Jackson Kayak Nov 2015 - Jun 2017
Continuous Improvement Leader and Production Manager
Cummins Inc. Dec 2011 - Jan 2010
Director of Quality
Cei Jan 1997 - Jul 1998
Product Engineer
Brown and Sharpe May 1996 - Jan 1997
Applications Engineer
Dometic May 1996 - Jan 1997
Product Manager
Education:
Tennessee Technological University 1998 - 2001
Master of Business Administration, Masters, Business Administration, Management, Business Administration and Management
Tennessee Technological University 1991 - 1995
Bachelors, Masters, Master of Business Administration, Bachelor of Science In Mechanical Engineering, Bachelor of Science, Engineering, Business, Mechanical Engineering
Skills:
Continuous Improvement Six Sigma Root Cause Analysis Automotive Manufacturing Minitab Project Management Customer Service Mechanical Engineering Process Improvement Business Process Improvement Diesel Engine Filtration Iso/Ts 16949
Leadership Photoshop Microsoft Office Microsoft Word Powerpoint Research Microsoft Excel Social Media English Public Speaking Training Customer Service Strategic Planning Windows Sales Outlook
Dr. Arnett graduated from the Mercer University School of Medicine in 1992. He works in Douglas, GA and specializes in Internal Medicine. Dr. Arnett is affiliated with Coffee Regional Medical Center.
Dr. Arnett III graduated from the Meharry Medical College School of Medicine in 1983. He works in Knoxville, TN and specializes in Cardiovascular Disease. Dr. Arnett III is affiliated with Fort Loudon Medical Center, Parkwest Medical Center and Starr Regional Medical Center Of Athens.
Paul D. Miller - Cookeville TN John Arnett - Cookeville TN Melvin D. McCormick - Cookeville TN
Assignee:
Fleetguard, Inc. - Nashville TN
International Classification:
F16K 2400
US Classification:
210248, 210313, 210541, 137588
Abstract:
A drain valve for a fuel filter water separator for an internal combustion engine has a first port mating with the vent opening of the separator, a second port mating with the drain opening of the separator, and a third port. The drain valve is actuatable between a closed position blocking communication of the first port with the third port and blocking communication of the second port with the third port, and an open position providing communication of the first port with the third port and providing communication of the second port with the third port. If the valve is actuated to the open position when the engine is off, collected water and vent air each flow through the third port but in opposite directions. If the drain valve is actuated while the engine is running, pressurized fuel spray from the vent opening and collected water from the drain opening of the separator each flow through the third port in the same direction.
Paul D. Miller - Cookeville TN John Arnett - Cookeville TN Melvin D. McCormick - Cookeville TN
Assignee:
Fleet Guard, Inc. - Nashville TN
International Classification:
F16K 2400
US Classification:
210248, 210313, 210541, 137588
Abstract:
A drain valve for a fuel filter water separator for an internal combustion engine has a first port mating with the vent opening of the separator, a second port mating with the drain opening of the separator, and a third port. The drain valve is actuatable between a closed position blocking communication of the first port with the third port and blocking communication of the second port with the third port, and an open position providing communication of the first port with the third port and providing communication of the second port with the third port. If the valve is actuated to the open position when the engine is off, collected water and vent air each flow through the third port but in opposite directions. If the drain valve is actuated while the engine is running, pressurized fuel spray from the vent opening and collected water from the drain opening of the separator each flow through the third port in the same direction.
A duplex fluid filter assembly has first and second alternate duty filters. A valve assembly controls fluid flow between respective alternate flow paths. The valve assembly has a stationary valve body having an inner cylindrical wall defining a hollow cylindrical interior extending along an axis, and plural radial ports having inner ends opening into the hollow interior and communicating with an inlet, an outlet, and respectively entrances and exits of respective flow paths. A movable valve member has an outer cylindrical wall defining a cylinder extending along the axis in the hollow cylindrical interior of the valve body, and is rotatable about the axis. The valve member has first and second axially spaced interior passages, and first and second sets of transfer passages extending radially outwardly from respective interior passages. A plurality of valve seal assemblies are provided, one in each of the transfer passages, each valve seal assembly having a seal element with an outer face portion at the outer end of a respective transfer passage and engaging the inner cylindrical wall of the valve body and circumferentially movable across and into and out of radial alignment with the inner end of the respective radial port in the valve body.
George Mason University - Wireless Network Engineer
Education:
HARD KNOCKS - LIFE STUDIES
About:
Techno-Babbler/Geniuos-Musikal... ?Online-Juggernaut. (Hardwired without Wires) "Knower of a lot of Nothing", self-admitted Collector/Hoarder of all things remotely self interesting. Frontli...