DAVID MARC BENTOSKI
Pilots at Pebble Crk Dr, Flushing, MI

License number
Michigan A3929341
Issued Date
Jan 2015
Expiration Date
Jan 2017
Category
Airmen
Type
Authorized Aircraft Instructor
Address
Address
2321 Pebble Creek Dr, Flushing, MI 48433

Personal information

See more information about DAVID MARC BENTOSKI at radaris.com
Name
Address
Phone
David Bentoski, age 76
1006 South Dr, Flint, MI 48503
(810) 238-5574
David Bentoski, age 54
2321 Pebble Creek Dr, Flushing, MI 48433
(810) 422-9782
David Bentoski
7428 S New Lothrop Rd, Durand, MI 48429
David Bentoski
Flint, MI
(810) 238-5574
(810) 422-9782
David G Bentoski, age 54
1732 Crescent Dr, Flint, MI 48503
(810) 424-1105

Professional information

See more information about DAVID MARC BENTOSKI at trustoria.com
David Bentoski Photo 1
Variable Crimp On Flange Tool

Variable Crimp On Flange Tool

US Patent:
2010030, Dec 2, 2010
Filed:
May 28, 2009
Appl. No.:
12/473460
Inventors:
David M. Bentoski - Flushing MI, US
Theodore W. Foster - Leslie MI, US
Assignee:
GM GLOBAL TECHNOLOGY OPERATIONS, INC. - Detroit MI
International Classification:
B21D 39/03, B21B 31/32
US Classification:
72211, 72240, 72245, 72249, 72239
Abstract:
A variable crimp on flange (COF) tool is provided for engaging and attaching a weather strip and like structures onto a flange. The COF tool includes a housing with two or more crimp rollers that project therefrom. For example, a fixed roller is mounted to the housing to rotate in a first direction, while a movable roller is mounted to the housing to rotate in a second, opposite direction. The movable roller is axially offset from and movable relative to the fixed roller. A driving mechanism, such as a pneumatic motor, is encased within the housing, and operates to rotate the crimp rollers. A biasing mechanism, such as a pneumatic piston assembly, is also encased within the housing, and operates to move the movable crimp roller relative to the fixed crimp roller. The COF tool is engineered such that the crimp speed, crimp rate, and crimp pressure are independently adjustable.