v18n58 inv 1st -...

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 18 Number 58 Date Released: June 1, 2015

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: 1/2012/000258 Document Code: A1

[22] Date Filed: 07/09/2012

[54] Title: METHOD OF MANUFACTURING AN ION-EXCHANGED GLASS ARTICLE

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

[72] Inventor(s): MITSUGU IMAI[JP]: KAZUAKI HASHIMOTO[JP]: OSAMU SUGIHARA[JP]

[73] Assignee(s): NONE

[74] Attorney / Agent: SYCIP SALAZAR HERNANDEZ & GATMAITAN

[30] Priority Data: 2011-196784 09/09/2011 JP

[51] International Class 8: C 03C 21/00, 3/083, G 11B 5/71, 5/84

[57] Abstract:

An ion-exchanged glass article manufacturing method includes an ion-exchange step of bringing a glass article with a composition containing Li into contact with a molten salt dissolved solution containing an alkali metal element having an ionic radius larger than an ionic radius of the Li contained in the glass article, thereby ion-exchanging the Li in the glass article with the alkali metal element in the molten salt dissolved solution. At least one kind of additive selected from the group consisting of NaF, KF, K3AlF6, Na2CO3, NaHCO3, K2CO3, KHCO3, Na2SO4, K2SO4, KAI(SO4)2, Na3PO4, and K3PO4 is added to the molten salt dissolved solution so that the ion-exchange step is carried out while the additive is in a solid state.

Representative Drawing(s): NONE

Relevant docs:

Category Document description Relevant to claim No.

Document No.

Y US 2005/0244656 3 November 2005 1

Y US 2010/0047521 25 February 2010 2

Y US 2011/0165380 7 July 2011 3

Y US 3,791,809 12 February 1974 4

Y US 4,042,405 16 August 1977 5

Y US 2012/0107647 3 May 2012 6

Y US 2005/0215414 29 September 2005 7




A US 4,015,045 29 March 1977 8

A US 2005/0181218 18 August 2015 9







[22] Date Filed: 28/09/2012

[54] Title: HYDROPONICS SOLUTION USING ABACA SAP AND THE PROCESS THEREOF

[71] Applicant(s): REVALE, IDA FRANCIA H.; BITANCUR, ALLAN A.; ESPARTINEZ, ERWIN B.; GALIAS, JOHN NIEL F. [PH]

[72] Inventor(s): IDA FRANCIA H. REVALE[PH]: ALLAN A. BITANCUR[PH]: ERWIN B. ESPARTINEZ[PH]: JOHN NIEL F. GALIAS[PH]


[74] Attorney / Agent: PACARDO, CHRISTOPHER O.

[30] Priority Data: NONE

[51] International Class 8: A 01G 1/00, 31/00, 7/06, C 05G 1/00

[57] Abstract:

A hydroponic solution containing Lamba Perlite (SN) 13- 16 g and elemental nutrient Ca(NO3)2, KH2PO4, MgSO4.7H2O, H3BO3, MnSO4.H2O, CuSO4.5H2O, ZnSO4.7H2O, FeSO4 and filtered fresh abaca sap as the main component. The solution is used for growing vegetable plants such as lettuce, cabbage, pechay and etc. The process of application of the formulated hydroponic solution to the hydroponic media containing the vegetable; and Storing the hydroponic media at room temperature. The agronomic viability of the hydroponic solution from abaca sap shows great result of the plant in term of growth of leaves, number of leaves. Growth of leaves and number of leaves is the parameter of the monitoring the growth of the plants.


Relevant docs:


Document No.

Y US 5,557,885A 24 September 1996 1 Y GB 2268929A 26 January 1994 2 Y GB 2265292A 29 September 1993 3 Y GB 2230170A 17 October 1990 4 A EP 2 359 680A 24 August 2011 5 A PH 12009500273 15 February 2010 6

Y

The Growing Medium- Step by Step Hydroponics,www.rgjhydroponics.weebly.com/the-growing-medium.html; 17 March 2012 (Internet Archive Wayback Machine)

7

Y

ABACA Improvement of Fiber Extraction and Identification of Higher Yielding Varieties, Final Technical Report (www.unido.org/fileadmin/import/48269_Activities_in_Philippines.pdf); 7 April 2009 (Internet Archive Wayback Machine)

8







[22] Date Filed: 04/09/2013

[54] Title: CALL ALERT EMERGENCY SECURITY SYSTEM

[71] Applicant(s): JUNIOR A. DE JESUS [PH]

[72] Inventor(s): JUNIOR A. DE JESUS[PH]


[74] Attorney / Agent: NONE


[51] International Class 8: H 04M 11/04

[57] Abstract:

This invention model relates in general to the field of security system device particularly to a emergency security system device as well. There is a number of existing emergency security device now a day, which uses a variety of gadgets and the new ones today are powered by cellular cell phones. However, this 1 cell phone is lined with respective networks from which the whole package of emergency security system device is being sold. The disadvantage of these is that when the 1 cell phone is lost, there is no other way by which this alarm system could be activated. A need therefore exist to remedy the aforementioned drawback. It is therefore the principal object of subject invention model to remedy the situation by providing for an emergency security system where if the same is lost, the system could be activated since the cell phone is not hook or in line a particular network but several networks since it is a prepaid one.

Representative Drawing(s):

Relevant docs:


Document No.

X US2010291894 (A1) (PIPES) 2010-11-18 1 1

X US2009143047 (A1) (HAYS et al.) 2009-06-04 1 2

X US5195126 (A) (CARRIER et al.) 1993-03-16 1 3







[22] Date Filed: 22/10/2013

[54] Title: SEMICONDUCTOR DIE SINGULATION METHOD AND APPARATUS

[71] Applicant(s): SEMICONDUCTOR COMPONENTS INDUSTRIES, LLC [US]

[72] Inventor(s): GORDON M. GRIVNA[US]


[74] Attorney / Agent: PLATON MARTINEZ FLORES SAN PEDRO AND LEANO

[30] Priority Data: 14/057756 18/10/2013 US; 61/123548 07/11/2012 US; 61/750520 09/01/2013 US and 61/774081 07/03/2013 US

[51] International Class 8: H 01L 21/78

[57] Abstract:

In one embodiment, die are singulated from a wafer having a back layer by placing the wafer onto a first carrier substrate with the back layer adjacent the carrier substrate, forming singulation lines through the wafer to expose the back layer within the singulation lines, and using a mechanical device to apply localized pressure to the wafer to separate the back layer in the singulation lines. The localized pressure can be applied through the first carrier substrate proximate to the back layer, or can be applied through a second carrier substrate attached to a front side of the wafer opposite to the back layer.


Relevant docs:


Document No.

A US20060115962 A1 - 1 June 2006 - Syuusaku Maeda 1-32 1

A US7915140 B2 - 29 March 2011 - Satoshi Genda, et al 1-32 2

A US20030235937 A1 - 25 December 2003 - Weng Mong, et al

1-32 3







[22] Date Filed: 11/11/2013

[54] Title: IMPENETRABLE MULTIPLE SUPER-SHELTER

[71] Applicant(s): MADEJA, DANILO B. [PH]

[72] Inventor(s): MADEJA, DANILO B.[PH]




[51] International Class 8: E 04H 9/00

[57] Abstract:

The principal portion is the rectangular hanging bed 14, located at the internal part of the life chamber, with six walls known as front wall 14A, right side wall 14B, left side wall 14C, top wall 14D, bottom wall 14E. The rectangular hanging bed have the shock absorbers that can absorb the deadly impacts to the unit. The rectangular hanging bed, has also a rectangular inner cushion 189 as its human resting place.


Relevant docs:


Document No.

X CN203008425U / ??? / 19 Jun 2013 1-28 1

X WO2008127466A2 / Bastogne Mfg Llc / 23 Oct 2008

1-28 2

X US3334597A / Adams et al. / 8 Aug 1967 1-28 3

X US6327821B1 / Chang / 11 Dec 2001 1-28 4

Y US4370934A / Haussler / 1 Feb 1983 1-28 5

X US5953866A / Poole / 21 Sep 1999 1-28 6

X US4625468A / Hampel / 2 Dec 1986 1-28 7




X US6151841A / Green / 28 Nov 2000 1-28 8

Y US4869952A / Levy / 26 Sep 1989 1-28 9







[22] Date Filed: 19/11/2013

[54] Title: THERMAL STABILITY OF BUTYLATEDHYDROXYANISOLE (BHA) BONDED GLASS FOR PACKAGING TECHNOLOGY

[71] Applicant(s): CABLING, MERCEDES [PH]

[72] Inventor(s): MERCEDES Q. CABLING[PH]: NARRO R. NAVARRO[PH]: MARILENE C. HIPOLITO[PH]




[51] International Class 8: C 03B 23/20, C 03C 17/28, 17/32

[57] Abstract:

The present invention relates to the formation of BHA bonded glass wherein the starting raw materials (porous glass) was obtained locally and a recycled products from broken glasses used in laboratory such as test tubes, beakers, etc. The improved thermal stability of BHA compound was established from 270 to 410°C, which were chemically formed as beta cyclodextrin complex with BHA then bonded with silica porous glass. This enables the BHA to become more stable and increases its thermal stability during the formation of a special glass for packaging purposes. A 1:2 ratio of beta-CDs with BHA bonded glass was formulated.


Relevant docs:

Category Document description Relevant to claim

No.

Document No.

Y

The Preparation and Antioxidant Activity of BHA Bonded to Porous Glass, Clark et.al., October 1979

1-5 1

Y

Molecular inclusion of butylated hydroxyanisole (BHA) into alpha and beta cyclodextrins, Barao et.al., October 2011

1-5 2

Y

Antioxidant Effect and Antimicrobial Activity of Phenolic Sulfides, Asakura et.al., October 1989

1-5 3







[22] Date Filed: 21/11/2013

[54] Title: CARRIER PLATE FOR MANUFACTURING SEMICONDUCTOR CHIP

[71] Applicant(s): SAMSUNG ELECTRO-MECHANICS CO., LTD. [KR]

[72] Inventor(s): LEE, JAE GU[KR]: AN, JEONG HYEON[KR]


[74] Attorney / Agent: ENGR. ROBERTO C. RONQUILLO PATENTPROSE

[30] Priority Data: 10-2012-0156858 28/12/2012 KR

[51] International Class 8: H 01L 21/673

[57] Abstract:

Disclosed herein is a carrier plate for manufacturing a semiconductor chip, the carrier plate including: a chip holding region provided in a predetermined region of the carrier plate and in which a plurality of through holes for inserting and fixing semiconductor chips into and to a metal plate are formed; and an adsorption region provided in an outer part of the chip holding region and used for an adsorption and fixing by an adsorption pad, wherein a plurality of uneven grooves for increasing adhesion between a base (the metal plate) and silicon are formed in an upper 15 surface and a lower surface of the adsorption region. According to the preferred embodiments of the present invention, a surface of an adsorption region of an outer chip holding region of a carrier plate is processed in an uneven 20 structure by using a half etching method other than a conventional entire etching method, thereby enhancing adhesion between a base (plate) and a silicon of the carrier plate when the silicon is formed.


Relevant docs:


Document No.

Y KR100946593 (B1) (KIM 03/2010) 1-5 1

Y KR101251932 (B1) (KWON 04/2013) 1-5 2

Y JPH05198463 (A) (UCHIYAMA ET AL 08/1993)

1-5 3







[22] Date Filed: 21/11/2013

[54] Title: FLOATING DEVICE

[71] Applicant(s): TINAO, EDUARDO S. [PH]

[72] Inventor(s): EDUARDO S. TINAO[PH]




[51] International Class 8: B 63B 35/73, 7/08, B 63H 1/04

[57] Abstract:

A floating device comprising a platform having a pair of spaced apart horizontal walls defining a first space there between; a pair of floating members being secured at the opposed side portions of said platforms, each of said floating members having a top wall and a bottom wall, and a pair of opposed frames adjoining said top and bottom walls defining a second space there between; a paddle wheel being provided on one end traversed portion of said platform; a power source being provided on said platform and operationally configured with said paddle wheel; and floating means being provided on said first and second spaces. A floating device according to claim wherein said floating means comprising a plurality of bottles being arranged side by side on said first and second spaces. A floating device according to claims wherein said bottles are pressurized. A floating device according to claim wherein said are contain soda and vinegar. A floating device according to claim, wherein said power source comprising a motor connected to said paddle wheel. A floating device according to claim, wherein said power source comprising a pedal connected to said paddle wheel.





Relevant docs:


Document No.

X CA2278868 C / Brooks et al / 11 Feb 2003 1-6 1

X US1726618 A / Monroe / 3 Sep 1929 1-6 2

Y US3807338 A / Shader / 30 Apr 1974 2-6 3

Y US4867716 A / McFarland / 19 Sep 1989 1-6 4

Y EP0265382 A1 / Carlos / 27 Apr 1988 2-6 5

Y US3513494 A / Tailer / 26 May 1970 2-6 6







[22] Date Filed: 22/11/2013

[54] Title: TOROID-CORD TUNGSTEN INERT GAS (TIG) AND SHIELDED METAL ARC (SMAW) WELDING MACHINE

[71] Applicant(s): WESTERN VISAYAS COLLEGE OF SCIENCE AND TECHNOLOGY [PH]

[72] Inventor(s): RENE L. CELDA[PH]: RENATO O. ABUCION[PH]: ENRIQUE E. ELAMBRE[PH]: NEMIA H. MABAQUIAO[PH]: PABLO N. MINERVA, JR.[PH]


[74] Attorney / Agent: CARMELO V. AMBUT


[51] International Class 8: B 23K 11/10, H 01F 27/28

[57] Abstract:

A welding machine with a toroid-core for AC and DC Shielded Meta Arc (SMAW) function utilizing ambient air as its coolant and is used alternatively for Tungsten Inert Gas (TIG) operation. It is a power efficient and temperature stable welding machine which can stand continuously welding operations for about 30 minutes without overheating.


Relevant docs:


Document No.

X US 4024370; 17 May 1977; David Sciaky 1-7 1

X US 5030813; 9 July 1991; Jan Stanisz 1-7 2

X US 8063339; 22 November 2011; J. Lawrence Paquette 1-7 3

X US 5128511; 7 July 1992; Jan Stanisz 1-7 4

X WO2013/128663 A1; 06 September 2013; Koyo Giken Inc.

1-7 5

X CN 1104365 A; 28 June 1995; Pinxiang Xin 1-7 6







[22] Date Filed: 22/11/2013

[54] Title: INSECT SNARE WITH CONVEYOR BELT SYSTEM

[71] Applicant(s): JOSE S. BURGOS JR. [PH]

[72] Inventor(s): JOSE S. BURGOS JR.[PH]


[74] Attorney / Agent: OLIVER D. SEMBLANTE


[51] International Class 8: A 01M 1/10

[57] Abstract:

The invention pertains to an insect trap, particularly for house flies, essentially containing a chamber with an opening and a conveyor disposed in proximity thereto, for transporting the insects into the said chamber via the opening. Mounted on the opening is a chute disposed about the upper section thereof, and a plurality of disrupting elements disposed at the lower section opposite thereto. a portion of one end of the conveyor is partially hooded by the chute while the plurality of disrupting elements is juxtaposed to the conveyor end portion. Bait, preferably liquid, is spread on the surface of the conveyor belt which is subsequently made to rotate towards the chamber. An insect attracted thereto is transported through the conveyor. Upon reaching the end section of the conveyor near the chamber, the insect is disturbed by the disrupting elements causing them to fly away from the conveyor belt and get entrapped with the chamber.


Relevant docs:


Document No.

X US 5369908; 06 December 1994; Reginald Morales 1-18 1

X US 1326818; 30 December 1919; M. Yoshikawa 1-18 2

X US 1462873; 24 July 1923; H. C. Shockey et al. 1-18 3







[22] Date Filed: 25/11/2013

[54] Title: HYDRODESUFURIZATION CATALYST FOR HYDROCARBON OIL

[71] Applicant(s): COSMO OIL CO. LTD. [JP]

[72] Inventor(s): NOBUMASA NAKAJIMA[JP]: YUJI SAKA[JP]


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

[30] Priority Data: 2012-266114 05/12/2012 JP and 2013-240810 21/11/2013 JP

[51] International Class 8: B 01J 29/16, C 01B 39/00, C 10G 45/08

[57] Abstract:

A hydrodesulfurization catalyst for a hydrocarbon oil, the catalyst prepared by impregnating cobalt and the like on a complex oxide carrier comprising 80 to 99 mass % of an alumina and 1 to 20 mass% of an HY zeolite, wherein based on total mass of the catalyst, and calculated in terms of oxide content, the catalyst contains 3 to 6 mass % of cobalt, 16 to 24 mass % of molybdenum and 0.8 to 4.5 mass % of phosphorus, the catalyst has a specific surface area of 210 to 280 m2/g, a pore volume of 0.3 to 0.6 ml/g, a mean pore diameter in a pore distribution of 75 to 95 Å, and a pore volume for pores within a range of ±15 Å from the mean pore diameter that is at least 75% of the total pore volume, and the HY zeolite has (a) a SiO2/Al2O3 (molar ratio) of 3 to 10, (b) a crystal lattice constant of 2.435 to 2.465 nm, (c) a molar ratio of Al within the zeolite framework relative to the total Al content of 0.2 to 0.9, and (d) a crystallite diameter of 30 to 100 nm.


Relevant docs:


Document No.

Y US 4,886,582; December 12, 1989 1 1

Y US 6,174,429 B1; January 16, 2001 1 2

Y US 7,737,071 B2; June 15, 2010 1 3







[22] Date Filed: 25/11/2013

[54] Title: SLIDING WINDOW DOUBLE SILL TRACK

[71] Applicant(s): ANSON JUANITAS ONG [PH]

[72] Inventor(s): ANSON ONG[PH]


[74] Attorney / Agent: ATTY. MARSHA B. ESTURAS


[51] International Class 8: E 06B 1/34, 1/70, 3/46, 7/14, 7/26

[57] Abstract:

The Sliding Window Double Sill Track, as shown in Figure 1, is a multi-elevated sill design with drainage hole to protect the building or a structure from a water leakage. These sills or bars serve as the gutters to prevent the water from going inside the window. Its sloping design assures outflow. Below the sills is a horizontal bar designed to support it from bending down and to ensure that the sills, though sloping, would still be flatly fixed.


Relevant docs:


Document No.

X US3984954 A / 12 Oct 1976 / Hideichi 1 1

Y US20140260011 A1 / 18 Sep 2014 / Pettibone 1 2

Y US20100313478 A1 / 16 Dec 2010 / Montz 1 3

Y US4226050 A / 7 Oct 1980 / Kessler 1 4

Y US2228358 A / 14 Jan 1941 / Lowry 1 5







[22] Date Filed: 15/11/2013

[54] Title: PROCESS OF RAPID COMPOSTING OF ORGANIC FERTILIZER FROM PINEAPPLE WASTE

[71] Applicant(s): OÑATE, NILA B., Ph. D. [PH]

[72] Inventor(s): NILA B. OÑATE, Ph. D.[PH]


[74] Attorney / Agent: DR. MARIFE L. PESINO, Ph. D.


[51] International Class 8: C 05F 17/00

[57] Abstract: A process of rapid composting of organic fertilizer from pineapple waste containing amount of nitrogen, phosphorous and potassium to stimulate and promote plant growth.


Relevant docs:


Document No.

X Co-composting of pineapple leaves and chicken manure; November 14, 2013

1 1

X

Composting of organic wastes using microbial inoculants; November 17, 2011

1 2

X Towards sustainable use of potassium in pineapple waste; November 20, 2004

1 3







[22] Date Filed: 27/11/2013

[54] Title: MUFFLER AND SADDLE TYPE VEHICLE

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

[72] Inventor(s): TAKASHI FUJINAKA[JP]


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

[30] Priority Data: 2012-258672 27/11/2012 JP

[51] International Class 8: F 01N 1/02, 3/28

[57] Abstract:

There is provided a muffler which is capable of sufficiently reducing influence from heat generated in a catalyst. There is also provided a saddle type vehicle including the muffler. A saddle type vehicle 10 includes an engine 14 and a muffler 44. The muffler 44 includes an exhaust pipe 46, a silencer 48 and a catalyst 52. The silencer 48 includes a main body portion 68, a first separator 70 and a second separator 72. Inside the main body portion 68, a first expansion chamber X1 is on a rearward side of the second separator 72, a second expansion chamber X2 is on a forward side of the first separator 70, and a third expansion chamber X3 is between the first separator 70 and the second separator 72. The catalyst 52 is held by the exhaust pipe 46 inside the second expansion chamber X2. The exhaust pipe 46 passes through the through-hole 70a without making contact with the first separator 70, and is supported by the second separator 72. Exhaust gas from the engine 14 flows through the exhaust pipe 46, the first expansion chamber X1, the second expansion chamber X2 and the third expansion chamber X3 in this order, and then is released from the main body portion 68.


Relevant docs:


Document No.

Y EP 0579956 A1; 26 January 1994; Tulati Suresh Thakordas

1-11 1

Y EP 1939415 A1; 02 July 2008; Suzuki Kanemitsu, et al.

1-11 2




A JP Publication 2007-023866; 01 february 2007; Nakano Junichi

1-11 3

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