Frame spinning plug-in type integrated inner partition wall plate and installation method thereof

Abstract

The invention discloses a frame spinning plug-in type integrated inner partition wall plate. The plate is composed of a steel frame, an inner insulation layer, a base layer plate, a surface layer plate, a decorative plate and a frame decoration strip. The steel frame comprises an upper crosspiece, a lower crosspiece, a vertical brace, a horizontal brace tube, a spinning screw pin, a fixing pin, a guide sleeve and a movable pin. The upper crosspiece and the lower crosspiece are vertically connected with the vertical brace. The upper crosspiece is provided with a flanged hole. The vertical brace is provided with a through hole. The horizontal brace tube is fixedly connected with the vertical brace after penetrating through the through hole of the vertical brace. The guide sleeve is vertically connected with the lower crosspiece after penetrating through a through hole of the lower crosspiece. The fixing pin and the through hole of the vertical brace are fixed vertically. The spinning screw pin comprises a screw rod. The screw rod is sleeved with a fixed nut and a movable nut. The fixed nut and the middle of the screw rod are fixedly connected. The frame spinning plug-in type integrated inner partition wall plate has the advantages of being light, thin, high in expressive force, stain-resistant and self-cleaning, A-level fireproofing, anti-knock and anti-cracking, anti-freeze-thaw, acid and alkali resistant, recyclable in using, and low in construction cost.

Description

technical field [0001] The invention relates to a frame spinning and plug-type integrated inner partition board 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] The currently popular inner partition wall panels composed of light steel keel frames and gypsum boards are all constructed on the project site, which not only generates dust and noise to pollute the environment, but also requires secondary decoration, so it is easy to was...

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] The currently popular inner partition wall panels composed of light steel keel frames and gypsum boards are all constructed on the project site, which not only generates dust and noise to pollute the environment, but also requires secondary decoration, so it is easy to waste materials and time-consuming, and does not meet the decoration requirements. The industrial upgrading requirements of the decoration industry on "design standardization, factory production, installation and assembly, and management informationization"

[0004] On the other hand, many people ignore the insulation requirements of the inner partition wall and think it is dispensable, which does not meet the energy-saving requirements of green buildings

[0005] As for the fixing of the inner partition wall board of the frame gypsum board and the civil construction frame, cement mortar or polyurethane foaming agent is usually used for fixing. Although this type of connection is simple, it is not reliable and has poor earthquake resistance. The connection of the civil framework increases the difficulty and cost of on-site construction

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