Mark Gerald Fannon, Age 7212623 Greenhill Dr, Grand Blanc, MI 48439

Mark Fannon Phones & Addresses

2497 Kingscross Dr, Shelby Twp, MI 48316 (248) 656-5174 (586) 656-5174

Shelby Township, MI

Washington, MI

Shelby, MI

Sterling Heights, MI

Washingtn Twp, MI

Macomb, MI

8414 Prestwick Ln, Washington, MI 48095 (586) 929-2007

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Work

Position: Clerical/White Collar

Education

Degree: High school graduate or higher

Mentions for Mark Gerald Fannon

Mark Fannon resumes & CV records

Resumes

Mark Fannon Photo 12

Account Executive

Location:
Washington, MI
Industry:
Insurance
Work:
Aflac
Account Executive
Aflac
Agent
Skills:
Insurance
Mark Fannon Photo 13

Mark Fannon

Publications & IP owners

Us Patents

Selective Electromagnetic Wavelength Conversion Device

US Patent:
6399955, Jun 4, 2002
Filed:
Feb 17, 2000
Appl. No.:
09/506508
Inventors:
Mark G. Fannon - Shelby Township MI, 48316-1210
International Classification:
H01K 128
US Classification:
250504R, 2504931, 250424
Abstract:
A method and apparatus for increasing the output of an infrared emitter. High temperature concerns affecting the radiant energy transfer efficiency of the infrared emitter are addressed by varying the emitter tube design and varying the locations of both the reflective and high emissivity materials located on the emitter constituent parts. A cooling fluid may be passed through the emitter from both ends to allow higher power density or to cool the emitter during its operation. Selectable wavelength infrared emissions are achieved through the design of the infrared emitter.

Method And Apparatus For Processing Coatings, Radiation Curable Coatings On Wood, Wood Composite And Other Various Substrates

US Patent:
2002003, Mar 21, 2002
Filed:
Sep 10, 2001
Appl. No.:
09/950485
Inventors:
Mark Fannon - Shelby Township MI, US
International Classification:
B05C005/00
US Classification:
118/667000, 118/72300R, 118/724000
Abstract:
A method and apparatus that combines the coating spray booth with process heating and radiation to increase the efficiency of the processing of powder coatings on wood, wood-based composite materials and plastic substrates. The temperature of the parts in process can be maintained within the booth after preheating or elevated in temperature within the booth before, during, and after the application of the coating material. The invention allows for the control of the rate of thermal expansion of heat sensitive materials, thereby reducing substrate damage from cracking. Increased efficiencies permit a significant reduction of processing energy expense. Multiple coatings can be applied and cured to parts in process within the invention while experiencing an overall reduction in the length of the processing system compared to the prior art.

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