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A mechatronic conception of a new intelligent braking system

机译:新型智能制动系统的机电一体化构想

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This paper describes a new intelligent braking system for motor vehicles. A mechatronic approach helped to avoid some of the drawbacks found in conventional systems. The brake was designed according to the so-called "full contact disc brake" principle, which means that the classic pads are replaced by the whole discs and that― for maximum performance―the brake is controlled continuously and not cyclically as with classic ABS systems. This required a complete re-design of the regulation chain, the actuators and sensors. Indeed, to provide better control, the regulator uses feedback information not only from slip, but also from the braking torque.
机译:本文介绍了一种用于汽车的新型智能制动系统。机电一体化方法有助于避免传统系统中的某些缺点。制动器是根据所谓的“全接触盘式制动器”原理设计的,这意味着经典的制动垫被整个制动盘所取代,并且-为获得最佳性能-与经典的ABS系统一样,该制动器是连续而非周期性地进行控制。这就需要对调节链,执行器和传感器进行完整的重新设计。实际上,为了提供更好的控制,调节器不仅使用来自打滑的反馈信息,而且还使用制动转矩的反馈信息。

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