Anti-seismic building

Abstract

The invention provides an anti-seismic building, belongs to the technical field of buildings, and particularly relates to a building which is particularly suitable for a seismic area. The anti-seismic building comprises a building framework and a building wall. The anti-seismic building is characterized in that the building framework is a building supporting framework which is made of steel sectional materials, the building wall comprises a bearing wall and a partition wall, and the bearing wall is arranged between the parts of the building framework; the bearing wall is formed by building of multiple hollow-out armor glass plates, and the multiple hollow-out armor glass plates are adhered through sealing glue. According to the anti-seismic building, due to the fact that a steel sectional material framework and the hollow-out armor glass plates are adopted to serve as basic materials for the building, the mass of the framework is light, and the structure is stable. Due to the fact that the hollow-out armor glass plates are built between the parts of the light framework, when the earthquake happens, due to the breaking mode of the armor glass plates, the danger of the building is relatively small, and the threat cannot occur on the life safety of people. Vacuum armor glass plates or water injection hollow-out armor glass plates have good thermal insulation functions, and the good energy-saving effect is achieved.

Description

Technical field: [0001] The invention relates to an anti-earthquake building, which belongs to the technical field of construction, in particular to a building suitable for earthquake areas. Background technique: [0002] The basic structure of the current buildings is a frame system, and building wall bricks are added. The current building frames are all steel-concrete structures, which are heavy in substance. Once an earthquake occurs, the building frame itself will pose a threat to the human body. Building wall bricks are used for building load-bearing walls, which are also a hazard during earthquakes. [0003] In order to meet the requirements of earthquake resistance, there are many types of earthquake-proof buildings. But at present, the higher the earthquake resistance level of buildings using steel-concrete structures, the higher the construction cost. In addition, some simple anti-earthquake buildings, due to the use of some light materials, although the destruct...

AI Technical Summary

Problems solved by technology

However, the higher the earthquake resistance level of buildings with steel-concrete structures, the higher the construction cost.

In addition, some simple anti-earthquake buildings, because of the use of some light materials, although the destructiveness of the earthquake has been reduced, but the thermal insulation and heat insulation of this type of building are poor, and the use efficiency is relatively poor. The service life of the building materials used is also relatively short, and they can only be used as temporary buildings without long-term use value

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