WO2019103301A1

WO2019103301A1 - Led mask device capable of emitting light in wavelength range set up for each part of face

Info

Publication number: WO2019103301A1
Application number: PCT/KR2018/011377
Authority: WO
Inventors: 장현재
Original assignee: 주식회사 에프앤디파트너스
Priority date: 2017-11-22
Filing date: 2018-09-27
Publication date: 2019-05-31
Also published as: KR101862280B1

Abstract

The present invention relates to an LED mask device capable of emitting light in a wavelength range set up for each part of the face and, more specifically, to an LED mask device capable of emitting light in a wavelength range set up for each part of the face, which, in evenly emitting LED light effective for skin care and skin disease treatment to the face, can emit light in a wavelength range corresponding to a mode set up by a user for each part of the face.

Description

An LED mask device capable of irradiating light of a predetermined wavelength band for each face portion

The present invention relates to an LED mask device capable of irradiating light in a predetermined wavelength band for each facial part, and more particularly, to an LED mask device for effectively irradiating an LED light, which is effective for treating skin care and skin diseases, The present invention relates to an LED mask device capable of irradiating a light of a predetermined wavelength band for each facial part so that light irradiation of a wavelength band corresponding to a mode set by a user can be performed.

The phototherapy for treatment of skin diseases uses a variety of light sources such as sunlight, laser, fluorescent lamp and ultraviolet lamp to irradiate light to the skin to promote biochemical reaction in the skin, It is an optical medical technology that treats damaged skin through destruction.

The dual LED light source can be irradiated to a large area of diseased area with a suitable light output unlike a high output laser. The skin treatment technique using the LED light source is similar to the principle that sunlight is converted into plant cells through chlorophyll in plants To induce a photo-biochemical reaction between skin cells by irradiating the LED light source.

Such light therapy using an LED light source is based on the photon of an LED light source absorbed by chromospheres or photoacceptors in cell tissue and promoting cell metabolism.

The light absorbed by the cells increases the synthesis of ROS and ATP in the cell tissue, and the cells exposed to red light and near-infrared light emit NO.

At the appropriate time and frequency, light of a selected wavelength is absorbed by a photoreceptor, such as cytochrome c oxidase, which photodecomposes inhibitory NO, promotes enzyme activation, and promotes mitochondrial metabolism and ATP production.

As a result, proteins such as hemoglobin and myoglobin release additional NO, which results from a continuous intracellular biochemical reaction.

As a result, LED light irradiation on the cell activates the overall metabolic activity of the cell and plays a major role in cell regeneration and rehabilitation.

In addition, LED light irradiation promotes the production of collagen and elastin in the skin, suppresses the occurrence of wrinkles, and makes the skin moist and elastic.

In addition, LED light irradiation has a significant effect on the treatment of skin diseases. For example, irradiation with LED light, particularly blue LED light, on the acne-generated skin part can eliminate the bacteria that cause acne and reduce inflammation, thereby improving the overall condition of the skin.

In order to improve the skin as described above, various cosmetics and cosmetic devices have been developed and distributed on the market.

In particular, a mask type beauty device which is electrically operated by being attached to the wearer's face has been widely used in recent years. However, since a uniform LED module is used to improve only limited skin troubles, the most suitable LED It has become necessary to develop a mask-type beauty device capable of using a wavelength band and providing different LED wavelength bands at the time of irradiation.

Korean Patent Publication No. 10-2009-0050656

SUMMARY OF THE INVENTION Accordingly, the present invention has been made in view of the above-mentioned problems occurring in the prior art, and it is an object of the present invention to provide a method and apparatus for uniformly irradiating LED light, So that the light irradiation of the wavelength band corresponding to the mode set by the light source can be performed.

A second object of the present invention is to provide an automatic mode and a manual mode in which, when the mode selected by the user is the automatic mode, the illumination group information to be illuminated by the skin irradiation time stored in the illumination control information storage unit, And a lighting group setting page in which each LED module is arranged when the mode selected by the user is a manual mode is provided, The illumination group setting information of each of the LED modules set on the illumination group setting page, and the LED element information and the skin irradiation time information corresponding to the wavelength band to be outputted for each LED module in the set illumination group, A lighting control unit for lighting and controlling the lamps.

A third object of the present invention is to control the on / off state of each LED module for each LED module based on the illumination group information to be lighted by the skin irradiation time, the wavelength range information to be outputted per skin irradiation time, .

According to an aspect of the present invention, there is provided an LED mask device capable of irradiating light of a predetermined wavelength band for each facial region,

An outer face cover 100;

An inner face cover (200) coupled to the outer face cover and having a plurality of light irradiation holes formed therein;

And a plurality of LED modules (300) positioned between the outer face cover and the inner face cover for irradiating the skin with LED light through the light irradiation holes,

The LED module 300 has a structure in which two or more LED elements 300a to 300n that emit LED lights of different wavelength ranges are coupled,

Each LED module is characterized in that it irradiates one specific wavelength band or at least one LED light of a different wavelength band under the control of the controller 400,

The controller (400)

A button unit 410 configured by an automatic mode button or a manual mode button;

A mode selection signal acquisition unit 420 for acquiring a mode selection signal set through the button unit;

A lighting control information storage unit 430 for storing lighting group information to be illuminated for each skin irradiation time, and wavelength range information to be output for each skin irradiation time;

When the mode selected by the user is the automatic mode, the illumination group information to be lighted by the skin irradiation time, the light group to be lighted by the skin irradiation time, And a lighting group setting page in which each LED module is arranged when the mode selected by the user is a manual mode, and the lighting group setting page of each LED module set on the lighting group setting page And an illumination control unit 440 for acquiring LED device information and skin irradiation time information corresponding to the wavelength band to be output for each LED module in the set illumination group and lighting and controlling the LED devices formed in each LED module .

According to the present invention, there is provided an LED mask device capable of irradiating light of a predetermined wavelength band for each facial part,

It is possible to perform the light irradiation of the wavelength band corresponding to the mode set by the user of the facial area in order to uniformly irradiate the LED light having the effect of treating the skin cosmetic and skin diseases, According to the type of trouble, the optimized light of the LED wavelength band is irradiated to exhibit effective skin care and skin treatment effects.

In addition, according to the automatic mode and the manual mode, it is possible to provide customized skin cosmetic and therapeutic effects through setting different lighting groups and irradiating light of different wavelength band for each LED module in the set group.

In the lighting control unit, light is illuminated according to the preset skin irradiation time based on user setting information of any one of age, sex, residence area, skin type, skin examination time period, specific person, specific treatment, Off of the LED elements of each LED module is controlled in accordance with the information of the illumination group to be outputted and the wavelength information to be outputted by the skin irradiation time, thereby providing the simplicity of setting that can solve the inconvenience of having to undergo several setting processes.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of an LED mask device according to an embodiment of the present invention capable of irradiating light in a predetermined wavelength band for each face portion. FIG.

FIG. 2 is an exploded perspective view of an LED mask device capable of irradiating light of a predetermined wavelength band according to an embodiment of the present invention. FIG.

3 is a plan view as seen from the inner side of an LED mask device capable of irradiating light in a set wavelength range according to an embodiment of the present invention.

4 is a view illustrating an LED device in an LED module of an LED mask device capable of irradiating light of a predetermined wavelength band according to an embodiment of the present invention.

FIG. 5 is a block diagram of a controller of an LED mask device capable of irradiating light of a predetermined wavelength band according to an embodiment of the present invention. FIG.

6 is a block diagram of a lighting control unit of an LED mask device capable of irradiating light of a predetermined wavelength band according to an embodiment of the present invention.

FIG. 7 is a view illustrating an illumination group of an LED mask device capable of irradiating light of a predetermined wavelength band according to an embodiment of the present invention; FIG.

FIG. 8 is an exemplary diagram illustrating lighting colors of LED modules constituting a group of lighting groups of an LED mask device capable of irradiating light of a predetermined wavelength band according to an embodiment of the present invention; FIG.

9 is a diagram illustrating an example of a mode-specific setting page of an LED mask device capable of irradiating light of a predetermined wavelength band for each facial part according to an embodiment of the present invention.

10 is a diagram illustrating an example of manual mode setting of an LED mask device capable of irradiating light in a set wavelength range according to a facial region according to an embodiment of the present invention.

100: outer face cover

200: inner face cover

300: LED module

400: controller

The following merely illustrates the principles of the invention. Therefore, those skilled in the art will be able to devise various apparatuses which, although not explicitly described or illustrated herein, embody the principles of the invention and are included in the concept and scope of the invention.

Furthermore, all of the conditional terms and embodiments listed herein are, in principle, only intended for the purpose of enabling understanding of the concepts of the present invention, and are not to be construed as limited to such specifically recited embodiments and conditions do.

According to a preferred embodiment of the present invention, there is provided an LED mask device capable of irradiating light of a predetermined wavelength band for each facial region,

An outer face cover 100;

Each LED module is characterized in that it irradiates one specific wavelength band or one or more LED light of different wavelength band under the control of the controller (400).

At this time, the controller (400)

When the mode selected by the user is the automatic mode, the illumination group information to be lighted by the skin irradiation time, the light group to be lighted by the skin irradiation time, And a lighting group setting page in which each LED module is arranged when the mode selected by the user is a manual mode, and the lighting group setting page of each LED module set on the lighting group setting page And a lighting control unit 440 for obtaining information on LED element information and skin irradiation time information corresponding to a wavelength band to be output for each LED module in the set illumination group and lighting and controlling the LED elements configured in each LED module .

In the LED mask device of the present invention,

And light irradiation of a wavelength band set by a user for each face portion is performed.

In this case,

A wavelength band of 400 to 470 nm, a wavelength band of 580 to 595 nm, a wavelength band of 620 to 670 nm, and a wavelength band of 700 to 800 nm.

At this time, the illumination control information storage unit 430 stores,

The illumination group information to be illuminated by the skin irradiation time, and the LED irradiation recipe mode information in which the wavelength range information to be output for each skin irradiation time is previously set.

At this time, the LED irradiation recipe mode information may include,

The illumination group information to be illuminated for each skin irradiation time based on any one of user setting information of the age, sex, residence area, skin type, skin examination time, specific person, specific treatment, The wavelength band information to be transmitted is information set in advance.

At this time, the lighting control unit 440,

The illumination group information to be illuminated by the skin irradiation time and the wavelength range information to be outputted by the skin irradiation time when the mode obtained by the mode selection signal acquisition unit is the automatic mode, An automatic mode lighting control module 441 for controlling lighting of an LED element corresponding to a wavelength range to be set;

A light group setting page in which each of the LED modules is arranged when the mode obtained by the mode selection signal obtaining unit is a manual mode, and the light group setting information of each of the LED modules set on the light group setting page, A passive mode setting module 442 for obtaining LED device information and skin irradiation time information corresponding to the wavelength band to be output for each LED module;

And a passive mode lighting control module 443 for controlling lighting of the LED group corresponding to the wavelength band to be outputted and the lighting group to be illuminated by the skin irradiation time set by the manual mode setting unit.

At this time, the lighting control unit 440,

A personal information setting module 444 for providing a personal information setting page for receiving personal information of a user and extracting the personal information inputted on the personal information setting page;

An LED illumination recipe mode lighting control module 445 for controlling lighting of an LED element corresponding to a wavelength band to be outputted and a lighting group to be illuminated for each skin irradiation time by extracting LED illumination recipe mode information from the illumination control information storage unit based on the personal information, );

At this time, the illumination control information storage unit 430 stores,

And light amount information of each wavelength band which is matched with wavelength band information to be outputted for each skin irradiation time of a lighting group to be turned on.

At this time, the manual mode setting module 442,

A wavelength band setting tab for setting a wavelength band;

A time setting tab for setting a time;

A light amount setting tab for setting the light amount;

A group setting layer for setting a group,

The illumination group setting information of each of the LED modules set on the illumination group setting page and the LED element information, the skin irradiation time information, and the light amount information corresponding to the wavelength band to be outputted for each LED module in the set illumination group are acquired.

Hereinafter, an embodiment of an LED mask device capable of irradiating light of a predetermined wavelength band for each facial part according to the present invention will be described in detail.

FIG. 1 is a perspective view of an LED mask device capable of irradiating light of a predetermined wavelength band according to an embodiment of the present invention.

FIG. 2 is an exploded perspective view of an LED mask device capable of irradiating light of a predetermined wavelength band according to an embodiment of the present invention.

FIG. 3 is a plan view of an inner surface of an LED mask device capable of irradiating a predetermined wavelength band according to an embodiment of the present invention.

As shown in Figs. 1 to 3, an LED mask device capable of irradiating light of a predetermined wavelength band for each facial part,

An outer face cover 100;

And a plurality of LED modules 300 positioned between the outer face cover and the inner face cover and irradiating light to the skin through the light irradiation holes.

At this time, the LED module 300 is structured such that two or more LED elements 300a to 300n, which emit LED lights of different wavelengths, are coupled, The LED modules emit LED light of different wavelengths according to the control of the LED module.

The outer face cover and the inner face cover are curved to match the contour of the face, and are fixed on the face with a fixed belt or the like.

At this time, the LED mask device may be structured such that the outer face cover and the inner face cover are coupled to each other. In this case, the LED module 300 can be easily damaged or replaced, and the outer face cover 100 and the inner face The cover 200 is detached and the inside of the apparatus can be easily cleaned.

As an example for the coupling, at least one coupling pin is formed on the outer face cover 100, and at least one coupling hole is formed at a position corresponding to the coupling pin of the inner face cover 200 to be coupled therewith.

The above-described coupling is merely an example, and may be configured to be detachable using other coupling means.

At this time, a plurality of LED modules 300 are disposed between the outer face cover and the inner face cover and irradiate the skin with LED light through the light irradiation holes.

4, the LED module 300 has a structure in which two or more LED elements 300a to 300n that emit LED light of different wavelengths are coupled.

For example, a blue LED element 300a for emitting light in a wavelength range of 400 to 470 nm, a yellow LED element 300b for emitting light in a wavelength range of 580 to 595 nm, a red LED for emitting light in a wavelength range of 620 to 670 nm, Element 300c, and a near-infrared LED element 300d that emits light in a wavelength range of 700 to 800 nm.

Further, it is also possible to provide a structure in which a green LED element is applied instead of the near-infrared LED element 300d, if necessary.

The present invention provides an effect of treating acne and atopic dermatosis through the blue LED device 300a. The yellow LED device 300b provides collagen production, treatment of yellow discoloration skin and improvement of skin resistance against ultraviolet rays, Skin moisturizing and skin elasticity enhancement effect is provided through the near-infrared LED element 300c, and the cell growth promotion, wound healing, pain treatment and muscle relaxation effect are provided through the near-infrared LED element 300d.

In addition, when a green LED device is applied, effects such as atopy mitigation, fungus inhibition, and food poisoning prevention can be provided.

At this time, the LED module 300 including at least two LED elements is configured to position the light irradiation holes continuously formed at regular intervals.

At this time, each LED module irradiates LED light of different wavelength band according to the control of the controller 400 to be described later.

FIG. 5 is a block diagram of a controller of an LED mask device capable of irradiating light of a predetermined wavelength band according to an embodiment of the present invention.

5, the controller 400 includes a button unit 410, a mode selection signal acquisition unit 420, a lighting control information storage unit 430, and a lighting control unit 440 .

The button unit 410 is configured as an automatic mode button or a manual mode button. When the automatic mode button is selected, the LED elements are lit on the basis of preset values previously set. When the manual mode button is selected , The user is allowed to select the lighting of the LED elements according to his / her skin condition, daytime and nighttime.

At this time, the mode selection signal acquisition unit 420 acquires a mode selection signal set through the button unit.

The illumination control information storage unit 430 stores illumination group information to be illuminated for each skin irradiation time and wavelength range information to be output for each skin irradiation time.

On the other hand, the lights described in the present invention include not only ON / OFF of the LED module to be illuminated, but also light quantity.

For example, it includes not only the wavelength band information to be output per illumination irradiation time of the lighting group to be lit, but also information of the light quantity.

For example, when the blue LED element 300a and the red LED element 300c are simultaneously lit, the blue LED element and the red LED element 300c are turned on at the same time, May be the same, but may be different.

This is because it is necessary to irradiate a specific position of the skin with a different amount of light depending on the type of skin trouble.

As shown in FIG. 7, the illumination group information to be illuminated by the skin irradiation time means the group information preset in advance from the A group to the F group, It is the wavelength band information per survey time.

For example, it is time to perform sterilization of the skin from the A group to the F group for 3 minutes after the first operation, and to set the time for performing the skin disinfection to the A group to the F group at 3 to 6 minutes.

At this time, since the wavelength band of the skin sterilization is a wavelength range of 400 to 470 nm, the blue LED element 300a for illuminating the corresponding light is turned on and the remaining yellow LED element 300b, red LED element 300c, Is turned off.

When the skin sterilization is completed, skin disinfection is performed. Since the wavelength range of disinfection of the skin is 580 to 595 nm, the yellow LED device 300b for illuminating the corresponding light is turned on and the remaining blue LED device 300a, red LED device 300c and the near-infrared LED element 300d are turned off.

Then, the lighting control section 440 controls the lighting control section 440,

When the mode selected by the user is the automatic mode, the illumination group information to be lighted by the skin irradiation time, the light group to be lighted by the skin irradiation time, The LED element is turned on.

That is, since it is time to perform sterilizing of the skin for 3 minutes after the first operation, the blue LED device 300a of the A group to the F group which is the lighting group to be lit up is turned on and the remaining yellow LED device 300b, The near-infrared LED element 300c and the near-infrared LED element 300d are turned off.

Also, the skin regeneration may be performed at the same time as the sterilization. In this case, for example, the blue LED element and the red LED element may be simultaneously lighted.

In the present invention, each LED module is defined as irradiating one or more LED lights of different wavelength ranges under the control of the controller (400).

In addition, it is natural that each LED module can be applied not only in the automatic mode but also in the manual mode, by irradiating the LED light of one or more different wavelength ranges.

In the case where the mode selected by the user is the manual mode, a light group setting page in which each LED module is arranged is provided, and the light group setting information of each LED module set on the light group setting page, The LED device information corresponding to the wavelength band to be output for each LED module and skin irradiation time information are obtained and the LED devices configured in each LED module are lighted and controlled.

A detailed description thereof will be described later.

FIG. 6 is a block diagram of a lighting control unit of an LED mask device capable of irradiating a predetermined wavelength band according to an embodiment of the present invention.

6, the lighting control unit 440 includes an automatic mode lighting control module 441, a manual mode setting module 442, a manual mode lighting control module 443, a personal information setting module 444, And an LED illumination recycle mode lighting control module 445. [

More specifically, the automatic mode lighting control module 441 outputs illumination group information to be illuminated by the skin irradiation time stored in the illumination control information storage unit when the mode obtained by the mode selection signal acquisition unit is the automatic mode, And obtains the wavelength band information.

At this time, lighting of the LED group corresponding to the light band to be outputted and the light group to be lit by the skin irradiation time is controlled.

As shown in Table 1, information such as a lighting group to be lighted by the skin irradiation time, a wavelength band to be outputted, and LED elements to be lighted in the corresponding wavelength band is extracted and lighting of the LED elements constituting the LED module is controlled by time.

As described above, in the case of the wavelength band to be outputted, the lighting group for lighting, and the LED element for lighting, the most suitable wavelength band can be applied according to the skin condition, age and residence area of the user in advance.

Meanwhile, the manual mode setting module 442 provides a lighting group setting page in which each LED module is arranged when the mode obtained by the mode selecting signal obtaining unit is the manual mode.

That is, the lighting group setting page as shown in FIG. 8 is provided, and the lighting group for each LED module can be set.

For example, in the C group, three X-axis and five Y-axis are set, and the wavelength band to be output for each LED module is set.

That is, the LED module of (1, 1) coordinates is set as a blue LED device, the LED module of (1, 2) coordinates is set as a yellow LED device, Device.

On the other hand, the LED module having the (1,1) coordinates may be set so as to simultaneously light the blue LED device and the yellow LED device, or to simultaneously light the blue LED device, the red LED device, and the yellow LED device.

That is, the LED module for each coordinate can be set to simultaneously light at least one wavelength band.

Then, the set skin irradiation time for each group is set.

According to another aspect, it is also possible to set different skin irradiation times for respective LED modules.

As described above, when the user sets the manual mode setting module 442, the manual mode setting module 442 sets the lighting group setting information of each of the LED modules set on the lighting group setting page, LED element information and skin irradiation time information are obtained.

Thereafter, the manual mode lighting control module 443 controls lighting of the LED group corresponding to the lighting band to be outputted and the lighting group to be lighted by the skin irradiation time set by the passive mode setting unit.

On the other hand, the lighting control unit 440,

And a personal information setting module 444 for providing a personal information setting page for receiving personal information of a user and extracting the personal information inputted on the personal information setting page.

As shown in FIG. 9, a personal information setting page for receiving personal information of a user is provided. For example, the user inputs a date, a sex, a name, a residence address, and the like.

As described above, the display panel is provided so that the user can confirm the personal information and the progress process.

Next, the manual mode and the automatic mode will be described in more detail with reference to FIG.

When the first personal information setting page is provided, the user selects the corresponding age.

Thereafter, when the automatic mode is selected, the skin inspection step operating in the automatic mode is provided.

For example, if you select the age of 42 and select the automatic mode, you will be performing the skin test set for the age group, such as sterilization for 3 minutes, skin disinfection for 3 to 6 minutes, skin for 6 to 9 minutes Reproduction is performed.

More specifically, skin disinfection and skin disinfection will be carried out only in the teenager and thirties, and skin disinfection, skin disinfection and skin regeneration will be carried out in the forties and over.

On the other hand, when the passive mode is selected as another embodiment, a rectangular bar is output on the screen, and a setting page is provided to set the lighting group by dragging the square bar.

At this time, a plurality of groups are set by the user. In the example of FIG. 9, the groups A to F are set.

Then, select the wavelength band to be output for each LED module or the LED color to be output for each group.

As described above, the wavelength range to be output for each LED module for each group is specifically set so that the wavelength band to be irradiated is different according to the user's current skin condition or skin trouble.

The skin condition and the type of skin trouble described above are diagnosed by a dermatologist, for example, and the dermatologist sets it according to the facial region based on the diagnosis.

For example, if a skin trouble located in the C group has a large number of acne, the blue LED device 300a is set to be turned on for acne improvement.

Meanwhile, according to an additional aspect, the lighting controller 440 may control

An LED light irradiation recipe mode lighting control module 445 for controlling lighting of the LED group corresponding to the lighting group to be lighted and the light group to be lighted by the skin irradiation time by extracting the LED irradiation recipe mode information from the lighting control information storage unit based on the personal information, ; And further comprising:

That is, when the personal information is input, the LED inquiry recipe mode information suitable for the age or gender is provided.

The LED inquiry recipe mode information includes,

For example, if the age is set at -20, the sex-woman, and the residence area-Seoul, since the skin is in the inland region in the case of the LED survey recipe mode, a large number of dry skin is provided. , The entire skin is sterilized with blue LED, and the entire skin is disinfected with red LED.

Then, the skin is subjected to a secondary irradiation with a red LED to provide moisturizing to the dry skin.

If the skin irradiation time is set to 3 minutes by the user, the skin sterilization, skin disinfection, and skin moisturization are set to be performed in units of one minute instead of three minutes.

And, the specific character star is, for example, to provide an LED search recipe matched to the name of a famous entertainer or a sports star.

In other words, the A entertainer mode and the B entertainer mode are provided. For example, the A entertainer mode may be set as, for example, skin sterilization-3 min-red, skin sterilization -3 min-yellow, skin moisturizing -2 min- .

By the specific treatment, for example, it is possible to provide a light irradiation recipe matched to a light irradiation treatment, an intermittent treatment, a whitening treatment, a tanning treatment or the like.

Meanwhile, it is possible to set an LED illumination recipe mode for each type of skin trouble. For example, in the case of an atopic skin, an LED illumination time, an LED illumination group, and an LED wavelength band are set.

Therefore, if a category is classified according to age, gender, residence area, skin type, skin examination time, specific person, specific treatment, and skin trouble type, if any one of the categories is selected, Category.

When the user sets a specific recipe among the recipe types, the illumination group information to be illuminated by the skin irradiation time set in the specific recipe and the wavelength range information to be outputted according to the skin irradiation time are provided to the light irradiation recipe mode lighting control module, Based on this, the LED elements are controlled to be turned on according to time.

Meanwhile, as a further configuration of the present invention, the controller (400)

And a communication interface unit for acquiring the LED survey recipe information from an external terminal using wired / wireless communication and storing the retrieved information in the lighting control information storage unit 430. [

For example, if the LED inquiry recipe information is provided to the communication interface unit using a smartphone or a computer terminal, information is acquired and stored in the lighting control information storage unit 430 automatically.

Items of the LED search recipe information can be added, deleted or modified.

For example, you can add current date information and atmospheric temperature and humidity information items on your smartphone.

In other words, if the current date is winter on December 1, the temperature of the atmosphere is -4 ° C, and the humidity is 10% or less, the blue LED that illuminates the skin, You can limit the time from 3 minutes to 1 minute, or turn off the blue LED.

Alternatively, if LED inquiry recipe information according to a skin trouble prescribed by a dermatologist is provided to the communication interface unit through the prescription terminal, the information is acquired and stored in the illumination control information storage unit 430 automatically.

As described above, in the case of the LED inquiry recipe information, since the user has a limitation in setting a large number of LED modules, in order to solve the inconvenience of the LED module, the preset recipe information is downloaded according to the current skin condition, It is for carrying out the LED light irradiation at the desired time.

The communication interface unit may be at least one of an RS communication unit, a Bluetooth communication unit, a Wi-Fi communication unit, and a USB communication unit, for example.

Accordingly, it is possible to acquire LED inquiry recipe information in real time by communicating with external terminals using a wire / wireless communication method, or acquire LED ID recipe information as needed.

On the other hand, according to another additional aspect, the illumination control information storage unit 430 stores,

The wavelength band information, the irradiation time information, and the medication map information of the LED module positions of the matching specialist according to the skin diagnosis items are stored.

That is, the communication interface unit obtains the medication map information from the pseudo terminal as well as the wavelength range information and the irradiation time information for each LED module position, which are matched according to the skin diagnosis items diagnosed by the specialist, to the illumination control information storage unit 430 And store them periodically.

For example, skin diagnosis results such as pigmentation, sebaceous hyperplasia, atopic dermatitis, folliculitis, and purulent acne are set, and the wavelength range information, the irradiation time information and the medication map information are stored It will be done.

The above-mentioned medication map information means that a doctor or a pharmacist instructs the medication regarding the medication so that the patient can receive medication effectively and safely.

Information on drug name, purpose of use and anticipated drug efficacy, route of administration and usage, dosage, time interval for administration, side effects, treatment when there are side effects, storage method, drugs to avoid and food. It is defined.

The medication map information may further include dose time information and LED mask device operation time information.

At this time, the controller (400)

An event signal generator for acquiring dose time information and LED mask device operation time information included in the medication map information and generating an event signal at the corresponding time;

And an event signal output unit for outputting the event signal through the display panel or the speaker when the event signal is obtained from the event signal generator.

For example, the user often loses the dosing time, so the dosing time information is acquired and the event signal is generated.

Thereafter, it is outputted through the display panel or the speaker through the event signal outputting unit so that the user can recognize it.

The speaker may be separately configured in a controller, and may be controlled to be output through a separate speaker using wired / wireless communication through a communication interface unit as needed.

Also, the mask device operation time information may be output by an expert to output an event signal at a time such that the LED mask is used at 9:00 am, 1:00 pm, and 10:00 pm, .

With the above configuration, in the case of patients with severe skin troubles, it is possible to continuously manage the patient with the medication map information of the specialist, thereby providing an effect of doubling the therapeutic effect.

FIG. 10 is a diagram illustrating an example of manual mode setting of an LED mask device capable of irradiating light of a predetermined wavelength band according to a facial part according to an embodiment of the present invention.

On the other hand, as shown in Fig. 10, the passive mode setting module 442 according to the present embodiment,

A wavelength band setting tab 422A for setting a wavelength band;

A time setting tab 422B for setting a time;

A light amount setting tab 422C for setting the light amount;

And a group setting layer (422D) for setting a group,

More specifically, it is possible to provide a wavelength band setting tab 422A for setting a wavelength band, a time setting tab 422B for setting a time, a light amount setting tab 422C for setting a light amount, And a group setting layer 422D for setting an LED group for setting the LED group.

At this time, if the user selects a wavelength band of 400 to 470 nm in the wavelength band setting tab, selects a set time of the wavelength band, selects a light amount, and selects an LED module on the group setting layer, Group setting information, wavelength band to be output for each LED module, skin irradiation time information, and light amount information.

After selecting the wavelength band of 400 to 470 nm, setting the set time, the quantity of light, and the group, the wavelength band of 580 to 595 nm is again selected. When the ALL button is pressed, the previously set wavelength band of 400 to 470 nm All the LED modules except for the group are set to the wavelength band of 580 to 595 nm.

That is, the ALL button may be additionally configured to reduce the user's troubles in the manual mode.

According to the present invention, it is possible to perform light irradiation of a wavelength band corresponding to a mode set by a user for each facial part in uniformly irradiating the LED light, which is effective for treating skin beauty and skin diseases, The light of the LED wavelength band optimized according to the current skin condition or the type of the skin trouble is irradiated to exhibit the effect of treating the skin cosmetic and skin diseases effectively.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, but, on the contrary, It should be understood that various modifications may be made by those skilled in the art without departing from the spirit and scope of the present invention.

The LED mask device capable of irradiating light of a predetermined wavelength band according to the present invention is applicable to the mode set by the user by the facial region in order to uniformly irradiate the LED light, It is possible to perform an effective skin care and skin disease treatment by irradiating the light of the LED wavelength band optimized according to the current skin condition or skin trouble type of the user, .

Claims

1. An LED mask device capable of irradiating light of a predetermined wavelength band for each face portion,

An outer face cover 100;

An inner face cover 200 coupled to the outer face cover and having a plurality of light irradiation holes 250 formed therein;

And a plurality of LED modules (300) positioned between the outer face cover and the inner face cover for irradiating the skin with LED light through the light irradiation holes,

The LED module 300 has a structure in which two or more LED elements 300a to 300n that emit LED lights of different wavelength ranges are coupled,

Each LED module is characterized in that it irradiates one specific wavelength band or at least one LED light of a different wavelength band under the control of the controller 400,

The controller (400)

A button unit 410 configured by an automatic mode button or a manual mode button;

A mode selection signal acquisition unit 420 for acquiring a mode selection signal set through the button unit;

A lighting control information storage unit 430 for storing lighting group information to be illuminated for each skin irradiation time, and wavelength range information to be output for each skin irradiation time;

When the mode selected by the user is the automatic mode, the illumination group information to be lighted by the skin irradiation time, the light group to be lighted by the skin irradiation time, And a lighting group setting page in which each LED module is arranged when the mode selected by the user is a manual mode, and the lighting group setting page of each LED module set on the lighting group setting page And a lighting control unit 440 for obtaining information on LED element information and skin irradiation time information corresponding to a wavelength band to be output for each LED module in the set illumination group and lighting and controlling the LED elements configured in each LED module And a light source for irradiating light of a predetermined wavelength band for each facial region Mask device.
The method according to claim 1,

And irradiating light of a wavelength band set by a user for each of the facial parts.
The method according to claim 1,

The LED device includes:

Characterized by irradiating light in a wavelength band of 400 to 470 nm, a wavelength band of 580 to 595 nm, a wavelength band of 620 to 670 nm, and a wavelength band of 700 to 800 nm, A device for masking an LED capable of emitting light.
The method according to claim 1,

The illumination control information storage unit 430,

The illumination group information to be illuminated by the skin irradiation time, the wavelength range information to be outputted by the skin irradiation time, and the LED irradiation recipe mode information set in advance are further stored.
5. The method of claim 4,

Wherein the LED irradiation recipe mode information includes:

Light group information to be illuminated for each skin irradiation time, and wavelength band information to be output for each skin irradiation time are set in advance based on user setting information of any one of age, residence area, skin type, specific person, specific treatment, Wherein the light source is a light source, and the light source is a light source.
The method according to claim 1,

The lighting control unit 440,

The illumination group information to be illuminated by the skin irradiation time and the wavelength range information to be outputted by the skin irradiation time when the mode obtained by the mode selection signal acquisition unit is the automatic mode, An automatic mode lighting control module 441 for controlling lighting of an LED element corresponding to a wavelength range to be set;

A light group setting page in which each of the LED modules is arranged when the mode obtained by the mode selection signal obtaining unit is a manual mode, and the light group setting information of each of the LED modules set on the light group setting page, A passive mode setting module 442 for obtaining LED device information and skin irradiation time information corresponding to the wavelength band to be output for each LED module;

And a passive mode lighting control module (443) for controlling lighting of the LED group corresponding to the wavelength band to be outputted and the lighting group to be illuminated by the skin irradiation time set by the passive mode setting unit An LED mask device capable of irradiating light with a predetermined wavelength band.
The method according to claim 1,

The illumination control information storage unit 430,

Further comprising wavelength band light amount information matched with wavelength band information to be outputted for each skin irradiation time of the illumination group to be turned on.
The method according to claim 6,

The manual mode setting module 442,

A wavelength band setting tab for setting a wavelength band;

A time setting tab for setting a time;

A light amount setting tab for setting the light amount;

A group setting layer for setting a group,

The illumination group setting information of each of the LED modules set on the illumination group setting page and the LED element information, skin irradiation time information, and light amount information corresponding to the wavelength band to be output for each LED module in the set illumination group, An LED mask device capable of irradiating light of a predetermined wavelength band for each site.