KR20230113707A - Skin care device using light-radiation - Google Patents

Abstract

In the skin care device 1000 using light irradiation according to an embodiment of the present invention, a hemispherical case 100 into which a user's head is placed is provided, and first and second light source means and spraying are provided in the case 100. Nozzles 510 and 520 are installed. A nebulizer 300 is installed in the case 100, and an air compressor 900 is provided so that the directional control valve 615 receives compressed gas from the air compressor 900 and supplies it to first and second light source means and It is distributed to the injection nozzles 58, 58 of the injection nozzles 510, 520 and the nebulizer 300.

Description

Skin care device using light-radiation

The present invention relates to a skin care device using light irradiation, and more particularly, to a skin care device using light irradiation capable of efficiently cooling the skin and providing ingredients good for the skin in the form of mist. It is about skin care devices.

Currently, a technology for improving skin beauty or treating skin by irradiating light to the skin has been developed, and products related thereto have been released.

For example, Korean Patent Publication No. 10-2018-0134624 "Face mask having a multi-wavelength light source" provides a face mask having an LED light source for irradiating light of various wavelengths to be used for skin care.

When LED light is used for skin treatment, it can be used in various fields such as wound healing, acne treatment, and skin recovery. For example, "LED-based skin treatment system and method" in Korean Patent Publication No. It shows a device that treats skin using light.

In this way, skin beauty or skin treatment can be achieved using light emitted from a light source means such as an LED. In this case, heat is generated due to the emitted light, and a problem of cooling it arises.

Conventionally, when treating the skin with LED light, the ceramic or the like is brought into contact with the skin to cool the skin, which is very inconvenient.

Therefore, there is a demand for a method that can comfortably and stably cool the skin in a non-contact way without contacting the skin while performing skin care or skin treatment with light irradiation such as LED light.

On the other hand, it is desirable to provide ingredients that are good for improving the skin, such as cosmetic ingredients or drugs necessary for the skin, along with cooling while irradiating LED light, so this technology is being requested.

The present invention satisfies the above-mentioned needs. The present invention is to provide a skin care device capable of supplying good ingredients to the skin for beauty or treatment while cooling the skin in a non-contact manner in beauty or treatment by irradiating light.

the present invention

(a) a light source means for radiating light to the user's skin for the purpose of beauty or treatment;

(b) gas pressure means for supplying compressed gas;

(c) an injection nozzle for receiving the gas from the gas pressure means and discharging it to the user;

(d) a nebulizer that receives the gas from the gas pressure unit, generates a mist, and discharges it to the user;

(e) a directional control valve connected to the gas pressure means and distributing gas from the gas pressure means to the spray nozzle or/and the nebulizer;

(f) It provides a skin care device using light irradiation, characterized in that it comprises a controller for controlling the operation of the directional control valve and the light source means.

According to the present invention, it is preferable that the nebulizer stores a solution containing ingredients good for the skin and sprays it in the form of a mist.

According to the present invention, it is preferable that the solution containing the ingredients good for the skin is an oxygen-dissolved solution in which oxygen is dissolved.

According to the present invention, a plurality of injection nozzles are provided, and each discharges gas from the gas pressure means toward a specific part of the user, and the direction control valve directs the gas from the gas pressure means to all of the plurality of injection nozzles. Or part and/or dispensing with said nebulizer is preferred.

According to the present invention, it is preferable that a plurality of light source means are provided so that each emits light toward a specific part of the user.

According to the present invention, two light source means are provided to irradiate light toward the user's face and scalp, and two injection nozzles are provided, respectively, to the user's face and scalp, respectively, as the gas pressure means. It is desirable to release a gas of

According to the present invention, the light source means is an LED device having a plurality of LED elements, and the skin care device using the light irradiation is preferably installed in a hemispherical case in which the user's head enters.

The present invention also

(a) a case in which the user's head enters in a hemispherical shape;

(b) a light source unit installed in the case and radiating light to the user's head for the purpose of beauty or treatment;

(c) gas pressure means for supplying compressed gas;

(d) an injection nozzle installed in the case, receiving gas from the gas pressure unit and discharging it to the user's head;

(e) a nebulizer installed in the case, receiving the gas from the gas pressure means, generating a mist, and discharging it to the user's head;

(f) a directional control valve connected to the gas pressure means and distributing the gas from the gas pressure means to the injection nozzle or/and the nebulizer;

(g) It provides a skin care device using light irradiation, characterized in that it comprises a control unit for controlling the operation of the directional control valve and the light source means.

According to the present invention, the light source means has a plurality of light source elements, a body portion in which the plurality of light source elements are mounted is provided, and the injection nozzle is preferably installed in the body portion.

According to the present invention, it is preferable that the nebulizer stores a solution containing ingredients good for the skin and sprays it in the form of a mist.

According to the present invention, it is preferable that the gas pressure means is provided independently from the case.

According to the present invention, the light source unit and the injection nozzle may be provided in plurality.

In this case, it is preferable that two of the light source means and the injection nozzles are installed to face the user's face and scalp when the user's head enters the case.

According to the present invention, while the user irradiates light to the skin with a light source means such as an LED to achieve skin beauty or treatment, the gas emitted from a gas pressure means such as an air compressor is passed through a directional control valve to a spray nozzle or/and a nebulizer. By distributing them, gas and mist are sprayed to the user's skin, cooling the skin where heat is generated by irradiation of light.

Accordingly, the skin is efficiently cooled with the emitted gas and mist, and, if necessary, a solution containing ingredients good for the skin is stored in the nebulizer so that the ingredients good for the skin can be supplied to the skin in the form of a mist.

That is, in the present invention, the gas supplied from the gas pressure means is directly released to cool the skin primarily, and is supplied to the nebulizer to generate a mist to secondarily cool the skin. In this case, the mist good for the skin It will be able to supply to the skin in the form of

1 and 2 are views showing a skin care device using light irradiation according to an embodiment of the present invention;
Figure 3 is a block diagram showing the configuration of a skin care device using light irradiation according to an embodiment of the present invention;
4 is a view showing an example of a control panel;
Figure 5 is a view showing a state of use of the skin care device using light irradiation according to an embodiment of the present invention;
6 is a view showing the configuration of a nebulizer.

Now, a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

In the present invention, the skin includes the scalp.

1 and 2 are views showing a skin care device 1000 using light irradiation according to an embodiment of the present invention.

As shown, the skin care device 1000 using the light irradiation has a hemispherical case 100 in which the user's head is entered. (See Fig. 5)

With respect to this case 100, a first light source means and a spray nozzle unit 510 for radiating light toward the face 51 of the user 5 placed inside the case 100 and emitting gas are installed, In addition, a second light source means and a spray nozzle unit 520 for radiating light toward the scalp 52 of the user 5 placed inside the case 100 and emitting gas are installed.

In the case 100, an air compressor connection part 40 connected to an external air compressor 900 is installed, and a connection hole 48 connected to the hose 11 of the air compressor 900 is exposed to the outside. .

Accordingly, compressed air of the air compressor 900 can be supplied by plugging the hose 11 of the external air compressor 900 into the connection hole 48 of the air compressor connection part 40.

The air compressor 900 may be connected to an oxygen generator (not shown) to receive oxygen and compress and supply it, or may receive other types of gas and compress and supply it.

In addition, a nebulizer 300 is installed in the case 100 . The outer surface of the case 100 is provided with a nebulizer mounting portion 30 in which the lid 31 is opened and closed, and the lid is opened and the nebulizer 300 is mounted.

The nebulizer is originally used for respiratory diseases, etc., turned into an aerosol so that the patient can easily inhale the medicine. There is a type, and in the present invention, a venturi type nebulizer is used.

6 is a view showing the structure of a venturi-type nebulizer 300 used in this embodiment. A solution storage unit 350 is formed inside the lower barrel 310 to store the solution, and the lower The compressed gas of the above-described air compressor 900 is introduced into the inlet 360 of the air compressor 900 to mist the solution in the solution storage unit 350 and discharged to the outside through the mist outlet 380.

That is, the present invention essentially uses a nebulizer that aerosolizes and ejects a chemical solution, mists the solution in the solution storage unit 350 with the compressed air of the air compressor 900 and sprays it to the user.

Referring back to FIG. 2 , the mist outlet 380 of the nebulizer 300 emits mist toward the inside of the case 100 to supply the misted solution to the user's skin.

According to the present invention, the solution of the solution storage unit 350 of the nebulizer 300 preferably contains ingredients good for the user's skin, and accordingly, the nebulizer 300 contains ingredients good for the skin. It is sprayed in the form of a mist.

A variety of solutions containing ingredients that are good for the skin can be provided, such as a cosmetic solution, an oxygen-dissolved solution, or a solution containing ingredients (eg herbal medicines, etc.) necessary for beauty, activation or treatment of the skin. It can be.

In particular, when an oxygen-dissolved solution is provided, the oxygen component comes into contact with the user's skin in the form of a mist. In this case, the heat generated on the skin is cooled by a light source means such as an LED, and oxygen is supplied to the skin at the same time.

When oxygen is supplied to the skin while light from a light source means such as an LED is irradiated to the skin, the oxygen is excited to bring about a disinfection effect that removes bacteria and the like, thereby making the skin clean.

In the case 100, a gas distribution pipe 80 through which gas supplied through the air compressor 900 circulates is installed, and a drive control mounting part 600 is installed at the top, and the drive control mounting part 600 A control panel 680 is provided on the upper surface.

The driving control mounting unit 600 is a place where devices for controlling driving are mounted, and receives the compressed gas supplied through the gas flow pipe 80 and transmits it to the first light source means and the spray nozzle unit 510. A directional control valve 615 for distributing to each of the two light source means and the spray nozzle unit 520, the spray nozzles 58, 58 and the nebulizer 300 is installed.

In addition, the driving control mounting part 600 includes the first light source means and the spray nozzle part 510, the second light source means and the spray nozzle part 520, each of the light source means 54 and the spray nozzles 58 and 58 A controller 605 for controlling the operation of is installed.

The control panel 680 provided on the upper surface of the drive control mounting unit 600 is an input interface through which a user inputs an operation, and an example thereof is shown in FIG. 4 .

In this embodiment, the operation switch of the control panel 680 is operated by touch.

The controller 605 is composed of a driving circuit including a CPU, and controls the operation of the directional control valve 615 and light source elements 54 such as LED elements according to the user's operation of the control panel 680. .

Referring to FIG. 2, the first and second light source means and the injection nozzle parts 510 and 520 each have body parts 50 and 50, and each body part 50 and 50 has an LED element. A plurality of light source elements such as (54) are mounted, and injection nozzles (58) (58) are installed at the center of each body part (50) (50).

In this embodiment, the light source means includes a plurality of light source elements 54, a body portion 50 in which these light source elements 54 are installed, and a driving circuit for driving these light source elements 54, these light source elements A driving circuit for driving 54 is provided in the controller 605.

In the present invention, an LED element is provided as the light source element 54, and the skin beauty or treatment effect varies according to the wavelength emitted by these LED elements.

In the case of this embodiment, these LED elements 54 emit blue, red and near infrared wavelengths, and the LED elements 54 emit blue and red, and a mixture of these lights also emits violet light. Depending on each of these colors, cosmetic or therapeutic effects are changed.

In this embodiment, two such light source means are provided, and each of the body parts and light source elements are installed in the first light source means and spray nozzle 510 and the second light source means and spray nozzle 520.

The light source elements 54 of the first light source means and the spray nozzle 510 emit light toward the user's face, and the light source elements 54 of the second light source means and the spray nozzle 520 emit light toward the user's scalp. investigate

Referring to FIG. 1 , in the present embodiment, a control lever 524 for tilting the second light source unit and the spray nozzle unit 520 is provided so that the second light source unit and the spray nozzle unit 520 are user-friendly. Therefore, it is possible to adjust the irradiation of the light source and the injection position of the compressed gas.

The spray nozzles 58 and 58 of the body parts 50 and 50 of the first and second light source means and the spray nozzle parts 510 and 520, respectively, supply the air pressure supplied from the air compressor 900 to the user's Spray towards the face and scalp.

That is, the compressed gas of the air compressor 900 is supplied to the directional control valve 615, which is a three-way valve in this embodiment. The light source means and spray nozzle parts 510, 520 of 2, the spray nozzles 58, 58 and the nebulizer 300 of each of the body parts 50, 50 and compressed gas for all or a part thereof allocate

In the present invention, the directional control valve distributing the compressed gas to the plurality of injection nozzles and the nebulizer means that the compressed gas of the gas pressure means such as the air compressor 900 is distributed to all of them, or distribution to any one of them, or distribution to some of them.

Therefore, the compressed gas may be supplied to all three of these two injection nozzles and the nebulizer, or the compressed gas may be supplied to only one of them, only to two injection nozzles, or to any one of the two injection nozzles. Compressed gas can be supplied only to the nebulizer.

The compressed gas is sprayed to the user through the injection nozzle 58 through which the compressed gas is distributed, thereby cooling the user's skin. That is, it is possible to cool the skin, which is heated by the irradiation of the LED light.

For example, when the compressed gas of the air compressor 900 is distributed to the second light source means and the spray nozzle 58 of the spray nozzle 520 under the control of the direction control valve 615, the scalp of the user 5 ( 52), the compressed gas is sprayed to cool the heat of the scalp.

When the compressed gas is supplied to the nebulizer 300 under the control of the directional control valve 615, the solution in the solution storage unit 350 becomes a mist and is discharged to the user. Accordingly, the components contained in the solution of the solution storage unit 350 are misted and supplied to the user's skin, and at the same time, the skin is cooled.

3 is a block diagram showing the configuration of a skin care device 1000 using light irradiation according to an embodiment of the present invention.

As shown, the driving control mounting part 600 is installed in the case 100 in the form of a hemisphere into which the user's head is placed, and the control unit 605 and the direction control valve 615 are installed in the driving control mounting part 600. .

A control panel 680 is installed on the upper surface of the drive control mounting part 600 .

In the case 100, a first light source means and a spray nozzle 510, a second light source means and a spray nozzle 520 are installed, and a nebulizer 300 is also installed.

According to the operation of the control panel 680, the control unit 605 operates the light source means 54 of the first light source means and the spray nozzle 510 and the second light source means and the spray nozzle 520 to emit light to the user. To improve skin beauty or to treat it.

The compressed gas of the air compressor 900 is supplied through the air compressor connection part 40 installed in the case 100, and this is supplied to the direction control valve 615, and according to the operation of the control panel 680, the direction control valve 615 ) distributes the supplied compressed gas to all or some of the first injection nozzle 58, the second injection nozzle 58 or the nebulizer 300.

Accordingly, the compressed gas is injected to the user through the injection nozzle 58 or the mist is ejected through the mist outlet 380 of the nebulizer 300 to soothe the user's skin and cool the heat.

4 shows an example of a control panel 680 according to an embodiment of the present invention.

The PGM on the left is a touch switch that allows the compressed gas of the air compressor 900 to be supplied to all of the first injection nozzle 58, the second injection nozzle 58 and the nebulizer 300 so that they all operate. , anion is a touch-type switch that releases negative ions from the bed on which the user lies, and MIST is a touch-type switch that operates so that only the mist is ejected by distributing the compressed gas of the air compressor 900 only to the nebulizer 300.

RED, BLUE, and VIOLET on the right are touch switches that allow the LED elements 54 to emit light of these wavelengths, respectively.

In the central MODE, when this is pressed once, the compressed gas of the air compressor (900) is distributed to the injection nozzle (58) on the face side, and the compressed gas is sprayed toward the face while the light on the FACE side is turned on. The compressed gas of the air compressor 900 is distributed to the nozzle 58, and the compressed gas is sprayed toward the scalp while the light on the HEAD side is turned on.

At the bottom, you can see a touch switch that activates power, start, and near-infrared (NIR).

5 is a view showing a state of use of the skin care device 1000 using light irradiation according to an embodiment of the present invention.

As shown, the user 5 places his or her head inside the hemispherical case 100 and receives skin care or skin treatment while lying on the bed 46 .

According to the present invention, the user can obtain skin care or receive skin treatment through irradiation of a light source. At this time, compressed gas supplied from a gas pressure means such as an air compressor is sprayed through a direction control valve. While being distributed through nozzles and/or nebulizers, compressed gas is sprayed onto the user's skin and/or mist is emitted to the user to soothe the user's skin and cool the heat generated through the irradiation of the light source.

In particular, the present invention provides a nebulizer that operates by receiving compressed gas from a gas pressure means, through which a solution containing ingredients good for the user's skin is misted and supplied to the user's skin while soothing and cooling the skin at the same time. be able to

1000: Skin care device using light irradiation
100: case
600: drive control mounting unit
605: control unit
615: directional control valve
680: control panel
510: first light source means and injection nozzle
520: second light source means and injection nozzle
54: light source element
50: body part
58: injection nozzle
300: nebulizer
380: mist outlet
40: air compressor connection
900: air compressor

Claims (3)

(a) a case in which the entire head including the user's face and scalp is entered in a hemispherical shape;
(b) a light source means installed in the hemispherical case and having a plurality of light source elements for radiating light to the face and scalp of the user's head placed inside the hemispherical case for the purpose of beauty or treatment;
(c) a gas pressure means provided separately from the hemispherical case as supplying compressed gas;
(d) a spray nozzle installed in the hemispherical case, receiving the gas from the gas pressure unit and discharging it toward the face and scalp of the user's head placed inside the hemispherical case;
(e) a nebulizer installed in the hemispherical case, having a solution storage unit, receiving gas from the gas pressure means, and generating a solution of the solution storage unit as a mist and discharging it into the hemispherical case; and;
(f) a directional control valve connected to the gas pressure means and distributing gas from the gas pressure means to the injection nozzle and the nebulizer;
(g) Skin care device using light irradiation, characterized in that it comprises a controller for controlling the operation of the directional control valve and the light source means. According to claim 1,
The nebulizer is a skin care device using light irradiation, characterized in that for storing a solution containing ingredients good for the skin and spraying it in the form of a mist. According to claim 2,
The skin care device using light irradiation, characterized in that two of the light source means and the injection nozzles are installed to face the user's face and scalp when the user's head enters the case.

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