A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Intelligent drainage pipeline system
The invention discloses an intelligent drainage pipeline system which comprises an inspection well and a drainage pipeline, the inlet end of the drainage pipeline is communicated with the lower end of the inspection well, and the intelligent drainage pipeline system further comprises an inductor arranged at at least one position of a top well lid of the inspection well, the interior of a well chamber of the inspection well or the drainage pipeline. And the sensor is electrically connected with the road platform system. The sensors are arranged in the inspection well and the drainage pipeline in the urban rainwater pipeline system to monitor information of rainwater and sewage in real time and transmit monitoring data to the road platform system, so that managers can know data such as the liquid level, the water quality and the toxic gas content of water flow in the pipeline system in real time; real-time data support can be provided for dispatching operation of a pump station, a water treatment plant and the like in a drainage system through simulation operation of an urban drainage pipeline dispatching model, and a solid foundation is laid for forming an urban intelligent pipeline system for waterlogging early warning and pipeline operation monitoring.
本发明公开了智能排水管道系统，包括检查井和排水管道，所述排水管道的入口端与检查井的下端连通，还包括在检查井的顶部井盖处、检查井的井室内部或排水管道上其中至少一处位置设置的感应器，所述感应器与道路平台系统电性连接。本发明通过在城市雨水管道系统中的检查井和排水管道中设置感应器来对雨水、污水的信息进行实时监测，并将监测数据传输给道路平台系统，使管理人员能够实时了解管道系统中水流的液位、水质、有毒气体含量等数据，能够通过城市排水管线调度模型模拟运算，为排水系统中泵站、水处理厂等调度运行提供实时数据支持，为形成内涝预警及管道运行监控的城市智能管道系统奠定坚实的基础。
Intelligent drainage pipeline system
The invention discloses an intelligent drainage pipeline system which comprises an inspection well and a drainage pipeline, the inlet end of the drainage pipeline is communicated with the lower end of the inspection well, and the intelligent drainage pipeline system further comprises an inductor arranged at at least one position of a top well lid of the inspection well, the interior of a well chamber of the inspection well or the drainage pipeline. And the sensor is electrically connected with the road platform system. The sensors are arranged in the inspection well and the drainage pipeline in the urban rainwater pipeline system to monitor information of rainwater and sewage in real time and transmit monitoring data to the road platform system, so that managers can know data such as the liquid level, the water quality and the toxic gas content of water flow in the pipeline system in real time; real-time data support can be provided for dispatching operation of a pump station, a water treatment plant and the like in a drainage system through simulation operation of an urban drainage pipeline dispatching model, and a solid foundation is laid for forming an urban intelligent pipeline system for waterlogging early warning and pipeline operation monitoring.
本发明公开了智能排水管道系统，包括检查井和排水管道，所述排水管道的入口端与检查井的下端连通，还包括在检查井的顶部井盖处、检查井的井室内部或排水管道上其中至少一处位置设置的感应器，所述感应器与道路平台系统电性连接。本发明通过在城市雨水管道系统中的检查井和排水管道中设置感应器来对雨水、污水的信息进行实时监测，并将监测数据传输给道路平台系统，使管理人员能够实时了解管道系统中水流的液位、水质、有毒气体含量等数据，能够通过城市排水管线调度模型模拟运算，为排水系统中泵站、水处理厂等调度运行提供实时数据支持，为形成内涝预警及管道运行监控的城市智能管道系统奠定坚实的基础。
Intelligent drainage pipeline system
智能排水管道系统
LI CHIHAO (author) / XU JIANGCHENG (author) / YUE CHONGFENG (author) / YU XUEHUA (author) / MO EUN-JI (author)
2023-11-21
Patent
Electronic Resource
Chinese
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