Greenhouse for planting vegetables

Abstract

The invention relates to a greenhouse for planting vegetables. The greenhouse comprises frameworks, arc-shaped supporting frames and thin film hoods, wherein the arc-shaped supporting frames are arranged above the frameworks; the thin film hoods spread on the outer sides of the frameworks and the arc-shaped supporting frames; in addition, the frameworks comprise vertical frameworks and cross beam frameworks; the thin film hoods comprise greenhouse body side wall hoods and greenhouse body top hoods; the cross beam frameworks comprise cross beam frameworks A and cross beam frameworks B; each cross beam framework A is arranged between every two adjacent vertical frameworks at one side of a greenhouse body; the cross beam frameworks B are arranged by being perpendicular to the cross beam frameworks A. The greenhouse body is also provided with control devices and driving devices; the control devices are arranged on the corresponding vertical frameworks; the driving devices are arranged in the corresponding cross beam frameworks A; the control devices control the driving devices. The greenhouse for planting the vegetables can be artificially controlled to be closed or opened, so that good ventilation conditions are guaranteed; besides, sliding rods are arranged in the greenhouse; transport cases and the like can be easily transported out of the greenhouse through the sliding rods nearby, so that the transporting labor intensity of pickers is greatly reduced, and further the production efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of planting, in particular to a vegetable planting greenhouse. Background technique [0002] Planting vegetables in greenhouses can provide people with a variety of fresh vegetables in non-seasonal seasons, which greatly meets people's living needs. However, for large greenhouses with a single vegetable field in the shed, it has become a big problem to collect mature vegetables in large quantities and transport them to the outside of the shed for loading. [0003] With the adjustment of the agricultural industry structure, large-scale facility agriculture has developed rapidly. However, due to the high summer temperature in the southern greenhouse, it cannot be effectively used, which directly affects the use of agricultural facilities. economic benefits. Moreover, the existing vegetable greenhouses are relatively low in intelligence, unable to realize automatic control, and the labor intensity of farmers ...

AI Technical Summary

Problems solved by technology

And commonly used vegetable greenhouses only use thermal insulation film, but it is rare and inconvenient to clean the attached fallen leaves or debris on the upper surface, which affects its light transmittance. However, the existing greenhouse structure can only be cleaned manually, which is time-consuming and laborious. And easy to damage the insulation film

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