Industrialization energy-saving building house

Abstract

The invention discloses an industrialized energy-saving building which comprises a load-carrying frame, an enclosing exterior wall, a floor cover slab and a roof cover plate; the enclosing exterior wall is formed by the assembly of entirely prefabricated composite exterior wall boards and fixed on the load-carrying frame of a main body by a shock-resistance and energy-dissipation connecting part. The building is an industrialized energy-saving building which lessens construction energy consumption, water consumption and work area, saves construction material, reduces construction noise and the influence of dust on the environment and the ecology, shortens the construction period, has function of shock resistance and energy dissipation and is capable of saving energy, material, water, land and protecting environment.

Description

technical field [0001] The present invention relates to a building house, in particular to a wall, floor slab, internal partition wall and various facilities combined with a steel structure frame system or a reinforced concrete frame system with good ductility, and an industrialized energy-saving building produced in an industrialized manner houses. Background technique [0002] With the development of the economy and the improvement of people's living standards, the area of ​​residential construction reaches more than 1 billion square meters every year. At present, the domestic construction market is still the traditional reinforced concrete structure system, using various masonry materials and on-site wet work as the main construction method. This construction method consumes a large amount of wood as the bottom formwork and supporting materials, which has high energy consumption, low construction efficiency, long construction time, large noise and a large amount of dust,...

AI Technical Summary

Problems solved by technology

This construction method consumes a large amount of wood as the bottom formwork and supporting materials, which has high energy consumption, low construction efficiency, long construction time, large noise and a large amount of dust, and has a great impact on the surrounding environment.

In addition, the masonry materials used in the traditional reinforced concrete structure system houses have a large weight and poor ductility. It is necessary to configure more steel materials in the reinforced concrete structure to meet the seismic requirements. The thermal conductivity coefficient of the wall is relatively large, which cannot meet the requirements for energy saving. It is necessary to add a heat insulation and cold protection layer on the wall.

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