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首页> 外文期刊>Advanced Science Letters >Development of a Controller for the Contactless Electronic Auxiliary Brake System
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Development of a Controller for the Contactless Electronic Auxiliary Brake System

机译:用于非接触式电子辅助制动系统的控制器的开发

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摘要

The auxiliary brake in a commercial vehicle is used to prevent the main brake from rupturing or not working by overheating. Contactless electronic brakes are developed as auxiliary brakes, and current-utilization increases the control accuracy. However, continuous charges and dischargesof a battery due to the use of large amounts of current would shorten the battery life and could decrease the braking efficiency of a contactless brake. This paper proposes a method to utilize the braking torque efficiently when an alternator creates a current by using diodes to distinguishthe currents of a battery and an alternator and to extend the battery life by decreasing the number of charges and discharges of a battery. By implementing the controller and making the test bed, discharge of a battery has been prevented and stable operation of the electronic brake has beenmade.
机译:商用车辆中的辅助制动器用于防止主要制动破裂或未通过过热工作。 非接触式电子制动器被开发为辅助制动器,电流利用率增加了控制精度。 然而,由于使用大量电流而导致的电池的连续电荷和放电将缩短电池寿命,并且可以降低非接触式制动器的制动效率。 本文提出了一种利用制动扭矩的方法,当交流发电机通过使用二极管产生电流以区分电池和交流发电机的电流并通过降低电池的电荷数和放电来延长电池寿命。 通过实施控制器并制造试验台,已经防止了电池的放电,并且电子制动器的稳定运行已经制造。

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