SIDE IMPACT BOLSTER
An energy-management device is provided for occupant protection in side-impact events and is designed to meet FMVSS214 and IIHS barrier tests. The energy-management device is designed to be part of a side door trim panel of a vehicle and forms the “A-surface” around a first area where the shoulder/thorax of an occupant would be located and around a second area where a pelvis of an occupant would be located when seated in a vehicle seat of the vehicle. The energy-management device may be constructed out of a blow-molded compounded material such as, for example, Thermoplastic Polyolefin plastic (TPO).
1 . A vehicular side impact bolster comprising:
an inflatable plastic chamber having an outer surface comprising a rigid interior trim panel for a side door of a vehicle adapted to be positioned at a preselected location on the side door.
2 . The bolster of claim 1 wherein the inflatable plastic chamber includes a rib or corrugation on an interior surface thereof and the plastic chamber is adapted to inflate by unfolding the rib or corrugation.
3 . The bolster of claim 1 wherein the chamber comprises a blow molded material.
4 . The bolster of claim 3 wherein the blow molded material comprises thermoplastic polyolefin plastic.
5 . An energy management system for a vehicular side impact event comprising:
a first inflatable plastic chamber having a first outer surface comprising a first rigid interior trim panel for a side door of a vehicle positioned so as to be adjacent to a shoulder area of an occupant seated adjacent the side door; and
a second inflatable plastic chamber having a second outer surface comprising a second rigid interior trim panel for the side door positioned so as to be adjacent a pelvic area of the occupant.
6 . The energy management system of claim 5 further comprising an inflator coupled for fluid communication with the first and second chambers.
7 . The energy management system of claim 5 further comprising a first inflator coupled for fluid communication with the first chamber and, a second inflator coupled for fluid communication with the second chamber.
8 . The energy management system of claim 5 wherein the first and second chambers respectively include first and second ribs or corrugations on respective first and second interior surfaces of the first and second chambers and the first and second chambers are adapted to inflate by unfolding the ribs or corrugations.
9 . The energy management system of claim 5 wherein the first and second chambers comprise blow molded material.
10 . The energy management system of claim 9 wherein the blow molded material comprises thermoplastic polyolefin plastic.