A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Water conservancy project slope protection device
The invention relates to a water conservancy project slope protection device. The device comprises a plurality of protective bricks laid on a slope body, an irrigation assembly is embedded in the slope body, and the irrigation assembly comprises a main pipeline with the bottom end extending into a water source, a branch pipeline, a plurality of irrigation connectors with the two ends arranged in aclosed mode, communicating with the top end of the main pipeline and evenly distributed on the side wall of the branch pipeline, a water pump arranged in the water source and used for supplying waterto the main pipeline, a start switch for controlling the start and stop of the water pump, and a soil humidity sensor for controlling the start switch; and the interior of each protective brick is hollow and forms a water through hole of an annular path, a water injection hole communicating with the water through hole penetrates through the middle of each outer side wall of the protective brick,the water injection holes of the adjacent protective bricks communicate with each other, the plurality of irrigation connectors are inserted into the water injection holes in one side of the top end of the uppermost row of the protective bricks correspondingly, and a plurality of water seepage holes communicating with the water through holes penetrate through the lower end surfaces of the protective bricks. Through monitoring the moisture of soil and automatically irrigating the vegetation, the device has the advantages of saving manpower and ensuring the moisture of the soil.
本发明涉及一种水利工程护坡装置，包括若干铺设在坡体上的防护砖，坡体埋设有灌溉组件，灌溉组件包括底端延伸至水源内的主管道、支管道，两端呈封闭状设置并与主管道的顶端相连通、均匀排布于支管道侧壁上的若干灌溉接口；设置于水源内并为主管道供水的水泵、控制水泵启停的启动开关、控制启动开关的土壤湿度传感器；防护砖的内部中空并形成环状路径的通水孔，防护砖的每个外侧壁的中部均贯穿有与通水孔相连通的注水孔，相邻防护砖的注水孔相互连通，若干灌溉接口分别插入防护砖最上排顶端一侧的注水孔中，防护砖的下端面贯穿有若干与通水孔相连通的渗水孔。通过监控土壤的水分，并自动对植被进行灌溉，具有节省人力且保证土壤润湿度的优点。
Water conservancy project slope protection device
The invention relates to a water conservancy project slope protection device. The device comprises a plurality of protective bricks laid on a slope body, an irrigation assembly is embedded in the slope body, and the irrigation assembly comprises a main pipeline with the bottom end extending into a water source, a branch pipeline, a plurality of irrigation connectors with the two ends arranged in aclosed mode, communicating with the top end of the main pipeline and evenly distributed on the side wall of the branch pipeline, a water pump arranged in the water source and used for supplying waterto the main pipeline, a start switch for controlling the start and stop of the water pump, and a soil humidity sensor for controlling the start switch; and the interior of each protective brick is hollow and forms a water through hole of an annular path, a water injection hole communicating with the water through hole penetrates through the middle of each outer side wall of the protective brick,the water injection holes of the adjacent protective bricks communicate with each other, the plurality of irrigation connectors are inserted into the water injection holes in one side of the top end of the uppermost row of the protective bricks correspondingly, and a plurality of water seepage holes communicating with the water through holes penetrate through the lower end surfaces of the protective bricks. Through monitoring the moisture of soil and automatically irrigating the vegetation, the device has the advantages of saving manpower and ensuring the moisture of the soil.
本发明涉及一种水利工程护坡装置，包括若干铺设在坡体上的防护砖，坡体埋设有灌溉组件，灌溉组件包括底端延伸至水源内的主管道、支管道，两端呈封闭状设置并与主管道的顶端相连通、均匀排布于支管道侧壁上的若干灌溉接口；设置于水源内并为主管道供水的水泵、控制水泵启停的启动开关、控制启动开关的土壤湿度传感器；防护砖的内部中空并形成环状路径的通水孔，防护砖的每个外侧壁的中部均贯穿有与通水孔相连通的注水孔，相邻防护砖的注水孔相互连通，若干灌溉接口分别插入防护砖最上排顶端一侧的注水孔中，防护砖的下端面贯穿有若干与通水孔相连通的渗水孔。通过监控土壤的水分，并自动对植被进行灌溉，具有节省人力且保证土壤润湿度的优点。
Water conservancy project slope protection device
一种水利工程护坡装置
LIU XINJIAN (author) / ZHENG XIANCHENG (author) / TIAN LI (author)
2020-10-09
Patent
Electronic Resource
Chinese