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A platform for research: civil engineering, architecture and urbanism
Intelligent drainage scheduling platform system for gate pump station
The invention discloses an intelligent drainage scheduling platform system for a gate pump station, and relates to the technical field of drainage scheduling, and the system comprises a sewage cylinder which is internally provided with a scheduling mechanism. The sewage cylinder comprises a cylinder body, and an upper through pipe and a lower through pipe which are distributed up and down are attached to the cylinder body; the dispatching mechanism comprises a pump and a driving mechanism; the acquisition module comprises a turbidity sensor and a liquid level sensor. According to the intelligent drainage scheduling platform system for the gate pump station, the turbidity sensor and the liquid level sensor on the acquisition module are used for acquiring the sewage storage condition in the sewage cylinder in real time, and the acquired turbidity data and the acquired liquid level data are compared with a turbidity threshold value and a liquid level threshold value which are set in advance; if the turbidity data and the liquid level data are critical to a turbidity threshold value and a liquid level threshold value respectively, the driving mechanism is driven by the control module to drive the pump to ascend and descend, so that different levels of discharge of sludge or sewage in the sewage cylinder is realized.
本发明公开了闸泵站智慧排水调度平台系统，涉及排水调度技术领域，包括污水筒，污水筒的内部设置有调度机构；所述污水筒包括筒体，且筒体附有呈上下分布的上通管、下通管；所述调度机构包括泵、驱动机构；还包括：采集模块，所述采集模块包括浊度传感器与液位传感器。本发明所述的闸泵站智慧排水调度平台系统，通过采集模块其上的浊度传感器、液位传感器实时采集污水筒内部的污水储备状况，将所采集的浊度数据、液位数据与预先所设定的浊度阈值、液位阈值进行比对，如若浊度数据、液位数据分别临界于浊度阈值、液位阈值，则通过控制模块驱动驱动机构，以驱动机构带动泵进行升降，从而实现对污水筒内部的污泥或污水的不同层次排出。
Intelligent drainage scheduling platform system for gate pump station
The invention discloses an intelligent drainage scheduling platform system for a gate pump station, and relates to the technical field of drainage scheduling, and the system comprises a sewage cylinder which is internally provided with a scheduling mechanism. The sewage cylinder comprises a cylinder body, and an upper through pipe and a lower through pipe which are distributed up and down are attached to the cylinder body; the dispatching mechanism comprises a pump and a driving mechanism; the acquisition module comprises a turbidity sensor and a liquid level sensor. According to the intelligent drainage scheduling platform system for the gate pump station, the turbidity sensor and the liquid level sensor on the acquisition module are used for acquiring the sewage storage condition in the sewage cylinder in real time, and the acquired turbidity data and the acquired liquid level data are compared with a turbidity threshold value and a liquid level threshold value which are set in advance; if the turbidity data and the liquid level data are critical to a turbidity threshold value and a liquid level threshold value respectively, the driving mechanism is driven by the control module to drive the pump to ascend and descend, so that different levels of discharge of sludge or sewage in the sewage cylinder is realized.
本发明公开了闸泵站智慧排水调度平台系统，涉及排水调度技术领域，包括污水筒，污水筒的内部设置有调度机构；所述污水筒包括筒体，且筒体附有呈上下分布的上通管、下通管；所述调度机构包括泵、驱动机构；还包括：采集模块，所述采集模块包括浊度传感器与液位传感器。本发明所述的闸泵站智慧排水调度平台系统，通过采集模块其上的浊度传感器、液位传感器实时采集污水筒内部的污水储备状况，将所采集的浊度数据、液位数据与预先所设定的浊度阈值、液位阈值进行比对，如若浊度数据、液位数据分别临界于浊度阈值、液位阈值，则通过控制模块驱动驱动机构，以驱动机构带动泵进行升降，从而实现对污水筒内部的污泥或污水的不同层次排出。
Intelligent drainage scheduling platform system for gate pump station
闸泵站智慧排水调度平台系统
CHEN JIANXIN (author)
2024-03-26
Patent
Electronic Resource
Chinese