Wall brick installation structure and wall brick installation method

Abstract

The invention discloses a wall brick installation structure which comprises a building body and wall bricks installed on the building body. The wall brick installation structure is characterized by further comprising multiple installation units which are independent from one another. The wall bricks are adjusted to be at set positions and fastened through the installation units, and the positions of the wall bricks do not change in the fastening process. By means of the wall brick installation structure, stimulation and control of the dynamic generation process of the prestress of elastic materials are provided, a stable prestress structure is formed, and three-dimensional adjustment can be conducted in the installation process so that the installation accuracy of the wall bricks is improved substantially. The wall brick installation structure has the advantages of good firmness, safety, convenience and easy replacement. In the fastening process, the wall brick installation structure cannot cause irregular compression on the wall bricks, therefore, damage to existing flatness and self-balanced internal stress of the wall bricks is avoided, wherein the damage is caused by component errors, installation carrier errors, the errors of the wall bricks, workpiece displacement and other factors, and the safety and the capability for resisting external force of a whole wall brick structure are enhanced.

Description

technical field [0001] The invention relates to a building material installation structure and an installation method, in particular to a dry-hanging wall brick installation structure and a method for installing wall bricks. Background technique [0002] Dry-hanging wall tiles refer to a hanging construction method that uses metal pendants to firmly hang wall tiles on the structure to form a decorative surface. The above-mentioned wall tiles can include artificial decorative panels such as porcelain panels, ceramic panels, and microcrystalline panels, hereinafter referred to as wall bricks. This process can not only avoid the shortcomings of hollowing, cracks and falling off in the traditional wet paste process, but also improve the safety and durability of the wall surface; it can also improve the working conditions and reduce labor intensity to a certain extent, and also help to speed up the progress of the project. In addition, dry hanging wall tiles have the following a...

AI Technical Summary

Problems solved by technology

[0010] (1) Rework, that is, reinstall the components with large deviations after rectification on the spot, such as re-drilling holes near the original holes, which obviously destroys the stress of the components again, and the fastness and stability of the newly opened holes is also uncertain;

[0011] (2) Replacement, that is, replacing components that cannot be installed with new components, which undoubtedly causes waste and increases installation costs;

[0012] (3) Forced installation, that is, workers forcibly pry open the pendant or connector for installation on site, resulting in deformation of the component, unstable state, and more difficult three-dimensional adjustment of the wall tiles

During the adjustment process, the adjusting screw bearing the heavy load must also reciprocate in the aluminum alloy thread of the connecting piece. There is no doubt that the strength and hardness of the screw is greater than that of the aluminum alloy profile, so the adjusting screw rotates in the connecting piece thread. In the process, the aluminum alloy thread must be the first to be worn or damaged, so that the bearing point of the wall brick will inevitably become loose and unstable, which will bring safety hazards to the entire structure;

[0016] 3. In more cases, due to the above-mentioned errors or other factors, a stuck state is formed between the pendant and the connecting piece after installation, that is, the relative longitudinal displacement of the two cannot occur

In this way, the adjustment of the wall tiles cannot be carried out, and the source of the adjustment space and adjustment resistance cannot be observed or judged at all, and the specific bearing point of the weight of the wall tiles is also unknown.

[0017] When the above situation occurs, the pendant should be removed, replaced and reinstalled, but if the installation is continued without rectification, the wall tiles will not be able to achieve the effective shelving required by the design. Once affected by external forces such as vibrations and collisions, it will become more unstable. 1. The damage to the wall tiles caused by unstable factors will eventually cause the wall tiles to break or even fall, posing a major safety hazard;

[0018] 4. If some wall tiles need to be replaced after installation, it will not be able to be properly installed with the same structural method, which will bring great trouble to future use and maintenance;

[0019] 5. Two sets of aluminum alloy parts are used for installation, the amount of aluminum is relatively large, and wall bricks and components are reworked and scrapped from time to time, which not only increases the installation cost, but also does not conform to the strategy of developing a resource-saving national economy

On the contrary, after being fastened, the pendant, the supporting plate and the connecting piece become a component with certain elasticity, so there will be a certain deformation after being stressed, so that the pendant will generate an outward prying force at the part connected to the wall brick, while the wall brick and the pendant They are all rigid materials, and the adhesive is also brittle after curing, and does not have cushioning properties, so the prying force generated by this deformation can easily cause the special glue to detach and be brittle;

[0038] 2. If some wall tiles need to be replaced after installation, it will not be able to be properly installed with the same structure, which will bring great trouble to future use and maintenance;

In short, the current installation method and load-bearing structure of dry-hanging wall tiles have certain defects, and there are no targeted solutions and technical solutions. Therefore, related safety hazards always exist, and it has become a major problem that has always plagued relevant technical personnel.

[0041] However, with the progress of the times, professional technologies in all walks of life are constantly being updated, and people's market demand for dry-hanging wall tiles is also increasing, but it is the core technology that can effectively improve the safety and convenience of dry-hanging wall tile installation. Still unresolved, all kinds of safety accidents related to dry hanging of wall tiles still occur from time to time

For such problems that affect industrial upgrading and restrict energy saving, environmental protection, and efficient modernization, there is no reasonable solution at present, and the present invention fills the gap in this field

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