Steam-curing device for manufacturing fabricated structure and mounting method

Abstract

The invention belongs to the field of building equipment, and discloses a steam-curing device for manufacturing a fabricated structure and a mounting method. The steam-curing device and the mounting method are designed for factory-like manufacturing of prefabricated concrete structure components. The steam-curing device is composed of a steam-curing chamber structure, a steam-curing chamber heat preservation layer, an energy facility, a temperature and humidity control facility, a water recovery facility and a structure movement facility. The steam-curing chamber structure supports a steam-curing chamber roof heat preservation layer, an energy collection plate and a roof water pool. The roof water pool supplies water in the roof water pool to mist spray heads through a water feed pipeline,and the mist spray heads receive commands of a temperature and humidity adjusting and control device and spray mist to a concrete structure component. A temperature and humidity measurement facilityconstantly monitors the temperature and humidity of a steam-curing chamber and feeds back the temperature and humidity to the temperature and humidity adjusting and control device in time, and the temperature and humidity adjusting and control device sends out various action commands to the mist spray heads in time. According to the steam-curing device for manufacturing the fabricated structure, the factory-like manufacturing speed of the prefabricated concrete fabricated structure can be increased, equipment cyclic utilization can be accelerated, energy and water can be saved, and the production efficiency and economic benefits can be improved.

Description

technical field [0001] The steam curing device and installation method for fabricating an assembled structure disclosed by the invention are designed for factory production of prefabricated concrete structural parts, and belong to the field of construction equipment. Background technique [0002] As we all know, the age of conventional concrete is 28 days. In the cast-in-place concrete structure that does not occupy other resources, conventional maintenance can meet the requirements of concrete strength growth; my country's construction industry is undergoing a transition from wet operation to dry operation. Standardized design, factory production, assembly construction, integrated decoration, and intelligent application are imperative; one of the key issues in factory production is the turnover of equipment and materials, and new proposals are made for the growth rate of the strength of concrete components. Requirements, so that the prefabricated concrete components can move ...

AI Technical Summary

Problems solved by technology

[0003] In order to solve the deficiencies of the existing steam curing technology in terms of rapid movement of prefabricated concrete components, rapid increase in

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