A method for constructing an aluminum-plastic composite light-weight structure building with an earthquake isolation device

Abstract

The invention aims at achieving the purposes of energy conservation, emission reduction, earthquake resistance and hazardous reduction by building light structure buildings. An aluminum plastic composite material, a reinforced concrete frame and a light thermal insulation material are allocated integrally, steel cement tile sandstone are mostly replaced, and therefore whole weight of the building is reduced by higher than one twice, and a new building craft process is formulated according to the feature. The aluminum plastic composite material comprises a plastic clip aluminum composite board and a big caliber aluminum plastic composite tube, the plastic clip aluminum composite board is manufactured by a full-automatic production line of the plastic clip aluminum composite board, and the big caliber aluminum plastic composite tube is manufactured by the full-automatic production line of an aluminum plastic composite tube. By utilizing a specially-made clamp device to strengthen tensile property of a floor spacing board, and scientifically utilizing a triangular inclined strut to strengthen building integrity, and therefore powerful breaking stress from any directions is resisted. The aluminum plastic composite material is not only self combustion resistant, but also extinguishes fire depending on self functions. The earthquake isolation device is manufactured at the premise of great weight reduction to consume earthquake wave in an invisible mode. A compression spring type elastic composite pier with a good elastic function and an elastic restoration function is arranged on the upper portion of the earthquake isolation device, and a specially-made universal wheel which can transform linear motion to rotary motion and eliminate elastic deformation and horizontal deformation.

Description

technical field [0001] This patent belongs to the "building field", and its purpose is to achieve the goals of "earthquake resistance and disaster reduction" and "energy saving and emission reduction" by building "light structure" buildings. The aluminum-plastic composite materials used in the patent include "plastic sandwich aluminum composite board" (hereinafter referred to as "clamped aluminum board") and "large-caliber aluminum-plastic composite pipe row" (hereinafter referred to as "pipe row"), which are combined with reinforced concrete The comprehensive configuration of "building frame" and "light insulation materials" replaces most of cement, steel, brick, tile, sand, stone and wood, reducing the overall weight of the building by more than 1 / 2 compared with the traditional building model. Based on this The use of new materials has triggered the birth of "new architectural models", "new architectural methods" and "new architectural processes". At the same time, under t...

AI Technical Summary

Problems solved by technology

Nowadays, in order to enhance the earthquake resistance of buildings (especially high-rise buildings), the hollow prefabricated slabs are cancelled, and the "integral pouring" of reinforced concrete is carried out on the building frame and floor partition boards. The "heavy structure" buildings piled up with masonry, sand and mud have an earthquake fortification standard of "level 8", which means that once a devastating earthquake over magnitude 8 occurs, they will still be helpless, and it is even more difficult to be rescued

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