Development of tracking train detection device (COMBAT) by using wireless communication

N. Nishibori, Tatsuya Sasaki, O. Kawai, H. Ogushi, T. Kasai, A. Toyoda
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引用次数: 1

Abstract

For local traffic lines characterized by severe investment environment, there has been a growing demand for a low cost signal system featuring easy maintenance. To meet this demand, we have developed a train detection device by using microwave balise (COMBAT: computer and microwave balise aided train detection) which allows a low cost configuration. It features noncontact tracking train detection. This system is intended to take the place of the conventional track circuit. This system detects the existence and direction of the train at the detecting point (microwave balise installation site). Use of this system has enabled logically continuous existing/nonexisting detection in units of the block configured with the detecting point as a boundary. Furthermore, whereas the conventional track circuit is restricted to track existing(0)/nonexisting (1) detection alone, the new system ensures highly reliable detection because it uses a train ID for train detection. Accordingly, the function of this system allows a train control system of a high degree of safety to be designed with a simple system configuration. A field monitor running test is currently under way to check the COMBAT performance to evaluate train detection performance using microwave balises and to verify the train detection logic. This paper introduces the COMBAT system configuration, microwave balise and concept of COMBAT train detection.
基于无线通信的列车跟踪检测装置(COMBAT)的研制
对于投资环境恶劣的地方交通线,对低成本、易维护的信号系统的需求日益增长。为了满足这一需求,我们开发了一种使用微波balise (COMBAT:计算机和微波balise辅助列车检测)的列车检测设备,该设备配置成本低。它的特点是非接触跟踪列车检测。该系统旨在取代传统的轨道电路。该系统在检测点(微波测距仪安装地点)检测列车的存在和方向。使用该系统可以在以检测点为边界的块单元中实现逻辑上连续的现有/不存在检测。此外,传统的轨道电路仅局限于轨道现有(0)/不存在(1)的检测,而新系统使用列车ID进行列车检测,从而确保了检测的高可靠性。因此,该系统的功能可以用简单的系统配置设计出高度安全的列车控制系统。目前正在进行现场监视器运行测试,以检查战斗性能,评估使用微波balises的列车检测性能,并验证列车检测逻辑。本文介绍了作战系统的组成、微波信号和作战列车探测的概念。
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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