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高速铁路弓网检测监测体系研究
引用本文:王同军.高速铁路弓网检测监测体系研究[J].中国铁路,2021(3):1-7.
作者姓名:王同军
作者单位:中国国家铁路集团有限公司
摘    要:良好的弓网关系是保障列车高速安全运行的基础,为确保弓网系统长期服役的可靠性,有必要建立高速铁路弓网检测监测体系。在梳理高速铁路弓网系统检测监测需求的基础上,吸收供电6C系统成果,构建高速铁路弓网检测监测体系框架,从感知、传输、数据、分析和应用5个层面进行分析描述,论述弓网检测监测系统的关键技术与实现方法,阐述体系在弓网系统全生命周期管理和技术创新中的运用实践,并对体系的发展方向进行展望,以期为高速铁路弓网系统研究提供参考。

关 键 词:高速铁路  弓网系统  全生命周期  检测监测

Research on HSR Pantograph-OCS Inspection and Monitoring System
WANG Tongjun.Research on HSR Pantograph-OCS Inspection and Monitoring System[J].Chinese Railways,2021(3):1-7.
Authors:WANG Tongjun
Institution:(China State Railway Group Co Ltd,Beijing 100844,China)
Abstract:Good pantograph-OCS interaction forms the basis for the safe operation of trains at a high speed.In order to ensure the reliability of the pantograph-OCS system in the long-term service,it is necessary to establish a pantograph-OCS inspection and monitoring system for HSR.After identifying inspection and monitoring requirements of HSR pantograph-OCS system,and based on the achievements of the existing 6C power supply system,a framework of HSR pantograph-OCS inspection and monitoring system has been established.This paper analyzes and describes it from five aspects:perception,transmission,data,analysis and application,examines the key technologies and implementation methods of the pantograph-OCS inspection and monitoring system,expounds its applications in the full life cycle management and technological innovation of the pantograph-OCS system,and looks at its development trends,providing a reference for following researches of HSR pantograph-OCS system.
Keywords:HSR  pantograph-OCS system  full life cycle  inspection and monitoring
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