A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a novel rain and sewage diversion intercepting well structure, which comprises an intercepting well body, a diversion working chamber, a flow guide pipe, a flow guide pipe, a flow guide pipe and a flow guide pipe, wherein a diversion working chamber is formed in the intercepting well body; the intercepting weir is constructed on the bottom surface of the shunting working chamber of the intercepting well body; a water storage groove is formed in the upper portion of the lever flow guide plate, at least one drainage hole is formed in the bottom of the water storage groove, the lever flow guide plate is in a vertical state without external force, the lower end of the lever flow guide plate abuts against the intercepting weir, and the lower end of the lever flow guide plate abuts against the intercepting weir. The diversion chamber is divided into a sewage working chamber and a rainwater working chamber; the confluence water inlet pipe is arranged on the intercepting well body and is communicated with the upper part of the sewage working chamber; the sewage drainage pipe is arranged on the intercepting well body and is communicated with the lower part of the sewage working chamber; and the rainwater drainage pipe is arranged on the intercepting well body and is communicated with the lower part of the rainwater working chamber. Automatic control is achieved based on the gravity and lever principle.
本发明公开的一种新型雨污分流截流井结构，包括：截流井体，截流井体内构成有分流工作腔室；构筑在截流井体的分流工作腔室的底面上的截流堰；转动设置在截流井体的分流腔室内的杠杆导流板，杠杆导流板的上部形成有蓄水沟槽，蓄水沟槽的底部开设有至少一排水孔，杠杆导流板在无外力作用时处于垂直状态，其下端抵靠在所述截流堰上，并将所述分流腔室分隔成污水工作腔室和雨水工作腔室；合流进水管，其设置在截流井体上且与污水工作腔室的上部连通；污水排水管，其设置在截流井体上与污水工作腔室的下部连通；以及雨水排水管，其设置在截流井体上且与雨水工作腔室的下部连通。本发明基于重力和杠杆原理实现自动控制。
The invention discloses a novel rain and sewage diversion intercepting well structure, which comprises an intercepting well body, a diversion working chamber, a flow guide pipe, a flow guide pipe, a flow guide pipe and a flow guide pipe, wherein a diversion working chamber is formed in the intercepting well body; the intercepting weir is constructed on the bottom surface of the shunting working chamber of the intercepting well body; a water storage groove is formed in the upper portion of the lever flow guide plate, at least one drainage hole is formed in the bottom of the water storage groove, the lever flow guide plate is in a vertical state without external force, the lower end of the lever flow guide plate abuts against the intercepting weir, and the lower end of the lever flow guide plate abuts against the intercepting weir. The diversion chamber is divided into a sewage working chamber and a rainwater working chamber; the confluence water inlet pipe is arranged on the intercepting well body and is communicated with the upper part of the sewage working chamber; the sewage drainage pipe is arranged on the intercepting well body and is communicated with the lower part of the sewage working chamber; and the rainwater drainage pipe is arranged on the intercepting well body and is communicated with the lower part of the rainwater working chamber. Automatic control is achieved based on the gravity and lever principle.
本发明公开的一种新型雨污分流截流井结构，包括：截流井体，截流井体内构成有分流工作腔室；构筑在截流井体的分流工作腔室的底面上的截流堰；转动设置在截流井体的分流腔室内的杠杆导流板，杠杆导流板的上部形成有蓄水沟槽，蓄水沟槽的底部开设有至少一排水孔，杠杆导流板在无外力作用时处于垂直状态，其下端抵靠在所述截流堰上，并将所述分流腔室分隔成污水工作腔室和雨水工作腔室；合流进水管，其设置在截流井体上且与污水工作腔室的上部连通；污水排水管，其设置在截流井体上与污水工作腔室的下部连通；以及雨水排水管，其设置在截流井体上且与雨水工作腔室的下部连通。本发明基于重力和杠杆原理实现自动控制。
Novel rainwater and sewage diversion and rainwater utilization system
| European Patent Office | 2021
Rainwater and sewage diversion sewage tube well structure
| European Patent Office | 2022