KR20200053699A - Multi function skin care device - Google Patents

Abstract

The present invention relates to a multifunctional beauty device. More particularly, the present invention aims to provide a multifunctional beauty device which is provided with a brush having a contact tip formed on one side and an electrode portion where micro-current flows on the other side to replace various beauty devices with one device. Also, the vibration direction of the brush contact tip intersects the projecting direction of the contact tip to increase the cleaning effect, and the vibration characteristics are variable according to the rotational speed of a vibration motor, and various types of contact tips can be applied.

Description

Multifunction skin care device

The present invention relates to a multi-functional cosmetic apparatus, and more specifically, a brush having a contact tip formed on one side and an electrode portion through which a micro-current flows on the other side, so that various cosmetic instruments can be replaced by a single device. There is, the vibration direction of the brush contact tip crosses the protruding direction of the contact tip to increase the cleaning effect, the vibration characteristics vary depending on the rotational speed of the vibration motor, and a multifunctional beauty that can apply various types of contact tips The purpose is to provide the apparatus.

In general, cosmetics are used to penetrate the skin and supply nutrition or remove waste products in the skin, and the user has rubbed it with a hand or other applicator after applying the cosmetics to make the cosmetics penetrate deeper into the skin.

This was the same in the case of the cleansing foam, and even when using the cleansing foam, there was a problem that it was difficult to cleanly clean makeup penetrated deep into the pores by simply rubbing it by hand.

In order to solve this problem, steam towels were used to widen the pores to facilitate the penetration of cosmetics, but this only limited the path of cosmetics to increase the depth of penetration.

For this reason, methods such as cleansing using vibration and improvement of skin quality using galvanic current have been devised by using a mechanical device, but this also has the inconvenience of providing each instrument separately.

Accordingly, there is a need to develop a multifunctional beauty device that can utilize various functions as one device.

KR20-0464559 (Registration No.) 2013.01.02.

An object of the present invention is to provide a multifunctional cosmetic apparatus that can replace various cosmetic apparatuses with a single device by having a brush having a contact tip formed on one side and an electrode portion through which micro-current flows on the other side.

In addition, an object of the present invention is to provide a multi-functional cosmetic apparatus capable of increasing the cleaning effect by crossing the vibration direction of the brush contact tip with the protruding direction of the contact tip.

In addition, it is an object of the present invention to provide a multi-functional cosmetic apparatus that has variable vibration characteristics according to the rotational speed of the vibration motor.

In addition, it is an object of the present invention to provide a multi-functional cosmetic apparatus to which various types of contact tips can be applied.

In addition, an object of the present invention is to provide a multifunctional beauty device that maximizes space utilization by forming a plurality of main PCB substrates and interposing a vibration motor therebetween.

The present invention, the housing is configured to have a hollow interior as an external gripable hand; A main PCB substrate provided inside the housing and having at least one side coupled to the housing; A vibration motor coupled to the main PCB substrate and an eccentric weight body coupled to a rotating shaft to generate vibration when rotating; A brush provided on one side of the outer periphery of the housing and having a plurality of contact tips protruding from an outer surface; It is formed of a conductive material is provided to be coupled to one side of the other outer periphery of the housing, the electrode portion through which one side is formed through; An LED module for skin care provided on one side of the housing and emitting light to the outside through the through portion of the electrode; A diffusion lens coupled to the electrode portion to seal the penetrating portion of the electrode portion to diffuse light emitted from the LED module for skin care. The main PCB substrate includes a pair spaced apart from each other in parallel. The end is facing the brush direction and the other end is facing the direction of the electrode part, a motor hole is drilled inside, and the vibration motor has one outer periphery and the other outer periphery opposite to the one outer periphery, each of the main PCBs. Each is inserted into and mounted on the motor hole of the substrate.

In addition, the present invention, the electrode switch provided on one side of the housing to supply a micro-current to the electrode portion during operation; A vibration control switch provided on one side of the housing so that the vibration motor is driven during operation; It is provided inside the housing and further includes a battery that supplies power to the main PCB substrate, the vibration motor, or the LED module for skin care.

In addition, in the vibration motor of the present invention, a motor coupling member is coupled from the outside of one outer periphery so as to sandwich the main PCB substrate therebetween, and the weight of either the outer periphery direction or the other outer periphery direction is centered around the rotation axis. It is formed in a heavier shape.

In addition, the brush of the present invention is detachably provided on the housing, and the contact tip is arranged in a plurality of spaced apart from each other at least one protrusion having a rod-like protrusion, a face-like protrusion, or a flat cross-sectional shape. .

In addition, the present invention, the inside of the electrode tip is provided in the auxiliary PCB is coupled to the housing; includes, the LED module for skin care is mounted on the auxiliary PCB substrate.

In addition, the present invention is provided between the auxiliary PCB substrate and the electrode tip to support the electrode tip from the auxiliary PCB substrate, so that light emitted from the LED module for skin care can reach the diffusion lens It is formed in a cylindrical shape and includes an insulating support for receiving the LED module for skin care therein.

In addition, the present invention, a plurality of status LED module mounted on the main PCB substrate; includes, the housing is formed of a translucent transmissive surface opposite to the LED module for status display, the status display It is configured to be able to check the light emitted from the LED module from the outside.

According to the present invention, a brush having a contact tip is formed on one side, and an electrode portion through which a micro-current flows is provided on the other side, so that various cosmetic instruments can be replaced by a single device.

In addition, according to the present invention, the side end of the main PCB board faces the brush direction, and the vibration motor is coupled between the main PCB boards, so that the vibration direction of the brush contact tip intersects the protruding direction of the contact tip to increase the cleaning effect. There is an effect that can be made.

In addition, according to the present invention, the vibration motor is formed to have a heavier weight on one side of the main PCB substrate in the center of the rotation axis, so that vibration characteristics are varied according to the rotational speed of the rotation axis.

In addition, the present invention has the effect that the brush is detachably provided to apply various types of contact tips.

In addition, the present invention has the effect of maximizing space utilization by forming a plurality of main PCB substrates and interposing a vibration motor therebetween.

1 is a perspective view of a multifunctional beauty device according to an embodiment of the present invention.
Figure 2 is a front view of a multifunctional beauty device according to an embodiment of the present invention.
Figure 3 is a side view of a multifunctional beauty device according to an embodiment of the present invention.
Figure 4 is an exploded perspective view of a multi-functional beauty device according to an embodiment of the present invention.
5 is a perspective view of main parts of a multifunctional beauty device according to an embodiment of the present invention.
6 is an exploded perspective view of main parts of a multifunctional beauty device according to an embodiment of the present invention.
7 is a plan view of a main portion of a multifunctional beauty device according to an embodiment of the present invention.
8 is a perspective view of a multifunctional beauty device according to another embodiment of the present invention.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

The present invention, as shown in Figures 1 to 8, the housing 100 is configured to have a hollow interior as an external shape that can be held in the hand, and is provided inside the housing 100 and at least one side of the housing 100 The main PCB substrate 400 coupled to the main PCB substrate 400 is provided coupled to the eccentric weight 411 is coupled to the rotating shaft vibration motor 410 to generate vibration when rotating, and the housing 100 It is provided to be coupled to one side of the outer periphery of the brush 200 formed with a plurality of contact tips 201 protruding on the outer surface, and is formed of a conductive material and is provided on one side of the outer periphery of the housing 100 to be provided. The electrode part 300 is formed with a through portion, and is provided on one side of the housing 100, and the LED module 510 for skin care that radiates light to the outside through the through portion of the electrode portion 300, and the electrode portion 300 It is coupled to the electrode portion 300 to seal the penetrating portion of the skin care A diffusion lens 511 for diffusing light emitted from the LED module 510, and an electrode switch 130 provided on one side of the housing 100 so as to supply a micro-current to the electrode part 300 during operation, and during operation Vibration control switch 120 provided on one side of the housing 100 to drive the vibration motor 410, and provided inside the housing 100, the main PCB substrate 400, vibration motor 410 or skin care It comprises a battery that supplies power to the LED module 510.

The housing 100 serves to provide an installation place so that each component can be installed by being gripped by hand, and for this purpose, it is formed to have a hollow interior as an external shape that can be gripped by the hand.

The housing 100 is formed in a long shape in a rod shape, and may be formed to have a gentle curve for a beautiful design. However, of course, the housing 100 may be manufactured in a spherical shape or various shapes, not a rod shape.

In the description of the present invention, in order to reduce misunderstanding in the description of the coupling relationship between components, the housing 100 is illustrated and described only in the case of being formed in a rod shape.

The brush 200 is coupled to the outer peripheral edge of the upper side of the housing 100, and the electrode portion 300 is coupled to the other peripheral edge of the other side, that is, the other outer peripheral edge. At this time, the exposed outer periphery of the housing 100 and the brush 200, and the exposed outer periphery of the housing 100 and the electrode part 300 are preferably coupled to connect a curved shape, and when fully coupled It is desirable to look like a composition.

In addition, a coupling rod is protrudingly formed on one outer periphery of the upper side of the housing 100 and the other outer periphery, and the detachable bracket 210 for detaching the brush 200 and the PCB bracket 501 for fixing the auxiliary PCB substrate 500 ) Can be combined.

The coupling rod is formed to protrude inside the housing 100. A battery, a main PCB board 400, and the like are coupled to the inner coupling rod. At this time, since the upper and the upper side of the housing 100 must be provided with a translucent transmissive film 110 in order to transmit the light of the LED module 420 for status display to be described below, the main PCB substrate 400 has a lower portion thereof. It is preferable to be coupled to the inner coupling rod of the housing 100 with screws. In addition, a support protrusion 101 is protrudingly formed inside the upper end of the housing 100 to support the outer surface of the main PCB substrate 400 to prevent the main PCB substrate 400 from falling outward.

On the other hand, the top shape of the housing 100 is concavely curved inward to preserve the beauty, and when the skin is managed using the upper end of the brush 200 or the electrode tip, it is possible to prevent the skin from contacting the top of the housing 100 It is configured to be.

The upper end of the housing 100 and the upper side of the housing 100 and the upper side of the side of the housing 100 are translucent so that light emitted from the LED module 420 mounted on the main PCB substrate 400 inside can be transmitted to the outside. The membrane 110 is combined. Therefore, the user can check in which mode the device is currently operating using the color of light emitted from the top and side of the housing 100.

The electrode switch 130 is exposed on one side of the housing 100, and the vibration adjusting switch 120 for controlling the strength and weakness of the vibration motor 410 is exposed on the other side opposite to the electrode switch 130. Electrode switch 130 and vibration control switch 120 is preferably provided near the handle of the housing 100, between the electrode switch 130 and the vibration control switch 120 and the housing 100 by rubber packing, etc. It is desirable to be waterproof. In addition, an LED driving switch 140 for driving the LED module 510 for skin care may be provided in the vicinity of the electrode switch 130 or the vibration adjustment switch 120. The LED driving switch 140 should also be waterproofed with a rubber packing between the housing 100 and the like.

A battery is coupled to the inner bottom of the housing 100. Accordingly, a charging terminal for charging the battery is exposed at the bottom or side of the housing 100, and when the housing 100 is inserted into the charging cradle, the battery is automatically charged.

The main PCB board 400 is supplied with power from a battery, and the electrode switch 130, the vibration control switch 120, and the LED driving switch 140 are combined, and corresponding voltage or current according to the operation of each switch To produce the electrode unit 300, the vibration motor 410, the skin care LED module 510 or the auxiliary PCB substrate 500, and the status display LED module 420. At this time, between the electrode switch 130, the vibration control switch 120, the LED driving switch 140 and the main PCB board 400, a waterproof and insulating rubber may be provided, and the waterproof and insulating rubber may be used to switch each switch to the main PCB. It supports from the substrate 400, prevents short circuits, and prevents moisture from entering the main PCB substrate 400 through the gap of each switch.

The main PCB substrate 400 is coupled with a screw or the like to a coupling rod whose lower or middle part protrudes inside the housing 100. However, the upper end of the main PCB substrate 400 is a structure that is difficult to be coupled to the coupling rod of the housing 100, because the inner upper portion of the housing 100 is composed of a translucent transparent film 110 to form a coupling rod. Because it is difficult to do. However, since the upper end portion of the main PCB substrate 400 is a portion to which the vibration motor 410 is coupled, it is necessary to be firmly supported by the housing 100. Therefore, in the present invention, the support protrusion 101 is formed to protrude from the inner top of the housing 100, and an extension piece 402 for supporting the support protrusion 101 is provided at the upper side end of the main PCB substrate 400. It is formed to extend in the lateral direction.

On the other hand, in relation to the support structure in the housing 100, the main PCB substrate 400 is composed of a pair of plate-shaped spaced apart parallel to each other, and the vibration motor 410 is accommodated and coupled between the spaced apart. To this end, the main PCB board 400 has a motor hole 401 perforated therein, and one outer periphery of the vibration motor 410 and the other outer periphery opposite to the one outer periphery are motors of each main PCB board 400. The holes 401 are respectively inserted and mounted. That is, the vibration motor 410 is interposed between the main PCB substrate 400, and the outer peripheral edges of both sides of the vibration motor 410 are protruded and supported outside the main PCB substrate 400 through the motor hole 401. It becomes shape. At this time, if the vibration motor 410 is simply mounted, there is a fear that the main PCB substrate 400 may be damaged or the vibration motor 410 may escape due to vibration generated when the vibration motor 410 is driven. Therefore, in the present invention, a motor coupling member coupled to the vibration motor 410 from the outside of the main PCB substrate 400 is provided, that is, one main PCB substrate 400 between the motor coupling member and the vibration motor 410 ) Becomes an embedded form. At this time, the motor coupling member is stably fixed if it is coupled to only one side of the vibration motor 410, and the other side of the vibration motor 410 may not need to be coupled to the motor coupling member, but is not limited thereto.

Therefore, the main PCB substrate 400 is a form in which the vibration motors 410 are sandwiched between each other, so that the main PCB substrate 400 does not flow in a direction facing each other. Therefore, the support protrusion 101 of the housing 100 has a preferable structure in which the extension piece 402 of the main PCB substrate 400 is supported from the outside direction of the main PCB substrate 400 in the inside direction.

In addition, the main PCB substrate 400 is preferably such that the direction of the extension of the surface, that is, the direction toward the side end is the direction of the brush 200 or the electrode 300. That is, one side end of the main PCB substrate 400 is directed toward the brush 200, and the other end is directed toward the electrode part 300. This is to ensure that the vibration direction of the contact tip 201 of the brush 200 is a lateral direction rather than the protruding direction of the contact tip 201, which will be described in detail in the description of the vibration motor 410 below.

In addition, the LED module 420 for status display is mounted on the outer surface of the main PCB substrate 400, that is, the surface facing the inner surface of the housing 100. The status display LED module 420 displays the current device's operation in color, and for this purpose, a plurality of LEDs are provided on the outer surface of each main PCB substrate 400.

The vibration motor 410 is provided to be coupled to the main PCB substrate 400, and the eccentric weight body 411 is coupled to the rotating shaft to generate vibration when rotating. To this end, the vibration motor 410 has a shape sandwiched between the two main PCB substrates 400, and the outer peripheries of both sides are inserted and mounted in the motor hole 401 of each main PCB substrate 400. Then, the motor coupling member is coupled to the vibration motor 410 from the outside of the at least one main PCB substrate 400 so that the vibration motor 410 and the main PCB substrate 400 are firmly coupled. At this time, the outer peripheral edge of one side of the vibration motor 410, that is, the outer peripheral edge of the side to which the motor coupling member is coupled is preferably a flat shape in order to be fixed securely with the motor coupling member.

At this time, the vibration motor 410 is preferably the heavier weight of either one of the outer peripheral direction or the other outer peripheral direction around the rotation axis. At this time, in most cases, the direction of the outer periphery of one side of the vibration motor 410 is heavier due to the weight of the motor coupling member, but is not limited thereto, and the direction of the outer periphery of the other side of the vibration motor 410 by the circular portion of the other outer periphery The weight of may be formed heavier.

The reason for setting the weight of the vibration motor 410 to be heavier in one direction is to first fix the direction of the vibration to one side. If the center of gravity of the vibration motor 410 coincides with the rotation axis, when the eccentric weight 411 is rotated, the direction of vibration is simply the direction that the eccentric weight 411 faces, so that the desired vibration direction cannot be obtained. For example, when the contact tip 201 of the brush 200 comes into contact with the skin and vibrates, vibrating in the protruding direction of the contact tip 201 does not help the skin cleansing, and the contact tip ( This is because the direction of vibration of 201) must be lateral.

In addition, in order to direct the vibration direction toward the lateral direction of the contact tip 201, the main PCB substrate 400 should have its side end facing the brush 200 direction. At this time, the side end refers to both side edges, except for the top and bottom, among the edges of the wide side of the main PCB substrate 400. Then, naturally, the heavy outer circumferential direction of the vibration motor 410 intersects the protruding direction of the contact tip 201 of the brush 200. When the vibration motor 410 is driven in this state, the eccentric weight 411 is rotated to move the vibration motor 410 and the main PCB substrate 400 in an eccentric direction. This movement direction is made in all directions 360 degrees according to the rotation of the eccentric weight body (411). This vibration is transmitted to the brush 200 through the housing 100. However, since the vibration motor 410 has a heavier direction formed at this time, when the eccentric weight body 411 approaches the heavy direction of the vibration motor 410 during rotation, the weight of the vibration motor 410 is added to generate a stronger moving force. . And when the eccentric weight body 411 reaches the opposite side of the heavy direction of the vibration motor 410 during rotation, the weight of the vibration motor 410 is canceled to generate the weakest moving force. Accordingly, when the eccentric weight 411 is rotated by the weight distribution of the vibration motor 410, the direction in which the vibration is strong and the direction in which the vibration is weak becomes the one direction and the other direction of the vibration motor 410, and this vibration is applied to the brush 200 ), The vibration direction of the contact tip 201 can become a lateral direction.

The reason for setting the weight of the vibration motor 410 to be heavier in one direction is to change the characteristics of the vibration second. When the eccentric weight 411 is rotated, the characteristics vary depending on the rotational speed. When the eccentric weight 411 is rotated at a slow speed, it is added to the weight of the vibration motor 410 in the heavy direction of the vibration motor 410. When a strong moving force is generated, when the eccentric weight 411 is rotated at a high speed, in the heavy direction of the vibration motor 410, in addition to the weight of the vibration motor 410, a heavy eccentric weight ( Since the 411) is already moved in the opposite direction, the amplitude of the vibration is not large.

Therefore, when the rotational speed of the vibration motor 410 is slow, the brush 200 or the electrode unit 300 may have a massage effect using a large amplitude, and when the rotational speed of the vibration motor 410 is increased, the brush ( Since 200) vibrates quickly with a small amplitude, it has a cleaning effect.

A separate rubber rubber is interposed on the contact surface between the vibration motor 410 and the main PCB board 400 to prevent the main PCB board 400 from being damaged when the vibration motor 410 vibrates, and the vibration motor 410 And it may be configured to further increase the binding force between the main PCB substrate 400.

The brush 200 serves to perform massage or cleaning by contacting the skin when the vibration motor 410 rotates and vibration is generated. To this end, the brush 200 is coupled to one side of the outer periphery of the housing 100 and is provided. A plurality of contact tips 201 are formed to protrude on the side surface.

The brush 200 is formed of silicone or an elastic material corresponding thereto, and has an outer side curved shape.

On the other hand, the brush 200 is made of a removable form and is configured to selectively utilize various types of contact tips 201. To this end, the detachable bracket 210 for detaching the brush 200 has a housing 100 It is coupled to one side of the outer periphery. The detachable bracket 210 is formed such that the shape of the outer surface is the same as the shape of the inner surface of the brush 200, and is coupled to a coupling rod protruding from one outer periphery of the housing 100.

Various types of contact tips 201 are applied to the brush 200 to be detached and replaced. The shape of the contact tip 201 is a rod-like protrusion, a face-like protrusion, or a flat cross-sectional shape bent at least once. The formed projections are spaced apart from each other and arranged in plural. At this time, it is not necessary to maintain the parallel between each contact tip 201, and each contact tip 201 may be formed to be perpendicular to the outer axial surface of the brush 200.

The contact tip 201 functions as a massage or washing according to the rotation of the vibration motor 410 in contact with the skin. At this time, the contact tip 201 protruding in the center of the outer surface of the brush 200 and protruding in the circumferential direction The length, thickness, or shape of the contact tip 201 may be configured to have different effects for each part of the brush 200.

The electrode part 300 serves to induce a skin regeneration or absorption of a cosmetic liquid by a microcurrent by flowing a microcurrent, and is formed of a conductive material for this purpose and is coupled to the outer periphery of the other side of the housing 100 do.

The electrode part 300 is formed to be curved in the outer surface, and is in contact with the housing 100, and it is preferable to have the same outer shape as the brush 200 for a beautiful appearance, but is not limited thereto. In addition, the electrode part 300 receives current from the main PCB substrate 400, but is not limited thereto, and may be configured to receive current from the auxiliary PCB substrate 500 under the control of the main PCB substrate 400.

On the other hand, the electrode part 300 is provided with an auxiliary PCB substrate 500 and an LED module 510 for skin care. To this end, the electrode part 300 is formed in a hollow shape, and a part is penetrated to form a through part.

The skin care LED module 510 is provided inside the electrode portion 300 to emit light to the outside through the through portion of the electrode portion 300, and so that the emitted light hits the skin so that the skin can be managed Plays a role.

To this end, the LED module 510 for skin care is mounted on the outer surface of the auxiliary PCB substrate 500, and the auxiliary PCB substrate 500 is a PCB bracket fixed to a coupling rod protruding from the outer periphery of the housing 100 ( 501). At this time, the electrode part 300 is a conductive material and must be formed thin, since it must be formed inside, and when an external force is applied to the electrode part 300, the shape is deformed in the inner direction. Therefore, to support the electrode portion 300, an insulating support portion 520 is provided between the auxiliary PCB substrate 500 and the inner surface of the electrode portion 300.

The insulating support part 520 supports the electrode part 300 from the auxiliary PCB substrate 500. At this time, since the LED module 510 for skin care is mounted on the auxiliary PCB substrate 500, such skin care LED is provided. The insulating support 520 is formed in a cylindrical shape so as not to block the light emitted from the module 510 so that the LED module 510 for skin care is located inside.

In addition, the LED module 510 for skin care and the auxiliary PCB substrate 500 are protected from external moisture, and the electrode part 300 penetrates the skin to evenly diffuse light emitted from the LED module 510 for skin care. A diffusion lens 511 that is sealed by sealing the portion is further provided. The diffusion lens 511 is configured such that its outer surface forms the same surface as the outer surface of the electrode unit 300 in order to minimize a foreign body feeling when it comes into contact with the skin.

The present invention made of the above-described configuration is provided with a brush 200 having a contact tip 201 on one side, and an electrode part 300 through which a micro-current flows on the other side, so as to provide various beauty instruments with one device. It has a replaceable effect.

In addition, according to the present invention, the side end of the main PCB substrate 400 is facing the brush 200 direction, and the vibration motor 410 is coupled between the main PCB substrate 400, so that the brush 200 contact tip ( The vibration direction of 201) intersects with the protruding direction of the contact tip 201, thereby increasing the cleaning effect.

In addition, according to the present invention, the vibration motor 410 is formed to have a heavier weight on one side of the main PCB substrate 400 with respect to the rotation axis, so that vibration characteristics are varied according to the rotation speed of the rotation axis.

In addition, the present invention has the effect that the brush 200 is detachably provided to apply various types of contact tips 201.

The present invention has the effect of maximizing space utilization by forming a plurality of main PCB substrates 400 and interposing a vibration motor 410 therebetween.

100: housing 101: support projection
110: translucent transparent film 120: vibration control switch
130: electrode switch 140: LED drive switch
200: brush 201: contact tip
210: detachable bracket 300: electrode portion
400: main PCB board 401: motor hole
402: extension 410: vibration motor
411: eccentric weight 420: LED module for status display
500: Secondary PCB board 501: PCB bracket
510: LED module for skin care 511: Diffusion lens
520: insulating support

Claims (7)

A housing configured to have a hollow interior as an external gripable hand;
A main PCB substrate provided inside the housing and having at least one side coupled to the housing;
A vibration motor coupled to the main PCB substrate and an eccentric weight body coupled to a rotating shaft to generate vibration when rotating;
A brush provided on one side of the outer periphery of the housing and having a plurality of contact tips protruding from an outer surface;
It is formed of a conductive material is provided to be coupled to one side of the other outer periphery of the housing, the electrode portion through which one side is formed through portion;
An LED module for skin care provided on one side of the housing and light is radiated to the outside through the through portion of the electrode;
Includes; a diffusion lens coupled to the electrode portion to seal the penetrating portion of the electrode portion to diffuse light emitted from the skin care LED module;
The main PCB substrate is composed of a pair spaced apart from each other in parallel, one end toward the brush direction and the other end toward the electrode part, the motor hole is perforated inside,
The vibrating motor is a multi-functional cosmetic apparatus in which one side outer periphery and the other side outer periphery opposite to the one side outer periphery are respectively inserted and mounted in the motor hole of each main PCB board.
According to claim 1,
An electrode switch provided on one side of the housing so that a fine current is supplied to the electrode during operation;
A vibration control switch provided on one side of the housing so that the vibration motor is driven during operation;
A multifunctional beauty device further comprising; a battery provided inside the housing to supply power to the main PCB substrate, the vibration motor, or the LED module for skin care.
According to claim 1,
In the vibration motor, a motor coupling member is coupled from the outside of one outer periphery to sandwich the main PCB substrate, and a weight of either one of the outer periphery direction or the other outer periphery direction around the rotation axis is formed in a heavier shape. Multifunctional beauty appliance.
According to claim 1,
The brush is detachably provided on the housing, and the contact tip is a multi-functional cosmetic apparatus in which a plurality of rod-like protrusions, face-like protrusions, or protrusions in which a flat cross-sectional shape is bent at least once are spaced apart from each other.
According to claim 1,
Includes a secondary PCB substrate is provided coupled to the housing from the inside of the electrode tip,
A multifunctional beauty device in which the LED module for skin care is mounted on the auxiliary PCB substrate.
The method of claim 5,
It is provided between the auxiliary PCB substrate and the electrode tip to support the electrode tip from the auxiliary PCB substrate, and is formed in a cylindrical shape so that light emitted from the LED module for skin care can reach the diffusion lens. Insulating support for receiving the LED module for skin care on the inside; Multifunctional beauty instrument comprising a.
According to claim 1,
Including; a plurality of LED modules for status display mounted on the main PCB substrate,
The housing is formed of a translucent transmissive surface on the opposite side of the LED module for status display, and is a multi-functional cosmetic device configured to be able to check light emitted from the LED module for status display from the outside.

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