Double pipe with hydraulic brake system vacuum booster.
双管路液压制动系统带真空助力。
The brake system is the car's most important safety system.
刹车系统是汽车最重要的安全系统。
The central problem of aircraft antiskid brake system is control.
飞机防滑刹车系统的核心问题是控制。
This would be a very unlikely situation with a dual-brake system.
这对于装有双管路的制动系来说，是极不可能发生的事。
APG brake system was horned China Famous Brand Products in China.
亚太股份的汽车制动系统为中国名牌产品。
The Anti-skid and Auto Brake systems function through the Brake system.
防滑系统和自动刹车系统通过刹车系统起作用。
Braking system double pipe air brake system, parking brake, exhaust brake.
双管路气制动系统，带驻车制动、排气制动。
So it is necessary to make research about the vehicle brake system in detail.
因此，有必要对车辆制动系统进行详细的研究。
The work rule and optimum design of the electric brake system are introduced.
介绍了电气制动系统的工作原理及系统的优化设计。
The leading features of the disc brake system on Model ZJ50 rig are analyzed.
同时，分析了ZJ50钻机盘式刹车制动系统的主要特点。
This paper introduces a study of Anti lock Brake System based on fuzzy control.
用模糊控制方法对车辆防抱制动系统进行了模拟研究。
Adopted pedal brake system, operation ease, extending the life of belt and spindle.
脚踏式制动系统，操作更简单，同时延长龙带和锭子寿命。
The change of wire rope traction belt-conveyor after transform of power brake system.
介绍了钢丝绳牵引胶带输送机制动系统改造方案前、后的对比。
It is suitable for sanitary equipment, automobile radiator and automobile brake system.
适用于卫浴设备、汽车散热器及汽车刹车系统中。
This article analyses the construction and working principle of cutting-off air brake system.
本文分析了农用挂车断气制动系统的结构和工作原理。
The necessity of the electric vehicle fitted with the vacuum assist brake system is analyzed.
分析了电动汽车安装电动真空助力制动系统的必要性。
The full power hydraulic brake system has several advantages over traditional brake actuation systems.
全动力液压制动系统与传统制动系统相比具有很多优点。
In many countries, the braking regulations stipulated in the second brake system is also cars must have.
在许多国家的制动法规中规定，第二制动系也是汽车必须具备的。
The output index of brake system in construction machines depends on the type and parameters of the brake.
工程机械制动系的输出指标与制动器的型式及参致有关。
The foundation brake rigging transmission efficiency is a significant parameter for the brake system design.
基础制动装置的传动效率是制动系统设计的重要参数。
Functionally, an automotive brake system can be divided into wheel brake mechanism and parking brake mechanism.
从功能上讲，汽车制动系可分为行车制动机构和停车制动机构。
In order to improve environment adaptability, control precise and efficiency of aircraft antiskid brake system.
为了提高刹车系统的环境适应性、控制精度和刹车效率。
The system of the mechanical brake is analyzed and the structural model of the mechanical brake system is built.
对磁浮列车的机械制动系统进行了分析，并建立了机械制动系统的结构模型。
The pneumatic system of the brake system consists of four air circuits according to the brake function requirements.
根据该制动器的功能要求，所研制的该制动方式的气路系统由四条气路组成。
Parking Brake system operates through the Yellow hydraulic system to prevent movement of the aircraft when it is parked.
飞机的停车刹车系统通过黄液压系统工作，以防止飞机停放时移动。
This brake system not only has braking function and also has balancing slider weight and increasing smooth work function.
该制动器不仅具有制动功能而且还可起到平衡滑块等部件重量，提高运动平稳性的作用。
The chassis itself is divided into four systems like transmission system, suspension system, steering system and brake system.
底盘本身可以分成四个系统，即传动系统、悬架系统、转向系统和制动系统。
It includes four systems such as: service brake system, auxiliary brake system, parking brake system, and exhaust gas brake system.
该系统具备行车制动、辅助制动、停车制动及排气制动四个制动系统。
It includes four systems such as: service brake system, auxiliary brake system, parking brake system, and exhaust gas brake system.
该系统具备行车制动、辅助制动、停车制动及排气制动四个制动系统。
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