分散控制系统(Distribued Control System,DCS)的可靠运行是发电企业安全生产和经济效益的保障。现有的分散控制系统普遍具备自检功能,但对于深层次可靠性参数尚未做到在线评价。通过各类通信协议收集与可靠性相关的控制设备状态参数,...分散控制系统(Distribued Control System,DCS)的可靠运行是发电企业安全生产和经济效益的保障。现有的分散控制系统普遍具备自检功能,但对于深层次可靠性参数尚未做到在线评价。通过各类通信协议收集与可靠性相关的控制设备状态参数,结合发电行业的相关标准,设计基于DCS设备运行状态数据的可靠性评估算法。通过设计开发和现场应用,实现了分散控制系统可靠性参数的监测和在线评估功能。展开更多
Complex terrain and working equipment in coal mine underground need a way to ensure coal mine safety. In this paper, the way to monitor the real-time status of underground equipment was put forward, and it was proved ...Complex terrain and working equipment in coal mine underground need a way to ensure coal mine safety. In this paper, the way to monitor the real-time status of underground equipment was put forward, and it was proved to be effective as commanding and dispatching system. Monitoring system for underground equipment based on panoramic images was effectively combined with real-time sensor data and static panoramic images of underground surrounding, which not only realizes real-time status monitoring for underground equipment, but also gets a direct scene for underground surrounding. B/S mode was applied in the monitoring system and this is convenient for users to monitor the equipment. Meantime, it can reduce the waste of the data resource.展开更多
文摘分散控制系统(Distribued Control System,DCS)的可靠运行是发电企业安全生产和经济效益的保障。现有的分散控制系统普遍具备自检功能,但对于深层次可靠性参数尚未做到在线评价。通过各类通信协议收集与可靠性相关的控制设备状态参数,结合发电行业的相关标准,设计基于DCS设备运行状态数据的可靠性评估算法。通过设计开发和现场应用,实现了分散控制系统可靠性参数的监测和在线评估功能。
基金Supported by the National Natural Science Foundation of China (51075029)
文摘Complex terrain and working equipment in coal mine underground need a way to ensure coal mine safety. In this paper, the way to monitor the real-time status of underground equipment was put forward, and it was proved to be effective as commanding and dispatching system. Monitoring system for underground equipment based on panoramic images was effectively combined with real-time sensor data and static panoramic images of underground surrounding, which not only realizes real-time status monitoring for underground equipment, but also gets a direct scene for underground surrounding. B/S mode was applied in the monitoring system and this is convenient for users to monitor the equipment. Meantime, it can reduce the waste of the data resource.