Integrated floor module and assembling method thereof

Abstract

The invention mainly discloses an integrated floor module and an assembling method thereof. The integrated floor module comprises a structure module of floor. Equipment system modules, ceiling joists and suspended ceiling boards are sequentially assembled on the lower surface of the structure module from inside to outside; a profiled steel sheet is installed on the upper surface of the structure module, concrete is poured to the upper surface of the profiled steel sheet on site, a floor surface layer is laid on the surface of the concrete, and a finished product of whole floor system is formed. The assembling method includes the steps that the floor system is prefabricated in a factory firstly, then the finished product of the floor system is carried to a construction site, and the floor system is quickly connected with on-site square columns. According to the integrated floor module and the assembling method, modular production of the floor system is achieved, convenience is brought to quick assembly, and industrialization, assembly and standardization of building industry are propelled.

Description

technical field [0001] The invention relates to the technical field of construction, in particular to an integrated floor module and an assembly method thereof. Background technique [0002] my country is vigorously promoting the upgrading of the traditional construction industry, and the construction industry is vigorously developing green buildings and green construction. Therefore, the industrialization and assembly of buildings has become a trend. In the process of traditional building construction, the construction of steel structure floors basically adopts on-site welding and installation. For example, the connection methods of components are mostly connected by welding, or there are some equal-strength bolt connection methods, and the floor slabs can only be constructed on-site. This traditional connection method has low construction efficiency and is greatly restricted in installation and production. It cannot adapt to the future development direction of the construc...

AI Technical Summary

Problems solved by technology

This traditional connection method has low construction efficiency and is greatly restricted in installation and production. It cannot adapt to the future development direction of the construction industry and is contrary to the rapid assembly advocated in the construction industry and the standardization and nodeization of steel structure products.

Therefore, these traditional steel structure construction methods have low assembly efficiency for on-site installation and cannot achieve industrialized mass production of finished products.

Images