A safe riding auxiliary system of an electric bicycle comprises a microprocessor, an active distance control cruise system, a front anti-collision warning system, a blind spot detection system, a warning indicator and a driving module. When the active vehicle distance control cruise system detects that the speed of the front vehicle slows down, the speed of the motor of the electric bicycle is automatically adjusted, and the original set vehicle speed is recovered when no vehicle is in front. After the front anti-collision warning system calculates the time when the vehicle is about to collide with the front vehicle, a signal is output to the microprocessor to start the warning indicator to act and control the motor to decelerate. When a blind spot detection radar of the blind spot detection system detects that an object exists in a blind spot area, the blind spot detection system calculates according to an algorithm and transmits a calculation result to the microprocessor, and the microprocessor outputs a signal to start the warning indicator, so that the riding safety and riding comfort are improved.
一种电动脚踏车的安全骑乘辅助系统,包括:一微处理器、一主动车距控制巡航系统、一前方防碰撞警示系统、一盲点侦测系统、一警示器及一驱动模块。其中,以主动车距控制巡航系统侦测前车放慢速度时,将自动调整电动脚踏车的电动机的速度,在前方无车辆时恢复原先设定的车速度。以前方防碰撞警示系统计算即将与前车碰撞的时间后,输出讯号给微处理器启动警示器动作及控制电动机减速。以盲点侦测系统的盲点侦测雷达侦测盲点区有物体时,该盲点侦测系统以算法计算,并将计算结果传给微处理器,微处理器输出讯号启动该警示器,以提高骑乘的安全性与骑乘舒适性。
Safety riding assistance system of electric bicycle
电动脚踏车的安全骑乘辅助系统
2024-05-07
Patent
Electronic Resource
Chinese
European Patent Office | 2015
|Electric bicycle riding computer with riding mileage pre-estimating function
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