汽车安全气囊

  • 网络Airbag
汽车安全气囊汽车安全气囊
  1. 汽车安全气囊作为一种被动安全装置,由于使用方便、效果显著、造价不高,所以得到迅速的发展和普及。

    Airbag System , as one of the countermeasures of vehicle passive safety , has got fast development and popularization .

  2. 目前的非叠氮化钠气体发生剂的研究与发展是汽车安全气囊的一个主要方向。

    Currently , the research and development for gas generants of non-azide types is a main direction in automotive airbag field .

  3. Air(初三适用)汽车安全气囊和安全带用材料

    Materials for Air Bag and Safety Belt

  4. 本田CR-V型汽车安全气囊系统故障诊断

    Fault Diagnosis of Air Bag System on HONDA CR-V

  5. Administration,NHTSA)称,这两项调查针对的是汽车安全气囊问题。装配在100万多辆Jeep、道奇(Dodge)和克莱斯勒车型汽车上的一种存在缺陷的开关可能妨碍安全气囊正确弹出。

    The two probes are examining air bag issues in which a defective switch may prevent the safety device from properly deploying in over 1 million Jeep , Dodge and Chrysler models , according to the National Highway Traffic Safety Administration ( NHTSA ) .

  6. 介绍本田CR-V型汽车安全气囊系统的组成,故障码的读取与清除方法,各故障码的诊断方法。

    The structure of the air bag system on HONDA CR-V is introduced here with the method of fault code reading and clearing and the diagnostic ways of each fault code .

  7. 经60L压力舱试验表明:该气体发生剂具有合适的燃烧时间和燃烧压力,可以满足汽车安全气囊的要求。

    The results of 60L pressure tank show that the burning time and pressure of the gas generant can meet the requirements of safety airbag for vehicle .

  8. 主要介绍汽车安全气囊(40L)气体发生器壳体(LD30)冷挤压成形工艺,并对模具结构、润滑条件等作了较为系统的分析。

    This paper introduces mainly the cold-extrusion forming technique for gas generator shell ( LD30 ) in gasbag ( 40L ) . It also analyzes systematically the die structure and lubricating conditions .

  9. 基于模糊决策与神经网络的汽车安全气囊多级触发控制算法

    Algorithm For Airbag Multi-Deployment Control Using Fuzzy Logic And Neural Network

  10. 汽车安全气囊用气体发生剂燃烧特性影响因素研究

    Influence Factors of Combustion Characteristic of Gas Generating Agent for Airbag

  11. 汽车安全气囊装置中传感器的数学模型

    Mathematical Model of Transducer in Automobile Safety Air Bag Installation

  12. 本文介绍了一种汽车安全气囊用气体发生剂的研制过程。

    The paper introduces a gas generating agent for automobile safety airbag .

  13. 汽车安全气囊磁电式传感器的设计与研究

    Design and Research of Magnetic electric Sensor for Safety Airbag of Automobile

  14. 汽车安全气囊市场现状与发展前景

    The Market Situation and Development Prospect of Automotive Airbag

  15. 国外汽车安全气囊涂覆织物的进展

    Development of Coated Fabrics for Automotive Airbags at Abroad

  16. 介绍国外汽车安全气囊涂覆织物材料的选择、发展及其应用前景。

    It introduces the development and use of coated fabrics for automotive airbags .

  17. 基于人工神经网络的预报型汽车安全气囊点火控制算法的研究

    The Research on Prediction Algorithm for Airbag Actuation Based on Artificial Neural Network

  18. 汽车安全气囊工作性能仿真试验验证技术研究

    Research on experimental validation of computer simulation of working performance of automobile airbag

  19. 汽车安全气囊的性能要求及试验方法

    Performance Requirements and Testing Methods of Auto Air Bag

  20. 汽车安全气囊气体发生器性能测试研究

    Performance Testing on Gas Generator of Automobile Safety Airbag

  21. 汽车安全气囊系统两种开发思想的分析

    Analysis on Two Development Ideas of Air Bag System

  22. 汽车安全气囊的结构及修理

    Structure and Repair of Auto Safety Air Bag

  23. 汽车安全气囊智能控制系统设计

    Development of an Automobile Airbag Intelligent Control System

  24. 汽车安全气囊点火控制算法的研究

    A Study on an Algorithm for Airbag Actuation

  25. 汽车安全气囊气体发生剂热点火特性数值计算

    Numerical Calculation of the Heat Ignition Characteristics of Gas Generating Agent for Automobile Airbag

  26. 正交试验确定汽车安全气囊用气体发生剂配方的研究

    Cross link Test for the Appropriate Composition of Gas Generating Agent for Automobile Safety Airbag

  27. 汽车安全气囊结构改进充气试验系统

    Deployment Experiment System for Airbag Structure Improvement

  28. 汽车安全气囊装置的设计原理

    Design Principle of Automotive Safety Air Bags

  29. 该文论述了汽车安全气囊磁电式传感器的工作原理。

    The paper describes the working principle of magnetic electric sensor in safety airbag of automobile .

  30. 汽车安全气囊技术及其应用

    Automotive Airbag Technology and its Application