KR20210007485A - Skin beauty device and peptide essence skin beauty method using the same - Google Patents

Abstract

The present invention relates to a skin beauty care device and a peptide essence skin beauty care method using the same, wherein the skin beauty care device is configured to provide peptide essence for skin care by using peptide materials with excellent skin activation, skin regeneration, and anti-aging effects and to maximize a skin absorption rate of the peptide essence by means of a skin beauty care device that uses an ion introduction method of a ribbon pulse. The peptide essence skin beauty care method using the skin beauty care device comprises the steps of: massaging the skin surface by using a skin beauty care device that generates an LED wavelength in which a color change is repeated according to the LED wavelength; applying peptide essence containing peptide materials onto the skin after the massage; generating, by the skin beauty care device, a ribbon pulse after the peptide essence is applied onto the skin, and messaging the surface of the skin with the ribbon pulse so that the peptide essence is absorbed into the skin; and attaching, after the peptide essence is absorbed into the skin, a natural peptide mask sheet to the skin to sooth the skin.

Description

Skin beauty device and peptide essence skin beauty method using the same}

The present invention relates to a skin beauty device and a peptide essence skin beauty method using the same. In particular, a peptide essence for skin care is provided using a peptide material material having excellent skin activation, skin regeneration, and anti-aging effects, and A skin beauty device using the iontophoresis method to maximize the skin absorption rate of peptide essence, and a method for skin beauty treatment with peptide essence using the same.

In general, the skin is a tissue that is always in contact with the external environment, and its main function is to prevent body fluid leakage and infection, and to function as a protective barrier to prevent moisture loss. The stratum corneum of the epidermis exists on the outermost side of the skin and prevents drying of the skin by inhibiting the loss of moisture and electrolytes outside the skin, and provides an environment for normal biochemical metabolism of the skin, resulting in external physical damage and chemical substances. It plays an important role in protecting the human body from invading the skin and preventing bacteria, fungi, and viruses from invading the skin.

There are three pathways for absorption through the skin: absorption through the stratum corneum, absorption through hair follicles and sebaceous glands, and absorption through sweat glands. The delivery of physiologically active molecules through the skin is subject to various limitations due to the structural and physical properties of the skin, and as far as it is known, absorption through the stratum corneum is the most important absorption pathway. The stratum corneum of the skin has a dense structure in the outermost layer of the skin due to the natural death of keratinocytes, which are the major constituent cells of the skin.It suppresses the evaporation of moisture as well as the penetration of foreign substances, and the pH due to sweat and various lipid components It shows acidity around 5. In order to penetrate the stratum corneum barrier, the molecular weight must be as small as 500 or less, and it must have lipophilic properties.

It is known that low-molecular synthetic compounds or natural compounds with a molecular weight of 500 or less, which are frequently used as raw materials for cosmetics, can be easily transferred into cells, but macromolecules such as proteins, peptides and nucleic acids with a molecular weight of 500 or more have a double lipid membrane structure due to their large molecular weight. It is difficult to penetrate into the existing cell membrane. These have extremely low permeation efficiency of low-molecular-weight substances and lower permeation efficiency of high-molecular weight substances due to the inherent characteristics of the stratum corneum that actually constitutes the skin barrier.

Methods for increasing the efficiency of these small and macromolecules passing through the plasma membrane of cells are being studied, and skin care (beauty) using a substance made of peptide material that has been proven to activate skin, regenerate skin, and prevent skin aging. Research to apply to cosmetic products is also continuing.

In addition, devices for managing skin using electromagnetic waves such as pulses are under research and development, and the following <Patent Document 1> is an example of a technique previously proposed for treating skin using pulsed light.

The prior art disclosed in <Patent Document 1> includes an applicator assembly including an applicator tip configured to apply a periodic mechanical force perpendicular to the skin surface area of the user and deliver a skin formulation to the skin surface area of the user. Electromagnetic energy comprising at least one electromagnetic energy source adjacent to or within the applicator assembly and configured to deliver a pulse of characteristic electromagnetic energy stimulation for a duration sufficient to penetrate one or more dermal layers within the user's skin surface. Includes an assembly. Through this configuration, there is provided a skin treatment device that operates on a skin region in a range of a sound wave frequency with electromagnetic emission.

Republic of Korea Patent Publication 10-2017-0125324 (published on November 14, 2017) (A device and method for skin treatment using pulsed light)

However, the prior art as described above is not enough to apply peptides, etc., which are effective for preventing skin aging, etc., to cosmetics to treat acne or alleviate skin problems, and has some effect on skin treatment using pulsed light, but using this peptide It is also difficult to absorb cosmetics into the skin.

Therefore, the present invention has been proposed to solve the requirements for effectively absorbing the peptide composition into the skin as described above and all the problems arising from the prior art, and uses a peptide material material having excellent skin activation, skin regeneration, and anti-aging effects. It provides a peptide essence for skin care, and a skin beauty device that maximizes the skin absorption rate of the peptide essence with a skin beauty device using the iontophoresis of ribbon pulses, and a peptide essence skin beauty method using the same. There is a purpose.

In order to achieve the above object, the "skin beauty device" according to the present invention is patterned and stored as a user scenario of massage operation and usage, and a pulse control program and an LED driving program according to the iontophoresis method are built-in. Memory; A function setting unit that requests confirmation of a user scenario patterned and stored in the memory and sets a function; According to the request of the patterned user scenario by the function setting unit, the user scenario stored in the memory is extracted and displayed through the display unit, and a pulse control signal is generated by the pulse control program stored in the memory according to the function setting, and the LED A main controller generating an LED driving signal with a driving program; A ribbon pulse driver for driving a ribbon pulse electrode according to a pulse control signal generated from the main controller; A ribbon pulse electrode generating a ribbon pulse according to an ion introduction method according to the driving of the ribbon pulse driver; It characterized in that it comprises an LED driver for driving the LED with the LED driving signal generated from the main controller.

In the above, the pulse generated by the ribbon pulse driver is characterized in that it is a pulse in a form in which a plurality of levels having different pulse duty are repeated.

In the above, the pulse has a frequency of 500 Hz (2 ms) in one cycle and consists of three levels of different lengths, the pulse duty of the first level is 20%, the pulse duty of the second level is 40%, and the third It is characterized in that the pulse duty of the level is 80%.

In addition, the "peptide essence skin beauty method using a skin beauty device" according to the present invention includes (a) a skin surface using a skin beauty device that generates an LED wavelength in which the color change according to the wavelength of the LED is repeated. Massaging; (b) after step (a), applying a peptide essence containing a peptide material to the skin after the massage has been completed; (c) after applying the peptide essence to the skin, generating a ribbon pulse with the skin beauty device to massage the skin surface to absorb the peptide essence into the skin; (d) absorbing the peptide essence into the skin and then attaching a natural peptide mask sheet to the skin to calm the skin.

In the above, the ribbon pulse of step (c) is characterized in that it is a pulse in a form in which a plurality of levels having different pulse duty are repeated.

In the above, the ribbon pulse has a frequency of 500 Hz (2 ms) in one cycle and consists of three levels of different lengths, the pulse duty of the first level is 20%, the pulse duty of the second level is 40%, and The three-level pulse duty is characterized by 80%.

According to the present invention, there is an effect of promoting skin care by activating the skin, preventing skin regeneration, and skin aging by using a peptide essence made of a peptide composition.

In addition, it has the advantage of maximizing the skin absorption rate of peptide essence as a skin beauty device using the iontophoresis method of ribbon pulse.

Figure 1a is a configuration diagram showing a skin care application execution process using a smartphone in the present invention, Figure 1b is a configuration diagram of a skin beauty device according to the present invention,
Figure 2 is a flow chart showing a peptide essence skin beauty method using the skin beauty device according to the present invention,
3A to 3C are waveform diagrams of ribbon pulses using the iontophoresis method applied in the present invention.

Hereinafter, a skin beauty device according to a preferred embodiment of the present invention and a peptide essence skin beauty method using the same will be described in detail with reference to the accompanying drawings.

<Example 1>

1A is a view for explaining a process of executing a skin care application using a smartphone in the present invention, and includes a beauty management server 100 and a user terminal 200.

The beauty management server 100 serves to provide a method for a user to manage skin using a skin beauty device through a network.

The user terminal 200 is a device that stores a skin management application and specifically explains a method of managing skin using a skin beauty device through the beauty management server 100. The user terminal 200 may be implemented as a device such as a smartphone, a personal information terminal, a smart note, and a smart pad.

A user for managing skin using a skin beauty device runs a skin care application using the user terminal 200, which is an IT device, and looks at the skin care method provided through the beauty management server 100. Use the device to take care of your skin. Here, skin care inhibits and reduces the production of histamine and beta hexosaminidase, which are proinflammatory substances, reduces immune globulin E (IgE) in the blood, prevents skin tissue damage, and prevents acne. It means the same thing as treating (Acne).

1B is a configuration diagram of a skin beauty apparatus 300 according to a preferred embodiment of the present invention, a battery 301, a memory 302, a function setting unit 303, a display unit 304, a main controller 305, It includes a ribbon pulse driver 306, a ribbon pulse electrode 307, an LED driver 308, and a plurality of LEDs (LED0 to LED3) 309.

The battery 301 serves to supply power, and a secondary battery capable of recharging may be used, or a primary battery that is discarded and replaced with a new battery when completely discharged may be used.

The memory 302 stores a massage operation and usage method patterned as a user scenario and stores a pulse control program and an LED driving program according to iontophoresis.

The function setting unit 303 serves to request confirmation of a user scenario patterned and stored in the memory 20 and set a function. Here, the function setting unit 303 may include a power button for on/off of the device, a time setting button for setting an operation time, and the like.

The display unit 304 may be implemented as an LCD for displaying information, and may display the operating time of the beauty device, the remaining time compared to the set time, and the capacity of the battery.

The main controller 305 extracts the user scenario stored in the memory 302 according to the request of the user scenario patterned by the function setting unit 303 and displays the user scenario through the display unit 304, and the The pulse control program stored in the memory 302 generates a ribbon pulse control signal, and the LED driving program stored in the memory 302 serves to generate an LED driving signal.

The ribbon pulse driver 306 serves to drive the ribbon pulse electrode 307 according to a pulse control signal generated from the main controller 305.

The ribbon pulse electrode 307 serves to promote skin beauty by generating a pulse according to an iontophoresis method according to a pulse driving signal generated from the ribbon pulse driver 306. Here, the pulse generated by the iontophoresis method is called a ribbon pulse.

The ribbon pulse is a pulse in the form of repeating a plurality of levels having different pulse duty, and the frequency of one cycle is 500 Hz (2 ms) as shown in FIGS. 3A to 3C, and consists of three levels of different lengths. , The pulse duty of the first level is 20%, the pulse duty of the second level is 40%, and the pulse duty of the third level is 80%.

The LED driver 308 serves to drive the LED 309 with an LED driving signal generated from the main controller 305.

The operation of the skin care apparatus according to the present invention configured as described above will be described in detail as follows.

First, the user turns on the power switch of the skin care device for treatment of skin diseases such as acne, healing or disinfection of skin wounds, and skin care.

When the power switch is turned on, charging power of the battery 301 is supplied to the main controller 305 and a module requiring power, respectively.

When power is supplied, the main controller 305 initializes, and checks the function set through the function setting unit 303. Here, the user may set the operation time of the skin care device through the function setting unit 303, or check a method of using the treatment device or a massage operation pattern.

When a method of using the skin care device is requested by the function setting unit 303, the main controller 305 extracts the method of using the skin care device stored in the memory 302 and displays it through the display unit 304. In this way, the user can solve the inconvenience of searching the manual to check the usage method. In addition, when the user requests confirmation of the massage motion pattern, the main controller 305 extracts the patterned massage motion pattern stored in the memory 302 and displays it through the display unit 304. Here, the massage operation pattern refers to a massage operation pattern using ribbon pulses (the pulse duty is different) and a massage operation pattern according to the LED wavelength.

Thereafter, when the user inputs an operation command, the main controller 305 displays the operation state of the skin beauty apparatus on the display unit 304 through the display unit 304 so that the user recognizes that the skin beauty function is operating. Here, when the power switch of the skin care device is turned on, the main controller 305 detects the amount of charge of the battery 301 and displays it through the display unit 304. The battery charge level indication is continuously detected and displayed in real time until the power is turned off. The charging amount may be displayed as a number (%) or an image having a shape such as a battery may be used, and a level may be displayed according to the amount of charge.

In addition, the main controller 305 controls the ribbon pulse driver 306 by extracting the ribbon pulse control program stored in the memory 302 and generating a ribbon pulse control signal according to the extracted ribbon pulse control program.

The ribbon pulse driver 306 drives the ribbon pulse electrode 307 according to a ribbon pulse control signal generated from the main controller 305.

The ribbon pulse electrode 307 generates a ribbon pulse according to the iontophoresis method according to the ribbon pulse driving signal generated from the ribbon pulse driver 306 to promote skin beauty. That is, by generating a ribbon pulse according to the iontophoresis method so that a material material having a high molecular weight such as vitamins or peptides is well absorbed into the skin, the skin absorption rate can be increased.

Here, the ribbon pulse is a pulse in the form of repeating a plurality of levels with different pulse duty, and the 28V voltage, 500Ω load resistance, and the frequency of one cycle are 500Hz (2ms) as shown in FIG. It consists of three levels of length. Here, the three levels of different paths can be said to be pulses according to the iontophoresis method.

The pulse duty of the first level is 20%, 400 μs as shown in FIG. 3A, the pulse duty of the second level is 40%, 800 μs as in FIG. 3B, and the pulse duty of the third level is 80%, as shown in FIG. 3C. It is 1600 µs.

The ribbon pulses generated in this way according to the iontophoresis method are repeated for a time set by a user or for an operation time preset by a program.

That is, as shown in FIG. 3A, a pulse having a pulse duty of 20% of the first level is generated for 0.5 seconds, and then, as shown in FIG. 3B, a pulse having a pulse duty of 40% of the second level is 0.5 The ribbon pulse is generated for a second, and then, as shown in FIG. 3C, a pulse having a pulse duty of 80% of the third level is generated for 0.5 seconds. And after the third level pulse is generated for 0.5 seconds, the pulse generation is stopped for 1.5 seconds, and this becomes one cycle. When one cycle ends, the first to third levels of the ribbon pulse generation and the 1.5 second pulse generation stop are repeated for a set operation time.

In addition, as another feature of the present invention, by performing a massage using the wavelength of the LED, it is possible to perform skin sterilization, skin cell activation, and the like.

That is, when an LED operation is requested through the operation setting unit 303 (LED switch on), the main controller 305 fetches an LED driving control program from the memory 302 and generates an LED driving signal using this. Here, the LED driving control program is a control program that causes a plurality of LEDs (LED0 to LED3) to operate while changing their color according to the wavelength. The color change cycle is automatically optimized according to the preset change cycle.

The LED driver 308 drives a plurality of LEDs (LED0 to LED3) according to the LED driving signal.

LED is composed of 4 types of LED0, LED1, LED2 and LED3 depending on the wavelength.

LED0 is a hot wire that generates electromagnetic waves with a wavelength ranging from 0.75㎛ to 1mm, and has different characteristics for each wavelength band such as near infrared (0.75 to 3㎛), infrared (3 to 25㎛), and far infrared (25㎛ or more). Since it has, it provides various skin care and skin treatment effects by allowing them to be realized.

In addition, LED1 (red LED) performs functions of cell regeneration, skin elasticity improvement, wrinkle improvement, pigmentation improvement, and aging prevention by irradiating light of 660nm wavelength.

LED2 (yellow LED) exerts a function of removing spots, freckles and blemishes, synthesizing collagen and lifting effects by irradiating light with a wavelength of 590 nm.

LED3 (blue LED) is irradiated with 450nm wavelength light to suppress demodex and micro-bacteria, sterilize and whiten.

<Example 2>

FIG. 2 is a flow chart showing a method for beauty skin with a peptide essence using a skin beauty device according to the present invention. (a) Skin using a skin beauty device that generates an LED wavelength in which the color change according to the wavelength of the LED is repeated. After the steps of massaging the surface (S10), (b) (a), applying a peptide essence containing a peptide material to the skin after the massage has been completed (S20), (c) applying the peptide essence to the skin Thereafter, the step of generating ribbon pulses in the form of repeating a plurality of levels having different pulse duties according to the iontophoresis method with the skin beauty apparatus, massaging the skin surface, and absorbing the peptide essence into the skin (S30) ), (d) after absorbing the peptide essence into the skin and attaching a natural peptide mask sheet to the skin to calm the skin (S40).

The peptide essence skin beauty method using the skin care device according to the present invention configured as described above will be described in detail as follows.

First, the user uses the skin care device 300 as shown in FIG. 1B to run the skin care application using the user terminal 200, which is an IT device, and the beauty management server 100 Take care of your skin using skin care devices while looking at the skin care methods provided through. Here, by using the skin care application, the beauty management server 100 analyzes the user's skin condition, etc., and automatically provides a pattern of a pulse waveform suitable for the user, usage time, and the like.

As the first skin care process (S10), the skin surface is massaged using a skin beauty device that generates an LED wavelength in which the color change according to the wavelength of the LED is repeated. If the skin surface is massaged using the LED using the skin beauty device 300, it sterilizes germs such as harmful viruses on the skin surface and promotes skin cell activation.

That is, when an LED operation is requested (LED switch on), the main controller 305 fetches an LED driving control program from the memory 302, and generates an LED driving signal using this. Here, the LED driving control program is a control program that causes a plurality of LEDs (LED0 to LED3) to operate while changing their color according to the wavelength. The color change cycle is automatically optimized according to the preset change cycle.

The LED driver 308 drives a plurality of LEDs (LED0 to LED3) according to the LED driving signal.

LED is composed of 4 types of LED0, LED1, LED2 and LED3 depending on the wavelength.

LED0 is a hot wire that generates electromagnetic waves with a wavelength ranging from 0.75㎛ to 1mm, and has different characteristics for each wavelength band such as near infrared (0.75 to 3㎛), infrared (3 to 25㎛), and far infrared (25㎛ or more). Since it has, it provides various skin care and skin treatment effects by allowing them to be realized.

In addition, LED1 (red LED) performs functions of cell regeneration, skin elasticity improvement, wrinkle improvement, pigmentation improvement, and aging prevention by irradiating light of 660nm wavelength.

LED2 (yellow LED) exerts a function of removing spots, freckles and blemishes, synthesizing collagen, and lifting effects by irradiating light with a wavelength of 590 nm.

LED3 (blue LED) is irradiated with 450nm wavelength light to suppress demodex and micro-bacteria, sterilize and whiten.

Subsequently, as a second skin care process (S20), after massaging the skin surface with the skin care device 300, a peptide essence containing a peptide material is applied to the skin after the massage has been completed. In other words, the peptide essence containing the peptide material is applied to the skin with acne and skin problems. Here, the peptide essence is a composition having a composition ratio for treating acne and improving skin problems.

In general, a peptide essence is a cosmetic composition containing an antibacterial peptide, which inhibits and reduces the production of inflammatory substances such as histamine and beta hexosaminidiase, reduces immunoglobulin E in the blood, and reduces prostaglandin D2 (PGD2). It has the effect of inhibiting and inhibiting the tumor necrosis factor, TNF-α. These peptide essences have broad anti-microbial activity, which has a strong antibacterial ability to control microorganisms that cause problems in the skin, and immune cells to relieve inflammation and itchiness by regulating immune cells in the affected areas of problem skins (atopic, acne, etc.). , Consisting of essential amino acids, it does not exhibit side effects and cytotoxicity, and the safety of natural peptides that act as nutrients after antibacterial function, provides continuous protection with a strong antibacterial protective film, and an antibacterial protective film that promotes excellent effects in environments with many external pollutants. Provides.

Next, as a third skin care process (S30), after applying the peptide essence to the skin, a ribbon pulse is generated by the skin beauty device 300 to massage the skin surface to absorb the peptide essence into the skin.

That is, ribbon pulses are generated according to the iontophoresis method to promote skin beauty. That is, by generating a pulse using a ribbon pulse according to an iontophoresis method so that a material material having a high molecular weight such as vitamins or peptides is well absorbed into the skin, the skin absorption rate can be increased.

Here, the ribbon pulse is a pulse in the form of repeating a plurality of levels with different pulse duty, and the 28V voltage, 500Ω load resistance, and the frequency of one cycle are 500Hz (2ms) as shown in FIG. It consists of three levels of length. Here, the three levels of different paths can be said to be pulses according to the iontophoresis method.

The pulse duty of the first level is 20%, 400 μs as shown in FIG. 3A, the pulse duty of the second level is 40%, 800 μs as in FIG. 3B, and the pulse duty of the third level is 80%, as shown in FIG. 3C. It is 1600 µs.

The ribbon pulses generated in this way according to the iontophoresis method are repeated for a time set by a user or for an operation time preset by a program.

That is, as shown in FIG. 3A, a pulse having a pulse duty of 20% of the first level is generated for 0.5 seconds, and then, as shown in FIG. 3B, a pulse having a pulse duty of 40% of the second level is 0.5 The ribbon pulse is generated for a second, and then, as shown in FIG. 3C, a pulse having a pulse duty of 80% of the third level is generated for 0.5 seconds. And after the third level pulse is generated for 0.5 seconds, the pulse generation is stopped for 1.5 seconds, and this becomes one cycle. When one cycle ends, the first to third levels of the ribbon pulse generation and the 1.5 second pulse generation stop are repeated for a set operation time.

Finally, as the fourth skin care process (S40), after absorbing the peptide essence into the skin using a skin care device, a natural peptide mask sheet (mask pack) is applied to the skin for about 10 to 15 minutes. Soothes the skin by attaching it. The natural peptide mask sheet contains a cosmetic composition containing scolofendracin-I extracted from natural plants, and provides a strong antibacterial activity, immune regulation function, and an antibacterial protective film.

According to the present invention, a natural peptide essence composed of a peptide composition is used to activate the skin, regenerate the skin, and prevent skin aging to promote skin care, and the skin absorption rate of the peptide essence using a skin beauty device using an iontophoresis method. It is possible to maximize.

Although the invention made by the present inventor has been described in detail according to the above embodiment, the present invention is not limited to the above embodiment, and it is common knowledge in the art that various changes can be made without departing from the gist of the invention. It will be self-evident to someone who has.

100: beauty management server
200: user terminal
300: skin beauty device
301: battery
302: memory
303: function setting unit
304: display
305: main controller
306: ribbon pulse driver
307: ribbon pulse electrode
308: LED driver
309: LED0 ~ LED3

Claims (6)

As a device for skin care using ribbon pulses according to the iontophoresis method,
A memory in which the massage operation and usage method is patterned and stored as a user scenario, and a pulse control program and an LED driving program according to the iontophoresis method are embedded;
A function setting unit that requests confirmation of a user scenario patterned and stored in the memory and sets a function;
According to the request of the patterned user scenario by the function setting unit, the user scenario stored in the memory is extracted and displayed through the display unit, and a pulse control signal is generated by the pulse control program stored in the memory according to the function setting, and the LED A main controller generating an LED driving signal with a driving program;
A ribbon pulse driver for driving a ribbon pulse electrode according to a pulse control signal generated from the main controller;
A ribbon pulse electrode generating a ribbon pulse according to an ion introduction method according to the driving of the ribbon pulse driver; And
Skin beauty apparatus comprising an LED driver for driving the LED with the LED driving signal generated from the main controller.
The skin care apparatus of claim 1, wherein the pulse generated by the pulse generator is a ribbon pulse in which a plurality of levels having different pulse duties are repeated.
In claim 2, wherein the ribbon pulse has a frequency of 500 Hz (2 ms) in one cycle and consists of three levels of different lengths, the pulse duty of the first level is 20%, and the pulse duty of the second level is 40%. And, the pulse duty of the third level is 80%.
A method of using the skin by absorbing the peptide essence into the skin using a skin care device that manages the skin using ribbon pulses,
(a) massaging the surface of the skin by using a skin beauty device that generates an LED wavelength in which the color change according to the wavelength of the LED is repeated;
(b) after step (a), applying a peptide essence containing a peptide material to the skin after the massage has been completed;
(c) after applying the peptide essence to the skin, generating a ribbon pulse with the skin beauty device to massage the skin surface to absorb the peptide essence into the skin; And
(d) Peptide essence skin beauty method using a skin beauty device comprising the step of soothing the skin by attaching a natural peptide mask sheet to the skin after absorbing the peptide essence into the skin.
The method of claim 4, wherein the ribbon pulse of step (c) is a pulse in which a plurality of levels having different pulse duty are repeated.
In claim 5, wherein the ribbon pulse has a frequency of 500Hz (2ms) in one cycle and consists of three levels of different lengths, the pulse duty of the first level is 20%, and the pulse duty of the second level is 40%. And, the third level pulse duty is 80%. Peptide essence skin beauty method using a skin beauty device, characterized in that.

Images