The Study on train separation control & safety braking model technology using balise for conventional lines

Jong-Hyen Baek
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引用次数: 11

Abstract

KORAIL carries out an improvement project of railway signaling system for the conventional line from the existing method which permits a train to move within limited speed the ground signal of ATS(Automatic Train Stop) system. The proposed system makes possible that a train can be driven using a speed profile created by onboard signaling system(ATP) with the movement authority from ground balise. A driving test over 100,000km is being executed by developing a tilting train for the speed elevation on the conventional line. And, the introduction of the tilting train by ATP system to the Jung-ang line is expected. However, a speed elevation on a curved line section has a restriction. Therefore, research on safety braking model and train separation control technology for the localization of ATP system is required preferentially. In this paper, we presented a safety braking model of ATP system and a train separation control method that use ground balise as variable information provider, and executed a performance simulation.
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常规线路列车分离控制与安全制动模型技术研究
韩国铁路公社正在对现有的列车在限制速度内行驶的方式进行铁路信号系统的改进工程。拟议的系统使得列车可以使用由机载信号系统(ATP)创建的速度曲线来驱动,并具有来自地面的运动权限。在10万公里以上的驾驶测试中,正在开发一种可倾斜的列车,以适应传统线路上的速度提升。另外,预计将在京釜线引进ATP倾斜列车。然而,曲线截面上的速度提升有一个限制。因此,对ATP系统定位的安全制动模型和列车分离控制技术的研究是当务之急。本文提出了ATP系统的安全制动模型和以地轮作为变量信息提供者的列车分离控制方法,并进行了性能仿真。
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