RU2650064C1 - Method of manufacturing a combined mirror - Google Patents

Abstract

FIELD: consumer goods industry.

SUBSTANCE: invention relates to light industry, namely,to the manufacture of household goods, decoration and furnishings of living or bathroom rooms, mainly to the methods of mirror manufacturing. Method whereby the layers of soil and amalgam are removed from the back side of the plate-glass mirror until a clear glass is obtained, then along the perimeter of the clear glass, processing is performed to form a strip of a matte light-transmitting surface for illuminating a spherical mirror, spherical mirror is fixed on the back side opposite a section of the clear glass. Spherical mirror is equipped along the perimeter from the back side of the plate-glass mirror opposite the strip of matte light-transmitting surface with an individual LED illumination with a dedicated touch switch or a general inclusion with diode illumination of the carrier mirror itself and its infrared heating.

EFFECT: improved safety of mirror operation is provided.

1 cl, 14 dwg, 1 ex

Description

The claimed invention relates to light industry, namely to the manufacture of household goods, furniture and furnishings of residential or bathrooms, mainly to methods for manufacturing mirrors.

Among household items, mirrors are in demand, including for bathrooms, combining additional functions - for example, the presence of a backlight and / or a magnifying mirror, necessary for face care and makeup.

Tabletop makeup mirrors are known, including double-sided, one side of which is magnifying. Disadvantage: they are not suitable for use in the bathroom, since there is a minimum horizontal surface in the bathroom.

A technical solution is known in which the mirror contains an additional portion of the mirror surface with the zoom function due to the fact that a smaller mirror with a magnifying function is fixed on the surface of the mirror sheet from the front side (http://shop-sanequip.ru/zerkalo-esbano-es -1668h.html, http://www.sanliga.ru/zerkalo-esbano-es-l83lyd.html, http://www.sanliga.ru/zerkalo-mirage-mf-6604.html). Disadvantage: the magnifying mirror is a protruding part of the structure, which violates the safety of the user. There are different options for attaching a magnifying mirror to a mirror sheet: for example, using glue or using a magnetic suction cup (www.elkipodarki.ru/5407-uvelichitelnoe-kosmeticheskoe-zerkalo-na-prisoske-s-magnitom.html). However, all variants with a protruding part fixed to the main mirror sheet from the front side are unsafe. In case of careless movement, the user can touch the protruding part of the mirror, catch on with his hand, while causing damage to himself during cosmetic procedures. If the mounting method is not sufficiently rigidly fixed (magnetic suction cup, poor-quality adhesive), the protruding part of the mirror with the zoom function may fall off and break, which poses a threat to the health and safety of the user. In any case, when using such a mirror, the user will have to limit their movements, and a mirror with a protruding magnifying part takes up more space due to the increase in dimensions in thickness, which is important in a limited space of the bathroom.

Closest to the claimed technical solution is the patent CN 201617532 U, publication date 11/03/2010, application number 200920296010.9, in which a mirror with an integrated magnifying mirror includes the mirror itself and a magnifying mirror mounted on its back side, and the parallel surface of the mirror itself opposite the magnifying mirror is a transparent glass surface. A lamp holder and a lighting lamp inserted into it are mounted on the rear side of the mirror at the opposite end from the magnifying insert. At the same time, “a matte surface in the form of a ring (around a magnifying insert) is used to give aesthetics, and besides, it is able to play the role of a landmark” (paragraph [0022] of the description of CN 201617532 U). Thus, the backlight mounted on the other end of the mirror web does not reach the area with the magnifying mirror. The disadvantage of the prototype is the insufficient illumination of the area with a magnifying mirror, which degrades consumer properties, reducing the convenience and safety of using the magnifying section of the mirror, since in insufficient lighting it is easy to injure yourself when carrying out hygiene, cosmetic and other procedures.

These shortcomings are eliminated by the claimed technical solution.

The task of the invention is to increase the convenience and safety of operation of the final product of the mirror combined with a spherical mirror with a zoom function due to the new manufacturing method.

This task is achieved in that the soil and amalgam are removed from the back of the mirror using chemical and mechanical processing to obtain clear glass, then processing (for example, sandblasting) is carried out along the perimeter of the clear glass to form a matte surface, which may be a light transmitting area in the form of a strip around the perimeter of the transparent glass section for diode illumination of the built-in spherical mirror or carry a decorative function. Then, on the back side of the mirror sheet, opposite the transparent portion, a spherical mirror is fixed with a magnification function, applying a fixing composition along the perimeter of the spherical mirror. The glued spherical mirror is equipped with an individual LED backlight system with a dedicated touch switch or, for example, a common switch with diode illumination of the supporting mirror itself and its infrared heating. In this case, the backlight system is located on the rear side of the mirror web along the perimeter of the spherical mirror opposite a matte light-transmitting surface located in the form of a strip around the perimeter of the transparent portion of the mirror web and directly along the perimeter of the magnifying portion.

EFFECT: increased safety of operation of a combined mirror.

The technical result is achieved by a method of manufacturing a combined mirror, in which soil and amalgam layers are removed from the rear side of the mirror sheet to obtain transparent glass, then processing is carried out along the perimeter of the transparent glass to form a strip of frosted light-transmitting surface to illuminate a spherical mirror, then a spherical is rigidly fixed from the back a mirror opposite the transparent glass section, characterized in that a spherical mirror around the perimeter is equipped from the back with Mirror cloth opposite the matte light-transmitting surface with individual LED illumination with a dedicated touch switch on or general switch on with diode illumination of the supporting mirror itself and its infrared heating.

These signs are significant and interrelated with the formation of a stable population sufficient to obtain the desired technical result.

The main advantage of the proposed technical solution, distinguishing it from the methods of manufacturing known models of mirrors that have a spherical mirror with the zoom function: the inventive method allows to obtain a safe in operation mirror combined with a built-in spherical mirror with the zoom function located on the back of the mirror sheet, safe due to additional illumination located along the perimeter of the magnifying section on the back side of the mirror sheet opposite the opaque light lowers the strip situated on the perimeter also enhancing portion.

The claimed technical solution is illustrated by the images in FIG. 1-14.

FIG. 1 is a front view of a combined mirror.

FIG. 2 is a sectional view BB of a combined mirror.

FIG. 3 is a rear view of the combined mirror.

FIG. 4 - front view of the mirror combined with LED backlight.

FIG. 5 is a sectional view of a G-D mirror combined with LED illumination.

FIG. 6 - view A (back side) of the mirror combined with LED backlight.

FIG. 7 is a sectional view BB of a portion of a spherical insert of a combined mirror (fragment).

FIG. 8 is a sectional view of G-G of a portion of a spherical mirror insert combined with LED illumination (fragment).

FIG. 9 is a sectional view of G-G of a portion of a spherical mirror insert combined with LED illumination (fragment) in isometry.

FIG. 10 is a front view of a known mirror with a spherical insert fixed on the front side.

FIG. 11 is a sectional view D-D of a known mirror with a spherical insert fixed on the front side.

FIG. 12 is a view B (back side) of a known mirror with a spherical insert fixed on the front side.

FIG. 13 is a cross-sectional view EE of a known mirror with a spherical insert fixed on the front side.

FIG. 14 is a view of a known mirror with a spherical insert fixed on the front side in a three-dimensional image (photo).

Where

1 - mirror cloth, front side;

2 - a transparent section of the mirror web with a magnifying function;

3 - spherical mirror, fixed opposite the transparent portion of the mirror sheet from the back;

4 - system for mounting the mirror to a vertical surface;

5 - light transmitting portion of the mirror web to provide illumination;

6 - backlight system, fixed opposite the light-transmitting section of the mirror web with the backlight function;

7 is a composition fixing a spherical mirror on the back side of the mirror web opposite the transparent portion;

8 - mirror cloth of a known mirror;

9 - spherical mirror with zoom function, fixed on the front side of the mirror canvas of a known mirror.

An example implementation.

The mirror includes a mirror blade 1, a fastening system 4, a spherical mirror 3. A soil layer and amalgam are removed from a specific section of the rear side of the mirror sheet, thereby obtaining a transparent portion 2 from the front side, against which a spherical mirror is fixed from the back side of the mirror sheet. As the fixing composition, an adhesive composition 7 is used, which is applied around the perimeter of a spherical mirror and this ensures a tight fit and tightness. The mirror may have an additional transparent section 5, for example, in the form of an annular surface located on the outside of the transparent section 2 with the zoom function, opposite which the backlight system 6 is located. The backlight is used mainly LED. A glued spherical mirror can be equipped with an individual LED backlight with a dedicated touch switch or a general switch with diode light on the carrier mirror itself and its infrared heating.

To obtain transparent areas carry out the following processing. A layer of soil and amalgam is removed from the back of the mirror sheet using chemical reagents to leave clear glass. Processing is carried out along the perimeter of the transparent glass, for example sandblasting, to form a matte surface, which will be a light transmitting section for diode illumination of the built-in spherical mirror. A spherical mirror is fixed with an increase function with a fixing adhesive. For example, on a cleaned surface on the back of the mirror, apply a layer of soil remover (for example, "Wash off old KUDO paint") and evenly distribute to the desired area. After withstand the necessary time (in accordance with the instructions for use for this tool) and remove the protective soil layer by any suitable mechanical method, such as a wooden spatula. Then there remains a mirror layer of "amalgam", which can be removed by any suitable known method - chemical or mechanical. For example, a chemical solution is applied to the amalgam layer from the back of the mirror sheet - iron (///) chloride 6-aqueous pure (FeCl 3 * 6H2O), which reacts with the amalgam layer and dissolves it. A portion of transparent glass of a given size and configuration is formed in the mirror sheet. Then, on the back side of the mirror sheet, a magnifying mirror of a spherical shape is installed, which provides the necessary magnification. A spherical mirror is fixed in front of the transparent glass section obtained after removal of the amalgam layer, applying a fixing composition 7 to the edges of the spherical mirror around the perimeter using any known method, for example, using an adhesive thermal gun. The edges of the spherical mirror 3 with the applied fixing composition are pressed against the back side of the mirror sheet without a gap, exactly opposite the transparent glass section. Around the transparent area for the spherical insert around the perimeter in the same way receive a light transmitting strip 5 for setting the backlight, using, for example, sandblasting, the surface of the strip for decorative purposes is made matte. Then, from the back side of the mirror sheet opposite the additional light transmitting section in the form of a strip around the perimeter around the spherical mirror, LED backlight 6 is installed.

The claimed technical solution meets such a condition of patentability as industrial applicability, since its implementation is possible using existing means of production using well-known technological operations.

Claims (1)

A method of manufacturing a combined mirror in which layers of soil and amalgam are removed from the rear side of the mirror sheet to obtain clear glass, then processing is carried out along the perimeter of the clear glass to form a strip of frosted light-transmitting surface to illuminate the spherical mirror, then a spherical mirror is rigidly fixed from the back side opposite the section transparent glass, characterized in that the spherical mirror around the perimeter is equipped on the back side of the mirror canvas opposite the frosted vetopropuskayuschey individual LED illumination surface with a dedicated or common touch switching switching diode illumination of the mirror and its supporting infrared heating.

Images