KR102557314B1 - Facial skin care mask device - Google Patents

Abstract

Disclosed is a mask device for facial skin care that can provide a customized therapy by adjusting the intensity, time, and mode of LED light irradiated on the face. The mask device for facial skin care of the present invention includes an outer mask having a pair of outer eye through-holes, an outer nose through-hole, and a mouth through-hole; An LED module located on an inner surface of the outer mask, having module eye through-holes and module nose through-holes, and having a plurality of LED chip combinations and wires emitting LED light of different wavelengths installed to correspond to the face; an inner mask fastened to the outer mask with the LED module interposed therebetween, and having an inner eye through hole, an inner inner nose through hole, and an inner inner mouth through hole; a cylindrical eye shield having one end fastened to the inner eye through-hole of the inner mask and the other end protruding in close contact with the wearer's eyes; a wearing member fastened to the outer mask or the inner mask to fix the wearer's head; a controller providing power and a light control signal to the LED module, including a power/mode setting switch located outside, and an LED display located around the power/mode setting switch; and a mobile terminal that is connected to the controller through a controller communication unit and transmits a light control signal according to settings of a built-in application to the LED module in conjunction with the controller.

Description

Facial skin care mask device {Facial skin care mask device}

The present invention relates to a mask device for facial skin care, and more particularly, to a mask device for facial skin care capable of providing a customized therapy by adjusting the intensity, time, and mode of LED light irradiated on the face.

In general, light usage for skin beauty and disease treatment uses various light sources such as sunlight, lasers, fluorescent lights, and ultraviolet lamps to irradiate the skin with light, thereby promoting biochemical reactions within the skin to treat damaged skin. It is an optical medical technology that treats

The LED mask using a dual LED light source penetrates the skin with light and energy emitted from the LEDs, helping to improve wrinkles, skin regeneration, inflammation healing, increase resistance to ultraviolet rays, and improve the skin.

A conventional LED mask includes an outer face cover having a facial contour and an LED sheet installed on the outer face cover, and the LED sheet includes a plurality of LED chip combinations mounted on a flexible printed circuit board. Such a conventional LED mask improves skin by using light of a specific wavelength irradiated to the skin from combinations of LED chips.

However, since the prior art uses a uniform LED module to improve only localized skin troubles, there is a problem in that the most suitable LED wavelength band cannot be used according to the user's skin trouble condition.

In addition, there is a problem in that the eyesight is deteriorated by the LED light and the LED mask is covered and stuffy when worn.

Republic of Korea Patent No. 10-1635927 Republic of Korea Patent No. 10-2034145 Republic of Korea Patent No. 10-1862280 Republic of Korea Patent No. 10-1873832 Republic of Korea Patent No. 10-2077791 Republic of Korea Patent No. 10-2113327 Republic of Korea Patent Publication No. 10-2019-0107211 Republic of Korea Patent Publication No. 10-2020-0100323 Korean Utility Model Registration No. 20-0491167

The present invention was devised in view of the above-mentioned problems, and its purpose is to use the most suitable LED wavelength band and intensity according to the user's skin trouble condition, and to provide customized therapy by providing different LED wavelength bands according to the lapse of irradiation time. It is to provide a mask device for facial skin care that can be provided.

In addition, it is to provide a mask device for facial skin care that can protect the eyesight and relieve the pressure applied to the eyes even when used for a long time.

In addition, to provide a mask device for facial skin care that allows external air to circulate to the face when the LED mask is worn, and furthermore allows the ampoule to more easily permeate into the skin when the ampoule, which is a cosmetic, is used together with the LED light.

The mask device for facial skin care of the present invention for solving the above problems is an outer mask in which a pair of outer eye through-holes are formed around the eyes, an outer nose through-hole is formed around the nose, and an outer mouth through-hole is formed around the mouth; An LED module located on an inner surface of the outer mask, having module eye through-holes and module nose through-holes, and having a plurality of LED chip combinations and wires emitting LED light of different wavelengths installed to correspond to the face; an inner mask fastened to the outer mask with the LED module interposed therebetween, and having a pair of inner eye through-holes around the eyes, an inner nose through-hole around the nose, and an inner mouth through-hole around the mouth; a cylindrical eye shield having one end fastened to the inner eye through-hole of the inner mask and the other end protruding in close contact with the wearer's eyes; a wearing member fastened to the outer mask or the inner mask to fix the wearer's head; a controller providing power and a light control signal to the LED module, including a power/mode setting switch located outside, and an LED display located around the power/mode setting switch; and a mobile terminal that is connected to the controller through a controller communication unit and transmits a light control signal according to settings of a built-in application to the LED module in conjunction with the controller.

In the present invention, the outer upper portion of the outer mask is formed with a mask cover groove formed so that the outer mask cover can be mounted; And it is mounted in the mask cover groove of the outer mask, and a cover eye through-hole is formed at a position corresponding to the outer eye through-hole on the front side, the lower part is bent, and the lower part of the bent portion communicates with the nose through-hole of the outer mask. An outer mask cover having a lower hole may be further included.

In the present invention, a circulator air hole through which external air can flow into the outer mask; a circulator connected to the circulator air hole of the outer mask and attached to the outer mask to guide external air toward the face; And it may further include an inner air hole for guiding air to the face of the inner mask.

In the present invention, the inner mask may be provided with a wearability sensor so that the LED of the LED module is turned on only when the mask is worn by the sensor detecting that the mask is worn.

In the present invention, a stopper is formed on the outside of one end of the eye shield to prevent the eye shield from being separated after one end is inserted into the inner eye through hole of the inner mask, and the stopper of the eye shield is connected to the outer mask It may be located in the space between the outer mask covers.

In the present invention, the inner mask has a pair of side hook holes at both ends and an upper hook hole at the upper end, and the wearing member is fixed to one end of the pair of side hook holes of the inner mask, and the other end is A horizontal fastening member that can be folded while passing through the long hole of the other side hook hole and attached to the horizontal Velcro on the front side, and a fixing hole that can be fixed in the middle of the horizontal fastening member through which the horizontal fastening member passes, , The other end may include a vertical fastening member that is folded while passing through the long hole of the upper ring hole and is attached and fixed to the vertical Velcro of the front.

In the present invention, the controller comprises: a mask connecting portion connected to the LED module; a switch unit connected to the power/mode setting switch; a battery supplying power to the mask and the controller; a control unit that interlocks a light control signal for controlling the mask module with an application of a mobile terminal; And it may further include a controller communication unit communicating with the mobile terminal.

In the present invention, the application includes a menu selection unit including a therapy manual setting unit, a therapy automatic setting unit, and a therapy selection unit, which are menus that generate the light control signal, and the menus are connected to the mask/controller control unit. , The mask/controller control unit controls the light control signal according to the LED intensity control unit, the operation time setting unit, the LED mode unit, and the time display unit, and transmits the light control signal to the control unit of the controller through the application communication unit to operate the LED module.

In the present invention, the LEDs of the LED chip combination may be turned on/off repeatedly when turned on.

According to the present invention having the configuration as described above, the most suitable LED wavelength band and intensity can be used according to the user's skin trouble condition, and each different LED wavelength band is provided according to the lapse of irradiation time, depending on the user's skin condition. We can provide customized therapies.

In addition, convenience of use may be improved by remotely controlling the use mode of the LED mask from the controller as well as the mobile application.

In addition, an eye shield is provided so that the LED light does not flow into the eyes and is completely blocked, and a wear sensor is provided so that the LED light is turned on only when worn, so that the eyes are tired by the LED light or the eyesight is deteriorated. can be solved

In addition, since the LED is turned on and off repeatedly for a short time invisible to the human eye, it is effective in promoting the penetration of the LED light into the facial skin.

In addition, a circulator is provided so that external air is circulated to the face, and furthermore, when an ampoule, which is a cosmetic, is used together with an LED light, the ampoule can be more permeated into the skin.

1 is a perspective view showing a fill valve for a toilet water tank according to the prior art.
2 is a front view showing a mask according to an embodiment of the present invention.
3 is a side view of a mask according to an embodiment of the present invention.
4 is an inside perspective view showing a mask according to an embodiment of the present invention.
5 is an exploded perspective view showing a mask according to an embodiment of the present invention.
6 is a perspective view showing a controller according to an embodiment of the present invention.
7 is a configuration diagram of a controller according to an embodiment of the present invention.
8 is a diagram showing a connection screen of an application of a mobile terminal according to an embodiment of the present invention.
9 is a block diagram of an application of a mobile terminal according to an embodiment of the present invention.
10 is an example of an operation of an LED mask by a manual therapy setting unit according to an embodiment of the present invention.
11 is a diagram showing personalized therapy setting through an automatic therapy setting unit according to an embodiment of the present invention.
12 is a conceptual diagram showing on-off of an LED module according to an embodiment of the present invention.

Hereinafter, an LED mask device for facial skin care according to a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

1 is a perspective view showing an LED mask device for facial skin care according to an embodiment of the present invention.

Referring to FIG. 1, the mask device 10 for facial skin care of the present invention includes a mask 100, a cradle 400 holding the mask 100, and a controller providing power and light control signals to the mask 100. 200, and a mobile terminal 300 in which an application connected to the controller 200 by communication is installed.

Figure 2 is a front view showing a mask according to an embodiment of the present invention, Figure 3 is a side view of the mask according to an embodiment of the present invention, Figure 4 is an inside perspective view showing a mask according to an embodiment of the present invention , Figure 5 is an exploded perspective view showing a mask according to an embodiment of the present invention.

2 to 5, the mask 100 includes an outer mask 110; mask cover 120; LED module 130; inner mask 140; eye shield 150; It includes a wearing member 160.

The outer mask 110 is formed to be spaced apart from the wearer's face by a predetermined distance and has a size capable of covering the entire face. A pair of outer eye through-holes 111 are formed around the eyes of the outer mask 110, and the outer nose through-hole protrudes so that the nose can breathe through the nose and breathes through the nose through the lower part. (112) and a number of outer mouth through-holes 113 for breathing are formed around the mouth.

The outer upper part of the outer mask 110 is engraved with a step between the eye part on the left and right and the nose and forehead on the upper and lower sides, so that the mask cover groove 115 to which the outer mask cover 120 can be mounted in the intaglio is is formed Furthermore, a circulator air hole 116 through which air circulation of the circulator 170 can pass may be provided at the forehead. The circulator 170 may be attached to the outer mask 110 to guide air outside the mask toward the inside of the LED mask 100, that is, toward the face. The wearer of the LED mask may be covered and stuffy by wearing the LED mask for a long time. External air is circulated to the face by the circulator 170, and furthermore, when an ampoule, which is a cosmetic, is used together with an LED light, the ampoule can play a role in allowing the ampoule to penetrate into the skin more.

The outer mask cover 120 is mounted in the mask cover groove 115 of the outer mask 110, and a cover eye through hole 121 is formed at a position corresponding to the outer eye through hole 111 on the front side, , The lower part is bent, and the lower part of the bent part is formed with a lower hole 122 communicating with the nose through-hole 112 of the outer mask 110.

The LED module 130 is located on the inner surface of the outer mask 110 and has a module eye through hole 131 and a module nose through hole 133 formed therein. In the LED module 130, a plurality of LED chip combinations 137 emitting LED light of different wavelengths and wires are installed on the flexible circuit board to correspond to the face. The LED chip combinations 137 may have a structure in which an LED chip is accommodated in a reflector or a package housing.

The LED chip combination 137 can be implemented in various ways depending on the embodiment, and in one embodiment of the present invention, a combination of red LED, blue LED, and infrared LED can be installed.

Blue LED is absorbed into the epidermal tissue of the skin and stimulates porphyrin to increase the production of single oxygen within the cell, destroying bacteria. Light in this wavelength band is useful for improving skin diseases such as acne.

Red LED penetrates into the dermal tissue of the skin, and about 80% of the light energy is absorbed within 2mm. Red LED promotes collagen production and helps with skin elasticity and regeneration.

Infrared LED penetrates deeper into the skin than blue or red light and stimulates mitochondria. In the skin where the light of this wavelength band penetrates, the temperature of the cells rises, and effects such as pain relief and regeneration activation of skin cells can be expected.

The LED therapy mode is determined by the selective lighting of the LED chip combination 137 . In one embodiment of the present invention, a red mode 610, a blue mode 620, a pink mode 630, and a perfect mode 640 are provided. (See Fig. 7)

The red mode 610 may be set to a lighting combination of an infrared LED and a red LED.

The blue mode 620 may be set to turn on the blue LED.

The pink mode 630 may be set to a lighting combination of red LED and blue LED.

The perfect mode 640 may be set to a lighting combination of an infrared LED, a red LED, and a blue LED. At this time, the color observed outside the mask is purple.

The LED module 130 is provided with an LED module terminal 138 that is connected to the external controller 200 and receives power and control signals. In addition, the controller terminal 138 is also connected to the circulator terminal 139 which transmits power and control signals to the circulator 170 and the sensor terminal 132 which transmits power and control signals to the wear sensor 147. do. In addition, the LED module 130 may have a module air hole 136 at a position corresponding to the circulator air hole 116 attached to the outer mask 110 .

The inner mask 140 is positioned inside the LED module 130 and has a size capable of covering the entire face, and is fastened with the outer mask 110 .

The inner mask 140 has a pair of inner eye through-holes 141 formed around the eyes, and a pair of inner nose through-holes 141 protruded to allow breathing through the nose in the nose area to breathe through the nose through the lower part. 142 and a plurality of inner mouth through-holes 143 for breathing are formed around the mouth. The outer surface of the inner mask 140 has a terminal connection portion 149 where the LED module terminal 138 is located.

At both ends of the inner mask 140, a pair of side ring holes 144 and three upper ring holes 145 protrude from the top, so that the wearer wears the mask 100 on the face. Member 160 is coupled. The ring holes 144 and 145 are formed with long holes through which a band, which is a wearing member, can pass.

In addition, the inner mask 140 is provided with a sensor 147 for wearing the mask so that the sensor detects the wearing of the mask so that the LED of the LED module is turned on only when the mask is completely worn. That is, when the mask is not worn, the LED is automatically turned off.

The eye shield 150 has a cylindrical shape, one end of which is fastened to the inner eye through-hole 141 of the inner mask 140, and the other end protrudes in close contact with the wearer's eyes. A stopper 151 is formed on the outside of one end of the eye shield 150 to prevent the eye shield 150 from being separated after one end is inserted into the inner eye through hole 141 of the inner mask 140. Since the stopper 151 of the eye shield 150 is located in the space between the outer mask 110 and the outer mask cover 120, the eye shield 150 is covered outside the mask to improve aesthetics. The material of the eye shield 150 may be non-toxic silicone, and it is detachable and detachable so that it can be detached and washed with water, so it is hygienic.

The wearing member 160 is composed of a horizontal fastening member 161 and a vertical fastening member 163. The horizontal fastening member 161 is fixed to one end of the pair of inner mask 140 side hook holes 144, and the other end is folded while passing through the long hole of the other side hook hole 144, so that the front horizontal Velcro 162 ) can be attached and fixed. The vertical fastening member 163 has a fixing hole 165 through which the horizontal fastening member 161 passes and can be fixed in the middle of the horizontal fastening member 161 at one end, and the upper ring hole at the other end ( 145), it can be folded and fixed to the front vertical Velcro 164. In this way, the mask can be stably fixed to the face according to the head size of the wearer of the LED mask 100 using the horizontal fastening member 161 and the vertical fastening member 163. Also, unlike the drawings, the wearing member 160 may be attached to the outer mask 110.

6 is a perspective view showing a controller 200 according to an embodiment of the present invention, and FIG. 7 is a configuration diagram of the controller 200 according to an embodiment of the present invention.

Referring to FIG. 6, the controller 200 has a circular power/mode setting switch 210 located in the upper center, and an LED display unit 220 located around the power/mode setting switch 210, The color changes according to the mode setting of the controller 200.

Referring to FIG. 7 , the controller 200 includes a power/mode setting switch 210 and an LED display unit 220, and a mask connection unit 240 connected to the LED module 130 inside, and a power/mode The switch unit 250 connected to the setting switch 210, the battery 260 that supplies power to the mask and the controller, and the light control signal that controls the mask module 130 are generated by the power/mode setting switch 210 or a control unit 270 created in conjunction with the application 310 of the mobile terminal 300, and a controller communication unit 280 communicating with the mobile terminal 100.

The mask connection part 240 is connected to the LED module terminal 138, and can transmit power and light control signals to the LED module 130, the circulator 170, and the wear sensor 147, respectively.

The battery 260 can be used for a long time and can be charged by receiving power from the outside through the power connector 290 located on one side.

Pressing and holding the power/mode setting switch 210 of the controller 200 turns on/off the power. In addition, if the power/mode setting switch 210 is pressed briefly while the power is turned on, the lighting mode of the LED chip combination 137 of the LED module 130 is converted. In the embodiment of the present invention, the red mode 610, the blue mode 620, the pink mode 630, and the perfect mode 640 are sequentially converted. At this time, the LED display 220 around the power/mode setting switch 210 is simultaneously converted into the colors of red mode, blue mode, pink mode, and perfect mode (purple), so that the wearer can wear the mask while wearing the mask. You can check which mode of LED therapy you are using by looking at the LED display unit 220 of the controller.

The control unit 270 of the controller 200 interworks with the application 310 of the mobile terminal 300 through a communication unit 280 such as Bluetooth, and transmits a control signal by setting the application 310 to the LED module of the mask ( 130).

8 is a diagram showing a connection screen of an application 310 of a mobile terminal 300 according to an embodiment of the present invention, and FIG. 9 is an application 310 of a mobile terminal 300 according to an embodiment of the present invention. is the composition of

Referring to FIGS. 8 and 9, the menu selected and controlled by the menu selection unit 320 of the application 310 of the mobile terminal 300 includes the manual therapy setting unit 330, the automatic therapy setting unit 340, and the circule. They are the radar operation unit 350 and the therapy selection unit 360.

When the mobile terminal 300 accesses the application 310, the manual therapy setting unit 330 of the menu selection unit 320 is basically connected, and the therapy manual setting unit 330 is the LED intensity control unit 510, An operation time unit 520, an LED mode unit 530, and a time display unit 540 are shown.

The LED intensity controller 520 may adjust the intensity of the LED step by step. For example, in the LED intensity control unit 520 of FIG. 8, it is displayed that it is divided into 10 equal parts at the maximum of 100%.

The operation time setting unit 520 may set the operation time for the selected treatment item. For example, in the operation time setting unit 520 of FIG. 8, it is displayed that it is divided into 10 equal parts based on a maximum of 10 minutes. When the operating time actually progresses, the remaining time is displayed on the time display unit 540 at the bottom, and when the remaining time becomes 0, the LED operation stops.

When the LED mode is selected by the wearer of the LED mode unit 530, the control unit 270 of the controller 200 provides a control signal to the LED module 130 to correspond to the selected operation mode. That is, when the wearer selects a specific mode of the LED mode unit 530 in the application, a control signal is provided from the application 310 to the LED module 130 of the LED mask via the controller 200 through communication such as Bluetooth. The red LED, blue LED, and infrared LED of the LED chip combination 137 are turned on in a color pattern according to the control signal to emit light. As described above, the operation mode of the LED mode unit 530 may include a red mode 610, a blue mode 620, a pink mode 630, and a perfect mode 640.

Referring to FIG. 9, the menu selection unit 320 of the application 310 is composed of a therapy manual setting unit 330, a therapy automatic setting unit 340, a circulator operation unit 350, and a therapy selection unit 360. It can be, and these menus are connected to the mask/controller control unit 500.

The mask/controller control unit 500 generates control signals for controlling the LED intensity control unit 510, the operation time setting unit 520, the LED mode unit 530, and the time display unit 540 according to user settings. It is transmitted to the control unit 270 of the controller 200 through the application communication unit 390 to operate the LED module 130 .

The circulator operating unit 350 may control on/off, operating time, and intensity of the circulator 170 .

The therapy selector 360 allows the wearer to select a previously registered treatment item through the therapy storage unit 380. The therapy storage unit 380 stores a light therapy recipe arbitrarily set by a user or a preset light therapy recipe that is basically stored. That is, in the therapy storage unit 380, the operation pattern, operation time, and operation intensity of the LED chip combination 137 of the mask module 130 corresponding to the treatment purpose are registered together with the treatment name, so that the therapy selection unit 360 Through this, the mask wearer can choose directly.

The mask/controller control unit 500 generates a light control signal according to the menu selection unit 320 of the application, and sends the light control signal to the LED module 130 of the mask through the controller 200 through the application communication unit 390. convey

10 is an example of an operation of an LED mask by a manual therapy setting unit according to an embodiment of the present invention.

Referring to FIG. 10, after setting the LED intensity to 40% of the maximum intensity in the LED intensity control unit 510 and the LED operating time to 10 minutes in the operation time setting unit 520, the red mode in the LED mode unit 530. Click on (610). A play display in which the red mode 610 is activated by the setting of the application is shown, and the remaining time for the operation of the time display unit 540 is shown.

Referring back to FIG. 9 , the therapy automatic setting unit 340 is selected by the menu selection unit 320 and automatically executes the programmed optimized customized therapy after diagnosing the skin condition through a questionnaire.

11 is a diagram showing personalized therapy setting through the automatic therapy setting unit 340 according to an embodiment of the present invention.

Referring to FIG. 11, in the case of personalized therapy, when four items of skin sensitivity, skin type, skin trouble condition, and outdoor activity time are entered in order, the customized therapy pre-stored in the therapy storage unit 380 is performed correspondingly. can do. In the example, since 3 items can be selected from 4 items, 3*3*3*3 = 81 customized therapies can be pre-stored in the therapy storage unit 380, and the selected customized therapy is number “12”. .

As the customized therapy number 12 is performed, the application can check the LED mode, time, and light intensity in real time.

When the user wants to use the same therapy later, the user can omit the repetition process by the questionnaire, directly input the previously stored therapy 12 through the therapy selection unit 360, and use the customized automatic therapy.

Hereinafter, the operation process of the mask device for facial skin care according to the present invention will be described.

First, the wearer wears the mask 100 to manage facial skin. At this time, the eye shield 150 fastened to the mask 100 is in close contact with the eyes to prevent the LED light emitted to the face through the LED module 130 from being directly irradiated to the eyes.

Next, the wearer of the LED mask 100 selects a registered treatment menu using the controller 200 or the application 310 .

When a treatment menu is selected, a light control signal of the LED chip combination of the mask 100 is provided to the LED module 130 so as to correspond to the set color pattern of the selected treatment item. The light control signal from the controller 200 is provided to the LED module 130 via the LED module terminal 138, and the plurality of LED chip combinations 137 are turned on in a pattern according to the light control signal to emit light. When the treatment menu is operated, the LED mode operated through the LED display unit 220 of the controller 200 and the LED mode unit 530 and the operation time unit 540 of the application 310 and the remaining operation time can be checked by the wearer. Able to know.

Next, when the operating time ends, the power provided to the LED module terminal 138 of the LED module 130 is cut off, so that the operation of the mask 100 stops.

On the other hand, the LED mask of the present invention repeats turning on and off the LEDs for a short time in order to maximize the effect in the shortest time.

12 is a conceptual diagram showing on-off of an LED module according to an embodiment of the present invention.

Referring to FIG. 12, when turned on, the LEDs of the LED chip combination 137 are turned on and off repeatedly for a short time invisible to the human eye. Through this, the LED light is effective in promoting skin penetration.

The present invention described above is not limited by the foregoing drawings and detailed description, and various modifications and changes made by those skilled in the art within the scope not departing from the spirit and scope of the present invention described in the claims below Of course, it is also included within the scope of the present invention.

10: mask device for skin care 100: mask
110: outer mask 111: outer eye through hole
112: outer nose through hole 113: outer mouth through hole
115: mask cover groove 120: mask cover
121: cover eye through hole 122: lower hole
130: LED module 131: module eye through hole
132: sensor terminal 133: module nose through hole
136: module air hole 137: LED chip combination
138: LED module terminal 139: circulator terminal
140: inner mask 141: inner eye through hole
142: inner nose through hole 143: inner mouth through hole
144: side hook hole 145: upper hook hole
146: inner air hole 147: wear sensor
149: terminal connection part 150: eye shield
151: stopper 160: wearing member
161: horizontal fastening member 162: horizontal Velcro
163: vertical fastening member 164: vertical Velcro
165: fixed hole 170: circulator
200: controller 210: power/mode setting switch
220: LED display unit 240: mask connection unit
250: switch unit 260: battery
270: controller control unit 280: controller communication unit
290: power connection unit 300: mobile terminal
310: application 320: menu selection unit
330: Therapy manual setting unit 340: Therapy automatic setting unit
350: circulator operating unit 360: therapy selection unit
380: Tepari storage unit 390: Application communication unit
500: mask/controller control unit 510: LED intensity control unit
520: operating time setting unit 530: LED mode unit
540: time display unit 610: red mode
620: blue mode 630: pink mode
640: perfect mode

Claims (9)

an outer mask having a pair of outer eye through-holes, an outer nose through-hole, and an outer mouth through-hole;
An LED module located on an inner surface of the outer mask, having module eye through-holes and module nose through-holes, and having a plurality of LED chip combinations and wires emitting LED light of different wavelengths installed to correspond to the face;
an inner mask fastened to the outer mask with the LED module interposed therebetween, and having a pair of inner eye through-holes, inner nose through-holes, and inner inner mouth through-holes;
a cylindrical eye shield having one end fastened to the inner eye through-hole of the inner mask and the other end protruding in close contact with the wearer's eyes;
a wearing member fastened to the outer mask or the inner mask to fix the wearer's head;
a controller providing power and a light control signal to the LED module, including a power/mode setting switch located outside, and an LED display located around the power/mode setting switch; and
A mobile terminal connected to the controller through a controller communication unit and transmitting a light control signal according to a setting of a built-in application to the LED module in conjunction with the controller;
A mask cover groove formed on an outer upper portion of the outer mask to mount an outer mask cover; and
It is mounted in the mask cover groove of the outer mask, and a cover eye through hole is formed at a position corresponding to the outer eye through hole on the front side, the lower part is bent, and the lower part of the bent portion communicates with the nose through hole of the outer mask. A mask device for facial skin care, characterized in that it further comprises an outer mask cover in which a hole is formed. delete According to claim 1,
a circulator air hole through which external air can flow into the outer mask;
a circulator connected to the circulator air hole of the outer mask and attached to the outer mask to guide external air toward the face; and
A mask device for facial skin care, characterized in that the inner mask further comprises an inner air hole for inducing air to the face. According to claim 1,
A mask device for facial skin care, characterized in that the inner mask is provided with a wear sensor so that the sensor detects the wearing of the mask so that the LED of the LED module is turned on only when the mask is worn. According to claim 1,
A stopper is formed on the outside of one end of the eye shield to prevent the eye shield from being separated after one end is inserted into the inner eye through hole of the inner mask, and the stopper of the eye shield is provided between the outer mask and the outer mask cover. A mask device for facial skin care, characterized in that to be positioned in the space. According to claim 1,
The inner mask has a pair of side ring holes at both ends and an upper ring hole at the top,
The wearing member,
A horizontal fastening member that is fixed to one end of a pair of side hook holes of the inner mask and the other end is folded while passing through the long hole of the other side hook hole and can be attached and fixed to the horizontal Velcro on the front side, and
At one end, a fixing hole through which the horizontal fastening member passes and can be fixed in the middle of the horizontal fastening member is formed, and at the other end, a vertical fastening member that is folded while passing through the long hole of the upper hook hole and is attached and fixed to the vertical Velcro on the front side A mask device for facial skin care, characterized in that it comprises. According to claim 1,
The controller,
a mask connection part connected to the LED module;
a switch unit connected to the power/mode setting switch;
a battery supplying power to the mask and the controller;
a control unit that interlocks a light control signal for controlling the mask module with an application of a mobile terminal; and
Mask device for facial skin care, characterized in that it further comprises a controller communication unit communicating with the mobile terminal. According to claim 1,
The application,
A menu selection unit including a therapy manual setting unit, a therapy automatic setting unit, and a therapy selection unit, which are menus that generate the light control signal,
The menus are connected to the mask/controller control unit,
The mask/controller control unit controls the light control signal according to the LED intensity control unit, the operation time setting unit, the LED mode unit, and the time display unit, and transmits the light control signal to the control unit of the controller through the application communication unit to operate the LED module. A mask device for facial skin care. According to claim 1,
The LED of the LED chip combination is a mask device for facial skin care, characterized in that on / off is repeated when turned on.