KR101247277B1 - Tg bracket and tile construction method using tg bracket - Google Patents

Abstract

PURPOSE: A TG(Tile Backside Grip) bracket and a tile construction method thereof are provided to improve the adhesive power between a tile and mortar, and to maintain the flatness by leveling tiles. CONSTITUTION: A TG(Tile Backside Grip) bracket(1) comprises an inner part(2) bonded to a tile and an outer part(20) bonded to a mortar. The inner part is composed of an inner part edge(3), an inner part rib(4) and an inner part through hole(5). The outer part is composed of an outer part edge(30), an outer part rib(40) and an outer part through hole(50). A stiffening rib(60) is positioned on the upper and the lower side of each rib.

Description

TG Bracket and Tile construction method using TG Bracket}

The present invention is a material that is attached to the back of the tile before the tile construction for the purpose of preventing the fall of the tile and improve the adhesive strength when constructing a medium-large sized ceramic tile on the concrete wall or floor, tiling bracket (Tile Grip Bracket or Tile backside Grip) Bracket) and a tile construction method using the tigi bracket.

The method of attaching tiles to the wall or floor of a building to improve aesthetics and to obtain a waterproof effect is widely known and constructed. Various materials are used for finishing concrete structures such as interior and exterior walls, floors, ceilings, and exteriors of buildings, and tiles, marble, wood, and others are used depending on the design of a specific application and design. Concrete finishes Among them, in particular, the finishing of the walls and floors is mainly done by attaching tiles, so that after the tile is attached, a solid adhesion to the walls or floors is required. In the past, since the tile is attached only with the adhesive strength to the tile mortar bonded to the back of the tile, the tile may fall after a certain time, and the construction time may be increased depending on the hardness of the mortar or the weight of the tile. The cost of damage and reconstruction was high. Moreover, in recent years, since the construction of large and thick expensive tiles has been studied, various methods for preventing the fall of tiles have been studied, but they have not escaped from the fundamental construction form. On the other hand, to prevent the tiles from falling off, a strong adhesive such as epoxy bond or dry fix is used.However, adhesives such as epoxy bond are expensive and have low economical efficiency when used due to volatile odors. Due to the poor usability there is a problem. In addition, in the case of attaching the tile to the construction surface, evenly spaced between the tiles or even surface height of the tile work requires a high level of skill, there is a disadvantage in that the work efficiency during construction.

Accordingly, the present inventors derived the present invention as a result of intensive studies to solve the above problems.

An object of the present invention is to provide an attachment means between the tile and the mortar to facilitate the flatness by adjusting the height of the tile and the tile as well as to increase the adhesion in attaching the tile used as interior and exterior materials of the building to the wall mortar of the wall or floor. It is.

The present invention is to increase the adhesion between the tile and the mortar by using a tile bracket between the tile and the mortar (Tile Grip Bracket or Tile backside Grip Bracket) to ensure the flatness by adjusting the height of the tile attached to the mortar. The tigi bracket of the present invention is attached to the back of the tile using an adhesive and then press the tile integrated with the tigi bracket to the tile mortar, the tile mortar is hardened in the penetration hole of the tigi bracket to serve to press the tile firmly do. According to the needs of the site, by attaching one tigi bracket to the outside of two tiles, the joining tiles can be engaged with the tigi bracket so that the height of the tiles can be used to secure flatness.

When the tigi bracket of the present invention is used for tile construction, it is possible to improve the adhesive strength between the tile and mortar, which is pointed out as a conventional problem, and to maintain the flatness by adjusting the height between the tiles. It does not cause any health or environmental problems because it does not directly use damage or chemicals due to the weakening, and there is an effect that the construction method of bonding the tile with mortar can be more easily performed than in the prior art.

Figure 1 is a three-dimensional view of the tile bracket for attaching tiles according to the present invention from above
Figure 2 is a three-dimensional view of the tile bracket for attaching tiles according to the present invention from below
Figure 3 is a construction example applying the tigi bracket for tile attachment according to the present invention

The tiage bracket of the present invention comprises an inner diameter portion of the tigi bracket attached to the tile and an outer portion of the tigi bracket attached to the mortar. The location where the tile or mortar is attached may be attached in the opposite position.

The inner diameter of the bracket is composed of the inner diameter of the rim, the inner rib of the inner diameter, and the through hole of the inner diameter.

The outer part of the tiage bracket is composed of an outer edge, an outer rib, and a through hole.

The inner diameter part and the outer part constituting the tigi bracket are divided into the inside and the outside, and are formed integrally by placing the unevennesses of different faces.

The inner diameter portion of the tigi bracket has a function that the adhesive applied to the back of the tile is hardened through the penetrating hole of the inner diameter portion of the tigi bracket so that the tigi bracket is attached to the back of the tile.

In the outer part of the tigi bracket, the mortar installed on the wall or floor of the building is hardened through the penetration hole of the outer part of the tigi bracket so that the tiled tigi bracket is firmly attached to the mortar-coated surface.

The inner diameter of the bracket is formed in the rib portion of the inner diameter of the mesh to pass through the adhesive, and is flatly formed so that the adhesive passing through the inner diameter through hole is spread widely in the inner diameter portion. It can be manufactured in various forms or patterns in consideration of the amount of adhesive passing through and the curing reaction time of the adhesive, and by applying rib ribs to the outside where the adhesive passes through to cure the pressure passing through the adhesive in the inner diameter portion I can reinforce it.

The outer part of the tiage bracket has a sufficient outer part penetration hole so that the tile mortar can pass through well, and it can be reinforced by adding rib ribs to the lower part of the outer part penetration hole in order to resist the indented tile mortar. The outer rib ribs maintain the strength of the tigi bracket while connecting the inner edge and the outer edge, and the shape and number can be adjusted according to the construction target. All ribs are first in contact with the tile mortar for easy insertion into the tile mortar. The cross section of the rib mortar is made thinner and thickened upward so that the rib rib section is inclined in the shape of an inverted trapezoid when viewed from the bottom. The outer ribs can be molded into a single layer or padded to form staggered ribs in two layers so that the layer can be formed differently from the inner ribs.

The tigi bracket should be constructed by placing it in the proper position according to the size of the tile and the center of gravity of the tile, and by placing the tigi bracket at the overlapping area between the tiles according to the conditions, characteristics, and conditions of the work. It can be used to make the connection flat by adjusting the height of the tiles.

The inner and outer parts of the Tage Bracket can be redesigned to change the function according to the needs of the site. The function of the inner diameter part attached to the adhesive of the tigi bracket and the outer part attached to the mortar is different depending on the shape of each rib. Therefore, when the inner part is attached to the mortar and the outer part is attached to the adhesive, the rib of the inner part is attached. By adjusting the spacing of the flesh can be adjusted appropriately the mortality of the mortar, the outer portion can be configured to be flat so that the adhesive can be spread widely.

The physical properties of TIB bracket are PP (Poly Propylene), PE (Poly Ethylene), HDPE (High Density Poly Ethylene), LDPE (Low Density Poly Ethylene), PVC (Poly Vinyl Chloride), PC (Poly Carbonate), ABS (Acrylonitrile Butadiene) All materials capable of exhibiting a certain strength or more, such as styrene, may be used, and thus, may be manufactured using a general thermoplastic resin material. If the material is capable of performing the function of the present invention by curing the adhesive and mortar, the plastics may be Can be adopted without limitation.

The adhesive used to bond the tigi bracket of the present invention may use an adhesive capable of adhering the tile and the tigi bracket, and typically, a vinyl acetate liquid resin adhesive or an epoxy bond is used.

When explaining the method of using the tigi bracket of the present invention, first apply an adhesive to the tigi bracket and attach it to the tile and wait until the adhesive is completely cured (adhesive method and curing time depends on the specification of the manufacturing agent used) . Subsequently, after the mortar is applied to the wall surface and the mortar hardness has the adhesive strength of the tile, the mortar is pressed onto the tile mortar to attach the tile to which the tiage bracket is attached. By hardening through, the tile integrated with the tigi bracket is firmly attached to the surface to be attached. As such, one example of the construction sequence is to attach the tile bracket to the tile two or three days before the tile is attached to the tile mortar and to attach the tile two to three days later, which can be considered as the time when the tile is completely attached to the tile bracket. Mortar is applied to the structural surface and the tiles are pressed and attached immediately.

As a preferred embodiment of the present invention with reference to the drawing as follows: However, the technology of the present invention is not limited by the following examples, brackets to be attached to the back of the concrete finishing material that can be pressed into the mortar, such as tile mortar or level mortar applying the technical content of the present invention to improve the adhesion All of the substructures belong to the technical scope of the present invention.

An embodiment of the present invention will be described with reference to the drawings. 1 is a three-dimensional view from above of a tile bracket for tiling bracket 1 according to the present invention. When the tiage bracket 1 of the present invention is composed of the inner diameter portion 2 and the outer portion 20, the inner diameter portion 2 is the inner diameter portion rim (3), inner diameter portion ribs (4), inner diameter portion through hole ( 5), the outer shell portion 20 is composed of the outer edge portion 30, the outer portion rib ribs 40, the outer portion through-hole 50.

Figure 2 is a three-dimensional view of the tile bracket for attaching tigi (1) according to the present invention from below. Although the components are the same, it is possible to check the reinforcement ribs 60 located above and below each rib through FIGS. 1 and 2.

Figure 3 is a construction example applying the tigi bracket for tile attachment according to the present invention. The tile mortar (6) is installed on the concrete wall, and the adhesive bracket (5) is attached to the tile (7) using the adhesive bracket after the tigi bracket attached to the tile mortar can be seen the results.

(1) Tigi Bracket
(2) inner diameter part
(3) inner diameter frame
(4) rib inside diameter
(5) Through Hole
(6) tile mortar
(7) tiles
(8) glue
(20) shell
(30) outer border
(40) outer rib ribs
(50) Outer Portion Through Hole
(60) Reinforcement Ribs

Claims (8)

It has an outer border and an inner border, and the outer border and the inner border are supported by a plurality of rib ribs. The inner bracket is formed between the plurality of inner diameter ribs, and is attached to a tile having an outer portion and an inner diameter portion, and the tigi bracket is pressed with the tile mortar.
The bracket of claim 1, wherein the inner rib ribs are mesh-like flat rib ribs, which are pressed onto the tile mortar.
The tigi bracket of claim 1, wherein the outer rib ribs are padded in two layers to form a layer differently from the inner rib ribs.
The ribs of claim 1, wherein the ribs of the inner diameter portion or the outer portion of the ribs are thinned and thickened upwards so that the cross section of the initial contact ribs on the tile mortar is enhanced so that the adhesive strength with the tile is enhanced after the adhesive is cured or the mortar is easily inserted. Tigi bracket is attached to the tile, characterized in that the cross section in contact with the tile mortar inclined in the shape of the inverted trapezoidal shape when viewed from the bottom.
delete The method of claim 1, wherein the inner diameter portion is bonded to the tile using an adhesive and the outer portion is pressed with the tile mortar or vice versa, the inner diameter portion is pressed with the tile mortar and the outer portion is bonded to the tile using an adhesive A tigi bracket that is attached to the tile to be compressed with the tile mortar.
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