A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Hydrodynamic shunting type sewage discharge treatment system
The invention discloses a hydrodynamic shunting type sewage discharge treatment system which comprises an intercepting ditch, an artificial wetland pool, a shunting device, a sewage inlet channel, a first drainage channel and a second drainage channel, the shunting device comprises a water tank, a power floating ball, a movable connecting rod and a drainage flap valve; the power floating ball, the movable connecting rod and the drainage flap valve are arranged in the water tank; the movable connecting rod is connected with the power floating ball and the drainage flap valve; the water tank is respectively communicated with the sewage inlet channel, the first drainage channel and the second drainage channel; the drainage flap valve covers an inlet of the first drainage channel; the power floating ball can float up under the action of water flow buoyancy; when the power floating ball floats upwards, the drainage flap valve is closed; when the power floating ball does not float upwards, the drainage flap valve is opened; the first drainage channel is communicated with the constructed wetland pool; the second drainage channel is communicated with the intercepting ditch; the system utilizes water power to distribute sewage, greatly improves the water pollution control effect, and is simple in structure, low-carbon, environment-friendly and easy to popularize and apply.
本发明公开了一种水动力分流式污水排放处理系统，包括截流沟、人工湿地池、分流装置、污水入口通道、第一排水通道和第二排水通道；分流装置包括水箱、动力浮球、活动连杆和排水拍门；动力浮球、活动连杆和排水拍门设置于水箱内；活动连杆分别连接动力浮球和排水拍门；水箱分别连通污水入口通道、第一排水通道和第二排水通道；排水拍门盖设于第一排水通道的入口；动力浮球能够在水流浮力作用下上浮；动力浮球上浮状态下，排水拍门关闭；动力浮球未上浮状态下，排水拍门打开；第一排水通道连通人工湿地池；第二排水通道连通截流沟；该系统利用水动力对污水分流，大幅提高了水污染防治的效果，结构简单，低碳环保，易于推广应用。
Hydrodynamic shunting type sewage discharge treatment system
The invention discloses a hydrodynamic shunting type sewage discharge treatment system which comprises an intercepting ditch, an artificial wetland pool, a shunting device, a sewage inlet channel, a first drainage channel and a second drainage channel, the shunting device comprises a water tank, a power floating ball, a movable connecting rod and a drainage flap valve; the power floating ball, the movable connecting rod and the drainage flap valve are arranged in the water tank; the movable connecting rod is connected with the power floating ball and the drainage flap valve; the water tank is respectively communicated with the sewage inlet channel, the first drainage channel and the second drainage channel; the drainage flap valve covers an inlet of the first drainage channel; the power floating ball can float up under the action of water flow buoyancy; when the power floating ball floats upwards, the drainage flap valve is closed; when the power floating ball does not float upwards, the drainage flap valve is opened; the first drainage channel is communicated with the constructed wetland pool; the second drainage channel is communicated with the intercepting ditch; the system utilizes water power to distribute sewage, greatly improves the water pollution control effect, and is simple in structure, low-carbon, environment-friendly and easy to popularize and apply.
本发明公开了一种水动力分流式污水排放处理系统，包括截流沟、人工湿地池、分流装置、污水入口通道、第一排水通道和第二排水通道；分流装置包括水箱、动力浮球、活动连杆和排水拍门；动力浮球、活动连杆和排水拍门设置于水箱内；活动连杆分别连接动力浮球和排水拍门；水箱分别连通污水入口通道、第一排水通道和第二排水通道；排水拍门盖设于第一排水通道的入口；动力浮球能够在水流浮力作用下上浮；动力浮球上浮状态下，排水拍门关闭；动力浮球未上浮状态下，排水拍门打开；第一排水通道连通人工湿地池；第二排水通道连通截流沟；该系统利用水动力对污水分流，大幅提高了水污染防治的效果，结构简单，低碳环保，易于推广应用。
Hydrodynamic shunting type sewage discharge treatment system
一种水动力分流式污水排放处理系统
LIU GAOJIE (author) / ZHANG YONGQING (author) / TANG BIBO (author) / ZHANG DALEI (author) / BANG GUN (author) / LIU BINGSHENG (author) / LIU YUANZHU (author) / LUO SIHANG (author) / TAN TAIQUAN (author) / ZHAO YANG (author)
2024-01-26
Patent
Electronic Resource
Chinese
Sewage discharge treatment method and sewage discharge treatment system
| European Patent Office | 2020
| European Patent Office | 2024