KR20220139745A - Skin care device - Google Patents

Abstract

The present invention relates to a skin beauty care device that is provided with various functions used for skin care, such as microcurrent, micro vibration, low frequency, high frequency, and LED light, so that various functions for skin care can be used in combination. The skin beauty care device includes: a body case (10) with an empty interior; a skin treatment unit (20) mounted on the top end of the body case (10); a main circuit board (30) mounted inside the body case (10), and generating micro-vibration and generating low-frequency and high-frequency waves while supplying microcurrent; a conductive circuit board (40) installed on the lower surface of the skin treatment unit (20) to the inside of the body case (10), wherein an LED (41) for treatment is mounted, and microcurrent, micro vibration, low frequency and high frequency, and LED light are applied to the skin treatment unit (20); a light transmitting cover (50) installed at the body case (10); a button cover (60) installed at the body case (10); a battery (70) installed inside the body case (10); and a charging circuit board (80) installed inside the body case (10).

Description

Skin beauty care device {SKIN CARE DEVICE}

The present invention relates to a skin care device, and more particularly, various functions used for skin care such as micro-current, micro-vibration, low frequency, high frequency and LED light are provided in a complex manner so that various functions for skin care can be used in a complex manner. It is about a skin beauty care device that can help you.

In general, for skin care, most people visit beauty-related businesses such as beauty salons and cosmetics stores and receive make-up or massage directly from a professional.

However, even for those who are interested in skin or beauty, it is very difficult for those who do not have enough time or money to visit a beauty salon or a skin care salon to take care of their skin.

Moreover, as interest in their appearance increases, regardless of gender or age, various books related to skin and beauty and beauty-related websites are exploding.

As part of such a solution, a portable skin care device that can be used at home has been developed and is widely used.

These skin care devices are preferred because they are inexpensive, easy to carry, and can easily manage one's own skin even without specialized knowledge. These include skin care such as acne treatment and skin sterilization using specific wavelengths of ultraviolet rays.

In addition, for therapeutic purposes, it increases blood flow, promotes the treatment of various wounds or damaged skin, frostbite or hyperhthermia treatment, blood circulation disorder treatment, physical therapy, collagen stimulation, cellulite treatment, adrenaline stimulation, psoriasis treatment , is being used to improve the body shape or to remove wrinkles non-invasively.

However, the prior art as described above has the following problems.

Conventional skin care managers typically implement one or two kinds of skin care functions, and they cannot use various functions in combination, making them unsuitable for effectively managing skin, and users can use several types of skin care for each function. Inconvenience in use existed, such as having to prepare a manager and using them individually.

Registered Patent No. 1700158 "Skin Care Device" (2017.01.20.)

Accordingly, the present invention has been devised to solve the various problems of the prior art,

It is an object of the present invention to provide a skin care device that is equipped with various functions used for skin care such as micro current, micro vibration, low frequency, high frequency and LED light so that various functions for skin care can be used in combination. is in

In order to achieve the above object, the "skin beauty care device" according to the present invention is provided with a first assembly case and a second assembly case assembled to the first assembly case so as to be elongated vertically so that the user can hold it by hand. a main body case formed in a vertical and long tubular shape so as to have an opening with an upper end inclined toward the upper portion; A fixing member that is fitted into the open upper end of the main body case, is fixed, is formed by plating with a metal material to be energized, and has a flat outer surface of an elliptical band-shaped first operation plane portion formed on the inside, and is mounted on the inside of the fixing member, A light-transmitting member formed of a light-transmitting material and having a flat oval band-shaped second treatment plane portion fitted along the inner side of the first treatment plane portion and having a seating groove formed inside the second treatment plane portion, and in the seating groove a skin treatment unit including a central treatment member that is fitted and fixed, has a flat outer surface, and is plated with a metal material to enable electricity to pass through; It is installed inside the main body case, a micro current supply circuit for generating a micro current is provided, a piezoelectric element is installed in close contact with the inner surface of the body case to generate micro vibrations, and a low frequency oscillation circuit section for generating a low frequency. a main circuit board provided with a high frequency oscillation circuit unit for generating a high frequency; Mounted inside the opening, connected to the main circuit board, the upper surface is in contact with the inner end of the fixing member and the central treatment member so as to be energized, while passing a microcurrent to the central treatment member, the first treatment plane portion and a conductive circuit board that conducts high and low frequencies to the central treatment member, and a LED for surgery is mounted on the upper surface so that the light of the LED for surgery is transmitted through the second operation plane; characterized by including.

In addition, the main body case of the "skin care device" according to the present invention is provided on both sides long and vertically, is sandwiched between the first assembly case and the second assembly case, and is formed by being plated with a metal material so as to be energized. A pair of energizing members protruding inwardly and having a connecting jaw connected to the main circuit board is further included, wherein the main circuit board has the user's skin in a state in which the user's palm is in contact with the energizing member. When in contact with the outer surface of the central treatment member, it is characterized in that the control to supply power to the micro-current supply circuit unit, the piezoelectric element, the low-frequency oscillation circuit unit, the high-frequency oscillation circuit unit, and the LED for treatment in whole or selectively.

In addition, the first assembly case of the "skin care device" according to the present invention includes an insertion groove formed on the inner surface of the first assembly case so that the piezoelectric element is inserted in close contact, and the center of the outer surface of the first assembly case. A plurality of strength display holes formed vertically on the surface, a plurality of mode display holes formed horizontally on the outer surface of the first assembly case as a lower portion of the strength display hole, and an outer surface of the first assembly case as a lower portion of the mode display hole It further includes a pair of button balls formed vertically in the center, wherein the main circuit board is mounted on the outer surface of the main circuit board in response to the intensity display hole and sequentially emits light while micro-current, micro-vibration, low-frequency , a plurality of intensity display lamps indicating the intensity of high frequency and LED light, and a plurality of intensity display lamps mounted on the outer surface of the main circuit board corresponding to the mode display hole and selectively emitted by micro current, micro vibration, low frequency, high frequency and LED light A plurality of mode display lamps that display all or selectively used treatment modes, are mounted on the outer surface of the main circuit board in response to the button hole located on the upper part, and are mounted on the outer surface of the main circuit board by the user's operation for micro-current, micro-vibration, low-frequency, high-frequency and an intensity control button capable of adjusting the intensity of the LED light, and a power that is mounted on the outer surface of the main circuit board in correspondence to the button hole located at the bottom and can turn on/off the power or select a treatment mode by a user's operation; A mode button, including a, wherein the skin care device includes a first lamp cover having an outer end fitted into the intensity display hole, an inner end surrounding the intensity indicator lamp, and formed of a light-transmitting material, and the first lamp cover a light-transmitting cover including a second lamp cover having an outer end fitted to the lower portion of the mode display hole, an inner end surrounding the mode display lamp, and formed of a light-transmitting material; a button cover having an outer surface fitted to the button hole, an inner surface in close contact with the strength control button and the power and mode buttons, respectively, and formed of a rubber material; It is characterized in that it further comprises.

In addition, the first assembly case of the "skin care device" according to the present invention further includes a pair of first supporting jaws formed to be spaced apart from each other on the inner side of the lower part, and the second assembly case has an inner surface thereof. A support jaw formed to protrude from the support jaw, an outer jaw formed to protrude from the inner surface of the second assembly case around the upper, lower, left and right circumferences of the support jaw, and an inner surface of the second assembly case corresponding to the first support jaw and a second support jaw formed to protrude from the ridge, wherein the skin care device is fitted and fixed to the support jaw and the outer jaw, an external power source is connected to charge electricity, and a battery connected to the main circuit board; ; It is connected to the battery and the main circuit board, is fitted and fixed to the first support jaw and the second support jaw, a charge indicator lamp is installed on the upper surface to penetrate through the outer surface of the second assembly case and to display the charging state, , a charging circuit board having a charging socket installed on the upper surface to penetrate through the outer surface of the second assembly case and to charge the battery through an external power source connected to the charging socket; It is characterized in that it further comprises.

The present invention as described above is provided with various functions used for skin care such as micro-current, micro-vibration, low-frequency, high-frequency, and LED light in a complex manner, so that various functions for skin care can be used in a complex manner. It has the effect of remarkably improving the convenience of yarn and making skin care simple and appropriate.

1 is a schematic perspective view of a skin care device according to the present invention;
2 is a schematic front view of a skin care device according to the present invention;
3 is a schematic exploded perspective view of a skin care device according to the present invention;
4 to 6 are enlarged views of the main part of FIG. 3,
7 is a schematic exploded perspective view of the main part of the skin care device according to the present invention;
8 is a schematic longitudinal cross-sectional view of a skin care device according to the present invention;
9 is an enlarged view of the main part of FIG.

Hereinafter, a preferred embodiment of the present invention will be described in more detail with reference to the accompanying drawings. However, it should be understood that the present invention may be embodied in many different forms and is not limited to the described embodiments.

1 to 9 are schematic views of a skin care device according to the present invention. As shown in this figure, the skin care device according to the present invention includes a body case 10 with an empty interior, a skin treatment unit 20 mounted on the upper end of the body case 10 , and the body case 10 . The main circuit board 30 that is mounted inside and generates micro-vibrations while supplying micro-currents and generates low and high frequencies, and the main body case 10 are installed on the lower surface of the skin treatment unit 20 into the interior of the body case 10 A conductive circuit board 40 on which the LED 41 is mounted and conducting micro-current, micro-vibration, low-frequency and high-frequency and LED light to the skin treatment unit 20, and a light-transmitting cover installed in the body case 10 (50), the button cover (60) installed in the body case (10), the battery (70) installed in the interior of the body case (10), and charging installed in the interior of the body case (10) and a circuit board 80 .

The main body case 10 is provided with a first assembly case 11 and a second assembly case 12 assembled to the first assembly case 11, is formed in a vertical long tubular shape, and has an upper end inclined toward the top. As the opening 13 is formed, it serves to provide a place where all parts including the skin treatment unit 20 are installed while forming a structure that a user can hold and use by hand.

The first assembly case 11 has an insertion groove 111 formed on an inner surface thereof, a plurality of strength indicating holes 112 formed in a plurality vertically in the center of the outer surface, and an outer surface of the strength indicating hole 112 as a lower portion of the first assembly case 11 . It further includes a mode display hole 113 formed in a plurality of horizontally, and a pair of button holes 114 vertically formed in the center of the outer surface as a lower portion of the mode display hole 113 .

The insertion groove 111 serves to provide a place where the piezoelectric element 32 to be described below is closely fitted, and the strength display hole 112 is operated through the outer surface of the first assembly case 11 . It serves to provide a hole in which the intensity is indicated by a plurality of lights, and the mode display hole 113 serves to provide a hole in which the use mode is indicated by light through the outer surface of the first assembly case 11, , the button hole 114 serves to provide a hole through which the button cover 60 is fitted.

The first assembly case 11 further includes a pair of first support jaws 115 formed to be spaced apart from each other inside the lower portion. The first supporting jaw 115 serves to provide a place where one end of the charging circuit board 80 is fitted and supported.

The second assembling case 12 forms a tubular body case 10 while being assembled to the first assembling case 11, and includes a support protrusion 121 protruding from the inner surface thereof, and the support jaw. It includes an outer jaw 122 formed to protrude from the inner surface around the upper, lower, left and right circumferences of the 121 , and a second support jaw 123 formed to protrude from the inner surface corresponding to the first supporting jaw 115 . .

The support jaw 121 serves to support and seat one side of the battery 70, and the outer jaw 122 serves to support and support four upper, lower, left, and right sides of the battery 70, and the first The second supporting jaw 123 serves to provide a place where the other end of the charging circuit board 80 is inserted and supported.

The opening 13 is a portion opened at the upper end of the main body case 10 and serves to provide a passage through which the skin treatment unit 20 and the main circuit board 30 are electrically connected, and the conductive circuit board (40) serves to provide a place to be installed.

The main body case 10 as described above is provided vertically on both sides thereof, is sandwiched between the first assembly case 11 and the second assembly case 12, is plated with a metal material so as to be energized, and is formed inside. It further includes a pair of energizing members 14 protruding to form a connection jaw 141 connected to the main circuit board 30 . The energizing member 14 is connected to the main circuit board 30 in an energized state through the connection jaw 141 and energized while the user's palm is in close contact.

The skin treatment unit 20 is to be mounted on the upper end of the main body case 10, so that various functions of the skin care device viewed in close contact with the user's skin can be operated on the user's skin.

The skin treatment unit 20 is fitted to the open upper end of the main body case 10, fixed and plated with a metal material to be energized, and the first treatment plane portion 211 in the form of an elliptical band with a flat outer surface. A fixing member 21 formed on the inside, a flat elliptical band-shaped product mounted on the inside of the fixing member 21, formed of a light-transmitting material, and fitted along the inside of the first operation plane part 211 The light transmitting member 22 in which the 2 treatment plane part 221 is formed and a seating groove 222 is formed inside the second operation plane part 221, and the seating groove 222 is fitted and fixed and the outer surface is flat and a central treatment member 23 formed by being plated with a metal material so as to be energized.

The fixing member 21 is provided on the upper end of the main body case 10 in a state of being bent outwardly to be energized and serves to provide a place where the first operation plane part 211 is formed, The first operation plane part 211 is to form an inclined flat surface in close contact with the user's skin so that various functions of the skin care device seen on the user's skin can be expressed.

The light-transmitting member 22 serves to provide a place through which the LED light irradiated from the LED 41 for the procedure is transmitted while providing a place where the second treatment plane 221 is formed, and the second treatment The flat part 221 is to form an inclined flat surface in close contact with the user's skin so that the LED light is irradiated in a state in close contact with the user's skin. The seating groove 222 serves to provide a place where the central treatment member 23 is assembled and seated while forming the same plane as the second treatment plane 221 .

The central treatment member 23 forms an inclined flat surface in close contact with the user's skin so that various functions of the skin care device seen on the user's skin can be expressed.

The main circuit board 30 is installed inside the main body case 10 and is provided with a micro current supply circuit part 31 for generating a micro current, and is in close contact with the inner surface of the body case 10 to generate micro vibrations. It is a printed circuit board on which a piezoelectric element 32 is installed, a low-frequency oscillation circuit part 33 for generating a low frequency is provided, and a high-frequency oscillation circuit part 34 for generating a high frequency is a printed circuit board. It serves to control the power supply and driving of various devices including the micro-current supply circuit unit 31 so that various functions are implemented.

The microcurrent supply circuit unit 31 generates a microcurrent and causes the generated microcurrent to be supplied to the central treatment member 23, and the microcurrent conducted to the user's skin through the central treatment member 23 is By forming galvanic ions, the active ingredients of cosmetics or pharmaceuticals penetrate deeply into the skin tissue through the skin mucosa.

The piezoelectric element 32 generates minute vibrations by supplying power, and the minute vibrations generated in this way are transmitted to the entire skin treatment unit 20 through the first assembly case 11 to protect the user's skin. It vibrates so that cosmetics or liquids are evenly applied to the skin and promotes blood circulation while massaging the skin.

The low frequency oscillation circuit unit 33 is to generate a low frequency by the supply of power, and the low frequency thus generated passes through the conductive circuit board 40 to the first operation plane part 211 and the central operation member 23. It is conducted to the user's skin and relaxes and contracts the muscles under the skin to lift the skin.

The high frequency oscillation circuit unit 34 generates a high frequency by supplying power, and the high frequency generated in this way passes through the conductive circuit board 40 to the first operation plane 211 and the central treatment member 23 . It is conducted to the user's skin and generates heat inside the skin, promoting the production of collagen and elastin and improving the elasticity of the skin.

Such the main circuit board 30 is when the user's skin is in contact with the outer surface of the central treatment member 23 in a state in which the user's palm is in contact with the conducting member 14, that is, the conducting member 14 and When electricity is energized by the user between the central treatment member 23, the microcurrent supply circuit part 31, the piezoelectric element 32, the low frequency oscillation circuit part 33, the high frequency oscillation circuit part 34 and the LED for surgery ( 41) is controlled to be driven to supply power to the whole or selectively.

That is, it is controlled to be driven only when the user holds the main body case 10 by hand and attaches the central treatment member 23 to the user's skin.

The main circuit board 30 includes an intensity indicator lamp 35 mounted on the outer surface of the main circuit board 30 to correspond to the intensity display hole 112 , and the main circuit board 30 to correspond to the mode display hole 113 . A mode display lamp 36 mounted on the outer surface of the circuit board 30, and an intensity control button 37 mounted on the outer surface of the main circuit board 30 in correspondence to the button hole 114 located on the upper portion; It further includes a power and mode button 38 mounted on the outer surface of the main circuit board 30 to correspond to the button hole 114 located in the lower portion.

The intensity indicator lamp 35 serves to display the intensity of micro-current, micro-vibration, low-frequency, high-frequency and LED light while sequentially emitting light when the user manipulates the intensity control button 37 to change the intensity. That is, the intensity indicator lamp 35 is a light emitting diode, and is provided with five light-emitting diodes.

The mode indicator lamp 36 selectively emits light when the user operates the power and mode button 38 to change the treatment mode, and uses micro-current, micro-vibration, low-frequency, high-frequency and LED light as a whole or selectively. It serves to indicate the mode. That is, the mode display lamp 36 is a light emitting diode, and is provided with three light emitting diodes and is turned on in the treatment mode selected by the user to display the current treatment mode.

The intensity control button 37 is to adjust the intensity of micro-current, micro-vibration, low-frequency, high-frequency and LED light by the user's operation, and the power and mode button 38 turns on the power by the user's operation /off or to allow you to select a procedure mode.

Here, the treatment mode is a method of treatment through the skin treatment unit 20, and micro-current, micro-vibration, low-frequency, high-frequency and LED light are treated as a whole together, or a method of treating functions excluding one or two of them. say

The conductive circuit board 40 is mounted on the inside of the opening 13 and connected to the main circuit board 30, and the LED 41 for surgery is mounted on the upper surface, and the fixing member 21 to be energized. and the upper surface is in contact with the inner end of the central treatment member 23 to conduct a microcurrent to the central treatment member 23 while conducting high and low frequencies to the first treatment plane 211 and the central treatment member 23 and at the same time allowing the light of the LED 41 for the procedure to be transmitted through the second treatment plane 221 to the user's skin.

The LED 41 for the procedure is a light emitting diode and simultaneously irradiates red light of about 600 nm and near-infrared light of about 900 nm that penetrate deep into the skin to promote skin regeneration while suppressing wrinkles and increasing skin elasticity.

The light-transmitting cover 50 includes a first lamp cover 51 having an outer end fitted into the intensity-indicating hole 112 and an inner end surrounding the intensity-indicating lamp 35 and formed of a light-transmitting material; 1 The lower part of the lamp cover 51 includes a second lamp cover 52 having an outer end fitted into the mode display hole 113 and an inner end surrounding the mode display lamp 36 and formed of a light-transmitting material. do.

The first lamp cover 51 serves to cover the intensity indicator lamp 35 , and the second lamp cover 52 serves to cover the mode indicator lamp 36 .

The button cover 60 has an outer surface fitted to the button hole 114 and an inner surface closely attached to the strength control button 37 and the power and mode button 38, respectively, and is formed of a rubber material. It serves to cover the button 37 and the power and mode button 38 .

The battery 70 is fixed by being inserted into the support jaw 121 and the outer jaw 122, and is connected to the main circuit board 30, and is a well-known thing in which an external power source is connected to store electricity.

The charging circuit board 80 is connected to the battery 70 and the main circuit board 30 , is inserted into the first support jaw 115 and the second support jaw 123 , and is fixed, and the second assembly case is placed on the upper surface of the charging circuit board 80 . A charging indicator lamp 81 indicating a charging state is installed to penetrate through the outer surface of the 12 and a charging socket 82 is installed to be exposed through the outer surface of the second assembly case 12 on the upper surface. , serves to charge the battery 70 through an external power source connected to the charging socket (82).

The charging indicator lamp 81 allows the user to visually check the state of charge of the battery 70, and the charging socket 82 is to allow a USB connector or the like to be inserted so that an external power source can be connected.

This skin care manager configured in this way is driven by the user's operation, and various functions such as micro-current, micro-vibration, low-frequency, high-frequency and LED light can be used in combination on the user's skin, and the strength of the entire function can be easily adjusted. It is a groundbreaking invention that allows you to select and use various modes while allowing them to be used.

Although preferred embodiments of the present invention have been described above, various changes, modifications and equivalents may be used in the present invention. It is clear that the present invention can be equally applied by appropriately modifying the above embodiments. Accordingly, the above description is not intended to limit the scope of the present invention, which is defined by the limits of the following claims.

On the other hand, although specific embodiments have been described in the detailed description of the present invention, it will be apparent to those of ordinary skill in the art that various modifications are possible without departing from the scope of the present invention.

10: body case
11: first assembly case
111: insertion groove 112: strength indicating hole
113: mode display ball 114: button ball
115: first support jaw
12: second assembly case
121: support jaw 122: outer jaw
123: second support jaw
13: opening
14: energizing member
141: connection jaw
20: skin treatment department
21: fixing member
211: first operation plane part
22: light transmitting member
221: second treatment plane part 222: seating groove
23: Central treatment member
30: main circuit board
31: micro current supply circuit part 32: piezoelectric element
33: low frequency oscillation circuit unit 34: high frequency oscillation circuit unit
35: intensity indicator lamp 36: mode indicator lamp
37: intensity control button 38: power and mode button
40: conductive circuit board
41: LED for surgery
50: transparent cover
51: first lamp cover 52: second lamp cover
60: button cover
70: battery
80: charging circuit board
81: charging indicator lamp 82: charging socket

Claims (4)

A first assembling case 11 and a second assembling case 12 assembled to the first assembling case 11 are provided so that the user can hold the hand in a vertical elongated tubular shape, and the upper end is inclined toward the upper side. a body case 10 having an open opening 13 formed therein;
A fixing member 21 having a first treatment plane part 211 in the form of an elliptical band having a flat outer surface, which is fixed by being fitted in the open upper end of the main body case 10 and plated with a metal material so as to be energized. And, mounted on the inside of the fixing member 21, formed of a light-transmitting material, and fitted along the inner side of the first operation plane portion 211, a flat oval band-shaped second operation plane part 221 is formed, A light-transmitting member 22 having a seating groove 222 formed on the inside of the second operation plane 221, is fitted and fixed in the seating groove 222, the outer surface is formed flat, and is plated with a metal material to enable electricity A skin treatment unit 20 including a central treatment member 23 formed by being;
A piezoelectric element 32 installed inside the main body case 10 and provided with a micro-current supply circuit unit 31 for generating a micro-current, which is in close contact with the inner surface of the body case 10 to generate micro-vibrations. a main circuit board 30 on which is installed, a low frequency oscillation circuit unit 33 for generating a low frequency is provided, and a high frequency oscillation circuit unit 34 for generating a high frequency;
It is mounted on the inside of the opening 13, is connected to the main circuit board 30, and the upper surface is in contact with the inner ends of the fixing member 21 and the central treatment member 23 so as to be energized, so that the center treatment member While passing a microcurrent to (23), high and low frequencies are conducted to the first treatment plane 211 and the central treatment member 23, and the treatment LED 41 is mounted on the upper surface, and the treatment LED 41 a conductive circuit board 40 through which the light of ) is transmitted through the second operation plane portion 221;
Skin beauty care device, characterized in that it comprises.
According to claim 1,
The body case 10,
The main circuit board (30) is provided on both sides of the main circuit board (30) and is vertically provided on both sides, is sandwiched between the first assembly case (11) and the second assembly case (12), is plated with a metal material so as to be energized, and protrudes inward. It further includes a pair of conducting member 14 on which a connecting jaw 141 connected to is formed,
The main circuit board 30,
When the user's skin is in contact with the outer surface of the central treatment member 23 in a state in which the user's palm is in contact with the conducting member 14, the microcurrent supply circuit unit 31, the piezoelectric element 32, and the low frequency oscillation circuit unit ( 33), a high-frequency oscillation circuit unit 34 and a skin care device, characterized in that the control to supply power to the entire or selective LED 41 for the procedure.
According to claim 1,
The first assembly case 11,
an insertion groove 111 formed on the inner surface of the first assembly case 11 so that the piezoelectric element 32 is inserted in close contact;
In the center of the outer surface of the first assembly case 11, a plurality of strength display holes 112 are formed vertically, and
Mode display holes 113 formed in plurality horizontally on the outer surface of the first assembly case 11 as a lower portion of the strength display holes 112;
Further comprising a pair of button holes 114 formed vertically in the center of the outer surface of the first assembly case 11 as the lower portion of the mode display hole 113,
The main circuit board 30,
A plurality of intensity display lamps 35 mounted on the outer surface of the main circuit board 30 corresponding to the intensity display hole 112 and sequentially lighted to display the intensity of micro current, micro vibration, low frequency, high frequency and LED light. Wow,
In response to the mode display hole 113, it is mounted on the outer surface of the main circuit board 30 and selectively emits light to display a surgical mode using micro-current, micro-vibration, low-frequency, high-frequency, and LED light entirely or selectively. A plurality of mode indicator lamps 36,
Intensity control button ( 37) and
A power and mode button 38 mounted on the outer surface of the main circuit board 30 corresponding to the button hole 114 located at the bottom and capable of turning the power on/off or selecting a treatment mode by a user's operation, includes,
The skin beauty care device,
A first lamp cover 51 having an outer end fitted into the intensity display hole 112 and an inner end surrounding the intensity display lamp 35 and formed of a light-transmitting material, and the first lamp cover 51 . A light-transmitting cover 50 including a second lamp cover 52 having an outer end fitted to the lower portion of the mode display hole 113 and an inner end surrounding the mode display lamp 36 and formed of a light-transmitting material; ;
a button cover 60 having an outer surface fitted to the button hole 114 and an inner surface in close contact with the strength control button 37 and the power and mode button 38, respectively, and formed of a rubber material; Skin beauty care device, characterized in that it further comprises.
According to claim 1,
The first assembly case 11,
A pair of first supporting jaws 115 formed to be spaced apart from each other on the inner side of the lower portion, further comprising,
The second assembly case 12,
A support protrusion 121 formed to protrude from its inner surface, and
an outer jaw 122 formed to protrude from the inner surface of the second assembly case 12 around the upper and lower left and right sides of the support jaw 121;
A second supporting jaw 123 formed to protrude from the inner surface of the second assembly case 12 in correspondence to the first supporting jaw 115, including,
The skin beauty care device,
a battery 70 that is fitted and fixed to the support jaw 121 and the outer jaw 122, is charged with electricity by connecting an external power source, and is connected to the main circuit board 30;
It is connected to the battery 70 and the main circuit board 30, is fitted and fixed to the first supporting jaw 115 and the second supporting jaw 123, and the outer surface of the second assembly case 12 is placed on the upper surface. A charging indicator lamp 81 for indicating a charging state to be exposed through is installed, and a charging socket 82 is installed on the upper surface to penetrate through the outer surface of the second assembly case 12 and to be exposed, the charging socket 82 ) a charging circuit board 80 for charging the battery 70 through an external power connected to; Skin beauty care device, characterized in that it further comprises.

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