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电制动系统
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  electric braking system
     Introduction focuses on the anti slip/slide device, applying creep ratio control theory, for traction/electric braking system used on vehicles of Guangzhou metro line No.
     主要介绍广州地铁 1号线车辆用牵引 /电制动系统的防空转 /防滑系统。
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  “电制动系统”译为未确定词的双语例句
     Compared with traditional hydraulic brake system , this paper introduces and analyzes the new generation of Brake-By-Wire system and its primary components, reveals the promising perspective of application of the Brake-By-Wire system in the future and its great potential.
     本文对比传统液压制动系统,详细介绍并分析了新一代的汽车电制动系统(Brake-By-Wire System)及其主要邮件,揭示了其潜力和将来的应用前景。
短句来源
     Current Status and The Prospect of The Brake -By -Wire Systen
     汽车电制动系统(BBW)现状和前景
短句来源
     Simulation of the Brake Control System of Maglev Train
     中低速磁悬浮列车电制动系统的仿真
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  相似匹配句对
     Development of Test-Bed for Electric-Hydraulic Braking System
     —液混合式制动系统试验台的开发
短句来源
     Current Status and The Prospect of The Brake -By -Wire Systen
     汽车制动系统(BBW)现状和前景
短句来源
     Electropneumatic brake system for radio telecontrol locomotive
     无线遥控内燃机车制动系统
短句来源
     Electric locomotive braking technology and application of ABS
     机车的制动及其防抱制动系统
短句来源
     Simulation of the Brake Control System of Maglev Train
     中低速磁悬浮列车制动系统的仿真
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Introduction focuses on the anti slip/slide device, applying creep ratio control theory, for traction/electric braking system used on vehicles of Guangzhou metro line No.1. Calculation method of system parameters is illustrated. Detailed analysis and explanation is made on the formation and adjustment of virtual train reference speed and acceleration, as well as on the identification of generation of slip/slide by actually available adhesion coefficient. The system features excellent dynamic protection and...

Introduction focuses on the anti slip/slide device, applying creep ratio control theory, for traction/electric braking system used on vehicles of Guangzhou metro line No.1. Calculation method of system parameters is illustrated. Detailed analysis and explanation is made on the formation and adjustment of virtual train reference speed and acceleration, as well as on the identification of generation of slip/slide by actually available adhesion coefficient. The system features excellent dynamic protection and high reliability.

主要介绍广州地铁 1号线车辆用牵引 /电制动系统的防空转 /防滑系统。阐述了该系统所用蠕滑率控制原理 ,提出了系统内部各参数的计算方法 ,对虚拟列车参考速度和加速度的形成与调整以及如何依靠实际可利用粘着系数μs来识别空转 /滑行的产生作了详细的分析和说明。最后指出 ,该系统具有良好的动态保护性能 ,工作相当可靠

Compared with traditional hydraulic brake system , this paper introduces and analyzes the new generation of Brake-By-Wire system and its primary components, reveals the promising perspective of application of the Brake-By-Wire system in the future and its great potential.

本文对比传统液压制动系统,详细介绍并分析了新一代的汽车电制动系统(Brake-By-Wire System)及其主要邮件,揭示了其潜力和将来的应用前景。

The Important components of braking system to guarantee safety of running automobile,directly affecting its safety performance are analysed and the development trend of traditional braking system,using oil or air as its force transmission media,will be substituted by full electric braking system,brake-by-wire system(BBW)is expounded.The classification,configuration and operating principle of brake-by-wire system are introduced.The mathematic models of brake-by-wire system and brake actuator are set up.A fuzzy...

The Important components of braking system to guarantee safety of running automobile,directly affecting its safety performance are analysed and the development trend of traditional braking system,using oil or air as its force transmission media,will be substituted by full electric braking system,brake-by-wire system(BBW)is expounded.The classification,configuration and operating principle of brake-by-wire system are introduced.The mathematic models of brake-by-wire system and brake actuator are set up.A fuzzy controller is designed based on the 1/4 vehicle model,and a computer simulation study is implemented under Matlab/Simulik.The results show that the fuzzy controller characteristic of brake-by-wire system can achieve an ideal control effect on anti-lock braking.

作者研究分析了直接影响汽车行驶安全性能的汽车制动系统的重要组成部分,阐述了以油或空气作为传力介质的传统制动系统必将被全电的制动系统——线控制动系统所取代,线控制动系统是未来制动系统的发展方向。介绍了线控制动系统的分类、结构和工作原理;建立了线控制动系统和制动执行器的数学模型,以1/4车辆模型为研究对象,设计了模糊控制器,并在Matlab/Simulink下进行了仿真分析。仿真结果表明,模糊控制对线控制动系统的防抱死特性取得了理想的控制效果。

 
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