KR101497620B1 - skin beauty apparatus using light - Google Patents

Abstract

A skin beauty device using light according to the present invention comprises: a light mask having a light source body formed to correspond to a face of a human body so as to be worn and irradiating light to the skin when worn on the face; An oxygen nozzle configured to inject oxygen into the optical mask when the optical mask is worn; An air compressor for compressing the air introduced from the outside, and a condenser for condensing the nitrogen component extracted from the compressed air through the air compressor to extract oxygen, and oxygen to be extracted is supplied to the inside of the optical mask through the oxygen nozzle, An oxygen supply unit having an oxygen extraction module connected to the nozzle; And a light control input for generating and transmitting a light control input signal; An oxygen control input unit for generating and transmitting an oxygen control input signal; A control module for receiving and processing input signals from the light control input unit and the oxygen control input unit, respectively, and for transmitting a control signal, and an optical output module for receiving a control signal and controlling ON / OFF of the light source unit; Wherein the control module controls the oxygen supply unit so that at least one of the injection density and the injection amount of oxygen injected through the oxygen nozzle is controlled.
Thus, it is possible to simplify the use and operation, and it is possible to provide the effect such as whitening and sterilization to the facial skin by directly irradiating light to the face of the user, and to perform oxygen skin beauty function by replenishing oxygen to the facial skin It is possible to provide a skin-beauty apparatus using light capable of absorbing light.

Description

[0001] The present invention relates to a skin beauty apparatus using light,

[0001] The present invention relates to a skin beauty device using light, and more particularly, to a skin beauty device using light, which comprises a light source body such as an LED, which irradiates light directly onto a user's face to thereby effect whitening and sterilization Skin care device.

Cosmetics are widely used as a way to keep facial skin from losing elasticity and to maintain youthful beauty.

However, a thick protective layer of protein is formed underneath the horny layer of the epidermis of the skin to protect the epidermis and the epidermis of the skin by the protective layer of the protein. Therefore, cosmetics with excellent skin protection effect Even if the dermis is covered with dirt, there is a limit to remove the waste matter. Also, since the nutrition of the cosmetics is not penetrated deeply into the dermis layer, the skin protection effect is very insufficient.

In order to solve such problems, various kinds of skin aesthetic devices for skin care using far infrared ray or vibration have recently been known.

Conventionally, a skin beauty device has been inconvenient to operate because a user or a beauty care manager (hereinafter referred to as 'user') has to constantly operate while touching the face while holding a beauty device.

Prior Art Document 1. Registration Patent Publication No. 10-1074882 (issued on October 19, 2011)

SUMMARY OF THE INVENTION Accordingly, the present invention has been made in order to solve the above-mentioned problems, and it is an object of the present invention to provide a cosmetic composition which can be easily used and manipulated, The present invention provides a skin beauty device using light that can perform an oxygen skin cosmetic function by allowing oxygen to be supplemented to the facial skin.

In order to achieve the above object, the present invention provides a skin beauty device using light, comprising: a light mask having a light source body that is formed so as to correspond to a face of a human body and can be worn, An oxygen nozzle configured to inject oxygen into the optical mask when the optical mask is worn; An air compressor for compressing the air introduced from the outside, and a condenser for condensing the nitrogen component extracted from the compressed air through the air compressor to extract oxygen, and oxygen to be extracted is supplied to the inside of the optical mask through the oxygen nozzle, An oxygen supply unit having an oxygen extraction module connected to the nozzle; And a light control input for generating and transmitting a light control input signal; An oxygen control input unit for generating and transmitting an oxygen control input signal; A control module for receiving and processing input signals from the light control input unit and the oxygen control input unit, respectively, and for transmitting a control signal, and an optical output module for receiving a control signal and controlling ON / OFF of the light source unit; Wherein the control module controls the oxygen supply unit so that at least one of the injection density and the injection amount of oxygen injected through the oxygen nozzle is controlled.

Here, the photomask includes a transparent mask inner skin covering the face, an opaque mask shell fixed in parallel to the mask and spaced apart from the mask inner skin, and a mask provided between the mask inner skin and the mask outer shell, And a light source body for irradiating the mask, wherein the face cover is composed of a plurality of face covers having the mask inner skin, the mask shell and the light source body, and the face cover is rotatably connected via a linker.

The apparatus for skin care using light according to the present invention further includes a neck cover which covers the neck of the human body and is detachably mounted on the optical mask, And a light source body for emitting light toward the neck portion between the neck inner skin and the neck outer skin of the neck cover.

The optical mask includes a transparent mask mantle covering the face, a mask shell of opaque material held in parallel to the mask and spaced apart from the mask shell, and a mask provided between the mask and the mask shell for irradiating light toward the face And a light source body, wherein the face cover is composed of a plurality of face covers having the mask inner skin, the mask skin and the light source body, the face cover being rotatably connected via a linker, And a neck cover detachably attached to the face cover, the neck cover including: a transparent necked-up end cap covering the neck portion; and a neck- And a light emitting portion for emitting light toward the neck portion between the neck inner skin and the neck outer skin of the neck cover, It is preferable that it is composed of a material.

The skin care device using light according to the present invention further comprises: an electric terminal provided in contact with the face of the user inside the optical mask when the optical mask is worn, wherein the controller generates an electrical control input signal Wherein the control module further comprises an electrical output module coupled to the electrical terminal for applying an ion current to the electrical terminal, the control module receiving and processing an input signal from the electrical control input, And controls the electric output module so that ion massage is performed through the electric terminal.

The skin care device using light according to the present invention further comprises: an electric terminal provided in contact with the face of the user inside the optical mask when the optical mask is worn, wherein the controller generates an electrical control input signal Wherein the control module further comprises an electrical output module coupled to the electrical terminal for applying an ion current to the electrical terminal, the control module receiving and processing an input signal from the electrical control input, And controlling the electric output module so that ion massage is performed through the electric terminal, wherein the optical mask includes a transparent mask inner skin covering the face, and an opaque mask shell secured in parallel to the mask, And a light source which is provided between the mask inner skin and the mask outer skin to irradiate light toward the face, A mask cover, and a plurality of face covers having the mask inner cover, the mask outer cover, and the light source body, and the face cover is rotatably connected via a linker.

The skin care device using light according to the present invention comprises: an electrical terminal provided to be in contact with a user's face inside the optical mask when the optical mask is worn; And a neck cover provided to cover the neck of the human body and detachably attached to the optical mask, wherein the controller further comprises an electric control input unit for generating and transmitting an electric control input signal, Further comprising an electrical output module coupled to the electrical terminal for applying an ion current to the electrical terminal, wherein the control module receives and processes an input signal from the electrical control input to process the ion mass through the electrical terminal, Wherein the neck cover is made of a transparent neck nail covering the neck portion, an opaque neck sheath secured to be spaced apart from the neck end of the neck cover, And a light source body which irradiates light toward the neck portion between the neck shell.

According to the present invention, since the skin-beauty apparatus using light includes a photomask formed corresponding to the face of the human body and the optical mask is provided so as to be variably adjustable in various sizes of the face, the use and operation of the skin- It can be simplified.

In addition, various colors or infrared rays (IR) according to light wavelengths such as red, blue, and the like are directly irradiated to a user's facial skin through a light source body provided in a photomask to remove facial skin whitening, skin regeneration, And sterilization can be given.

In addition, oxygen can be supplied to the facial skin through an oxygen nozzle to perform oxygen skin cosmetic functions.

FIG. 1 is a block diagram showing an embodiment of a skin-beauty apparatus using light according to the present invention.
FIG. 2 is an external perspective view showing a skin-beauty apparatus using the light of FIG. 1;
FIG. 3 is a diagram showing the configuration of the oxygen supply unit of FIG. 2,
FIG. 4 is a side view showing a state in which an oxygen nozzle is installed in the optical mask of FIG. 2;
FIG. 5 is a side perspective view of the optical mask of FIG. 4,
6 is a block diagram showing another embodiment of a skin beauty device using light according to the present invention.
FIG. 7 is a side perspective view of the optical mask of FIG. 6,
8 is a cross-sectional view showing a coupling structure of the optical mask of FIG. 6,
Fig. 9 is a cross-sectional view showing another embodiment of Fig. 8,
FIG. 10 is a rear view showing the inner surface of the optical mask of FIG. 6,
FIG. 11 is an exploded perspective view of the optical mask and neck cover of FIG. 6,
FIG. 12 is a partial cross-sectional view showing a state in which the neck cover is coupled to the optical mask of FIG. 11;
FIG. 13 is a rear view showing another coupling structure of the optical mask of FIG. 10; FIG.

BRIEF DESCRIPTION OF THE DRAWINGS The above and other features and advantages of the present invention will become more apparent from the following detailed description of the present invention when taken in conjunction with the accompanying drawings, It will be possible. The present invention is capable of various modifications and various forms, and specific embodiments are illustrated in the drawings and described in detail in the text. It should be understood, however, that the invention is not intended to be limited to the particular forms disclosed, but includes all modifications, equivalents, and alternatives falling within the spirit and scope of the invention. The terminology used herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

FIG. 1 is a block diagram showing an embodiment of a skin beauty apparatus using light according to the present invention, FIG. 2 is an external perspective view showing a skin beauty apparatus using the light of FIG. 1, FIG. 4 is a side view showing a state in which an oxygen nozzle is provided in the optical mask of FIG. 2, and FIG. 5 is a side perspective view explaining the optical mask of FIG. 4, do.

The device for skin beauty using light according to the present invention comprises a light mask (211, 212, 213) provided with a light source body (211, 212, 213) which is formed so as to correspond to the face of a human body and can be worn, An oxygen nozzle 411 for injecting oxygen at the inner side of the photomask 200 when the photomask 200 is worn, an oxygen supplier 330 and a controller 100.

The controller 100 includes a light control input unit 111 that generates and transmits a light control input signal, an oxygen control input unit 113 that generates and transmits an oxygen control input signal, and a control unit 120.

The control unit 120 includes a control module 121 that receives and processes input signals from the optical control input unit 111 and the oxygen control input unit 113 and sends out control signals and time information to the control module 121 A timer 122 for controlling the oxygen supply unit 330 according to a process set by the control module 121 and an optical output module 122 for controlling ON / OFF of the light source bodies 211, 212, (123).

It is preferable that the oxygen nozzle 411 according to the present invention is provided under the portion corresponding to the mouth of the user's face at the inner side of the optical mask 200. [

It is preferable that the controller 100 according to the present invention is provided in a mobile body 500 provided with a wheel at a lower portion thereof for easy movement.

The moving object 500 equipped with the controller 100 is provided with a table on the upper part thereof, and the controller 100 is placed on the table.

The oxygen supply unit 330 includes an air filter 331 connected to the oxygen nozzle 411 and adapted to purify the air sucked from the outside and an air filter 331 for compressing the air purified by the air filter 331, An air compressor 332 and an oxygen extraction module 333 for separating and extracting nitrogen components from the air compressed through the air compressor 332 to extract oxygen.

The air filter 331, the air compressor 332 and the oxygen extraction module 333 of the oxygen supply unit 330 are provided inside the oxygen supply housing 330a coupled to the moving body 500. [

The oxygen extraction module 333 according to the present invention is composed of a plurality of zeolite modules 333a connected in series. A solenoid valve 333s controlled by the control module 121 is provided at the front end and the rear end of the oxygen extraction module 333. An oxygen supply path for connecting the oxygen nozzle 411 from the oxygen extraction module 333 is provided with a regulator (334) to keep the pressure of the oxygen extracted from the oxygen extraction module (333) constant.

The oxygen supply path from the oxygen extraction module 333 to the oxygen nozzle 411 may be provided in the form of a hose.

In addition, the oxygen supply housing 330a may further include a humidifying filter 335 so that water is added to oxygen via the regulator 334. [ An aroma solution may be added to the inside of the humidifying filter 335 together with water.

Meanwhile, the oxygen supply housing 330a is provided in a structure in which the humidifying filter 335 can be detachably coupled to the front.

The zeolite module 333a separates nitrogen from air by discharging nitrogen first by allowing nitrogen to be adsorbed into the micropores of the zeolite due to the difference in the adsorption speed of air compressed by the air compressor 332, The oxygen extraction module 333 according to the present invention is configured as a zeolite module 333a. However, the oxygen extraction module 333 may be configured in various ways such as a hollow fiber membrane or a medicine for dissolving only nitrogen in the air.

The control module 121 may control ON / OFF of the oxygen supply unit 330. However, the control module 121 may control the ON / OFF of the oxygen supply unit 330 based on the injection density and the injection amount of oxygen injected through the oxygen nozzle 411 in accordance with the input signal input through the oxygen control input unit 113 And controls the oxygen supply unit 330 so that at least one of them is controlled.

The control module 121 may receive the time information transmitted from the timer 122 and automatically transmit an OFF control signal to the oxygen supplier 330 according to a process set so that the operation of the oxygen supplier 330 continues for a predetermined time have.

Accordingly, when an input signal for operating the oxygen supply unit 330 is input through the oxygen control input unit 113, the control module 121 receives the input signal and outputs it to the air filter 331, the air compressor 332, The at least one of the solenoid valve 333s and the regulator 334 of the oxygen extraction module 333 is controlled to supply oxygen to the inside of the optical mask 200 through the oxygen nozzle 411, Ion massage effect as well as oxygen skin beauty effect can be obtained.

6 is a block diagram showing another embodiment of a skin beauty apparatus using light according to the present invention, FIG. 7 is a side perspective view explaining the optical mask of FIG. 6, and FIG. 8 is a cross- FIG. 9 is a cross-sectional view showing another embodiment of FIG. 8, and will be described with reference to FIG.

The skin care device using the light according to the present invention may further include an electrical terminal 220 provided to contact the face of the user inside the optical mask 200 when the optical mask 200 is worn.

The controller 100 may further include an electric control input 112 for generating and transmitting an electric control input signal and the controller 120 may be connected to the electric terminal 220 to apply an ion current to the electric terminal 220. [ And an electrical output module (124).

6 and 8, the control module 121 controls the light output module 123 to control ON / OFF of the light source bodies 211, 212 and 213, but the electric control input unit 112 And controls the electric output module 124 so that the ion massage of the positive or negative ion mode is performed through the electric terminal 220 according to an input signal input through the ion input terminal 220. [

Accordingly, by applying an ion current to the facial skin through the electric terminal 220, the skin beauty device using the light according to the present invention can perform the ion massage function in the cation or anion mode as well as the skin cosmetic function through the light .

The control module 121 according to the present invention preferably includes a variable resistance control circuit and a boosting circuit for controlling a voltage level to generate a galvanic current.

The variable resistance control circuit controls the use level by a predetermined frequency and load change through pulse width modulation to control the step-up circuit.

The step-up circuit performs a function of increasing the voltage to several tens of volts in order to apply a high voltage to the electric output module 124.

The electric power output module 124 receives the high frequency wave from the control module 121 and outputs it with a +/- potential for a predetermined time.

Thus, the control module 121 supplies the ion current through the electric terminal 220. The ion current (or microcurrent) is a low current of about 60 to 300 μA. It is about the physiological current range of the human body itself, does not cause muscle contraction, is sensibly comfortable, has no side effects, It is known to activate calcium channels through electricity to restore damage to skin cells.

The variable resistance control of the electrical output module 124 via the control module 121 according to the present invention controls the frequency pulse width to a level of about 50% of about 27 kHz. At this time, when the electric control input unit 112 includes the dial shape, the strength of the ion electric stimulation can be controlled through the dial operation, and the pulse width can be controlled to the level of 25% or 75% Ion massage function through low-frequency stimulation can be performed so as to effectively infiltrate.

As a temporary example of the present invention, when the user operates the electric terminal by controlling the electric control input unit 112, the control module 121 controls the operation of the electric output module 20 after 20 minutes according to the process set so that the operation of the electric terminal is continued for 20 minutes. Lt; RTI ID = 0.0 > 124 < / RTI > Here, the control module 121 makes a time lapse check for 20 minutes through the time information transmitted from the timer 122. [

9, the control unit 120 may include an ionization detection module 125 for sensing the output of the ion electromotive force through the electric terminal 220, The display module 126 may further include a display module 126 connected to the display module 121 and displaying the progress of the ion electromotive force through the electric terminal 220 calculated by the control module 121 so that the user can know the progress of the ion stimulation.

The progress of the ion electromotive force displayed in the display module 126 may be in the form of a percentage of digital data or a bar graph gradually filled in accordance with the progress.

Accordingly, the user can easily grasp the progress of the ion electrical stimulation proceeding through the electric terminal 220, and thus the skin beauty can be more effectively performed.

As shown in FIGS. 7 to 9, the electric terminal 220 is provided as a conductor mounted on a circuit provided with a light source body 211, 212, 213, which is made of a conductive rubber material. The effect is provided in four so that each touches the sensitive forehead and the ball.

At this time, the control module 121 controls the electric output module 124 so that the ion currents applied to the respective electric terminals 220 are applied to each other in order, so that the skin massage function through the ion electric stimulation can be performed more effectively .

The control module 121 controls the electric output module 124 and the optical output module 124 so that the ion electric stimulation through the electric terminal 220 according to the present invention is performed simultaneously with skin beauty through the light source bodies 211, It is also possible to simultaneously control the light source 123.

5 and 7, the photomask 200 according to the present invention includes a mask body 230 formed by combining at least one face cover 231, 232, 232 ' And at least one light source body 211, 212,

The face covers 231, 232 and 232 'are connected to each other via a linker 233 such as a hinge, a hinge or a pivot. In the embodiment of the present invention, pivoting is applied to the linker 233 to connect the face covers 231, 232 and 232 '. However, the linker 233 is not limited to the pivot, and various modifications can be made within the scope of the following rights if the mechanism is such that the face covers 231, 232, 232 'can be pivotably connected.

Accordingly, since the skin-beauty apparatus using light includes the optical mask 200 formed to correspond to the face of the human body and the optical mask 200 is provided so as to be variably adjustable in various sizes of the face, Use and operation can be simplified.

In this embodiment, the face covers 231, 232 and 232 'include a first face cover 231 covering the front face of the user face and a pair of second face covers 232 and 232' covering the side face of the user face . The first face cover 231 covers the front face of the user's face so that molding processing can be performed at a position where the user's eyes, nose and leaf face each other, and the second face cover 232, 232 ' (231) and cover the side of the user's face. For reference, at least one or more holes may be drilled in the first face cover 231 at positions facing the eyes, nose, and leaves. In order to smoothly breathe the user, at least one or more holes . In the embodiment according to the present invention, the holes corresponding to the eyes, nose and leaves are perforated on the first face cover 231 (see FIG. 10), but the shape of the optical mask is not limited to this embodiment.

Next, the mask body 230 according to the present invention includes a first face cover 231 covering the front face of the user's face, and a pair of second face covers 232 and 232 'covering both sides of the face of the user, respectively The front face relatively sensitive to external contact due to an organ such as eyes, nose, mouth and the like when wearing the optical mask 200 can feel a comfortable feeling without a sense of rejection by the first face cover 231 formed integrally according to the face shape . The second face cover 232 and 232 ', which are pivotably connected to both sides of the first face cover 231, respectively, allow the user to place the first and second face covers 231, 232 and 232 'Are wrapped around the face, so that the user can comfortably wear the optical mask 200 while feeling a sense of security.

In addition, the first and second face covers may be symmetrical with respect to the upper and lower sides or the left and right sides, or may be composed of a plurality of the first and second face covers so as to be folded according to the face shape.

The optical mask 200 according to the present invention further includes light source bodies 211, 212, and 213 for light divergence. The light source bodies 211, 212, and 213 are installed in the mask body 230 toward the face so that light is irradiated to the face of the wearer wearing the optical mask 200.

One or more light sources 211, 212, and 213 may be formed to illuminate the user's face, and various types of light sources 211, 212, and 213 may be configured to affect various facets of the user's facial skin. In the exemplary embodiment of the present invention, the first light source body 211 for outputting visible light of the red system, which is a wavelength band in the range of 647 to 723 nm, the second light source body 212 for outputting visible light of the blue system in the wavelength range of 455 to 492 nm And a third light source body 213 for outputting infrared light having a wavelength in the range of 750 nm to 1 mm. In the case of infrared light, infrared rays having a wavelength range of 0.75 to 3 μm are called near infrared rays, infrared rays having a wavelength band of 3 to 25 μm are called ordinary infrared rays, and infrared rays having a wavelength band of 25 μm or more are called far-infrared rays.

In general, the blue-based visible light completely destroys inorganic bacteria, thus destroying inorganic bacteria parasitic on the skin to prevent skin aging.

Red-based visible light is widely used in various medical devices. It has a quick effect on wound recovery after surgery, relaxes rigid muscle tissue, and smoothes blood circulation. Through this, it will eliminate the marks of various acne and pimples on the skin. In addition, the pores are opened to allow oxygen to be supplied to the skin. In addition, the visible light of the red system activates the activity of leukocyte for fibroblast generation, so that it forms new muscle tissue and activates aged skin cells in a healthy way.

Subsequently, since infrared rays perform functions such as biological activation, water molecule activation, deodorization, and promotion of growth, they give a thermal effect and a patio effect to the user's facial skin.

Accordingly, various colors or infrared rays (IR) according to light wavelengths such as red, blue, and the like are directly irradiated to the user's facial skin through the light source bodies 211, 212, and 213 provided in the optical mask 200, It can give various skin-beauty effects such as whitening, skin regeneration, wrinkle removal, anti-aging and sterilization.

The optical mask 200 according to the present invention allows the first, second, and third light source bodies 211, 212, and 213 to emit red, blue, and infrared rays. Further, when the first light source body 211 of the red color system or the second light source body 212 of the blue color system operates, the third light source body 213 of the infrared ray type is operated together. However, the present invention is not limited to this, and the first, second and third light source bodies 211, 212, and 213 may irradiate at least one selected from red, blue, and infrared light, .

Since the optical mask 200 is a kind of electronic product in which the light source body is constituted, an apparatus for driving and controlling the optical mask 200 is required. Accordingly, the optical mask 200 is electrically connected to the controller 100 and its operation is controlled.

The controller 100 includes a light control input unit 111 operated by a user and a control unit 120 controlling light emission of the light source according to an input signal of the light control input unit 111.

The light control input unit 111 may be implemented by various methods such as a button method and a touch screen method.

In the case of the button type, a device board is formed on one surface of the controller 100, and when a user operates the device board, an analog type input signal is generated and transmitted to the controller 120. The control unit 120 is a known and common system for unilaterally receiving signals from the button-type optical control input unit 111.

In the case of the touch screen type, when a user operates the touch screen screen by forming a touch screen screen on one surface of the controller 100, a control unit 120, which generates an input signal in digital form and is transmitted to the control unit 120, And outputs it to the touch screen screen. The touch screen type control unit 120 is a publicly known system for receiving and receiving in both directions.

The control unit 120 processes the input signal received from the light control input unit 111 to control the light source body provided in the light mask 200. [ To this end, the control unit 120 includes a control module 121 and an optical output module 123, and the timer 122 may be further reinforced if necessary.

The control module 121 receives the input signal of the light control input unit 111, confirms and processes the input signal, and outputs a control signal according to the installed program. The control module 121 may output a control signal for simply controlling ON / OFF of the light source according to an input signal, or may output a control signal according to a set schedule according to a set process. An example of this is described while the timer 122 is described.

The optical output module 123 receives the control signal of the control module 121 and controls ON / OFF of the light source body. The ON / OFF of the first, second, and third light source units 211, 212, and 213 can be selectively controlled by the control module 121, have. For reference, the optical output module 123 directly controls the opening and closing of the power supply line connected to the light source body according to the control signal, and switches ON / OFF of the light source body.

The timer 122 transmits the time information to the control module 121 so that the control module 121 controls the light source according to the set process.

For example, in the embodiment of the present invention, when the user operates the light source body by controlling the light control input unit 111, the control module 121 controls the light source body to operate for three minutes And then automatically transmits an OFF control signal to the optical output module 123 after 3 minutes. Here, the control module 121 makes a time lapse check for 3 minutes through the time information transmitted from the timer 122.

For reference, in the embodiment according to the present invention, the setting process for the optical output is made into three types, that is, a red-based visible light first output mode, a blue-based visible light second output mode, and a MIX third output mode. In the first output mode, the first light source body 211 and the third light source body 213 operate so that only red-based light and infrared light are output, and the second output mode is such that only blue-based light and infrared light are output The second light source body 212 and the third light source body 213 are operated. In the third output mode, the first, second and third light source bodies 211 and 211 are arranged such that both the red-based visible light and the blue- , 212 and 213 are operated. Here, in the case of the third output mode, the control module 121 sequentially operates the first and third light source bodies 211 and 213 only for one minute, and only the second and third light source bodies 212 and 213 for one minute And the first, second, and third light source bodies 211, 212, and 213 are operated for three minutes. However, the above-described setting process is one embodiment of the driving behavior of the controller 100, and various modifications can be made within the scope of the following rights.

FIGS. 5 and 7 are exploded side views of a photomask according to the present invention, and FIGS. 8 and 9 are cross-sectional views illustrating a coupling structure of a photomask according to the present invention.

The face covers 231, 232 and 232 'of the mask body 230 according to the present invention are configured to have mask masks 231a, 232a and 232a' in the form of a photomask 200, (231b, 232b, 232b ').

The mask inner films 231b, 232b and 232b 'are preferably provided to cover the face of the user and slightly spaced from the face to form a predetermined space inside the optical mask 200. The mask outer films 231a, 232a and 232a' 232b, and 232b ', respectively, so as to be spaced apart from one another. The light source bodies 211, 212 and 213 of the optical mask 200 are provided between the mask inner films 231b, 232b and 232b 'and the mask outer films 231a, 232a and 232a' .

The mask enclosures 231a, 232a and 232a 'are made of a rigid material in order to maintain the shape of the mask body 230 and light emitted from the light source units 210a, 210b, It is preferable to fabricate an opaque material. Since the mask inner films 231b, 232b, and 232b 'may be in direct contact with the face skin while facing the user's face, light irradiated from the light sources 210a, 210b, and 210c may be effectively applied to the face skin while minimizing irritation to the skin. It is preferable that the material is a material having transparency that can be irradiated. The mask inner foils 231b, 232b and 232b 'may be made of a rigid material so as to maintain the shape of the mask body 230 together with the mask sheaths 231a, 232a and 232a' And may be made of a flexible material that can be deformed in response to the bending of the bending portion.

The mask enclosures 231a, 232a and 232a 'and the mask inner flaps 231b, 232b and 232b', which are separated from each other, may be fixed to each other through a known or common coupling member such as a bolt or a pin, 232a, 232a 'and the edge portions of the mask inner films 231b, 232b, 232b' are engaged with each other so as to be detachably fixed. In the embodiment according to the present invention, the edges of the mask inner films 231b, 232b and 232b 'are bent to form a container shape, and the mask outer films 231a, 232a and 232a' 232b, 232b 'while being coupled with the mask inner portions 231b, 232b, 232b'. 232a ', 232a', 232a ', 232a', 234a, 232a, 232a ', 232a', 232a ' The mask inner films 231b, 232b and 232b 'can stably maintain the fixed state.

The light source units 210a, 210b and 210c are disposed between the mask enclosures 231a, 232a and 232a 'and the mask inner films 231b, 232b and 232b', and contact with the mask inner films 231b, 232b and 232b ' 232a, 232a 'for minimization. 8, the light source units 210a, 210b and 210c include a substrate 214 for receiving power according to the switching of the optical output module 123 under the control of the control module 121, And light source bodies 211, 212, and 213 that are mounted on the light source 214 and emit light. Here, the substrate 214 may be a conventional PCB substrate, and the light source bodies 211, 212, and 213 may be devices that emit light with minimal heat such as LEDs so as to minimize skin damage due to heat . However, the substrate 214 is a means for easily controlling all of the light source bodies 211, 212 and 213 while simultaneously controlling them, and the light source bodies 211, 212 and 213 are connected to the mask shells 231a, 232a and 232a ' The substrate 214 may not necessarily be required.

The mask body 230 according to the present invention is divided into the first face cover 231 and the second face cover 232 and 232 'so that the light source units 210a, 210b and 210c are also separated from the first and second face covers 231 , 232, 232 '). Accordingly, when the power supply line is drawn into the inlet WI which is a wire formed in at least one of the first and second face covers 231, 232 and 232 ', the light source units 210a, 210b and 210c are connected to a separate wiring line ), Which are electrically connected in serial or parallel manner. The first and second face covers 231, 232 and 232 'are respectively formed with an inlet WI which is a wire and the plurality of power supply lines are connected to the first and second face covers 231 and 231 through the inlet WI, , 232, 232 'to supply electricity to the light sources 210a, 210b, 210c.

The mask inner skin 231b of the first face cover 231 and the mask outer skin 231a of the first face cover 231 according to the present invention are perforated at positions where the eyes of the user are opposed to each other to form the eye holes EH and EH '. However, since the irradiation light of the light source unit 210a may adversely affect the eye health of the user, the protector 231c is reinforced to protect it. The protector 231c according to the present embodiment has a tubular shape with flanges protruding at both ends, and the flange is engaged and fixed with the edge of each of the eyeholes EH and EH '. As a result, the protector 231c allows the eyeholes EH and EH 'to communicate with each other, and the mask inner skin 231b and the mask outer skin 231a are connected and fixed to each other, as well as the mask inner skin 231b and the mask outer skin 231a, Thereby preventing the risk of foreign matter directly affecting the eyes. Meanwhile, it is preferable that the protector 231c is made of a flexible material capable of minimizing irritation upon smooth assembly with the eyeholes (EH, EH ') and contact with the facial skin. To this end, can do.

The optical mask 200 must cover the face of the user and maintain its position. Thus, the optical mask 200 can be further reinforced with a belt (not shown) that can wrap around the face of the user. Both ends of the belt may be connected to fixing bars 232c and 232c 'formed on the second face covers 232 and 232', and the belt connected to the belt may be formed so that the optical mask 200 covering the face of the user can maintain its state The user's face is wrapped.

FIG. 10 is a rear view showing the inner surface of the optical mask according to the present invention, and will be described with reference to FIG.

The first and second face covers 231, 232 and 232 'are rotatably connected to each other via a linker 233. For this purpose, the connecting face 233a of the pivot structure is connected to the first face cover 231, The connection grooves 233b and 233b 'which are protruded from the mask inner surface 231b of the second face cover 232 and 232' and protrude from the mask inner film 231b of the second face cover 232 and 232 ' Respectively.

As a result, the second face covers 232 and 232 'rotate back and forth around the first face cover 231 so that the light mask 200 can be comfortably worn regardless of the size of the user's face.

Accordingly, when a user having a face size larger than the size of the optical mask 200 is worn by the user, the second face cover 232 or 232 'is rotated forward, so that the optical mask 200 is fitted to the face size of the user The second face cover 232 or 232 'is rotated backward when the wearer wears a face size smaller than the size of the optical mask 200, As shown in FIG.

FIG. 11 is an exploded perspective view of a photomask and a neck cover according to the present invention, and FIG. 12 is a partial cross-sectional view illustrating a state in which a neck cover is reinforced with the photomask of FIG.

The optical mask 200 according to the present invention may be detachably coupled to a neck cover 240 covering the neck of the human body so as to perform skin cosmetics for the neck skin as well as the face skin of the user.

The neck cover 240 is configured such that the neck cover 241 and the neck inner film 242 are fixed to each other so as to be spaced from each other like the structure of the first and second face covers 231, 232 and 232 ' A light source unit 210d is disposed. The light source unit 210d may include first, second, and third light source units 211, 212, and 213. The first, second, and third light source units 211, 212, to be.

The neck cover 240 is made of an opaque and rigid material that can maintain its shape when wrapped around its neck. The neck inner wrapper 242 is provided to cover the neck, , And the light emitted from the three light sources 211, 212, and 213 becomes a material of transparency that can be irradiated to the throat skin. The neck outer cover 241 and the neck inner cover 242 constituting the neck cover 240 are fixed to the mask inner films 231b, 232b and 232b 'of the first and second face covers 231, 232 and 232' 232a, and 232a ', and detailed description thereof will be omitted.

On the other hand, the neck cover 240 is detachable from the mask body 230. Thus, the user can selectively perform facial skin care, facial and neck skin care with the optical mask 200, thereby reducing the burden of separately providing a light mask dedicated for neck skin beauty.

The connection between the mask body 230 and the neck cover 240 is made via the detachable member 243. The detachable member 243 is protruded in the form of a ring on the neck inner surface 242 of the neck cover 240. In response to this, the annular detachable member 243 is hooked on the mask body 230 Thereby forming a jaw SC. As a result, the detachable member 243 is detachably attached to the latching jaw SC so that the mask body 230 and the neck cover 240 are connected to each other. In addition, the neck cover 240 The neck cover 240 can be rotated.

The detachable member 243 is constituted in the neck cover 240 and the engaging jaw SC is formed in the mask body 230. The detachable member 243 is constituted in the mask body 230, It is needless to say that the latching jaw SC may be formed in the neck cover 240. [

The detachable member 243 is not limited to the ring shape and may be variously modified within the scope of the following rights, such as magnets, bolts, pins, and Velcro tapes, if detachable with the mask body 230.

FIG. 13 is a view showing another embodiment of the optical mask according to the present invention, and will be described with reference to FIG.

As described above, the first face cover 231 and the second face cover 232, 232 'constituting the mask body 230 are rotatably fixed to each other via the linker 233'. Here, the linker 233 'may be a mechanism such as a hinge, a hinge, a pivot, or the like, but may be made of a material such as urethane or silicone having a flexible material and an adhesive property. To this end, a linker 233 'is applied to a position where the first face cover 231 and the second face covers 232 and 232' are in contact with each other and the first and second face covers 231, 232 and 232 ' ) To adhere to each other. As a result, the boundary between the first and second face covers 231, 232 and 232 'is not only rotatably connected to each other by the linker 233' but also the boundary between the first and second face covers 231, 232 and 232 ' It packs the crevices that occur in the part to maximize the beauty effect.

While the present invention has been described in connection with what is presently considered to be practical exemplary embodiments, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, It will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention as defined by the appended claims.

100; A controller 111; A light control input unit 112; Electric control input
113; An oxygen control input unit 120; The control unit
121; A control module 123; Optical output module 124; Electrical output module
330; An oxygen supply unit 331; Air filter
332; Air compressor 333; An oxygen extraction module 411; Oxygen nozzle
200; Optical masks 210a, 210b, 210c, 210d; Light source
211; A first light source body 212; A second light source body 213; The third light source body
214; A substrate 220; Electrical terminal 230; A mask body 231; The first face cover
232, 232 '; The second face cover
231a, 232a, 232a '; Mask sheaths 231b, 232b, 232b '; Mask endothelium
231c; Protector 233, 233 '; Linker 233a; Connections
233b, 233b '; A connection groove 240; A neck cover 241; Neck sheath
242; Neck endothelium 243; Desorption member EH, EH '; eye socket
WI; Entrance to the front line SC; Jaw

Claims (7)

1. A photomask comprising a light source body that is formed to correspond to a face of a human body and can be worn, the light source body irradiating light to the skin when worn on the face;
An oxygen nozzle configured to inject oxygen into the optical mask when the optical mask is worn;
An air compressor for compressing the air introduced from the outside, and a condenser for condensing the nitrogen component extracted from the compressed air through the air compressor to extract oxygen, and oxygen to be extracted is supplied to the inside of the optical mask through the oxygen nozzle, An oxygen supply unit having an oxygen extraction module connected to the nozzle; And
A light control input for generating and transmitting a light control input signal; An oxygen control input unit for generating and transmitting an oxygen control input signal; A control module for receiving and processing input signals from the light control input unit and the oxygen control input unit, respectively, and for transmitting a control signal, and an optical output module for receiving a control signal and controlling ON / OFF of the light source unit; A configured controller;
, ≪ / RTI &
Wherein the control module controls the oxygen supply unit so that at least one of an injection density and an injection amount of oxygen injected through the oxygen nozzle is adjusted. The method according to claim 1,
In the optical mask,
And a light source body provided between the mask inner skin and the mask outer face to irradiate light toward the face, wherein the light source body comprises a transparent mask inner skin covering the face, an opaque mask outer skin fixed in parallel to the mask inner skin, ,
Wherein the face cover is composed of a plurality of face covers including the mask inner skin, the mask outer skin, and the light source body, and the face cover is rotatably connected via a linker. The method according to claim 1,
Further comprising a neck cover provided to cover a neck portion of the human body and detachably attached to the optical mask,
Wherein the neck cover comprises a transparent necked-up endcap covering the neck, an opaque neck shell secured side-by-side spaced apart from the neck endcap of the neck cover, and a neck portion between the neck- And a light source body which emits light toward the light source body. The method according to claim 1,
The optical mask includes a transparent mask mantle covering the face, a mask shell of opaque material held in parallel to the mask and spaced apart from the mask shell, and a mask provided between the mask and the mask shell for irradiating light toward the face And a light source body, wherein the face cover is composed of a plurality of face covers having the mask inner skin, the mask outer skin, and the light source body, the face cover being rotatably connected via a linker,
And a neck cover detachably attached to the face cover so as to cover a neck portion of the human body,
Wherein the neck cover comprises a transparent necked-up endcap covering the neck, an opaque neck shell secured side-by-side spaced apart from the neck endcap of the neck cover, and a neck portion between the neck- And a light source body which emits light toward the light source body. The method according to claim 1,
An electric terminal provided inside the optical mask so as to be in contact with the user's face when the optical mask is worn;
Further comprising:
Wherein the controller further comprises an electrical control input for generating and transmitting an electrical control input signal, the control further comprising an electrical output module coupled to the electrical terminal for applying an ion current to the electrical terminal,
Wherein the control module receives and processes an input signal from the electric control input unit and controls the electric output module so that ion massage is performed through the electric terminal. The method according to claim 1,
An electric terminal provided inside the optical mask so as to be in contact with the user's face when the optical mask is worn;
Further comprising:
Wherein the controller further comprises an electrical control input for generating and transmitting an electrical control input signal, the control further comprising an electrical output module coupled to the electrical terminal for applying an ion current to the electrical terminal,
Wherein the control module receives and processes an input signal from the electrical control input to control the electrical output module to perform ion massaging through the electrical terminal,
The optical mask includes a transparent mask mantle covering the face, a mask shell of opaque material held in parallel to the mask and spaced apart from the mask shell, and a mask provided between the mask and the mask shell for irradiating light toward the face Wherein the face cover comprises a plurality of face covers including the light source body, the mask inner skin, the mask shell and the light source body, and the face cover is rotatably connected via the linker. The method according to claim 1,
An electric terminal provided inside the optical mask so as to be in contact with the user's face when the optical mask is worn; And
A neck cover detachably mounted on the optical mask so as to cover a neck portion of the human body;
Further comprising:
Wherein the controller further comprises an electrical control input for generating and transmitting an electrical control input signal, the control further comprising an electrical output module coupled to the electrical terminal for applying an ion current to the electrical terminal,
Wherein the control module receives and processes an input signal from the electrical control input to control the electrical output module to perform ion massaging through the electrical terminal,
Wherein the neck cover comprises a transparent necked-up endcap covering the neck, an opaque neck shell secured side-by-side spaced apart from the neck endcap of the neck cover, and a neck portion between the neck- And a light source body which emits light toward the light source body.

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