摘要
铁路信号微机集中监测系统可以保证行车安全、管理信号设备的结合部分。新技术条件下的微机监测系统采用"三级四层"的网络架构,各层之间以基于TCP/IP协议的广域网连接。可以实现对信号设备运行状态的监测,发现信号设备存在的隐患,并分析信号设备产生故障的原因,在故障处理时起到辅助作用。在现场可以在微机监测系统指导下进行维修,并通过微机监测系统衡量信号设备运用质量,最终提高信号设备的维护水平和维护效率。
Railway signal microcomputer monitoring system can ensure the traffic safety, manage the combined parts of the signal equipment. Microcomputer monitoring system under the condition of new technology adopts "three levels and four layers" network architecture, all the layers are connected with each other with the wide area network based on the TCP/IP protocol. It can realize the monitoring of the running state of the signal equipment, find the hidden danger of signal equipment, and analyze the causes of signal equipment failure, play a supporting role in the fault diagnosis. In the site, it can repair under the guidance of microcomputer monitoring system, and through the microcomputer monitoring system to measure the quality of the signal equipment, and ultimately improve the signal equipment maintenance level and efficiency.
出处
《河南科技》
2015年第3期5-7,共3页
Henan Science and Technology
基金
西安铁路职业技术学院项目基金(XTZY14J09)
关键词
微机监测
行车安全
三级四层结构
TCP/IP协议
microcomputer monitoring
traffic safety
three levels and four layer structure
TCP/IP protocol