KR102460637B1 - Customized skin care device with handpiece for each purpose - Google Patents

Abstract

The present invention relates to a customized skin care device having a handpiece for each purpose, and more specifically, to a customized skin care device having a handpiece for each purpose, capable of selecting and using a handpiece for each purpose, automatically creating a skin care program according to a skin condition of a user inputted through a user information input unit, and effectively managing skin according to the skin care program. To this end, the present invention provides the customized skin care device having a handpiece for each purpose, comprising: a main body that includes a user information input unit capable of inputting user information including a user's skin condition, a calculation unit capable of matching a skin care method based on the user information including the user's skin condition input from the user information input unit, a database unit capable of storing the user information input from the user information input unit and matched information from the calculation unit, a handpiece selection unit capable of selecting a handpiece to be used, a display unit capable of visualizing and displaying information, and a communication unit capable of sending and receiving the information; and a user terminal that includes an information selection unit capable of selecting information to be inquired, a display unit capable of visualizing and displaying information, and a communication unit capable of sending and receiving the information.

Description

Customized skin care device with handpiece for each purpose}

The present invention relates to a customized skin care device having a handpiece for each use. More specifically, a handpiece can be selected and used for each purpose, and a skin care program is automatically generated according to the skin condition of the user input through the user information input unit, and the skin can be effectively managed according to the skin care program. It relates to a customized skin care device having a handpiece for each use.

The skin surrounds the whole body and is largely composed of three layers: the epidermis, dermis, and subcutaneous fat. The stratum corneum is present in the epidermis, located at the outermost layer, and acts as a skin barrier to protect the human body from various external stimuli.

The stratum corneum is composed of several layers of flat-shaped keratinocytes, hydrophobic insoluble fibrous protein called keratin fills the keratinocytes, and intercellular lipids composed of ceramides, free fatty acids, and cholesterol are formed between the keratinocytes. It forms a filling 'lamellar structure'. Due to these structural features, evaporation of moisture from the skin is suppressed and the human body can be effectively protected from external stress or harmful stimuli, but the active ingredients of cosmetics are also not easily absorbed.

Unlike other common biological membranes, the lipid of the stratum corneum consists of ceramide, cholesterol, and free fatty acids, not phospholipids. Ordinary biological membranes containing phospholipids, sphingomyelin, and cholesterol do not perform well as a barrier due to their strong permeability to water or substances with low molecular weight soluble in water. However, lipids such as ceramides, cholesterol, and free fatty acids in the stratum corneum are linearly well connected and perform an excellent barrier function to inhibit the permeation of moisture and hydrophilic substances.

Absorption of substances through the stratum corneum is achieved through the intercellular pathway and the direct transcellular pathway. However, keratinocytes are mostly composed of keratin, which is a crystal structure, and diffusion through the cell is difficult, so the intercellular route is the main absorption route, and absorption of the active ingredient is limited by the partition coefficient of the active ingredient with respect to intercellular lipids. it is decided

Recently, there is an increasing interest in skin beauty, and various various skin beauty devices are being developed accordingly.

As a skin care device, there is an invasive method of incising skin tissue, but as the safety problem of the procedure and the rejection of the patient are highlighted, skin care devices that can be operated without incision of the skin tissue are gradually attracting attention.

In addition, the shape of the conventional handpiece tip including Patent No. 10-1828263 is provided with a groove for drug injection. In the case of having a groove for drug injection, the actual test result shows that the subcutaneous penetration effect is lowered, and a groove is formed at the end. There were disadvantages in that the processing cost was high, and the insertion of the drug into the groove was cumbersome.

Therefore, there is a need for a means that can select and use a handpiece for each purpose according to the user's skin condition as it has a variety of handpieces. is in need.

Prior art literature: KR Registered Patent Publication No. 10-1048363 (2011.07.11. Announcement)

The present invention has been devised to solve the above problems, and it is possible to select and use a handpiece for each purpose, and a skin care program is automatically generated according to the skin condition of the user input through the user information input unit, and the skin care program Accordingly, an object of the present invention is to provide a customized skin care device having a handpiece for each use that can effectively manage the skin.

A customized skin care device having a handpiece for each use according to the present invention devised to achieve the above object is a user information input unit capable of inputting user information including the user's skin condition, and the user's skin condition input from the user information input unit. A calculation unit that can match skin care methods based on user information including, a database unit that can store user information input from the user information input unit and information matched from the calculation unit, and a handpiece selection unit that can select a handpiece to be used , a main body including a display unit that can visualize and display information, and a communication unit that can transmit and receive information; It includes a user terminal including an information selection unit that can select information to be inquired, a display unit that can visualize and display information, and a communication unit that can transmit and receive information.

In addition, a user information input unit capable of inputting user information including the user's skin condition, an operation unit capable of matching a skin care method based on user information including the user's skin condition input from the user information input unit, and a user information input unit Including a database unit in which the input user information and information matched from the calculation unit can be stored, a handpiece selection unit that can select a handpiece to be used, a display unit that can visualize and display information, and a communication unit that can transmit and receive information main body; It includes a user terminal including an information selection unit that can select the information to be inquired, a display unit that can visualize and display information, and a communication unit that can transmit and receive information, and the body includes a handpiece that can combine a handpiece Including those in which a part is formed.

In addition, a user information input unit capable of inputting user information including the user's skin condition, an operation unit capable of matching a skin care method based on user information including the user's skin condition input from the user information input unit, and a user information input unit Including a database unit in which the input user information and information matched from the calculation unit can be stored, a handpiece selection unit that can select a handpiece to be used, a display unit that can visualize and display information, and a communication unit that can transmit and receive information main body; It includes a user terminal including an information selection unit that can select the information to be inquired, a display unit that can visualize and display information, and a communication unit that can transmit and receive information, and the body includes a handpiece that can combine a handpiece The ion emitting module is coupled to the handpiece coupling part, and the ion emitting module is an ion generating part capable of generating negative ions or positive ions by applying high-voltage power to the discharge electrode, and sucking and compressing external air. It is equipped with an air compression unit that can do this, a compressed air discharge unit capable of discharging the compressed air by the air compression unit, and a heat source so that heat can be generated and the compressed air discharged from the compressed air discharge unit can be heated. and an ion outlet through which the compressed air discharged from the heating unit and the compressed air discharge unit is heated in the heating unit and discharged together with the ions emitted from the ion generating unit.

In addition, the handpiece coupling unit includes a skin stimulation roller module capable of stimulating the skin by using an electric current, and the skin stimulation roller module includes a stimulation roller unit provided with a rotatable roller and a stimulation roller unit energized. It includes a ground terminal unit that can make this possible, and the stimulation roller unit has a polarity opposite to that of the ground terminal unit, and a roller terminal unit that can give electrical stimulation to the skin; a protrusion which is formed on the surface of the roller terminal and is provided with a plurality of protrusions to give physical stimulation to the skin; A roller terminal is coupled to one end, and the other end includes a handle having a coupling part capable of being coupled to the handpiece coupling part of the body, and the grounding terminal part is formed at one end of the grounding terminal part, and is made of a conductive metal material. It includes a grounding part, which is formed at the other end of the grounding terminal part, and includes a coupling part having a coupling part that can be coupled with the handpiece coupling part of the main body.

In addition, the handpiece coupling unit includes a high-frequency vibration module capable of providing stimulation to the skin by vibrating at a high frequency, wherein the high-frequency vibration module is coupled to one end of a high-frequency vibration source generating high-frequency vibration and a high-frequency vibration source The head part that can vibrate by receiving the vibration generated from the high-frequency vibration source, the handle part into which the high-frequency vibration source can be interpolated, and the handle part and one end of the head part are respectively formed so that the head part and the handle part can be combined. A light source unit having a light source including an LED capable of emitting visible light, which is coupled to the handle, and is formed at the other end of the handle, and is coupled to the handpiece coupling unit of the body. including wealth.

In addition, the handpiece coupling part includes a low-frequency vibration module capable of giving stimulation to the skin by vibrating at a low frequency can be coupled, and the low-frequency vibration module is coupled to one end of a low-frequency vibration source generating low-frequency vibration and a high-frequency vibration source The head part that can vibrate by receiving the vibration generated from the high-frequency vibration source, the handle part into which the low-frequency vibration source can be interpolated, the handle part and one end of the head part are respectively formed so that the head part and the handle part can be combined. It is formed at the other end of the head coupling part, the handle part, and includes a body coupling part that can be coupled with the handpiece coupling part of the body.

In addition, the handpiece coupling part includes an iontophoresis module capable of stimulating the skin by using an electroiontophoresis method is coupled thereto.

According to the present invention, a skin care program is automatically generated according to a user's skin condition, and a handpiece can be selected and used for each use according to the skin care program, thereby facilitating skin care.

1 is a view showing a coupling relationship of components of a customized skin care device having a handpiece for each use according to a preferred embodiment of the present invention;
2 is a view showing a handpiece selection unit;
3 is a view showing a low-frequency vibration module detailed setting unit;
4 is a view showing a high-frequency vibration module detailed setting unit;
5 is a view showing a skin stimulation roller module detailed setting unit;
Figure 6 is a view showing the ion emission module detailed setting unit,
7 is a view showing an iontophoresis nodule detailed setting unit;
8 is a photograph showing a high-frequency vibration module;
9 is a photograph showing a case in which the light source unit operates in the high-frequency vibration module;
10 is a photograph showing a low-frequency vibration module;
11 is a photograph showing the stimulation roller of the skin stimulation roller module.
12 is a photograph showing the ground terminal part of the skin stimulation roller module.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. First of all, it should be noted that in adding reference numerals to the components of each drawing, the same components are given the same reference numerals as much as possible even though they are indicated on different drawings. In addition, in describing the present invention, if it is determined that a detailed description of a related known configuration or function may obscure the gist of the present invention, the detailed description thereof will be omitted. In addition, preferred embodiments of the present invention will be described below, but the technical spirit of the present invention is not limited thereto or may be variously implemented by those skilled in the art without being limited thereto.

1 is a view showing the coupling relationship of components of a customized skin care device having a handpiece for each use according to a preferred embodiment of the present invention, FIG. 2 is a view showing a handpiece selection unit, FIG. 3 is a low frequency vibration module detail Fig. 4 is a view showing a high frequency vibration module detailed setting unit, Fig. 5 is a view showing a skin stimulation roller module detailed setting unit, Fig. 6 is a view showing an ion emitting module detailed setting unit, Fig. 7 is an ion A view showing the toporesis nodule detailed setting unit, FIG. 8 is a photo showing a high-frequency vibration module, FIG. 9 is a photo showing a case in which the light source unit operates in the high-frequency vibration module, FIG. 10 is a photo showing a low-frequency vibration module, FIG. 11 is A photograph showing the stimulation roller part of the skin stimulation roller module. 12 is a photograph showing the ground terminal part of the skin stimulation roller module.

1 to 12, a customized skin care device having a handpiece for each use according to a preferred embodiment of the present invention is a body 100, a user terminal, an ion emitting module 200, and a skin stimulation roller module 300. , a high frequency vibration module 400 , a low frequency vibration module 500 , and an iontophoresis module 600 .

First, with reference to FIG. 1 , the components of a customized skin care device having a handpiece for each use according to a preferred embodiment of the present invention will be described in detail.

The main body 100 has a handpiece coupling unit capable of combining the handpiece, so that the handpiece can be combined and used for each purpose, and the user information input unit 110 , the calculation unit 120 , the database unit 130 , and the handpiece selection It consists of a unit 140, a display unit, a communication unit, a handpiece coupling unit, and a control unit 180 .

The user information input unit 110 may input information about the user including the user's age and skin condition.

The user input unit 110 may include a skin scanner for inputting a user's skin condition.

The skin scanner uses polarized images and ultraviolet images to scan the user's skin condition, including blemishes, freckles, blemishes, wrinkles, pigmentation, and pore size, so that information about the skin can be entered.

Information about the user input through the user input unit 110 may be stored in the database unit 130 , and the operation unit 120 performs skin care on the basis of the age and skin condition of the user input through the user input unit 110 . methods can be matched.

The database unit 130 may store user information input from the user information input unit 110 and information matched from the operation unit 120 , and a skin care program according to skin conditions is stored.

The operation unit 120 may match the skin care program stored in the database unit 130 based on the user information input from the user information input unit 110 .

The controller 180 may generate control information for each handpiece according to the skin care program matched by the operation unit, so that each handpiece can operate according to the skin care program.

Referring to FIG. 2 , the handpiece selection unit 140 may select a handpiece to be used, and includes a selection unit, a detailed setting unit, and a user setting unit.

In the selection unit, the handpiece to be used including the ion emitting module, the skin stimulation roller module, the high frequency vibration module, and the low frequency vibration module can be selected.

When a handpiece to be used is selected in the selection unit, a detailed setting unit for setting the corresponding handpiece may be displayed on the display unit.

3 to 7 , the detailed setting unit includes an ion emission module detailed setting unit, a skin stimulation roller module detailed setting unit, a high frequency vibration module detailed setting unit, and a low frequency vibration module detailed setting unit.

The user setting unit may select a user corresponding to the user-specific information stored in the database unit, and when the user is selected, information about the user may be visualized and confirmed.

The communication unit may transmit information stored in the database unit, and may receive information input through the user terminal and store the received information in the database unit.

A user terminal is a terminal that a user can carry, can transmit and receive information to and from a main body, and includes an information selection unit, a display unit, and a communication unit.

The information selection unit may select information to be inquired.

For example, information on the user's skin analyzed using a skin scanner provided in the user information input unit, a skin care program matched by the calculation unit for the analyzed user's skin, and customized information including a skin care method suitable for the user's skin You can inquire about the user's skin care information including the skin care details performed by the user using each handpiece.

The display unit may visualize and display information.

The communication unit may communicate with the communication unit of the main body, and may transmit/receive information.

The handpiece coupling part can couple the handpiece, and the handpiece coupling part has an ion emitting module 200, a skin stimulation roller module 300, a high frequency vibration module 400, a low frequency vibration module 500, an LED irradiation module, It is possible to combine the handpiece according to the use including the iontophoresis module 600 .

The ion emitting module 200 may be coupled to the handpiece coupling portion of the main body, and includes an ion generating unit, an air compression unit, a compressed air discharging unit, a heating unit, and an ion discharge port.

The ion generator may generate negative ions or positive ions by applying high voltage power to the discharge electrode, and may generate negative ions or positive ions by momentarily discharging the high voltage to the discharge electrode.

The air compression unit may suck in and compress external air, and the air compressed by the air compression unit may be discharged through the compressed air discharge unit.

Compressed air discharged from the compressed air discharge unit may be heated and discharged by the heating unit.

The heat generating unit can generate heat because it has a heat source, and can heat the compressed air discharged from the compressed air discharge unit.

The ion emitting module may be connected to the handpiece coupling part of the main body by wire or may be connected wirelessly.

In the case of using a wireless connection, the ion emitting module may be provided with a power supply unit and a wireless communication unit to receive power in a battery manner, and may transmit/receive information to and from the main body wirelessly through the wireless communication unit.

The ion emitting module of the present invention does not simply generate and discharge negative ions or positive ions, but has an air compression unit and a compressed air discharge unit, so that the ions generated from the ion generating unit can be quickly moved to a target location, and the A massage effect can be provided by stimulation, and compressed air is heated through the heating unit to discharge warm wind, thereby further increasing the massage effect and skin care effect.

In addition, the operating state of the ion emitting module including the temperature of the heat generator according to the purpose of use and skin condition, the intensity of the compressed air discharged, and the type of generated ions is stored in the database unit of the main body.

When a user inputting user information through the user information input unit of the main body selects the ion emitting module in the handpiece selection unit of the main body, the polarity and emission of ions generated by the ion emitting module based on the user information input from the operation unit of the main body By matching the operating conditions of the ion emitting module, including the intensity of compressed air, the temperature of compressed air, ions and compressed air release time, the ion emitting module operates according to the user's skin condition.

In the case of use by a user whose user information has not been entered through the user information input unit, referring to FIG. 6 , the polarity of ions, the strength of the compressed air discharged, and the compressed air manually in the ion emission module detailed setting unit of the handpiece selection unit are used. It is possible to control the operating state of the ion emission module including the temperature of

The skin stimulation roller 300 is provided with a energized roller with projections formed therein, so that electrical stimulation and physical stimulation can be simultaneously applied to the skin, and includes a stimulation roller unit 310 and a ground terminal unit 320 .

Referring to FIG. 11 , the magnetic pole roller 310 is provided with a rotatable roller, and includes a roller terminal part, a protrusion part, and a handle part.

The roller terminal part has a polarity opposite to that of the ground terminal part, and can give electrical stimulation to the skin.

The roller terminal unit may have positive or negative polarity, and the polarity may be selected according to the user's skin condition and purpose of use.

In general, the anode has the characteristics of generating oxygen through an acid reaction, stabilizing nerves, reducing blood supply, and making the tissue stronger. It has properties that increase supply and soften tissues.

The handle has a roller terminal coupled to one end, and a coupling part that can be coupled to the handpiece coupling part of the body at the other end, so that it can be used in connection with the body.

Referring to FIG. 12 , the ground terminal unit 320 has a polarity opposite to that of the roller terminal unit of the magnetic pole roller and includes a ground unit and a coupling unit.

The grounding part is formed at one end of the grounding terminal part, made of a conductive metal material, and the coupling part is formed at the other end of the grounding terminal part, and may be coupled to the handpiece coupling part of the body.

When the user uses the skin stimulation roller module, if the user holds the ground terminal in his hand and touches the stimulation roller to the skin, electrical stimulation can be given to the skin through the roller terminal.

Electric stimulation can be applied to the skin using the stimulation roller only when the grounding terminal is held in hand or in contact with the body.

The current applied to the skin stimulation roller module is a low-voltage direct current that has a constant direction and magnitude.

The skin stimulation roller module may also be used in combination with the handpiece coupling part of the body through a wire, and may be used wirelessly.

When the skin stimulation roller module is used wirelessly, it is provided with a power supply unit and a wireless communication unit to receive power in a battery manner, and can transmit and receive information to and from the body wirelessly through the wireless communication unit.

The database unit of the main body stores the operating state of the skin stimulation roller, including the polarity of the roller terminal unit, the strength of the current, and the operating time according to the purpose of use and skin condition.

When a user whose user information is input through the user information input unit of the main body selects the skin stimulation roller module in the handpiece selection unit of the main body, the polarity and current strength of the skin stimulation roller module based on the user information input from the operation unit of the main body , by matching the operating conditions of the skin stimulation roller, including the operating time, so that the skin stimulation roller module operates according to the user's skin condition.

In the case of use by a user whose user information has not been entered through the user information input unit, referring to FIG. 5 , the polarity, current strength, and operation of the skin stimulation roller module manually in the skin stimulation roller module detailed setting unit of the handpiece selection unit It is possible to control the operating state of the skin stimulation roller module including time.

The polarity of the roller terminal is determined according to the skin condition and usage, and the polarity of the roller terminal can be used as a positive electrode to close pores, remove redness of skin troubles, and prevent inflammation. The polarity of the roller terminal part can be used as the negative electrode for applications such as removal of waste products or dry skin relief.

That is, when the roller terminal is a positive electrode, it pushes out a cationic material and attracts an anionic material, and when it is a negative electrode, it repels an anionic material and attracts a cationic material, so that it can be used for skin care.

In addition, the present invention is provided with a protrusion along with the roller terminal, so that not only electrical stimulation but also physical stimulation by the protrusions formed on the roller can be given, so that the skin care effect can be increased. When the roller is not in contact with the body, current does not flow even when the roller terminal part comes into contact with the skin. .

The high-frequency vibration module 400 may vibrate at a high frequency to stimulate the skin, and referring to FIG. 8 , a high-frequency vibration source, a head part 420, a handle part 430, a head coupling part, a light source part 450, It is configured to include a body coupling portion (460).

The high-frequency vibration source can generate high-frequency vibration, and the head unit is coupled to one end, so that the high-frequency vibration can be transmitted to the head unit.

The head part is coupled to one end of the high-frequency vibration source so that it can vibrate by receiving the vibration generated from the high-frequency vibration source. have.

In addition, the head part of the present invention has a flat end, unlike the conventional high-frequency handpiece in which a groove is formed at the end, so that the area is wide and the subcutaneous penetration effect is excellent, the processing cost is reduced, and the drug is injected into the end groove. Since there is no need to insert the drug and use it by dipping the drug at the end, there is an advantage in that the convenience of use is improved.

A high-frequency vibration source can be interpolated into the handle portion, and a head coupling portion capable of being coupled to the head portion is formed at one end, and a body coupling portion capable of coupling with the handpiece coupling portion of the body is formed at the other end.

The head coupling part is formed at one end of the handle part and the head part, respectively, so that the head part and the handle part may be coupled, and may be coupled by a screw coupling method.

That is, one end of the head part has a coupling part that can be coupled to the high-frequency vibration source and a coupling part that can be coupled to the handle, so that it can be coupled to the handle in a state in which it is coupled to the high-frequency vibration source, and the other end of the head part is It may come into contact with the user's skin.

The light source unit 450 is coupled to the handle unit 430 , and referring to FIG. 9 , it is provided with a light source including an LED capable of emitting visible light, so that the light source can be irradiated to the skin.

When a light source is irradiated to the skin, the light source induces a photobiochemical reaction between cells, and the photons emitted from the light source are absorbed by chromophores or photoreceptors inside the cell tissue, thereby promoting cell metabolism. Photons emitted to skin cells can increase the synthesis of active oxygen and ATP inside the cell tissue. In particular, cells exposed to red or near-infrared light emit nitric oxide, which leads to a continuous intracellular biochemical reaction, leading to the overall improvement of skin cells. It can be used for cell regeneration, edema reduction, acne treatment, etc.

The high-frequency vibration module of the present invention can manage the skin by simultaneously performing optical stimulation by a light source and stimulation by high-frequency vibration. Stimulation by a light source has a good therapeutic effect, but since the maximum penetration depth is shallow, it provides a high-frequency vibration that can stimulate deep into the skin and simultaneously stimulates from shallow skin to deep skin to increase the effect. .

In addition, the operating state of the high frequency vibration module including the frequency of vibration, the wavelength of the light source, and the duration of use according to the purpose of use and skin condition is stored in the database unit of the main body.

When a user whose user information is input through the user information input unit of the main body selects the high-frequency vibration module in the handpiece selection unit of the main body, based on the user information input in the operation unit of the main body, the frequency of vibration of the high-frequency vibration module, the light source By matching the operating conditions of the high-frequency vibration module including the wavelength and usage time, the high-frequency vibration module operates according to the user's skin.

In the case of use by a user whose user information has not been entered through the user information input unit, referring to FIG. 4 , the frequency of vibration of the high frequency vibration module, the wavelength of the light source, and the use of the high frequency vibration module detailed setting unit of the handpiece selection unit manually It is possible to control the operation status of the high frequency vibration module including time.

The low-frequency vibration module vibrates at a low frequency to stimulate the skin. Referring to FIG. 10 , a low-frequency vibration source, a head unit 520 , a handle unit 530 , a head coupling unit 540 , and a body coupling unit 550 . ) is included.

The low-frequency vibration source can generate low-frequency vibration, and one end of the head is coupled to the low-frequency vibration to transmit the low-frequency vibration to the head.

The head unit 520 is coupled to one end of the low-frequency vibration source so that it can vibrate by receiving vibrations generated from the low-frequency vibration source. can be delivered to the user's skin.

The handle part 530 can be interpolated with a low-frequency vibration source therein, and a head coupling part 540 that can be coupled to the head part 520 is formed at one end, and a handpiece coupling part of the main body is coupled to the other end. A body coupling portion 550 that can be formed is formed.

The head coupling part 540 is formed at one end of the handle part 530 and the head part 520, respectively, so that the head part 520 and the handle part 530 may be coupled, and may be coupled by a screw coupling method. .

In addition, the database unit 130 of the main body 100 stores the operating state of the high-frequency vibration module including the frequency of use, duration of use, and intensity of vibration according to the purpose of use and skin condition.

When a user whose user information is input through the user information input unit of the main body selects the low-frequency vibration module in the handpiece selection unit of the main body, the frequency and intensity of vibration of the low-frequency vibration module based on the user information input in the operation unit of the main body By matching the operating conditions of the low-frequency vibration module including the , usage time, the low-frequency vibration module operates according to the user's skin and purpose of use.

In the case of use by a user whose user information has not been inputted through the user information input unit, referring to FIG. 3 , the frequency, vibration intensity, and use time of the low-frequency vibration module manually in the low-frequency vibration module detailed setting unit of the handpiece selection unit It is possible to control the operating state of the low frequency vibration module including

In addition, the depth of reach according to cosmetics and drugs that can be applied to the skin is stored in the database unit of the main body, and when the user selects the type of cosmetics and drugs in the low frequency vibration module detailed setting unit, the reach stored in the database unit in the calculation unit By matching the vibration frequency of the low-frequency vibration module according to the depth, cosmetics and drugs can reach the target skin depth.

Since the depth of the skin that can be stimulated varies according to the vibration frequency, the vibration frequency can be adjusted according to the use.

In addition, the head part of the high frequency vibration module is narrower than the head part of the low frequency vibration module, so it can stimulate a wide area such as cheeks or forehead with the low frequency vibration module, and the area where nose and skin problems occur with the high frequency vibration module It can focus stimulation on narrow areas of the back.

The iontophoresis module 600 can stimulate the skin by using the electro-iontophoresis method, and includes a terminal part, a handle part, and a main body coupling part.

The iontophoresis module flows a micro-current to the user's skin through the terminal part, so that cosmetics or drugs applied to the user's skin can penetrate into the skin.

By applying a direct current through the terminal part to move the ionized anode or cathode solvent to the skin tissue depending on the skin condition, acidic or alkaline effects can be given to the skin. can improve

When a user whose user information is input through the user information input unit of the main body selects the iontophoresis module in the handpiece selection unit of the main body, based on the user information input from the operation unit of the main body, the terminal unit of the iontophoresis module By matching the operating conditions of the iontophoresis module, including the strength of the applied current, the type of polarity, and the usage time, the iontophoresis module operates according to the user's skin and purpose of use.

In the case of use by a user whose user information is not input through the user information input unit, referring to FIG. 7 , the current strength and polarity of the iontophoresis module manually in the iontophoresis module detailed setting unit of the handpiece selection unit It is possible to control the operation status of the iontophoresis module including the type and usage time of the iontophoresis module.

According to the present invention, a handpiece can be selected and used for each purpose, and a skin care program is automatically generated according to the skin condition of the user input through the user information input unit, and the skin can be effectively managed according to the skin care program.

The use order of the handpiece may be programmed, and the user can check the skin condition, the handpiece use order suitable for the skin condition, and setting contents through the display unit of the main body.

For example, after opening the skin pores with the ion-releasing module, cosmetics and drugs are applied to the skin, and the low-frequency stimulation is applied to the entire skin with the low-frequency vibration module so that the cosmetics and drugs reach the skin, and the high-frequency vibration module provides intensive management. The order of use of each handpiece can be suggested so that cosmetics and drugs can reach deep into the skin by applying high-frequency stimulation to the necessary areas.

In addition, the handpiece use information may be transmitted to the user terminal, and the user's skin condition and skin care information may be inquired through the user terminal.

The above description is merely illustrative of the technical idea of the present invention, and various modifications, changes and substitutions are possible within the scope that does not depart from the essential characteristics of the present invention by those of ordinary skill in the art to which the present invention pertains. will be. Accordingly, the embodiments disclosed in the present invention and the accompanying drawings are for explaining, not limiting, the technical spirit of the present invention, and the scope of the technical spirit of the present invention is not limited by these embodiments and the accompanying drawings. . The protection scope of the present invention should be construed by the following claims, and all technical ideas within the equivalent range should be construed as being included in the scope of the present invention.

100 - body 110 - user information input unit
120 - arithmetic unit 130 - arithmetic unit
180 - control unit 200 - ion emission module
300 - Skin stimulation roller 400 - High frequency vibration module
500 - Low frequency vibration module 600 - Iontophoresis module

Claims (4)

A user information input unit capable of inputting user information including the user's skin condition;
an operation unit capable of matching the skin care method based on user information including the user's skin condition input in the user information input unit;
A database unit in which user information input from the user information input unit and information matched by the calculation unit can be stored;
Handpiece selector to select the handpiece to be used,
A display unit that can visualize and display information;
Communication unit that can send and receive information
a body comprising;
Information selection unit to select the information you want to inquire,
A display unit that can visualize and display information;
Communication unit that can send and receive information
A user terminal comprising a;
including,
The body is formed with a handpiece coupling part capable of coupling the handpiece
including,
The handpiece according to the application including the ion emitting module, the skin stimulation roller module, the high frequency vibration module, the low frequency vibration module, and the iontophoresis module can be combined with the handpiece coupling part,
Ion emission module
An ion generator that can generate negative ions or positive ions by applying high-voltage power to the discharge electrode;
An air compression unit that can suck in and compress external air,
A compressed air discharge unit capable of discharging air compressed by the air compression unit,
A heat source capable of generating heat and heating the compressed air discharged from the compressed air outlet;
Ion outlet where the compressed air discharged from the compressed air discharge unit is heated by the heating unit and discharged together with the ions emitted from the ion generating unit.
comprising;
high frequency vibration module
a high-frequency vibration source capable of generating high-frequency vibration;
A head unit that is coupled to one end of a high-frequency vibration source and can vibrate by receiving the vibrations generated from the high-frequency vibration source;
A high-frequency vibration source can be interpolated, one end of which is formed with a head coupling part that can be coupled to the head part, and a handle part having a body coupling part that can be coupled with the handpiece coupling part of the main body at the other end is formed;
It is coupled to the handle and has a light source including an LED capable of emitting visible light, so that the light source unit can irradiate the skin with a light source.
comprising;
skin irritation roller
A roller terminal part that can give electrical stimulation to the skin with a specific electrical polarity, and has a protrusion having a plurality of protrusions on its surface;
The roller terminal is coupled to one end, and the other end is provided with a coupling part that can be coupled with the handpiece coupling part of the body, so that the handle part can be connected to the body;
Ground terminal part having the opposite polarity to the roller terminal part
comprising;
low frequency vibration module
a low-frequency vibration source capable of generating low-frequency vibration;
A head unit that is coupled to one end of the low-frequency vibration source and can vibrate by receiving vibration generated from the low-frequency vibration source, and can be in contact with the user's skin to deliver high-frequency vibration to the user's skin;
A low-frequency vibration source can be interpolated therein, and at one end is formed a head coupling part that can be coupled to the head part, and the other end is a handle part having a body coupling part that can be coupled with the handpiece coupling part of the body.
comprising;
Iontophoresis module
The terminal part that can stimulate the skin by using the electro-iontophoresis method and can pass a microcurrent to the user's skin;
One end is coupled to the terminal part, and the other end is a handle part that can be combined with the main body.
comprising;
The user input unit is provided with a skin scanner for inputting the user's skin condition,
The skin scanner can input skin information by scanning the user's skin condition, including blemishes, freckles, blemishes, wrinkles, pigmentation, and pore size, using polarized images and ultraviolet images;
When the ion emitting module is selected in the handpiece selection unit, the polarity of the ions generated by the ion emitting module, the intensity of the compressed air discharged, the temperature of the compressed air, and the ion and compressed air release time based on the user information input from the operation unit of the main body By matching the operating state of the ion emitting module, including the, so that the ion emitting module operates to suit the skin condition of the user;
When the skin stimulation roller module is selected in the handpiece selection unit, the operating state of the skin stimulation roller including the polarity, current strength, and operating time of the skin stimulation roller module is matched based on the user information input from the operation unit of the main body, and the user's to operate the skin stimulation roller module according to the skin condition;
When the high-frequency vibration module is selected in the handpiece selection unit, based on the user information input from the operation unit of the main body, the operation status of the high-frequency vibration module including the frequency of vibration of the high-frequency vibration module, the wavelength of the light source, and the operating time is matched to match the user's to make the high-frequency vibration module work properly for the skin;
When a low-frequency vibration module is selected in the handpiece selection unit, based on the user information input from the operation unit of the main body, the operating state of the low-frequency vibration module including the frequency of vibration of the low-frequency vibration module, vibration intensity, and usage time is matched to match the user's to operate the low-frequency vibration module suitable for the skin and intended use;
The database unit of the main body stores the depth of arrival according to the effective skin component, and when the active skin component is selected in the low frequency vibration module detailed setting unit, the calculation unit matches the vibration frequency of the low frequency vibration module according to the reach depth stored in the database unit. so that the active ingredients of the skin can reach the target skin depth;
A customized skin care device having a handpiece for each use, including:


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