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A Hardware In Loop Test System for Pneumatic Anti-lock Brake System

机译:气动防抱死制动系统的硬件在环测试系统

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Pneumatic Anti-lock Brake System has been widely used in commercial vehicles such as trucks, tractor-trailers and buses today. These brake systems are equipped on the vehicle's axle, and compressed air is used as the energy transmitting medium to actuate brake actuator. Here, we present one method of evaluating and testing the ABS controller and the algorithm for full-air brake system, and a Hardware-In-Loop simulator is made in our laboratory. This testing system includes actual pneumatic brake actuator between ABS controller and vehicle dynamics model, thus simulates a real truck under braking in real time. In this paper, the method of modeling a vehicle dynamics used for simulation is introduced, and how constructing the Hardware In-Loop testing system is described. Using this testing system, we can finish performance tests for ABS controller in a short time. And thus, we can reduce time and cost needed for developing the pneumatic ABS controller for commercial vehicles.
机译:气动防抱死制动系统已广泛用于商用车辆,例如卡车,牵引车,拖车和公共汽车。这些制动系统安装在车辆的车轴上,压缩空气被用作能量传递介质来致动制动执行器。在这里,我们介绍一种评估和测试ABS控制器和全空气制动系统算法的方法,并且在我们的实验室中制作了一个硬件在环仿真器。该测试系统在ABS控制器和车辆动力学模型之间包括实际的气动制动执行器,从而实时模拟真实的卡车在制动的情况下。本文介绍了用于仿真的车辆动力学建模方法,并介绍了如何构建硬件在环测试系统。使用此测试系统,我们可以在短时间内完成ABS控制器的性能测试。因此,我们可以减少开发商用车辆气动ABS控制器所需的时间和成本。

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