A horizontal self-locking assembled wall panel and its construction method embedded in a building wall

Abstract

The invention relates to a horizontal self-locking assemble wallboard and a construction method of a horizontal self-locking assemble wallboard embedded into a construction wall body. The horizontal self-locking assemble wallboard is prepared by compounding a glass fiber grid cloth surface enhanced flow-state micropore lightweight concrete basal body and a rock wool heat preservation core plate, wherein the micropore lightweight concrete slurry and the rock wool heat preservation core plate are integrally subjected to gapless tight compounding and one-time pouring moulding; convex groove tenons and concave groove tenons are arranged at the left side, the right side, the upper part and the bottom part of the basal body; during wall formation, the wallboard is combined with each light steel keel having the same size as that of the cross section of each concave-convex tenon, and the light steel keels are placed in the concave-convex tenons of the assemble wallboard so as to form a lightweight wall body embedded with the light steel keels. By utilizing the structural characteristics, the technical problem that steel-structured construction is quickly assembled and constructed to form the wall body is solved, and the wallboard has the characteristics of light weight, high strength, seismic resistance, heat insulation and heat preservation. The steel structure systems can be used for constructing the wall body project having multifunctional requirements on relatively high seismic resistance, energy conservation, fireproofing and the like.

Description

technical field [0001] The invention relates to a multifunctional light-weight wallboard with all four sides fully mortised and horizontally self-locking assembled for internal and external wall engineering of buildings and a construction method for the wall body embedded with light steel keels. It is especially suitable for internal and external wall engineering of steel structure and reinforced concrete frame structure buildings. Background technique [0002] At present, my country's construction industry is developing rapidly, and high-rise and super high-rise buildings emerge in endlessly. Steel structure buildings are fast in construction, good in earthquake resistance, and strong in reusability. It is in line with the national economic and industrial policy of resource recycling. Steel structure buildings place ever-increasing demands on the light load and versatility of building materials. It needs light weight and high strength, energy saving, heat preservation and...

AI Technical Summary

Problems solved by technology

Although the block can be used for building interior and exterior wall enclosure, which integrates energy saving, thermal insulation, and heat insulation, the block fails to solve the problem of the assembly structure of the filling part and the beam and column part of the wall and the structural "cold ( Thermal) bridge” problem, and it is impossible to set the wall tie reinforcement, the earthquake resistance is poor, the wall made of this block can not meet the requirements of steel structure and reinforced concrete structure, and all parts of the wall can be self-locking and assembled The wall can be formed into a wall, and the wall tie reinforcement can be installed to meet the ideal degree of seismic requirements.

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