Dry-hanging wall slab structure

Abstract

The invention discloses a dry-hanging wall slab structure which comprises composite panels and keel frames, wherein the composite panels comprise support slabs and fasteners; the fasteners are connected with the back surfaces of the support slabs; the keel frames comprise keels and adjustors used for adjusting the keels to move relatively closer to or far away from a wall surface; the adjustors are connected with the wall surface and the keels; and the fasteners are in hanging connection with the keels. According to the dry-hanging wall slab structure, positions of the keels are adjusted by the adjustors, and then the composite panels are arranged on the keel frames in a hanging manner to allow the fasteners to be in hanging connection with the keels, so that a construction process of a wall slab can be accomplished quickly, and the field operation time can be reduced; compared with the traditional operation mode, procedures are few, and the efficiency is increased to 2-3 times; in addition, a common worker can accomplish construction operation, and no skillful muddy water slurry and painting technicians are required; and the composite panels are uniform, even and precise in thickness, stable in quality, smooth in surface, and high in leveling precision.

Description

technical field [0001] The invention relates to a dry-hanging wall board structure. Background technique [0002] With the development of economic construction, the construction industry as the pillar of economic construction is also developing rapidly, and the decoration of buildings is becoming more and more exquisite. [0003] The traditional construction method of wall panels is wet operation, that is, the wall panels are pasted on the wall surface by means of mud, water and sand bonding, and then the wall surface is painted, and finally the wall panels are cleaned with a special cleaning agent. There are many technical problems in this installation method: 1. On-site mixing is required to make mud-water slurry. After the wallboard is pasted, it needs to wait for the mud-water slurry to dry. The construction time is long and the efficiency is low; The staff has a high level of proficiency; 3. The thickness of the mud and water slurry and the wallboard cannot be guarante...

AI Technical Summary

Problems solved by technology

There are many technical problems in this installation method: 1. On-site mixing is required to make mud-water slurry. After the wallboard is pasted, it needs to wait for the mud-water slurry to dry. The construction time is long and the efficiency is low; The staff has a high level of proficiency; 3. The thickness of mud and water slurry and wallboard cannot be guaranteed, and the leveling accuracy of the wall surface is low

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