The Brake Type-Choosing for The Coal Mine Underground Light Trackless Rubber-tyred Locomotive;
煤矿井下轻型胶轮车制动(器)的选型
Research on acting coordinate characteristics of pneumatic friction clutch and brake;
气动摩擦离合器与制动(器)动作协调性的研究
Its applications in several fields such as shock absorbers, polishing devices, seal devices, brakes and clutches are reviewed.
介绍了磁流变液的发展历史、组成、特点;综述了磁流变液的应用情况,其中包括减振器、抛光装置、密封装置、制动(器)、离合器等;展望了磁流变液在自动武器、疾病治疗等方面的应用前景;指出了磁流变液目前存在的主要问题及发展方向。
The effects of matching materials on the brake temperature of braker were investigated by using the finite element method to simulate the temperature transient process of disc brake.
采用有限元法模拟盘式制动(器)制动过程瞬态温度场,研究了材料匹配性对制动(器)温度场的影响。
The electromagetic braker in ship is a kind of electrical equipment which can change the electromagnetic force into mechaic braking force to make the electrical mator stop rapidly when the power supply being switched off,and the disc electromagetic braker is commonly used in ships.
船艇电磁制动(器)是把电磁力转变为机械制动力矩,从而使电动机断电后迅速停止的一种电器。
According to the features of electrorheological effect,researches on a new-style and efficient electrorheological fluids soft brake device.
根据电流变效应的特点,研究了一种新型高效的电流变液体软制动(器)。
Brake system is one of the most important security components in the vehicle and it greatly contributes to the performance of the vehicle.
制动(器)是汽车制动系统中最重要的安全部件，对汽车的使用性能有很大的影响。
A new type pneumatic power brake system with saving energy and reducing noise is put forward in this paper, against the common shortcomings in the pneumatic friction brake of mechanical press with big air exhaust, huge dust pollution, wasting energy and so on.
针对机械压力机目前普遍使用的气动摩擦制动(器)存在着排气噪声大,粉尘污染大和浪费能源等缺点,本文提出了一种节能降噪型气压式制动(器)。
Pro/Engineer 2001 3Dsoftware has powerful design function at dynamic imitation , Taking dynamic imitation of automatic clearance adjuster of air-brake as a designing example,the product assembling and movement imitation of the product,i.
Pro/Engineer2001三维软件具有强大的动态仿真设计功能,本文以气制动(器)间隙自动调整臂的设计为例,在Assembly模块下,进行自动调整臂的装配连接及运动仿真,从而对产品在设计不合理的地方加以修改,有效地缩短了产品的设计、开发周期。
The paper is about a new type auto electro-brake.
本文提出一种新型汽车电制动(器)方案，通过分析论证，该制动系统将比液压制动系统控制信号传递迅速、硬件简单以及更易于集成化。