1999 to 2000SKF Salt Lake City Salt Lake City, UT 2010 to 2010 Quality ManagerAbbott Critical Care Systems Salt Lake City, UT 1996 to 1998 Manufacturing and Process EngineerMorton Int'l Automotive Safety Products Div Ogden, UT 1992 to 1995 Manufacturing Design EngineerBoeing Commercial Seattle, WA 1988 to 1992 Manufacturing Design Engineer
Education:
Utah State University 1988 Bachelors of Science in Mechanical Engineering
Christopher Hock - Uintah UT Linda M. Rink - Liberty UT Wesley L. Hatt - Centerville UT
Assignee:
Morton International, Inc. - Chicago IL
International Classification:
C06D 500
US Classification:
102530
Abstract:
A pyrotechnic inflator for an air bag includes a housing for containing gas generating material for inflating an air bag. The housing has a wall formed of rigid, porous material and serves both as a filter for entrapping contaminants from the gas that is generated within as the gas passes outward through the wall into the air bag and cools the gas by absorbing heat therefrom. Gas generating material and an ignition train is hermetically sealed in a bag or packet inside the porous housing which serves triple duty as a solid pyrotechnic container, a gas filter and a gas cooler.
Karl K. Rink - Liberty UT Wesley L. Hatt - Centerville UT Steven R. Pripps - North Ogden UT David W. Lindsey - Ogden UT David J. Green - Brigham City UT Scott A. Jackson - Centerville UT Donald J. Cunningham - No. Ogden UT
Assignee:
Autoliv ASP, Inc. - Ogden UT
International Classification:
B60R 2126
US Classification:
280737
Abstract:
A method and apparatus for igniting a pyrotechnic gas generator, or inflator, such as those used in automotive airbag systems is disclosed. The ignition system uses a flammable gas to ignite the pyrotechnic gas generant. The flammable gas can be stored either throughout interior free space in the inflator or it can be maintained in a separate sealed container either separately or jointly with the pyrotechnic gas generant. The method and apparatus offer both cost savings and a reduction in delay time over conventional pyrotechnic ignition systems.
Treatment Of Inflatable Restraint System Inflator Particulate-Containing Gas With Expanded Metal
Charles W. Armstrong - Huntsville UT Linda M. Rink - Liberty UT Wesley L. Hatt - Centerville UT Todd S. Parker - Centerville UT Brian H. Fulmer - Farr West UT
Assignee:
Morton International, Inc. - Chicago IL
International Classification:
B60R 2126
US Classification:
280737
Abstract:
A process for treating particulate-containing gas of a vehicular safety restraint inflator and improvements in inflatable vehicular safety restraint systems are provided. The invention makes use of an element having at least one layer of an expanded metal.