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Nick J Karras, 6515678 Winterpark Dr, Macomb, MI 48044

Nick Karras Phones & Addresses

15678 Winterpark Dr, Macomb, MI 48044    586-5321140   

21364 Brierstone St, Harper Woods, MI 48225    313-8850867    313-8861476   

15678 Winterpark Dr, Macomb, MI 48044    586-4319116   

Work

Position: Sales Occupations

Education

Degree: High school graduate or higher

Emails

Mentions for Nick J Karras

Nick Karras resumes & CV records

Resumes

Nick Karras Photo 22

Senior Engineer

Location:
Macomb, MI
Industry:
Mechanical Or Industrial Engineering
Work:
Future Tool & Machining, Inc.
Senior Engineer
Modern Engineering Sep 1979 - Feb 1989
Engineer
Karras Design Sep 1979 - Feb 1989
President
Education:
Wayne State University 1984 - 1990
Skills:
Mechanical Engineering, Fixture Design, Entrepreneurship, Lean Manufacturing, Manufacturing, Management, Cross Functional Team Leadership, Troubleshooting, Operations Management, Engineering, Project Management, Product Development, Energy, Autocad, Six Sigma, Continuous Improvement, Project Planning, Process Engineering, Corporate Management, New Product Development, Mechanical Troubleshooting, Special Machine Design, Engineering Consultant, Automotive Chassis Fabrication and Engine Building
Nick Karras Photo 23

Owner

Industry:
Broadcast Media
Work:
Crystal River Productions
Owner
Education:
Institute For Advanced Study 2005 - 2007
Nick Karras Photo 24

Driver

Location:
Lake Orion, MI
Industry:
Warehousing
Work:
Gm-Cca
Driver
Nick Karras Photo 25

Nick Karras

Nick Karras Photo 26

Nick Karras

Nick Karras Photo 27

Nick Ursula Karras

Nick Karras Photo 28

Nick Karras

Nick Karras Photo 29

Nick Karras

Publications & IP owners

Us Patents

Double Acting Work Support With Internal Sequence Control

US Patent:
8444128, May 21, 2013
Filed:
Sep 4, 2009
Appl. No.:
12/554418
Inventors:
Nick J. Karras - Macomb MI, US
Aaron Luthi - Madison KS, US
Assignee:
Vektek, Inc. - Emporia KS
International Classification:
B23Q 5/06
B23Q 7/06
US Classification:
269 24, 269 30, 269 32, 269 35
Abstract:
A work support comprises a plunger, a transmission member, a first chamber, a second chamber, a third chamber, a clamping mechanism, a plug, and a body. The plunger may be slidably retained within the clamping mechanism, which in turn is firmly held within the transmission member. The transmission member may extend and retract from the body corresponding to a pressure in the first chamber and the second chamber. Extension of the transmission member also extends the plunger such that the plunger may contact and receive a load from a work piece. The third chamber may be located between the outer surface of the clamping mechanism and the inner surface of the transmission member. Increasing pressure in the first chamber while decreasing pressure in the second chamber extends the transmission member and opens the plug which blocks the entry to the third chamber. Pressure in the third chamber closes the gap between the clamping mechanism and the plunger and applies a clamping force to the plunger.

Clamping Sleeve

US Patent:
2010005, Mar 4, 2010
Filed:
Sep 4, 2009
Appl. No.:
12/554367
Inventors:
Joseph Gray - St. Joseph MO, US
Nick J. Karras - Macomb MI, US
Assignee:
Vektek, Inc. - Emporia KS
International Classification:
F15B 15/26
US Classification:
92 26, 188 67
Abstract:
A clamping sleeve is of generally cylindrical shape with a hollow interior and comprises an upper crown, a lower crown, and a tubular sidewall. The upper crown is positioned at an upper end of the clamping sleeve. The lower crown is positioned at a lower end of the clamping sleeve. The tubular sidewall is positioned between the upper and lower crown and includes one or more corrugations that utilize spring like principles such that pressure applied to the external surface of the tubular sidewall circumferentially flexes the clamping sleeve in order to reduce the diameter of the clamping sleeve and apply a clamping force to an object within the clamping sleeve. The clamping sleeve may be utilized in a work support that includes a plunger positioned within the clamping sleeve, wherein a pressurized flowable medium provides pressure to the exterior of the tubular sidewall thereby causing the clamping sleeve to apply a clamping force to the plunger.

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