Horizontal connecting structure and connecting method of laminated slab type edge component and solid shear wall

Abstract

The invention provides a horizontal connecting structure and connecting method of a laminated slab type edge component and a solid shear wall. At present, for different assembled building constructionmodes, generated economical benefits and social benefits are different. An edge component of a reinforced concrete shear wall structure at a current stage uses a cast-in-place form, and the filed cast-in-place amount is great. The horizontal connecting structure of the laminated slab type edge component and the solid shear wall comprises the prefabricated laminated slab type edge component (1) and the solid shear wall (2), wherein the prefabricated laminated slab type edge component is a 1-shaped edge component or a T-shaped or L-shaped or Z-shaped or U-shaped component formed by the 1-shapededge components; the 1-shaped edge component consists of two layers of prefabricated concrete thin slabs (3); a cavity is formed between the two layers of prefabricated concrete thin slabs; edge component longitudinal steel bars (4) and hoop bars (5) are embedded in the two layers of prefabricated concrete thin slabs; the hoop bars are in a sealed annular shape; and the end parts of the prefabricated laminated slab type edge component are connected with the solid shear wall. The horizontal connecting structure and connecting method are used in the field of building construction.

Description

Technical field: [0001] The invention relates to a horizontal connection structure of a laminated plate edge member and a solid shear wall. Background technique: [0002] Prefabricated buildings have obvious technical advantages over traditional cast-in-place structures, saving labor, saving formwork, saving machinery, improving the quality of life, reducing emissions, reducing pollution, saving construction time, and saving costs. However, for different prefabricated building construction methods, The resulting economic and social benefits are different. At present, the edge components of the reinforced concrete shear wall structure adopt the form of cast-in-place, the prefabricated technology is not perfect, and the amount of cast-in-place is large. It is relatively high and the quality of grouting connection is difficult to guarantee, which poses a safety hazard to the quality of the project. Invention content: [0003] The purpose of the present invention is to provi...

AI Technical Summary

Problems solved by technology

[0002] Prefabricated buildings have obvious technical advantages over traditional cast-in-place structures, saving labor, saving formwork, saving machinery, improving the quality of life, reducing emissions, reducing pollution, saving construction time, and saving costs. However, for different prefabricated building construction methods, The resulting economic and social benefits are different

At present, the edge components of the reinforced concrete shear wall structure are in the form of cast-in-place, the prefabricated technology is not perfect, and the amount of cast-in-place is large. It is relatively high and the quality of the grouting connection is difficult to guarantee, which poses a safety hazard to the quality of the project

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