A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Rainwater collecting and recycling device for building
The invention discloses a rainwater collecting and recycling device for a building. The rainwater collecting and recycling device comprises a box with an opening in the top face and a blade roller, aplurality of rotating shafts are in the box, a strip-shaped plate is arranged outside the rotating shafts, a rack is outside the box, an air cylinder is connected to one end of the rack, a connectingrod is hinged to the other end of the rack, sliding grooves formed in the two sides of the inner wall of the box, sliding blocks in the sliding grooves, a guide sleeve is on the back face of the box,a movable rod penetrates the guide sleeve, the sliding blocks are connected through a first filter screen, a second filter screen is arranged below the first filter screen, and screen baskets are arranged in front of and behind the second filter screen. The device is started according to the rainfall, rainwater is not collected when the rainfall is small, rainwater is not hindered from nourishinga greening zone, the device is started when the rainfall is large, the impact force of the rainwater can be reduced through the blade roller, ground pits at a water outlet can be avoided, the impact force of the rainwater is fully utilized for movement of the strip-shaped plate and the first filter screen, energy is saved, when the strip-shaped plate is closed, external dust, animal waste and thelike can be prevented from entering the box body, and pollution to the interior of the box body is avoided.
一种建筑用的雨水收集再利用的装置，包括顶面开口的箱体，叶片辊，箱体内有数根转轴，转轴外有条形板，箱体外有齿条，齿条的一端连接气缸，齿条的另一端铰接连杆，箱体内壁两侧开设滑槽，滑槽内有滑块，箱体的背面有导向套，活动杆从导向套内穿过，滑块之间通过第一滤网连接，第一滤网的下有第二滤网，第二滤网的前后有网筐。本装置根据雨量大小启动，雨量较小时不对雨水进行收集，不妨碍雨水滋养绿化地带，雨量较大时启动，且通过叶片辊能够削减雨水的冲击力，从而能够避免排水口处地面坑洼，条形板、第一滤网的运动也充分利用了雨水的冲击力，节省了能源，条形板关闭时，能够防止外界灰尘、动物粪便等进入箱体内，以免对箱体内造成污染。
Rainwater collecting and recycling device for building
The invention discloses a rainwater collecting and recycling device for a building. The rainwater collecting and recycling device comprises a box with an opening in the top face and a blade roller, aplurality of rotating shafts are in the box, a strip-shaped plate is arranged outside the rotating shafts, a rack is outside the box, an air cylinder is connected to one end of the rack, a connectingrod is hinged to the other end of the rack, sliding grooves formed in the two sides of the inner wall of the box, sliding blocks in the sliding grooves, a guide sleeve is on the back face of the box,a movable rod penetrates the guide sleeve, the sliding blocks are connected through a first filter screen, a second filter screen is arranged below the first filter screen, and screen baskets are arranged in front of and behind the second filter screen. The device is started according to the rainfall, rainwater is not collected when the rainfall is small, rainwater is not hindered from nourishinga greening zone, the device is started when the rainfall is large, the impact force of the rainwater can be reduced through the blade roller, ground pits at a water outlet can be avoided, the impact force of the rainwater is fully utilized for movement of the strip-shaped plate and the first filter screen, energy is saved, when the strip-shaped plate is closed, external dust, animal waste and thelike can be prevented from entering the box body, and pollution to the interior of the box body is avoided.
一种建筑用的雨水收集再利用的装置，包括顶面开口的箱体，叶片辊，箱体内有数根转轴，转轴外有条形板，箱体外有齿条，齿条的一端连接气缸，齿条的另一端铰接连杆，箱体内壁两侧开设滑槽，滑槽内有滑块，箱体的背面有导向套，活动杆从导向套内穿过，滑块之间通过第一滤网连接，第一滤网的下有第二滤网，第二滤网的前后有网筐。本装置根据雨量大小启动，雨量较小时不对雨水进行收集，不妨碍雨水滋养绿化地带，雨量较大时启动，且通过叶片辊能够削减雨水的冲击力，从而能够避免排水口处地面坑洼，条形板、第一滤网的运动也充分利用了雨水的冲击力，节省了能源，条形板关闭时，能够防止外界灰尘、动物粪便等进入箱体内，以免对箱体内造成污染。
Rainwater collecting and recycling device for building
一种建筑用的雨水收集再利用的装置
HUA GUANQING (author) / DENG YING (author)
2021-02-26
Patent
Electronic Resource
Chinese
Multifunctional rainwater collecting and recycling device for building
| European Patent Office | 2022