Abstract: Pressurized gas from a gas source for inflating one or more vehicle airbags is routed along a path that includes at least a portion of the air-conditioning ducts of the vehicle. In one arrangement a pressurized gas hose is routed through the ducts. In another arrangement the pressurized gas flows through a portion of the air conditioner ducts that is isolated by valves.

Abstract: Pressurized gas from a gas source for inflating one or more vehicle airbags is routed along a path that includes at least a portion of the air-conditioning ducts of the vehicle. In one arrangement a pressurized gas hose is routed through the ducts. In another arrangement the pressurized gas flows through a portion of the air conditioner ducts that is isolated by valves.

Abstract: An occupant protection device for a motor vehicle having at least one inflatable airbag which, upon activation leaves through an exit opening, normally closed by a panel or cover, into the interior of the motor vehicle, and having a mechanism, independent of the airbag, for removing the panel or cover. In order to permit immediate activation of the airbag without a time delay and unhindered exiting of the same from the exit opening when an associated sensor or an associated sensor system responds in the event of an accident, the mechanism for removing the panel or cover can be activated separately from the airbag and before the response of the sensor or sensor system effecting the activation of the airbag.

Abstract: A gas bag safety device is mounted to the spokes of a vehicle steering wheel and has storage compartments extending from the steering wheel in the direction of the steering column for holding a folded gas bag. A gas generator for inflating the gas bag is located on the hub of the steering wheel.

Abstract: A safety device for a passenger in an automobile comprises a shoulder safety belt extending diagonally across the passenger's body and an energy absorbing impact element located on the vehicle frame adjacent the passenger's knees. The impact element includes two M-shaped sheet metal members arranged one above the other and symmetrical about a plane passing between the members. The legs of each M-shaped member afford two parallel, spaced-apart plates and one face of one of the plates is presented to the passenger's knees. The portion of each M-shaped member intermediate the legs affords a plastically deformable connection between the plates.

Abstract: A safety device for a passenger in an automobile comprises a shoulder safety belt extending diagonally across the passenger's body and an energy absorbing impact element located on the vehicle frame adjacent the passenger's knees. The impact element includes two M-shaped sheet metal members arranged one above the other and symmetrical about a plane passing between the members. The legs of each M-shaped member afford two parallel, spaced-apart plates and one face of one of the plates is presented to the passenger's knees. The portion of each M-shaped member intermediate the legs affords a plastically deformable connection between the plates.