KR20100090913A - Printed tile for decoration of bottom with non-bond - Google Patents

Abstract

PURPOSE: A printed tile for decorating a prefabricated bottom is provided to easily perform a maintenance work by easily assembling and disassembling the tiles and to improve workability and construction performance. CONSTITUTION: A printed tile for decorating a prefabricated bottom is composed as follows. A design printed sheet(10) is attached on the upper surface(100) of the tile. Fitting protrusions(200) and fitting grooves(300) are formed in all sides of the tile. The inner and outer surfaces in which the fitting protrusions and the fitting grooves are coupled are inclined. A square pyramid shaped groove is formed on the lower surface of the tile. The printed tile is made of PVC, stone powder, and nano-silver.

Description

Printed tile for decoration of bottom with non-bond}

The present invention is a printed tile (Printed-Tile) is packaged for the floor decoration, the printed tile is one-way using the male and female coupling fitting jaws and fitting grooves formed to face each side of the outer peripheral surface of the square plate without a bond bonding operation Alternatively, the tiles can be continuously and joined in different directions, thereby relieving the user's resistance to using the bond, and making it easier for non-specialists to assemble, thereby improving workability and workability. Accordingly, the present invention relates to a non-adhesive prefabricated flooring printed tile that is easy to disassemble and bond, and has excellent adhesion to floor cement, thereby ensuring durability, as well as containing silver nano components.

In general, the printed tile is attached to an arbitrary design sheet on a square plate formed of stone powder, arranged in a checkerboard shape, and the product is adhered to the product by applying an adhesive bond to the floor cement (mortar). It is formed to.

However, such a conventional printed tile is essentially attached by floor cement and bond adhesion, there is a problem causing consumers to be rejected by the hallucinogenic smell.

In addition, even in construction, the difficulty of construction due to bond bonding is difficult and cumbersome, and therefore, work by an expert is essential, and it is very difficult to dismantle (take out) according to maintenance after construction. Problems are occurring.

In other words, the past printed tiles were not produced as a product suitable for the DIY market, and it was difficult for the general public to easily use and construct them, and it was impossible to recycle the products (tiles) due to adhesion. In the state of poor flatness, such as sand), the adhesion is not smooth and the durability of appearance, such as lifting and tearing, is deteriorated.

The present invention is to solve the above-mentioned problems, the technical gist of the printed tile (Printed-Tile) to be packaged for the floor decoration, the printed tiles so as to face each side of the square plate outer circumferential surface without bonding operation The formed male and female coupling jaws and fitting grooves are formed to continuously and combine tiles in one direction or the other direction, so that the user can solve the rejection of using the bond and can be easily assembled by non-specialists. By improving the workability and workability, it is easy to disassemble and combine the tiles according to the maintenance, excellent adhesion to the floor cement to ensure durability, as well as containing silver nano components, non-bonding prefabricated Its purpose is to provide a printed tile for floor decoration.

In order to achieve the object of the present invention, the upper surface 100 is formed to attach the printed sheet 10 to the design, the outer circumference of the four sides of the open-type (opener) shaped male and female fitting jaw 200 and the fitting groove ( 300 is formed in a direction opposite to each other is formed so as to be continuous, combined in one direction or the other direction, the lower surface 400 has a square pyramid-shaped contact groove 500 to form a close contact without bonding bonding to the bottom cement It is made up.

At this time, the fitting jaw 200 and the fitting groove 300 is preferably configured to further comprise the inclined surface 210, 310 for lifting prevention on the inner and outer peripheral surfaces to be coupled.

In addition, the printed tile is formed so as to construct the floor pads on the floor cement first to maintain evenness when the flatness of the floor cement is irregular or uneven because there are a lot of dirt or foreign matter, the bottom pad is the upper, lower Auxiliary contact groove is provided on the surface is preferably formed to be adsorbed with the contact groove of the printed tile.

Thus, the printed tile is made of fibish (PVC :), stone (stone) powder, it is preferable that silver nano is contained.

As such, the present invention allows the user to assemble and combine the printed tiles with a simple fitting method without the use of conventional bonds according to the construction of the floor tile, thereby relieving the user's resistance to using the bonds, and the general public can easily By making it possible to assemble and improve the workability and workability, it is easy to disassemble and combine the tiles according to the maintenance, excellent adhesion to the floor cement is secured durability, as well as silver nano components contain antimicrobial effect is improved. .

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will be described in detail below with reference to the accompanying drawings.

As shown in Figures 1 to 7, the present invention is composed of a non-bonding prefabricated printed tile to implement the floor decoration in the form of a checkerboard using the fitting jaws and the fitting groove formed on the outer peripheral surface of the printed tile without using any bond. do.

At this time, the printed tile of the present invention is formed to attach the sheet 10 is printed design on the upper surface 100 of the square plate, the outer circumferential surface of the male and female coupling fitting 200 of the opener (Opener) shape and The fitting grooves 300 are formed in the opposite directions to each other and are continuously formed in one direction or the other direction, and are coupled to the lower surface 400 so that the contact surface of the square pyramid shape is formed without being bonded to the bottom cement. 500) is formed.

That is, the fitting jaw and the fitting groove are each formed in a direction in which the ocean is oceanic, so that the fitting jaw and the fitting groove can be assembled so as to continue from side to side or up and down.

This assembly method is formed so that anyone, not experts, can work easily and easily, and is formed to actively respond to the recent DIY preferences.

At this time, the printed tile of the present application, as shown in the corner portion, so as to correspond to the neighboring other printed tiles only in the shape of a heart shape or a right angle and a geometric curve so that each corner of the assembled assembly is not lifted or gap is generated. Is formed. In other words, it is preferably made in the form of puzzle pieces.

At this time, the printed tile of the present application is preferably used to cut at the time of interference on the wall in accordance with the indoor standard (m ² ) to be constructed.

At this time, the fitting jaw 200 and the fitting groove 300 is preferably configured to further comprise the inclined surface 210, 310 for lifting prevention on the inner and outer peripheral surfaces to be coupled.

That is, the inclined surface for preventing the lift is to maintain a stable engagement with the heat fitting according to the temperature, humidity and season is combined jaw and fitting groove as shown in FIG.

In addition, the printed tiles, as shown in Fig. 2 or 5 and 7, when the flatness of the floor cement is irregular or uneven because of a lot of dirt or foreign matter, the base pad 600 is first wrapped on the floor cement It is preferably formed to maintain the even after the construction, the base pad is preferably provided with an auxiliary contact groove 610 on the upper, lower surfaces to be adsorbed with the contact groove of the printed tile.

The base pad serves as a kind of auxiliary mat, and the main body printed by the main body is maintained by maintaining a constant and even flatness in the event of lifting due to irregular bound (irregular flatness of floor cement) or dust, sand, dust, etc. It is intended to maintain close adhesion with the tile.

At this time, the base pad is provided on the upper and lower surfaces to support the bottom cement and the contact groove of the printed tile is provided with an auxiliary contact groove is formed to further improve the adsorptivity with the bottom surface and adhesion with the printed tile of the present application. do.

In this case, the lower pad is also preferably coupled using the same fitting jaw and fitting groove as the printed tile of the present application.

In addition, the base pad is formed of a fibish material, and has a constant thermal expansion coefficient with respect to heat. The coefficient of thermal expansion is repeated to shrink and expand according to seasons, humidity, and temperature to facilitate cracking and lifting of the connecting end during construction. To prevent this, the pad of the present invention artificially radiates infrared rays for a predetermined time. After the heat treatment is carried out soaked in a cooling water tank and then cooled again to naturally dry at room temperature for more than 24 hours it is preferably formed to minimize the strain due to shrinkage expansion by forming a thermal expansion coefficient extremely low.

Thus, the printed tile is made of fibish (PVC :), stone (stone) powder, it is preferable that silver nano is contained.

That is, the silver nano component, as is generally known, is formed to induce a comfortable living environment of the interior space after the excellent antibacterial activity. At this time, the silver nano component is preferably contained 10 to 20% of the total weight.

As such, the present invention allows the user to assemble and combine the printed tiles with a simple fitting method without the use of conventional bonds according to the construction of the floor tile, thereby relieving the user's resistance to using the bonds, and the general public can easily As it can be assembled and installed, workability and workability are improved, tile disassembly and bonding is easy according to maintenance, and adhesiveness with floor cement is excellent, durability is secured, and silver nano component is contained, and antibacterial property is improved. .

The present invention is not limited to the above-described specific preferred embodiments, and those skilled in the art to which the present invention pertains may make various modifications without departing from the gist of the present invention as claimed in the claims. Of course, such changes will fall within the scope of the claims.

1 is a perspective view of the present invention,

Figure 2 is a bottom surface state showing a contact groove according to the invention,

Figure 3 is a use state showing that the printed tile is constructed with another pad in the present invention,

Figure 4 is a side view showing a state in which the printed tile of the present invention is in close contact with the floor cement, coupled by the inclined surface to prevent lifting;

Figure 5 is a side view showing that the lower pad coupled in the state of Figure 4,

Figure 6 is a side view showing that the printed tile of Figure 4 is in close contact with the floor cement by the contact groove,

FIG. 7 is a side view illustrating the lower pad in the state shown in FIG. 6.

<Description of Major Symbols in Drawing>

100 ... upper surface 200 ... fitting

300 ... fitting groove 400 ... bottom view

500 ... contact groove 600 ... pad

610 ... auxiliary contact groove

Claims (4)

The upper surface 100 is formed to attach the printed sheet 10, the outer circumferential surface on each side of the open-type male and female coupling fitting jaw 200 and the fitting groove 300 in the opposite direction to each other It is formed to be continuous, combined in one direction or the other direction, the lower surface 400 is a non-adhesive, characterized in that the contact groove 500 is formed in the form of a square pyramid so that the contact is made without bonding the bottom cement and bonding Prefabricated floor printed tiles. According to claim 1, The fitting jaw 200 and the fitting groove 300 is Self-adhesive prefabricated floor decorated printed tiles, characterized in that the lifting prevention slopes 210 and 310 are further configured on the inner and outer circumferential surfaces. According to any one of claims 1 to 4, wherein the printed tile is the flatness of the floor cement if the flatness of the floor cement is irregular or uneven because there is a lot of dirt or debris first paving the flatness on the floor cement 600 It is formed to maintain even after the construction, the base pad 600 is provided with an auxiliary contact groove 610 on the upper surface is characterized in that it is formed to be adsorbed with the contact groove 500 of the printed tile. Self-adhesive prefabricated floor printed tiles. The printed tile of claim 3, wherein the printed tile is formed of fibish (PVC) and stone (stone) powder, and contains silver nano. 5.

Images