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。
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。
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 brake principle of the brake system is illustrated and the model of pump brake circuit is given.
阐明了制动系统的制动原理，给出了泵升制动电路的模型。
With analysis, it has some meaning for supervising design of disc brake system and operation by driller.
通过对钻机盘式刹车系统分析，对于指导盘式刹车系统没计，指导司钻操作具有重要意义。
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。
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。
This typically happens during the first 10-50 stops of a brake system and is referred to as "burnishing" the rotor and pads.
典型情况下这会在刹车系统的前10到50次制动过程中发生并被称作碟盘和刹车片的“磨合”。
Automobile brake system which affected the running security and parking reliability directly is the main reason of accident.
汽车制动系统直接影响汽车行驶的安全性和停车的可靠性，是引起汽车故障事故的重要原因。
Wind mill generator unit hydraulic brake system can realize the functions of yaw brake control and main shaft brake control.
风力发电机组刹车液压系统具有主轴刹车控制和偏航刹车控制的功能。
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。
Through utilizing hydraulic brake system, control acceleration of braking in reasonable range, making brake steady and no coal slip.
通过选用液力制动系统控制制动减速度在合理范围内，使制动平稳，无滚料现象发生。
The result shows that the ideal effect is achieved with the controller, and it is useful to engineering research of the brake system.
结果表明选用的控制器能够达到理想的制动效果，对磁悬浮列车制动系统的工程研究具有一定的参考价值。
Our independently developed 1.5MW wind mill generator hydraulic brake system has finished its testing work and been accepted by customer.
我公司自主研发的1.5MW风力发电机组刹车液压系统完成试验并通过用户验收。
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。
Taxiing model of aircraft antiskid brake system was established by compositive considering aircraft economy aircraft wheel tyre and runway status.
摘要综合考虑飞机机体、机轮、轮胎和跑道状况的特性，建立了飞机防滑刹车的滑跑模型。
Brake system of the existing JN162 truck, consists of dual-line foot brake, spring actuated and air cut-off parking brake and engine exhaust brake.
原JN162型载货汽车的制动系，装有双回路行车制动装置、弹簧储能断气式驻车制动装置和发动机排气制动装置。
Aiming at the shortages of the traditional parking brake system, put forward a new hardware and software design of electronic parking brake system.
针对目前汽车手动驻车制动装置存在的不足，提出电子驻车制动系统软硬件设计方案。
The composition of the brake system, the two-grade hydraulic braking equipment and the proportionally adjusting parts adopted in LRV, are explained.
具体说明了制动系统组成，以及采用的两级液压制动装置与比例控制液压制动装置。
The composition of the brake system, the two-grade hydraulic braking equipment and the proportionally adjusting parts adopted in LRV, are explained.
具体说明了制动系统组成，以及采用的两级液压制动装置与比例控制液压制动装置。
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