Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention discloses a rainwater drainage system for a green building. The rainwater drainage system comprises a data processing unit and a rainwater drainage end which are in communication connection through a networking communication unit. By monitoring rainfall intensity information, rainwater flow velocity information and rainwater liquid level information, when the system detects heavy rainfall according to actual weather conditions and the running state of a rainwater discharge end, rainwater circulation can be enhanced, and water overload and possible rainwater overflow are prevented; when large particulate matters are possibly accumulated at the rainwater discharge end, the large particulate matters can be timely removed, so that the rainwater discharge can be intelligently controlled, the blockage fault of the rainwater discharge end can be eliminated, the rainwater resources can be discharged to the greatest extent, the waste can be reduced, a user can know the state of the system in real time through remote monitoring and control, the reliability and the performance of the rainwater system are improved, and the economic benefit is increased. And the operation risk is reduced.
本发明公开了一种绿色建筑雨水排放系统，包括通过联网通信单元通讯连接的数据处理单元和雨水排放端；通过监测降雨强度信息、雨水流速信息和雨水液位信息，系统能够根据实际的天气情况和雨水排放端的运行状态，当系统检测到强降雨时，它会增强雨水的流通，防止水体过载和可能引起的雨水外溢；当雨水排放端可能有大颗粒物堆积时，也能够及时清除，实现智能地控制雨水的排放和排除雨水排放端堵塞故障，有助于最大程度地排放雨水资源，减少浪费，通过远程监测和控制，用户可以实时了解系统状态，提高雨水系统的可靠性和性能，降低了运行风险。
The invention discloses a rainwater drainage system for a green building. The rainwater drainage system comprises a data processing unit and a rainwater drainage end which are in communication connection through a networking communication unit. By monitoring rainfall intensity information, rainwater flow velocity information and rainwater liquid level information, when the system detects heavy rainfall according to actual weather conditions and the running state of a rainwater discharge end, rainwater circulation can be enhanced, and water overload and possible rainwater overflow are prevented; when large particulate matters are possibly accumulated at the rainwater discharge end, the large particulate matters can be timely removed, so that the rainwater discharge can be intelligently controlled, the blockage fault of the rainwater discharge end can be eliminated, the rainwater resources can be discharged to the greatest extent, the waste can be reduced, a user can know the state of the system in real time through remote monitoring and control, the reliability and the performance of the rainwater system are improved, and the economic benefit is increased. And the operation risk is reduced.
本发明公开了一种绿色建筑雨水排放系统，包括通过联网通信单元通讯连接的数据处理单元和雨水排放端；通过监测降雨强度信息、雨水流速信息和雨水液位信息，系统能够根据实际的天气情况和雨水排放端的运行状态，当系统检测到强降雨时，它会增强雨水的流通，防止水体过载和可能引起的雨水外溢；当雨水排放端可能有大颗粒物堆积时，也能够及时清除，实现智能地控制雨水的排放和排除雨水排放端堵塞故障，有助于最大程度地排放雨水资源，减少浪费，通过远程监测和控制，用户可以实时了解系统状态，提高雨水系统的可靠性和性能，降低了运行风险。
Rainwater drainage system for green building
一种绿色建筑雨水排放系统
XIONG JIE (Autor:in)
05.03.2024
Patent
Elektronische Ressource
Chinesisch
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