首页|铁水联运车辆装卸分散止停系统及方法研究

铁水联运车辆装卸分散止停系统及方法研究

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铁水联运铁路各类轨道车辆在自动化码头进行装卸作业,为实现港口铁路车辆在装卸作业区内的止停功能,设计采用符合作业场景特点的分散均匀安全防护止停系统,保证铁路车辆装卸作业稳定安全。通过采用轨道电路区段定位技术,根据车列在若干个轨道区段占用和出清时序判断送车流程和取车作业流程,进而根据流程阶段需求控制轨道停车装置制动或缓解,对铁水联运车辆实施止停控制,实现铁路车辆在装卸作业区内相对于门吊装卸作业任意位置的灵活且稳定的止停状态。
Research on System and Method of Decentralized Stopping for Vehicle Loading and Unloading Operations in Railway-Water Intermodal Transport
The loading and unloading operations of various railway vehicles for railway-water intermodal transport are conducted at automated terminals.To achieve the stopping function of railway vehicles for port railways within the loading and unloading operation area,a decentralized and uniform stopping system for safety protection suitable for the characteristics of operational scenarios is designed to ensure the stable and safe loading and unloading operations of railway vehicles.In this research,the section positioning technology based on track circuit is adopted to determine the vehicle delivery and pickup processes based on the train occupancy and clearance time sequence in several track sections.Subsequently,the braking or release of the track stop device is controlled according to the needs of the process stage,enabling the stopping control of railway vehicles for railway-water intermodal transport.This enables a flexible and stable stopping state of railway vehicles within the loading and unloading operation area relative to any location of the gantry crane loading and unloading operations.

railway-water intermodal transportvehicle loading and unloadingdecentralizedstoppingautomated terminal

马晓晨

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中铁武汉勘察设计院有限公司,武汉 430074

铁水联运 车辆装卸 分散 止停 自动化码头

2024

铁路通信信号工程技术
北京全路通信信号研究设计院有限公司

铁路通信信号工程技术

影响因子:0.313
ISSN:1673-4440
年,卷(期):2024.21(12)