Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Working condition monitoring system of reservoir dam intelligent monitoring station
The invention relates to the field of reservoir dam monitoring equipment management systems, in particular to a working condition state monitoring system of a reservoir dam intelligent monitoring station, which comprises a plurality of monitoring modules for monitoring reservoir dam parameters, a control module for receiving monitoring data of the monitoring modules and a plurality of intelligent switch modules, the intelligent switch modules are in one-to-one correspondence with the monitoring modules; the control module adds a time label to the monitoring data for each monitoring module at an intermittent frequency, sequentially judges whether the monitoring module is abnormal or not according to the sequence of the time labels, and sends a restart signal to the intelligent switch module when the monitoring module is abnormal; and the intelligent switch module automatically restarts the corresponding monitoring module according to the restart signal. Abnormal conditions are judged through the control module for receiving monitoring data of the monitoring module, equipment for detecting working signals of the equipment does not need to be additionally arranged, and energy consumption of the system cannot be increased.
本发明涉及水库大坝监测设备管理系统领域，具体涉及水库大坝智慧监测站的工况状态监测系统，包括多个对水库大坝参数进行监测的监测模块、接收监测模块监测数据的控制模块和多个智能开关模块，智能开关模块与监测模块一一对应；控制模块以间歇频率针对每个监测模块将监测数据添加时间标签，并根据时间标签的先后顺序依次判断监测模块是否产生异常，当监测模块产生异常时，控制模块向智能开关模块发送重启信号，智能开关模块根据重启信号自动重启对应的监测模块。本发明通过接收监测模块监测数据的控制模块判断异常情况，无需再额外设置检测设备工作信号的设备，不会增大系统的能耗。
Working condition monitoring system of reservoir dam intelligent monitoring station
The invention relates to the field of reservoir dam monitoring equipment management systems, in particular to a working condition state monitoring system of a reservoir dam intelligent monitoring station, which comprises a plurality of monitoring modules for monitoring reservoir dam parameters, a control module for receiving monitoring data of the monitoring modules and a plurality of intelligent switch modules, the intelligent switch modules are in one-to-one correspondence with the monitoring modules; the control module adds a time label to the monitoring data for each monitoring module at an intermittent frequency, sequentially judges whether the monitoring module is abnormal or not according to the sequence of the time labels, and sends a restart signal to the intelligent switch module when the monitoring module is abnormal; and the intelligent switch module automatically restarts the corresponding monitoring module according to the restart signal. Abnormal conditions are judged through the control module for receiving monitoring data of the monitoring module, equipment for detecting working signals of the equipment does not need to be additionally arranged, and energy consumption of the system cannot be increased.
本发明涉及水库大坝监测设备管理系统领域，具体涉及水库大坝智慧监测站的工况状态监测系统，包括多个对水库大坝参数进行监测的监测模块、接收监测模块监测数据的控制模块和多个智能开关模块，智能开关模块与监测模块一一对应；控制模块以间歇频率针对每个监测模块将监测数据添加时间标签，并根据时间标签的先后顺序依次判断监测模块是否产生异常，当监测模块产生异常时，控制模块向智能开关模块发送重启信号，智能开关模块根据重启信号自动重启对应的监测模块。本发明通过接收监测模块监测数据的控制模块判断异常情况，无需再额外设置检测设备工作信号的设备，不会增大系统的能耗。
Working condition monitoring system of reservoir dam intelligent monitoring station
水库大坝智慧监测站的工况状态监测系统
ZHANG SHAOHUA (Autor:in) / HU YUNBING (Autor:in) / KANG YUEMING (Autor:in) / XIAO YONG (Autor:in) / SUN ZHONGGUANG (Autor:in) / ZHAO ZHIHUI (Autor:in)
30.05.2023
Patent
Elektronische Ressource
Chinesisch
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