英语翻译现代汽车制动控制技术正朝着线控制动控制方向发展.发展中的汽车线控制动系统主要有两种类型,即电子液压式线控制动系统
英语翻译
现代汽车制动控制技术正朝着线控制动控制方向发展.发展中的汽车线控制动系统主要有两种类型,即电子液压式线控制动系统（EHB)和电子机械式线控制动系统(EMB).电子液压式线控制动系统（EHB）是电子系统和液压系统相结合的产物,电子系统提供柔性控制,液压系统提供制动促动力,是从传统制动系统到电子制动系统的过渡,电子元件发生故障,液压系统仍能继续完成整个制动过程；电子机械式线控制动系统(EMB)以电能作为汽车制动的能量来源,电机直接驱动制动摩擦块,系统中取消了液压管路及制动踏板与车轮制动器间的机械联系,若要保证制动安全,电子机械式线控制动系统（EMB）必须要有强大的容错控制功能.
汽车线控制动系统的突出特点是：能够分别为各个车轮提供最佳的制动力；制动器起作用的时间短.反应灵敏,制动距离短,制动性能优良稳定；可方便地实现制动防抱(ABS)及驱动防滑(ASR)等功能.由于线控制动系统具有前述诸多优点,因此,线控制动系统被国际汽车界公认为是未来汽车制动系统的发展方向.
介绍了汽车线控制动系统的研究现状,线控制动系统（电子液压制动系统和电子机械制动系统）的组成、结构原理性能特点,论述了线控制动系统的关键技术和发展.
线动控制技术是BBW
现代汽车制动控制技术正朝着线控制动控制方向发展.发展中的汽车线控制动系统主要有两种类型,即电子液压式线控制动系统（EHB)和电子机械式线控制动系统(EMB).电子液压式线控制动系统（EHB）是电子系统和液压系统相结合的产物,电子系统提供柔性控制,液压系统提供制动促动力,是从传统制动系统到电子制动系统的过渡,电子元件发生故障,液压系统仍能继续完成整个制动过程；电子机械式线控制动系统(EMB)以电能作为汽车制动的能量来源,电机直接驱动制动摩擦块,系统中取消了液压管路及制动踏板与车轮制动器间的机械联系,若要保证制动安全,电子机械式线控制动系统（EMB）必须要有强大的容错控制功能.
汽车线控制动系统的突出特点是：能够分别为各个车轮提供最佳的制动力；制动器起作用的时间短.反应灵敏,制动距离短,制动性能优良稳定；可方便地实现制动防抱(ABS)及驱动防滑(ASR)等功能.由于线控制动系统具有前述诸多优点,因此,线控制动系统被国际汽车界公认为是未来汽车制动系统的发展方向.
介绍了汽车线控制动系统的研究现状,线控制动系统（电子液压制动系统和电子机械制动系统）的组成、结构原理性能特点,论述了线控制动系统的关键技术和发展.
线动控制技术是BBW
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Modern automobile (vehicle) engineering control techniques is moving towards the direction of line control motion control in development.Developing vehicles line control system mainly consist of two types:which is hydroelectric compression line control system (EHB) and electronic machine line control system.Hydroelectric line control systems is the product of combining an electronic system and a liquid compression system,the electron system gives a soft control,while the liquid compression system yields the force for the engine,and is a transformation from a traditional control system to an electronic control sytem,and if any electronic components malfunctions,the liquid compression system can still finish the control process; electronic machine line control system uses electricity as the main energy source for the vehicle,the engine controls the motor directly,this system eliminates the liquid compression pipelines and the connection between the control pedals and the steering wheel,in order guarantee engineering safety,electronic machine line control system (EMB) must have a large margin of error control function.
The unique points of a vehicle line control motor system is:to be able to distinguish the engineering force for each wheel; the time required for the controller to go into effect is short.Efficient response time,short controlling distance,and a good,stable control quality; can conveniently realize the functions of the automatic brake system and automatic slide resistance,etc.Because line control system contains all the aforementioned advantages,therefore,line control motor system is a publicly recognized developing direction for future vehicles internationally.
Introduced the research of line control system at the present,and how the line control motor system (electronic liquid compression system and electronic machine engineering system) came to be,the composition and originating characteristics,discussed line control motor system's key techniques and development.
The unique points of a vehicle line control motor system is:to be able to distinguish the engineering force for each wheel; the time required for the controller to go into effect is short.Efficient response time,short controlling distance,and a good,stable control quality; can conveniently realize the functions of the automatic brake system and automatic slide resistance,etc.Because line control system contains all the aforementioned advantages,therefore,line control motor system is a publicly recognized developing direction for future vehicles internationally.
Introduced the research of line control system at the present,and how the line control motor system (electronic liquid compression system and electronic machine engineering system) came to be,the composition and originating characteristics,discussed line control motor system's key techniques and development.
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