Construction method of daylighting hyperthermia booth

Abstract

The invention relates to a construction method for a sunlight high-temperature greenhouse. The sunlight high-temperature greenhouse comprises a wall body, a left and a right side walls and a pergola which comprises a plurality of steel frames. The construction method comprises the steps that a ground foundation of the greenhouse is determined and compacted, the wall body, the left and the right side walls are built, an inner ground of the greenhouse is drilled down, an import and an export are dug, the top of the wall body is precast with a concrete layer, the outer side of the wall body is cemented with a brick wall, a pilaster is built at the inner side of the wall body, a pre-buried flat iron of the pilaster is welded with an upright post, an inner wall surface of the wall body, an inner and an outer wall surfaces of the left and the right side walls are cemented with the brick wall, and a front eave of the greenhouse is built with the brick wall. Steel pipes are welded to be the arched steel frames which are welded on the top of the upright post and the brick wall at the front part of the upright post. A back slope between the top of the wall body and the arched steel frames is covered with a heat insulating plate and is precast with the concrete layer. The inner and the outer wall surfaces of the wall body, the left and the right side walls are all cemented with the brick wall by cement. Two layers of the steel pipes are welded to be the arched steel frames. The arched steel frames, the front eave and the wall body are welded. The greenhouse has the advantages of high firmness and favorable heat insulation effect.

Description

technical field [0001] The invention relates to a greenhouse, in particular to a construction method for a solar high-temperature greenhouse. Background technique [0002] Greenhouse technology has been widely used across the country. At present, in many areas, greenhouses are generally composed of bamboo poles, bricks, wood, cement, and plastic films, which have poor firmness, low strength, and short service life; some install pillars in the middle of the greenhouse, although it is beneficial to improve the firmness of the greenhouse. , but it takes up the space of the greenhouse, which affects the actual production: there are also some greenhouses without pillars, but the structure and connectors of the greenhouse brackets themselves are relatively complicated, and the construction difficulty is relatively high; moreover, the insulation effect of the above-mentioned structure greenhouses is relatively poor, and it is difficult to adapt to the current environment. Greenhou...

AI Technical Summary

Problems solved by technology

At present, in many areas, greenhouses are generally composed of bamboo poles, bricks, wood, cement, and plastic films, which have poor firmness, low strength, and short service life; some install pillars in the middle of the greenhouse, although it is beneficial to improve the firmness of the greenhouse. , but it takes up the space of the greenhouse, which affects the actual production: there are also some greenhouses without pillars, but the structure and connectors of the greenhouse brackets themselves are relatively complicated, and the construction difficulty is relatively high; moreover, the insulation effect of the above-mentioned structure greenhouses is relatively poor, and it is difficult to adapt to the current environment. Greenhouse function requirements

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