Gary D White

Author:

Gary C. White

ISBN #:

0070272123

Author:

Gary C. White

ISBN #:

0072287683

Author:

Gary C. White

ISBN #:

0072443898

Author:

Gary C. White

ISBN #:

0126889600

Author:

Gary C. White

ISBN #:

0127467254

Author:

Gary C. White

ISBN #:

0688146864

Author:

Gary C. White

ISBN #:

0697033872

Author:

Gary C. White

ISBN #:

0697043940

US Patent:

20040147459, Jul 29, 2004

Filed:

Oct 22, 2003

Appl. No.:

10/691423

Inventors:

Joseph Oneal - Irving TX, US
Gary White - Irving TX, US

International Classification:

A61K031/70
A61K035/78

US Classification:

514/023000, 424/771000

Abstract:

The sugar mannose has been used to maintain urinary tract health in the face of infections. An optimal dose is disclosed to be of one teaspoon (two grams) three times a day for one to two weeks or until symptoms subside. The maintenance dosage for prophalaxis is one-half teaspoon (1 gram) 1 to two times per day. Children's dosages are cut in half. For women who experience UTIs after sexual relations, one teaspoon is taken an hour prior to intimate relations and an additional one teaspoon immediately afterwards. It is further disclosed to use any of an extract of , white willow bark, and pollen extract in conjunction with the mannose to provide further effect.

US Patent:

61665460, Dec 26, 2000

Filed:

Sep 13, 1999

Appl. No.:

9/394633

Inventors:

Mark H. Scheihing - Richardson TX
Gary Lee White - Dallas TX
James D. Klein - Lucas TX

Assignee:

Atlantic Richfield Company - Chicago IL

International Classification:

G01V 306
E21B 4900

US Classification:

324376

Abstract:

A method for determining a relative clay content of at least a portion of a well core taken from a subterranean geologic formation by: determining the relationship of the clay content of the well core portion to the dielectric constant of the well core portion at a selected frequency at relatively few locations over a substantial length of the well core portion by measuring the clay content by a clay determination test such as x-ray diffraction, thin section analysis, sieve analysis or laser particle analysis and the dielectric constant at the locations; and, measuring the dielectric constant of the well core portion at a large plurality of spaced apart other locations on the well core portion at the selected frequency; translating the large plurality of dielectric measurements according to the relationship into relative clay content measurements. The dielectric constant is representative of the water constant of the well core portion, which is related to the clay content of the well core portion.

US Patent:

52963357, Mar 22, 1994

Filed:

Feb 22, 1993

Appl. No.:

8/020727

Inventors:

Stan W. Thomas - Garland TX
Roger D. Key - Greenville TX
Kyle G. Fluegel - Greenville TX
Willie K. Jackson - Commerce TX
Keith D. Elwell - Greenville TX
Gary L. White - Greenville TX

Assignee:

E-Systems, Inc. - Dallas TX

International Classification:

G03C 500
B29C 3508
B32B 510

US Classification:

430320

Abstract:

A method of manufacturing a three-dimensional fiber-reinforced part utilizing the single-tool method of stereolithography. The tool is fabricated by designing the tool on a computer-aided design system and curing successive layers of a fluid medium via a computer-controlled irradiation source to form the three-dimensional tool. The desired part is generated by applying layers of resin-wetted fabric to the tool, curing the fabric on the tool, removing the tool from the designed part and cleaning, trimming and inspecting the designed part.

US Patent:

62485040, Jun 19, 2001

Filed:

Feb 22, 1995

Appl. No.:

8/392416

Inventors:

Stan W. Thomas - Garland TX
Roger D. Key - Greenville TX
Kyle G. Fluegel - Greenville TX
Willie K. Jackson - Commerce TX
Keith D. Elwell - Greenville TX
Gary L. White - Greenville TX

Assignee:

Raytheon Company - Lexington MA

International Classification:

G03F 726

US Classification:

430320

Abstract:

A method of manufacturing a three-dimensional fiber-reinforced part utilizing the single-tool method of stereolithography. The tool is fabricated by designing the tool on a computer-aided design system and curing successive layers of a fluid medium via a computer-controlled irradiation source to form the three-dimensional tool. The desired part is generated by applying layers of resin-wetted fabric to the tool, curing the fabric on the tool, removing the tool from the designed part and cleaning, trimming and inspecting the designed part.

US Patent:

47442450, May 17, 1988

Filed:

Aug 12, 1986

Appl. No.:

6/895753

Inventors:

Gary L. White - Dallas TX

Assignee:

Atlantic Richfield Company - Los Angeles CA

International Classification:

E21B 4700

US Classification:

73151

Abstract:

A method and system for determining the probable direction of extension of a hydraulically induced fracture in a hydrocarbon bearing formation wherein prior to inducing the fracture, the formation region to be fractured is heated and thermally induced acoustic emissions from the formation are sensed to determine the orientation of the maximum and minimum horizontally directed in situ compressive stresses based on the acoustic emission rate and/or intensity. A device including a microwave energy generator and an array of acoustic transducers is lowered into a wellbore to generate and measure the thermally induced acoustic emissions.

US Patent:

56037970, Feb 18, 1997

Filed:

Jun 5, 1995

Appl. No.:

8/462802

Inventors:

Stan W. Thomas - Garland TX
Willie K. Jackson - Greenville TX
Roger D. Key - Greenville TX
Gary L. White - Greenville TX
Keith D. Elwell - Greenville TX
Kyle G. Fluegel - Greenville TX

Assignee:

E-Systems, Inc. - Dallas TX

International Classification:

B32B 510

US Classification:

1562728

Abstract:

A single-tool manufacturing process utilizing a stereolithographic tool for fabricating flexible reinforced rubber parts. The stereolithographic tool is fabricated using a laser and computer-controlled optical scanning system. Then fabric and resin are manually applied to the tool. The stereolithographic tool is utilized like a mold, with successive layers of fabric and resin applied thereto. After curing, the mold is shattered and removed from the designed part.