Department of Ocean and Mechanical Engineering, Florida Atlantic University, 777 Glades Road, Boca Raton, FL 33432, United States.
Accid Anal Prev. 2013 Oct;59:574-9. doi: 10.1016/j.aap.2013.07.025. Epub 2013 Aug 6.
The following report details the findings of a series of experiments and simulations performed on a commercially available, shuttle style golf cart during several maneuvers involving rapid accelerations of the vehicle. It is determined that the current set of passive restraints on these types of golf carts are not adequate in preventing ejection of a rear facing passenger during rapid accelerations in the forward and lateral directions. Experimental data and simulations show that a hip restraint must be a minimum of 13 in. above the seat in order to secure a rear facing passenger during sharp turns, compared to the current restraint height of 5 in. Furthermore, it is determined that a restraint directly in front of the rear facing passenger is necessary to prevent ejection. In addressing these issues, golf cart manufacturers could greatly reduce the likelihood of injury due to ejection of a rear facing, golf cart passenger.
以下报告详细介绍了在对一辆商用穿梭式高尔夫球车进行的多次操作中的发现,这些操作包括车辆的快速加速。实验和模拟表明,在向前和侧向快速加速时,这些类型的高尔夫球车上现有的一组被动约束装置不足以防止后向乘客被抛出。实验数据和模拟显示,为了在急转弯时固定后向乘客,臀部约束装置必须至少高于座椅 13 英寸,而目前的约束装置高度为 5 英寸。此外,还确定必须在面向后向乘客的位置直接设置约束装置,以防止抛出。在解决这些问题时,高尔夫球车制造商可以大大降低由于抛出后向乘客而导致受伤的可能性。