A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Water inlet and drainage system for municipal road and bridge
The invention provides a water inlet and drainage system for municipal roads and bridges. A wellhead flush with the ground is arranged at the top of a cylindrical seat body, and a drainage branch pipe connected with an underground water conveying pipeline is arranged at the bottom of the cylindrical seat body; a storage ring groove with an upward opening is formed in the inner wall of the central cavity of the solid storage unit; the rotary separation unit is detachably arranged in the central cavity and is provided with a solid-liquid separation basket which is driven by a rotary motor to rotate around a vertical central shaft, and the solid-liquid separation basket is configured to receive surface accumulated water flowing in from the water inlet through hole and perform solid-liquid separation through the centrifugal effect; generated solid separated matters are conveyed to a storage ring groove, and separated water is conveyed to a drainage branch pipe. According to the water inlet and drainage system, water is removed through standing and centrifugal separation of the solid-liquid separation basket, and solid impurities collected and stored in the annular groove are utilized, so that the solid impurities are prevented from falling into the drainage branch pipe or blocking the solid-liquid separation basket at a well mouth, continuity of filtration and separation is achieved, and subsequent environmental sanitation treatment is facilitated.
本发明提供了一种市政道桥用的进水排水系统，筒状座体顶部设置有平齐于地面的井口、底部设置有与地下输水管道连接的排水支管；固体存放单元的中心空腔内壁有开口向上的存放环槽；旋转分离单元可拆卸的设置在中心空腔内，设置有通过旋转马达驱动而绕竖向中心轴转动的固液分离篮，固液分离篮被配置为承接由进水通孔流入的地面积水，并通过离心作用进行固液分离，将产生的固体分离物输送至存放环槽、分离水输送至排水支管。所提供的进水排水系统，通过固液分离篮的静置沥水、离心分离除水，并利用收集存放环槽的固体杂质，避免了固体杂质落入排水支管或堵塞井口的固液分离篮，实现过滤分离的持续性，并便于后续的环卫处理。
Water inlet and drainage system for municipal road and bridge
The invention provides a water inlet and drainage system for municipal roads and bridges. A wellhead flush with the ground is arranged at the top of a cylindrical seat body, and a drainage branch pipe connected with an underground water conveying pipeline is arranged at the bottom of the cylindrical seat body; a storage ring groove with an upward opening is formed in the inner wall of the central cavity of the solid storage unit; the rotary separation unit is detachably arranged in the central cavity and is provided with a solid-liquid separation basket which is driven by a rotary motor to rotate around a vertical central shaft, and the solid-liquid separation basket is configured to receive surface accumulated water flowing in from the water inlet through hole and perform solid-liquid separation through the centrifugal effect; generated solid separated matters are conveyed to a storage ring groove, and separated water is conveyed to a drainage branch pipe. According to the water inlet and drainage system, water is removed through standing and centrifugal separation of the solid-liquid separation basket, and solid impurities collected and stored in the annular groove are utilized, so that the solid impurities are prevented from falling into the drainage branch pipe or blocking the solid-liquid separation basket at a well mouth, continuity of filtration and separation is achieved, and subsequent environmental sanitation treatment is facilitated.
本发明提供了一种市政道桥用的进水排水系统，筒状座体顶部设置有平齐于地面的井口、底部设置有与地下输水管道连接的排水支管；固体存放单元的中心空腔内壁有开口向上的存放环槽；旋转分离单元可拆卸的设置在中心空腔内，设置有通过旋转马达驱动而绕竖向中心轴转动的固液分离篮，固液分离篮被配置为承接由进水通孔流入的地面积水，并通过离心作用进行固液分离，将产生的固体分离物输送至存放环槽、分离水输送至排水支管。所提供的进水排水系统，通过固液分离篮的静置沥水、离心分离除水，并利用收集存放环槽的固体杂质，避免了固体杂质落入排水支管或堵塞井口的固液分离篮，实现过滤分离的持续性，并便于后续的环卫处理。
Water inlet and drainage system for municipal road and bridge
一种市政道桥用的进水排水系统
LI ZHENGWEI (author) / YE ZHIQIU (author) / HAN NINGNING (author) / BIAN BING (author) / QIAN HAO (author)
2025-01-03
Patent
Electronic Resource
Chinese
Municipal road bridge pavement drainage system and method thereof
| European Patent Office | 2024