Perfect tracking control and fault diagnosis for RMG

Zhao Xia, He Yabo
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引用次数: 0

Abstract

RMG (Rail-mounted Gantry) plays a more and more important role in modern harbor. Gnawing rail problem limits its further quick development. For the first time, the article apply perfect tracking control (PTC)[1] put forward by Hiroshi Fujimoto et al. to the control of RMG to reduce gnawing rail problem. We also put forward an intelligent fault diagnosis system aimed for gnawing rail problem. Basing on the “different reasons have different phenomena” principle, the fault diagnosis system can locate the reasons by making use of multisensor information fusion and fault diagnosis logic deduction system. The combination of both methods can prevent and decrease gnawing phenomenon to a great extent. The system not only can minish gnawing rail phenomenon, diagnose causes of gnawing rail and give an corresponding alarm, but also has the capacity of preventing gnawing rail phenomenon beforehand. And the method has a wide application foreground to other rail-mounted vehicles too.
完善的RMG跟踪控制和故障诊断
轨道式龙门在现代港口中发挥着越来越重要的作用。啃轨问题限制了其进一步快速发展。本文首次将藤本浩(Hiroshi Fujimoto)等人提出的完美跟踪控制(PTC)[1]应用于RMG的控制,以减少咬轨问题。提出了一种针对咬轨问题的智能故障诊断系统。基于“不同原因有不同现象”的原理,故障诊断系统利用多传感器信息融合和故障诊断逻辑推理系统来定位故障原因。两种方法的结合可以在很大程度上预防和减少咬伤现象。该系统不仅可以减少咬轨现象,诊断咬轨原因并给出相应的报警,而且具有提前预防咬轨现象的能力。该方法在其他轨道车辆上也具有广泛的应用前景。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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