DECORATIVE TILE WITH STEREOSCOPIC DISPLAY

Abstract

The invention relates to a material for facing of buildings and premises. The technical result of the proposed invention is expanding the arsenal of technical tools that allow you to apply images with stereoscopic and dynamic display. The technical result is achieved by decorative tile with stereoscopic and dynamic display, including: a front protective transparent plate, which has an external and internal side; an end protective layer; a transparent film; a rear protective layer, which has an external and internal side; a stereoscopic image; a lenticular sheet located above stereoscopic image, wherein: the front protective transparent plate its inner side is connected to a transparent film, and its edges is connected with the end protective layer which, in turn, is connected to the rear protective layer, the rear protective layer with its internal side is connected with the stereoscopic image, above which it is located a lenticular sheet, where between the mentioned lenticular sheet and the transparent film there is an air gap, which provides a stereoscopic and dynamic display of the stereoscopic image, wherein the mentioned transparent film provides additional strength to the mentioned protective transparent plate and UV protection to the stereoscopic image, and the front protective transparent plate, the end protective layer and the rear protective layer form a single sealed protective housing, in which the mentioned stereoscopic image, transparent film and lenticular sheet are located.

Claims

1. Decorative tile with stereoscopic and dynamic display that includes: a front protective transparent plate with an external and internal side; end protective layer; transparent film; the rear protective layer, which has an external and internal side; stereoscopic image; lenticular sheet located above the stereoscopic image, wherein: the front protective transparent plate its internal side is connected to a transparent film, and its edges is connected with the end protective layer which, in turn, is connected to the rear protective layer, the rear protective layer with its internal side is connected with the stereoscopic image, above which it is located a lenticular sheet, where between the mentioned lenticular sheet and the transparent film there is an air gap, which provides a stereoscopic and dynamic display of the stereoscopic image, wherein the mentioned transparent film provides additional strength to the mentioned protective transparent plate and UV protection to the stereoscopic image, and the front protective transparent plate, the end protective layer and the rear protective layer form a single sealed protective housing, in which the mentioned stereoscopic image, transparent film and lenticular sheet are located.

Description

BRIEF DESCRIPTION OF DRAWINGS

[0006] FIG. 1 shows a general view of decorative tile in accordance with the claimed solution.

[0007] FIG. 2 shows a general view of the second version decorative tile.

[0008] FIG. 3 shows a general view of the third version decorative tile.

[0009] FIG. 4 shows a general view of the fourth version decorative tile.

IMPLEMENTATION OF THE INVENTION

[0010] Further with reference to FIG. 1 a decorative tile with stereoscopic and dynamic display will be described in accordance with the declared decision. Decorative tile with stereoscopic and dynamic display consists of a front protective transparent plates 101, transparent film 102, end protective layer 103, back protective layer 104, lenticular sheet 105, and stereoscopic image 106.

[0011] The front protective transparent plate 101 has two sides: external and internal. The external side is the external surface of the decorative tile. The internal side of the mentioned plate is connected with transparent film 102. At the edges of the mentioned plate is connected to the end protective layer 103. The front protective transparent plate can be made of various materials (for example, glass, plastic, etc.) and, in combination with the end protective layer and the rear protective layer, provides protection of the lenticular sheet and stereoscopic image are located under them from external influences. The front protective transparent plate 101 can be covered with optically transparent laminate, protective compounds and/or additionally processed (for example, glass hardening).

[0012] During exploitation, the external side of the mentioned plate may be subjected to polishing and other types of restoration work without deterioration of the perception of the three-dimensional and dynamic effects and appearance of products.

[0013] The end protective layer 103 can be made of metal, plastic, film, grid, ceramic, paper, wood, resin, paint coatings and/or similar materials.

[0014] The rear protective layer 104 also has two sides: the external and internal. The external side is the external surface of decorative tiles and provides fixing of decorative tiles to different surfaces. Collectively referred to as facial protection transparent plate 101, end protective layer 103 and rear protective layer 104 forms a single sealed protective housing in which are located the above-mentioned stereoscopic image 106, transparent film 102 and lenticular sheet 105.

[0015] The rear protective layer 104 can be made of metal, plastic, film, grid, ceramic, paper, wood, resin, paint coatings and/or similar materials.

[0016] The mentioned transparent film 102 is attached to the internal side of the front protective transparent plate 101 and provides additional strength of the mentioned plate 101 and UV protection of the stereoscopic image 106.

[0017] The lenticular sheet 105 is located above the stereoscopic image 106. At the same time, the lenticular sheet is positioned in such a way that on the one side between it and the transparent film 102 and on the other side between it and the stereoscopic image 106 are air gaps, that provide stereoscopic and dynamic display of a stereoscopic image 106. The lenticular sheet 105 consists of lens elements that can be manufactured from mirror-glossy plastics, silicate glass and other materials, 0.05 mm or more thick.

[0018] The mentioned stereoscopic image 106 is attached to the internal side of the rear protective layer 104. Stereoscopic image is a drawing that includes parts of two or more whole images that are displayed separately under the influence of the lenticular sheet 105 depending on the viewing angle, or a drawing that includes parts of a three-dimensional image, the different visual planes of which are also displayed separately under the influence of the lenticular sheet 105 depending on the viewing angle.

[0019] Further with reference to FIG. 2 it will be given an another example of implementation of decorative tile with stereoscopic and dynamic display. Decorative tiles with stereoscopic and dynamic display consists of a front protective transparent plate 201, transparent film 202, end protective layer 203, lenticular sheet 205 and stereoscopic image 206.

[0020] The front protective transparent plate 201 has two sides: external and internal. The external side is the external surface of the decorative tile. The inner side of the mentioned plate is connected with transparent film 202. At the edges of the mentioned plate is connected to the end protective layer 203. The front protective transparent plate can be made of various materials (for example, glass, plastic, etc.) and, in combination with the end protective layer and the rear protective layer, provides protection of the lenticular sheet and stereoscopic image are located under them from external influences. The front protective transparent plate 201 can be covered with optically transparent laminate, protective compounds and/or additionally processed (for example, glass hardening).

[0021] During exploitation, the external side of the mentioned plate may be subjected to polishing and other types of restoration work without deterioration of the perception of the three-dimensional and dynamic effects and appearance of products.

[0022] The end protective layer 203 can be made of metal, plastic, film, grid, ceramic, paper, wood, resin, paint coatings and/or similar materials. At the same time, the end protective layer contains in its lower part protruding ends to which it is attached a stereoscopic image 206. This version of decorative tiles designed for translucent structures and attached to the carrier surfaces with only the end protective layer.

[0023] The mentioned transparent film 202 is attached to the internal side of the front protective transparent plate 201 and provides additional strength of the mentioned plate 201 and UV protection of the stereoscopic image 206.

[0024] The lenticular sheet 205 is located above the stereoscopic image 206. At the same time, the lenticular sheet is positioned in such a way that on the one side between it and the transparent film 202 and on the other side between it and the stereoscopic image 206 are air gaps, that provides stereoscopic and dynamic display of a stereoscopic image 206. The lenticular sheet 205 consists of lens elements that can be manufactured from mirror-glossy plastics, silicate glass and other materials, 0.05 mm or more thick.

[0025] The mentioned stereoscopic image 206 is attached to attached to protruding ends in the lower part of the end protection layer 203. Stereoscopic image is a drawing that includes parts of two or more whole images that are displayed separately under the influence of the lenticular sheet 205 depending on the viewing angle, or a drawing that includes parts of a three-dimensional image, the different visual planes of which are also displayed separately under the influence of the lenticular sheet 205 depending on the viewing angle.

[0026] Further with reference to FIG. 3 it will be given an another example of implementation of decorative tile with stereoscopic and dynamic display. Decorative tiles with stereoscopic and dynamic display consists of a front protective transparent plate 301, transparent film 302, end protective layer 303, lenticular sheet 305, stereoscopic image 306 and the rear protective layer 304.

[0027] The front protective transparent plate 201 has two sides: external and internal. The external side is the external surface of the decorative tile. The inner side of the mentioned plate is connected with transparent film 202. The front protective transparent plate can be made of various materials (for example, glass, plastic, etc.) and, in combination with the end protective layer and the rear protective layer, provides protection of the lenticular sheet and stereoscopic image are located under them from external influences. The front protective transparent plate 201 can be covered with optically transparent laminate, protective compounds and/or additionally processed (for example, glass hardening).

[0028] During exploitation, the external side of the mentioned plate may be subjected to polishing and other types of restoration work without deterioration of the perception of the three-dimensional and dynamic effects and appearance of products.

[0029] The rear protective layer 304 also has two sides: the external and internal. The external side is the external surface of decorative tiles and provides fixing of decorative tiles to different surfaces. The rear protective layer 104 can be made of metal, plastic, film, grid, ceramic, paper, wood, resin, paint coatings and/or similar materials.

[0030] The transparent film 302 is attached to the internal side of the front protective transparent plate 301 and provides additional strength of the mentioned plate 301 and UV protection of the stereoscopic image 306. Transparent film 302 can be made of various plastics and other transparent materials. When in this case, the mentioned protective film 302 is an end protective an element of decorative tiles, and in combination with the face protective transparent plate 301 and the back protective layer 304 form a single sealed protective housing, which contains the mentioned stereoscopic image 306 and lenticular sheet 305. The transparent film connects its edges to the stereoscopic image 306 on one side and the rear protective layer 304 on the other side, and thus provides end protection of the decorative tiles. Between the mentioned transparent film and the lenticular sheet 305, above which it is located, an air gap is formed, which provides stereoscopic and dynamic display stereoscopic image 306.

[0031] The lenticular sheet 305 is located above the stereoscopic image 306 and consists of lens elements that can be manufactured from mirror-glossy plastics, silicate glass and other materials, 0.05 mm or more thick.

[0032] The mentioned stereoscopic image 306 is attached to the internal side of the rear protective layer 304 and to the edges of the transparent film 302. Stereoscopic image is a drawing that includes parts of two or more whole images that are displayed separately under the influence of the lenticular sheet 305 depending on the viewing angle, or a drawing that includes parts of a three-dimensional image, the different visual planes of which are also displayed separately under the influence of the lenticular sheet 305 depending on the viewing angle.

[0033] Further with reference to FIG. 4 it will be given an another example of implementation of decorative tile with stereoscopic and dynamic display. Decorative tiles with stereoscopic and dynamic display consists of a front protective transparent plate 401, transparent film 402, end protective layer 403, rear protective layer 404, lenticular sheet 405 and stereoscopic image 406.

[0034] The front protective transparent plate 401 has two sides: external and internal. The external side is the external surface of the decorative tile. The inner side of the mentioned plate is connected with transparent film 402. At the edges of the mentioned plate is connected to end protective layer 403. The front protective transparent plate can be made of various materials (for example, glass, plastic, etc.) and, in combination with the end protective layer and the rear protective layer, provides protection of the lenticular sheet and stereoscopic image are located under them from external influences. The front protective transparent plate 401 can be covered with optically transparent laminate, protective compounds and/or additionally processed (for example, glass hardening). During exploitation, the external side of the mentioned plate may be subjected to polishing and other types of restoration work without deterioration of the perception of the three-dimensional and dynamic effects and appearance of products.

[0035] The end protective layer 403 can be made of metal, plastic, film, grid, ceramic, paper, wood, resin, paint coatings and/or similar materials. Mentioned the end protective layer has two sides: external and internal. External side it is located perpendicular to the internal side and is located on the ends decorative tiles, thus providing end protection of a decorative tile. The internal side is rigidly connected to the rear protective layer 404 and thus provides the strength of the entire structure.

[0036] The rear protective layer 404 also has two sides: the external and internal. The external side is the external surface of decorative tiles and provides fixing of decorative tiles to different surfaces. Collectively referred to as facial protection transparent plate 401, end protective layer 403 and rear protective layer 404 forms a single sealed protective housing in which are located the above-mentioned stereoscopic image 406, transparent film 402 and lenticular sheet 405.

[0037] The rear protective layer 404 can be made of metal, plastic, film, grid, ceramic, paper, wood, resin, paint coatings and/or similar materials.

[0038] The mentioned transparent film 102 is attached to the internal side of the front protective transparent plate 101 and provides additional strength of the mentioned plate 101 and UV protection of the stereoscopic image 106.

[0039] The lenticular sheet 405 is located above the stereoscopic image 406. At the same time, the lenticular sheet is positioned in such a way that on the one side between it and the transparent film 402 there is an air gap, that provides stereoscopic and dynamic display of a stereoscopic image 406. The lenticular sheet 405 consists of lens elements that can be manufactured from mirror-glossy plastics, silicate glass and other materials, 0.05 mm or more thick.

[0040] The mentioned stereoscopic image 406 is attached to the internal side of the rear protective layer 404. Stereoscopic image is a drawing that includes parts of two or more whole images that are displayed separately under the influence of the lenticular sheet 405 depending on the viewing angle, or a drawing that includes parts of a three-dimensional image, the different visual planes of which are also displayed separately under the influence of the lenticular sheet 405 depending on the viewing angle.

[0041] Although this invention has been shown and described with reference on certain variants of its implementation, a specialist in this field of technology, it will be clear that various changes and modifications can be made in it without leaving the actual scope of the invention.