Daykin began experimenting with windshield wipers in 1957, when his supervisor asked him to design an electric wiper motor.
戴金从1957年开始试验雨刷器，当时他的导师让他设计一个电动雨刷马达。
The bottom shows the wiper motor in action.
底部显示刮水器电动机的行动。
Wiper blade, wiper arm, wiper motor, wiper linkage.
雨刮器，雨刮臂，雨刮电机，连动杆。
The top photo shows the wiper motor being hooked up.
最高的照片显示，雨刷电机正在连接。
The motor is a windscreen wiper motor and it's controlled by two relays.
电机雨刮器电机，它由两个继电器控制。
Therefore the quality of the wiper motor must be guaranteed to ensure its performance.
雨刮器电动机的质量要求是相称高的。
Turn the wiper module over and remove the nut that secures the wiper motor crank arm to the wiper motor output shaft.
转动雨刷模组盖，并拆下将雨刷马达曲柄臂固定于雨刷马达输出轴上的螺帽。
The standard wiper was driven by intake from the engine manifold, which was connected by a series of hoses to the wiper motor.
标准雨刷是由发动机歧管内部驱动。
The essential theory of the mechanical characteristic test of the wiper motor without torque and speed sensors is discussed in this paper.
论述了无转速转矩传感器的刮水器电动机机械特性测试基本原理；
This paper discusses the working procedure, replacement error and the problems in operation of the replacement slip annulus of wiper motor.
探讨刮水电动机复位滑环的结构、工作过程、复位误差，使用中存在的问题。
Taking the wiper motor for example, this paper introduces the measuring methods and system of the mini motor with large reduction component.
以刮水电动机为例，介绍小型电动机在附有大减速机构时的测量方法与系统。
The wiper motor is a permanent-magnet direct current (DC) one. It is equipped on the front windscreen glass with the mechanical parts of the worm gear.
它采用直流永磁电动机，安装在前档风玻璃上的雨刮器电动机一般与蜗轮蜗杆机械部分做成一体。
He told Kearns that his wiper would be used on the 1969 Mercury line. Kearns was given the prototype of a windshield-wiper motor to commemorate the occasion.
他告诉卡恩斯他的这款雨刷将被用在1969年的水星车上，并授予其这款车的原型作为纪念。
The system can be DC motor testing, general three-phase motor testing, automobile starter motor testing, car wiper motor testing, motor testing deceleration, electric bicycle motor parameters.
该系统可进行直流电机测试、普通三相电机测试、汽车起动电机检测、汽车雨刮器电机检测、减速电机检测、电动自行车电机参数测试。
The relationship between wavelet ridge and instantaneous frequency is analyzed and a new method of the mechanical characteristic test of the wiper motor based on wavelet ridge algorithm is proposed.
分析了小波脊线与信号瞬时频率的关系，提出了基于小波脊线的刮水器电动机机械特性测试新方法。
The relationship between wavelet ridge and instantaneous frequency is analyzed and a new method of the mechanical characteristic test of the wiper motor based on wavelet ridge algorithm is proposed.
分析了小波脊线与信号瞬时频率的关系，提出了基于小波脊线的刮水器电动机机械特性测试新方法。
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