Influence of Lateral Restraint on Occupant Interaction with a Shoulder Belt or Preinflated Air Bag in Oblique Impacts 810370
Sled tests were conducted at farside oblique angles of 15°, 45°, and 75° with a Part 572 dummy restrained by a conventional driver lap/shoulder belt system or a preinflated driver inflatable restaint. Occupant dynamics were compared in similar tests where an inboard energy absorbing lateral restraint of the upper torso was or was not used.
It can be concluded that the seat wing improves the control of the dummy's dynamics in oblique impacts by directing the occupant's motion more forward into the restraint system, thereby taking more advantage of the restraining potential of the shoulder belt or inflatable restraint in controlling the deceleration of the dummy and enhancing the benefit of the restraint system. However, additional factors associated with the use of a seat wing remain to be investigated including the effect of impact force on the occupant, interaction with out-of-position occupants and comfort/convenience.
Citation: Culver, C. and Viano, D., "Influence of Lateral Restraint on Occupant Interaction with a Shoulder Belt or Preinflated Air Bag in Oblique Impacts," SAE Technical Paper 810370, 1981, https://doi.org/10.4271/810370. Download Citation
Clyde C. Culver, David C. Viano
Biomedical Science Dept. General Motors Research Laboratories Warren, Ml
SAE International Congress and Exposition
Passenger Car Inflatable Restraint Systems-A Compendium of Published Safety Research-PT-31, SAE 1981Transactions-V90-A