Assembly type filler wall system provided with steel frame and capable of achieving repositionable rigid connection and construction method of system

Abstract

The invention provides an assembly type filler wall system provided with a steel frame and capable of achieving repositionable rigid connection and a construction method of the system. The system comprises the rectangular steel frame composed of steel frame columns and steel frame beams and a precast filler wall plate, and the steel frame is filled with the precast filler wall plate. The upper end of the precast filler wall plate is connected with the upper steel frame beam through a repositionable rigid connection component, and the lower end of the precast filler wall plate is fixed to the lower steel frame beam in a welded mode. A gap between the filler wall plate and the upper steel frame beam, a gap between the filler wall plate and the left steel frame column and a gap between the filler wall plate and the right steel frame column are filled with a flexible material. Plastering layers are arranged on the two side surfaces of the filler wall plate and on the two side surfaces of the flexible material. The installation and construction of a filler wall do not involve any wet work, complete industrialization is achieved, the wall plate can be recycled, and the assembly type filler wall system and the method accord with the currently advocated green construction idea. Compared with an existing masonry filler wall, the masonry time and manpower input are saved, the construction efficiency is improved, installation is convenient and efficient, construction is convenient to implement, and the construction cost is reduced. The assembly type filler wall system and the method can widely used in the construction of an assembly type filler wall with the steel frame.

Description

technical field [0001] The invention relates to the technical field of construction engineering, in particular to a filling wall system and a construction method thereof. Background technique [0002] At present, the materials of infill walls can be roughly divided into three categories: lightweight bricks, masonry, and boards. Most of them use lightweight bricks or blocks to build infill walls. There is no good connection, which consumes a lot of labor. With the increase of labor costs, the traditional method becomes more and more backward; moreover, the masonry infill wall is heavy and has poor seismic performance, and often requires external insulation and craftwork. It is cumbersome and the quality cannot be guaranteed. [0003] The reason for the failure of the infill wall in the steel frame is that under the action of the earthquake, the steel frame and the infill wall cannot be deformed together, mostly because the steel frame and the infill wall are rigidly connecte...

AI Technical Summary

Problems solved by technology

[0004] The purpose of the present invention is to provide an assembled steel frame filling wall system with resettable rigid connection and its construction method, to solve the technical problem that the existing filling wall and steel frame cannot be deformed synergistically, and to solve the problem that the filling wall is self-heavy and cannot be combined with steel A series of technical problems such as good frame connection, poor seismic performance, and no good thermal insulation performance

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