Side elevation system of aluminum alloy house

Abstract

The invention relates to a side elevation system of an aluminum alloy house. Four aluminum alloy vertical columns are arranged on a side elevation at intervals, The portions, in the middle of the height position of the side elevation, of the four aluminum alloy vertical columns are provided with aluminum alloy beams in a connected mode, and then a bottom layer structure and a secondary layer structure of the aluminum alloy house are formed. An aluminum alloy balcony column is arranged on the outermost layer of the bottom layer, and a bottom layer auxiliary room space and a secondary layer balcony are formed through the installed aluminum alloy beams. An aluminum alloy balcony railing is arranged on the front outer side of the secondary balcony. Aluminum alloy windows are arranged on the bottom layer and the secondary layer. A roof is composed of an aluminum alloy ring beam, roof aluminum alloy secondary beams and roof aluminum alloy purlines. The roof of the side elevation is arranged to be a slope-shaped roof. An aluminum alloy wallboard combined frame is fastened to the aluminum alloy vertical columns or the aluminum alloy beams via fasteners through an aluminum alloy combined wallboard. The side elevation is simple in arrangement structure and structural connection, short in construction period and convenient to install.

Description

technical field [0001] The invention belongs to the field of building structures, and relates to an aluminum alloy structure house, in particular to a structure of a lateral facade system of an aluminum alloy house. Background technique [0002] In architectural design, it is always hoped to have a large-span space without vertical structure, which can be flexibly partitioned according to needs, so that the interior layout is diversified. Traditional houses limit the freedom of spatial arrangement due to the nature of the materials used. If the bay is too large, the thickness of the floor slab will be too large, and the cross-section of beams and columns will be too large, which will not only affect the aesthetics of the interior, but also increase the weight of the structure and increase the investment in civil engineering. It is planned to change the layout of the designed walls when moving in and decorating, but most of the walls cannot be dismantled or displaced, which ...

AI Technical Summary

Problems solved by technology

Traditional houses limit the freedom of spatial arrangement due to the nature of the materials used

If the bay is too large, the thickness of the floor slab will be too large, and the cross-section of beams and columns will be too large, which will not only affect the aesthetics of the interior, but also increase the weight of the structure and increase the investment in civil engineering

It is planned to change the layout of the designed walls when moving in and decorating, but most of the walls cannot be dismantled or displaced, which not only increases the economic burden, but also increases the hidden dangers due to damage to the load-bearing walls

[0003] Traditional concrete buildings need to use a lot of concrete and bricks and tiles. The foundation construction takes a lot of soil, and it is necessary to dig mountains around the city, which consumes the precious resource of land and is not conducive to environmental protection.

[0004] The existing steel structure building is heavy, the material cost is high, and the basic cost is increased, which makes the investment of the whole project higher

In traditional buildings and steel structure buildings, heat insulation, sound insulation, waterproof and fire prevention measures are not taken for keels, wall panels, doors and windows and other components

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