A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses an agricultural greenhouse which comprises at least one greenhouse steel structure frame and a photovoltaic panel at the top of the greenhouse steel structure frame, the top end of the greenhouse steel structure frame is connected with a hollow supporting beam through an extending vertical rod, and a supporting frame parallel to the supporting beam is arranged at the joint of the multiple greenhouse steel structure frames. The bottom face of the supporting frame is connected with a plurality of hollow main supporting rods for being connected with the ground, and the interiors of the main supporting rods communicate with the surface of the supporting frame for collecting rainwater. A photovoltaic panel is installed between the supporting beam and the supporting frame, and the two ends of the supporting beam are used for guiding in air or collected rainwater. The supporting beams are communicated with the interior of the greenhouse steel structure frame through hoses at intervals. The problems of sun shading and power consumption are solved through the photovoltaic panel, rainwater is collected through the W-shaped supporting frame, air and moisture can be supplemented through the supporting beam, and control over the planting environment is achieved.
本发明公开了一种农业大棚，包括至少一个大棚钢构框架和大棚钢构框架顶部的光伏板，所述大棚钢构框架的顶端通过伸出的竖杆连接有中空的支撑梁，多个所述大棚钢构框架交接处设置有与支撑梁平行的支撑架，所述支撑架底面连接多个中空的主支撑杆用于与地面连接，主支撑杆内部与支撑架表面连通用于收集雨水；所述支撑梁和所述支撑架之间安装有光伏板，所述的支撑梁两端用于导入空气或收集的雨水。所述支撑梁间隔地通过软管与大棚钢构框架内部连通。本发明通过光伏板，解决遮阳和电力消耗问题，通过W形支撑架对雨水进行收集，通过支撑梁可以补充空气和水分，实现了种植环境的控制。
The invention discloses an agricultural greenhouse which comprises at least one greenhouse steel structure frame and a photovoltaic panel at the top of the greenhouse steel structure frame, the top end of the greenhouse steel structure frame is connected with a hollow supporting beam through an extending vertical rod, and a supporting frame parallel to the supporting beam is arranged at the joint of the multiple greenhouse steel structure frames. The bottom face of the supporting frame is connected with a plurality of hollow main supporting rods for being connected with the ground, and the interiors of the main supporting rods communicate with the surface of the supporting frame for collecting rainwater. A photovoltaic panel is installed between the supporting beam and the supporting frame, and the two ends of the supporting beam are used for guiding in air or collected rainwater. The supporting beams are communicated with the interior of the greenhouse steel structure frame through hoses at intervals. The problems of sun shading and power consumption are solved through the photovoltaic panel, rainwater is collected through the W-shaped supporting frame, air and moisture can be supplemented through the supporting beam, and control over the planting environment is achieved.
本发明公开了一种农业大棚，包括至少一个大棚钢构框架和大棚钢构框架顶部的光伏板，所述大棚钢构框架的顶端通过伸出的竖杆连接有中空的支撑梁，多个所述大棚钢构框架交接处设置有与支撑梁平行的支撑架，所述支撑架底面连接多个中空的主支撑杆用于与地面连接，主支撑杆内部与支撑架表面连通用于收集雨水；所述支撑梁和所述支撑架之间安装有光伏板，所述的支撑梁两端用于导入空气或收集的雨水。所述支撑梁间隔地通过软管与大棚钢构框架内部连通。本发明通过光伏板，解决遮阳和电力消耗问题，通过W形支撑架对雨水进行收集，通过支撑梁可以补充空气和水分，实现了种植环境的控制。
Agricultural greenhouse
一种农业大棚
FANG CHAO (author)
2022-07-29
Patent
Electronic Resource
Chinese