Whole-spinning plug-pin type integrated inner-partition wall board and installation method thereof

Abstract

The invention relates to a whole-spinning plug-pin type integrated inner-partition wall board and an installation method thereof. The whole-spinning plug-pin type integrated inner-partition wall board comprises a whole core board, a base board, a facing decorative board, spinning screw pins, fixed pins, movable pins, guide sleeves, base plates and decorative frame bars. Blind holes are vertically formed in the centers of the four edges of the whole core board correspondingly, and the blind holes are in clearance fit with or in transition fit with the spinning screw pins, the fixed pins and the movable pins correspondingly; the guide sleeves are installed in the blind holes of the lower edge of the core board, and the guide sleeves are in clearance fit with the movable pins; and the whole core board is sequentially bonded with the base board and the facing decorative board. The whole-spinning plug-pin type integrated inner-partition wall board has the advantages that good light weight, heat preservation, sound insulation, anti-seismic performance and good strength are achieved, and is specifically suitable for the standardized design, the industrialized production, the assembled installation and the informatization management.

Description

technical field [0001] The invention relates to an integrated internal partition wall panel of integral spinning and plug type and an installation method thereof. Background technique [0002] Most of the traditional inner partition walls are composed of steamed concrete blocks, but after the construction of steamed concrete blocks, the plastering layer often appears hollow, cracked and falls off. In addition, the masonry efficiency of aerated concrete blocks is low, the required labor cost is high, and the surface deviation of the masonry body is large. It must be plastered and leveled, increasing construction waste, which does not meet the needs of water-saving, material-saving, and green building development. [0003] At present, the overall light-weight inner partition wall panels are all constructed on the project site, which not only produces dust and noise to pollute the environment, but also needs to be decorated twice, so it is easy to waste materials and waste more...

AI Technical Summary

Problems solved by technology

[0002] Most of the traditional inner partition walls are composed of steamed concrete blocks, but after the construction of steamed concrete blocks, the plastering layer often appears hollow, cracked and falls off

In addition, the masonry efficiency of aerated concrete blocks is low, the required labor costs are high, and the surface deviation of the masonry body is large, so the surface must be plastered and leveled, increasing construction waste, which does not meet the needs of water-saving, material-saving, and green building development.

[0003] At present, the overall light-weight inner partition wall panels are all constructed on the project site, which not only produces dust and noise to pollute the environment, but also needs to be decorated twice, so it is easy to waste materials and waste more man-hours, which does not meet the requirements of the decoration industry on "design standardization, The industrial upgrading requirements of factory production, installation and assembly, and management informationization"

[0004] As for the fixing of the overall lightweight wallboard and the civil construction frame, cement mortar or polyurethane foaming agent is often used for fixing. Although this type of connection is simple, it is not reliable and has poor earthquake resistance. connected, which increases the difficulty and cost of on-site construction

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