RU85520U1 - DECORATIVE PLATE - Google Patents

Abstract

A decorative plate containing the body of the plate with the front and back surfaces and with the light module located in the body of the plate with the optical fibers and the wire connected to it, the free ends of the optical fibers being flush with the front surface of the plate body, the wire is led outside the plate body from the back surface, light the module is equipped with a base on which a light source connected to a wire is mounted, optical fibers assembled in a beam are placed opposite the light source, so that radiation from the light source is provided while the bundle of fibers and joining the fibers, the space between the bundle of optical fibers and a light source enclosed with a closed wall.

Description

The utility model relates to building structures, in particular, to give a decorative look to the design of panel floors and walls.

State of the art

The closest technical solution is paving slabs (consisting of a base and rough glass, which prevents sliding on it. Inside the tile there are LED lights and a connection wire. The tile is designed to be used as a decorative element.

The disadvantage of this device is the lack of strength, difficulty in manufacturing.

The purpose of the proposed utility model is to increase strength and simplify manufacturing.

This goal is achieved due to the fact that in a decorative plate containing the body of the plate with front and back surfaces and with a light module located in the body of the plate with optical fibers and a wire connected to it, and the free ends of the optical fibers are flush with the front surface of the plate body, the wire is led out to the outside of the plate body from the back surface side, the light module is provided with a base on which a light source connected to a wire is mounted, optical fibers assembled in a beam are placed opposite the light source, so provided the light source from entering the radiation beam on the optical fibers and its entry into the fibers, the space between the bundle of optical fibers and a light source enclosed with a closed wall.

Brief Description of the Drawings

The utility model is illustrated by drawings (Fig.1-3), which shows a decorative plate and its individual elements. Figure 1 shows a decorative plate, figure 2 shows the placement of the light module and the optical fibers inside the decorative plate, figure 3 shows the light module.

Utility Model Disclosure

The figures show: the body of the plate 1, end 2, wire 3, light module 4, back surface 5, side surface 6, light guide 7, front surface 8, beam 9, seal 10, light flux 11, light source 12, substrate 13, base 14, clamp 15.

The decorative plate consists of the following main parts: the body of the plate 1, where the light module 4 and the optical fibers 7 are fixedly fixed.

The body of the plate 1 is a rectangular parallelepiped made of concrete, epoxy resin, or any other aggregate. The body of the plate 1 has a back surface 5, the side surfaces 6 and the front surface 8. The back surface 5 and the front surface 8 are located on two opposite sides of the body of the plate 1, and four other oppositely located sides have a side surface 6. The side surfaces 6 are perpendicular to the back surface 5 and front surface 8.

In the center of the body of the plate 1 there is a light module 4, consisting of a clamp 15, a substrate 13, a seal 10, a light source 12, a base 14. The base 14 can be made in the form of two connected cylinders of different diameters (cylinder with a smaller diameter hollow) axis, which match. The base 14 is located at the end of the cylinder with a larger diameter closer to the rear surface 5. At the opposite end of the base 14 (cylinder with a large diameter), the substrate 13 is located. The substrate 13 is located inside the base 14 (cylinder with a smaller diameter). The substrate 13 is made in the form of a cylinder of smaller diameter with respect to the base 14. The axis of the substrate 13 and the base 14 are the same. On the opposite side of the substrate 13 in the center is a light source 12 in the form of a hemisphere. From the light source 12 through the center of the substrate 13 and the base 14 go out two wires 3 power. Opposite the light source 12 in the clamp 15 is a bundle 9 of optical fibers. The clamp 15 is made in the form of a cylinder of the same size with the base 14 (cylinder with a large diameter). The connection of the beam 9 of the optical fibers 7 by the clamp 15 with the base 14 (cylinder with a smaller diameter) is carried out using the seal 10. The axis of the clamp and the base coincide. The ends of the optical fibers in the beam 9 of the optical fibers from the side of the light source 12 are aligned. The optical fibers 7 are in the thickness of the body of the plate 1 and the ends 2 opposite from the clamp 15 are located across the front surface area flush with the front surface 8 of the body of the plate 1.

Utility Model Implementation

The device operates as follows.

The device is manufactured using the following technology. For the manufacture of the body of the plate 1 make wooden formwork of the required shape. In the center of the manufactured body of the plate 1, a light module 4 is installed. From the light module 4, the ends 2 of the optical fibers 7 are distributed over the entire area of the manufactured body of the plate 1 so that the ends of the 2 optical fibers 7 extend flush with the front surface 8. From the light module 4 from the back surface 5 of the manufactured body plates 1 lead out the wire. After this, concrete is made, poured into a mold and allowed to harden. After hardening, remove the body of the plate 1 from the formwork, grind the front surface 8 to align the ends 2 of the optical fibers 2 with the front surface 8 and install the body of the plate 1 on the subfloor (boards). After that, the side surfaces 6 of all plates 1 are joined together so that a flat surface is formed. Then they connect the wire to the power supply and check the operation of the device. The device allows you to create a surface with luminous dots distributed in any necessary way, for example, randomly or with the reproduction of the desired pattern.

Due to the above-described manufacturing features of this device, the goal of the utility model is achieved, namely, increasing the strength and simplification in manufacturing.

Claims (1)

A decorative plate containing the body of the plate with the front and back surfaces and with the light module located in the body of the plate with the optical fibers and the wire connected to it, the free ends of the optical fibers being flush with the front surface of the plate body, the wire is led outside the plate body from the back surface, light the module is equipped with a base on which a light source connected to a wire is mounted, optical fibers assembled in a beam are placed opposite the light source, so that radiation from the light source is provided while the bundle of fibers and joining the fibers, the space between the bundle of optical fibers and a light source enclosed with a closed wall.