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Intelligent monitoring system for blockage of water inlet of sponge city facility and implementation method of intelligent monitoring system
The invention discloses an intelligent monitoring system for blockage of a water inlet of a sponge city facility and an implementation method of the intelligent monitoring system, and belongs to the technical field of intelligent monitoring systems. The intelligent monitoring system comprises the water inlet pipe and a monitoring mechanism, the bottom of the water inlet pipe is penetrated by a drainage mechanism, one end of the drainage mechanism is located in the water inlet pipe, the other end of the drainage mechanism is located outside the water inlet pipe, and the monitoring mechanism is connected with the drainage mechanism and used for detecting the blocking state in the interior of the drainage mechanism. According to the intelligent monitoring system for blockage of the water inlet of the sponge city facility and the implementation method of the intelligent monitoring system, the flow sensors at multiple positions further upload flow and data, a monitoring analysis unit carries out intelligent analysis according to the cambered surface data and flow uploaded by the flow sensors, analyzes whether blockage occurs or not, the data is directly uploaded to a data information platform for backup, and if blockage occurs, an instruction is given for dredging. In cooperation with multipoint monitoring, follow-up liquid flow is observed, the blockage condition of a certain position is judged, two points are combined, and the monitoring accuracy and efficiency are improved.
本发明公开了海绵城市设施的进水口堵塞智能监测系统及其实施方法,属于智能监测系统技术领域,包括进水管和监测机构,进水管的底部被排水机构贯穿,排水机构的一端位于进水管内,排水机构的另一端位于进水管外,监测机构与排水机构连接,用于检测排水机构内部堵塞状态。本发明提出的海绵城市设施的进水口堵塞智能监测系统及其实施方法,多处的流量传感器也上传其流量数据,监控分析单元根据其上传的弧面数据以及流量进行智能分析,分析是否堵塞,并数据直接上传至数据信息平台进行备份,堵塞则下达指令进行疏通,配合多点监控,观察后续的液体流量,判断其某处的堵塞情况,将两点相结合,提高其监控的准确度以及效率。
Intelligent monitoring system for blockage of water inlet of sponge city facility and implementation method of intelligent monitoring system
The invention discloses an intelligent monitoring system for blockage of a water inlet of a sponge city facility and an implementation method of the intelligent monitoring system, and belongs to the technical field of intelligent monitoring systems. The intelligent monitoring system comprises the water inlet pipe and a monitoring mechanism, the bottom of the water inlet pipe is penetrated by a drainage mechanism, one end of the drainage mechanism is located in the water inlet pipe, the other end of the drainage mechanism is located outside the water inlet pipe, and the monitoring mechanism is connected with the drainage mechanism and used for detecting the blocking state in the interior of the drainage mechanism. According to the intelligent monitoring system for blockage of the water inlet of the sponge city facility and the implementation method of the intelligent monitoring system, the flow sensors at multiple positions further upload flow and data, a monitoring analysis unit carries out intelligent analysis according to the cambered surface data and flow uploaded by the flow sensors, analyzes whether blockage occurs or not, the data is directly uploaded to a data information platform for backup, and if blockage occurs, an instruction is given for dredging. In cooperation with multipoint monitoring, follow-up liquid flow is observed, the blockage condition of a certain position is judged, two points are combined, and the monitoring accuracy and efficiency are improved.
本发明公开了海绵城市设施的进水口堵塞智能监测系统及其实施方法,属于智能监测系统技术领域,包括进水管和监测机构,进水管的底部被排水机构贯穿,排水机构的一端位于进水管内,排水机构的另一端位于进水管外,监测机构与排水机构连接,用于检测排水机构内部堵塞状态。本发明提出的海绵城市设施的进水口堵塞智能监测系统及其实施方法,多处的流量传感器也上传其流量数据,监控分析单元根据其上传的弧面数据以及流量进行智能分析,分析是否堵塞,并数据直接上传至数据信息平台进行备份,堵塞则下达指令进行疏通,配合多点监控,观察后续的液体流量,判断其某处的堵塞情况,将两点相结合,提高其监控的准确度以及效率。
Intelligent monitoring system for blockage of water inlet of sponge city facility and implementation method of intelligent monitoring system
海绵城市设施的进水口堵塞智能监测系统及其实施方法
LI QILONG (Autor:in) / ZHANG DEHUA (Autor:in) / LIU QIAN (Autor:in) / ZHOU TIANSONG (Autor:in) / SUN FANGSHENG (Autor:in)
16.07.2021
Patent
Elektronische Ressource
Chinesisch
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