JOHN F BENOIT
Broker in Springfield, MA
License number
Massachusetts 138313
Issued Date
Jul 11, 1991
Expiration Date
Jul 6, 2017
Type
Broker
Address
Address
Springfield, MA 01106
Professional information
A Quality-Driven Dynamic Manager With The Ability To Facilitate Meaningful Change Within An Organization
Location:
Springfield, Massachusetts Area
Industry:
Government Administration
Work:
PLM Trailer Leasing
Mar 2010 - Aug 2011
-
Customer Service Manager (Call Center Manager)
GE Capital / Trailer Fleet Services
Jan 2006 - Oct 2009
-
Deal Fulfillment Manager (Project Manager)
GE Capital / Trailer Fleet Services
Oct 2002 - Jan 2006
-
Field Support Specialist (Business Analyst)
GE Capital / Trailer Fleet Services
Jul 1998 - Oct 2002
-
Assistant Branch Operations Manager (Operations Manager)
Education:
Western New England University 2000 - 2002
Master of Science, Information Systems Management Emerson College 1992 - 1996
Bachelor of Science in Speech, Advertising, Minor: Computer Studies
Master of Science, Information Systems Management Emerson College 1992 - 1996
Bachelor of Science in Speech, Advertising, Minor: Computer Studies
Honor & Awards:
Disabled American Veteran that proudly served in the United States Navy
Certifications:
Six Sigma Green Belt Certification, General Electric
Drive Belt For A Passenger Conveyor
US Patent:
2006001, Jan 19, 2006
Filed:
Jan 7, 2003
Appl. No.:
10/537384
Inventors:
Richard Fargo - Plainville CT, US
John Benoit - Springfield MA, US
John Wesson - Vernon CT, US
John Benoit - Springfield MA, US
John Wesson - Vernon CT, US
International Classification:
B66B 21/00
US Classification:
198330000
Abstract:
A passenger conveyor system () includes a drive module () that engages a step chain () to move steps () as desired. A non-metallic drive belt () includes a unique configuration of teeth () that engage teeth () of the step chain (). In one example, the drive belt teeth () include a projection () that provides the initial engagement point with the step chain teeth (). In another example, the teeth () include a generally concave step chain link teeth engaging surface (). The inventive arrangement provides smoother, quieter system operation and minimizes the separating forces that otherwise tend to occur between the belt and the step chain links.