House for resisting earthquake, blast wave storm and billow

Abstract

The invention relates to a house which resists earthquakes, shock waves and violent storms. The inner walls and outer walls of the house are all of a cylinder shape or a multilateral cylinder shape; the walls are connected in series through a backbone frame series wall to form a big cylinder shape ore a multilateral cylinder shape, thereby forming a connected whole building complex. Because the house is of a ring-shaped structure as a whole, rings are connected with each other, according to the law that an arched girder is heavy impact resistant, the house has multiaspect fracture resistance, thereby the house has strong capacity to resist the earthquakes and the shock waves; a closed low floor is used as a floating body, the house can be used on land and in water and have strong capacity to resist violent storms. Compared with earthquake-proof structures of the same class, the house can save construction materials greatly (such as steels, cement, sandstones and so on), contribute to energy conservation and emission reduction, and can reduce the construction cost of the house.

Description

Anti-earthquake anti-shock wave anti-wind and huge wave house technical field The invention relates to a building, in particular to an anti-earthquake, anti-shock wave, and anti-storm and huge wave house. Background technique Most of the wall cross-sections of existing houses are rectangular (generally rectangular), and the anti-seismic anti-shock wave anti-gale and huge wave performance is relatively poor. In the prior art, although there are multiple measures that can improve the earthquake resistance of houses, the construction cost will be greatly increased. Contents of the invention The object of the present invention is to provide a house with low construction cost and good anti-earthquake, anti-shock wave and anti-gale waves. The purpose of the present invention is achieved through the following technical solutions: the inner and outer walls are cylindrical or polygonal, and the walls are connected in series through the top beam column frame series wall to form...

AI Technical Summary

Problems solved by technology

Most of the wall cross-sections of existing houses are rectangular (generally rectangular), and the performance of earthquake resistance, shock wave resistance and strong wind and huge waves is poor.

In the existing technology, although there are many measures to improve the earthquake resistance of the house, it will greatly increase the construction cost

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