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Aaron Lance Farr, 6615432 Haiku Rd, Evansville, IN 47725

Known as:
Aaron L Farr Lance Aaron Farr Lance A Farr Lance L Farr Abigail L Farr Le A Farr Al Farr
Related to:
Susan Linn Prospero 70 Richard B Hadley 39 Suzanne Hadley 56 Hailey Farr Teresa F Messenger 61

Aaron Farr Phones & Addresses

1580 Village Sq, Evansville, IN 47725    812-4029070   

Las Vegas, NV   

Salt Lake City, UT   

Spring, TX   

2822 Leslie Park Cir, Ann Arbor, MI 48105    734-7476693   

South Jordan, UT   

Lafayette, IN   

2822 Leslie Park Cir, Ann Arbor, MI 48105    734-4735475   

Work

Position: Executive, Administrative, and Managerial Occupations

Education

Degree: High school graduate or higher

Emails

f***[email protected]
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Aaron Farr resumes & CV records

Resumes

Aaron Farr Photo 42

Meter Specialist, Polyphase Tester

Location:
Evansville, IN
Industry:
Utilities
Work:
Vectren
Meter Specialist, Polyphase Tester International Union of Operating Engineers Local Unions 181 320 and Feb 2012 - May 2014
Nccco Certified Crane Operator Custom Sign and Engineering Feb 2001 - Feb 2012
Co-Founder and Journeyman Sign Erector
Education:
Ivy Tech Community College
Aaron Farr Photo 43

Aaron Farr

Publications & IP owners

Us Patents

Thermoelectric Air Cooling Method With Individual Control Of Multiple Thermoelectric Devices

US Patent:
5385020, Jan 31, 1995
Filed:
Jan 25, 1994
Appl. No.:
8/187180
Inventors:
Scott B. Gwilliam - Salt Lake City UT
Richard A. Pell - Ogden UT
Aaron V. Farr - North Ogden UT
Assignee:
Pneumo Abex Corporation - Hampton NH
International Classification:
F25B 2102
US Classification:
62 37
Abstract:
A heating and cooling apparatus having a first gas conduit, a second gas conduit and at least one thermoelectric module. In a first embodiment, structure is provided to introduce moisture into the second gas conduit, upstream of that conduit's association with the thermoelectric module. The introduction of the moisture into the gas within the second gas conduit functions to decrease the temperature between the temperature of the gas in the first conduit and the temperature of the gas in the second conduit, thereby optimizing the operation of the thermoelectric module. In a second embodiment a plurality of thermoelectric modules are arranged in an array and positioned between the gas conduits and associated therewith. The power supplied to each of the thermoelectric modules is adjusted to correspond to an optimum power input calculated for each thermoelectric module respectively. This calculation utilizes a temperature differential between the temperature of the thermoelectric material at the junction of the thermoelectric module with the first gas conduit and the temperature of the thermoelectric material at the junction of the thermoelectric module with the second gas conduit.

Thermoelectric Device With A Plurality Of Modules Individually Controlled

US Patent:
5431021, Jul 11, 1995
Filed:
Jan 26, 1994
Appl. No.:
8/186972
Inventors:
Scott B. Gwilliam - Salt Lake City UT
Richard A. Pell - Ogden UT
Aaron V. Farr - North Ogden UT
International Classification:
F25B 2102
US Classification:
62 37
Abstract:
A heating and cooling apparatus having a first gas conduit, a second gas conduit and at least one thermoelectric module. In a first embodiment, structure is provided to introduce moisture into the second gas conduit, upstream of that conduit's association with the thermoelectric module. The introduction of the moisture into the gas within the second gas conduit functions to decrease the temperature between the temperature of the gas in the first conduit and the temperature of the gas in the second conduit, thereby optimizing the operation of the thermoelectric module. In a second embodiment a plurality of thermoelectric modules are arranged in an array and positioned between the gas conduits and associated therewith. The power supplied to each of the thermoelectric modules is adjusted to correspond to an optimum power input calculated for each thermoelectric module respectively. This calculation utilizes a temperature differential between the temperature of the thermoelectric material at the junction of the thermoelectric module with the first gas conduit and the temperature of the thermoelectric material at the junction of the thermoelectric module with the second gas conduit.

Possible Relatives

Cynthia L Farr  David C Farr  Deanna Farr  Dale R Farr  Debbie Farr  Damon Farr  Deborah K Farr  Aaron M Johnson  Aaron Stamps  Aaron N Johnston 

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