초록 ▼

An apparatus (10) includes a pressure vessel (16) comprising a source of inflation fluid, and a solenoid valve (24) which regulates an outlet flow of the inflation fluid from the pressure vessel (16). The solenoid valve (24) normally has an open condition providing an initial outlet flow area. The a

An apparatus (10) includes a pressure vessel (16) comprising a source of inflation fluid, and a solenoid valve (24) which regulates an outlet flow of the inflation fluid from the pressure vessel (16). The solenoid valve (24) normally has an open condition providing an initial outlet flow area. The apparatus (10) responds to a vehicle crash by controlling the solenoid valve (24) in a selected one of a plurality of differing stages corresponding to a plurality of differing conditions. The different stages include a stage in which the solenoid valve (24) is not shifted from the open condition, and further include a stage in which the solenoid valve (24) is shifted to a further opened condition providing a subsequent outlet flow area greater than the initial outlet flow area.

대표청구항 ▼

[ Having described the invention, the following is claimed:] [1.] Apparatus comprising:an inflator, said inflator comprising a pressure vessel, a burst disk blocking fluid flow from said pressure vessel and rupturable to enable fluid to flow from said pressure vessel, said burst disk being centered

[ Having described the invention, the following is claimed:] [1.] Apparatus comprising:an inflator, said inflator comprising a pressure vessel, a burst disk blocking fluid flow from said pressure vessel and rupturable to enable fluid to flow from said pressure vessel, said burst disk being centered on a central axis along the longitudinal length of said inflator, a valve that regulates an outlet flow from said pressure vessel, said valve normally having an open condition providing an initial outlet flow area, said valve being movable in a direction transverse to said central axis; andmeans for responding to a vehicle crash by shifting said valve to a further opened condition providing a subsequent outlet flow area greater than said initial outlet flow area, said shifting of said valve being unaffected by inflation fluid pressure forces acting on said valve.