Leakage-prevention, energy-conservation and earthquake-resistance wall brick dry hanging construction method

Abstract

The invention relates to a leakage-prevention, energy-conservation and earthquake-resistance wall brick dry hanging construction method. The method comprises the steps of installation of a support limiting device, installation of a bearing hanging groove, a right-angled code, a hanging piece and a baffle plate, installation of wall bricks and installation of a tension resisting frame; the supportlimiting device comprises the bearing hanging groove, the right-angled code, a fixed block, the hanging piece, a hanging beam and the baffle plate; multiple sets of tooth holes are formed in the two sides of the bearing hanging groove; the right-angled code is of an L type structure; teeth matched with the tooth holes are arranged on the two sides of the vertical part of the right-angled code; a long round hole is formed in the horizontal part of the right-angled code; an antiskid groove is formed in the upper surface of the horizontal part; teeth matched with the tooth holes are arranged on the two sides of the fixed block; limiting tooth hooks are arranged at the end parts of the teeth; and a thread hole is formed in the fixed block. The method has the advantages of no welding, no welding spot rusting, firmness and safety; the upper and lower edges of the wall bricks are both arranged in grooves of metal profiles, and back nets are fixed on hanging beams to achieve a dual reinforcingeffect; and the performances of wind resistance, earthquake resistance, water prevention and insulation are excellent.

Description

technical field [0001] The invention belongs to the field of wall surface decoration, and in particular relates to a leak-proof, energy-saving and earthquake-resistant dry-hanging construction method for wall bricks. Background technique [0002] Wall dry hanging is a common construction method for wall decoration in the decoration industry in recent years. There are cases in office buildings, commercial buildings, residential buildings and other buildings. The traditional wall brick dry-hanging construction technology is transformed from the stone dry-hanging construction technology. The wall brick dry-hanging is a low-cost, beautiful and practical wall decoration method. At present, the current dry hanging methods of wall tiles include copper wire plus chemical glue dry hanging, point type dry hanging, corner code plus brick dry hanging and other methods. It will be affected by many factors such as construction materials, quality of construction personnel, construction t...

AI Technical Summary

Problems solved by technology

At present, the current dry hanging methods of wall tiles include copper wire plus chemical glue dry hanging, point dry hanging, corner code plus brick dry hanging and other methods. It will be affected by many factors such as construction materials, quality of construction personnel, construction temperature and humidity environment, and construction progress, resulting in irregular chemical glue deployment, weak dry-hanging bonding of wall tiles, and falling off of wall tiles. After a certain number of years of use, there will be different degrees of phenomenon such as shedding, falling, extrusion, etc.

At the same time, in use, once the wall tiles are damaged, it is difficult to repair

In addition, this type of dry-hanging method of wall tiles is difficult to apply to large-area and super-high wall decorations, and there are problems of poor safety during construction and after being put into use.

Especially in the cold northern regions, wall insulation is required, and it is not safe and reliable to hang on hollow bricks or paste on insulation materials

[0003] The traditional composite point hanging or glue paste, the glue sticks for a long time, the glue is easy to fall off and hurt people due to the thermal expansion and contraction of the wall; the composite point hanging, because the wall is made of hollow bricks, the structural force cannot bear the load of the decorative material Require

Both of the above two methods are difficult to achieve thermal insulation, fire prevention, and leak prevention at the same time, and cannot meet the current national energy conservation and environmental protection requirements

Due to thermal expansion and contraction of the thermal insulation material itself, and most of the existing walls are made of hollow bricks, it brings difficulties to the construction, the quality of the wall cannot be guaranteed, and cold bridges are prone to occur, and the wall is damp, causing indoor moldy walls

Due to the large thermal expansion and contraction value of the thermal insulation material itself, point-type hanging bricks on the surface, cement stained bricks, paint, real stone paint, etc. cannot withstand the thermal expansion and contraction of thermal insulation, and gaps will inevitably appear, causing the wall to collapse. Water leaks in the house, hot and cold air leaks

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