Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Sponge city large and small rainwater split-flow drainage device and construction method thereof
The invention relates to a sponge city large and small rainwater split-flow drainage device and a construction method thereof, and belongs to the technical field of sponge city rainwater drainage. Thesplit-flow drainage device comprises a split-flow well, a split-flow device arranged in the split-flow well, a sewage receiving tank and a seepage tank, the split-flow device comprises a mounting cylinder, an elastic recovery assembly, a sewage receiving box, a flow guide cover, a partition plate and a seepage box, the mounting cylinder comprises an upper pipe, a lower cylinder and a connecting rod for connecting the upper pipe and the lower cylinder, the sewage receiving box is slidably mounted in the lower cylinder and connected with the sewage receiving tank through a connecting hose, theelastic recovery assembly is arranged in the lower cylinder, the partition plate is arranged on the lower portion of the upper pipe and provided with a drain hole, the flow guide cover is located above the partition plate and slides up and down along with the sewage receiving box, magnets are arranged at the box bottom of the sewage receiving box and the cylinder bottom of the lower cylinder, andthe seepage box is located on one side of the lower cylinder and communicates with the seepage tank through a seepage pipe. The split-flow drainage device has the advantages that initial rainwater andmiddle and later rainwater are drained in a split-flow mode, and the middle and later rainwater is partially drained underground.
本申请涉及一种海绵城市大小雨水分流排放装置及其施工方法，属于海绵城市雨水排放技术领域。其包括分流井、设置于分流井内的分流装置、污水接收槽和渗液槽，分流装置包括安装筒、弹性恢复组件、污水接收盒、导流盖、分隔板和渗液盒，安装筒包括上管、下筒和连接两者的连接杆，污水接收盒滑移安装于下筒内并通过连接软管与污水接收槽连接，弹性恢复组件设置于下筒内，分隔板设置于上管的下部，分隔板开设泄水孔，导流盖位于分隔板上方并随污水接收盒上下滑移，且污水接收盒的盒底和下筒的筒底均设置有磁体，渗液盒位于下筒一侧并通过渗液管与渗液槽连通。本申请具有初期雨水和中后期雨水分流排放，且中后期雨水部分排入地下的优点。
Sponge city large and small rainwater split-flow drainage device and construction method thereof
The invention relates to a sponge city large and small rainwater split-flow drainage device and a construction method thereof, and belongs to the technical field of sponge city rainwater drainage. Thesplit-flow drainage device comprises a split-flow well, a split-flow device arranged in the split-flow well, a sewage receiving tank and a seepage tank, the split-flow device comprises a mounting cylinder, an elastic recovery assembly, a sewage receiving box, a flow guide cover, a partition plate and a seepage box, the mounting cylinder comprises an upper pipe, a lower cylinder and a connecting rod for connecting the upper pipe and the lower cylinder, the sewage receiving box is slidably mounted in the lower cylinder and connected with the sewage receiving tank through a connecting hose, theelastic recovery assembly is arranged in the lower cylinder, the partition plate is arranged on the lower portion of the upper pipe and provided with a drain hole, the flow guide cover is located above the partition plate and slides up and down along with the sewage receiving box, magnets are arranged at the box bottom of the sewage receiving box and the cylinder bottom of the lower cylinder, andthe seepage box is located on one side of the lower cylinder and communicates with the seepage tank through a seepage pipe. The split-flow drainage device has the advantages that initial rainwater andmiddle and later rainwater are drained in a split-flow mode, and the middle and later rainwater is partially drained underground.
本申请涉及一种海绵城市大小雨水分流排放装置及其施工方法，属于海绵城市雨水排放技术领域。其包括分流井、设置于分流井内的分流装置、污水接收槽和渗液槽，分流装置包括安装筒、弹性恢复组件、污水接收盒、导流盖、分隔板和渗液盒，安装筒包括上管、下筒和连接两者的连接杆，污水接收盒滑移安装于下筒内并通过连接软管与污水接收槽连接，弹性恢复组件设置于下筒内，分隔板设置于上管的下部，分隔板开设泄水孔，导流盖位于分隔板上方并随污水接收盒上下滑移，且污水接收盒的盒底和下筒的筒底均设置有磁体，渗液盒位于下筒一侧并通过渗液管与渗液槽连通。本申请具有初期雨水和中后期雨水分流排放，且中后期雨水部分排入地下的优点。
Sponge city large and small rainwater split-flow drainage device and construction method thereof
一种海绵城市大小雨水分流排放装置及其施工方法
CHEN ZHENFAN (Autor:in) / CHEN JIANGZHU (Autor:in) / HUANG CANLI (Autor:in)
01.01.2021
Patent
Elektronische Ressource
Chinesisch
IPC:
E03F
SEWERS
,
Abwasserkanäle
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