Steel concrete integrated building and construction method thereof

Abstract

The invention discloses a steel concrete integrated building and a construction method thereof. The steel concrete integrated building comprises steel roof joists, steel beam column bodies, roof boards, floor boards, outer wallboards, inner wallboards and a foundation structure. The steel roof joists are mounted at the top of the steel beam column bodies, the lower ends of the steel beam column bodies are fixed to the foundation structure, the roof boards cover the steel roof joists, the floor boards are fixedly mounted in the steel beam column bodies along the horizontal direction, the outer wallboards are mounted on the outer sides of the steel beam column bodies, and the inner wallboards are mounted in the steel beam column bodies. The steel roof joists, the steel beam column bodies, the roof boards, the floor boards, the outer wallboards, the inner wallboards and the like are modularly and industrially produced in special factories in advance, then transported to a construction site and finally spatially assembled and mounted by construction personnel by the aid of advanced mounting and positioning equipment according to own standard modularization technology; all structural boards are connected by means of slots, bolts and gluing, so that convenience and quickness in mounting and demounting are achieved.

Description

technical field [0001] The invention relates to the field of design and manufacture of integrated buildings, steel structure buildings and movable houses, in particular to a steel concrete integrated building and a manufacturing method thereof. Background technique [0002] Today's existing traditional civil buildings mainly include brick-concrete structure buildings and reinforced concrete structure buildings. There are many kinds of auxiliary facilities, long construction period, large amount of engineering waste and loud noise, affecting and destroying the surrounding environment, a large waste of engineering materials, and too long enclosure period for safe production, etc., which are not conducive to the effective management of construction units . Moreover, the buildings built by these two types of buildings are basically fixed and cannot be moved. It is difficult to redo or improve if there is a problem in the acceptance during or after construction, and it is even m...

AI Technical Summary

Problems solved by technology

[0002] Today's existing traditional civil buildings mainly include brick-concrete structure buildings and reinforced concrete structure buildings. There are many kinds of auxiliary facilities, long construction period, large amount of engineering waste and loud noise, affecting and destroying the surrounding environment, a large waste of engineering materials, and too long enclosure period for safe production, etc., which are not conducive to the effective management of construction units

Moreover, the buildings built by these two types of buildings are basically fixed and cannot be moved. It is difficult to redo or improve if there is a problem in the acceptance during or after construction.

However, the existing steel structure buildings are too unsatisfactory, and cannot be compared with traditional civil buildings in terms of heat preservation, sound insulation, shape, craftsmanship and functional use.

It is impossible to form a complete set of civil buildings that can meet the needs of civil buildings with various functional and technical indicators, and that can have an industrialized integrated system.

Images