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Keith T Schrock, 648153 Kimble Dr, Pinckney, MI 48169

Known as:
Keith Thomas Schrock Kelth Schrock
Related to:
Lauren L Lampman 33

Keith Schrock Phones & Addresses

Pinckney, MI   

Ypsilanti, MI   

Livonia, MI   

8153 Kimble Dr, Pinckney, MI 48169    734-7170101   

Work

Position: Building and Grounds Cleaning and Maintenance Occupations

Education

Degree: High school graduate or higher

Emails

k***[email protected]
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Mentions for Keith T Schrock

Keith Schrock resumes & CV records

Resumes

Keith Schrock Photo 22

Senior Account Manager

Location:
Pinckney, MI
Industry:
Automotive
Work:
Federal-Mogul
Senior Account Manager Metaldyne 2002 - Jun 2010
Senior Account Manager and Manager, New Business Development Metaldyne Mar 2000 - Jun 2010
Senior Product Engineer Barnes Aerospace 1998 - Mar 2000
Sales Manager Hoskins Manufacturing Company 1995 - 1998
Manager - Quality and Process Engineering Hoskins Manufacturing Company May 1992 - 1995
Chief Metallurgist Howmet 1988 - May 1992
Process Engineer - Vacuum Melting Howmet 1984 - 1988
Quality Assurance Technician Howmet 1979 - 1984
Laboratory Technician
Education:
Wayne State University 1987 - 1991
Bachelors, Bachelor of Science, Metallurgical Engineering
Keith Schrock Photo 23

Keith Schrock

Publications & IP owners

Us Patents

Flow Redirection Member And Method Of Manufacture

US Patent:
2005010, May 26, 2005
Filed:
Oct 20, 2004
Appl. No.:
10/970678
Inventors:
Paul Kenyon - Pinckney MI, US
Michael Blackie - New Hudson MI, US
Keith Schrock - Pinckney MI, US
International Classification:
F01N007/08
F15D001/14
US Classification:
060324000, 138037000
Abstract:
Fluid transmission devices combine and separate fluid flowing therein, and are particularly useful in engine exhaust systems. Given the ever-increasing complexity of exhaust systems, there is a need to reduce construction costs, labor costs, and costs associated with maintaining an inventory of parts. The present fluid transmission device and method of manufacturing comprises a tubular member having a wall, an integral flow redirection member, and an opening. The integral flow redirection member is formed from the wall by cutting a slit in the wall and depressing the wall adjacent the slit until at least a portion of the wall extends within the tubular member. The opening is also formed from depressing the wall. Finally, the flow direction member redirects at least a portion of fluid flow traveling within the tubular member through the opening.

Possible Relatives

David S Schrock  Dawn M Schrock  Dallas L Schrock  Debra S Schrock  Daniel L Schrock  Aaron M Schrock  Daryl L Schrock  Keith A Johnson  Keith J Standish  Keith E Johnston 

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