Industrialized environment-friendly anti-seismic exquisite building

Abstract

An industrialized environment-friendly anti-seismic exquisite building is produced by a building in an industrialized mode and rapidly assembled on a construction field. The construction mode that light steel-frame standard boards are utilized to achieve the structure of the building completely overturns traditional and original rough building construction modes and existing building industrialization ideas in the world, and buildings become industrial products which can be produced in an industrialized mode. The industrialized environment-friendly anti-seismic exquisite building is extremely high in industrialization degree, extremely strong in operability of transportation and installation, extremely few in resource and energy loss, extraordinary in seismic damage resistant performance and low-energy characteristic, light, environment-friendly, beautiful and exquisite in appearance, and capable of breaking through the architectural patterns that buildings are monopolized by 'Qin brick and Han tile' and high-rise buildings are mainly guided by high-energy-consumption glass curtain walls. The industrialized environment-friendly anti-seismic exquisite building brings a real technical revolution.

Description

Technical field [0001] The invention relates to an industrially produced lightweight green building with anti-seismic, energy-saving and artistic appearance, especially a green anti-seismic exquisite building that is quickly assembled on the construction site from light standard boards produced in factories and capable of forming building structures. technical background [0002] Although modern construction technology has made great progress, the construction of buildings still has not got rid of the original production methods of labor-intensive and rough construction, especially buildings with masonry walls and a large number of reinforced concrete structures. The weight of rice reaches and exceeds 1500 kg, which not only causes serious environmental disasters (the carbon emissions of building construction in urbanization reach half of the total carbon emissions of the national economy), but also leads to huge building earthquake destructive power (F=ma, building earthquak...

AI Technical Summary

Problems solved by technology

[0002] Although modern construction technology has made great progress, the construction of buildings still has not got rid of the original production methods of labor-intensive and rough construction, especially buildings with masonry walls and a large number of reinforced concrete structures. The weight of rice reaches and exceeds 1500 kg, which not only causes serious environmental disasters (the carbon emissions of building construction in urbanization reach half of the total carbon emissions of the national economy), but also leads to huge building earthquake destructive power (F=ma, building earthquake destructive power F is proportional to the weight of the building m), causing abnormally severe earthquake disasters. The excessive weight of Chinese buildings is the root cause of Wenchuan, Yushu and Yingjiang earthquake disasters

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