B21D 37/14; B21D 5/00; B21D 7/02

[57] Abstract:

Hydraulically Operated Sheet Metal Bending Jigs is a machine intended for shaping, forming, and flattening process. It offers diverse processes such as V -bend, square shape bend, U-shape bend, and flattening process all in one using one die and four types of punch intended for specific shape and process.


Relevant docs:


Document No.

A GB 742734 A1 / PATRIGNANI, Leonda / 04 January 1956

1 - 4 1

A CN 204108042 U / BOZHOU LANTO ELECTRONICS CO., LTD. / 21 January 2015

1 - 4 2




A AU 2015227491 A / MCARTHUR, Donavan / 07 April 2016

1 - 4 3







[22] Date Filed: 18/12/2017

[54] Title: HYBRID RENEWABLE CHARGER


[72] Inventor(s): DALHAG, Leandro A.[PH]




[51] International Class 8: H01L 35/00; H01L 35/28; H01L 35/30

[57] Abstract:

A hybrid renewable battery charger is comprised of solar cells, thermoelectric generator, battery management system and a battery bank. The present invention makes full use of renewable energy sources such as photovoltaic materials and thermoelectric generators.


Relevant docs:


Document No.

X 1-2014-000237 A1 / DIZON, John Ryan / 29 February 2016

1 - 5 1

A KR 20160091590 A1 / M3 CO., LTD. / 03 August 2016

1 - 12 2

A PL 2524167 T3 / HOTTA, Arto / 30 September 2016

1 - 12 3







[22] Date Filed: 18/12/2017

[54] Title: CASHEW SHELLING MACHINE


[72] Inventor(s): ASCONA, Roger D.[PH]: DE LEON, Ernel C.[PH]: BITANG, John Carlo B. [PH]: MAGSINO, Marwin B. [PH]


[74] Attorney / Agent: Albertson D. Amante, ITSO Manager


[51] International Class 8: A23N 5/00

[57] Abstract: The device use the automation process and electro pneumatic systems in the development for faster and easier means of slicing the cashew nut seeds without getting broken.


Relevant docs:


No.

Document No.

X https://youtube.comAutomatic Cashew Selling Machine / 25 May 2012

1 - 3 1

Y PT 101901 A1 / CARDOSO, Carlos Duarte / 27 February 1998

1 - 3 2

Y 2-2015-000180 / BATAAN PENINSULA STATE UNIVERSITY / 27 April 2015

1 - 3 3







[22] Date Filed: 18/12/2017

[54] Title: IMPROVED UNIVERSAL POWER SUPPLY


[72] Inventor(s): CAÑADA, Joel N.[PH]


[74] Attorney / Agent: AMANTE, Albertson D.


[51] International Class 8: H02J 11/00; H02J 7/00; H02J 7/02; H02M 7/00; H02M 7/66

[57] Abstract:

An improved modified universal power supply for close circuit television Cameras which can supply electricity for several days. It can be an alternative power supply whenever a brownout of blackout is encounter. Instead of using a generator to generate electricity for these CCTVs, videos of crimes and accidents occurring inside and outside the road can still be captured using the UPS.


Relevant docs:


Document No.

X US 2001/0033502 A1 / BLAIR, Charles F., et al. / 25 October 2001

1, 3 1

Y US 2001/0033502 A1 / BLAIR, Charles F., et al. / 25 October 2001

2 2




X US 2015/0069955 A1 / XU, Haibo, et al. / 12 March 2015

1 3

Y US 6459175 B1 / POTEGA, Patrick H. / 01 October 2002

2 4







[22] Date Filed: 19/12/2017

[54] Title: REMOTE CONTROLLED SOLAR POWER GRAIN RAKER

[71] Applicant(s): CAMARINES SUR POLYTECHNIC COLLEGES [PH]

[72] Inventor(s): Gavina, Wenceslao D. [PH]: Hosana, Gerard Jey V. [PH]: Belleza, Jose Dranreb T. [PH]: Brigala, Bryan B. [PH]


[74] Attorney / Agent: FORTUN NARVASA & SALAZAR LAW OFFICES


[51] International Class 8: A01B 39/00; A01B 43/00

[57] Abstract:

A remote controlled grain raker is provided comprising a chassis, a power system, a control system, and a raker assembly to spread the materials being dried, wherein the power system is composed of solar panel connected to the charge controller, which automatically stops charging the battery when it exceeds the pre-set high voltage level, and re-enables charging when voltage drops back below at that level, the output of the battery is then supplied to the control system. A handheld remote control unit is used to control the movement of the raker wirelessly.


Relevant docs:


No.

Document No.

Y CN202857727U(XUZHOU INSTITUTE OF TECHNOLOGY)10 Arpil 2013

1-5 1

Y CN203550504U (SUQIAN SUXING GRAIN CO., LTD.) 16 April 2014

1-5 2




Y US20100057286A1 (Kerchner, Robert) 04 March 2010

1-5 3

Y US7318493B2 (Medina, Luis Marcial) 15 January 2008

1-5 4







[22] Date Filed: 15/12/2017

[54] Title: MOTOR VEHICLE SWITCHING CONTROL DEVICE HAVING FUNCTION OF WARNING KEY LEFT IN KEYHOLE

[71] Applicant(s): SU, Liang-Chin [TW]

[72] Inventor(s): SU, Liang-Chin[TW]


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


[51] International Class 8: B60Q 9/00; B60R 25/24; G07C 9/00

[57] Abstract:

A motor vehicle switching control device having a function of warning a key left in a keyhole includes a control module and a lock body. The control module includes a radio signal reader and a central processing unit which are electrically connected to each other. The lock body has an LED light-emitting member and a keyhole for switching the lock body to an unlocked state or a locked state. The lock body is connected to the control module. When the lock body is switched from the unlocked state to the locked state, the central processing unit sends a radio signal through the radio signal reader after a preset delay time and receives a response radio signal within a predetermined range to perform a pairing procedure. When the pairing is successful, the LED light-emitting member is controlled to emit a warning flashing light for reminding the user that the key has not been pulled out, thereby providing a warning effect to avoid the loss of the key or the motor vehicle.


Relevant docs:


Document No.

Y US 5659291 A (KENNEDY, et al.) - 19 August 1997

1 - 5 1




Y US 4914554 A (SOWERS) - 03 April 1990

1 - 5 2

A US 4223296 A (KIM, et al.) 1 - 5 3







[22] Date Filed: 19/12/2017

[54] Title: FRUIT SHREDDER

[71] Applicant(s): CAMARINES SUR POLYTECHNIC COLLEGES [PH]

[72] Inventor(s): GAVINA, Wenceslao D[PH]: CABALTERA, Eddie L[PH]: LUCENA, Leo E[PH]


[74] Attorney / Agent: Fortun Narvasa & Salazar


[51] International Class 8: B02C 18/14

[57] Abstract:

A fruit shredder for Carica papaya or similarly-sized fruit is provided, comprising a universal motor, shredder plate assembly, and flesh cartridge assembly. The shredder plate is operably connected to a universal motor which comprises of plurality of holes which serves as the shredding teeth so crafted to produce the desired size and shape of the shredded fruit. Processed flesh is accumulated in a collecting bin located at the bottom of shredder plate assembly, which can be withdrawn when full. A fruit flesh cartridge assembly is provided that serves as compartment of the fruit to be shredded. Said cartridge assembly has a tensioned plate to push the fruit into the shredding blade.


Relevant docs:


No.

Document No.

Y

CN 204170805 U / GUANGXI HONGMEI AGRICULTURAL TECH CO LTD / 25 February 2015

1-3 1




A

CN 204170805 U / GUANGXI HONGMEI AGRICULTURAL TECH CO LTD / 25 February 2015

4-5 2

Y

CN 206372921 U / ZHANGJIAGANG WUHE MACHINERY CO LTD / 24 August 2017

1 3

A

CN 206372921 U / ZHANGJIAGANG WUHE MACHINERY CO LTD / 24 August 2017

4-5 4







[22] Date Filed: 20/12/2017

[54] Title: METHOD AND DEVICE FOR CARBONIZE THE OIL PALM BIOMASS AND SIMULTANEOUSLY PRODUCING ACTIVATED BIOCHAR CARBON FROM THE OIL PALM BIOMASS USING A MICROWAVE SYSTEM

[71] Applicant(s): UNIVERSITI PUTRA MALAYSIA (UPM) [MY] and MALAYSIAN PALM OIL BOARD (MPOB) [MY]

[72] Inventor(s): ZAINAL, Nahrul Hayawin[MY]: AZIZ, Astimar Abdul[MY]: AZIZ, Suraini Abd[MY]: HASSAN, Mohd Ali[MY]: IDRIS, Juferi[MY]


[74] Attorney / Agent: BETITA CABILAO CASUELA SARMIENTO


[51] International Class 8: C10B 49/02; C10B 53/02; C10L 5/40

[57] Abstract:

There is provided a method (100) for carbonizing oil palm biomass and simultaneously producing activated biochar carbon from the oil palm biomass using a microwave carbonization system, the method comprising the steps of (a) filling oil palm shells into a microwave carbonization reactor (204), (b) heating oil palm shells to carbonize the oil palm biomass in the microwave carbonization reactor (204), (c) applying steam to activate the activated biochar carbon in the microwave carbonization reactor (204) through plurality of steam generator (208), wherein the activation process initiates after approximately 5 hours of carbonization with temperature at 700°C-900°C for 60 minutes to 300 minutes and (d) cooling down the temperature of the activated biochar carbon in a reactor (210) before removing the activated biochar carbon from the reactor (210). Also provided is a device for carbonizing oil palm biomass and simultaneously producing activated biochar carbon from the oil palm biomass using a microwave carbonization system. The most illustrative drawing: FIG. 2





Relevant docs:


No.

Document No.

Y

DESIGN, FABRICATION AND OPERATION OF CONTINUOUS MICROWAVE BIOMASS CARBONIZATION SYSTEM (PAYAKKAWAN P., ET AL.) 30 JUNE 2014

1-9 1

Y

CHARCOAL PRODUCTION FROM PALM KERNEL SHELL USING MICROWAVE SYSTEM (ASTIMAR A., ET AL.) 30 JUNE 2016

1-9 2

A

SCALED-UP REACTOR FOR MICROWAVE INDUCED PYROLYSIS OF OIL PALM SHELL (PIANROJ Y., ET AL.) 31 AUGUST 2016

1-9 3

A KR 20020013801 A (EULIM CO LTD) 21 FEBRUARY 2002

1-9 4







[22] Date Filed: 20/12/2017

[54] Title: METHOD AND DEVICE FOR CARBONIZE THE OIL PALM BIOMASS AND SIMULTANEOUSLY PRODUCING ACTIVATED BIOCHAR CARBON FROM THE OIL PALM BIOMASS USING A SELF-SUSTAINED SYSTEM

[71] Applicant(s): UNIVERSITI PUTRA MALAYSIA (UPM) [MY] and MALAYSIAN PALM OIL BOARD (MPOB) [MY]

[72] Inventor(s): ZAINAL, Nahrul Hayawin[MY]: AZIZ, Astimar Abdul[MY]: AZIZ, Suraini Abd[MY]: HASSAN, Mohd Ali[MY]: IDRIS, Juferi[MY]


[74] Attorney / Agent: BETITA CABILAO CASUELA SARMIENTO


[51] International Class 8: C10B 49/02; C10B 53/02; C10L 5/40

[57] Abstract:

There is provided a method (100) for carbonizing oil palm biomass and simultaneously producing activated biochar carbon from the oil palm biomass using a self-sustained carbonization system, the method comprising the steps of (a) filling oil palm shells into a self-sustained carbonization reactor (202), (b) heating oil palm shells to carbonize the oil palm biomass in the self-sustained carbonization reactor (202), (c) applying steam to activate the activated biochar carbon in the self-sustained carbonization reactor (202) through plurality of steam generator (208), wherein the activation process initiates after approximately 5 hours of carbonization with temperature at 700°C-900°C for 60 minutes to 300 minutes and (d) cooling down the temperature of the activated biochar carbon in a brick reactor (210) before removing the activated biochar carbon from the brick reactor (210). Also provided is a device for carbonizing oil palm biomass and simultaneously producing activated biochar carbon from the oil palm biomass using a self-sustained carbonization system. The most illustrative drawing: FIG. 2





Relevant docs:


No.

Document No.

Y

DESIGN, FABRICATION AND OPERATION OF CONTINUOUS MICROWAVE BIOMASS CARBONIZATION SYSTEM (PAYAKKAWAN P., ET AL.) 30 JUNE 2014

1-9 1

Y

SELF-SUSTAINED CARBONIZATION OF OIL PALM BIOMASS PRODUCED AN ACCEPTABLE HEATING VALUE CHARCOAL WITH LOW GASEOUS EMISSION (IDRIS J., ET AL.) 15 FEBRUARY 2015

1-9 2

Y

BIO-COAL PRODUCTION FROM OIL PALM BIOMASS USING A SELF-SUSTAINED CARBONISATION SYSTEM (ZAINAL N. H., ET AL.) 30 JUNE 2016

1-9 3

A US 2016/0207777 A1 (FAGAN ET AL.) 21 JULY 2016

1-9 4

A WO 2017/160146 A1 (TORRGAS TECH B V) 21 SEPTEMBER 2017

1-9 5







[22] Date Filed: 02/08/2018

[54] Title: COMBINATION SYSTEM FOR SOLAR PANELS

[71] Applicant(s): MAGIC-FLOAT ENTERPRISE CO., LTD. [TW]

[72] Inventor(s): TSOU, Kou-Hsiang [TW]


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

[30] Priority Data: 106144152 15/12/2017 TW

[51] International Class 8: F24S 25/16; F24S 25/63; F24S 25/65; H02S 20/00

[57] Abstract:

A combination system for solar panels includes a first lateral walkway and a second lateral walkway adapted to connect opposite sides of at least one floating device for supporting a solar panel. The second lateral walkway is positioned in a spaced relationship from the first lateral walkway. The first lateral walkway is parallel with the second lateral walkway. The combination system also includes a first longitudinal walkway extending between and bridging the first and second lateral walkways. The first longitudinal walkway includes a plurality of floats connectable to one another.


Relevant docs:


No.

Document No.

X US 2008/0029148 A1 (Thompson, Daniel S.) 07 February 2008 (07.02.2008)

1-5 1

A WO 2010/064271 A2 (Caldani s.r.l) 10 June 2010 (10.06.2010)

1-5 2

A CN106411232 A (CHANGJIANG SURVEY

1-5 3




PLANNING DESIGN RES CO LTD) 15 February 2017 (15.02.2017)







[22] Date Filed: 28/09/2018

[54] Title: IMAGING DEVICE, IMAGING SYSTEM, AND MOVING BODY

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

[72] Inventor(s): MATSUMOTO, Kohei[JP]: TOTSUKA, Hirofumi[JP]: SAKURAI, Katsuhito[JP]: NAKAMURA, Kohichi[JP]


[74] Attorney / Agent: SALUDO TALEON AND ASSOCIATES

[30] Priority Data: 2017-192051 29/09/2017 JP and 2018-136001 19/07/2018 JP

[51] International Class 8: G03B 11/00; G03B 17/02; H04N 5/225

[57] Abstract:

An imaging device includes a first chip on which a plurality of first blocks is arranged in a matrix, and a second chip which includes a first block scanning circuit and a second block scanning circuit. The second chip includes a selection circuit configured to select driving timing given to a plurality of pixels, based on a signal output from the first block scanning circuit and a signal output from the second block scanning circuit. A second block includes a circuit other than the selection circuit.


Relevant docs:


Document No.

A US 7369162 B2 (YAGI, Tetsuya; KAMEDA, Seiji) 06 May 2008

1-20 1

A US 2003/0160877 A1 (SUMIDA, Naoaki) 28 August 2003

1-20 2

A US 2013/068929 A1 (SOLHUSVIK, Johannes and BALES, Tim) 21 March 2013

1-20 3




A US 7876374 B2 (SAKO, Yoichiro; et al) 25 January 2011

1-20 4

A JP 2011/114843 A (TOSHIBA CORP.) 09 June 2011

1-20 5







[22] Date Filed: 15/11/2018

[54] Title: RECOGNITION SYSTEM

[71] Applicant(s): ANGEL PLAYING CARDS CO., LTD. [JP]

[72] Inventor(s): SHIGETA, Yasushi[JP]


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

[30] Priority Data: 2017-219634 15/11/2017 JP

[51] International Class 8: A63F 1/00; G07F 17/32

[57] Abstract:

A recognition system of a chip in a game parlor having a game table includes a game recording device which records a to state of the chips stacked on the game table as an image using a camera and a chip determination device which analyzes an image of the state of the recorded chips to determine the number and the type of the chips bet by a player. The chip determination device has a function of storing a characteristic of an image of a predetermined state of the chip, and of outputting and displaying, as a determination result, a fact of an unclear determination when the image obtained from the game recording device at the time of determining is the image of the predetermined state.


Relevant docs:


Document No.

Y US 5,941,769 A (Order, Michall) 24 August 1999 (24.08.1999)

1-9 1

Y US 7,316,615 B2 (Soltys, Richard et al.) 08 January 2008 (08.01.2008)

1-9 2




A US 8,221,244 B2 (French, John B. ) 17 July 2012 (17.07.2012)

1-9 3







[22] Date Filed: 16/11/2018

[54] Title: SEMICONDUCTOR DIE SORTING AND TEST HANDLER SYSTEM AND METHOD THEREFOR

[71] Applicant(s): MI EQUIPMENT (M) SDN. BHD. [MY]

[72] Inventor(s): OH Kuang Eng[MY]


[74] Attorney / Agent: AUMENTO IP LAW FIRM

[30] Priority Data: PI 2017704526 27/11/2017 MY

[51] International Class 8: G01R 31/26; H01L 21/67

[57] Abstract:

The present invention relates to a system and method for semiconductor die sorting and test handler (101), comprising of at least one pick and tape system (103) and at least one hard docking test system (105), whereby said pick and tape system (103) comprises of at least one turret (107) with at least one input station (117), at least one die alignment station (118), at least one die physical inspection station (119) and at least one tape and reel station (121). The hard docking test system (105) comprises of at least one test site (109) and at least one test arm (111), whereby said die is transferred back and forth from the pick and tape system (103) to the hard docking test station (105) through at least one bridging system (113).


Relevant docs:


No.

Document No.

Y

US 2011/0038694 A1 (KHOO, Hun Sniah [MY]) - 17 February 2011 (17.02.2011) - see Abstract, Paragraph 0002, 0009, 0026, Figures

1-10 1




Y

US 6,037,791 A (YAP, Hoon Yeng [US] et al) - 14 March 2000 (14.03.2000) - see Abstract, Column 2 Line 48-55, Figures

1-10 2

Y

US 6,787,374 B2 (YAMAGATA, Hisao [JP] et al) - 07 September 2004 (07.09.2004) - see Abstract, Col 9 Line 10 – 32, Col 11 Line 51-56, Figures

1-10 3







[22] Date Filed: 16/11/2018

[54] Title: SEMICONDUCTOR DIE SORTING AND METHOD THEREOF

[71] Applicant(s): MI EQUIPMENT (M) SDN. BHD. [MY]

[72] Inventor(s): OH KUANG ENG[MY]


[74] Attorney / Agent: AUMENTO IP LAW FIRM

[30] Priority Data: PI 2017704901 19/12/2017 MY

[51] International Class 8: G01N 21/00; H01L 21/67

[57] Abstract:

The present invention relates to a rotary die sorting system, comprising at least one turret system (1), at least one input module (101, 102), at least one output module (109), and at least one infrared (IR) vision system (106) for die internal defect inspection; method of rotary die sorting, comprising the steps of: transferring die from input station using at least one input module (401, 402); performing alignment of said die (403); transferring non-defect die to output station using at least one output module (411); performing die internal defect inspection (408) using infrared (IR) by at least one IR system, which can be done at any sequence.


Relevant docs:


Document No.

X US20040100297 A1 (TANIOKA et. al.) 27 May 2004

1-22 1




X US20090161097 A1 (FRIEDRICH et. al.) 25 June 2009

1-22 2

A WO2012105837 A1 (OTB SOLAR BV et. al.) 09 August 2012

1-22 3

A JP2677708 B2 (SHARP CORP) 17 November 1997

1-22 4

A US5334844 A (POLLARD et. al.) 02 August 1994

1-22 5

Documents

INTELLECTUAL PROPERTY PHILIPPINES INVENTION PUBLICATION · Intellectual Property Center, 28 Upper McKinley Rd. McKinley Hill Town Center, Fort Bonifacio, Taguig City 1634 Philippines