KR20020088330A - architectural non-sliding rubber tile - Google Patents

Abstract

PURPOSE: An anti-sliding rubber tile is provided to enable rubber materials suitable for the prevention of sliding to be constructed effectively even at wet places by preventing the relaxation of the rubber materials and the tile. CONSTITUTION: The anti-sliding rubber tile is divided into a lower tile member(1) and an upper rubber member(2). The lower tile member has a concave rim portion(7) and a few trapezoid recesses(6) at certain portions of the top surface(8). The upper rubber member is formed with a concave rim portion(3) and a few trapezoid projections(4). By inserting the trapezoid projections into the trapezoid recesses, it is possible to prevent the relaxation between the tile member and the rubber member.

Description

Non-slip rubber tile for construction. {Architectural non-sliding rubber tile}

The present invention is a building interior and exterior anti-slip rubber tile for preventing slipping by bonding a rubber material, which is a non-slip material with friction and elasticity, to a tile to prevent slipping on interior and exterior floor tiles that use a lot of water. . Generally, tiles used for building and exterior materials include magnetic tiles, semi-magnetic tiles, stone tiles, ceramic tiles, and clay tiles with excellent durability, water resistance, and abrasion resistance. Vinyl-based tiles, plastics, etc. There are tiles, asphalt tiles and asbestos tiles, but vinyl tiles are inadequate to be used for anti-slip in places that use a lot of water. It is used for kitchen floors, bathrooms, saunas, swimming pools, etc. by slipping various shapes on the surface of stone tiles or stone tiles, but there is a limit to preventing slipping.

This is because when the surface of the tile comes in contact with a large amount of foreign matter such as water, soap bubbles or oil, it cannot prevent slippage.

As a material for preventing slipping, rubber material having friction and elasticity is better than tiles, but this situation is not currently available because it is not easy to install in places where water is used a lot.

It is better to use rubber material with friction and resilience than tiles to prevent slippage on the floor that uses a lot of water.

In order to solve this problem, the present invention forms each recess 7 and a ladder recess 6 on the base surface of the tile 1, and each recess 3 and the ladder type in the rubber material 2, which is an anti-slip material. When the convex portion 4 is formed to join the tile and the rubber material through the molding operation, at this time, the convex portion 3 is joined to each concave portion 7, and the ladder convex portion 4 to the ladder concave portion 6. When inserting the), the tile and rubber material can be prevented from being relaxed, so even the rubber material can be installed in any place that uses a lot of water, so it can be prevented from slipping.

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

2 is an exploded perspective view of the first and second views of FIG.

3 is a completed plan view.

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

5 is a plan view 1 of FIG.

6 is a cross-sectional view taken along line C-C in FIG.

7 is a rear view of FIG.

8 is a plan view 2 of FIG.

9 is a cross-sectional view B-B of FIG. 8,

10 is a rear view of FIG.

〈Explanation of the Signs of Major Parts of Drawings〉

1: Tile (magnetic, semi-magnetic, earth, stone).

2: Rubber or synthetic resin (SBR, BR, raw rubber, silicone rubber).

3: each iron part.

4: ladder type iron part.

5: Lower surface of No. 2.

6: ladder-type recessed part.

7: each main part.

8: Upper surface of No. 1.

* Rubber material or synthetic resin material (SBR, BR, raw rubber, silicone rubber), which are non-slip materials, are grouped together from the front door and are called rubber materials.

When described in detail with reference to the accompanying drawings as follows.

In a conventional tile, each recess 7 is formed on the base surface of the tile 1 as a sixth degree, and a few ladder recesses 6 are formed on the upper surface 8 of the tile.

In the rubber material 2, which is an anti-slip material, each convex portion 3 is formed on the lower surface 5, and a few ladder-shaped convex portions 4 are formed on the lower surface 5, as in the ninth degree. When the rubber material 2 is bonded to the tile 1 as shown in FIG. 4, each convex part 3 is in contact with each recess 7, and the ladder convex part 4 is inserted into the ladder concave part 6. do.

At this time, when the ladder-shaped iron portion 4 is inserted into the ladder-shaped recessed part 6, the tile and the rubber material can be prevented from being loosened. Even if the rubber material is used, the tile construction method (mortar is used to attach the tile to any place) Method).

As described above, rubber material with friction and elasticity is better than slip material, but it is best to install in a place where water is used abundantly (kitchen, bathroom, sauna, swimming pool, etc.). I did not use it at all.

The present invention is to solve this problem by forming a certain irregularities on the surface of the tile (1) to prevent the rubber material of the tile and the non-slip material to relax, even in the place where a lot of water, even rubber or synthetic resin material I think that you can see the excellent effect as a material that can prevent the slip by using it.

Claims (1)

On the base surface of the tile 1, each of the recesses 7 and the upper surface 8 are formed with a few ladder-shaped recesses 6, and the lower surface 5 of the rubber material 2, each of the convex portions ( 3) and a portion of the ladder-shaped iron portion 4, and when the ladder-shaped iron portion 4 is inserted into the ladder-shaped recessed portion 6 through the forming process, the tile 1 and the rubber material 2 Forming method to prevent the relaxation of.