Building shock absorption structure

Abstract

The invention discloses a building shock absorption structure, and relates to a construction shock absorption structure. The building shock absorption structure is used for solving the problems that due to the fact that an existing floor slab is integrated with walls, columns and beams in a pouring mode or the existing floor slab, the walls, the columns and the beams are close together in a gapless mode, when an earthquake happens, concentrated force collides with a building, and damage which cannot be repaired is caused. According to the building shock absorption structure, a floor slab is supported by a frame beam, a gap with a certain size is reserved between the edge of the floor slab and an adjacent wall or column, the gap is filled with filling materials, a vertical and horizontal interwall is arranged between the floor slab and the portion, on the upper layer, of the frame beam, the vertical and horizontal interwall is formed by vertical strip-shaped reinforced concrete plates in an assembly mode, the upper short edge and the lower short edge of each strip-shaped reinforced concrete plate are respectively of a structure with the outwards-protruding middle, the outwards-protruding structures of the upper short edges of the strip-shaped reinforced concrete plates are connected with frame beam points on the upper layer, the outwards-protruding structures of the lower short edges of the strip-shaped reinforced concrete plates are connected with floor slab points, a gap with a certain size is reserved between the vertical and horizontal interwall and a wall, a gap with a certain size is reserved between the vertical and horizontal interwall and a column, and the gaps are filled with filling materials. The building shock absorption structure is particularly applicable to buildings, such as schools, shopping malls and houses, in earthquake-prone regions.

Description

technical field [0001] The invention relates to a building shock-absorbing structure, in particular to a building body shock-absorbing structure, which belongs to the technical field of building shock resistance. Background technique [0002] The destruction of buildings in earthquakes is the most serious disaster caused by earthquakes. The seismic requirement of buildings is one of the most important factors in the design of building structures. Seismic design basically requires the design and construction of buildings to be strong enough, so there are strict requirements for the entire system and structural nodes, but theory and practice have proved that it is not necessary to blindly increase the number of projects and increase the construction cost. The only direction to improve the anti-seismic effect. A reasonable flexible structure allows non-essential parts to crack under earthquake force, which may have a better effect than rigid buildings. The cost of rigid build...

AI Technical Summary

Problems solved by technology

[0005] In order to solve the problem that the existing floor slabs, walls, columns, and beams are poured as one or close together without gaps, when an earthquake occurs, the concentrated force collides with the building, resulting in irreparable damage, and further provides a building shock absorbing structure

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