雨水传感器是汽车智能雨刷系统的重要组成部分。
Rain sensor is an important part of intelligent windscreen wiper system of automobile.
福特要求迪肯和他的同事设计一款可以让两个雨刮平行工作的雨刷系统。
Ford had asked Daykin and his colleagues to invent a wiper system in which the blades moved parallel to each other.
大约5个月后，卡恩斯被解雇，并被告知福特并不想要他的雨刷系统，毕竟他们有自己的雨刷设计部门。
About five months later, Kearns was dismissed. He was told that Ford did not want his wiper system after all-that the other engineers had designed their own.
需考虑三种外部系统：雨刷器接口，挡风玻璃，和汽车电子系统。
Three external systems are considered: the wiper interface, the windshield, and the car electrical system.
引擎和动力传动系统、刹车系统、底盘、外型、内部以及诸如灯、挡风玻璃雨刷和紧急刹车装置都是关键的组件和子组件。
Engines and drivetrains, braking systems, chassis, exterior, interior, and safety features like lights, windshield wipers, and emergency brakes were key components and subcomponents.
该系统通过红外雨量传感器检测雨量大小，使用模糊控制算法和脉宽调制技术调节雨刷器的速度；给出了系统的总体结构和具体设计方法。
This system senses the amount of rainfall by the infrared rain sensor, and adjusts the speed of wiper based on the fuzzy control algorithm and pulse width modulation technology.
该系统通过红外雨量传感器检测雨量大小，使用模糊控制算法和脉宽调制技术调节雨刷器的速度；给出了系统的总体结构和具体设计方法。
This system senses the amount of rainfall by the infrared rain sensor, and adjusts the speed of wiper based on the fuzzy control algorithm and pulse width modulation technology.
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