A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses an intelligent adjusting greenhouse structure. The intelligent adjusting greenhouse structure comprises a greenhouse framework, covering tarpaulin, a door plate, a slope, an observation window and a solar panel adjusting device, wherein the greenhouse framework is made of light steel of a rectangular structure, the covering tarpaulin is laid on the surface of the greenhouse framework, a hinged and fixed door plate is installed on the left side of the front end face of the greenhouse framework, a welded and fixed slope is installed at the bottom of the greenhouse framework, an integrally-formed rectangular observation window is installed at the right end of the door plate, and an embedded solar panel adjusting device is installed at the top end of the greenhouse framework. Through reasonable design, photovoltaic power generation can be achieved in the daytime by effectively utilizing angle adjustment of the solar panel, illumination in the greenhouse is not affected, heat preservation can be conducted on the interior of the greenhouse by turning over the cover at night, filtering power generation is conducted without power through falling of water flow, natural resources are effectively utilized, and energy conservation and environment protection are achieved.
本发明公开了一种智能调节大棚结构，包括大棚骨架、覆盖篷布、门板、斜坡、观察窗、太阳能板调节装置，所述大棚骨架为矩形结构的轻钢材质制成且表面铺设有覆盖篷布，所述大棚骨架正端面左侧安装有铰接固定的门板且底部安装有焊接固定的斜坡，所述门板右端安装有一体式成型的矩形观察窗，所述大棚骨架顶端安装有内嵌式太阳能板调节装置。本发明通过合理化的设计有效地利用太阳板的角度调节在白天能够光伏发电且不影响大棚内部光照，晚上能够翻盖对大棚内部进行保温且无动力地利用水流下落进行过滤发电有效地利用自然资源，节能环保。
The invention discloses an intelligent adjusting greenhouse structure. The intelligent adjusting greenhouse structure comprises a greenhouse framework, covering tarpaulin, a door plate, a slope, an observation window and a solar panel adjusting device, wherein the greenhouse framework is made of light steel of a rectangular structure, the covering tarpaulin is laid on the surface of the greenhouse framework, a hinged and fixed door plate is installed on the left side of the front end face of the greenhouse framework, a welded and fixed slope is installed at the bottom of the greenhouse framework, an integrally-formed rectangular observation window is installed at the right end of the door plate, and an embedded solar panel adjusting device is installed at the top end of the greenhouse framework. Through reasonable design, photovoltaic power generation can be achieved in the daytime by effectively utilizing angle adjustment of the solar panel, illumination in the greenhouse is not affected, heat preservation can be conducted on the interior of the greenhouse by turning over the cover at night, filtering power generation is conducted without power through falling of water flow, natural resources are effectively utilized, and energy conservation and environment protection are achieved.
本发明公开了一种智能调节大棚结构，包括大棚骨架、覆盖篷布、门板、斜坡、观察窗、太阳能板调节装置，所述大棚骨架为矩形结构的轻钢材质制成且表面铺设有覆盖篷布，所述大棚骨架正端面左侧安装有铰接固定的门板且底部安装有焊接固定的斜坡，所述门板右端安装有一体式成型的矩形观察窗，所述大棚骨架顶端安装有内嵌式太阳能板调节装置。本发明通过合理化的设计有效地利用太阳板的角度调节在白天能够光伏发电且不影响大棚内部光照，晚上能够翻盖对大棚内部进行保温且无动力地利用水流下落进行过滤发电有效地利用自然资源，节能环保。
Intelligent adjusting greenhouse structure
一种智能调节大棚结构
CHENG MEI (author)
2021-12-31
Patent
Electronic Resource
Chinese
Illumination and humidity adjusting equipment for vegetable greenhouse
| European Patent Office | 2020