Implanted pottery-stone connector for building decorative plates, and dry-hanging installation technique thereof

Abstract

The invention provides an implanted pottery-stone connector for building decorative plates, and a dry-hanging installation technique thereof, which relates to a dry-hanging technique for building decorative materials. The dry-hanging technique adopts specific components and tools, and is characterized in that a plate is cut into finished-product material to be dryly hung according to construction requirements; the side or the back of the finished-product material is provided a T-shaped groove; a T-shaped bolt is placed in the T-shaped groove and then is directly connected with a building, or is combined with a washer and a nut to form a hanging piece for installation, wherein the T-shaped groove is or is not filled with cement gum; a mounting hole is drilled on a metal bracket before the metal bracket is installed; and after the installation of the metal bracket is finished, the hanging piece is arranged according to the position of the mounting hole. The invention has the advantages of realizing line production and factory construction, improving engineering quality, ensuring construction safety and simultaneously solving the technical problem that ceramic tiles, stones and plates usually fall off after installation.

Description

technical field [0001] The invention relates to a dry-hanging installation technology of building decoration materials, in particular to a dry-hanging installation technology of built-in ceramic stone connectors. Background technique [0002] With the development of architectural decoration technology, dry-hanging installation technology (more common in the installation of various plates, stones, tiles, etc.) has been widely used. In the current construction process, the most common ones are the internal expansion bolt method and the construction method of using cutting grooves to install pendants and filling glue. This construction method requires the operator to have a certain level of installation. However, due to the different levels of the constructors, it is difficult to control the quality problems such as the position, depth, and fullness of the glue filling during the construction, resulting in the construction of this method is easy to leave many quality hidden da...

AI Technical Summary

Problems solved by technology

However, the force bearing forms of these four hangers are different. The upper two hangers only play the role of positioning the inside and outside of the plate, and the lower two hangers not only play the role of floating plate positioning but also bear vertical loads, wind loads and shock loads. Due to different forces, once the lower pendant is not installed firmly or the board is damaged, the upper pendant itself will not bear the gravity of the board, and will fall off under the action of the board's own weight, causing economic losses and safety accidents

However, since the slots of the pendants on the lower side of the board are open downward, it is difficult to ensure that the grooves between the pendants and the board are filled and filled with glue (many of them are not filled with glue), and there will inevitably be certain gaps, which will cause ice to expand

Moreover, during the construction, the saw blade rotates at high speed and cuts too much groove, which will damage the strength of the board.

Therefore, after the plate is stressed, it is easy to produce quality hazards such as lateral movement and inclination.

[0003] At the same time, due to the requirements of panel decoration design, the above-mentioned old-style dry-hanging installation method needs to prepare a variety of non-uniform specifications of hanging pieces of different shapes and qualities, which is not only inconvenient for construction, but also brings great inconvenience to material supply and warehouse storage. big trouble

Moreover, the above-mentioned old-style dry hanging installation method needs to provide a certain amount of power supply at the job site, and each panel installer needs to have a cutting saw. Therefore, a large amount of equipment and cables need to be invested, and dust pollution is generated. Noise disturbs the people Wait

In addition, the thickness of the boards required by this type of dry-hanging technology is generally more than 25 mm, which is not conducive to saving resources

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