Assembled parallel straight-through type sunlight heating curing kiln and installation method thereof

Abstract

The invention relates to an assembled parallel straight-through type sunlight heating curing kiln and an installation method thereof. In an existing prefabricated part supply mode, prefabricated parts are produced in advance through a prefabricated part factory and then conveyed to a construction site through a transport vehicle, the prefabricated part factory is usually far away from the construction site, and the mode prefabricated part factory needs operation cost as an enterprise main body. The assembled parallel straight-through type sunlight heating curing kiln is formed by transversely and/or longitudinally assembling N integrated type steel supporting units (1) of a multi-layer stacking part production die table. Each integrated type steel supporting unit of the multi-layer stacking part production die table is of a rectangular frame structure defined by a plurality of vertical steel supports (5) and a plurality of transverse steel supports (6), each vertical steel support is fixedly provided with a plurality of layers of cantilever guiders in the height direction, and the cantilever guiders, located on the same layer, of the multiple vertical steel supports are the same in height. The installation method is used for the assembled parallel straight-through type sunlight heating curing kiln.

Description

technical field [0001] The invention relates to an assembled parallel through-type sunlight heating curing kiln and an installation method thereof. Background technique [0002] In the existing prefabricated component supply mode, prefabricated components are produced in advance by the prefabricated component factory and then transported to the construction site by transport vehicles. The prefabricated component manufacturer is usually far away from the construction site. As the main body of the enterprise, the prefabricated component manufacturer needs operating costs, such as management The cost of prefabricated components remains high due to personnel wages, profits, etc.; limited by road transportation conditions, it is easy to cause untimely supply of prefabricated components, which affects the construction progress of the construction site. The prefabricated component curing kiln of the prefabricated building production line is set on the fixed factory prefabricated co...

AI Technical Summary

Problems solved by technology

[0002] In the existing prefabricated component supply mode, prefabricated components are produced in advance by the prefabricated component factory and then transported to the construction site by transport vehicles. The prefabricated component manufacturer is usually far away from the construction site. As the main body of the enterprise, the prefabricated component manufacturer needs operating costs, such as management The cost of prefabricated components remains high due to personnel wages and profits; limited by road transportation conditions, it is easy to cause untimely supply of prefabricated components, which affects the construction progress of the construction site

The prefabricated component curing kiln of the prefabricated building production line is set on the fixed factory prefabricated component production line, which is large in size, requires a large equipment foundation, and has a long construction period and high cost; The fuel cost is high, the heat loss is high, the thermal efficiency is low, and the cost of amortization to prefabricated components is high; the curing kiln cannot be moved and reused after completion; the design of the curing kiln is affected by the concept or other factors at the beginning, and it is difficult to transform after completion. Adapt to the continuous improvement or progress of production technology and methods, and restrict the implementation of advanced production concepts

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