Vegetable greenhouse capable of realizing temperature regulation and rainfall

Abstract

The invention discloses a vegetable greenhouse capable of realizing temperature regulation and rainfall. The vegetable greenhouse comprises a vegetable planting greenhouse and an air supply tower, wherein the planting greenhouse is a closeable rectangular greenhouse body; a rest room is arranged at one end in the planting greenhouse body, and the rest part is a vegetable planting room; the planting greenhouse is provided with a cold air pipe with holes, a glass steel tile plate, a water vapor pipe with holes and a hot air pipe with holes respectively from top to bottom; a support frame is arranged at the top of the air supply tower; a solar photovoltaic panel is fixed on the support frame; an air collection room, a hot air engine mounting room, a cold air engine mounting room and a steam engine mounting room are designed from top to bottom in the air supply tower; a regulator is arranged in the air collection room; a joint of an output air pipe is arranged on an air-out pipe of the air supply tower; and each joint is connected with an input pipe joint on the greenhouse body wall of the vegetable planting greenhouse body through a pipeline. The vegetable greenhouse can realize temperature rise, temperature reduction, sunny day and rainfall and avoids the pollution of harmful gases; and the produced vegetables are pollution-free, and the toxic and side effects are avoided for sure after people eat the vegetables.

Description

Technical field [0001] The invention relates to a vegetable greenhouse, in particular to a vegetable greenhouse capable of regulating temperature and rainfall. Background technique [0002] In recent years, some vegetable production bases and large-scale vegetable farmers have generally adopted greenhouse planting techniques in order to produce different seasons and pollution-free vegetables. In the past, vegetable greenhouses were relatively simple in structure and small in scale. The temperature adjustment and watering methods in the shed were relatively primitive. Although they have more varieties than vegetables grown outside the shed, the yield and quality of vegetables will be better. The degree of pollution is lower, but its cost is relatively high. The potential of the greenhouse has not been fully utilized, and it cannot meet people's requirements for the output, variety, quality and pollution-free pollution of vegetables; it cannot be used for temperature adjustment and...

AI Technical Summary

Problems solved by technology

Vegetable greenhouses in the past have a relatively simple structure and a small scale. The temperature adjustment and watering methods in the shed are still relatively primitive. Although the vegetables grown outside the shed will have more varieties, the yield and quality will be better. The degree of pollution is lower, but its cost is relatively high. The potential of the greenhouse has not been fully utilized, and it cannot meet people's requirements for the output, variety, quality and pollution-free pollution of vegetables; it cannot be used for temperature regulation and rainfall to solve the problem. Drought does not allow vegetable farmers to use it for cooling in summer and heating in winter

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