Wall type connection damper connecting member and construction method thereof

Abstract

The invention discloses a wall type connection damper connecting member. The wall type connection damper connecting member comprises embedded parts, angle steel, X-shaped clamping plates, a damper anda box type baffle with two open ends, wherein one group of embedded parts are symmetrically arranged and comprise fixed plates and extended plates; the fixed plates and the extended plates are fixedto form T-shaped structures; two extended plates are arranged in parallel; the number of the angle steel is two; each group of angle steel is fixedly arranged on the edge of the corresponding extendedplate, and the positions of the angle steel on the two extended plates correspond to each other; four ends of the X-shaped clamping plate are respectively and fixedly arranged on two pieces of anglesteel on the same sides of the extended plates; the damper is fixedly arranged between the two extended plates; the inner side of the box type baffle is fixedly connected with the angle steel and wraps the outer sides of the two extended plates and the damper; the fixed plates are positioned at the outer part of the box type baffle. According to the wall type connection damper connecting member disclosed by the invention, the conditions that a traditional construction method is affected by construction field conditions and field worker level, so that the damper cannot be installed to be in place and further cannot reach the expected effects during work are avoided.

Description

technical field [0001] The invention relates to the technical field of building construction, and more specifically relates to a connection damper connection component used for energy dissipation and shock absorption in civil construction and a construction method thereof. Background technique [0002] At present, the seismic action is actually to input seismic energy into the structure, and the seismic energy will not disappear out of thin air, so the structure needs sufficient energy dissipation capacity. Specifically, the energy dissipation and shock absorption technology is to install a damper in a specific part of the structure, so that the damper can dissipate or absorb a large amount of energy input by the earthquake, so as to effectively reduce the seismic response and damage of the main structure. A large number of experiments and engineering examples have proved that compared with the traditional seismic design method, which relies on the ductility and plastic defo...

AI Technical Summary

Problems solved by technology

[0005] In view of this, the present invention provides a wall-type connection damper connection component and its construction method to solve the problem that the original construction method is affected by the conditions of the construction site and the level of the workers on the site, which leads to the improper installation of the damper, resulting in the damper being in place. Doesn't work as expected

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