Anti-seismic low-carbon building structure

Abstract

The invention discloses an anti-seismic low-carbon building structure, which comprises a main building, column bases, a foundation platform and a supporting platform, wherein the main building is fixed on the semispherical foundation platform through the column bases, the foundation platform is connected to the supporting platform; the main building comprises a main body frame, a roof frame and a base frame; the supporting platform comprises a plastic elastic layer, concrete, a concrete foundation, a bidirectional foundation face layer rib, bidirectional foundation side ribs and a bidirectional foundation bottom rib. According to the anti-seismic low-carbon building structure, the foundation platform is semispherical, during earthquake, the semispherical foundation and the upper main body structure integrally swing on a bearing platform, the building structure has no overlarge local stress, and after earthquake, the structure cannot be destroyed; the main building is formed by a hexagonal steel mesh reinforcement frame and has certain elasticity, and the setting direction of the column bases is vertical and obliquely downward, so that acting forces in different directions can be offset during earthquake, and the shear failure is avoided during earthquake.

Description

technical field [0001] The invention belongs to the technical field of buildings, in particular to an anti-seismic and low-carbon building structure. Background technique [0002] Today's building structures at home and abroad are mainly reinforced concrete and bricks. Improving the earthquake resistance of buildings is still achieved by improving the overall stability of buildings after festivals, and improving the overall stability of building structures is achieved by consuming a large amount of building materials. Material to achieve, that is, the use of "hardness" measures to resist the impact of seismic waves. Although humans have known that the amount of building materials used is directly proportional to the level of earthquake resistance, humans still do not know the corresponding relationship between the two quantities, nor can they predict the area, level, and time of occurrence of earthquakes. The amount of building materials used has a certain blindness. When ...

AI Technical Summary

Problems solved by technology

[0004] The purpose of the present invention is to provide an anti-seismic and low-carbon building structure, aiming to solve the problem that the existing building structure still inevitably swings to a certain extent, causing a certain degree of damage to the building structure, especially in the event of a strong earthquake, the building structure will be overwhelmed. Large swings can lead to damage or even collapse of the building structure

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