Self-resetting energy consumption wall structure with storage function

Abstract

The invention discloses a self-resetting energy consumption wall structure with a storage function. The self-resetting energy consumption wall structure comprises resetting energy consumption supportsarranged in a wall body frame and is characterized in that a wall cabinet is arranged in the wall body frame and is closed into a wall body structure through a front wall plate and a rear wall plate,and the front wall plate and the rear wall plate are fixed to angle steel welded to the wall body frame through bolts; an opening in embedding fit with the wall cabinet is formed in the front wall plate; and the wall cabinet is arranged in the space of the wall body frame after being fixed to the rear wall plate through bolts and is closed into the wall body structure through the rear wall plateand the front wall plate. Compared with the prior art, the self-resetting energy consumption wall structure has the advantages that the wall body structure is simple, assembly is convenient, conciseness and attractiveness are achieved, energy consumption capacity is high, and the storage space is large; the self-resetting energy consumption wall structure can be self-repaired, the residual interlayer displacement angle of the structure is reduced effectively, the repairing cost is lowered, and standardization, industrialization and integration are easy to achieve; and wet operation is avoidedthrough assembly type construction, and the self-resetting energy consumption wall structure is especially suitable for large space buildings.

Description

technical field [0001] The invention relates to the technical field of building wall structures, in particular to a self-resetting energy-dissipating wall structure with a storage function. Background technique [0002] Traditional residential buildings and public buildings in my country are mainly reinforced concrete structures, which have a large structure, relatively small depth and bays, thick beams and columns, and low space utilization. If the size of the beams and columns is reduced, and the depth and bay size are enlarged, the building's seismic capacity will be greatly reduced, and it will be difficult to meet the safety requirements of the building structure. Moreover, the residual deformation after the earthquake will make the building unable to meet the limit state of normal use, making demolition inconvenient. The cost of demolition is high, so it is an important trend in the development of buildings and structures to develop a new type of prefabricated structur...

AI Technical Summary

Problems solved by technology

[0002] my country's traditional residential buildings and public buildings are mainly reinforced concrete structures, which have a large structure, relatively small depth and bay, thick beams and columns, and low space utilization.

If the size of the beams and columns is reduced, and the depth and bay size are enlarged, the building's seismic capacity will be greatly reduced, and it will be difficult to meet the safety requirements of the building structure. Moreover, the residual deformation after the earthquake will make the building unable to meet the limit state of normal use, making demolition inconvenient. The cost of demolition is high, so it is an important trend in the development of buildings and structures to develop a new type of prefabricated structural system that is durable, fast in construction, high in space utilization, easy to remodel, easy to dismantle, and reusable in materials.

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