Elizabeth Lee Ogren
Engineering at University Ave, Rochester, NY
License number
Louisiana EI.0017108
Issued Date
Jun 18, 1996
Category
Civil Engineer
Address
Address
579 University Ave APT 1, Rochester, NY 14607
Professional information
Process For Making Fuser And Fixing Members
US Patent:
6555181, Apr 29, 2003
Filed:
Nov 28, 2000
Appl. No.:
09/722277
Inventors:
Carla M. Santos - Webster NY
Elizabeth L. Ogren - Rochester NY
Alan R. Kuntz - Webster NY
George A. Riehle - Webster NY
Laurence J. Lynd - Macedon NY
Elizabeth L. Ogren - Rochester NY
Alan R. Kuntz - Webster NY
George A. Riehle - Webster NY
Laurence J. Lynd - Macedon NY
Assignee:
Xerox Corporation - Stamford CT
International Classification:
C08J 704
US Classification:
427515, 427258, 427261, 427287, 4273855, 427386, 427387, 4273882, 427409, 427410, 427413, 4274192, 427508, 427553, 427557, 427559, 427595
Abstract:
A process for making a multiple-layer elastomer-coated member, includes applying a coating of an elastomeric material to a supporting metallic substrate; and curing the elastomeric material by exposure to radiant energy in a radiant energy curing apparatus.
Infrared Curing Of Fluoroelastomer Coatings Formed Over Silicone Rubber In A Fuser Member
US Patent:
2002013, Sep 26, 2002
Filed:
Jan 25, 2001
Appl. No.:
09/770018
Inventors:
Elizabeth Ogren - Rochester NY, US
Carla Santos - Webster NY, US
Alan Kuntz - Webster NY, US
George Riehle - Webster NY, US
Laurence Lynd - Macedon NY, US
Carla Santos - Webster NY, US
Alan Kuntz - Webster NY, US
George Riehle - Webster NY, US
Laurence Lynd - Macedon NY, US
Assignee:
Xerox Corporation
International Classification:
B65D001/00
US Classification:
399/333000, 430/124000, 428/035900, 428/421000, 428/447000, 428/448000, 428/450000, 523/324000
Abstract:
A method of curing a fuser member suitable for use in an image forming system using a radiant energy source. The fuser member comprises a substrate, a silicone rubber coating and a cross-linkable fluoroelastomer outer coating. The radiant energy source emits infrared energy directed towards the fluoroelastomer outer coating of the fuser member. The flouroelastomer coating is cured using infrared energy directed at specific bonds within the fluoroelastomer layer, so as to form directly with the infrared heat a cross-linked fluoroelastomer coating.