Tommis E Young

Address:

PO Box 1850, Cave Creek, AZ 85327

VIN:

5TBDV58107S478450

Make:

TOYOTA

Model:

TUNDRA

Year:

2007

US Patent:

7503184, Mar 17, 2009

Filed:

Aug 11, 2006

Appl. No.:

11/464060

Inventors:

Larry Copeland - Las Vegas NV, US
Robert Gaylord - Las Vegas NV, US
Mark Haught - Las Vegas NV, US
Isaac Mahderekal - Las Vegas NV, US
Dudley J. Sondeno - Las Vegas NV, US
Tommis E. Young - Las Vegas NV, US

Assignee:

Southwest Gas Corporation - Las Vegas NV

International Classification:

F25B 27/02

US Classification:

622387, 237 123 B

Abstract:

A gas heat pump system powered by natural gas, propane or similar gaseous fuel is disclosed. The system uses heat recovery and heat addition to manage efficient heating and cooling cycles. In a cooling cycle excess heat is vented to the atmosphere while in a heating cycle, excess heat is used to heat a subject structure and to prevent frost from forming on outdoor heat exchangers. A control system monitors the system's operation and corrects abnormal operational conditions or shuts down the system until the system can be manually inspected. The costs of system operation are less than electric systems because of the efficiencies and use of natural gas or propane.

US Patent:

20090173486, Jul 9, 2009

Filed:

Mar 11, 2009

Appl. No.:

12/401799

Inventors:

Larry Copeland - Las Vegas NJ, US
Robert Gaylord - Las Vegas NV, US
Mark Haught - Las Vegas NV, US
Isaac Mahderekal - Las Vegas NV, US
Dudley J. Sondeno - Las Vegas NV, US
Tommis E. Young - Las Vegas NV, US

International Classification:

F25B 30/00

US Classification:

165240

Abstract:

A gas heat pump system powered by natural gas, propane or similar gaseous fuel is disclosed. The system uses heat recovery and heat addition to manage efficient heating and cooling cycles. In a cooling cycle excess heat is vented to the atmosphere while in a heating cycle, excess heat is used to heat a subject structure and to prevent frost from forming on outdoor heat exchangers. A control system monitors the system's operation and corrects abnormal operational conditions or shuts down the system until the system can be manually inspected. The costs of system operation are less than electric systems because of the efficiencies and use of natural gas or propane.

US Patent:

50545426, Oct 8, 1991

Filed:

Sep 11, 1989

Appl. No.:

7/405735

Inventors:

Tommis E. Young - Las Vegas NV
John L. Curtis - Las Vegas NV
Dennis A. Barnett - Las Vegas NV

Assignee:

Thermotaxis Development, Inc. - Las Vegas NV

International Classification:

F25B 2700
G04D 2300

US Classification:

165 58

Abstract:

A heat transfer system for a building and the building's appurtenances utilizes a heat transfer medium that obtains heat from environmental panels. The heat transfer medium flows in a unidirectional mode through the system. The heat transfer medium is passed through heat exchangers where the heat values in the medium are exchanged or transferred to water to raise the temperature of the water which is then subsequently used as hot water for appurtenant building uses. The heat transfer system, independently from the ambient heat obtainable from the environmental panels, can also utilize heat drawn from air conditioning units to both cool the air passing through the air conditioners and to heat the heat transfer medium. This heat is then exchanged or transferred to the various water sources for use in the appurtenant building uses. An electrical control system selectively transfers the available heat values to those appurtenant building uses, giving preference to those uses as determined by the operator.