KR200327503Y1 - A metal tile - Google Patents

Abstract

The present invention relates to a metal tile used in civil engineering, building interior and exterior materials, and various industrial tanks, and more specifically, metal lath having a mesh hole formed in a box-shaped body having bent edges on all sides. The present invention relates to a metal tile to increase the adhesive force of the metal tile by the mortar entered into the mesh hole to facilitate the fabrication and reduce the production cost.

In particular, the tile is not attached to the upper part of the tunnel due to the risk of falling accidents, the use of the metal tile of the present invention can be applied to the upper layer inside the tunnel because the adhesion is strong.

Description

Metal tile {A metal tile}

The present invention relates to a metal tile used in civil engineering, building interior and exterior materials, and various industrial tanks, and more specifically, metal lath having a mesh hole formed in a box-shaped body having bent edges on all sides. The present invention relates to a metal tile which is welded to improve adhesion by mortar having entered the mesh hole.

In general, the types of tiles attached to the wall is largely divided into ceramic tiles and metal tiles.

Since ceramic tiles are both bottom and side ceramic materials, the bonding force of mortar is applied not only to the bottom but also to the side, so the adhesive force to the construction surface is stronger than metal tiles, but it is difficult to express various patterns. The disadvantage is that it is difficult to produce a "a" shaped tiles for use in the corners of the wall.

On the other hand, since metal tiles have a metallic surface, they can express colors and textures uniquely, and various patterns and gloss can be formed by methods such as enameling, powder coating, and scratching. It has the advantage of ease of use, small standard error, no fear of breakage, and easy to manufacture "A" shaped tiles for use on the edges of the wall. However, since the side of the tile is made of metal, the bonding force of mortar There is a disadvantage that the adhesion is lowered.

Various metal tiles were devised to compensate for the shortcomings of the metal tiles as described above. Utility Model Publication 86-9802 is a mortar filling through the holes of the body after combining the body and the plate (adhesive holder) of different materials, Utility Model Disclosure 88-873 is a copper plate on the gypsum board and double-sided tape is attached to the outer surface of the plaster board. Utility Model Disclosure 93-11176 is a mortar filled in the body bent at a certain angle. 95-14487 is to bend the edge of the stainless steel plate and to punch the bent portion to form a locking jaw to fill the mortar in the stainless steel plate in the field. In addition, Utility Model Registration No. 0231644, which was directly devised by the applicant of the present invention, installs a rib made of a plastic plate in a bent body to fill mortar in the space between the body and the rib.

However, among the above designs, Utility Model Publications 86-9802 and 93-11176 apply a mortar to the flat bottom of the tile and attach it to the construction surface during construction in the field. Its use is limited or its utility value is low, and in the case of Utility Model Publication 88-873, it is used only for decoration in a dry room because it is adhered to the construction surface using double-sided tape. Utility Model Publication 95-14487 has an edge Since it is a method of directly attaching the mortar to the construction surface while pouring mortar in the bent stainless steel plate, it is very difficult to match the height and spacing equal to the construction surface, and it lacks practicality. Utility Model Registration No. 0231644 attaches the body to the construction surface. In order to produce plastic plates separately, production costs are expensive. there was.

The present invention is to solve the above problems, the purpose is to increase the adhesion of the bottom of the metal tile to take a simple structure for construction to reduce the production cost of the metal tile and to increase the durability.

In order to achieve this purpose, the present invention welds a metal lath formed with a mesh hole to a box-shaped body having bent edges on all sides, and then fills the mortar with the mesh hole to increase the adhesive force of the metal tile and facilitate the manufacture. It is characterized by reducing the production cost.

1 is a bottom perspective view showing an example of the metal tile of the present invention.

Figure 2 is an exploded view showing the bonding state of FIG.

3 is a bottom view of FIG. 1.

4 is a cross-sectional view taken along the line A-A of FIG.

5 is a cross-sectional view showing a state of use of the metal tile of the present invention.

6 is a bottom perspective view showing another example of the metal tile of the present invention.

A: curved tile with convex shape

B: curved tile with concave top surface

7 is a bottom perspective view showing another example of the metal tile of the present invention.

FIG. 8 is a bottom view illustrating a state in which four rectangular metal laths are disposed when a large metal tile is manufactured.

9 is a bottom view of various shapes of metal laths arranged on a body;

A: Bottom view with 4 round metal laths arranged

B: Bottom view with 5 rhombus metal laths arranged

C: Bottom view with 9 rectangular metal classes

<Description of Symbols for Main Parts of Drawings>

1, 1 ', 1' ', 1' '' Body 2: Metal Lath

3: network man M: mortar

B: construction surface C: white cement

T1: square tile T2, T2 ': curved tile

T3: "ㄱ" shaped tiles

Referring to the preferred embodiment of the present invention in detail by the accompanying drawings as follows.

In the metal tile of the present invention, as shown in FIGS. 1 to 5, metal laths 2 in which a plurality of mesh holes 3 are formed are welded and fixed inside a box-shaped body 1 in which four edges are bent.

The material of the body 1 is a metal material including a copper plate, a brass plate, an aluminum plate, and a stainless steel plate, and the edge of the body 1 is formed in a box shape in which the bottom surface is opened by being pressed to be bent at right angles.

Metal lath (2) has a plurality of mesh holes (3) formed therein to strongly hold the mortar (M) filled in the mesh hole (3) during construction to promote adhesion, the metal lath (2) The shape is manufactured in the same shape as the body 1 so as to enter the inside of the body (1), and the four vertices of the metal lath (2) to be welded to the body (1) after bending to the "b" shape It is preferable. The metal lath 2 fixed as described above is positioned in the middle away from the interior of the body 1 by a predetermined distance (preferably about 5 to 10 mm), so that the hardened mortar (M) inside the metal tile 1 after construction ) Hold the middle part of the) will increase the adhesion.

In addition, the material of the metal lath (2) is a metal material including copper plate, brass plate, aluminum plate, stainless steel plate, it is preferable to use the same material as the material of the body (1) in order to strengthen the fixing force during welding. .

Briefly illustrating the manufacturing process of the metal tile as described above are as follows.

The body 1 presses the metal coil to a certain size. In addition to the rectangle T1 illustrated in FIGS. 1 to 5, the shape includes a curved shape T2 (T2 ′) as shown in FIG. 6 and a “T” shape T3 as shown in FIG. It can be molded into various shapes and shapes. The pressed molded product is treated with a short and the molded metal lath 2 is inserted and welded. Finally, coating the body 1 produces one finished metal tile.

The method of attaching the metal tile to the construction wall using the present invention is briefly described as follows.

First, the mortar (M) is placed on the bottom of the metal tile with a trowel at the construction site, and then rubbing against the construction surface (B) while pushing a portion of the mortar (M) is a mesh hole (3) Go inside At this time, since the mesh 2 strongly holds the hardened mortar (M), separation of the metal tile and the mortar (M) does not occur, and the adhesion area between the construction surface (B) and the mortar (M) is widened, thereby increasing the adhesive force. .

On the other hand, when constructing the metal tile of the present invention as interior materials and exterior materials, it is preferable to leave the space between the tile and the tile slightly as shown in Figure 5, and finish between them with a back cement (C), in the chemical tank, etc. It is preferable to apply it, not to float, but to adhere closely.

Figure 6 shows another embodiment of the metal tile of the present invention is to bend the edge of the curved body (1 ') (1 ``) of the curved arc and then weld the metal lath (2) therein to fix the curved tile (T2) (T2 '), the curved tile (T2) (T2') is applied where the construction surface forms a gentle curved surface.

7 is a view showing another embodiment of the metal tile of the present invention, after bending the edge of the body (1 '' ') bent into the "a" shape, the metal lath (2) is welded therein to fix the "a" shape tile. It is also possible to form (T3), the "a" shaped tile (T3) is preferably applied to the corner portion bent at a right angle.

FIG. 8 illustrates an example in which a metal lath 2 is disposed when a large metal tile is manufactured. When one metal lath 2 is welded and fixed to a large body 1, the center portion of the metal lath 2 is fixed. Since the adhesion is weakened or bent, it is preferable to fix the welding of a plurality of metal laths 2 at a predetermined interval inside the body 1.

Meanwhile, the metal lath 2 may be fixed to the body 1, 1 ', 1' ', 1' '' by forming various numbers and shapes as necessary as shown in FIG. 9.

Thus, the present invention has the effect of strengthening the adhesive force after the construction of the metal tile by the mortar filled in the mesh hole of the metal lath, the manufacturing process of the metal tile and the construction process of forming the wall with the metal tile is simple, the metal The production cost of tiles is inexpensive. These metal tiles can be used in all possible places of general tile when the copper effect is effected by indoor and outdoor materials, upper part inside tunnel, exterior of outdoor drinking fountain, pillar of building, and inside of sauna of copper material. .

In addition, the metal tile of the present invention has a number of other characteristics of the general metal tiles, such as freeze protection of the tiles, color and texture effects that cannot be represented by ceramic tiles, constant size and easy manufacturing in the surface processing, Simplicity of cleaning, pursuing changes in color and texture over time when manufactured with copper and yellow / bronze plates, the possibility of painting when color changes, mass production possible, broad applicability of powder coating To prevent the mixing of raw material of the tile powder caused by the cracking of tiles during the internal construction of chemical tanks or raw material tanks (e.g., paper raw material tanks in paper mills), embedded in the inner surface of concrete structures such as oil tanks and gas tanks, which must be made of steel. Thereby, the production of various tanks has advantages such as easy connection of water pipes, etc., as the metal plate can be neatly drilled.

Claims (4)

In a tile having a body with bent edges, metal slats 2 having a plurality of mesh holes 3 formed inside the bodies 1, 1 ', 1 &quot;, 1' &quot; Metal tile characterized in that the welding fixed. 2. The metal tile according to claim 1, wherein the body (1 ') (1 &quot;) and the metal lath (2) are curved in an upper and lower surface arcuate. 2. Metal tile according to claim 1, characterized in that the body (1 '' ') and the metal lath (2) are bent in the letter "a" for construction at the corners. 2. Metal tile according to claim 1, characterized in that a plurality of metal laths (2) are welded inside the body (1) (1 ') (1' ') (1' '').