WO2021080278A1

WO2021080278A1 - Ionic massage device for skin care

Info

Publication number: WO2021080278A1
Application number: PCT/KR2020/014299
Authority: WO
Inventors: 박신우; 강우정
Original assignee: (주)클래시스
Priority date: 2019-10-21
Filing date: 2020-10-20
Publication date: 2021-04-29
Also published as: KR102083392B1; CN114269424A

Abstract

The present invention relates to an ionic massage device for skin care, the device comprising: a housing part which, while in contact with one point on the user's body, comes into contact with another point on the user's body, thereby causing an electric current to flow through the user's skin; and a low-frequency generating part which is positioned in the housing part and applies AC power to the housing part. In the housing part, an electrode body member electrically connected to the low-frequency generating part and made of a conductive material is surrounded by an insulating film member made of an insulating material, and contacts the user's skin to establish capacitive coupling so that electric current flows stably regardless of the condition of the skin, thus ensuring operation stability and operation reliability, uniformly enhancing the penetration efficiency of cosmetics, and significantly enhancing satisfaction when performing skin care.

Description

Ion massage device for skin care

The present invention relates to an ion massage device for skin care, and more particularly, to an ion massage device for skin care in which an ion charge is transferred to the skin so that a cosmetic product can penetrate into the skin well together with the ion charge.

Recently, interest in skin beauty is increasing day by day, and accordingly, cosmetics having excellent skin protection effects are attracting attention.

In general, in order to absorb ingredients useful for the skin into the skin, a method such as tapping the face with hands is performed, or a vibrating device including a puff is used.

In addition, after a skin treatment procedure, the skin is massaged to recover.

Recently, ion massage devices for skin care are being sold that allow cosmetics to soak into the user's skin.

An ion massage device for skin care ionizes the skin while passing an electric current in contact with the skin, allowing the skin to penetrate into the skin.

That is, in the conventional ion massage machine for skin care, a first electrode member made of a conductor in which the housing serves as a handle held by the user, and a second electrode member made of a conductor in contact with the skin in a state insulated from the first electrode member. Including, DC power is applied to the first electrode member and the second electrode member, and when the second electrode member contacts the user's skin while holding the first electrode member by hand, current flows through the skin and negatively charges into the skin. Will infiltrate.

In the conventional ion massage device for skin care, a first electrode member held by a user by hand and a second electrode member contacting the user's skin are manufactured by plating a conductor on the surface of a synthetic resin housing.

However, in the conventional ion massage device for skin care, a first electrode member held by the user by hand and a second electrode member in contact with the user's skin are formed of a conductor, and current flows through the skin through a direct current power source. In the case of oily skin with a lot of oil, there is a problem that electric current does not flow due to skin oil.

In addition, in the conventional ion massage device for skin care, a first electrode member held by the user by hand and a second electrode member in contact with the user's skin are formed as conductors, and current flows through the skin through a direct current power source. There is a problem in that the current does not flow in the stained state or when the cosmetic is applied excessively to the skin.

It is an object of the present invention to provide an ion massage device for skin care that secures operational stability and operational reliability by applying a current to the skin with an AC power source so that current can stably flow to the skin through capacitive coupling regardless of the skin condition. Have.

Another object of the present invention is to provide an ion massage device for skin care that can evenly improve the penetration efficiency of cosmetics by applying a current to the skin with an AC power source so that the current flows evenly through the skin through capacitive coupling regardless of the skin condition. To provide.

In order to achieve the above object of the present invention, one embodiment of the ion massage device for skin care according to the present invention is in contact with one point on the user's body and in contact with another point on the user's body, and current through the user's skin. And a low frequency generator positioned within the housing to apply AC power to the housing part, and the housing part is electrically connected to the low frequency generator, and an electrode body member made of a conductive material is insulated. It is characterized in that it is wrapped with an insulating film member made of a material and is in contact with the user's skin to allow current to flow through capacitive coupling.

In the present invention, the low frequency generator may generate a low frequency having a frequency of 500Hz to 5KHz so that current flows through the skin through capacitive coupling.

In the present invention, the housing part is in contact with a point on the user's body, made of a conductor, electrically connected to the low-frequency generator, and wrapped with an insulating film member, the first electrode body member in contact with another point on the user's body, and made of a conductor. A second electrode body member electrically connected to the low-frequency generator and wrapped with an insulating film member, and positioned between the first electrode body member and the second electrode body member, and the first electrode body member and the second electrode It may include an insulating member for insulating the body member.

In the present invention, the electrode body member may be made of an aluminum material or an alloy containing aluminum, and the insulating film member may be an oxide film formed by anodizing treatment.

The first electrode body member is a portion held by the user and has a plurality of non-slip protrusions positioned on the outer circumferential surface to prevent slipping, and the second electrode body member has a spherical skin contacting ball portion positioned at one end side, On the outer surface, a plurality of ring-shaped contact protrusions having a hemispherical cross section in a ring shape surrounding the outer circumferential surface and continuously connected to each other may be positioned.

An embodiment of the ion massage device for skin care according to the present invention may further include a vibration generator positioned in the second electrode body member to generate vibration in the second electrode body member.

In the present invention, the insulating member is made of an elastic material to absorb vibration generated by the vibration generating unit.

An embodiment of the skin care ion massage device according to the present invention may further include an operation control unit for supplying electric power to the low frequency generator and the vibration generator and controlling the operation of the low frequency generator and the vibration generator. have.

In the present invention, the low-frequency generator includes a first wire part electrically connected to the first electrode body member, and a second wire part electrically connected to the second electrode body member, and the ion massage for skin care according to the present invention An embodiment of the device may further include a switch unit that is electrically connected to one of the first electric wire part and the second electric wire part to operate the vibration generating part when a current flow is sensed.

An embodiment of the skin care ion massage device according to the present invention further includes a current amplifying unit for amplifying the current delivered to the switch unit, wherein the switch unit is a case where the current value received from the current amplifying unit is greater than or equal to a preset current value. Only the operation control unit and the vibration generation unit are connected (ON) to operate the vibration generation unit, and when the current value received from the current amplification unit is less than a preset current value, the operation control unit and the vibration generation unit are cut off (OFF). The vibration generating unit may be maintained in a stopped state.

One embodiment of the ion massage device for skin care according to the present invention is located in the housing part and connected to the switch part, and only when the operation control part and the vibration generating part are connected (ON) through the switch part to operate the vibration generating part. It may further include a lamp unit to be lit.

The present invention is effective in securing operational stability and operational reliability by applying a current to the skin with an AC power source so that current can stably flow to the skin through capacitive coupling regardless of the skin condition.

The present invention is effective in improving the penetration efficiency of cosmetics evenly and greatly improving the satisfaction level during skin care by applying current to the skin with an AC power source so that current flows evenly through the skin through capacitive coupling irrespective of the skin condition. .

1 is a perspective view showing an embodiment of an ion massage device for skin care according to the present invention.

Figure 2 is a schematic diagram showing an embodiment of an ion massage device for skin care according to the present invention.

3 is a view showing an example of use of an ion massage device for skin care according to the present invention.

*Explanation of the main symbols in the drawings*

100: housing part 110: electrode body member

111: first electrode body member 111a: non-slip protrusion

112: second electrode body member 112a: ball portion for contacting the skin

112b: ring-shaped contact protrusion 113: insulating member

120: insulating film member 121: first insulating film member

122: second insulating film member 130: lamp housing part

200: low frequency generator 210: first electric wire

220: second wire part 300: vibration generating part

400: operation control unit 410: charging terminal

500: switch unit 510: power line for generating the first vibration

520: power line for generating the second vibration 600: current amplifying unit

700: lamp part

The present invention will be described in more detail.

The preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. Prior to the detailed description of the present invention, terms or words used in the present specification and claims to be described below should not be construed as being limited to their conventional or dictionary meanings. Accordingly, the embodiments described in the present specification and the configurations shown in the drawings are only the most preferred embodiments of the present invention, and do not represent all the technical spirit of the present invention. It should be understood that there may be equivalents and variations.

1 is a perspective view showing an embodiment of an ion massage device for skin care according to the present invention, Figure 2 is a schematic diagram showing an embodiment of the ion massage device for skin care according to the present invention.

An embodiment of an ion massage device for skin care according to the present invention will be described in detail below with reference to FIGS. 1 and 2.

An embodiment of the ion massage device for skin care according to the present invention includes a housing part 100 having a space formed therein.

The housing unit 100 is to allow current to flow through the user's skin by being in contact with another point of the user's body while being in contact with one point of the user's body. It will be described as an example that a current flows through the user's skin by contacting the skin of the site.

In addition, a low frequency generator 200 for applying AC power to the housing 100 is positioned in the housing 100.

The housing unit 100 is electrically connected to the low frequency generator 200 and includes an electrode body member 110 made of a conductive material, and an insulating film member 120 made of an insulating material surrounding the electrode body member 110. .

The low-frequency generator 200 is electrically connected to the electrode body member 110 and applies AC power to the electrode body member 110, which is a conductor, so that a current is applied to the skin through the insulating film member 120 that is substantially in contact with the user's skin. Let it flow.

That is, the low frequency generator 200 allows current to flow through capacitive coupling through the skin through which current can flow and the electrode body member 110 with the insulating film member 120 substantially in contact with the user's skin therebetween. .

In addition, the low frequency generator 200 generates a low frequency having a frequency of 500Hz ~ 5KHz so that a current flows through the skin through capacitive coupling.

In more detail, the electrode body member 110 is a part held by the user and is made of a conductor, and the first electrode body member 111 is electrically connected to the low-frequency generator 200, and The second electrode body member 112, which is in contact with the skin and made of a conductor, is located between the first electrode body member 111 and the second electrode body member 112, so that the first electrode body member 111 and the second electrode body member 111 and the second electrode body member 111 and the second electrode body member 111 are formed. It includes an insulating member 113 for insulating the electrode body member 112.

In addition, the insulating film member 120 may include a first insulating film member 121 surrounding the first electrode body member 111 and a second insulating film member 122 covering the second electrode body member 112.

That is, the electrode body member 110 includes a first electrode body member 111 wrapped with a first insulating film member 121, a second electrode body member 112 wrapped with the second insulating film member 122, and a first electrode. It includes an insulating member 113 positioned between the body member 111 and the second electrode body member 112 to insulate the first electrode body member 111 and the second electrode body member 112.

The electrode body member 110, that is, the first electrode body member 111 and the second electrode body member 112 are made of aluminum or an alloy containing aluminum, and are made of various materials such as copper having excellent conductivity. It can be.

In addition, as an example, the insulating film member 120, that is, the first insulating film member 121 and the second insulating film member 122 are oxide films formed by anodizing treatment.

The first insulating film member 121 and the second insulating film member 122 form an insulating film surrounding the first electrode body member 111 and the second electrode body member 112 made of aluminum, and the first electrode made of aluminum. By preventing oxidation of the body member 111 and the second electrode body member 112, the durability of the first electrode body member 111 and the second electrode body member 112 is secured, and the first electrode body is stable for a long period of time. The quality of the member 111 and the second electrode body member 112 can be maintained.

As an example, the first electrode body member 111 is a portion held by the user and includes a plurality of non-slip protrusions 111a that prevent slipping on the outer circumferential surface.

In addition, the second electrode body member 112 has a spherical skin contacting ball portion 112a positioned at one end side, and a ring-shaped contact protrusion 112b having a hemispherical cross-section in a ring shape surrounding the outer circumferential surface on the outer surface thereof.

The skin-contacting ball part 112a is used for contacting a local area such as under the eyes in a ball shape, and the ring-shaped contact protrusion part 112b is a part that is continuously connected and positioned in plural to allow contact with a wide part of the skin.

The user may selectively use the skin-contacting bowl 112a by contacting it with a local area such as under the eyes, or by contacting the skin with a large area through a plurality of continuous ring-shaped contact protrusions 112b.

The ion massage device for skin care according to the present invention may further include a vibration generating unit 300 positioned in the housing unit 100 to generate vibration in the housing unit 100.

As an example, the vibration generating unit 300 is located inside the second electrode body member 112 in contact with the user's skin at a body part requiring skin care to generate vibration in the second electrode body member 112 .

The insulating member 113 is a first electrode body that has elasticity and is made of an elastic material including a synthetic resin material, synthetic rubber material, etc. having a certain rigidity, so that the vibration generated by the vibration generating unit 300 is held by the user's hand. It minimizes the transmission to the member 111.

The insulating member 113 is used by minimizing the vibration transmitted to the first electrode body member 111 by absorbing a portion of the vibration generated from the second electrode body member 112 and transmitted to the first electrode body member 111 It is possible to minimize the discomfort caused by vibration in the user's hand.

As an example, the vibration generator 300 uses a known vibration motor as an example, and may be variously modified and implemented using a known vibration generating structure that generates vibration, and a more detailed description thereof will be omitted.

The vibration generating unit 300 vibrates the second electrode body member 112 in contact with the corresponding body part that needs skin care, and continuously taps and massages the skin during skin treatment, skin care, or make-up, so that the cosmetic is applied to the skin by vibration. It allows it to penetrate more smoothly into the interior.

In addition, the ion massage device for skin care according to the present invention supplies electric power to the low frequency generator 200 and the vibration generator 300 and controls the operation of the low frequency generator 200 and the vibration generator 300. It further includes an operation control unit 400.

The operation control unit 400 includes a rechargeable battery capable of recharging the consumed power energy, and further includes a charging terminal 410 exposed to the outside of the housing unit 100 so that the rechargeable battery can be charged.

As the charging terminal, a micro 5 pin, 8 pin, C type, etc., which can connect a known charging cable, can be used, and in addition, a charging terminal capable of connecting other known charging cables can be variously modified and implemented. It should be noted that the explanation is omitted.

Meanwhile, in the low frequency generator 200, a (+) terminal is connected to the second electrode body member 112, and a (-) terminal is connected to the first electrode body member 111.

The operation control unit 400 continuously applies a minute current to the low frequency generation unit 200, and the low frequency generation unit 200 is continuously supplied with the minute current through the operation control unit 400 and is maintained in a standby state for operation.

The low frequency generator 200 includes a first wire part 210 electrically connected to the first electrode body member 111 and a second wire part 220 electrically connected to the second electrode body member 112 Thus, when the user holds the first electrode body member 111 with his or her hand and contacts the second electrode body member 112 wrapped with the second insulating film member 122 to the skin of the body part that needs skin care, the current As it flows, negative charges penetrate into the skin, and cosmetics can be smoothly absorbed into the skin along with it.

On the other hand, the ion massage device for skin care according to the present invention is electrically connected to any one of the first wire part 210 and the second wire part 220 and operates the vibration generating part 300 when it detects that a current flows. It further includes a switch unit 500 to let.

Current amplification that amplifies the current flowing through the first wire part 210 and the second wire part 220 between the switch part 500 and any one of the first wire part 210 and the second wire part 220 The part 600 is positioned to amplify the current flowing through the first wire part 210 and the second wire part 220 and transfer it to the switch part 500, and the vibration generating part 300 through the switch part 500 To be able to apply electric power.

The switch unit 500 is positioned between the operation control unit 400 and the vibration generation unit 300 to supply electric power from the operation control unit 400 to the vibration generation unit 300 or cut off the electric power.

The switch unit 500 is electrically connected to any one of the first electric wire 210 and the second electric wire 220 and connects the operation control unit 400 and the vibration generating unit 300 when it detects that current flows ( ON) so that the vibration generating unit 300 is operated.

In addition, the switch unit 500 is electrically connected to any one of the first wire unit 210 and the second wire unit 220 so that no current flows, that is, when more than a preset current value is not transmitted, the operation control unit By blocking (OFF) the 400 and the vibration generating unit 300, the vibration generating unit 300 is maintained in a stopped state.

The current flowing through the first wire part 210 and the second wire part 220, that is, the current applied to the skin, is not transferred to the switch part 500 as a micro current, or even if it is transferred, it is not recognized as a minute current and a vibration generating part There is room for 300 to malfunction. That is, the user holds the first electrode body member 111 by hand, and the second electrode body member 112 wrapped with the second insulating film member 122 is brought into contact with the skin of the body part that needs skin care, in a capacitive coupling method. Even if current flows, the vibration generator 300 may not operate.

The current amplifying unit 600 amplifies the current flowing while holding the housing unit 100 with a hand and in contact with the skin of a body part that needs skin care, and accurately senses the current flowing through the skin from the switch unit 500 to vibrate. To prevent malfunction of the generation unit 300, hold the first electrode body member 111 by hand, and place the second electrode body member 112 wrapped with the second insulating film member 122 on the skin of the body where skin care is required. In a state in contact with the vibration generating unit 300 so that it can be automatically operated without malfunction.

The switch unit 500 connects (ON) the operation control unit 400 and the vibration generation unit 300 only when the intensity of the current transmitted by the current amplification unit 600 is greater than or equal to a preset intensity, and the vibration generation unit 300 Is operated, and the operation control unit 400 and the vibration generation unit 300 are blocked (OFF) below a preset current to maintain the vibration generation unit 300 in a stopped state.

The vibration generating unit 300 holds the first electrode body member 111 wrapped with the first insulating film member 121 by hand, and skin cares the second electrode body member 112 wrapped with the second insulating film member 122 In other words, the ion massage device for skin care according to the present invention is automatically operated only in a state in which current flows in a dose-coupled manner by contacting the skin with the user's skin, that is, in a state in which the ion massage device for skin care according to the present invention is in contact with the skin of the required body part. There is no need to manipulate it, so it is convenient to use, and by increasing the penetration effect of the cosmetic product by applying an electric current to the massage effect, the cosmetic product can be absorbed more smoothly and evenly into the skin.

Since the vibration generating unit 300 is automatically operated only in a state in which current flows in a capacitive coupling manner by being in contact with the user's skin, it prevents consuming power energy due to unnecessary operation and enables efficient use of power energy. .

In addition, an embodiment of the ion massage device for skin care according to the present invention is connected to the switch unit 500 and the operation control unit 400 and the vibration generating unit 300 are connected (ON) through the switch unit 500. It further includes a lamp unit 700 that is turned on only when the vibration generating unit 300 is operated.

The operation control unit 400 is connected to the switch unit 500 and a power line 510 for generating a first vibration, and the switch unit 500 is a power line 520 for generating a second vibration, and the vibration generating unit 300 and Connected.

The lamp unit 700 is connected to a second vibration generating power line 520 connecting the switch unit 500 and the vibration generating unit 300 to the operation control unit 400 and the vibration generating unit through the switch unit 500. When the 300 is connected (ON), it is operated by receiving electric power together with the vibration generating unit 300 to emit light.

The lamp unit 700 confirms the operation state to the user so as to ensure convenience in use, and checks the failure of the vibration generating unit 300 when the vibration generating unit 300 is not operated in the lighted state. You can also have a function that can be done.

The lamp part 700 is located on the other end side of the first electrode body member 111 and is exposed to the outside of the hand when the user grabs the first electrode body part and uses it, so that the user can easily check whether it is lit or not. have.

A lamp housing unit 130 made of a transparent or translucent material in which the lamp unit 700 is located is positioned at the other end of the first electrode body member 111.

The lamp unit 700 holds the first electrode body member 111 wrapped with the first insulating film member 121 by hand, and the second electrode body member 112 wrapped with the second insulating film member 122 can be used for skin care. It is turned on when it is in contact with the skin of a necessary body part so that the user can check the operation state, and when using it as a decorative beauty by light, the feeling of satisfaction can be greatly improved.

3 is a view showing an example of use of an embodiment of the ion massage device for skin care according to the present invention. Referring to FIG. 3, the user has a first electrode body member wrapped with a first insulating film member 121 ( When 111 is held with a hand and the second electrode body member 112 wrapped with the second insulating film member 122 is brought into contact with the skin 1 of a body part requiring skin care, current flows through the skin 1.

Since the current flows from (+) to (-), the second electrode body member (112) to which the (+) terminal is connected to the first electrode body member (111) to which the (-) terminal is connected through the user's skin (1). The current flows, and at this time, the vibration generating unit 300 is also operated to induce a massage effect.

In addition, as the vibration generating unit 300 is operated, the lamp unit 700 is lit together to emit light, so that the user can check the operating state in real time, and can feel a great satisfaction during use as a decoration by light.

In other words, the skin (1) is ionized by the penetration of negative charges into the skin (1) as current flows, and as the skin (1) is ionized, the cosmetic is smoothly absorbed into the skin (1) by the massage effect by vibration. So that it can be absorbed more smoothly and evenly.

At this time, since the AC power generated by the low-frequency generator 200 is applied to the second electrode body member 112, which is a conductor, a second insulating film positioned between the second electrode body member 112 and the user's skin 1 Current flows through the skin through the member 122 in a capacitive coupling manner.

In the ion massage device for skin care according to the present invention, current flows in a capacitive coupling method that allows current to flow even if an insulator is positioned between the electrode and the electrode. Can flow stably through the skin.

That is, in the present invention, the current is applied to the skin using an AC power source so that the current can stably flow to the skin through capacitive coupling irrespective of the skin condition, thereby securing operational stability and operational reliability.

In the present invention, current is applied to the skin with an AC power source so that current flows evenly through the skin through capacitive coupling irrespective of the skin condition, thereby evenly improving the penetration efficiency of cosmetics, and greatly improving the satisfaction level in skin care.

It should be noted that the present invention is not limited to the above-described embodiments, but various modifications can be made without departing from the gist of the present invention, and this is included in the configuration of the present invention.

Claims

A housing unit that contacts another point of the user's body while being in contact with one point of the user's body to allow current to flow through the user's skin; And

It is located in the housing and includes a low frequency generator for applying AC power to the housing,

Skin, characterized in that the housing part is electrically connected to the low-frequency generation part, and the electrode body member made of a conductive material is wrapped with an insulating film member made of an insulating material to contact the user's skin to allow current to flow through capacitive coupling. Ion massage device for management.
The method according to claim 1,

The low-frequency generation unit generates a low-frequency wave having a frequency of 500Hz ~ 5KHz so that current flows through the skin through capacitive coupling.
The method according to claim 1,

The housing part,

A first electrode body member in contact with a point on the user's body, made of a conductor, electrically connected to the low frequency generator, and wrapped with an insulating film member;

A second electrode body member that is in contact with another point of the user's body, is made of a conductor, is electrically connected to the low frequency generator, and is wrapped with an insulating film member;

And an insulating member positioned between the first electrode body member and the second electrode body member to insulate the first electrode body member from the second electrode body member.
The method according to claim 1,

The electrode body member is made of an aluminum material or an alloy containing aluminum, and the insulating film member is an oxide film formed by anodizing treatment.
The method of claim 3,

The first electrode body member is a portion held by the user and has a plurality of non-slip protrusions that prevent slipping on the outer circumferential surface thereof,

The second electrode body member is characterized in that a spherical skin contacting ball portion is positioned on one end side, and a plurality of ring-shaped contact protrusions formed successively having a hemispherical cross section in a ring shape surrounding the outer circumferential surface are positioned on the outer surface. Ion massage device for skin care.
The method of claim 3,

An ion massage device for skin care, further comprising a vibration generator positioned within the second electrode body member to generate vibration in the second electrode body member.
The method of claim 6,

The insulating member is made of an elastic material and absorbs vibration generated by the vibration generating unit.
The method of claim 7,

An ion massage device for skin care, further comprising an operation control unit for supplying electric power to the low frequency generation unit and the vibration generation unit and controlling the operation of the low frequency generation unit and the vibration generation unit.
The method of claim 8,

The low frequency generator includes a first wire part electrically connected to the first electrode body member, and a second wire part electrically connected to the second electrode body member,

The ion massage device for skin care, further comprising a switch unit that is electrically connected to any one of the first and second electric wires to operate the vibration generating unit when current is sensed.
The method of claim 9,

Further comprising a current amplifying unit for amplifying the current delivered to the switch unit,

The switch unit operates the vibration generation unit by connecting (ON) the operation control unit and the vibration generation unit only when the current value transmitted from the current amplification unit is greater than or equal to a preset current value, and the current value transmitted from the current amplification unit is When the current value is less than a predetermined value, the operation control unit and the vibration generating unit are shut off (OFF) to maintain the vibration generating unit in a stopped state.
The method of claim 10,

Ion for skin care, characterized in that it further comprises a lamp unit which is located in the housing unit and is connected to the switch unit, and is connected to (ON) the operation control unit and the vibration generation unit through the switch unit and is turned on only when the vibration generation unit is operated. Massage equipment.