A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention provides a sewage drainage method based on an urban intelligent control system, which comprises a pressure data receiving module, a pressure data mapping module, a data analysis module, a fluctuation data integration module and the like. A floating rod in the blow-off pipeline counteracts a part of gravity under the action of buoyancy, the floating rod still extrudes an extrusion spring under the action of gravity, the elastic force of the extrusion spring acts on the surface of a pressure sensor, then the pressure sensor transmits pressure data to a pressure data receiving module, and the pressure data receiving module receives the pressure data. Whether the blow-off pipe is opened or not and the blow-off speed are determined through analysis of all the modules, accumulation and blockage of sewage in the blow-off pipe are avoided, and the purposes of monitoring the volume of the sewage in the blow-off pipe in real time, feeding back the sewage discharge system in time and avoiding accumulation and blockage of the sewage in the blow-off pipe are achieved.
本发明提供种基于城市智能化控制系统的污水排水方法，包含：压力数据接收模块、压力数据映射模块、数据分析模块、波动数据整合模块等模块，在污水控制系统工作时，需要监测排污管道内部的污水体量，排污管道内部的浮杆会在浮力的作用下抵消一部分重力，而浮杆仍然会通过重力作用对挤压弹簧造成挤压，挤压弹簧的弹力会作用在压力感应器的表面，随后压力感应器会将压力数据传输到压力数据接收模块内，通过之后各个模块的分析确定排污管是否打开，及排污速度，避免了排污管道内部污水堆积堵塞，达到了实时监控排污管道内污水体量，并及时对污水排放系统做出反馈，避免排污管道内出现污水堆积堵塞的目的。
The invention provides a sewage drainage method based on an urban intelligent control system, which comprises a pressure data receiving module, a pressure data mapping module, a data analysis module, a fluctuation data integration module and the like. A floating rod in the blow-off pipeline counteracts a part of gravity under the action of buoyancy, the floating rod still extrudes an extrusion spring under the action of gravity, the elastic force of the extrusion spring acts on the surface of a pressure sensor, then the pressure sensor transmits pressure data to a pressure data receiving module, and the pressure data receiving module receives the pressure data. Whether the blow-off pipe is opened or not and the blow-off speed are determined through analysis of all the modules, accumulation and blockage of sewage in the blow-off pipe are avoided, and the purposes of monitoring the volume of the sewage in the blow-off pipe in real time, feeding back the sewage discharge system in time and avoiding accumulation and blockage of the sewage in the blow-off pipe are achieved.
本发明提供种基于城市智能化控制系统的污水排水方法，包含：压力数据接收模块、压力数据映射模块、数据分析模块、波动数据整合模块等模块，在污水控制系统工作时，需要监测排污管道内部的污水体量，排污管道内部的浮杆会在浮力的作用下抵消一部分重力，而浮杆仍然会通过重力作用对挤压弹簧造成挤压，挤压弹簧的弹力会作用在压力感应器的表面，随后压力感应器会将压力数据传输到压力数据接收模块内，通过之后各个模块的分析确定排污管是否打开，及排污速度，避免了排污管道内部污水堆积堵塞，达到了实时监控排污管道内污水体量，并及时对污水排放系统做出反馈，避免排污管道内出现污水堆积堵塞的目的。
Intelligent sewage interception and drainage device and method for urban ecosystem road
| European Patent Office | 2021
| European Patent Office | 2023
Drainage system with sewage interception facility and drainage control method
| European Patent Office | 2023
Rain and sewage diversion drainage system for urban underground
| European Patent Office | 2022