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Logan H Mathis

from Lavonia, GA
Deceased
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Also known as:
Logan Andrea Mathis
Phone and address:
104 De Letoile Cir, Lavonia, GA 30553
(706) 356-8994
Related to:
Betty Jo TurnerStephanie E Turner, 34Andrea C Mathis, 86
Connected to:
Abigail V Mathis, 41Alexander L Mathis, 58Alexis S Mathis, 33Arnold T Mathis, 78Barry Mathis, 68Blake L Mathis, 45Braden S Mathis, 37Brant Mathis, 35Brent Mathis, 32Brock P Mathis, 44

Logan Mathis Phones & Addresses

  • 104 De Letoile Cir, Lavonia, GA 30553 (706) 356-8994
  • Southfield, MI
  • Franklin, GA
  • 104 De Letoile Cir, Lavonia, GA 30553

Work

Position: Production Occupations

Education

Degree: Associate degree or higher

Business Records

Name / Title
Company / Classification
Phones & Addresses
Logan Mathis
Chief Financial Officer
Lavonia Presbyterian Church USA
Religious Organization
5610 Vickery St, Lavonia, GA 30553
PO Box 82, Lavonia, GA 30553

Publications

Us Patents

Multi-Port Self-Regulating Proportional Pressure Control Valve

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US Patent:
48830917, Nov 28, 1989
Filed:
Dec 27, 1988
Appl. No.:
7/290745
Inventors:
Charles A. Weiler - Holly MI
Logan H. Mathis - Lavonia GA
Assignee:
Ross Operating Valve Company - Troy MI
International Classification:
F15B 13043
US Classification:
13762564
Abstract:
A multi-port, self-regulating, proportional control valve preferably uses a load output feedback system to produce working fluid load output pressures that are proportional to pilot control fluid pressures. In some embodiments, the control valve is programmable and capable of different load output pressures selected either prior to, or during, operation. The control valve apparatus according to the present invention is capable of a center-off or neutral condition that requires substantially no pilot control flow when there in no control valve output flow.

Monitor For Double Safety Valves

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US Patent:
45427674, Sep 24, 1985
Filed:
Apr 5, 1983
Appl. No.:
6/482135
Inventors:
Douglas M. Thornton - Rochester MI
Logan H. Mathis - Southfield MI
Assignee:
Ross Operating Valve Company - Troy MI
International Classification:
F15B 1308
US Classification:
13759616
Abstract:
A safety monitor for a dual valve of the type that provides a malfunction signal when one of the valve members of the dual valve is not in its intended position. The monitor comprises a simple pressure sensing device that senses the pressure downstream of the inlet valve element of each of the valve members for sensing when a pressure exists downstream of the valve element.

Double Valve With Anti-Tiedown Capability

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US Patent:
61552933, Dec 5, 2000
Filed:
Jun 11, 1999
Appl. No.:
9/330937
Inventors:
David W. Haselden - Lavonia GA
Neil E. Russell - Bloomfield Hills MI
Logan H. Mathis - Lavonia GA
C. Brian Wolfe - Lavonia GA
Assignee:
Ross Operating Valve Company - Troy MI
International Classification:
F15B 13043
F15B 2000
US Classification:
13759616
Abstract:
A control valve system has two valve trains each of which has a series of valves which dynamically move between a deactuated position and an actuated position. An inlet of the valve system is connected to an outlet of the valve system when all of the valves are actuated and the outlet of the valve system is connected to an exhaust when all of the valves are deactuated. Each valve train includes a solenoid valve which when actuated moves the remaining valve members to their actuated position. The various valves of each valve train are interconnected with the valve of the other valve train such that actuation of all of the valves in a substantially simultaneous manner will connect the inlet of the valve system to the outlet of the valve system and deactuation of all of the valves in a substantially simultaneous manner will connect the outlet to the exhaust. The valve system monitors the dynamic movement of the valve members during its operation will move to a locked out condition when any valve is in a deactuated position and when one other valve is in an actuated position. In the locked out condition, the outlet of the valve system is corrected to the exhaust.

Double Valve With Anti-Tiedown Capability

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US Patent:
6318396, Nov 20, 2001
Filed:
May 19, 2000
Appl. No.:
9/574513
Inventors:
David W. Haselden - Lavonia GA
Neil E. Russell - Bloomfield Hills MI
Logan H. Mathis - Lavonia GA
C. Brian Wolfe - Lavonia GA
Assignee:
Ross Operating Valve Company - Troy MI
International Classification:
F15B 13043
US Classification:
137 1
Abstract:
A control valve system has two valve trains each of which has a series of valves which dynamically move between a deactuated position and an actuated position. An inlet of the valve system is connected to an outlet of the valve system when all of the valves are actuated and the outlet of the valve system is connected to an exhaust when all of the valves are deactuated. Each valve train includes a solenoid valve which when actuated moves the remaining valve members to their actuated position. The various valves of each valve train are interconnected with the valve of the other valve train such that actuation of all of the valves in a substantially simultaneous manner will connect the inlet of the valve system to the outlet of the valve system and deactuation of all of the valves in a substantially simultaneous manner will connect the outlet to the exhaust. The valve system monitors the dynamic movement of the valve members during its operation will move to a locked out condition when any valve is in a deactuated position and when one other valve is in an actuated position. In the locked out condition, the outlet of the valve system is corrected to the exhaust.

Crossflow With Crossmirror And Lock Out Capability Valve

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US Patent:
58508520, Dec 22, 1998
Filed:
Mar 6, 1997
Appl. No.:
8/812689
Inventors:
Neil E. Russell - Bloomfield Hills MI
Logan H. Mathis - Lavonia GA
C. Brian Wolfe - Lavonia GA
Assignee:
Ross Operating Valve Company - Troy MI
International Classification:
F15B 13043
F15B 2000
US Classification:
13759616
Abstract:
A control valve system has two valve trains each of which has a series of valves which dynamically move between a deactuated position and an actuated position. An inlet of the valve system is connected to an outlet of the valve system when all of the valves are actuated and the outlet of the valve system is connected to an exhaust when all of the valves are deactuated. Each valve train includes a solenoid valve which when actuated moves the remaining valve members to their actuated position. The various valves of each valve train are interconnected with the valve of the other valve train such that actuation of all of the valves in a substantially simultaneous manner will connect the inlet of the valve system to the outlet of the valve system and deactuation of all of the valves in a substantially simultaneous manner will connect the outlet to the exhaust. The valve system monitors the dynamic movement of the valve members during its operation will move to a locked out condition when any valve is in a deactuated position and when one other valve is in an actuated position. In the locked out condition, the outlet of the valve system is connected to the exhaust.

Cross Flow With Crossmirror And Lock Out Capability Valve

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US Patent:
59273240, Jul 27, 1999
Filed:
Dec 20, 1996
Appl. No.:
8/770878
Inventors:
Neil E. Russell - Bloomfield Hills MI
Logan H. Mathis - Lavonia GA
C. Brian Wolfe - Lavonia GA
Assignee:
Ross Operating Valve Company - Troy MI
International Classification:
F15B 13043
F15B 2000
US Classification:
13759616
Abstract:
A control valve system has two valve trains each of which has a series of valves which dynamically move between a deactuated position and an actuated position. An inlet of the valve system is connected to an outlet of the valve system when all of the valves are actuated and the outlet of the valve system is connected to an exhaust when all of the valves are deactuated. Each valve train includes a solenoid valve which when actuated moves the remaining valve members to their actuated position. The various valves of each valve train are interconnected with the valve of the other valve train such that actuation of all of the valves in a substantially simultaneous manner will connect the inlet of the valve system to the outlet of the valve system and deactuation of all of the valves in a substantially simultaneous manner will connect the outlet to the exhaust. The valve system monitors the dynamic movement of the valve members during its operation will move to a locked out condition when any valve is in a deactuated position and when one other valve is in an actuated position. In the locked out condition, the outlet of the valve system is corrected to the exhaust.
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Logan H Mathis from Lavonia, GADeceased Get Report