JPS5927474Y2 - tiles for mosaic - Google Patents

Description

[Detailed description of the invention] The present invention relates to a mosaic tiling structure for floors, walls, etc. on which a large number of mosaic tiles are pasted. This invention relates to a mosaic tile pasting structure in which the mosaic tiles are randomly pasted on the surface to be constructed so that one surface constitutes one plane and there is no fixed directionality within the plane.

Conventional mosaic tiles come in a variety of planar shapes, but they are usually flat and have unevenness on the back for adhesive installation. The common practice is to place a large number of mosaic tiles in a fixed area by placing them in an array, then attaching a mount or net to the back or front surface of the mosaic tiles.
Gluing each piece directly to a floor or wall is extremely laborious and is not possible in reality.

This invention was developed in view of the fact that the above-mentioned construction methods for conventional mosaic tiled structures require a high level of skill and are inefficient, and even unskilled workers can perform the construction efficiently. The purpose of the present invention is to provide a mosaic tiling structure that can be used in various ways.

An embodiment of the present invention will be described below with reference to the accompanying drawings.

In the figure, 1 is an unglazed ceramic mosaic tile, which has a regular hexahedron shape with one side being a square of approximately 12 mm x 12 mm, and is similar to a slightly larger dice.When thrown on the floor, it rolls freely. It then stops in a stable position with one side facing upward.

3 is a mosaic tiling structure of the present invention using this mosaic tile 1, in which each mosaic tile 1 is arranged such that one surface thereof constitutes one plane, and has a certain directionality within the plane. The mosaic tiles are randomly pasted on the surface to be constructed so as not to hold them together, and the gaps formed between each mosaic tile are filled with an adhesive 2 such as cement mortar.

This mosaic tile pasting structure 3 is made by throwing a large number of mosaic tiles 1 into a container containing an adhesive 2 such as cement mortar, stirring well to adhere the adhesive 2 to the surface of the mosaic tile 1, and then applying it to the surface to be installed. Attach mosaic tiles 1 randomly or apply adhesive 2 to the surface to be installed.
The mosaic tiles 1 can be pasted randomly, or if the surface to be constructed is a floor, a large number of mosaic tiles 1 can be thrown out onto the floor surface, arranged randomly, and then the adhesive 2 can be sprinkled over them. can.

As mentioned above, the mosaic tile 1 is dice-shaped, so if it is thrown onto a flat target surface, it will stop in a stable position with one side facing up, and the top surface will form a single plane. If the mosaic tiles 1 are crowded together and leaning against each other, or if they are tilted due to adhesive 2, they can be easily smoothed by pressing with a flat plate or vibrating with a vibrator. can do.

When installing on a wall, it is possible to use a flat trowel to attach and smooth a large number of mosaic tiles 1, but it is also possible to attach mosaic tiles 1 and adhesive 2 in a horizontal frame. After the adhesive 2 is supplied and smoothed by the method described above and cured, the frame may be removed and the adhesive may be attached to a wall surface like a panel.

The adhesive 2 adhering to the surface of the attached mosaic tile 1 can be easily removed by wiping it with a damp cloth when semi-hardened, and a clean finished surface can be obtained.

In addition, the length of one edge of mosaic tile 1 is 5 to 3Q.
It is preferable for construction to set it to mm.

As specifically explained in the above embodiment, the mosaic tiling structure of the present invention has one edge length of 5 to 3 Qmm.
A large number of ceramic mosaic tiles in the shape of a regular hexahedron of approximately the same size are randomly covered so that one surface constitutes one plane, and there is no fixed directionality within the plane. The gist is that adhesive such as cement mortar is filled into the gaps formed between each mosaic tile on the construction surface, and a large number of mosaic tiles are randomly pasted on the construction surface. It is extremely quick and easy to install because it can be smoothed simply by applying it and pressing it with a flat plate, etc. 1. The surface has a large number of mosaic tiles arranged so that they do not have any directionality. Therefore, it produces an anti-slip effect in any direction, and is extremely useful in practice.

[Brief explanation of drawings]

The accompanying drawings show an embodiment of the present invention, in which FIG. 1 is a perspective view of a mosaic tile, and FIG. 2 is a plan view of a mosaic tiling structure. 1: Mosaic tile, 2: Adhesive, 3: Mosaic tile pasted structure.

Claims (1)

[Scope of utility model registration request] A large number of ceramic mosaic tiles in the shape of a regular hexahedron with the length of one edge of 5 to 3Q mm are arranged so that one surface constitutes one plane, and a certain level within the plane is formed. A mosaic tile pasting structure in which the mosaic tiles are pasted randomly on the surface to be constructed so as not to have directionality, and the gaps formed between the mosaic tiles are filled with an adhesive such as cement mortar.