A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Initial rainwater intercepting well and initial rainwater intercepting control method
The invention discloses an initial rainwater intercepting well and an initial rainwater intercepting control method.The rainwater intercepting well comprises a well body with a well cavity, the well cavity comprises a water distribution well and a power well which are separated from each other, and the well wall of the water distribution well is provided with a sewage intercepting hole and a water inlet hole communicated with the power well; an opening degree control structure used for adjusting the opening and closing degree of the sewage intercepting hole is installed at the sewage intercepting hole, the well cavity is communicated with a clean rainwater outlet pipe, and the water inlet liquid level of rainwater entering the clean rainwater outlet pipe of the water distribution well is higher than the water inlet hole and the sewage intercepting hole; the liquid level sensing structure is arranged in the power well and is in transmission connection with the opening degree control structure, the liquid level sensing structure can ascend and descend along with the change of the liquid level height of the power well, and the liquid level sensing structure ascends to be in linkage with the opening degree control structure to reduce the opening degree of the sewage intercepting hole. An electric control valve or a flashboard does not need to be installed, external power is not connected, the application range is wide, low-carbon and energy-saving effects are achieved, the construction cost is low, and maintenance is convenient.
本发明公开了一种初期雨水截流井及初期雨水截流控制方法，一种雨水截流井，包括：形成有井腔的井体，所述井腔包括被相互隔开的配水井和动力井，所述配水井的井壁设有截污孔以及与动力井连通的进水孔，且所述截污孔处安装有用于调节截污孔开闭程度的开度控制结构，所述井腔连通有清洁雨水出水管，所述配水井的雨水进入清洁雨水出水管的进水液位高于进水孔和截污孔；液位感应结构，设于动力井内，与开度控制结构传动相连，所述液位感应结构能随动力井的液位高度变化而升降活动，所述液位感应结构上升能联动开度控制结构减少所述截污孔的开启度。本发明无需安装电控阀门或闸板，不接外部动力，适用面广，低碳节能，建设成本低廉，维护方便。
Initial rainwater intercepting well and initial rainwater intercepting control method
The invention discloses an initial rainwater intercepting well and an initial rainwater intercepting control method.The rainwater intercepting well comprises a well body with a well cavity, the well cavity comprises a water distribution well and a power well which are separated from each other, and the well wall of the water distribution well is provided with a sewage intercepting hole and a water inlet hole communicated with the power well; an opening degree control structure used for adjusting the opening and closing degree of the sewage intercepting hole is installed at the sewage intercepting hole, the well cavity is communicated with a clean rainwater outlet pipe, and the water inlet liquid level of rainwater entering the clean rainwater outlet pipe of the water distribution well is higher than the water inlet hole and the sewage intercepting hole; the liquid level sensing structure is arranged in the power well and is in transmission connection with the opening degree control structure, the liquid level sensing structure can ascend and descend along with the change of the liquid level height of the power well, and the liquid level sensing structure ascends to be in linkage with the opening degree control structure to reduce the opening degree of the sewage intercepting hole. An electric control valve or a flashboard does not need to be installed, external power is not connected, the application range is wide, low-carbon and energy-saving effects are achieved, the construction cost is low, and maintenance is convenient.
本发明公开了一种初期雨水截流井及初期雨水截流控制方法，一种雨水截流井，包括：形成有井腔的井体，所述井腔包括被相互隔开的配水井和动力井，所述配水井的井壁设有截污孔以及与动力井连通的进水孔，且所述截污孔处安装有用于调节截污孔开闭程度的开度控制结构，所述井腔连通有清洁雨水出水管，所述配水井的雨水进入清洁雨水出水管的进水液位高于进水孔和截污孔；液位感应结构，设于动力井内，与开度控制结构传动相连，所述液位感应结构能随动力井的液位高度变化而升降活动，所述液位感应结构上升能联动开度控制结构减少所述截污孔的开启度。本发明无需安装电控阀门或闸板，不接外部动力，适用面广，低碳节能，建设成本低廉，维护方便。
Initial rainwater intercepting well and initial rainwater intercepting control method
一种初期雨水截流井及初期雨水截流控制方法
WU JIE (author) / ZHAO CONG (author) / ZHANG GAOSHENG (author) / JIANG ZHIGANG (author) / WANG HUABEI (author) / ZHU AN (author) / YOU LIHUA (author) / HE XINYI (author)
2023-01-13
Patent
Electronic Resource
Chinese
IPC:
E03F
SEWERS
,
Abwasserkanäle
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