Earthquake resistance, insulation and decoration integrated plate system

Abstract

The invention belongs to the technical field of insulation of external walls of buildings, and in particular discloses an earthquake resistance, insulation and decoration integrated board system which comprises an integrated board formed by an insulation board and an outer decorative board, characterized in that fixing bolts for connecting the insulation board with the outer decorative board are arranged on the integrated board; the fixing bolts extend out from the inside surface of the integrated board; hangers bent in an right angle are vertically connected with the fixing bolts through bolt holes; fixing gaskets and fixing helicoids are arranged closely to the hangers on the fixing bolts; profiled grooves are arranged on the horizontal surfaces of the hangers; connecting bolts are movably arranged in the profiled grooves; and L-shaped pieces of strip-shaped grooves on two sides are connected with the hangers through the connecting bolts. The integrated plate system provided by the invention is simple in structure, convenient in use and stable in overall connection, has long service life and good fixing effect and earthquake resistance, and is suitable for wide popularization and application.

Description

(1) Technical field [0001] The invention belongs to the technical field of thermal insulation of building exterior walls, and in particular relates to an integrated panel system with anti-seismic thermal insulation and decoration. (2) Background technology [0002] With the rapid development of the economy and the rapid growth of energy demand, the form of energy is very severe. "Energy saving priority" has become a strategic decision for energy development. India vigorously promotes energy-saving technologies in various fields in the country, and implements mandatory building energy-saving standards in the construction field. [0003] The current insulation board is usually directly combined with the insulation layer and the outer facing layer in parallel. Because the materials of the insulation layer and the facing layer are different, when the outside temperature changes, the deformation of the insulation layer and the facing layer is quite different. It is easy to gener...

AI Technical Summary

Problems solved by technology

[0003] The current insulation board is usually directly combined with the insulation layer and the outer facing layer in parallel. Because the materials of the insulation layer and the facing layer are different, when the outside temperature changes, the deformation of the insulation layer and the facing layer is quite different. It is easy to generate deformation stress between the two, resulting in gaps between the insulation layer and the facing layer, resulting in hollowing and delamination, which not only seriously affects the insulation performance of the insulation board, but also shortens the use of the insulation board life

[0004] At the same time, when the insulation board is installed, mortar and adhesive are often used for external adhesion, which has poor safety performance and durability, and is prone to quality problems such as cracks and falling off.

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