BRENTON DUANE GIBSON
Pilots at Airport Ave, Corvallis, OR
License number
Oregon A4289440
Issued Date
May 2013
Expiration Date
May 2018
Category
Airmen
Type
Authorized Aircraft Instructor
Address
Address
6630 SW Airport Ave, Corvallis, OR 97333
Personal information
See more information about BRENTON DUANE GIBSON at radaris.comName
Address
Phone
PO Box 245, Siletz, OR 97380
23059 Siletz Hwy, Siletz, OR 97380
Professional information
Manager / Engineer At Koller North America
Position:
Manager / Engineer at Koller North America
Location:
Corvallis, Oregon Area
Industry:
Mechanical or Industrial Engineering
Work:
Koller North America
since Sep 2009
-
Manager / Engineer
Oregon State University
2007 - 2009
-
Graduate Student
Concept Systems Inc
2006 - 2006
-
Engineering Intern
Blount
Apr 2005 - Sep 2005
-
Engineering Intern
Education:
Oregon State University 2007 - 2009
MS, Mechanical Engineering Oregon State University 2004 - 2007
BS, Mechanical Engineering
MS, Mechanical Engineering Oregon State University 2004 - 2007
BS, Mechanical Engineering
Mechanically Assisted Dependent Transfer Mechanism
US Patent:
2011008, Apr 14, 2011
Filed:
Sep 24, 2010
Appl. No.:
12/924372
Inventors:
Brenton D. Gibson - Corvallis OR, US
Jonathan J. Mast - Everett WA, US
Joseph R. Zaworski - Corvallis OR, US
Jonathan J. Mast - Everett WA, US
Joseph R. Zaworski - Corvallis OR, US
International Classification:
A61G 7/14
US Classification:
5 871
Abstract:
An assistive transfer mechanism is provided allowing for effective and comfortable transfers from one sitting position to another sitting position. The assistive transfer mechanism includes a horizontal base with a vertical (height adjustable) column disposed on the horizontal base. At least one articulating arm extends from the vertical column which holds a torso engaging element. The torso engaging element includes a weight support mechanism to support at least part of a subject's body weight. The torso engagement element is capable of transferring and applying only a fraction of the supported body weight into a lateral to medial directed force onto the subject's torso.