Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Rainwater management system
The invention relates to the field of drainage, in particular to a rainwater management system capable of quickly draining rainwater. The rainwater management system comprises a drainage plate, a drainage network and a permeable layer, wherein the permeable layer covers the drainage network, and the drainage network at least comprises a unit area, a plurality of siphon variable-flow devices which are distributed on the periphery of the unit area and are connected through drainage grooves and are used for discharging water out of the unit area, a plurality of variable-flow drainage devices which are distributed on nodes of the drainage network in the unit area and are connected with one or more siphon variable-flow devices through drainage grooves so as to directionally guide water in different positions in the unit area to the siphon variable-flow devices and drainage plates which are distributed among the drainage grooves and are used for receiving water permeated from the permeable layer in the unit area and guiding the water into the drainage grooves. The relation among the drainage plates, the drainage grooves, the variable-flow drainage devices and the siphon variable-flow devices are reasonably arranged, so that the drainage efficiency is improved step by step, and an efficient drainage system is formed.
本专利涉及排水领域，具体公开了一种能够快速排出雨水的雨水管理系统，包括排水板、排水网络和覆盖在排水网络之上的透水层，所述排水网络至少包括单元区域：分布于所述单元区域周边通过排水槽连接的若干个虹吸变流装置，虹吸变流装置通将水排放至单元区域外；分布于所述单元区域内的排水网络的节点上的若干个变流排水装置，变流排水装置通过排水槽连接一个或多个虹吸变流装置，将该单元区域内不同位置的水定向引导至所述吸变流装置；所述排水板分布于排水槽之间，承接单元区域内经所述透水层渗透下来的水，并将水导入排水槽内。通过合理设置排水板、排水槽、变流排水装置和虹吸变流装置之间的关系，逐级提高排水效率，形成高效的排水系统。
Rainwater management system
The invention relates to the field of drainage, in particular to a rainwater management system capable of quickly draining rainwater. The rainwater management system comprises a drainage plate, a drainage network and a permeable layer, wherein the permeable layer covers the drainage network, and the drainage network at least comprises a unit area, a plurality of siphon variable-flow devices which are distributed on the periphery of the unit area and are connected through drainage grooves and are used for discharging water out of the unit area, a plurality of variable-flow drainage devices which are distributed on nodes of the drainage network in the unit area and are connected with one or more siphon variable-flow devices through drainage grooves so as to directionally guide water in different positions in the unit area to the siphon variable-flow devices and drainage plates which are distributed among the drainage grooves and are used for receiving water permeated from the permeable layer in the unit area and guiding the water into the drainage grooves. The relation among the drainage plates, the drainage grooves, the variable-flow drainage devices and the siphon variable-flow devices are reasonably arranged, so that the drainage efficiency is improved step by step, and an efficient drainage system is formed.
本专利涉及排水领域，具体公开了一种能够快速排出雨水的雨水管理系统，包括排水板、排水网络和覆盖在排水网络之上的透水层，所述排水网络至少包括单元区域：分布于所述单元区域周边通过排水槽连接的若干个虹吸变流装置，虹吸变流装置通将水排放至单元区域外；分布于所述单元区域内的排水网络的节点上的若干个变流排水装置，变流排水装置通过排水槽连接一个或多个虹吸变流装置，将该单元区域内不同位置的水定向引导至所述吸变流装置；所述排水板分布于排水槽之间，承接单元区域内经所述透水层渗透下来的水，并将水导入排水槽内。通过合理设置排水板、排水槽、变流排水装置和虹吸变流装置之间的关系，逐级提高排水效率，形成高效的排水系统。
Rainwater management system
一种雨水管理系统
SONG TAO (Autor:in) / XU JUNFENG (Autor:in) / DONG HAI (Autor:in)
10.12.2021
Patent
Elektronische Ressource
Chinesisch
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