초록 ▼

An airbag system for a motor vehicle has an airbag that is deployed upon inflation with a gas from a folded state into the vehicle interior. An inflation device supplies gas for inflating the airbag. A sensing device senses deployment of the airbag to the effect that the temporal and spatial sequenc

An airbag system for a motor vehicle has an airbag that is deployed upon inflation with a gas from a folded state into the vehicle interior. An inflation device supplies gas for inflating the airbag. A sensing device senses deployment of the airbag to the effect that the temporal and spatial sequence involved in opening the folds of the airbag is detected. A control device controls the inflation process as a function of deployment sensing.

대표청구항 ▼

1. An airbag system for a motor vehicle comprising: a fabric airbag that is deployed upon inflation with a gas from a folded state into an interior of the vehicle, wherein at least one electrical conductor is disposed completely on an outside of the fabric airbag, wherein passage of an electrical

1. An airbag system for a motor vehicle comprising: a fabric airbag that is deployed upon inflation with a gas from a folded state into an interior of the vehicle, wherein at least one electrical conductor is disposed completely on an outside of the fabric airbag, wherein passage of an electrical signal through the entire length of the electrical conductor is monitored by a sensing device; an inflation device that supplies the gas for inflating the airbag; an electronic memory device for storing a desired temporal and spatial deployment sequence; and a control device that controls the inflation process as a function of deployment sensing, wherein the sensing device senses the temporal and spatial sequence involved in opening the folds of the airbag and compares the sensed temporal and spatial sequence to the desired temporal and spatial deployment sequence for controlling the inflation process. 2. The airbag system according to claim 1 wherein the electrical conductor is in the form of an elongate electrical track.3. The airbag system according to claim 1 wherein further comprising jumpers disposed between successive folds of the fabric airbag whereby each jumper is connected on both ends to the electrical conductor, wherein each jumper short circuits a portion of the electrical conductor.4. The airbag system according to claim 1 wherein the jumpers are disposed on the outside of the fabric airbag whereby the jumpers successively broken as the airbag deploys.