Mounting method of wall type energy dissipation device

Abstract

The invention relates to a mounting method of wall type energy dissipation device, and belongs to the technology and construction field of construction engineering energy dissipation and shock absorption. The method comprises the step of firstly binding lower frame beam rebars and lower concrete connecting wall rebars, then fixing lower pre-buried anchor bars and a locating steel plate, afterwards shoring the frameworks of a lower frame beam and a lower concrete connecting wall, then conducting pouring on the lower frame beam and the lower concrete connecting wall, whereafter mounting adjustable supporting and locating models, upper pre-buried anchor bars, sleeves and upper connecting threaded rods, then binding upper frame beam rebars, upper concrete connecting wall rebars and shoring the frameworks thereof, afterwards conducting pouring on upper frame beam and upper concrete connecting wall, then removing the integral supporting and locating models, then locating H-shaped steel, then connecting the top of the wall type energy dissipation device to the upper connecting wall through the upper threaded rods and the sleeves, uplifting the H-shaped steel by the adjusting effect of middle connecting bolts, finally conducting secondary pouring on microexpanded concrete, and accordingly finishing the mounting of the wall type energy dissipation device. The mounting method of wall type energy dissipation device has the advantages of being convenient to build and simple and fast in detection and replacing after shock.

Description

technical field [0001] The invention relates to a method for installing a wall-type energy dissipator, which belongs to the construction field of energy dissipation and shock absorption technology in construction engineering. Background technique [0002] Earthquake is a very serious natural disaster. During the earthquake, the surface buildings will be distorted and deformed. When the earthquake is relatively strong, they will even collapse, causing huge economic losses and casualties. In order to reduce earthquake disasters in buildings, energy dissipation technology has received extensive attention. [0003] At present, there are many types of energy dissipation and shock absorption products. Wall dampers are favored by designers for their efficient energy dissipation capacity and friendly architectural style. The connection methods are also rich and varied, but most connection methods use steel components, which are expensive , the force transmission mechanism of some c...

AI Technical Summary

Problems solved by technology

[0004] The technical problem to be solved by the present invention is to provide an installation method of a wall-type energy dissipator, which is used to solve the problems of high cost of wall-type energy dissipator connectors, unclear force transmission, and difficu

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