A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention provides a system for collecting and storing rainwater and supplementing underground water and irrigating the field. The system for collecting and storing rainwater and supplementing underground water and irrigating the field comprises a water storage cellar arranged underground. A rainwater collecting unit is integrated on the water storage cellar. The rainwater collecting unit comprises a rainwater collecting port, a rainwater pipe and a water-retaining wall arranged on the top of the water storage cellar. The water-retaining wall is located above the ground. The rainwater collecting port is formed in the inner side of the water-retaining wall and in the direction tilting with the ground. The lower portion of the rainwater collecting port is connected with a rainwater pipeby which rainwater is guided into the water storage cellar. By means of the system, the underground water is supplemented so that a larger storage amount is retained by the underground water; an underground water-saving manner is adopted when the field is irrigated; once drought occurs to grain crops, the field can be irrigated as soon as possible, and production-reduction loss of grains is prevented from being caused; and in addition, a water cellar can be built anywhere, and buildings and farmland planting on the ground are not influenced.
本发明提供了一种雨水收集存储及补充地下水浇地系统，该雨水收集存储及补充地下水浇地系统包括：设置在地面下的蓄水窖，所述蓄水窖上集成有雨水收集单元；所述雨水收集单元包括雨水收入口、雨水管以及设置在所述蓄水窖顶部的挡水墙，所述挡水墙位于地面以上；所述雨水收入口设置在所述挡水墙内侧且沿与地面倾斜的方向设置，所述雨水收入口的下部与将雨水引入到所述蓄水窖中的所述雨水管连接。本发明补充了地下水，使得地下水保有较多蓄存量，浇灌田地采用节约地下水的方式，粮食作物一旦干旱，可以尽快浇灌田地，避免造成粮食减产损失；并且在任何地方所建水窖，不影响地面上的建筑和农田种植。
The invention provides a system for collecting and storing rainwater and supplementing underground water and irrigating the field. The system for collecting and storing rainwater and supplementing underground water and irrigating the field comprises a water storage cellar arranged underground. A rainwater collecting unit is integrated on the water storage cellar. The rainwater collecting unit comprises a rainwater collecting port, a rainwater pipe and a water-retaining wall arranged on the top of the water storage cellar. The water-retaining wall is located above the ground. The rainwater collecting port is formed in the inner side of the water-retaining wall and in the direction tilting with the ground. The lower portion of the rainwater collecting port is connected with a rainwater pipeby which rainwater is guided into the water storage cellar. By means of the system, the underground water is supplemented so that a larger storage amount is retained by the underground water; an underground water-saving manner is adopted when the field is irrigated; once drought occurs to grain crops, the field can be irrigated as soon as possible, and production-reduction loss of grains is prevented from being caused; and in addition, a water cellar can be built anywhere, and buildings and farmland planting on the ground are not influenced.
本发明提供了一种雨水收集存储及补充地下水浇地系统，该雨水收集存储及补充地下水浇地系统包括：设置在地面下的蓄水窖，所述蓄水窖上集成有雨水收集单元；所述雨水收集单元包括雨水收入口、雨水管以及设置在所述蓄水窖顶部的挡水墙，所述挡水墙位于地面以上；所述雨水收入口设置在所述挡水墙内侧且沿与地面倾斜的方向设置，所述雨水收入口的下部与将雨水引入到所述蓄水窖中的所述雨水管连接。本发明补充了地下水，使得地下水保有较多蓄存量，浇灌田地采用节约地下水的方式，粮食作物一旦干旱，可以尽快浇灌田地，避免造成粮食减产损失；并且在任何地方所建水窖，不影响地面上的建筑和农田种植。
System for collecting and storing rainwater and supplementing underground water and irrigating field
一种雨水收集存储及补充地下水浇地系统
LI WENZE (author)
2020-11-20
Patent
Electronic Resource
Chinese
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