KR20210141034A - Analytical mirror using black light with color indication design - Google Patents

Abstract

The present invention relates to a skin analysis mirror using a black light with a color indication diagram. When applying makeup by illuminating the skin with black light, user can apply cosmetics evenly to the skin of the face. The skin analysis mirror using a black light with a color indication diagram according to the present invention includes: a front panel part; a mirror part; a UV cut filter part; a light source part; a power supply part; a frame; and a rear panel part.

Description

A skin analysis mirror using a black light with a color display design {omitted}

The present invention relates to a skin analysis mirror using a black light with a color display.

In detail, the present invention is provided with a configuration that allows the skin analysis mirror to be irradiated with black light illumination of a specific ultraviolet wavelength band so that the user's skin condition can be checked, so that the user can recognize the makeup condition and his or her skin condition. It is about a skin analysis mirror using a black light.

The present invention relates to a skin analysis mirror using a black light with a color display,

In particular, the light source used for skin analysis is a black light fluorescent lamp in a wavelength range of 320 to 400 nm (nanometer) or an ultraviolet lamp with a black light filter.

The light irradiated from the black light source in the wavelength band of 320 to 400 nm (nanometer) is efficiently irradiated to the skin of a specific area, and thus a color display diagram that can be formed so that the fluorescence color reflected therefrom can be observed well. It relates to a skin analysis mirror using the designed black light.

In general, it is the same as it is well known that a mirror reflects an object, particularly a user's body, and recently a mirror installed with a light source device to illuminate the user's surroundings so that the user's appearance can be recognized more brightly and clearly. This is being released.

In the Republic of Korea Utility Model Registration Application No. 20-2017-0001370 (illuminated mirror, previously applied invention), a configuration of a mirror combined with lighting as described above is proposed.

The illuminated mirror of the previous application as described above irradiates light to the front of the mirror in a dark environment so that the mirror can be used brightly without additional lighting, but it is difficult to expect further functional expansion.

In addition, the Republic of Korea Patent Registration No. 10-2017-0100071 (portable mirror with illumination function for checking skin condition) uses blue light between 401 and 410 nm (nanometer), but the wavelength of 401 ~ 410 nm (nanometer) is visible light. It is difficult to accurately analyze the skin due to the lack of clarity in the skin to be observed as an area, and if UV or visible light is exposed to the skin without filtering, problems with the skin and eyes may occur.

Ultraviolet rays having an ultraviolet wavelength region can be classified into UVA, UVB, and UBC. UVA is ultraviolet having a wavelength of less than 320 to 400 nm (nanometers), and UVB is a wavelength of less than 280 to 320 nm (nanometer). UVC may mean ultraviolet rays having a wavelength of less than 100 to 280 nm (nanometers).

UVC wavelengths from 100 to 280 nm (nanometers) are used in sterilization lamps because they can have a detrimental effect on living things, such as killing single-celled organic matter.

Lamps using UVA and UVB are used in tanning equipment that can burn the skin. When used with short wavelengths rather than long wavelengths, it has a good effect of producing vitamin D in the skin.

In the present invention, a light source of 280 to 400 nm (nanometer), which is an ultraviolet region between UVA and UVB, is used, but a black light fluorescent lamp coated with a fluorescent material is used to block ultraviolet rays.

The black light fluorescent lamp is used for analyzing the skin in a dermatology hospital.

The present invention relates to a skin analysis mirror using a black light with a color display,

The black light fluorescent lamp used in the present invention is an ultraviolet lamp used for material discrimination or fluorescence analysis. it is a lamp

A typical UV lamp emits UV rays directly with a wavelength of 100 to 400 nm (nanometers), so it can cause skin and eye problems.

The 100 ~ 280 nm (nanometer) wavelength of UVC can have harmful effects on living things, such as killing single-celled organic matter, so it is used in germicidal lamps. Lamps using wavelengths of 290 ~ 400nm (nanometers) of UVA and UVB are used in tanning equipment that can burn the skin. In order to artificially burn the skin to be healthy, the inside of the tanning device is coded with white paint. When tanning on a tanning machine, it is essential to wear eyeglasses to protect your eyes. It is harmful to look directly at the lamp.

The LED light source used in the previous application No. 10-2017-0100071 also has a visible light with a wavelength of 401 to 410 nm (nanometer), but it is close to 400 nm (nanometer), which is UVA that emits ultraviolet rays, so that the light shines directly on the eyes. UV rays can cause eye and skin problems. In addition, the 401 ~ 410 nm (nanometer) light source lacks clarity for skin analysis.

Here, in order to solve this problem, the present invention intends to use a black light fluorescent lamp to protect the eyes from ultraviolet rays and to analyze the skin more clearly.

The black light fluorescent lamp has a wavelength of 320 to 400 nm (nanometer) near-ultraviolet, and a fluorescent glass tube is used instead of a transparent color, and a fluorescent material is applied therein. It is also used as a photo-restorative treatment to treat skin disorders caused by ultraviolet rays with near-ultraviolet rays and is not harmful to the human body.

The present invention is to use a transparent or semi-transparent UV blocking filter unit to block UV rays firstly by using a black light fluorescent lamp, and to block UV rays secondarily again.

The UV blocking filter unit is applied or coated with a UV blocking film or a UV blocking product or paint to block UV rays. And it goes without saying that the UV blocking filter unit itself can be made into a single filter product with a combination of UV blocking compound.

The present invention is designed to compare and confirm the condition of the skin, and to block ultraviolet rays and to illuminate the light source. An object of the present invention is to provide a skin analysis mirror that can manage the skin more safely.

In order to achieve the above object, the present invention has the following configuration.

The present invention provides a skin analysis mirror using a black light with a color display design, comprising: a front panel part having a center of a substantially square shape and penetrating it;

a mirror part installed on the front or rear surface of the front panel part, a color display diagram indicating a skin type that responds to black light, and a light diffusion projection part for irradiating light;

a UV blocking filter unit which is installed transparently or translucently for blocking UV rays and illuminating a light source on the rear surface of the light diffusion projection unit of the mirror unit;

a light source unit comprising a black light fluorescent lamp, an illumination lamp, and a reflector for irradiating light to the UV blocking filter unit and the light diffusion projection unit;

a power supply unit provided with a power switch, a conversion switch, and a fan for discharging the generated heat to the outside to supply and control the light source unit;

a frame having an arrangement space formed therein so that the power supply unit and the light source unit can be installed; consists of,

Each coupling part is formed on the frame so that the mirror part can be coupled to the front side and the rear panel part can be coupled to the rear side so that the frame has a structure corresponding to each other.

In addition, the function of the changeover switch of the power supply unit may be composed of any one of a sensor for detecting motion or a touch sensor function. With a light mirror touch, it is possible to switch between a black light fluorescent lamp and a lighting lamp.

In the above configuration, as the skin analysis lamp mounted in the frame, a black light fluorescent lamp emitting an ultraviolet wavelength of a certain range used in a conventional skin diagnosis apparatus was used. The black light fluorescent lamp emits light of a wavelength of 320 to 400 nm (nanometers), absorbs visible light, and is composed of a dark blue filter glass that efficiently transmits ultraviolet rays in the wavelength range, and is around 365 nm (nanometers). A black light fluorescent lamp using a phosphor having a peak in Such a black light fluorescent lamp, in the device of the present invention, may be mounted at a position where the light can be well irradiated to the face when the user reflects the face in the mirror. The frame is a configuration for forming the mirror member in the shape of a mirror product, and in this embodiment, it is presented as an example of a rectangular mirror, and is circular, oval, or square with the mirror member to obtain an aesthetic sense of the shape of the mirror member or the product. It may also be formed in the form of a polygon other than the polygon.

Preferably, a pair of black light fluorescent lamps and lighting lamps can be mounted vertically, one on each edge of the wall, inside the frame. However, the present invention is not limited thereto, and a pair of diagnostic lamps may be mounted horizontally, respectively, near the ceiling and the floor inside the casing.

The present invention can also use a pair of Wood lamps as diagnostic lamps. Wood lamp is a type of high-pressure mercury lamp, and it is a lamp that emits a wavelength of 340 to 400 nm (nanometer), in particular a peak wavelength of 365 nm (nanometer). When the wood lamp is irradiated to the fungal-infected skin, the skin emits a characteristic fluorescence, so that the fungal infection can be easily diagnosed. Wood lamps are also useful for diagnosing facial freckles and freckles. Wood lamp is a device that emits UV light of 365 nm (nanometer) wavelength, and is commonly used by dermatologists to diagnose various pigment and infectious diseases. Wood lamp test is performed in a dark room, let the wood lamp light shine directly on the diseased area for a few seconds, and then observe whether there is a change in color or fluorescent light.

Most preferably, the device of the present invention may comprise a pair of black light fluorescent lamps and a pair of wood lamps, together with the lighting lamp. As mentioned above, each wood lamp may be mounted vertically or horizontally within the casing alongside each black light fluorescent lamp.

In order to accurately analyze the skin with the black light fluorescent lamp, it is important to darken the area to be analyzed. The lighting of the lamps installed in the skin analysis mirror is an important analysis requirement. In a darkened place with all surrounding lights turned off, skin analysis starts only with a skin analysis mirror using black light. The emitted light source may be projected onto the skin through a light diffusion projection formed on a mirror installed in the center of the front panel. Accordingly, the skin illuminated by the black light lamp and the lighting lamp can see its own face more clearly through the light and the mirror. In addition, the function of the changeover switch of the power supply unit may be composed of any one sensor among a touch sensor and a sensor function that detects motion in the mirror unit. It can be operated or operated only when there is a movement of a person within a certain range, so that it can function as a conversion between a black light fluorescent lamp and a lighting lamp.

And the skin illuminated by the sequentially operated black light fluorescent lamp can be seen in various colors and becomes a mirror that can analyze the skin.

The color display diagram designed on the mirror can be analyzed by comparing it with the skin illuminated when the black light is illuminated on the skin. The color display diagram is designed on the mirror surface, but may be designed on a surface directly irradiated by a light source. The form of the design can be composed of a color diagram in the form of a graph for the skin type and a description of the skin type with only the color or color on the face to describe the skin type.

According to the present invention configured as described above, a skin analysis mirror using a black light with a color display was referred to as a facial skin diagnostic device used in dermatology. When black light is irradiated onto the skin using a black light fluorescent lamp, normal skin is blue-white, dry (dry) skin is light purple, inflammatory sensitive skin is dark purple, pigmented skin is dark brown, and dead cells and stratum corneum skin are white. The skin can be analyzed as white color, yellow for seborrheic acne, orange for oily skin, pale yellow for purulent acne, and cream for oxidized sebum. Based on this, you can compare and analyze your skin type illuminated by black light by comparing the color indications designed on the UV blocking panel or mirror.

Through the skin analysis mirror using the black light with the above color indication diagram, the general public can manage the skin by analyzing the color of their skin reflected in the black light mirror, as well as make-up through the black light. You can also apply the cosmetics evenly to the skin of the face. And it can be wiped clean when removing makeup.

In addition, the skin analysis mirror is a product that uses ultraviolet and visible light and is harmful to the skin. However, by using a black light fluorescent lamp coated inside with a black light paint, the amount of UV light irradiated to the skin is reduced, and a UV blocking paint is applied or coated on the UV blocking filter part where the light is irradiated again, or the light is filtered with a UV blocking film. This minimizes the UV rays shining on the skin.

1 is a perspective view showing a skin analysis mirror using a black light with a color display according to an embodiment of the present invention.
FIG. 2 is a cross-sectional view from the top of FIG. 1 showing the configuration of a skin analysis mirror using a black light with a color display according to an embodiment of the present invention.
3 is a front cross-sectional view showing the configuration of a skin analysis mirror using a black light with a color display according to an embodiment of the present invention.
4 is an exploded view of a skin analysis mirror using a black light with a color display according to an embodiment of the present invention.
5 is a connection diagram of a power supply unit of a skin analysis mirror using a black light with a color display according to an embodiment of the present invention.
6 is a cross-sectional view showing the configuration of a skin analysis mirror using a black light with a color display according to another embodiment of the present invention.
7 is a block diagram showing another type of mirror in a skin analysis mirror using a black light with a color display according to the present invention.
8 is a perspective view in which a dressing table is combined with a skin analysis mirror using a black light with a color display according to an embodiment of the present invention.
9 is an actual comparative photo of the present invention analyzing the skin when cross-illumination is applied to the skin on a skin analysis mirror using a black light with a color display.
10 is a color skin analysis diagram by black light illumination according to an embodiment of the present invention.

Hereinafter, embodiments of the present invention will be described with reference to the accompanying drawings. These examples are intended to illustrate preferred aspects of the present invention and do not limit the present invention.

In order to achieve the above object, the skin analysis mirror 100 using a black light with a color display diagram according to the present invention provided to achieve the above object includes: a front panel part 10 having a center of a substantially rectangular shape;

A mirror unit installed on the front or back side of the front panel unit 10, a color display diagram 22 indicating the color of the skin type that responds to black light, is designed, and a light diffusion projection unit 21 is formed for irradiating light (20) and;

a UV blocking filter unit 23 which is transparently or translucently installed on the rear surface of the light diffusion projection unit 21 of the mirror unit 20 to block UV rays and illuminate the light source;

a light source unit 30 composed of a black light fluorescent lamp 31 , an illumination lamp 32 , and a reflective plate 33 for irradiating light to the UV blocking unit 23 and the light diffusion projection unit 21 ;

A power supply unit 40 provided with a power switch 41 and a changeover switch 42, and a fan 43 for discharging heat generated from the light source unit to the outside in order to supply and control current to the light source unit 30. Wow;

a frame 52 having an arrangement space S formed therein so that the power supply unit 40 and the light source unit 30 are installed; a rear panel portion 50 having a reflective surface 51 installed on the front surface coupled to the frame 52 in a structure corresponding to each other; consists of,

Each coupling part 52-1 and 52-2 is formed in the frame 52 so that the mirror part 20 can be coupled to the front side and the rear panel part 50 can be coupled to the rear side. They are combined with structures that correspond to each other.

In the mirror unit 20, the function of the changeover switch 42 of the power supply unit 40 may be composed of a touch sensor and any one sensor 25 among a sensor function for detecting an operation. In this case, the conversion function between the black light fluorescent lamp 31 and the lighting lamp 32 is performed by reacting the internal circuit that detects heat when the hand is touched, or operating only when there is a human movement within a certain range. can do.

Hereinafter, an embodiment of the present invention will be described in detail with reference to FIGS. 1 to 10 attached thereto.

The skin analysis mirror 100 using a black light with a color display according to an embodiment of the present invention may be formed in various shapes such as a square, a circle, or a polygon with reference to FIGS. 1 to 6 . In addition, the skin analysis mirror is made of various materials such as synthetic resin or aluminum. An arrangement space is formed therein in an approximately square, circular or polygonal shape, and the front panel part 10 of the penetrating form is provided with a coupling part along the periphery of the inner surface; A mirror installed on the front or back of the front panel unit 10, a color display diagram 22 representing the color of the skin type that responds to black light is designed, and a light diffusion projection unit 21 is formed for irradiating light part 20; a UV blocking filter unit 23 which is transparently or translucently installed on the rear surface of the light diffusion projection unit 21 of the mirror unit 20 to block UV rays and illuminate a light source; a light source unit 30 composed of a black light fluorescent lamp 31 , an illumination lamp 32 , and a reflector 33 for irradiating light to the UV cut filter unit 23 and the light diffusion projection unit 21 ; A power supply unit provided with a power switch 41 and a changeover switch 42, and a fan 43 for discharging heat generated from the light source unit 30 to the outside in order to supply and control current to the light source unit 30 (40) and; a frame 52 having an arrangement space S therein so that the power supply unit 40 and the light source unit 30 can be installed; a rear panel portion 50 having a reflective surface 51 installed on the front surface coupled to the frame 52 in a structure corresponding to each other; Each of the coupling parts 52-1 and 52- so that the mirror part 20 can be coupled to the frame 52 on the front side and the rear panel part 50 can be coupled with the rear side panel part 50 to the frame 52. 2) is formed and combined with a structure corresponding to each other.

The rear panel unit 50 has a reflective surface 51 that reflects light on the front side facing the mirror unit 20 so that the light source generated from the light source unit 30 in the frame 52 is reflected by the light diffusion and projection unit 21 . ) to make it more visible.

The light diffusion projection part 21 is preferably formed along the outside of the mirror part 20 . On the other hand, the light diffusion projection unit 21 may be provided in a plurality or singular in one section outside the mirror unit 20 .

The light diffusion projection unit 21 is a portion that is not surface-treated with mercury during the manufacturing process of the mirror unit 20 . The light diffusion projection unit 21 transmits light by translucent or semi-transparent treatment on a part of the mirror unit 20 . In addition, the shape of the mirror unit 20 may be manufactured in the form of a translucent mirror such as a one-way mirror or a half mirror, and may be transparent or translucent through a separate process, but may be configured by putting some patterns.

Here, the mirror unit 20 having a central penetrating shape in the front panel unit 10 and having a light diffusion projection unit 21 and a color display diagram 22 on the front or rear side is the mirror unit 20 ) On the rear surface, the UV blocking filter unit 23 is installed along the light diffusion projection unit 21 . The UV blocking filter unit 23 is applied or coated with a UV blocking film or UV blocking product or paint to block UV rays. And the UV cut filter unit 23 itself can be made into a single filter product having a combination of UV blocking compound. The UV blocking filter unit 23 is installed on the rear surface of the light diffusion projection unit 21 formed in the mirror unit 20 to filter and block UV rays generated from the light source unit 30 . As shown in FIG. 2 , the opening hinge 11 has a structure corresponding to the frame 52 and the rear panel part 50 so that the front panel part 10 through which the center is penetrated can be opened. In the space formed by combining the frame 52 and the rear panel unit 50 , the power switch 41 and the conversion switch 42 , and the light source unit 30 generate current to supply and control the light source unit 30 . A power supply unit 40 installed with a fan 43 for discharging heat to the outside is installed, and the light source unit 30 has a double socket connecting the black light fluorescent lamp 31 and the lighting lamp 32 and both sides. 33 and the stabilizer 34 and the reflector 35 are mounted evenly on each side of the frame 52, or mounted on a pair of opposite sides (left and right or top and bottom). The black light fluorescent lamp 31 and the illumination lamp 32 are installed together at a distance on a pair of sides (left and right or top and bottom) at a distance, the black light fluorescent lamp 31 performs skin analysis and the illumination lamp 32 This is to check the face before skin analysis. In addition, the black light fluorescent lamp 31 and the lighting lamp 32 of the light source unit 30 are in the form of an LED bar (not shown) or an LED bulb (not shown) containing an ultraviolet LED (not shown) and an illumination LED (not shown). not shown) in the form of The lamp composed of LEDs can reduce the thickness of the frame 52 and mount an electronic circuit unit (not shown) on which a circuit board is formed so that the light source unit 30 can be operated by sensing with a sensor.

The black light fluorescent lamp 31 is a diagnostic lamp in a darkened environment where all lights are turned off. It is a lamp that emits a wavelength of 320 to 400 nm (nanometers), in particular a peak wavelength of 365 nm (nanometers). It is useful for the diagnosis of skin diseases caused by When the fungal-infected skin is irradiated with the black light fluorescent lamp 31, the skin emits characteristic fluorescence, so normal skin is blue-white, dry (dry) skin is light purple, inflammatory sensitive skin is dark purple, and pigmented skin is The skin can be analyzed as dark brown, dead cells and stratum corneum appear white, seborrheic of acne is yellow, oily skin is orange, purulent acne is pale yellow, and oxidized sebum is cream. And after skin diagnosis with the black light fluorescent lamp 31 in a darkened environment, turning on the illumination lamp 32 and repeatedly illuminating the face on the mirror unit 20 can fix the makeup as well as the skin diagnosis.

In addition, a power switch 41 and a changeover switch 42 are installed at a predetermined position of the front panel 10 . The power switch 41 supplies power to the lamp, and the changeover switch 42 sequentially turns on the lighting lamp 32 and the black light fluorescent lamp 31 so that the user can observe the skin. In addition, a fan 33 for discharging heat generated by the black light fluorescent lamp 31 and the lighting lamp 32 to the outside may be provided. In addition, any one of the sensor 25 or the touch sensor function of the changeover switch 42 may be configured in the mirror unit 20. In the case of the sensor 25, within a certain range. It is operated only when there is a movement of a person, or it can perform a function of converting the black light fluorescent lamp 31 and the lighting lamp 32 only with a light mirror touch. (FIG. 5) shows a connection diagram of the light source unit 30 and the power supply unit 40.

And when the black light fluorescent lamp 31 is turned on, the color display 22 as shown in FIG. 10 is displayed on the mirror surface with a fluorescent material or a luminous material that responds to the black light light, so that the user can easily compare and check with his or her own skin. and skin analysis. The color display diagram 22 designed on the mirror can be analyzed by comparing it with the illuminated skin when the black light is illuminated on the skin. The color display diagram 22 is designed on the surface of the mirror unit 20, but may be designed on the surface on which the light source is directly irradiated. The form of the design can be composed of color on the face and description of skin type, or description of skin type with only color, and color diagram in graph form for skin type.

According to the skin analysis mirror 100 using a black light with a color display diagram according to an embodiment of the present invention configured as described above, power is supplied to the black light fluorescent lamp 31 and the lighting lamp 32 in the frame 52 . When supply is supplied and the changeover switch 42 is sequentially operated, the light source emitted by the lamps illuminates the light diffusion projection unit 21 from behind the mirror unit 20 and is projected in front of the mirror to directly illuminate the skin and mirror unit 20 ) can be reflected on the skin indirectly. Accordingly, the skin illuminated by the lighting lamp 32 can see its own face more clearly through the light and the mirror. Then, the skin illuminated by the sequentially cross-operated black light fluorescent lamps 31 can be seen in various colors, thereby becoming a mirror capable of analyzing the skin. In addition, it is possible to compare and analyze the skin illuminated by black light through the color display diagram 22 designed on the mirror unit 20 .

In addition, as shown in FIG. 6 , the light diffusion projection unit 21 of the mirror unit 20 attached to the front panel unit 10 may be configured in a protruding form. The light diffusion projection unit 21 may be made in a transparent or semi-transparent shape on each of the upper, lower, left, and right surfaces.

The reason that the light diffusion projection unit 21 has a protruding shape is to remove the shadow of the face and analyze the skin. And the projection 21-T of the light diffusion projection unit 21 is configured in the form of a semicircular band or a rectangular or polygonal band, giving an angle in a concave or convex shape so that light is refracted when the light source is irradiated from the light source unit 30 and the light is diffused so that the light source irradiated from the light source unit 30 illuminates the mirror unit 20 and the user's face. The light refracted and diffused in the concave or convex shape is reflected by a mirror at a certain angle and is directly diffused to the user, so that the skin can be analyzed more clearly. The frame 52 and the rear panel unit 50 are configured to form a mirror member in the form of a mirror product. In order to obtain an aesthetic sense of the product, it may be formed in the form of a polygon other than a circle, an oval, and a square with a mirror member.

7 is another configuration diagram of the light source unit 30 of the skin analysis mirror 100 using a black light with a color display according to the present invention. The general shape follows the structure of (FIG. 1), but the type of mirror 20 is different. Although the general shape follows the structure of (FIG. 1), a translucent mirror is used by changing the type of the mirror unit 20. A translucent mirror is a mirror designed to reflect some light and transmit some light. The translucent mirror is also referred to as a one-way mirror or a half mirror, and will be described herein as a translucent mirror (one-way mirror).

A light diffusion projection unit 21 is formed in the one-way mirror 20-1 to irradiate light from the light source unit 30 . Here, the light projection of the one-way mirror (21-1) may have a ratio of 30:70, 50:50, or 70:30.

In addition, the translucent mirror (one-way mirro) (20-1) may be composed of any one sensor 25 of a sensor (not shown) or a touch sensor (not shown) function for detecting a motion, as a sensor In this case, it is operated only when there is a movement of a person within a certain range, or a function of converting the black light fluorescent lamp 31 and the lighting lamp 32 can be performed only with a light mirror touch.

In addition, as shown in FIG. 8 , the dressing table 70 may be configured on the skin analysis mirror 100 using a black light with a color display.

As shown in FIG. 8 , the dressing table according to an embodiment of the present invention includes a table 71 on which cosmetics or makeup tools are displayed, and storage units 72 and 73 for storing cosmetics and makeup tools, and the like; It is configured to include a mirror unit 20 for illuminating the user's face, etc., and a light source unit 30 for skin analysis on the user's face. The table 71 is a plate material having a certain width and thickness. Although not shown in the drawings, glass for preventing contamination and scratches may be seated on the upper surface of the table 71 . The table 71 of this embodiment has the shape of a table together with the accommodating parts 72 and 73 provided on both sides of the table 71. That is, the table 71 is integrally formed with the accommodating parts 72 and 73 and is supported through the legs 77 provided under the accommodating parts 72 and 73 . Meanwhile, the mirror unit 20 is installed behind the upper surface of the table 71 , and the light source unit 30 is provided on both sides of the mirror unit 20 . In this case, the mirror unit 20 and the light source unit 30 may be detachably installed to enable installation and separation as needed. The accommodating parts 72 and 73 are spaces for storing cosmetics or makeup tools. The accommodating parts 72 and 73 have a structure that can be opened and closed so that cosmetics or makeup tools can be stored or taken out for use. The storage unit 73 of this embodiment is divided into a storage cabinet 74 and a chest of drawers 75 according to the opening and closing structure.

As shown in Fig. 8, the chest of drawers 75 is a storage space having a structure that is opened and closed in a sliding manner. The drawer (75) includes a first drawer (75-1) installed under the table (71) and a second drawer (75-2) installed on both sides of the first drawer (75-1), respectively. . The first drawer (75-1) has a lower depth than the second drawer (75-2) and is divided into a number of spaces through lattice-shaped partitions, so it has a small volume and is suitable for storing frequently used items. do. On the other hand, the second drawer (75-2) is formed deeper than the first drawer (75-1), so it is suitable for storing items that are bulky but not frequently used. The storage cabinet 74 is a storage space having a structure that is opened and closed in an opening and closing manner. The storage cabinet 74 includes a first storage cabinet 74 - 1 and a second storage cabinet 74 - 2 installed on both sides of the upper surface of the table 71 . Among them, the first storage cabinet 74-1 has a structure in which one side of the cover 76 is coupled through a hinge and opened and closed in an opening and closing manner, and the second storage cabinet 74-2 is configured such that the cover 76 is detachable. It is a combined structure.

On the other hand, an outlet (not shown) is provided inside the second storage cabinet 74-2 to enable the use of electric appliances. Since the outlet (not shown) is connected to the power of the wall through a plug, it can be used very conveniently and quickly when storing and using electric appliances for beauty such as a hair dryer and an antique device in the second storage cabinet 74-2.

The dressing table 70 of this embodiment includes a mirror unit 20 for illuminating the user's face, etc., and a light source unit 30 for analyzing the user's skin and removing shadows on the face. The mirror unit 20 is a normal mirror that reflects light to illuminate an object, and when the black light fluorescent lamp 31 is turned on, the color display 22 as shown in FIG. It is marked with a material or a luminous material so that the user can easily compare and analyze it with his or her own skin.

By diffusing the light generated from the light source unit 30 through the light diffusion projection unit 21 installed on the side of the mirror unit 20, it is possible to show the effect of skin confirmation and skin analysis. Meanwhile, the light source unit 30 of this embodiment further includes a power supply unit 40 having a power switch 41 and a changeover switch 42 . When the conversion switch is operated, the black light and the general light are converted, so that clear skin when illuminated by general lighting and skin analysis can be performed when black light is illuminated.

On the other hand, the light source unit 30 of the present embodiment may be operated by a sensor (not shown). When a sensor (not shown) is installed at the upper center of the mirror unit 20 , the light source unit 30 may be automatically converted according to the presence or absence of a user.

The skin diagnosis mirror using the black light according to the present embodiment is an independent structure like general furniture, and can be moved indoors or installed in a built-in form that is fixed to a wall.

9 is an actual comparison of the present invention analyzing the skin when the general light and the black light light are alternately lit and illuminated on the skin by the operation of the conversion switch comprising the skin analysis mirror 100 using the black light with the color indication diagram. analysis diagram.

10 is a color display diagram 22 in response to a black light source.

The color display diagram 22 is displayed with a fluorescent material or a luminous material that responds to black light, so that the user can easily see his or her skin reflected in the mirror and the color display diagram 22 designed on the mirror to see his or her skin condition or makeup condition. can also be comparatively analyzed.

In the color display diagram 22, normal skin is blue-white, dry (dry) skin is light purple, inflammatory sensitive skin is dark purple, pigmented skin is dark brown, dead cells and stratum corneum skin appear white floating, seborrheic of acne Silver is yellow, sebum-oily skin is orange, purulent acne is pale yellow, and oxidized sebum is cream-colored, so it can be analyzed and compared with the user's skin.

The color display diagram 22 may be designed on the front and back surfaces of the mirror or on the light diffusion projection part illuminated by black light. The form of the design can be composed of a color diagram in the form of a graph for a skin type and a description of the skin type with only the color or color on the face to describe the skin type.

As mentioned above, although the present invention has been described with limited configuration and drawings, the technical spirit of the present invention is not limited thereto, and by those of ordinary skill in the art to which the present invention pertains, the technical spirit of the present invention and the following Various modifications and variations will be possible within the scope of equivalents of the claims to be described.

Claims (10)

a front panel part 10 having a shape having a substantially rectangular center through it;
A mirror unit installed on the front or back side of the front panel unit 10, a color display diagram 22 indicating the color of the skin type that responds to black light, is designed, and a light diffusion projection unit 21 is formed for irradiating light (20) and;
a UV blocking filter unit 23 which is transparently or translucently installed on the rear surface of the light diffusion projection unit 21 of the mirror unit 20 to block UV rays and illuminate the light source;
a light source unit 30 composed of a black light fluorescent lamp 31 , an illumination lamp 32 , and a reflective plate 33 for irradiating light to the UV blocking unit 23 and the light diffusion projection unit 21 ;
A power supply unit 40 provided with a power switch 41 and a changeover switch 42, and a fan 43 for discharging heat generated from the light source unit to the outside in order to supply and control current to the light source unit 30. Wow;
a frame 52 having an arrangement space S therein so that the power supply unit 40 and the light source unit 30 can be installed;
a rear panel portion 50 having a reflective surface 51 installed on the front surface coupled to the frame 52 in a structure corresponding to each other; consists of,
Each coupling part 52-1, 52-2 is formed in the frame 52 so that the mirror part 20 can be coupled to the front side and the rear panel part 50 can be coupled to the rear side. A skin analysis mirror using a black light with a color display, characterized in that it has a structure corresponding to each other and is combined. According to claim 1,
The color display diagram 22 may be designed on the front and back surfaces of the mirror unit 20 or the light diffusion projection unit 21 where black light shines. A skin analysis mirror using a black light with a color display diagram, characterized in that it can also be composed of a color diagram in the form of a graph for the skin type and a description of the skin type. According to claim 1,
A skin analysis mirror using a black light with a color display, characterized in that the mirror is a translucent mirror (one-way mirror) (20-1). According to claim 1,
A skin analysis mirror using a black light with a color display, characterized in that the UV blocking filter unit 23 is a UV blocking product, applied or coated with a UV blocking paint, or a UV blocking film is attached. According to claim 1,
The black light fluorescent lamp 31 of the light source unit 30 is an ultraviolet lamp emitting a wavelength having a region between 320 and 400 nm (nanometers) and a peak wavelength of a Wood lamp of 365 nm (nanometers). A skin analysis mirror using a black light with a color display design. According to claim 1,
The light source unit 30 may be configured in the form of an LED bar or an LED bulb containing an ultraviolet LED and a lighting LED. A skin analysis mirror using a black light with a color display diagram, characterized in that an electronic circuit unit (not shown) for controlling and driving the LEDs is configured. According to claim 1,
The function of the changeover switch 42 of the power supply unit 40 is installed in the mirror unit 20 with an automatic function of any one of a sensor for detecting an operation or a touch sensor function. A skin analysis mirror using a black light with a color indication diagram. According to claim 1,
A skin analysis mirror using a black light with a color display diagram, characterized in that the light diffusion projection unit 21 has a projecting structure, and each surface is transparent or translucent. According to claim 1,
A skin analysis mirror using a black light with a color indication diagram, characterized in that the shape of the mirror unit 20 is configured in any one of a circle, an oval, and a polygon. 10. The method of claim 9,
A skin analysis mirror using a black light with a color display, characterized in that the dressing table 70 having a table 71, a storage unit 72, and a drawer unit 73 is installed on the mirror 20 in one piece. .

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