JPH01284657A - Tiling construction - Google Patents

Abstract

PURPOSE:To hang tiles with large and small sizes to a foam concrete substrate and improve workability by sticking tiles on the surface of an elastic sheet connected on the surface of the foam concrete substrate and fixing tiles to the substrate with lock nails. CONSTITUTION:An elastic sheet 5 is connected on the surface of a foam concrete substrate 4. Tiles 1 are stuck on the surface of the elastic sheet 5, the adjacent tiles 1 are aligned on one plane. Lock nails 3 are driven into tiles 1 to fix the tiles 1 to the substrate 4.

Description

[Detailed description of the invention] <Industrial field of application> This invention is for laying tiles on a foamed concrete base]
Regarding construction methods.

<Prior Art> In the conventional tiling method, water-mixed cement is applied as an adhesive to a concrete base.

<Problems to be Solved by the Invention> However, the cement adhesive mentioned above has a very weak adhesive force when applied. Therefore, the size and fitness of tiles used are limited.

In particular, when foamed concrete is used as the concrete base, the adhesion is even weaker, and the types of tiles that can be used are further restricted.

Therefore, this invention solves the above two problems by using pegs instead of cement bonding, and allows tiles of large and small sizes to be attached to a foamed concrete base.
Our objective is to provide a new tiling method that can improve workability.

Means for Solving the Problems〉 To explain in detail the present invention to achieve the object L, the tiling method of the present invention includes an elastic sheet on the surface of the foam concrete base and an elastic sheet on the surface of the elastic sheet. It is characterized by joining tiles and fixing the tiles to a foam concrete base using pegs.

<Function> According to the above construction method, the C tile can be fixed simply by driving pegs into the foamed concrete 1/substrate.
-Easy to install compared to adhesive.

Furthermore, since the elastic sheet is compressed by driving the pegs, the surfaces of adjacent tiles can be easily aligned.

For example, for tiles that are protruding, drive more pegs and compress the elastic saw 1-, and conversely, for tiles that have been driven in too much, use a tool such as a screwdriver to loosen the screw that forms the head of the peg. By utilizing the elastic force of the elastic sheet, it is possible to easily adjust the height of the tile, achieving the object of the invention.

<Example> Figure 1 shows tile 1 applied to Mr.'s invention, and Figure 2 shows tile 1 applied to J.
L-metal nails X3 are shown respectively.

The tile 1 is a known ceramic tile, and is set to have an arbitrary area of any size and size.

In the case of a corner of the quill 1 or a tile with a large area, the nail hole 2 has a large diameter hole 21 on the front side, a small diameter hole 22 on the back side, and a tapered seat 23 in the middle part at the appropriate position on the side when forming the tile. Form.

The peg 3 in Fig. 2 is made by inserting the threaded shaft part 33 of a countersunk screw 32 into the upper end of a stainless steel pipe 31, applying press work to the pipe 31, and biting the inner surface of the pipe into the thread groove.
It is integrally connected.

The taper portion 371 of the countersunk screw 32 is integrally fitted with a matching synthetic resin tapering 35.

Furthermore, a concave groove 36 having a deep tip and being shallow in the direction of the shaft is formed in the shaft portion of the pipe 31 by press working, and serves to prevent and reinforce the nail shaft pipe.

To perform tiling using the pegs 3, as shown in FIG.
After joining, a peg 3 is driven into the foamed 21 concrete base through the nail hole 2 to fix the tile 1.

At this time, the tile 1 is pressing against the elastic sheet 5, and the peg 3 is supported by the screw 35 of the screw QQ on the tapered seat 23 of the nail 7L2.

After the tiles I are fixed to the entire surface of the foamed concrete base 4 via the elastic sheets 5 in two rows, the instant bonding tiles 1 are faced together. In the facing section of 4 tiles, the protruding tile 1 is corrected by compressing the elastic sheet by further driving the peg J, and conversely, the part that has been driven in too much is corrected by twisting the peg 3 close to it. By loosening the elastic sheet 5, it is pushed back by the restoring force of the elastic sheet 5, and the surface alignment and ground adjustment are performed with high precision and with a smooth surface.

Each tile's nail hole is finished by fitting a joint material of a color suitable for the tile or a separately molded sealing material.

<Effects of the Invention> As described above, this invention joins tiles to the surface of the elastic saw 1-3 elastic sheet on the surface of the foam concrete base, and fixes the tiles to the foam concrete base F using pegs. It has superior workability compared to conventional cement bonding, and because it is fastened with pegs, it can be fixed easily depending on the size of the tile,
The purpose of the invention has not been achieved, such as the weight is not limited and it is possible to attach large and small tiles.

[Brief explanation of the drawing]

FIG. 1 is a longitudinal sectional view of a tile to which the present invention is applied, FIG. 2 is a longitudinal sectional view of a peg, and FIG. 3 is a sectional view of a tiling method according to the present invention. ■0. Tile 3. peg

Claims (2)

[Claims] (1) A tiling method characterized by bonding an elastic sheet to the surface of a foam concrete base, joining tiles to the surface of the elastic sheet, and fixing the tiles to the foam concrete base using pegs. (2) Claim 1 in which the peg is integrally joined by press working by inserting the threaded shaft of a screw into the upper end of the metal pipe.
The tiling method described.