A reinforced concrete swing wall assembly with telescopic connection

Abstract

The invention discloses a reinforced concrete swinging wall assembly connected in a sleeve mode. The reinforced concrete swinging wall assembly structurally comprises a reinforced concrete swinging wall, a body frame structure, sleeve connection pieces, a rubber pad and a foundation beam. Two steel sticks are embedded in the lower portion of the reinforced concrete swinging wall and extend out of the wall by a certain length. The steel sticks are inserted into two steel cups embedded in the foundation beam. Inside-wall threaded rods of the same length are embedded in the portions, corresponding to beam central lines of all layers, of the reinforced concrete swinging wall. Steel plates are connected to the two ends of each threaded rod through bolts respectively. The two ends of each threaded rod extend out of a wall body by a certain length. Each sleeve connection piece comprises a ductility threaded rod, two nuts and two sleeves, wherein threads are arranged at the two ends of the ductility threaded rod, the sleeves play a connection role, the ductility threaded rod penetrates through holes in the ends of the sleeves and is screwed through the nuts embedded in the sleeves, and an inside-column threaded rod and the corresponding inside-wall threaded rod are embedded in the sleeves respectively and are screwed through threaded sections and internal threaded sections of the sleeves.

Description

technical field [0001] The invention belongs to the technical field of civil engineering structures, in particular to a sleeve-type connected reinforced concrete swing wall assembly, which can be used not only for anti-seismic reinforcement of existing structures, but also for anti-seismic shock absorption of new buildings. Background technique [0002] The anti-collapse design idea in my country's current building anti-seismic code is reasonable and feasible for most engineering structures. But for important buildings, it should be changed to a repairable design, and finally developed into a recoverable function earthquake-resistant structure. Currently, recoverable functional structures include swing structures, self-resetting structures, and replaceable component structures. The rocking wall is a realization form of the rocking structure. It is combined with the reinforced concrete frame structure, which can effectively control the deformation mode and damage position of...

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