1 inventions - iis windows server

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 23 Number 62

Date Released: June 8, 2020

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: 1/2018/000296 Document Code: A1

[22] Date Filed: 04/10/2018

[54] Title: A NEW TOPOLOGY FOR COOLING: A VARIATION OF THE ZEER POT

[71] Applicant(s): DELA CRUZ, Moises A. [PH]

[72] Inventor(s): DELA CRUZ, Moises A.[PH]

[73] Assignee(s): NONE

[74] Attorney / Agent: NONE

[30] Priority Data: NONE

[51] International Class 8: F24F 5/00; F25B 19/00; F25B 27/00

[57] Abstract:

This application describes a means of reducing the economic cost of operating an air conditioner and provides added desirable features for room comfort control such as temperature, humidity, and scrubber for room air pollution. The economic benefits are significant but more importantly addresses the issue of global warming and climate change. The heat exchanger uses environmentally friendly water as refrigerant and the resulting topology provides a much needed air pollution conditioning for the room air with the scrubber functionality. The heat exchangers applies two phase change on the condenser and direct contact on the evaporator resulting in low energy use. The water refrigerant and room air are circulated closed loop in the system. The equipment could be a demonstration of the feared runaway climate changes. The application addresses the use of energy with the reduction of global warming gas contributions, reduction of energy and comfort control of room humidity.




Representative Drawing(s):

Relevant docs:

Category Document description Relevant to claim

No.

Document No.

X US 2014/0096556 A1 / EMAM, Hassan S. / 10 April 2014

1 - 10 1

X

Theoretical Analysis of Air-Cooling by Using Concept of Zeer Pot Refrigeration / URL: http://www.ijcrt.org/papers/IJCRTNCES031.pdf / December 2017

1 - 10 2

A CN 106524340 A / ZHOU, Weiwen / 22 March 2017

1 - 10 3

A PH 1/2014/500346 B1 / HACHIYO ENGINEERING CO., LTD. / 07 March 2017

1 - 10 4







[22] Date Filed: 05/10/2018

[54] Title: WASTEWATER DRYING BED

[71] Applicant(s): SEMONTINA, Airen Molina [PH]

[72] Inventor(s): SEMONTINA, Airen Molina[PH]




[51] International Class 8: C02F 11/16

[57] Abstract:

This invention (rectangular, circular, triangular or square or any geometric shape) relates to wastewater management system, more particularly a wastewater drying bed, with minimum self-cleansing gradients, which is effective in treating, separating or decanting water from sludge using the excess Oxygen and Nitrogen gasses from the Aeration & Nitrification/ Denitrification processes. The decanting glass gate contains alternating plates to facilitate the filling & emptying of the invention and the decanting of water at multiple levels within the sludge, with a sump located at the front wall to facilitate the efficient removal of the decanted liquor from the bed, if required. LED lights are installed inside the frame to indicate the separation of sludge from the underlying clear water. Magnets are attached to the decanting gate frame to repel heavy metals back into the drying bed. The invention is modular in design. It can be constructed insitu, precast or precast/post-tensioned. It can accommodate a solar panel and UV sterilization. Future sludges may be incinerated or converted into granular activated carbon or disposed on land for agricultural purposes. The depth of the tank at c1.25metres ensures that anaerobic conditions will not occur. Thus, no odours. These future processes of LED lights, Magnets, Incineration, GAC creation and rice straw ash will be subject to further Process (c) Patents, if they cannot be accommodated with this application.





Relevant docs:


No.

Document No.

X

US2016244351 A1 / SLUDGE DRYING BEDS / MOONEY JOHN / 25 August 2016 (25.08.2016)

1 - 3 1

X

US4481114 A / Sludge dewatering system / RIISE MORRIS M / 06 November 1984 (06.11.1984)

1 - 3 2

A

US2016207808 A1 / SYSTEM AND MULTI-FUNCTIONAL METHOD FOR TREATING WASTEWATER / 21 June 2016 (21.07.2016)

1 - 3 3

A

US5536420 A / Vertical drainage drying bed for waste sludge and an intensified method of treating wastewater / 16 July 1996 (16.07.1996)

1 - 3 4

A

CN202529971 U / Drying bed for sludge natural anhydration and digestion / UNIV CHONGQING / 14 November 2012 (14.11.2012)

1 - 3 5

A FR2634476 A1 / Bed for drying sludge / ZEANA ALEXANDRE / 26 January 1990 (26.01.1990)

1 -3 6







[22] Date Filed: 16/10/2018

[54] Title: CLOTH-DYE DETECTOR FOR FISH

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

[72] Inventor(s): FLORETES, Nikko Ardel P.[PH]: ALCOS, Walvies MC L.[PH]: CARBILLAS, Rudio M. Jr.[PH]: MAHINAY, Jodel L.[PH]


[74] Attorney / Agent: DR. VIVIAN L. MOYA


[51] International Class 8: G01D 21/00; G01N 21/25

[57] Abstract:

A cloth-dye detecting device comprising; a casing; a power supply located inside the said casing; a computing unit that is connected to the said power supply with set of instructions; a sensing elements that have wired connection to the said computing unit; and a display module that is fixedly attached to the said casing; wherein a data is generated from the said sensing elements for detecting cloth-dye and the said data shall be transmitted to the said computing unit for analysis afterwards the said data shall be passed to the said display module for data interpretation that depends if the said data is below a threshold value (by calibration) then there shall have no warning and if it equals or exceeds the said threshold value then a warning shall be displayed in the said display module.


Relevant docs:


No.

Document No.

A CN108458743 A (FOSHAN RUICHUANG HENGYI WINDOW AND DOOR

1-6 1




ACCESS CO LTD) 28 August 2018

A

CN206396476 U (HAINING ZHONGLONG PRINTING AND DYEING CO LTD) 11 August 2018

1-6 2

A CN101936912 A (UNIV JIANGSU) 05 January 2011

1-6 3







[22] Date Filed: 25/10/2018

[54] Title: POLYHEDRON CUTTNG MACHINE

[71] Applicant(s): DELOS REYES, Ronald Allan Santos [PH]

[72] Inventor(s): DELOS REYES, Ronald Allan Santos[PH]




[51] International Class 8: B23B 31/30; B23D 45/02; B23D 47/08

[57] Abstract:

The invention relates to the use of a rotating flat, thin circular disk to cut polyhedrally sided shapes and patterns in flat plate work pieces. The rotating disk can have a serrated sharp edge or be coated with hard abrasive particles and is oriented with its axis of rotation parallel to the flat plates. The cutting action is done by the thin circumference of the disk. A novel system is therefore created to accomplish this task with the use of a round vertical support column, two parallel horizontal arms, a breaking mechanism to control vertical motion, rotary tool attached to a flexible cable, a turntable attached to two perpendicular linear track mechanisms, and a sample platform with a vacuum chuck plate that can move with the turntable.


Relevant docs:


No.

Document No.

X

US 4,574,670 A (JOHNSON, George W. [US]) - 11 March 1986 (11.03.1986) - see Abstract, Figures

1, 3 1




Y

US 2,366,935 A (SCHMID, Rene [CH]) - 09 January 1945 (09.01.1945) - see Col 2 Line 1-3, Fig 1

4 2

Y

US 4,036,093 A (THORSELL, Roland H. [US]) - 19 July 1977 (19.07.1977) - see Col 4 Line 11, 33-34, Fig 1

5-6 3

Y

US 4,145,940 A (WOLOVEKE, Eugene L. [US] et al) - 27 March 1979 (27.03.1979) - see Abstract, Figure 2

6 4

A

US 3,880,048 A (ZIMMERMAN, Sanford S. [US]) - 29 April 1975 (29.04.1975) - see Col 5, Line 61

1-6 5

A

CN 108032105 A (ZHENGZHOU GERUITA ELECTRONIC INFORMATION TECH CO LTD [CN]) - 15 May 2018 (15.05.2018) - see Abstract, Figures

1-6 6







[22] Date Filed: 24/10/2018

[54] Title: SMOKE NOTIFICATION SYSTEM

[71] Applicant(s): UNIVERSITY OF IMMACULATE CONCEPTION [PH]

[72] Inventor(s): CASQUEJO, Ma. Nanette S.[PH]: BELTRAN, Harrold U.[PH]: GULLES, Gerald Geo L.[PH]: GABRIENTO, John Carlo M.[PH]: POLIQUIT, Zillah Paola R.[PH]: EMBERDA, Eric John E.[PH]




[51] International Class 8: G08B 25/00; G08B 25/10; G08B 27/00

[57] Abstract:

A computer implemented method for communications exchange for detecting escalation of fire, the method comprising of server system, a plurality of smoke sensors and a plurality of mobile terminals. The server system sends push notification to the plurality of mobile terminals when the smoke level is above the predetermined smoke level threshold. The server system receives confirmation from the mobile terminals for validation before any action is taken.


Relevant docs:

Category Document description Relevant to claim No.

Document No.

X US 2014/0266669 A1 (FEDELL et al) 18 September 2014 (18.09.2014)

1-5 1

A JP2013033322 A (MATSUKUMA, Hidenari) 14 February 2013 (14.02.2013)

1-5 2

A US 2006/0226972 A1 (SMITH) 12 October 2006 (12.10.2006)

1-5 3







[22] Date Filed: 29/10/2018

[54] Title: THE VALLARMATA MACHINE (READ AS WALLARMATA)

[71] Applicant(s): VALLAR, Leodegarlo Luis W. I [PH]

[72] Inventor(s): VALLAR, Leodegarlo Luis W. I[PH]




[51] International Class 8: F01C 1/00; F01K 1/00

[57] Abstract:

The inventor seeks to protect and register the Vallarmata Machine and all the parts originally designed and created therein, namely; 1. Vallarmata Machine System 2. Winged-Disk Piston 3. Inner-Action-Suction-Valve (IASV) 4. Dumper tank S. Disk Airlock


Relevant docs:


Document No.

X WO2018125550 A1 X DEVELOPMENT LLC 05 July 2018

1 1

A GB262837A KNUDSEN, Hans 23 December 1926

1 2







[22] Date Filed: 29/10/2018

[54] Title: METHOD FOR CONTROLLING POWER OUTLET USAGE

[71] Applicant(s): TECHNOLOGICAL INSTITUTE OF THE PHILIPPINES-QUEZON CITY [PH]

[72] Inventor(s): HATE, Cris Paulo G.[PH]


[74] Attorney / Agent: Dr. JESUSA N. PADILLA


[51] International Class 8: G01R 31/00; G06K 19/00; G06K 7/00

[57] Abstract:

The invention is a computer implemented method that prevents unauthorized usage of available power sockets located in commonly traversed areas such as hotels, dorms, or others. The computer implemented method is implemented on a the parts: (a) marked socket adapter, (b) sense-capable outlet, (c)a power consumption analyzer, and (d) a controller with an indicator. The socket adapter recognizes the identification of the adapter connected based on the marking via using the sensing transducer and the controller. The flow of electricity will be controlled towards the equipment using the marked adapter. The entire detection process can bypassed by a security sensor. Finally, a separate indicator displays power consumption of the loaded electric equipment utilizing the outlet and other related information for management and monetization purposes.


Relevant docs:


Document No.

X US 7,657,763 B2 (Nelson, Mark E. et al.) 02 February 2010 (02.02.2010)

1-4 1

A US 7,795,877 B2 (Radtke, William O. et al.) 14 September 2010 (14.09.2010)

1-4 2




A US 10,072,942 B2 (Wootton, Matthew et al.) 11 September 2018 (11.09.2018)

1-4 3







[22] Date Filed: 30/10/2018

[54] Title: ELECTRICALLY OPERATED COCONUT JUICE VENDING MACHINE

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

[72] Inventor(s): BASALLOTE, Edlee S.[PH]: CALPE, Derick John F.[PH]: DIMAANO, Rex O.[PH]


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


[51] International Class 8: A23N 1/00; A23N 1/02

[57] Abstract:

The present invention focused on the construction of electrically operated coconut juice vending machine and more particular to a machine used to extract the juice from fresh coconut juice, slice coconut fruit in to half in a motorized manner, scrap the meat of the coconut using a tiltable scraper assembly with an adjustable and removable scraper blade, a blender which unit provides alternative process on blending the coconut meat and other additives to smaller unit as per costumer desire, and a sealer which allows the sealing of plastic cup for the customer easy handling without worrying of juice spillage or the drink to be contaminated with dirt. The invention intends to improve the traditional means of selling buko, improve its packaging in a hygienic and presentable manner to the consumer.





Relevant docs:


No.

Document No.

A AU 2012292962 A1 (BREVILLE R & D PTY LTD) 06 March 2014

1-4 1

A CN 203762228 U (ZHENG, Lan) 13 August 2014

1-4 2

A

CN 106983155 A (FUZHOU HUANKE ELECTROMECHANICAL TECH CO LTD) 28 July 2017

1-4 3







[22] Date Filed: 30/10/2018

[54] Title: CORN KERNEL EXTRACTION MACHINE


[72] Inventor(s): DIMAANO, Marc Lester L.[PH]: BASALLOTE, Edlee S.[PH]: HORNILLA, Jay Warren P.[PH]: PASTRANA, Jaycent L.[PH]: MARASIGAN, Jhunel A.[PH]




[51] International Class 8: A01F 11/06; A01F 12/18; B02C 23/00

[57] Abstract:

The present invention focused on the construction of Com Kernel Extractor Machine and more particular to a machine used to remove com kernel from fresh, dried and cooked com, and for size reduction of the same. This invention is a user friendly, allowing one operator to perform the task. It also minimizes the awkward posture and hazard for manual removing of com kernel by hand and addressing a much cleaner working environment and process. Lead time will also improve using this invention.


Relevant docs:


No.

Document No.

Y US 2833485 A (ROTHHAAR, Perry S.) 06 May 1958 (06.05.1958)

1 1




Y

US 2009203411 A1 (BUGARCIC, Mildrag M. and BUGARCIC, Slavisa S.) 13 August 2009 (13.08.2009)

1 2

A RU 2067025 C1 (MUDROV, P. G.; et. al) 27 April 1997 (27.04.1997)

1-4 3

A CN 107493841 A (WANG, Zhao) 22 December 2017 (22.12.2017)

1-4 4







[22] Date Filed: 30/10/2018

[54] Title: SMOKING APPARATUS FOR FOOD PRESERVATION


[72] Inventor(s): BARTE, Gil B.[PH]: BAUTISTA, Irish Giselle[PH]: BLANCO, Virginia[PH]




[51] International Class 8: A23B 4/01; A23B 4/044; A23B 4/052

[57] Abstract:

The smoking apparatus for food preservation relates to a food cooking, drying and smoking unit with renewable source of energy. The general objective of the invention is to cooked, dry and smoked food for purposes of cooking and food preservation using solar power with an automated smoke generation system. Along with this objective is the aim to provide quality food products with consistent cooking and smoking time with precise temperature and process control using a microprocessor. The use of a variety of smoke generating materials will result in different aroma embedded on the food. The apparatus is equipped with data logging unit for monitoring and recording of operation.


Relevant docs:


Document No.

Y US 5967027 A (HIGASHIMOTO, Tsuyoshi) - 19 October 1999

1-5 1




Y PH 12016000422 A1 (BATANGAS STATE UNIVERSITY) - 04 June 2018

1-5 2







[22] Date Filed: 31/10/2018

[54] Title: A ROADSIDE POWER GENERATING ASSEMBLY

[71] Applicant(s): GALANG, Eugenio V. [PH]

[72] Inventor(s): GALANG, Eugenio V.[PH]




[51] International Class 8: F03G 7/08

[57] Abstract:

This invention relates to a power generating assembly that can be installed along roads or highways to tap or harness the available power from moving vehicles, such as, cars and buses, especially in urban areas where they are available in large number of units. The roadside power generating assembly comprises a containing box or casing or housing and having one end fixedly attached therein, said leaf spring extending outwardly through a hole at a side of the containing box or casing or housing, a platform protecting the protruding triangular trigger foot freely resting on the leaf spring, a driving wheel having a co-axially provided sprocket, and a driven wheel adapted to be driven by said driving wheel through a regular belt provided therefore, said driven wheel driving an electric generator, said sprocket being engaged to a chain at its lower portion, one end of the chain being connected to the free end of the leaf spring by a return coil spring and the other end by another return coil spring at the external side proximate to the hole of said containing box or casing or housing.


Relevant docs:


Document No.

X ES 2 336 734 A1, SALAZAR, et al, 15 April 2010 (15.04.2010)

1 1




Y US 2013/009407 A1, CHIU, 10 January 2013 (10.01.2013)

1 2

Y EP 2 584 196 A1, ININTEK SOFTWARE, S.L.U., 24 April 2013 (24.04.2013)

1 3







[22] Date Filed: 06/11/2018

[54] Title: THERMOLYSIS METHOD IN ROTARY KILN FOR THE PRODUCTION OF ENERGY, GAS AND FUEL FROM UNSEGREGATED WASTE, BIOMASS, SLUDGE, WASTE PLASTICS OR WASTE TIRES

[71] Applicant(s): GEBAUER, Stefan [DE]

[72] Inventor(s): GEBAUER, Stefan[DE]




[51] International Class 8: C02F 11/00

[57] Abstract:

A method for gasification of unsegregated waste, biomass, sludge, waste plastic or waste tires to produce gas, energy and fuel, which method comprises: gasification of unsegregated waste, biomass, sludge, waste plastic or waste tires feed in an inert, oxygen-free atmosphere, in an endothermic thermolysis reaction chamber in a rotary kiln to thus gasify the same in the absence of substantial by-production of liquid reaction products. The thermolysis chamber comprising a dense bed of solid waste output and process gas. The heat energy required for said thermolysis reaction being generated by a heater outside the thermolysis chamber. The process gas is led to a condensator to separate the permanent gas from the liquid output. The thermolysis method can be combined with a generator system to use the passive heat energy for energy production.





Relevant docs:


Document No.

A US20060112639A1 / NICK et al. / 01 June 2006

1-4 1







[22] Date Filed: 23/10/2018

[54] Title: BIODEGRADABLE ORGANIC BANANA LEAF DRINKING STRAW

[71] Applicant(s): DE CASTRO, Roselle Bernardo [PH]

[72] Inventor(s): MACROHON, Ray Aldrin Tee[PH]


[74] Attorney / Agent: DE CASTRO, Roselle Bernardo


[51] International Class 8: A47G 21/18

[57] Abstract:

The utility model relates to a degradable drinking straw, in particular to organic drinking straw. This utility model for straws is for a biodegradable and organic straw that is made of strips of the banana leaf, rolled up into a tube in different sizes according to use with composite starch adhesive. This utility model has the advantages that the degradable drinking straw reduces the pollution and protects environment made from highly sustainable sources, low cost to produce.


Relevant docs:


Document No.

Y US 6423357 B1 - (WOODS, Raymond; et. al) - 23 July 2002

1 & 2 1

Y US 2006/0286214 A1 - (WEISS, Sanford B.; et. al) - 21 December 2006

1 & 2 2







[22] Date Filed: 12/11/2018

[54] Title: AUTOMATIC POWER TRANSFER SWITCH

[71] Applicant(s): ALBORES, Arnulfo M. [PH]

[72] Inventor(s): ALBORES, Arnulfo M.[PH]




[51] International Class 8: F21S 9/03; H02J 7/35; H05B 37/00

[57] Abstract:

A solar-powered installation consists of a number of solar panels, a charge controller, a number of storage batteries and a power inverter, all inter-connected to supply 'free' electricity to power selected LOADs (appliances and/or lighting). In a properly designed solar installation, the size of the solar panels, batteries, and selected LOAD are carefully matched to maximize usage of available solar energy, and longest usable battery life. Power to the (selected) LOAD is manually transferred between the solar system's INVERTER and the electric mains (MERALCO) through a manual TRANSFER SWITCH. The LOAD is switched to the INVERTER when the batteries are sufficiently charged, and then switched back to MERALCO when battery charge drops below 50%. This monitoring of switching condition is usually performed by a member of the household, requiring time spent on mornings (switching to INVERTER) and afternoons (switching to MERALCO). In case of sudden rains or such similar conditions that will block the sun, LOAD should likewise be transferred to MAINS, otherwise an unattended battery shall be discharged or likely damaged. An electronic transfer SWITCH interposed between the selected LOAD and the two alternative power sources (INVERTER or MERALCO) shall automate the timing and actual switching between the two power sources, thus eliminating the need for manual monitoring/intervention to perform such function. Suitable components allow usage of this invention for LOADS up to 3000 watts. In addition, the invention provides the option to automatically switch the LOAD to the INVERTER in case of power outage or brown-out. There is no product available that gives this invention's functionality, aside from the following benefits: A. No need to monitor sunlight conditions before transferring LOAD to the Inverter (Solar). B. No need to monitor battery discharge condition before transferring LOAD to the Mains (Meralco). C. Electronic sensors provide the necessary switching parameters for automatic switchover 24/7. D. Consumes less than .02 amps DC when LOAD is at Mains and 0.1 Amp DC when LOAD is at Inverter.





Relevant docs:


No.

Document No.

X US6573659 B2 (TOMA et.al.) 03 June 2003

1-5 1

X US8269374 B2 (DE CAIRES) 18 September 2012

1-5 2

X

CN203086232 U (TIANJIN SUNSHINE HUAXIN NEW TECHNOLOGY DEV CO LTD) 24 July 2013

1-5 3







[22] Date Filed: 14/11/2018

[54] Title: SOIL STABILIZER METHOD OF STABILIZING SOIL

[71] Applicant(s): DE LA SALLE UNIVERSITY [PH]

[72] Inventor(s): TIGUE, April Anne S.[PH]: PROMENTILLA, Michael Angelo B.[PH]: DUNGCA, Jonathan R.[PH]


[74] Attorney / Agent: ATTY. CHRISTOPHER E. CRUZ


[51] International Class 8: C09K 17/00; C09K 17/06; C09K 17/10; C09K 17/12; E02D 3/00; E02D 3/12

[57] Abstract:

A dry-mix soil stabilizer includes a geopolymer precursor that contains fly ash, and an alkali activator that is in bulk form, that contains sodium silicate and sodium hydroxide, and that is present in an amount ranging from about 19% to about 26% by weight of the dry-mix soil stabilizer. A method of stabilizing soil includes adding water to the dry-mix soil stabilizer, then agitating the resulting mixture to produce a geopolymer paste binder. Subsequently, the geopolymer paste binder is mixed with soil to produce stabilized soil.

Representative Drawing(s): NONE

Relevant docs:


No.

Document No.

A US 2015/0016895 A1 | ABDULLAH, Mohd Mustafa Al Barki et al. | 15 January 2015

1 - 8 1

A US 2016/0272887 A1 | TAO, Mingjiang et al. | 22 September 2016

1 - 8 2

A

WO 2012/087936 A1 | LOUISANA TECH UNIVERSITY RES FOUNDATION A DIVISION OF LOUISIANA TECH UNIVERSITY FOUNDATION INC [US] | 28 June 2012

1 - 8 3







[22] Date Filed: 14/11/2018

[54] Title: DEVICE FOR UPPER LIMB REHABILITATION

[71] Applicant(s): DE LA SALLE UNIVERSITY [PH]

[72] Inventor(s):

BUGTAI, Nilo T.[PH]: DUNGAO, Jade R.[PH]: BALDOVINO, Rennan G.[PH]: ABAD, Alexander C.[PH]: BANIQUED, Paul Dominick E.[PH]: ONG, Aira Patrice R.[PH]: MANGUERRA, Micahel V.[PH]: DUPO, Voltaire B.[PH]: PAREDES, Winny M.[PH]: PEREZ, Maria Annyssa Z.[PH]: CASES, Carlos Matthew P.[PH]: VELENCERINA, Eldrich Bong B.[PH]: TIMBRE, Hanz Emmanuel A.[PH]: CONSTANTINO, Christopher S.[PH]: FLORDELIZ, Jeremy O.[PH]: MOJICA, Jose Alvin C.[PH]




[51] International Class 8: A01F 12/18; A61F 5/00; A63B 21/00; A63B 23/12

[57] Abstract:

A device (1) for rehabilitation of the upper limb includes a frame (11) and an exoskeleton (12) mounted on the frame (11). The exoskeleton (12) has a first joint (121) coupled to the frame (11), a second joint (122), a first L-shaped connector (123) that connects the first joint ( 121) to the second joint ( 122), a third joint ( 124), a second L-shaped connector (125) that connects the second joint (122) to the third joint (124), and at least one attaching means (126) for attaching an upper limb of a human subject to the exoskeleton (12). The first joint (121) is configured to be situated above a shoulder of the human subject and has a first axis of rotation substantially coinciding with the horizontal abduction/adduction rotation axis of the shoulder. The second joint (122) is configured to be situated behind the shoulder and has a second axis of rotation coinciding with the abduction/adduction rotation axis of the shoulder. The third joint (124) is configured to be situated at the side of the shoulder and has a third axis of rotation substantially coinciding with the flexion/extension rotation axis of the shoulder.





Relevant docs:


No.

Document No.

A WO 2015058249 A1 (CARMICHAEL. Marc Garry) 30 April 2015

1-6 1

A

CN 102379793 B (FU FENGSHENG & ANYANG SHENFANG REHABILITATION ROBOT CO. LTD.) 28 November 2012

1-6 2





[12] INVENTION PUBLICATION [21] Application Number: 1/2018/000371 Document Code: A1

[22] Date Filed: 15/11/2018

[54] Title: MOBILE CORN MILL

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

MECHANIZATION (PHILMECH) [PH]

[72] Inventor(s): GRAGASIN, Michael A.[PH]: ILLUSTRISIMO, Jayvee P.[PH]: SALAPARE, Irwin, V.[PH]: MARTINEZ, Romualdo C.[PH]


[74] Attorney / Agent: BALDWIN G. JALLORINA, Ph.D.


[51] International Class 8: B02B 1/04; B02B 5/02; B02C 9/00; B02C 9/04

[57] Abstract:

The invention disclosed is a mobile corn mill structured to travel from one place to another and produce degermed corn kernels and different sizes of corn grits and flour comprised of jeep characterized by a plurality of vertical and horizontal steel plate connected to each other which serve as a cover; a power transmission system comprised of an engine mounted at the front portion of the jeep, a clutch connected to engine, a transmission mounted next to clutch, a transfer case connected to the transmission, and a power take off attached to the transfer case which is used to transfer power generated by the engine, an auxiliary driveshaft connected to the power take off which transfers the power generated by the engine to the main drive pulley ; a plurality of vertical and horizontal metal bars connected to each other to form a mainframe; a bucket elevator assembly having first and second bucket elevator; a winnower disposed at the upper right portion of the bucket elevator assembly; a destoner mounted below the winnower; a degerminator having a degermed corn chute to elevator; a rotary mill disposed at the middle left portion of the bucket elevator and rotary sifter disposed at the middle left portion of the bucket elevator assembly.


Relevant docs:


Document No.

Y US 6953165 B1 / GRIEBAT, John, et al. / 11 October 2005

1 - 8 1




Y

https://www.google.com/search?q=mobile+corn+milling+machine&tbm=isch&source=univ&client=firefox-b&sa=X&ved=2ahUKEwjo0IH7rqDmAhUwzDgGHeD7C38QsAR6BAgIEAE&biw=1920&bih=1058

1 - 8 2







[22] Date Filed: 04/12/2018

[54] Title: TOPICAL CREAM FORMULATION FOR SKIN DISEASES AND DISORDERS COMPRISING NATURAL INGREDIENTS AND METHOD FOR THE PREPARATION THEREOF

[71] Applicant(s): ROMANO, Jeannie [PH] and ROMANO. Judith V. [PH]

[72] Inventor(s): ROMANO, Jeannie A.[PH]: ASTURIAS, Judith V.[PH]




[51] International Class 8: A23C 13/12

[57] Abstract:

The present invention relates to topical cream formulation for treating various skin diseases and disorders comprising natural ingredients such as dragon fruits extract, coconut oil, shea butter, tea tree essential oil and beeswax. It also relates to a method for preparing said formulation. Furthermore, the present invention will provide an alternative skin care formulation to the product users.


Relevant docs:


No.

Document No.

X WO2017165659A1 (Barbara Durkee) 28 September 2017

1-3 1

Y

Bioactive Content of Selected Tropical Fruits as Antimicrobial Agents (M.A. Mustafa) March 2015

1-3 2







[22] Date Filed: 04/12/2018

[54] Title: LIQUID CULTURE MEDIUM FOR CULTURING YEAST FOR THE PRODUCTION OF SOPHOROLIPID BIOSURFACTANT

[71] Applicant(s): UNIVERSITY OF SAN CARLOS [PH]

[72] Inventor(s): PADAYAO, Mary Hannah Rose A.[PH]: YEE, Jonie[PH]


[74] Attorney / Agent: YEE, Jonie C.


[51] International Class 8: A61K 8/60; C12N 1/16

[57] Abstract:

Biosurfactant produced by yeast are widely used in various fields such as biomedicine, agriculture, food and cosmetic industry. Biosurfactant production process and culture conditions is already known however, the used of expensive culture medium components in the production of biosurfactant like sophorolipids (SL) from yeast is not an assurance for better production yield at the end of culture period. In addition, biosurfactant from the yeast like Candida bombicola is known of having generally regarded as safe (GRAS) status and also gaining positive attention because of its biodegradability and as a non-toxic substitute to chemical surfactant. The present invention relates to liquid culture medium added with dried mango peel powder as culture component of Candida bombicola BCRC22302 to produce sophorolipid (SL) biosurfactant.


Relevant docs:


No.

Document No.

Y

Casas, José A. and Garcia-Ochoa Félíx,1999. “Sophorolipid production by Candida bombicola: Medium composition and culture methods.” Journal of Bioscience and Bioengineering, Vol. 88, No. 5, pp. 488-494.

1-3 1

Y

Cavalero, David A. and Cooper, David G., 2003. “The effect of medium composition on the structure and physical state of sophorolods produced by Candida bombicola ATCC

1-3 2




22214.” Journal of Biotechnology, 103, pp. 31-41.

Y

Solaiman, Daniel K.Y. ET. AL., 2004. “Production of sophorolipids by Candida bombicola grown on soy molasses as substrate.” Biotechnology Letters 26: pp. 1241-1245.

1-3 3

Y

Anbu, Singaravelu ET. AL.,2017.“ Fruits peel waste as a novel media for the growth of economically important Fungi.” Journal of Pharmacognosy and Phytochemistry, 6 (6): pp. 426-428.

1-3 4







[22] Date Filed: 16/11/2018

[54] Title: OIL SEAL REMOVER AND A METHOD FOR THE SAME

[71] Applicant(s): NEGROS ORIENTAL STATE UNIVERSITY [PH]

[72] Inventor(s): CORDERO, Rogeljo R[PH]


[74] Attorney / Agent: CORDERO, Rogeljo R


[51] International Class 8: B25B 27/00; F16J 15/00

[57] Abstract:

A device for removing oil seal is disclosed herein. The device comprising of a mainframe (105) defined by a vertical portion (180) and a horizontal portion (175). The lever assembly (100) defined by an upper level assembly (140) and a lower level assembly (140) mounted to the mainframe (105) through a bolt (160) and is fixed to the said horizontal portion (175) by an adjustable bolt (130). A seal anchor (125) is disposed at the end of the vertical portion (180) of the mainframe (105) for removing a seal. In use, the seal anchor (125) is inserted to the bore of the seal. The grip handle (115) is then gripped upward by the hand in a circular direction until the seal is removed.


Relevant docs:


Document No.

A US 7146697 B2 (CHAN, et al.) - 12 December 2006

1 - 7 1




A US 9827655 B2 (OWENS, et al.) - 28 November 2017

1 - 7 2

A US 4606106 A (DUTTON) - 19 August 1986

1 - 7 3







[22] Date Filed: 16/11/2018

[54] Title: STACKABLE LEG

[71] Applicant(s): Bohol Island State University - Main Campus [PH]

[72] Inventor(s): BALDAPAN, Angeline D.[PH]: TAGO, Mariz[PH]: BARCANCEL, Clyde[PH]: OBUT, Lika Ann[PH]


[74] Attorney / Agent: BALDAPAN, Angeline, D.


[51] International Class 8: A47B 31/00

[57] Abstract:

This invention discloses a mechanism for stacking the legs of furniture. The stackable leg L comprising a pair of vertical legs 2a & 2b, a plurality of front wings 8a & 8b, and a plurality of back wings 4a & 4b connected at the bottom end of the vertical legs 2a & 2b. A pair of front wings 8a &8b facing in front comprising of rollers 10a & 10b attached at the end portion of the said front wings 8a & 8b. A connecting member 12 connected at about middle portion of the front wings 8a & 8b. A pair of back wings 4a & 4b facing backward comprising of circular suspenders 6a & 6b affixed to the bottom of the said back wings 4a & 4b. The distance between the said back wings 4a & 4b is narrower than the distance of the front wings 8a & 8b. A horizontal bar 14 linking the vertical legs 2a & 2b. The means of stacking wherein circular suspenders 6a & 6b being suspended at the connecting member 12 of the other stackable leg. The person skilled in the art may use this stackable leg L in furniture area.





Relevant docs:


No.

Document No.

Y

https://whiteboard24.co.uk/mobile-whiteboard-180-x-120-cm-magnetic.html (WHITEBOARD24.CO.UK) - 24 November 2014

1-6 1

Y US 7204509 B1 (VANDERMINDEN) - 17 April 2007

1-6 2







[22] Date Filed: 16/11/2018

[54] Title: MULTI – PURPOSE KNIFE

[71] Applicant(s): University of Antique [PH]

[72] Inventor(s): SABUG, Debbie Jean V.[PH]


[74] Attorney / Agent: SABUG, Debbie Jean, V.


[51] International Class 8: B25F 1/00; B26B 11/00; B26B 3/00

[57] Abstract:

A multi-purpose knife comprises cutting blade, bread slicer, tin can and bottle opener and iron steel cutter that enables the user to cut food material, to slice bread, to open tin can and bottle and even to cut iron steel by using only one non-folding knife.


Relevant docs:


Document No.

Y US20140173832A1 / KIM / 26 June 2014

1 1

Y US1472826A / CHAMPLIN / 06 November 1923

1 2







[22] Date Filed: 05/12/2018

[54] Title: GROWTH ENHANCER FROM FERMENTED GARDEN SNAIL (Helix aspersa) EXTRACT AND PREPARATION OF SAME

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

[72] Inventor(s): SARIMONG, Ryan T[PH]: LEGASPI, Salvacion J[PH]


[74] Attorney / Agent: SARIMONG, Ryan, T


[51] International Class 8: A23K 10/00; C05F 11/00; C05F 5/00; C05G 3/00

[57] Abstract:

The invention describes a composition of growth enhancer from equal weights of garden snail (Helix aspersa) and molasses or muscovado sugar, and a process of preparation thereof. The present invention likewise discloses the intended uses of growth enhancer in vegetables and poultry, and the application methods of the same.


Relevant docs:


No.

Document No.

X

CN 105198602 A (GUANGXI BAIRUNYUAN AGRICULTURE CO LTD) 30 December 2015 (30.12.2015)

1-13 1

Y

CN 107019112 A (HAIMEN JINGLI AGRICULTURAL PRODUCT CO LTD) 08 August 2017 (08.08.2017)

6, 12-13 2







[22] Date Filed: 16/11/2018

[54] Title: FERMENTED BEVERAGE FROM MATURED COCONUT WATER AND A PROCESS THEREOF

[71] Applicant(s): GUIMARAS STATE COLLEGE [PH]

[72] Inventor(s): CATALAN, Eric P[PH]: GABION, Jonathan G[PH]: OCCEÑA, Crisanto G[PH]


[74] Attorney / Agent: GAMO, Gerald Sheo Thon, D


[51] International Class 8: C12G 3/00; C12G 3/02

[57] Abstract: A fermented beverage comprising of: matured coconut water, sugar and yeast; wherein it is consumed as alcoholic drink.


Relevant docs:


No.

Document No.

X

Production of fermented coconut water beverages, Asian Journal of Food and Agro-Industry, 2013, 6(05), 281-289 (SATHEESSH, N. et al)

1-4 1

X US 2007/0178191 A1 (AUGUSTINE, K [IN]) 02 August 2007 (02.08.2007)

1-4 2

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