A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Automatic agricultural greenhouse
The invention discloses an automatic agricultural greenhouse, which relates to the technical field of agricultural greenhouses, and comprises a greenhouse frame, a greenhouse film, a dew removing mechanism and a sewage cleaning mechanism. The illumination intensity in the multi-span greenhouse is detected through the photosensitive sensor, the dew removing mechanism is arranged at the side end of the greenhouse frame, and the dirt removing mechanism is arranged on the upper portion of the greenhouse frame and located above the greenhouse film, so that humidity layering of the low-humidity upper layer and the high-humidity lower layer is automatically formed in the inner space of the multi-span greenhouse, and the humidity layering efficiency is improved. The phenomenon that the light transmittance is reduced due to condensation is avoided, the environment humidity required by the growth of agricultural plants is not influenced, the phenomenon that the top greenhouse film is condensed again immediately in the low-humidity upper-layer environment is avoided, and the light transmittance is continuous; meanwhile, a plurality of driven wheels II are driven to synchronously rotate under the transmission of a transmission chain, and a pushing and scraping piece is driven by a two-way screw rod to slide back and forth in a path of a groove connected with the top of the greenhouse film, so that the aim of automatically scraping dust and accumulated snow at the groove connected with the top of the greenhouse film is fulfilled, and the light-transmitting and heat-insulating effects in the greenhouse are further ensured.
本发明公开了一种自动化农业大棚，涉及农业大棚技术领域，包括棚架、棚膜、除露机构以及清污机构。本发明通过光敏传感器检测连栋大棚内的光照强度，并在棚架的侧端设置除露机构，及于棚架的上部且置于棚膜的上方设置清污机构，使得连栋大棚的内部空间自动形成低湿度上层和高湿度下层的湿度分层，既避免了结露而降低透光度又不会影响农植生长所需的环境湿度，且低湿度上层环境下的顶部棚膜不会出现立马再次结露的现象，透光性得以持续；同时传动链的传动下还带动多个从动轮二同步转动，经双向螺杆带动推刮件在棚膜顶部相接凹槽路径内往复滑动，实现自动刮除棚膜顶部相接凹槽处的灰尘和积雪的目的，进一步保证棚内的透光保温效果。
Automatic agricultural greenhouse
The invention discloses an automatic agricultural greenhouse, which relates to the technical field of agricultural greenhouses, and comprises a greenhouse frame, a greenhouse film, a dew removing mechanism and a sewage cleaning mechanism. The illumination intensity in the multi-span greenhouse is detected through the photosensitive sensor, the dew removing mechanism is arranged at the side end of the greenhouse frame, and the dirt removing mechanism is arranged on the upper portion of the greenhouse frame and located above the greenhouse film, so that humidity layering of the low-humidity upper layer and the high-humidity lower layer is automatically formed in the inner space of the multi-span greenhouse, and the humidity layering efficiency is improved. The phenomenon that the light transmittance is reduced due to condensation is avoided, the environment humidity required by the growth of agricultural plants is not influenced, the phenomenon that the top greenhouse film is condensed again immediately in the low-humidity upper-layer environment is avoided, and the light transmittance is continuous; meanwhile, a plurality of driven wheels II are driven to synchronously rotate under the transmission of a transmission chain, and a pushing and scraping piece is driven by a two-way screw rod to slide back and forth in a path of a groove connected with the top of the greenhouse film, so that the aim of automatically scraping dust and accumulated snow at the groove connected with the top of the greenhouse film is fulfilled, and the light-transmitting and heat-insulating effects in the greenhouse are further ensured.
本发明公开了一种自动化农业大棚，涉及农业大棚技术领域，包括棚架、棚膜、除露机构以及清污机构。本发明通过光敏传感器检测连栋大棚内的光照强度，并在棚架的侧端设置除露机构，及于棚架的上部且置于棚膜的上方设置清污机构，使得连栋大棚的内部空间自动形成低湿度上层和高湿度下层的湿度分层，既避免了结露而降低透光度又不会影响农植生长所需的环境湿度，且低湿度上层环境下的顶部棚膜不会出现立马再次结露的现象，透光性得以持续；同时传动链的传动下还带动多个从动轮二同步转动，经双向螺杆带动推刮件在棚膜顶部相接凹槽路径内往复滑动，实现自动刮除棚膜顶部相接凹槽处的灰尘和积雪的目的，进一步保证棚内的透光保温效果。
Automatic agricultural greenhouse
一种自动化农业大棚
LI SHULIN (author) / WU XIAOWEI (author) / ZHANG WEI (author)
2023-08-15
Patent
Electronic Resource
Chinese
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