When passengers are transported in automotive vehicles, in particular, when automotive vehicles are used in motor sports events, there is an increased risk of injury for the occupants of the vehicle. In particular, if the vehicle is hit from the side, rolls over or catches fire, it is therefore necessary to provide the occupants with optimum protection against the consequences of such an accident. To this end the invention provides a safety seat system comprising a shell element which is secured to a vehicle body and has integrally formed therein a foot area, a seat area and a backrest area, the safety seat being displaceable as a whole relative to the vehicle body upon impacts acting thereon. As a result, the passive safety of an occupant is considerably increased and, in particular, the a consequences of an injury are kept to a minimum or are prevented altogether.
REFERENCE TO RELATED APPLICATION
This is a continuation application of PCT Application No. PCT/EP00/04356 filed May 15, 2000, which in turn is based on German Application No. 199 22 781.0 filed May 18, 1999.
A safety seat comprising a unitary molded shell having a "bucket-seat" shape and a safety restraint system integral to the shell. The molded unitary shell has a bottom portion and a back portion. The shell comprises an inner layer and an outer layer made of a carbon fiber laminate with a core situated between the inner and outer layers. The core comprises aluminum sheeting having a honeycomb-like cross-section. A plurality of attachment plates are selectively located within the shell and disposed between the inner and outer layers. The safety restraint system is fastened to corresponding attachment plates. Support plates located on a non-seating surface of the shell are mated with selected attachment plates. A headrest is selectively attached to the safety seat. The safety seat is secured to structural members within a vehicle by mounting brackets. A method for making the shell and assembling the safety seat are disclosed.
A safety seat comprising a unitary molded shell having a "bucket-seat" shape and a safety restraint system integral to the shell. The molded unitary shell has a bottom portion and a back portion. The shell comprises an inner layer and an outer layer made of a carbon fiber laminate with a core situated between the inner and outer layers. The core comprises aluminum sheeting having a honeycomb-like cross-section. A plurality of attachment plates are selectively located within the shell and disposed between the inner and outer layers. The safety restraint system is fastened to corresponding attachment plates. Support plates located on a non-seating surface of the shell are mated with selected attachment plates. A headrest is selectively attached to the safety seat. The safety seat is secured to structural members within a vehicle by mounting brackets. A method for making the shell and assembling the safety seat are disclosed.
