1 INVENTIONS - Intellectual Property Office · 2018-06-04 · [74] Attorney / Agent: E.B. ASTUDILLO AND ASSOCIATES [30] Priority Data: 2015-247847 18/12/2015 JP [51] International

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 59

Date Released: June 04, 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: 1/2016/000366 Document Code: A1

[22] Date Filed: 17/10/2016

[54] Title: 13-IN-1 MULTI-FEATURED DRAWING INSTRUMENT

[71] Applicant(s): MANGUBAT, Jivulter C. [PH]

[72] Inventor(s): MANGUBAT, Jivulter C. [PH]: MANGUBAT, Milcah R. [PH]

[73] Assignee(s): NONE

[74] Attorney / Agent: NONE

[30] Priority Data: NONE

[51] International Class 8: A45C 11/34; B43L 13/00; B43L 13/14; B43L 7/00; B43L 7/10

[57] Abstract:

The 13-in-1 Compact Drawing Instrument with multi-function capabilities and features, can be considered a drawing package, which substitutes and combines different function as: T-Square, a set of triangle, L-square, protractor, ruler, lettering guides, compass, geometrical templates, scale, magnifier, directional compass, calculator and a pen case which is used for drawing. The package is composed of major components composed of at-square mechanism, a sliding arm and a detachable pen case. These parts are preferably made with transparent materials such as acrylic or plastic but not limited to other materials. Lock screws are place on T -head joints, sliding arm joints, and pen case slide to secure the parts. The sliding arm and pen case cover may interchangeably contain variable templates such as circles, ellipse, triangles, polygons, etc., and various lettering guide sizes for annotations and scaled linear calibrations. A directional compass for bearing orientation and magnifier were also attached to the instrument. All straightedges of the instrument may be calibrated with scaled Metric and English units. A mini-protractor calibration may be labeled on the angular mechanism for locating degrees and angles from o· to 1ao·. Plurality of holes may be added for compass layouts on the sliding arm. The detachable pen case with lid may contain the drawing stationeries and accessories. The said case lid may also serves as a ruler/straightedge which contains templates and lettering guides to be used for drawing.




Representative Drawing(s):

Relevant docs:

Category Document description Relevant to claim No.

Document No.

Y US 2458054 A / BROWN, Russell M. / 04 January 1949

1 - 5 1

Y CN 201303681 Y / QU, Guanqiao / 09 September 2009

1 - 5 2

Y CN 204095354 U (SHENZHEN POLYTECHNIC / 14 January 2015

1 - 5 3







[22] Date Filed: 11/11/2016

[54] Title: LUBRICATION STRUCTURE OF TRANSMISSION

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

[72] Inventor(s): GOTO, Takafumi[JP]: SUMI, Hiromi[JP]: SAITO, Hitoshi[JP]


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

[30] Priority Data: 2015-247847 18/12/2015 JP

[51] International Class 8: F16H 57/04; F16N 1/00; F16N 7/00

[57] Abstract:

[Problem] To provide a lubrication structure of a transmission facilitating to guide oil to a bearing and a gear. [Solution] An output gear 74 is adjacent to or in proximity to a tapered section 73d at an end surface 74q thereof, and is in proximity to a bearing 33 at an end surface 74p thereof, an opening 74d is arranged in an output gear 74 so as to communicate with both of the end surfaces 74p, 74q, the opening 74d includes on an inner surface 74e thereof an inner side surface 74f positioned on an axis 73g side of an output shaft 73 and an outer side surface 74g positioned farther from the axis 73g of the output shaft 73 than the inner side surface 74f, the inner side surface 74f of the opening 74d includes a radially enlarged section 74j whose outer diameter gradually increases toward the bearing 33 on the extension line of the tapered section 73d, and a tangent 85 of a distal end 74k that becomes the maximum diameter of the radially enlarged section 74j crosses the outer side surface 74g of the opening 74d.





Relevant docs:


Document No.

A EP 1544510 A2 / HONDA MOTOR COL., LTD. / 22 June 2005

1 - 5 1

A US 2014/0054114 A1 / ISOMURA, Haruo, et al. / 27 February 2014

1 - 5 2

A WO 2015/152169 A1 / AISIN AW CO., LTD., et al. / 08 October 2015

1 - 5 3

A US 6318501 B1 / UDOU, Hideo, et al. / 20 November 2001

1 - 5 4







[22] Date Filed: 11/11/2016

[54] Title: AN OPTIMALLY ALIGNED CAMERA MODULE WITH PERFECT CAMERA AXIS ALIGNMENT TO FIXATION AND SECURE LENS BINDING

[71] Applicant(s): INTEGRATED MICRO-ELECTRONICS, INC. [PH]

[72] Inventor(s): RENAUD, David[FR]: TIONGSON, Christopher [PH]


[74] Attorney / Agent: SALUDO FERNANDEZ AQUINO & TALEON LAW OFFICES


[51] International Class 8: G02B 7/02; H04N 5/225; H04N 7/18

[57] Abstract:

The present invention relates to an optimally aligned camera module with perfect camera axis alignment to fixation and secure lens binding comprising a back housing, a printed circuit board (PCB) substrate provided within said back housing, an image sensor integrated circuit provided on said printed circuit board (PCB) substrate, a lens holder connected to said printed circuit board (PCB) substrate, and a lens being secured to said lens holder, characterized in that said lens is pre-mounted on said lens holder and is aligned with the camera fixation and the position of the image sensor integrated circuit is tweaked relative to the fixed lens.


Relevant docs:


Document No.

X US 2015/0205186 A1 / PARK, Ji Hwan, et al. / 23 July 2015

1 - 4, 7 1

Y US 2015/0205186 A1 / PARK, Ji Hwan, et al. / 23 July 2015

5 - 6, 8 2

X WO 2011/111465 A1 / MAGNA ELECTRONICS INC., et al. / 30 September 2010

1 3




Y WO 2011/111465 A1 / MAGNA ELECTRONICS INC., et al. / 30 September 2010

5 4

Y WO 2015/175080 A1 / THOMSON LICENSING / 19 November 2015

6 5

Y US 2009/0244361 A1 / GEBAUER, Duane W., et al. / 01 October 2009

8 6







[22] Date Filed: 18/11/2016

[54] Title: A SMART ENERGY METER FOR A SYSTEM FOR ENERGY METER READING AND MANAGEMENT

[71] Applicant(s): LIN MAN POWER TECHNOLOGY INC. [PH]

[72] Inventor(s): YEO, Jovita[PH]




[51] International Class 8: G01R 11/32; G01R 22/00

[57] Abstract:

A smart energy meter is disclosed being capable of communicating with suitable remote controlling hand held unit comprising a meter unit being made such that it is capable of processing and providing data on individual consumption of energy per user, current measurement per user, and voltage measurement per user.


Relevant docs:


Document No.

X CN 105467205 A / LI, Yinlong / 06 April 2016

1 1

X CN 104502695 A / LI, Yinlong / 08 April 2015

1 2

X US 8466803 B2 / JONSSON, Karl, et al. / 18 June 2013

1 3

A CN 104105973 B / MITSUBISHI ELECTRIC CORP. / 15 October 2014

1 4







[22] Date Filed: 24/11/2016

[54] Title: FOLIAR IMAGE ACQUISITION TOOL

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

[72] Inventor(s): DE OCAMPO, Anton Louise P. [PH]: ALBA, Joseph Bunquin[PH]: DE OCAMPO, Kereish Jusay [PH]


[74] Attorney / Agent: Albertson D. Amante


[51] International Class 8: G01N 21/25; G01N 21/27

[57] Abstract:

Foliar image has proven to manifest plant's health condition. Visual inspection, chemical analysis (leaf and petiole analysis), reflection or transmission of light, and image processing techniques are the major classifications of methods used for the purpose of evaluation of plants health conditions. This invention is an embodiment of specialized light constricting enclosure housing an optical imaging device for the acquisition of digital foliar image for the purpose of post-processing. This image is preprocessed to render suitable for image analysis. A foliar specimen is disposed in a specimen platform through an opening on the front-side of the specialized enclosure.


Relevant docs:


Document No.

X CN 103149162 A1 / UNIV NANJING AGRICULTURAL / 29 April 2015

1 - 3 1

Y CN 203011825 U / UNIV NANJING AGRICULTURAL / 19 June 2013

1 - 3 2




A CN 101144778 A1 / UNIV CHINA AGRICULTURAL / 19 March 2008

1 - 3 3







[22] Date Filed: 24/11/2016

[54] Title: SOLAR-POWERED DRYER

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

[72] Inventor(s): Maria Lourdes V. Balansay[PH]: Vanessa Ellaine M. Bautista[PH]: Caryle Shane B. Clemente[PH]: Nherlyn C. De Castro[PH]


[74] Attorney / Agent: Albertson D. Amante


[51] International Class 8: A23L 3/40; F26B 25/06

[57] Abstract:

Solar-powered drying is the best alternative solution for all the drawbacks of traditional drying. Dryers not only saves energy but also saves time, occupies less area and improves quality of the product, makes the process more efficient and protects the environment. Solar energy can be used for the entire drying process or for supplementing artificial drying systems, thus reducing the total amount of fuel energy. This invention aims to reduce the dependency on power from the electric utility company, which uses fossil fuels, and to alleviate the problems associated with fish, meat and vegetable processing. Data analysis revealed that the solar-powered dryer help speed up the drying process and produced high quality products that were free from insects, dusts, larva, birds and animals. The PV-based dryer gave the temperature that is higher than that of the ambient temperature which is more effective or favorable for drying of agricultural products.





Relevant docs:

Category Document description Relevant to claim

No.

Document No.

Y

PH 12014000296 A1 (HABALO, Joel B. [PH]) — 02 May 2016 — Pages 1-4; Figs. 1-2

1-3, 6-8 1

Y

CN 204949389 U (SHENG, Tiefeng [CN]) — 13 January 2016 — Abstract; Claims 1-2; Figs. 1-2

1, 6-8 2

Y

US 3943842 A (BILLS, Jay P. et al. [US]) — 16 March 1976 — Abstract, Columns 1 and 6; Figs. 1-3

1-4, 9 3

Y

JP 2004173968 A (TOSEN MACHINERY CORP. [JP]) — 24 June 2004 — Abstract; Figs. 1-2

1-2 4

Y US 4192081 A (DORNBUSH, David A. [US]) — 11 March 1980 — Abstract; Figs. 1 and 3

1, 4 5







[22] Date Filed: 24/11/2016

[54] Title: INSULATING OIL RELOADING SYSTEM FOR X-RAY TUBE MODULE AND METHOD FOR RELOADING INSULATING OIL FOR X-RAY TUBE MODULE

[71] Applicant(s): YOUNG MEDI INC [KR]

[72] Inventor(s): MINYOUNG LEE[KR]: GUHYUN JUNG[KR]: GUIL JEONG[KR]


[74] Attorney / Agent: MIRANDAH ASIA (PHILIPPINES) INC

[30] Priority Data: 10-2016-0032633 18/03/2016 KR

[51] International Class 8: B01D 17/02; B01D 17/02; B01D 17/04; B01D 17/12; H01J 35/20

[57] Abstract:

There is provided an insulating oil reloading system for an X-ray tube module, the system comprising: an X-ray tube module containing an insulating oil therein, wherein the X-ray tube module has an insulating oil communication portion at a first end thereof; a waste oil collection subsystem to collect the insulating oil discharged from the X-ray tube module via the insulating oil communication portion using a vacuum pressure; a degassing and supplying subsystem to supply a new insulating oil to the X-ray tube module using a vacuum pressure and to degas the new insulating oil using a vacuum pressure; a buffer unit fluid-coupled, at a first end thereof, selectively to the waste oil collection subsystem or the degassing and supplying subsystem, and fluid-coupled, at a second end thereof opposite to the first end, to the insulating oil communication portion to define a flow channel of the insulating oil; and a support having an orientation-changing unit rotatably coupled thereto, wherein the support is coupled via the orientation-changing unit to the X-ray tube module, wherein the orientation-changing unit is configured such that, when the waste oil collection subsystem is coupled to the buffer unit, the insulating oil communication portion defines a bottom of the X-ray tube module, wherein the orientation-changing unit is configured such that, when the degassing and supplying subsystem is coupled to the buffer unit, the insulating oil communication portion defines a top of the X-ray tube module.





Relevant docs:


No.

Document No.

A

JP-2008-059801 A (TOSHIBA CORP, TOSHIBA ELECTRON TUBES & DEVICES CO. LTD.) 13 March 2008 (13.03.2008)

1-13 1

A US 5,357,555 A (GERTH) 28 October 1994 (28.10.1994)

1-13 2

A

JP 3258047 B2 (TOSHIBA CORP, TOSHIBA ELECTRON ENG CORP) 18 February 2002 (18.02.2002)

1-13 3

A

US 6,764,216 B2 (GE MEDICAL SYSTEMS GLOBAL TECHNOLOGY COMPANY LLC.) 20 July 2004 (20.07.2004)

1-13 4







[22] Date Filed: 25/11/2016

[54] Title: PRINTER

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

[72] Inventor(s): Hidenao Suzuki[JP]: Naomi Kimura[JP]: Koji Kawai[JP]: Shoma Kudo[JP]: Takanori Matsuda[JP]


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

[30] Priority Data: 2015-251077 24/12/2015 JP

[51] International Class 8: B41J 2/175

[57] Abstract:

A printer includes a printing unit including a printing head configured to eject ink onto a sheet and a sheet ejecting portion configured to eject the sheet after the printing head performs a printing operation, a scanner unit located above the printing unit and configured to read an image on a document, and a tank unit located on a lateral side of the printing unit. The tank unit includes a tank storing the ink to be supplied to the printing head and a housing covering the tank. The housing provides at least a front surface, a lateral surface, a rear surface, and an upper surface of the tank unit. A front surface of the printing unit is flush with the front surface of the tank unit when the printing unit has a front surface on a side of the sheet ejecting portion.


Relevant docs:


No.

Document No.

X

US 2014/0043410 A1 (NAKANO [JP], et al.) - 13 February 2014 (13.02.2014) - see FIG 15

3-5 1




Y

US 2015/0109386 A1 (KOIKE [JP], et al) - 23 April 2015 (23.04.2015) - See Paragraph 0056, 0151, Figures

1-10 2

Y JP 2013-3226726 A (SEIKO EPSON [JP]) - 07 November 2013 (07.11.2013) - See FIG 8

3, 4, 7 3

Y

US 9,079,413 B2 (KUDO [JP], et al) - 14 July 2015 (14.07.2015) - See Column 33 Line 41-46; FIG 12

8 4







[22] Date Filed: 28/11/2016

[54] Title: FORMULATION A SATURATED CREAM FOR REMOVAL OF WARTS, UNWANTED MOLE, ETC.

[71] Applicant(s): ADATO, MARIA ELORNA [PH]

[72] Inventor(s): ADATO, MARIA ELORNA P.[PH]




[51] International Class 8: A61K 33/08; A61K 8/04; A61K 9/10; A61P 17/12

[57] Abstract:

Saturated cream formulation for warts, moles, skin tags, syringoma and other skin problems that above the skin, that the result after the treatment are no undesirable post treatment manifestation and slight that may disappear after several days. More benefits for person with peacemaker, diabetes, heart problems, asthma, and peJlson with in plant steel within the skin or bones. The formulation with combination of alkaline based chemicals 80%, purified water diluted to Talc compound of 40%.

Representative Drawing(s): NONE

Relevant docs:


Document No.

X, Y US 6,821,523 B2 (Dermatrends, Inc.) 23 November 2004

1-4 and 7; 5 and 6

1

X PH 12000002565 (Adato, Ma. Elorna P. ) 19 June 2003

2-4 and 7 2

X CN1321466 A (Wang Kui) 14 November 2001

1 3

X PH 12013000108 (Dela Cruz, Rommel) 25 May 2015

1-4 and 7 4







[22] Date Filed: 28/11/2016

[54] Title: SOIL HUMIDITY DETECTING SENSOR

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

[72] Inventor(s): NIKKO ARDEL P. FLORETES[PH]: FRANCIS JERRIC J. CANDIDO[PH]




[51] International Class 8: G01N 27/00; G01N 27/04

[57] Abstract:

The project is about detecting humidity content in a soil. It discloses an electrodes, potentiometer, light indicators, plastic housing, connected to microcontroller, operational amplifier, wires, power supply and a switch. This invention can be interfaced with a microcontroller. This is the function of the operational amplifier, to convert the analog signal coming from the probes to digital signal going to the microcontroller. It has potentiometer to adapt the conductivity of the soil.


Relevant docs:


Document No.

Y US 3882383 A, Charles, 06 May 1975

1-5 1

Y US 8104498 B2, Dresselhaus et al., 30 January 2012

1-5 2







[22] Date Filed: 28/11/2016

[54] Title: FISH FEED FORMULATION UTILIZING AQUATIC MACROPHYTES


[72] Inventor(s): VIVIAN L. MOYA[PH]




[51] International Class 8: A23K 10/30; A23K 50/80

[57] Abstract:

A fish feed formulation compns1ng of 17-24% water hyacinth (Eichhornia crassipes) , 15-30% duckweed ( Spirodela polyrhiza), 5-20% fern (azolla filiculoides) meal, 17-24% seaweed (Sargassum crasifolium), 18% (by weight) of fish meal, 10% (by weight) of cornstarch and 2% (by weight) of vitamins/minerals premix.


Relevant docs:


No.

Document No.

Y

Abowei J FN, Ekubo AT. A review of conventional and unconventional feeds in fish nutrition. Br J Pharmacol Toxicol 2011; 2(4):179-191. 25 October 2011

1-2 1

Y CRUZ VELASQUEZ, Y. C. 19 May 2016

1-2 2

Y Food and Agriculture Organization of the United Nations 2009

1-2 3

Y PH 1201400341 (Celmar, Raul B. et al) 2009

1-2 4







[22] Date Filed: 28/11/2016

[54] Title: PROCESS OF MAKING MALABAR SPINACH (BASELLA RUBRA) CANDY


[72] Inventor(s): BALDOS, Gamaliei A.[PH]: CABUBAS, Danna N. [PH]: CASBADILLO, Cherry Gil[PH]: GABIOLA, Nila L.[PH]: JACLA, Nanet T.[PH]: PAPIONA, Judy-Ann A.[PH]: PIMENTEL, Lorlyn A.[PH]




[51] International Class 8: A23G 3/36; A23G 3/46; A23G 3/48; A23L 5/10

[57] Abstract:

A process of making Malabar spinach comprising the steps of: preparing the malabar spinach (Basella rubra) paste comprising the steps of cleaning the fresh malabar spinach (Basella rubra) by washing with running water to remove adhering dirt; boiling said fresh malabar spinach (Basella rubra) in water for 30 minutes and let cool and blending said malabar spinach (Basella rubra) using a blender until a soft and homogeneous consistency is obtained; heating a glucose syrup using a saucepan while stirring constantly in 1 minute under a low fire; mixing a condensed milk and said blended Malabar spinach to the glucose syrup while mixing thoroughly under a medium-high heat; boiling said mixture without stirring until temperature reaches 280°F and immediately removing the mixture from the heat; molding said mixture in candy molds and let it hardens; and packing said Malabar spinach candy individually using candy wrapper.





Relevant docs:


Document No.

Y PH 1/2010/502787 (YAMAMOTO, et al) 25 November 2014

1-2 1

Y CN 104054877 A (YAO, et al) 24 September 2014

1-2 2

Y CN 101986868 A (YIYANG) 23 March 2011

1-2 3

Y CN 102028086 A (CAI) 27 April 2011

1-2 4

Y CN 102007994 A (YUNPENG) 13 April 2011

1-2 5

Y Project Gutenberg’s Candy-Making Revolutionized (HALL) 25 September 2010

1-2 6

Y Hard Candy Recipe (standard batch) 27 September 2016

1-2 7

A CN 104336175 A (ZHANG) 11 February 2015

1-2 8

A JP 5375183 B2 (SATO) 25 December 2013

1-2 9







[22] Date Filed: 28/11/2016

[54] Title: STRAIN GAUGE SENSOR FOR STRUCTURAL HOME MANAGEMENT


[72] Inventor(s): FLORETES, Nikko Ardel P.[PH]: ILAO, Paul Andre[PH]: ABANTAO, Harvey[PH]: AQUINO, Icon Rafael[PH]: MORA, Justin Manuel[PH]




[51] International Class 8: G01B 11/16; G01L 1/22; G08B 21/00; G08B 25/10

[57] Abstract:

A monitoring device used for detecting and analyzing the stress on a structure, specifically on beams, to determine its stability condition in order to attain a safety home or building structural management. The monitoring device comprises a metallic plate positioned at the center of beam used as a base material for the detection zone of beam failures, strain sensors for the analysis of strain presence, a material for a means of analyzing and processing the inputs from the sensors, and also a material used for a means of warning or giving alarm. The dimensions and material of the monitoring device are chosen such that a predetermined level of strain transmitted to the monitoring device from the structure will result in a known level of strain in the detection zone. Detection of strain in the detection zone can be correlated to a level of stress and strain experienced by the structure at the point of attachment of the monitoring device.





Relevant docs:


No.

Document No.

Y

CN 104931165 A1 / DONGGUAN SOUTH CHINA SEA ELECTRONIC CO., LTD. / 23 September 2015

1 - 6 1

Y GB 1570511 A1 / STANDARD TELEPHONE CABLES LTD. / 02 July 1980

1 2

Y GB 2520161 A1 / LPW TECHNOLOGY LTD. / 13 May 2015

1 - 6 3

Y CN 205537696 U / JIANGSU JIANZHU INST / 31 August 2016

1 4







[22] Date Filed: 28/11/2016

[54] Title: PROCESS OF PRODUCING FISH FEED FORMULATION UTILIZING AQUATIC MACROPHYTES


[72] Inventor(s): MOYA, Vivian L.[PH]




[51] International Class 8: A23K 10/30; A23K 10/37; A23K 20/174

[57] Abstract:

A process of producing fish feed comprising the steps of: gathering a plurality of aquatic macrophytes namely: water hyacinth (Eichhomia crassipes), duckweed (Spirodela polyrhiza), fern (azalia filiculoides), and seaweed (Sargassum crasifolium), washing the gathered aquatic macrophytes with fresh water, soaking the washed aquatic macrophytes with fresh water for 24 hours, oven drying aquatic macrophytes at 60-80°C for 1 hour, preparing a plurality of fish by washing said fish with water, boiling at 100°C for 10 minutes and oven drying at 60-80°C for 1 hour, cooling the oven dried aquatic macrophytes and fish at room temperature, pulverizing oven dried and fish using a pulverizer, roasting said pulverized aquatic macrophytes and fish in a pan at 80-100°C for 10-15 minutes, cooling said roasted aquatic macrophytes and fish at room temperature, mixing a cornstarch mixed with water in predetermined ratio and vitamins and minerals premix to said cooled fish feed mixture while mixing constantly, pelletizing said fish feed mixture using a pelletizer, oven drying said pelletized fish feed mixture for at 60-80°C for 1 hour, and packing said fish feed in a container.





Relevant docs:


No.

Document No.

X, Y

A Review of Conventional and Unconventional Feeds in Fish Nutrition (ABOWEI, et al) 25 October 2011

1 1

Y PH 1/2014/000339 (CELMAR, et al) 6 June 2016

1 2

Y WO 2015/011644 A1 (FENEUIL, et al) 29 January 2015

1 3

Y CN105265856 A (WAN) 27 January 2016

1 4

Y RU2140168 C1 (VASIL, et al) 27 October 1999

1 5

A CN105029115 A (YANG) 11 November 2015

1 6







[22] Date Filed: 28/11/2016

[54] Title: IRON SHEET HEAT-ELECTRICAL ENERGY CONVERTER


[72] Inventor(s): FLORETES, Nikko Ardel P.[PH]: BABAEL, Norberto Jr.[PH]: PITOGO, Victor Jr.[PH]: PALLONES, Mylene[PH]: CENTINO, Reymart[PH]




[51] International Class 8: F21L 13/00; F21L 4/08; H01L 35/02; H01L 35/28

[57] Abstract:

A device for converting heat from Iron sheet to electrical energy. The produced electrical energy will be stored for charging. The device will be placed under the iron sheet. This device is also intended to utilize the heat expansion from the roof that contribute to high temperature in a house; thermoelectric generator module for converting heat to electrical energy; a heat sink that absorbs heat in the heat side of the thermoelectric generator and another heat sink for the cooling side of the thermoelectric generation; a power bank for electricity storage; a power supply that regulates the generated voltage to a DC voltage output for intended usage; a seven segment display which will be displayed in percentage value of the current electrical storage in the power bank.


Relevant docs:


No.

Document No.

Y WO 2015164903 A1 / SALEVO PTY LTD. / 05 November 2015

1 - 5 1

Y www.jstage.jst.go.jp/article/tetsutohagane1955/83/2/83_2-157/_article / 19 June 2009

1 - 7 2




Y http://file.script.org/pdf/OALibJ_2016032510422632.pdf / 17 December 2014

1 - 4 3

Y CA 2954586 A1 / MAKOSINRI, Ann / 15 January 2015 1 - 4 4

Y US 20163022598 A1 / WALSH, Raymond James / 20 October 2016

1 - 4 5

L https:/www.scribd.com/document/211424886/Roof-based-Electric-Generator / BULACAN UNIVERSITY

1 - 7 6







[22] Date Filed: 28/11/2016

[54] Title: PROCESS OF EXTRACTING AGAR FROM GRACILARIA GELIDIELLA


[72] Inventor(s): VIVIAN L. MOYA[PH]


[74] Attorney / Agent: MARILYN D. CARDOSO, Ph.D., University President


[51] International Class 8: A23L 29/256; C08B 37/12; C08J 3/075; C08L 5/12; C12N 1/12

[57] Abstract:

A process of extracting agar from Gracilaria Gelidiella comprising the steps of: washing a plurality of fresh Gracilaria Gelidiella with water to remove sea salts, attached shells, sand, dirt and other algae five times, sundrying and washing with freshwater of Gracilaria Gelidiella alternately once a day for seven days to obtain a dried bleached Gracilaria Gelidiella, soaking the dried bleached Gracilaria Gelidiella in freshwater with 1-2% citric acid for 12 hours, boiling the soaked Gracilaria Gelidiella in a casserole at 95-100°C for 45 minutes, pressing the boiled Gracilaria Gelidiella using a nylon bag to extract the agar, pouring the resulting agar into stainless pans, cooling the agar until it solidify, cutting the solidified agar into cubes, washing the agar cubes in water, packing the agar cubes in polyethylene bags.


Relevant docs:


No.

Document No.

X A Manual for the Processing of Agar from Gracilaria (Gertrudes Santos) June 1990

1-2 1

Y US 5502181 A (Ina Food Industry Co. LTD) 26 March 1996

1-2 2

Y

FARM NEWS BETTER LIFE THROUGH AGRICULTURE SEAFDEC Aquaculture Department Vol. IX No. 6Edited by: J. Lagoc (Nov-Dec. 1991)

1-2 3

Y

ACETIC ACID PRETREATMENT IN AGAR EXTRACTION OF PHILIPPINE GELIDIELLA ACEROSA (Forsskaal)

1-2 4




FELDMAN et HAMEL (Rhodophyta, Gelidiales)Botanica Marina Vol. 40 by Walter de Gruyter (1997)

Y HANDBOOK OF HYDROCOLLOIDS 2nd Edition (28 May 2009)

1-2 5

Y

CONVENTIONAL AND ALTERNATIVE TECHNOLOGIESFOR THE EXTRACTION OF ALGAL POLYSACCHARIDES (G. Hernandez-Carmona) 2013

1-2 6







[22] Date Filed: 28/11/2016

[54] Title: CASSAVA ROTARY SIEVE MACHINE


[72] Inventor(s): JHONE GENNY T. ORTEGA[PH]




[51] International Class 8: B07B 1/24; B07B 1/26

[57] Abstract:

The cassava rotary sieve machine comprises a double layered sieve drum having an inner rotating sieve drum and an outer stationary drum covering said inner rotating sieve drum with plurality of sieve holes pivotally held along the apex portion of the sturdy stand, directly driven by a one-half horsepower AC electric motor having variable speed and motor control unit either low, medium or high speed rotation of the inner rotating sieve drum. Said sieve drum unit is tilted with levering handle for ease of sieved product removal and said outer sieve drum covering having part aperture cavity along the lower half of the bulk core for draining dewatered sap.


Relevant docs:


Document No.

A US 5587073 A David Zittel December 24, 1996

1-5 1

A DE 4205021 C1 Bernhard 1-5 2




Farwick GmbH August 19, 1993

A CN 205550807 U Guan Jinyu September 7, 2016

1-5 3

A CN 105107711 A Mao Guowu December 2, 2015

1-5 4







[22] Date Filed: 28/11/2016

[54] Title: SOLAR POWERED COPRA MOISTURE METER


[72] Inventor(s): NIKKO ARDEL P. FLORETES[PH]: MICHAEL C. CABANGUNAY[PH]: IVY G. CIPRIANO[PH]: ALYZA MAE Z. LOCANAS[PH]: BRYAN JEFF A. DACLES[PH]




[51] International Class 8: G01N 27/00

[57] Abstract:

The present invention relates to a device for measuring moisture content of copra so that buyers will know how much amount of loss or moisture content excess in particular copra which must be deducted on the price itself and also benefits the copra farmers were they can monitor the level of moisture to meet the ideal moisture level so that zero deducted on price. The device comprises of a microcontroller that performs the arithmetic operation and the execution of the instruction of sets with its interface, a solar power bank that provide the power of the system, a display provides the display of the measured moisture contents, a probes which provide the direct contact with the copra by generating voltage level as it passes into the sensor and moisture sensors for detecting the moisture level of copra as the voltage signal varies by its moisture content which determine if the copra is less than 6% moisture content out of 100 %. The measured less than 6% moisture content is the standard if the coconut meats belongs to the family of copra and will tell the user that the price cannot be deducted by its moisture content. This device applies direct contact with the samples to measure its individual moisture content which will be viewed in the display provided.





Relevant docs:


Document No.

X US 6,340,892 B1 / RYNHART et al. / 22 January 2002

1 - 5 1

Y US 2011/0277547 A1 / DUNCAN / 17 November 2011

1 - 5 2







[22] Date Filed: 28/11/2016

[54] Title: CRANK OPERATED TOUGH PULLER DEVICE


[72] Inventor(s): JHONE GENNY T. ORTEGA[PH]




[51] International Class 8: B25B 23/10; B25B 27/18

[57] Abstract:

The crank operated tough puller device of the present invention consists mainly of machined sliding inner hub unit 12 made from hard steel alloy having outer thread 27 with outer guide groove 38 and a subsequent inner diameter wherein plurality of locking keys 30 securely placed along the inner guide groove 36 positioned in three equilateral segment. A crank-like rotating puller hub 16 similarly made of hard steel alloy driven by smaller rotating driver hub 18 enclosed within hub cover 20 supported with hub holder 22 and holder stand 24 comprising crank puller hub unit 14.


Relevant docs:


No.

Document No.

Y

US 3,740,814 A (MARSHALL [US]) - 26 June 1973 (29.06.1973) - See Abstract; Figures

1-5 1




Y

DE 202009004139 U1 (FORGING ADAPTER CO LTD [TW]) - 16 July 2009 (16.07.2009) - See Figures 1-7

1-5 2

Y

US 2,359,823 A (BOUGET [US]) - 10 October 1944 (10.10.1944) - See Abstract Figures

1-5 3

A

US 2014/0224076 A1 (MERRICK [US]) - 14 August 2014 (14.08.2014) - See Abstract; Figures

1-5 4

A

US 3,727,491 A (BUCKWATER [US]) - 17 April 1973 (17.04.1973) - See Abstract; Figures

1-5 5

A

US 2,719,445 A (GIEBLER [US]) - 19 August 1954 (19.08.1954) - See Abstract; Figures

1-5 6







[22] Date Filed: 28/11/2016

[54] Title: COASTAL WATER MONITORING SYSTEM


[72] Inventor(s): ERNIEL JUDE A. YU[PH]: RAYMUND E. PACHECO[PH]: MA. JOZAPHIL U. MABANAG[PH]




[51] International Class 8: C02F 1/00; G01N 33/18

[57] Abstract:

The present invention relates in general to a monitoring system specifically for coastal water quality assessment. The system is compromised of two subsystem: the wireless sensor node system and the base station system, characterized in that the two subsystems communicate wirelessly to facilitate real-time dissemination of water quality data.


Relevant docs:


Document No.

X US 2007/0090059 A1 (Robert J. Plummer et al.) 26 April 2007 (26.04.2007)

1-4 1

X CA 2634759 A1 (George Lampropoulos) 27 December 2009 (27.12.2009)

1-4 2

X US 6753186 B2 (Harold I. Moskoff) 22 June 2004 (22.06.2004)

1-4 3







[22] Date Filed: 28/11/2016

[54] Title: MEDICATION ADHERENCE DEVICE


[72] Inventor(s): MACARlOLA, Jon Alvin L.[PH]




[51] International Class 8: G08B 21/04; G08B 21/24; G08B 7/06

[57] Abstract:

The recent invention relates to patients who forget to take their medications, and some more even failed to remember right dosage, after effects of such problem can be fatal. One strategy to manage forgetfulness of patients is an automated system to notify the patient or anyone about their scheduled medication and dosage which this invention addresses. The device is capable of notifying people about the medication scheduled and dosage through electronic displays, sending a message to registered users, an alarm such as blinking lamp or sound. The device runs on a battery and a solar panel as an alternative source of power. The device is a standalone system controlled by microcontroller.


Relevant docs:


Document No.

X US20090167531 A1 (FERGUSON, Alexander) - 02 July 2009

1-6 1




X US20150235548 A1( ENGELHARD et al.) - 20 August 2015

1-3 2

Y WO2015134390 A1 (DONN et al.) - 11 September 2015

1-6 3

Y US5289157 A (RUDICK et al.) - 22 February 1994

1-6 4

A US5826217 A (LERNER, Sam) - 20 October 1998

1-6 5

A US2012166215 A1 (CHOI et al.) - 28 June 2012

1-6 6







[22] Date Filed: 28/11/2016

[54] Title: PORTABLE VULCANIZING GRIPPING TOOL


[72] Inventor(s): JHONE GENNY T. ORTEGA[PH]: EDGARDO D. ZARTIGA JR.[PH]




[51] International Class 8: B25B 7/00; B29C 35/02; B29C 73/30

[57] Abstract:

The portable vulcanizing gripping tool consists mainly of upper compressing mechanism made from aluminum two-inch flat head piston, and a lower flat thick steel plate base having stiff rubberized support padding. The said upper compressing member is held with outsized bolt firmly fixed with the standard gripping tool by means of welding, and the said upper compressing aluminum member is secured with nut unto oversized bolt.


Relevant docs:


No.

Document No.

A US1301721 A / VULCANIZER / MCELROY ISAAC E et.al / 22 April 1919 (22.04.1919)

1 - 5 1

A

US1283275 A / VULCANIZING-PATCH-HOLDING DEVICE / NYE WILLIAM E / 29 October 1918 (29.10.1918)

1 - 5 2

A

CN2064707 U / PORTABLE ELECTRIC HEATING TYRE PLIERS / GAO FENGCAI / 31 October 1990 (31.10.1990)

1 - 5 3







[22] Date Filed: 29/11/2016

[54] Title: DNA PROBES FOR DETECTION OF BACTERIAL PATHOGENS

[71] Applicant(s): BARLAAN, EDWARD A. [PH]

[72] Inventor(s): Edward A. Barlaan[PH]


[74] Attorney / Agent: Agnes May B. Bantigue


[51] International Class 8: C12N 15/00; C12N 15/11

[57] Abstract:

DNA probes of varying lengths and amplified product sizes for use in simultaneous and comprehensive detection of different bacterial pathogens are described. A qPCR assay successfully detected the individual species in single or mixed DNA conditions. Multi-species specificity tests proved the high specificity of each probe to specific bacterial target. Optimized qPCR conditions enabled discrimination on the degree of specificity of each probe. The DNA probe kits are also described which form integral components in qPCR assay along with the developed qPCR protocols for bacterial pathogen detection. The current approach can be also utilized for comprehensive clinical diagnosis in humans and other organisms.


Relevant docs:


No.

Document No.

X

Barlaan, E. A., Sugimori, M., Furukawa, S., and Takeuchi, K. (2004). Electronic microarray analysis of 16S rDNA amplicons for bacterial detection. Journal of Biotechnology, 115 (2005): 11-21.

1 1

X WO 2016141370 A2 (UNIVERSITY OF NEW HAMPSHIRE)

3 2

X US 20150191756 A1 (MITSUBISHI RAYON CO., LTD)

6 3

X CN 2015105176877 A (QINGDAO YAODONG GROUP)

7 4

P, X US 20170101620 A1 (QINGDAO 7 5




YAODONG GROUP)

X US 20060140972 A1 (ALM, R., MANNING, P., MacCORMACK, K., and McLAUGHLIN, R.)

9 6

X

Yilmaz, A., Onen, H. I., Alp, E., and Menevse, S. (2012). Real-time PCR for gene expression analysis. Biochemistry, Genetics and Molecular Biology, Chapter 12, 229-254. DOI: 10.5772/37356

22 7







[22] Date Filed: 29/11/2016

[54] Title: MOTOR CONTROL APPARATUS

[71] Applicant(s): SANYO DENKI CO., LTD. [JP]

[72] Inventor(s): IDE, Yuji[JP]: HIRAIDE, Toshio[JP]


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

[30] Priority Data: 2015-237987 04/12/2015 JP

[51] International Class 8: H02P 29/00; H02P 5/74

[57] Abstract:

The motor control apparatus according to one aspect of the present invention ensures an accurate measurement of the insulation resistance value of the measurement-target motor without being influenced by the decrease of the insulation resistance of the non-measurement-target motor, even when measuring the insulation resistance value of a specific motor among the plurality of motors. The motor control apparatus according to one aspect of the present invention outputs a voltage command to the inverter such that a voltage with an electric potential identical to an electric potential of an earth is applied to the motor where the insulation resistance value is not detected (the non-measurement-target motor)


Relevant docs:


Document No.

X US2015/0256116, TATEDA, et. al. 10 September 2015

1-7 1

A JP2012233826 YUJI 1-9 2

A JPH01264571 TOSHIHIKO, et. al. 20 October 1989

1-9 3







[22] Date Filed: 29/11/2016

[54] Title: LIGHTNING ARRESTER

[71] Applicant(s): LIGHTNING PROTECTION SYSTEMS SDN BHD [MY]

[72] Inventor(s): MAK MING HUNG[MY]


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

[30] Priority Data: PI 2016701160 30/03/2016 MY

[51] International Class 8: H01T 4/02; H01T 4/04

[57] Abstract:

The present invention relates generally to a lightning arrester (100) for lightning protection installations. Accordingly, the lightning arrester (100) includes: a) a finial (110) having a body (110a) between an upper section (112) and a lower section (111) and having a lightning receiving end (112a) at an end of the upper section (112); b) an inner insulating body (200) which is in fluid tight sealing engagement with the finial (110); c) an outer insulating shell (300) in association with the inner insulating body (200); d) a plurality of CD arms (400) circumferentially configured around the outer insulating shell (300) and radially extending thereof; e) a metal sheet (500) in communication with the CD arms ( 400) and serves to create capacitance effect; wherein the inner insulating body (200) is provided with a plurality of fluid discharge passages (262) to allow any access fluid or contamination to be discharged; wherein the outer insulating shell (300) is in fluid tight sealing engagement with the upper portion (200a) of the inner insulating body (200), such that a first and second hollow spaces (340, 320) are defined thereof to achieve insulating effect; and wherein each of the CD arms (400) has an upper tip (410) extended toward the finial (110) and separated by an arcing gap (420) between them.





Relevant docs:


Document No.

A DE 102014015609 B3 Phoenix Contact GmbH March 10, 2016

1-33 1

A CN 202260124 U Jianjun Yin May 30, 2012

1-33 2

A CN 2048352009 U Liu Ying December 2, 2015

1-33 3

Documents

1 INVENTIONS - Intellectual Property Office · 2018-06-04 · [74] Attorney / Agent: E.B. ASTUDILLO AND ASSOCIATES [30] Priority Data: 2015-247847 18/12/2015 JP [51] International