Assembly type indoor wallboard assembly structure of building main body

Abstract

The invention relates to the technical field of building walls, and discloses an assembly type indoor wallboard assembly structure of a building main body. The structure comprises main keels, one endsof the main keels are fixedly connected with main connecting blocks, the other ends of the main keels are fixedly connected with auxiliary connecting blocks, and one sides of the auxiliary connectingblocks are connected with main rods in a clamped manner. Auxiliary rods are inserted into one ends of the main rods, fixing blocks are fixedly connected to one ends of the auxiliary rods, bearing columns are inserted into one sides of the main connecting blocks, auxiliary keels are inserted into the bottom ends of the bearing columns, fixing connecting blocks are fixedly connected to one ends ofthe auxiliary keels, and fixing threaded holes are formed in the middles of the main connecting blocks. According to the assembly type indoor wallboard assembly structure of the building main body, through the arrangement of the main connecting blocks and the auxiliary connecting blocks, the multiple main keels can be connected with one another, the device can meet the requirement for installationand combination of wall surfaces with different lengths through connection of the multiple main keels, and the installation freedom degree of the device is improved.

Description

technical field [0001] The invention relates to the technical field of building walls, in particular to an assembled indoor wall panel assembly structure of a building main body. Background technique [0002] The building wallboard industry belongs to wall materials. Due to the neat size of the boards and the simple production process, automatic production is adopted, and the output is high. Moreover, the boards are generally large in size and strong in structure. If integral assembly is adopted, the production can be industrialized , product standardization, specification and size modularization, construction assembly, and can maximize the use of solid waste or construction waste to save raw materials. At the same time, the volume density of the board per square meter is lower than that of ordinary sintered bricks, and the wall is lighter in weight and cost-effective. Higher than conventional masonry materials, it is fully in line with the modernization of the housing indus...

AI Technical Summary

Problems solved by technology

[0003] The current functional wall panel industry has just started. The traditional wall panel design is too simple. In addition to the basic structure for support, there are very few user-friendly functions for users. Although there are wall panels with added functions, the structural design Loose, but affects the strength of the wallboard itself

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