A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a water storage and drainage ecological structure of an environment-friendly roof, belongs to the technical field of sponge cities, and aims to solve the problems that in the prior art, when the rainy weather comes, rainwater is mostly absorbed through vegetation on the roof, but the rainwater cannot be absorbed again after the rainwater in the vegetation is saturated due to the limited absorption capacity of the vegetation, and when the rainfall is large, the rainwater cannot be absorbed again. The flood-proof building comprises a building frame, and the inner wall of the building frame is fixedly connected with a roof plate; rainwater permeates downwards through the vegetation layer on the upper surface of the planting plate and drips downwards through the water leakage groove, the downwards-dripped rainwater flows to the bottom of the vegetation planting frame through the drainage groove and enters the water tank through the water inlet hole, meanwhile, the drainage pipe is in an open state by rotating the control valve, and water in the water tank is drained through the drainage pipe. Therefore, rainwater on the upper surface of the roof plate can be conveniently collected and discharged, and the situation that a community floods due to much rainwater in rainy seasons is avoided.
本发明公开了一种环保屋顶的蓄水和排水生态结构，属于海绵城市技术领域，在现有的技术中，当雨水天气来临时，大多通过楼顶的植被来吸收雨水，但由于植被的吸收能力有限，当植被中的雨水饱和后，无法再吸收雨水，当雨量较大时，容易导致小区因排水不及时而发生洪涝，包括建筑框架，建筑框架的内壁固定连接有楼顶板；雨水通过种植板上表面的植被层向下渗透，并经漏水槽向下滴落，向下滴落的雨水通过排水槽流动至植被种植框的底部，并经进水孔进入水箱内，同时，通过旋钮控制阀，使排水管处于打开状态，水箱内的水通过排水管排出，从而方便的实现了楼顶板上表面雨水的收集及排放，进而避免了雨季时因雨水较多而导致小区发生洪涝。
The invention discloses a water storage and drainage ecological structure of an environment-friendly roof, belongs to the technical field of sponge cities, and aims to solve the problems that in the prior art, when the rainy weather comes, rainwater is mostly absorbed through vegetation on the roof, but the rainwater cannot be absorbed again after the rainwater in the vegetation is saturated due to the limited absorption capacity of the vegetation, and when the rainfall is large, the rainwater cannot be absorbed again. The flood-proof building comprises a building frame, and the inner wall of the building frame is fixedly connected with a roof plate; rainwater permeates downwards through the vegetation layer on the upper surface of the planting plate and drips downwards through the water leakage groove, the downwards-dripped rainwater flows to the bottom of the vegetation planting frame through the drainage groove and enters the water tank through the water inlet hole, meanwhile, the drainage pipe is in an open state by rotating the control valve, and water in the water tank is drained through the drainage pipe. Therefore, rainwater on the upper surface of the roof plate can be conveniently collected and discharged, and the situation that a community floods due to much rainwater in rainy seasons is avoided.
本发明公开了一种环保屋顶的蓄水和排水生态结构，属于海绵城市技术领域，在现有的技术中，当雨水天气来临时，大多通过楼顶的植被来吸收雨水，但由于植被的吸收能力有限，当植被中的雨水饱和后，无法再吸收雨水，当雨量较大时，容易导致小区因排水不及时而发生洪涝，包括建筑框架，建筑框架的内壁固定连接有楼顶板；雨水通过种植板上表面的植被层向下渗透，并经漏水槽向下滴落，向下滴落的雨水通过排水槽流动至植被种植框的底部，并经进水孔进入水箱内，同时，通过旋钮控制阀，使排水管处于打开状态，水箱内的水通过排水管排出，从而方便的实现了楼顶板上表面雨水的收集及排放，进而避免了雨季时因雨水较多而导致小区发生洪涝。
Water storage and drainage ecological structure of environment-friendly roof
一种环保屋顶的蓄水和排水生态结构
2022-04-29
Patent
Electronic Resource
Chinese
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