Quick mounting building and mounting method thereof

Abstract

The invention relates to a quick mounting building and a mounting method thereof. According to a traditional steel structure building, a steel structure is used as a force bearing frame, welding is mainly adopted, and assembly line production cannot be achieved. A traditional prefabricated concrete building and a prefabricated steel structure building have the defects of large component dead weight and large assembly difficulty. The quick mounting building comprises quick mounting wallboards, wherein the quick mounting wallboards include corrugated plates / groove plates, the two side edges of the corrugated plates / groove plates are bent to form connecting columns, the upper ends and the lower ends of the corrugated plates / groove plates are provided with end beams or the upper ends and the lower ends of the corrugated plates / groove plates are connected with cross beams, the horizontal adjacent quick mounting wallboards are assembled and connected through the connecting columns to form a linear wall body or an L-shaped wall body or a T-shaped wall body or a cross-shaped wall body, and a building wall body is jointly formed after the quick mounting wallboards are assembled and connected; the end beams or the cross beams which are located on the top of the building wall body are connected with a roof; the end beams or the cross beams which are located at the bottom of the building wall body are connected with a foundation or are connected with the foundation through base beams; and the quick mounting building comprises doors and windows, and a heat preservation and insulation layer is installed on the peripheral building wall body.

Description

technical field [0001] The invention belongs to the technical field of structural engineering, and relates to a low-rise building with low energy consumption and fast installation. It is suitable for the construction of low-rise buildings, exhibition halls, villas, temporary hospitals, field barracks, etc. Background technique [0002] In the construction of traditional concrete buildings, a large amount of high-energy-consuming building materials such as sand and cement are used, which cannot be recycled after reaching the end of their service life, causing a great burden on the ecological environment. In traditional steel structure buildings, the steel structure mainly plays the role of frame support, and walls still need to be filled in the frame, resulting in high overall cost and high energy consumption. The traditional concrete building concrete material is relatively brittle, and it is easy to collapse in the event of a strong earthquake, posing a threat to life and ...

AI Technical Summary

Problems solved by technology

[0002] In the construction of traditional concrete buildings, a large amount of high-energy building materials such as sand and cement are used, which cannot be recycled after reaching the end of their service life, causing a great burden to the ecological environment

In traditional steel structure buildings, the steel structure mainly plays the role of frame support, and the frame still needs to be filled with walls, resulting in high overall cost and high energy consumption

The traditional concrete building concrete material is relatively brittle, and it is easy to collapse in the event of a strong earthquake, posing a threat to life and property

[0003] In traditional steel structure buildings, the steel structure is used as a load-bearing frame. There is no brace in the middle of the steel structure, which has poor stability and poor earthquake resistance.

Although traditional steel structural parts are produced in factories, they are still mainly welded and cannot be produced in an assembly line.

Traditional concrete prefabricated buildings and steel structure prefabricated buildings have heavy components and difficult assembly

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