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为能在不损伤车辆的前提下使失控车辆安全停车,开发出一种新型电磁辅助制动系统。基于可动、特殊铁芯的电磁工作原理,该设计采用传感器、执行器、控制器等模块构成了一套完整的电磁制动系统。通过千分之一比例模型对各种不同情况进行了模拟实验,结果表明,这种新型电磁制动系统可以在不损伤汽车及乘客的情况下,安全、有效地达到强制停车的目的。
In order to stop a runaway vehicle safely without damaging the vehicle, a new type of electromagnetic assist braking system was developed. Based on the principle of electromagnetic operation of movable and special iron core, the design uses sensors, actuators, controllers and other modules to form a complete electromagnetic brake system. The simulations were carried out on a variety of occasions using the 1/1000 scale model. The results show that this new type of electromagnetic brake system can achieve the purpose of forced parking safely and effectively without damaging cars and passengers.