RU167182U1 - SIDE MIRROR - Google Patents

Abstract

1. An end-illuminated mirror containing at least one printed amalgam glass and at least one end-box with integrated backlight. 2. An end-illuminated mirror according to claim 1, characterized in that it has two, three or more end-boxes. 3. An end-illuminated mirror according to claim 1, characterized in that it has two or more glasses with or without amalgam and combined so that they create a certain composition. An end-illuminated mirror according to claim 1, characterized in that the mirror has the shape of any flat geometric shape. End-illuminated mirror according to any one of paragraphs. 1-4, characterized in that the end attachment is made of plastic, or metal, or wood, or ceramic, or in a combined way from these materials. 6. An end-illuminated mirror according to claim 1, characterized in that the power source can be a central power source of 110-220 volts or galvanic power cells. 7. End-illuminated mirror 1, 3, 4 characterized in that on the glass, either from the front side or from the amalgam side, there is any graphic or text picture.

Description

End Mirror

The utility model relates to household furniture, namely to the design of mirrors, equipped with lighting fixtures and intended for the bathroom, bedroom, hallway, can be used as an interior element in restaurants, cafes, offices, in the lobby and hotel rooms and other rooms.

Known analogue 1 is a bathroom mirror, containing a base in the form of a plate, on one side of which a rectangular glass is fixed with a mirror coating deposited on its back surface, a part of the surface of which is removed to form at least one area on the glass to pass light from a light source located on the back of the plate, in which a through hole or cutout is made opposite the portion on the glass for passing light to accommodate the indicated light source connected by wires with a switch located in the socket on the side of the plate, and it is equipped with a plate no wider than the width of the side of the plate and fixed on this side opposite the socket, with holes or cutouts made in this plate for mounting and fixing the switch and the external connection unit power supply, the contact part of which is located in the socket, which is made open and closed with a flat cover on the back of the plate, and edging plates are fixed on the end surfaces of the plate us. (RF patent №84140, IPC G02B 5/08, publication date: 06/27/2009)

Known analogue 2 is a bathroom mirror, containing a base in the form of a plate, on one side of which a rectangular glass is fixed with a mirror coating deposited on its back surface, a part of the surface of which is removed to form at least one area on the glass to pass light from a light source located on the back side of the plate, in which, through the section on the glass for passing light, a through hole or cutout is made to accommodate the indicated light source connected by wires a switch installed in the socket made in the plate on its lateral side, wherein said wires are placed in a groove made in the plate on the glass placement side, edging plates are fixed on the end surfaces of the plate, the socket on the side of the plate is arranged to be placed next to switch of the unit for connecting to an external power source, and a through hole

or a cut-out for placement of a light source in it is closed by a lid or plate. (RF patent No. 83903, IPC A47K 1/02; G02B 5/08 publication date: 06/27/2009)

The analogue 3 is known - a mirror with a backlight and with a built-in lamp, designed for the bathroom, bedroom, hallway and other rooms, and is a mirror with a built-in lamp, containing glass with an amalgam fixed on the frame on most of its inner surface and elements of internal lighting, moreover, the amalgam-free region is located around the perimeter of the mirror with the formation of a translucent edging, and the mirror is equipped with a frame of light-transmitting material mounted on its rear side perimeter and formed with an internal cavity to accommodate the illumination elements adjacent to the region free from amalgam, the width of the frame cavity light transmitting material is greater than the width of the mirror free from amalgam. (RF patent No. 118849, IPC A47G 1/02)

Known analogue 4 - CN 201356325 (Y) class. A47G 1/02, 09/09/2009 - a light-emitting mirror, solves the problem of a conventional mirror in the absence of light. It includes a mirror and a frame; the frame has a battery compartment and a power button. If the surrounding light is not enough for a person to see himself, then you need to press a button and you will see yourself more clearly.

The analogue 5 is known - DE 20 2004 040 705 U1. A light-conducting substrate is located in the frame, a mirror surface is placed on the substrate, the lamp shines at the end of the light-conducting substrate. The product has a back wall. The mirror surface is smaller than the substrate, and when the backlight is turned on, an illuminated outline of the mirror surface appears.

A well-known illuminated advertising panel made of translucent material with LEDs located around the perimeter of the acrylic panel (see patent DE No. 102005035524, CL. G09F 13/18, op. In 2007). The known device is intended for highlighting texts located on the front side of an acrylic panel.

The closest in technical essence and the achieved effect is a bathroom mirror containing glass with a mirror coating deposited on its back surface, which is fixed to the base, while a layer of mirror coating is removed from the back of the glass to pass light from the light source located on the back

side of the base opposite the hole in it, which coincides with the matte surface, on the side of the base there is a socket for accommodating the power switch of the light source, and at the base there is a groove for accommodating electric wires connecting the light source to the switch. (RF patent No. 70006, IPC G02B 5/08, publication date: 01/10/2008).

A common disadvantage of known mirrors is the increased thickness of the product. In the presented analogues, the light element is placed either behind a mirror surface; or to improve the illumination of the space in front of the mirror, the light element is placed in front of the mirror; or, as in the case of DE 202004000705 U1, a back wall is used, which leads to an increase in the thickness of the product.

The present utility model has end positioning of light elements and does not have a back cover. Light passes through the glass plane, is refracted at the places of drawing a picture or text, and directs its rays perpendicular to the glass plane.

EFFECT: obtaining light radiation directed perpendicularly to the glass plane due to refraction at the place of applying a text or drawing.

The result is achieved in that the end-illuminated mirror contains at least one glass (3) with an amalgam and at least one end attachment (1) with a light source (5) placed in it. The end attachment (1) joins the glass (3) so that the light sources (5) emit light at the end of the mirror sheet, passing through it. The glow directed perpendicular to the plane of the glass is achieved as a result of the refraction of the rays at the places of applying a decorative pattern or text (4) applied to the glass (3). The pattern can be applied using engraving, sandblasting, chemical etching, or spraying. A decorative pattern or text (4) can be made both from the amalgam and from the back.

A power source for a light source in a utility model can be either series-connected galvanic batteries (6) or series-connected batteries, or a central power supply network using a step-down power supply. In the case of using a central power supply, a power supply unit is used, allowing

reduce the voltage from the input 110-220 volts to the required level of 12-24 Volts depending on the LEDs used. The light source can be a point or multipoint, and the colors of light radiation can be changed using light sources with different colors, or by placing a light-transmitting color film between the light source (5) and the glass end (3). Glass (3) can be in the form of any flat geometric shape. The utility model can be equipped with a switch (2) built into the console, or switched on from the touch switch, or remotely. The end attachment can be made of wood or plastic, or plastic, or ceramic, or metal, or in a combined way from these and other materials. In addition, one glass (3) can have 2, 3, 4 or more end extensions (1), for example, if the mirror has the shape of a pentagon, then end extensions (1) placed around the glass perimeter form a frame. The light source (5), batteries (6) and the switch (2) are built into the end-box, or when working from a central power source, the batteries are not built into the end-box, but are placed behind the mirror.

The proposed utility model is illustrated by drawings:

FIG. 1 - mirror illuminated from above;

FIG. 2 - end-illuminated mirror, general view;

FIG. 3 - a mirror with end lighting, end consoles placed around the perimeter of the glass, forming a frame

An end-illuminated mirror includes an end attachment (1), a switch (2), glass (3), a graphic drawing or text (4), a light source (5), galvanic batteries (6), a cover (7), screws cover fasteners (8).

Implementation of a utility model. The proposed utility model consists of at least one glass (3) with an amalgam and one end attachment (1) with a built-in light source. The switch (2) is located, for ease of use in the side of the end attachment (1). The mirror is made of light-conducting material, for example, glass with an amalgam applied to the surface. On the glass, on the upper part, or on the lower, or on the side, or on the entire surface, a drawing or text is applied (4), made using sandblasting

device or engraving, or chemical etching. Drawing or text (4) can be applied both from the amalgam and from the back. Glass (3) can be in the form of any flat figure, for example a square, rectangle, rhombus, oval, in the form of a cactus, animal, etc. If the utility model has two or more mirrors, each of them can have the same or different geometric shape, the dimensions of the mirrors can be the same or different. The end attachment (1) at the junction with the glass (3) has a groove in which the light source (5) is placed. Glass (3) is inserted into the groove of the front attachment (1) so that the light from the light source (5) is directed to the end of the glass (3) and ensures the propagation of light along and inside the glass (3), providing, by refraction of light at the points of drawing or text (44), special decorative effect of a utility model. Galvanic batteries (6) are placed in the end attachment (1) in the groove. When using LEDs with an operating voltage of 12 volts, 8 galvanic cells (6) of type AA (finger batteries) or AAA (finger batteries) are connected in series, which allows to obtain a voltage in the circuit of 12 volts. Type AAA is used if the length of the end attachment (1) is insufficient for the sequential placement of larger AA elements. Batteries, wiring, light sources are hidden in the end-box (1). Galvanic batteries (6), in order to prevent dust and water splashes, are closed by a cover (7) made of plastic, or metal, or other material. The cover (7) is attached to the end attachment (1) using screws or screws (8). The wires connecting the batteries and the light source are located in the end-box housing.

In the case of using a central power supply, a power supply is used, which allows to lower the voltage from the input 110-220 volts to the required level of 12 or 24 Volts, depending on the LEDs used.

An end-illuminated mirror can be used in residential, hotel and office rooms, as a source of soft light, also an end-illuminated mirror can be used as a source of graphic, text or advertising information, can be used as a night lamp, sconce or floor lamp, as well as in restaurants, hotels and bars to create a special lighting atmosphere or design elements.

Claims (7)

1. An end-illuminated mirror containing at least one printed amalgam glass and at least one end attachment with integrated backlight elements. 2. The end-illuminated mirror according to claim 1, characterized in that it has two, three or more end-boxes. 3. The end-illuminated mirror according to claim 1, characterized in that it has two or more glasses with or without amalgam and combined so that they create a certain composition. 4. The end-illuminated mirror according to claim 1, characterized in that the mirror has the shape of any flat geometric shape. 5. The mirror with end lighting according to any one of paragraphs. 1-4, characterized in that the end attachment is made of plastic, or metal, or wood, or ceramic, or in a combined way from these materials. 6. The end-illuminated mirror according to claim 1, characterized in that the power source can be a central power source of 110-220 volts or galvanic batteries. 7. Mirror with end lighting according to paragraphs. 1, 3, 4 characterized in that on the glass, either from the front side or from the amalgam side, there is any graphic or text picture.

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