Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Hydraulic self-control rainwater diversion device
The invention discloses a hydraulic self-control rainwater diversion device. At the initial stage of rainfall, no water is accumulated in a sewage collection tank, a solid block is located above a second water outlet, and rainwater is discharged through the second water outlet to be subjected to centralized treatment; with the increase of rainfall, accumulated water in the sewage collection tank is gathered, a second combined floating block floats upwards, the solid block moves downwards, when the solid block moves downwards to block the second water outlet, a first water outlet is still shielded by the lower portion of a second light floating block, gathering of the accumulated water is accelerated, the second combined floating block is pushed to continue to float upwards, the water level rises to the lower end of a spherical floating block, and a first combined floating block rises; the second combined floating block floats upwards to a certain height, shielding of the first water outlet is removed, and sewage in the sewage collection tank is discharged into a municipal sewage pipe to be treated; in the middle and later periods, rainwater is continuously converged, the water level in the sewage collection tank rises to a certain degree, the first combined floating block floats upwards to the lower end of a rainwater discharge pipe, a disc floating block blocks most of a water inlet, and most of the rainwater flows into the rainwater discharge pipe; and the device is good in flow diversion effect and convenient in daily management and maintenance.
一种水力自控式雨水分流装置，降雨初期，污水收集箱内没有积水，实块位于排水口二上方，雨水经排水口二排放进行集中处理；随雨量增大，污水收集箱内有积水聚集，组合浮块二上浮，实块向下移动，当实块下移至将排水口二堵住时，排水口一仍被轻质浮块二下部遮挡，积水聚集加速，推动组合浮块二继续上浮，水位上升到球形浮块的下端，组合浮块一上升；组合浮块二上浮至一定高度，排水口一解除遮挡，污水收集箱内的污水排入市政污水管进行处理；中后期雨水不断汇入，污水收集箱内水位升高增高至一定程度，组合浮块一上浮至至雨水排放管下端，圆盘浮块将进水口大部分挡住，雨水大部分流入雨水排放管；本装置弃流效果好、日常管理和维护方便。
Hydraulic self-control rainwater diversion device
The invention discloses a hydraulic self-control rainwater diversion device. At the initial stage of rainfall, no water is accumulated in a sewage collection tank, a solid block is located above a second water outlet, and rainwater is discharged through the second water outlet to be subjected to centralized treatment; with the increase of rainfall, accumulated water in the sewage collection tank is gathered, a second combined floating block floats upwards, the solid block moves downwards, when the solid block moves downwards to block the second water outlet, a first water outlet is still shielded by the lower portion of a second light floating block, gathering of the accumulated water is accelerated, the second combined floating block is pushed to continue to float upwards, the water level rises to the lower end of a spherical floating block, and a first combined floating block rises; the second combined floating block floats upwards to a certain height, shielding of the first water outlet is removed, and sewage in the sewage collection tank is discharged into a municipal sewage pipe to be treated; in the middle and later periods, rainwater is continuously converged, the water level in the sewage collection tank rises to a certain degree, the first combined floating block floats upwards to the lower end of a rainwater discharge pipe, a disc floating block blocks most of a water inlet, and most of the rainwater flows into the rainwater discharge pipe; and the device is good in flow diversion effect and convenient in daily management and maintenance.
一种水力自控式雨水分流装置，降雨初期，污水收集箱内没有积水，实块位于排水口二上方，雨水经排水口二排放进行集中处理；随雨量增大，污水收集箱内有积水聚集，组合浮块二上浮，实块向下移动，当实块下移至将排水口二堵住时，排水口一仍被轻质浮块二下部遮挡，积水聚集加速，推动组合浮块二继续上浮，水位上升到球形浮块的下端，组合浮块一上升；组合浮块二上浮至一定高度，排水口一解除遮挡，污水收集箱内的污水排入市政污水管进行处理；中后期雨水不断汇入，污水收集箱内水位升高增高至一定程度，组合浮块一上浮至至雨水排放管下端，圆盘浮块将进水口大部分挡住，雨水大部分流入雨水排放管；本装置弃流效果好、日常管理和维护方便。
Hydraulic self-control rainwater diversion device
一种水力自控式雨水分流装置
YANG YANGYANG (Autor:in) / QIAN SHENWEN (Autor:in) / DAI QINGSONG (Autor:in) / JIANG WAN (Autor:in) / WU DI (Autor:in) / ZHANG WEILIANG (Autor:in) / XU DEZHI (Autor:in) / FAN XIULEI (Autor:in)
22.10.2021
Patent
Elektronische Ressource
Chinesisch
IPC:
E03F
SEWERS
,
Abwasserkanäle
Buoyancy tank self-control rainwater and sewage diversion device
| Europäisches Patentamt | 2021