Reinforced energy-dissipating connection device for prefabricated buildings

Abstract

The invention provides a reinforcing energy-consumption connecting device for a prefabricated fabricated building and belongs to an auxiliary device for a fabricated building. The device is characterized in that the reinforcing energy-consumption connecting device comprises a left connecting plate, a rear connecting plate, first steel strips, second steel strips, first bolt holes and second bolt holes; the left connecting plate and the rear connecting plate are the same in structure, the rear connecting plate is transversely arranged and formed by overlaying an upper right angle plate body and a lower right angle plate body, and the left end section and the right end section of a horizontal panel of the rear connecting plate are provided with the second bolt holes; the left end section and the right end section of a vertical panel are provided with the first bolt holes, the first steel strips and the second steel strips are each a one-fourth-ring-shaped plate, and the inner second steel strips and the outer first steel strips are concentrically arranged; the horizontal panels of the rear connecting plate and the left connecting plate are inserted in the overlaying spaces of the rear end sections and the left end sections of the two first steel strips and the two second steel strips in a corresponding mode, and bolts are mounted for connection; and in use, the reinforcing energy-consumption connecting device is mounted at the connecting position of the building, and the rigidity, integrality and seismic performance of the building are improved.

Description

technical field [0001] The invention belongs to an auxiliary device for an assembled building, in particular to a connection device for a prefabricated assembled building. Background technique [0002] At present, with the development of our country's society and economic growth, in order to maintain the sustainable development of the construction industry, the industrialization of construction, especially prefabricated buildings, has sprung up in China. The construction industry is facing the problems of labor shortage and rapid rise in labor costs. At the same time, Traditional construction methods have also made environmental pollution, resource waste, and large amounts of construction waste more and more prominent. In order to solve these problems, various construction industries have been devoting themselves to the industrialization of construction in recent years, especially the research and development of prefabricated buildings. [0003] Due to the constraints of tra...

AI Technical Summary

Problems solved by technology

[0002] At present, with the development of our country's society and economic growth, in order to maintain the sustainable development of the construction industry, the industrialization of construction, especially prefabricated buildings, has sprung up in China. The construction industry is facing the problems of labor shortage and rapid rise in labor costs. At the same time, Traditional construction methods have also made environmental pollution, resource waste, and large amounts of construction waste more and more prominent. In order to solve these problems, various construction industries have been devoting themselves to the industrialization of construction in recent years, especially the research and development of prefabricated buildings.

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