汽车制动系统

  • 网络Automobile brakes;automobile brake system
汽车制动系统汽车制动系统
  1. 汽车制动系统反应时间测试仪的研制

    An Instrument for Testing the Reaction Time in an Automobile Brake System

  2. 基于知识管理的汽车制动系统设计平台的设计与实现

    Design and Realization of an Automobile Brake System Design Platform Based on Knowledge Management

  3. 根据整车制动系统开发需要,利用MATLAB平台开发了汽车制动系统的设计和性能仿真软件。

    MATLAB platform is used to launch the design and performance simulation software of auto brake system in accordance with the requirement for development of auto brake system .

  4. 基于3DS辅助设计和汽车制动系统动画广告制作

    Aided design of 3DS and auto brake system animation advertising

  5. 采用B/S模式在产品数据管理(PDM)系统之上构建基于网络的汽车制动系统设计平台。

    Using B / S mode , a network-based design platform for the vehicle brake system is constructed based on product data management ( PDM ) system .

  6. 本文介绍汽车制动系统中主要的电子控制功能ABS、EBD、CBC、BAS及EBS的组成及工作原理。

    This paper introduces the composition and working principles of its main electronic control functions : ABS , EBD , CBC , BAS and EBS .

  7. 建立了汽车制动系统的非线性数学模型。

    Then , nonlinear mathematic model of braking system is presented .

  8. 汽车制动系统试验装置的开发及应用

    Development and Application of the Test Equipment of Vehicle Brake System

  9. 混合动力电动汽车制动系统回馈特性仿真

    Simulation for Regenerative Characteristics of Hybrid Electric Vehicle Braking System

  10. 混合电动汽车制动系统的控制技术研究

    Research on Control Techniques of Hybrid Electric Vehicle Brake System

  11. 并联液压混合动力汽车制动系统建模和仿真研究

    Research on Modeling and Simulation of Parallel Hydraulic Hybrid Vehicle Braking System

  12. 亚太股份的汽车制动系统为中国名牌产品。

    APG brake system was horned China Famous Brand Products in China .

  13. 汽车制动系统创新设计平台的关键技术研究

    The Key Technology Research on the Innovation Design Platform for Auto Brake System

  14. 汽车制动系统故障诊断与预测。

    Fault diagnosis and prediction of automotive brake system .

  15. 对于汽车制动系统的检测具有重要意义。

    It has a great significance for the detection of vehicle braking system .

  16. 五十铃载货汽车制动系统常见故障诊断与排除方法

    Diagnosis and Remedy of Common Troubles Occurred in the Braking System for Isuzu Trucks

  17. 汽车制动系统可靠度函数

    Reliability functions of brake systems of automobiles

  18. 汽车制动系统工作情景动画的计算机拟实制作

    Computer Simulation on Automotive Braking System Working

  19. GB12676-1999汽车制动系统结构、性能和试验方法

    Road vehicles-Braking systems-Structure performance and test methods

  20. 汽车制动系统的电子控制

    Electronic Control of the Auto Braking System

  21. 本实用新型由控制电源、电磁阀和汽车制动系统组成。

    The utility model comprises a control electricity source , an electromagnetic valve and an automobile brake system .

  22. 基于故障树分析法与模糊理论的汽车制动系统故障诊断研究

    The Research of Fault Diagnosis of the Automobile Brake System Based on Fault Tree Analysis and Fussy Theory

  23. 公司设有汽车制动系统研究开发中心,有较高的产品研究开发能力;

    Company established a research centre of automobile brake system , which has high ability of research and development .

  24. 这对汽车制动系统的设计和车辆运用具有一定的参考价值。

    It affords the basis for the design of the brake system and for the use of the vehicle .

  25. 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。

    Automobile brake system which affected the running security and parking reliability directly is the main reason of accident .

  26. 汽车制动系统绝大多数是双管路真空助力液压制动,其中传递制动力的制动液有极强的吸水性。

    Automobile brake system most is double pipeline vacuum booster , which relay system hydraulic braking power brake fluid strong absorbent .

  27. 本论文的研究对汽车制动系统开发研究和改进设计具有较高的理论指导意义和实用价值。

    In brief , the study of this thesis is directive and practical for the design of the automobile braking system .

  28. 功能完善的检测设备和先进的检测方法是保证汽车制动系统性能质量的前提和基础。

    Perfect testing facility and test norm are the premise and the foundation to guarantee the performance of automobile braking system .

  29. 汽车制动系统的性能关系到行车安全,其质量至关重要。

    The performance of automobile braking system is essential factor relating to the traffic safety , so its quality is very important .

  30. 汽车制动系统是汽车主动安全系统的重要组成部分,制动系统的电子控制极大地提高了汽车的主动安全性。

    The braking system is the important part of the active safety system with its electronic control greatly improving the active safety .