William Troy Thurmon
Engineering at Rowland Dr, Monroe, LA
License number
Louisiana EI.0009907
Issued Date
Jan 1, 1900
Category
Civil Engineer
Address
Address
537 Rowland Dr, Monroe, LA 71203
Professional information
System And Method For Preventing The Release Of Vapor Into The Atmosphere
US Patent:
5567126, Oct 22, 1996
Filed:
Nov 8, 1995
Appl. No.:
8/555344
Inventors:
Meredith W. Meece - Monroe LA
William T. Thurmon - Monroe LA
William T. Thurmon - Monroe LA
Assignee:
Thomas Industries Inc. - Monroe LA
International Classification:
F04B 4900
US Classification:
417310
Abstract:
A vane pump is provided which can be used for the pumping of gasoline vapor, particularly in a sealed environment. The vane pump has an inlet, an outlet and a safety valve that recirculates vapor from the outlet to the inlet when a blockage occurs upstream or downstream of the pump. The invention further provides a system and method, incorporating the pump, for recovering gasoline vapor proximal to a nozzle dispensing liquid gasoline.
High Clearance Sliding Vane Pump
US Patent:
5601423, Feb 11, 1997
Filed:
Oct 2, 1995
Appl. No.:
8/537555
Inventors:
Meredith W. Meece - Monroe LA
William T. Thurmon - Monroe LA
Richard G. Dupree - Monroe LA
William T. Thurmon - Monroe LA
Richard G. Dupree - Monroe LA
Assignee:
Thomas Industries Inc. - Monroe LA
International Classification:
F01C 1908
US Classification:
418131
Abstract:
A sliding vane air pump has a resilient flexible plate secured to the housing adjacent to one end of the rotor so that drawing a high vacuum flexes the plate closer to the rotor to further increase the vacuum attainable by the pump.
Coat Pump Assembly
US Patent:
2007022, Sep 27, 2007
Filed:
Apr 20, 2005
Appl. No.:
10/599873
Inventors:
John Vondenstein - West Monroe LA, US
William Thurmon - Monroe LA, US
William Thurmon - Monroe LA, US
Assignee:
THOMAS INDUSTRIES, INC. - Sheboygan WI
International Classification:
F04C 18/08, B05D 5/12, B05D 7/22
US Classification:
418009000, 427130000, 427181000
Abstract:
A roots blower pump () has its internal gaps between relatively moving parts reduced by adding a liquid coating to the intake of the pump while operating the pump. The liquid coating cures to a solid surface on the moving parts, presenting opposing relatively moving surfaces that mate with one another to reduce leakage losses.