KR101984475B1 - Massage device for skin with moving type for skin contact - Google Patents

Abstract

The present invention relates to a skin massager with a movable skin contact part, and more specifically, to a skin massager with a movable skin contact part to allow a roller to be used simultaneously or alone while allowing a pad capable of supplying heat and vibration to the skin to be drawn out or drawn in depending on a function. According to the present invention, the skin massager with a movable skin contact part comprises: a pad part (100) capable of being in close contact with the skin; a roller part (200) disposed to be adjacent to the pad part (100) to reduce the skin wrinkles while rotating; a handle part (300) having a support plate (301) on which the pad part (100) and the roller part (200) are supported, and extending in the vertical direction on the support plate (301) so as to be gripped by a user; and a pad moving part (500) connected to the pad part (100) to allow the pad part (100) to be drawn into or drawn out of the handle part (300). The present invention can increase skin massage efficiency by lifting the user′s skin while making toner and lotion absorbed into the skin.

Description

MASSAGE DEVICE FOR SKIN WITH MOVING TYPE FOR SKIN CONTACT}

The present invention relates to a skin massager having a flowable skin contact portion, and more particularly, the roller can be used simultaneously or alone while allowing a pad capable of supplying heat and vibration to the skin, depending on the function thereof. And a skin massager provided with a flowable skin contact.

As the skin ages, the skin loses its elasticity as it ages, causing sagging, wrinkles, and long-term exposure to UV rays, resulting in thickening of the dead skin cells, resulting in loss of clarity, deteriorating skin metabolism, and hydration and nutrients. Supply is not smooth.

Skin aging is caused by the above causes. As a means for preventing skin aging, functional substances such as nourishing creams that provide nutrition to the skin are applied to the skin, or the skin is stimulated to give metabolism. Massage to keep the skin elastic by activating.

Since the massage mainly uses the hand of a person, the mass of the massager's hand node or muscles can come, and it is difficult to maintain a constant power for a long time.

Therefore, a massage tool manufactured in a specific form is widely used to maintain a uniform force during massage and to prevent the user's hands from accumulating fatigue.

Such a massage tool is composed of a generally cylindrical cylindrical handle and a roller rotatably coupled to the end of the handle so as to be easily used by the user. Rotating gives physical stimulation to the skin.

However, the existing massage tools are formed in a roller or a three-dimensional circular shape to adhere to the skin only to deliver a physical stimulus, there was a problem difficult to massage to increase the lifting efficiency of the skin.

In addition, in the case of the existing massage rollers simply push the skin in one direction it was difficult to express a substantial lifting function.

In addition, the massage pad has a variety of functions, but the totally different function can be performed according to the appearance of the massage pad, a general massager has a problem that it is impossible to change the appearance of the massage pad to a completely different massage pad.

In addition, the existing massage mechanisms are provided with the pads in contact with the skin exposed to the outside, in this case exposed to the dust and foreign substances of the outside need to be cleaned or replacement of the device due to external impact is inevitable.

Patent Document Registration Patent 10-1713585

The present invention has been made to solve the above problems, the skin massager provided with a flowable skin contact according to the present invention, while simultaneously providing heat and vibration to the skin through a pad in close contact with the skin at the same time the skin through the roller It is an object of the present invention to provide a skin massager provided with a flowable skin contact to allow lifting.

The skin massager provided with a flowable skin contact portion according to the present invention, while pressing the skin so that the skin and lotion penetrates the skin in the state that the pores of the skin is widened or the pores are contracted to increase the skin elasticity through the adhesion pad It is an object of the present invention to provide a skin massager provided with a flowable skin contact for pressing the recess in both directions to allow the skin to lift.

Skin massager provided with a flowable skin contact portion according to the present invention, the skin is provided with a flowable skin contact portion to be in close contact with the skin to provide a variety of functions and functions by simply changing the appearance of the massage pad to provide heat and vibration The purpose is to provide a massage device.

Skin massager equipped with a flowable skin contact according to the present invention, the pad in contact with the skin is introduced into the inside when not in use to prevent exposure to external dust and foreign substances, flowable skin that can be protected from external impact It is an object to provide a skin massager provided with a contact portion.

Skin massage device provided with a flowable skin contact according to the invention, the pad portion 100 is in close contact with the skin; A roller unit 200 disposed to be adjacent to the pad unit 100 to rotate the wrinkles of the skin; A handle plate 300 having a support plate 301 on which the pad part 100 and the roller part 200 are supported and extending in the vertical direction on the support plate 301 so as to be gripped by a user; And a pad flow part 500 connected to the pad part 100 to allow the pad part 100 to be drawn into or drawn out of the handle part 300.

The pad flow part 500 is formed in the entrance housing 510 and the support plate 301 to allow the pad part 100 to enter a space formed inside the handle part 300. An outer side of the handle part 300 is connected to the withdrawal hole 520 to allow the pad part 100 to be drawn out from the inside of the entry housing 510 and the pad part 100 in the entry housing 510. Protruding to form a push piece 530 to allow the pad portion 100 flow operation from the outside, and the push piece 530 is guided on the outer surface of the handle 300 to handle the handle ( It may include a sliding groove 540 formed on the outer surface of the 300.

The pushing piece 530 may include a pad joint 550 that controls the fixing after the flow of the pad part 100 while pressing or spaced apart from an outer surface of the handle part 300.

The pad flow part 500 may be formed in the support plate 301 to close the outlet hole 520 when the pad part 100 enters the entrance housing 510 and the pad part 100. When the exposure to the outside of the housing 510 may further include an opening and closing membrane 560 to open the withdrawal hole 520.

The roller unit 200 is formed in a position adjacent to the pad unit 100, the first roller 210, the second roller 250 and a pair are disposed facing each other on the support plate 301, A pair of first support pieces 220 and the first support piece 220 which are formed extending from the support plate 301 in the direction in which the first roller 210 is formed and disposed on both side surfaces of the first roller 210. In the first roller 210 to pass through the first roller 210 to rotate the first roller 210, the first motor 240 for providing rotational power to the first rotating shaft 230, and The pair of second support pieces 260 disposed on both sides of the second roller 250 to extend in the direction in which the second roller 250 is formed in the support plate 301, and in the second support piece 260. It may include a second rotating shaft 270 for penetrating the second roller 250 so that the second roller 250 is rotated, and a second motor 280 for providing rotational power to the second rotating shaft 270. have.

In the handle part 300, the first and second rollers 210 and 250 of the roller part 200 may be disposed on the same horizontal line as the pad part 100, or different from the pad part 100. A flow unit 400 may be provided to allow flow to be disposed on the horizontal line.

The flow part 400 is formed on the support plate 301, and is formed to be indirectly connected to the pair of first support pieces 220, and has a first flow housing 410 formed in a semi-circular shape. A first connection arm 420 connected to the first support piece 220 and interlocked with the first support piece 220 while protruding from the inside of the first flow housing 410 to the outside, and the first flow housing. 410 is partially cut to connect the first slit groove 430 and the pair of first connecting arms 420 to allow the first connection arm 420 to flow to the incision, A second flow housing 450 formed on the first connection shaft 440 and the support plate 301, and formed to be indirectly connected to the pair of second support pieces 260 and formed in a semi-circular shape. ) And a second connection arm 460 connected to the second support piece 260 and interlocked with the second support piece 260 while protruding from the inside of the second flow housing 450 to the outside. And a second slit groove 470 for allowing the second flow housing 450 to be partially cut to allow the second connection arm 460 to flow to the cutout portion, and the pair of second connection boxes 460. ) May include a second connecting shaft 480 forming an axis.

The flow unit 400 is connected to the first connecting shaft 440 and is disposed on the outer surface of the first flow housing 410 while pressing or spaced apart from the first flow housing 410 by the first connection arm ( A first joint 445 for controlling the fixing after the flow of 420 and the second flow housing 450 are connected to the second connection shaft 480 and disposed on an outer surface of the second flow housing 450. It may further include a second joint 485 for controlling the fixing after the flow of the second connection arm 460 while pressing or spaced apart.

The first and second rollers 210 and 250 are rotated outwardly by the first motor 240 and the second motor 280 in a state where the first and second rollers 210 and 250 are in close contact with the skin. Can be spread out.

Skin massager equipped with a flowable skin contact according to the present invention, to increase the elasticity of the skin by opening the pores of the skin or shrinking the pores of the skin, while allowing skin and lotion to penetrate the skin while lifting the skin As a result, there is a technical effect of improving the skin massage efficiency.

Skin massager equipped with a flowable skin contact according to the present invention, the skin massager pad can be provided by operating the thermal steaming, vibration, low frequency and plasma on the user's skin according to the user's selection, and separately rotated in both directions separately There is a technical effect that the roller to press the skin in both directions to improve the lifting efficiency.

Skin massager provided with a flowable skin contact in accordance with the present invention, by changing the appearance of the massage pad to have a variety of forms and functions to have a technical effect that can improve the efficiency of massage.

The skin massager provided with a flowable skin contact portion according to the present invention prevents the pad contacting the skin from being introduced into the inside when not in use and exposed to dust and foreign substances from the outside, and is protected from external impact to improve use efficiency. There is a technical effect that can be.

1 is a view showing a skin massager having a flowable skin contact in accordance with the present invention.
2 is a view showing an embodiment of a skin massager provided with a flowable skin contact in accordance with the present invention.
3 is a view showing another embodiment of a skin massage device provided with a flowable skin contact in accordance with the present invention.
4 is a view showing a state of use of the skin massager provided with a flowable skin contact in accordance with the present invention.
5 is a view showing another use state of the roller in the skin massager provided with a flowable skin contact in accordance with the present invention.
6 is a view showing another use state of the roller in the skin massager provided with a flowable skin contact in accordance with the present invention.
7 is a view showing another use state of the skin massager provided with a flowable skin contact in accordance with the present invention.
8 is a view showing the use of the pad portion in the skin massager provided with a flowable skin contact in accordance with the present invention.
9 is a view showing another use state of the pad portion in the skin massager provided with a flowable skin contact in accordance with the present invention.
10 is a view showing another use state of the pad portion in the skin massager provided with a flowable skin contact in accordance with the present invention.

DETAILED DESCRIPTION OF THE INVENTION The following detailed description of the invention refers to the accompanying drawings that show, by way of illustration, specific embodiments in which the invention may be practiced. These embodiments are described in sufficient detail to enable those skilled in the art to practice the invention. It is to be understood that the various embodiments of the invention are different, but need not be mutually exclusive. For example, certain shapes, structures, and characteristics described herein may be embodied in other embodiments without departing from the spirit and scope of the invention with respect to one embodiment. In addition, it is to be understood that the location or arrangement of individual components within each disclosed embodiment may be changed without departing from the spirit and scope of the invention. The following detailed description, therefore, is not to be taken in a limiting sense, and the scope of the present invention, if properly described, is defined only by the appended claims, along with the full range of equivalents to which such claims are entitled. In the drawings, like reference numerals refer to the same or similar functions throughout the several aspects, and length, area, thickness, and the like may be exaggerated for convenience.

DETAILED DESCRIPTION Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art can easily implement the present invention.

In the following detailed description, for example, a skin massage device provided with a flexible skin contact portion for allowing the rollers to be used simultaneously or alone while allowing a pad capable of supplying heat and vibration to the skin, according to a function, to be taken out or drawn in. Of course, the technical configuration of [particularly, the pad part, the roller part, and the pad flow part] can be equally applied.

1 is a view showing a skin massager having a flowable skin contact in accordance with the present invention.

2 is a view showing an embodiment of a skin massager provided with a flowable skin contact in accordance with the present invention.

3 is a view showing another embodiment of a skin massage device provided with a flowable skin contact in accordance with the present invention.

1 to 3, a skin massager having a flowable skin contact portion according to the present invention, the pad portion 100 is in close contact with the skin; A roller unit 200 disposed to be adjacent to the pad unit 100 to rotate the wrinkles of the skin; A handle plate 300 having a support plate 301 on which the pad part 100 and the roller part 200 are supported and extending in the vertical direction on the support plate 301 so as to be gripped by a user; And a pad flow part 500 connected to the pad part 100 to allow the pad part 100 to be drawn into or drawn out of the handle part 300.

The pad unit 100 may include one or more warmers 110 that provide heat to the skin, and a diaphragm 120 that is in close contact with the skin while providing the vibrations.

Naturally, the plurality of the heaters 110 may be disposed to provide heat to the skin.

The pad unit 100 is provided on the diaphragm 120 together with the warmer 110 and the diaphragm 120 to provide a plasma while extinguishing bacteria and assisting skin absorption of the lotion; The low frequency unit 140 provided at the diaphragm 120 adjacent to the plasma machine 130 to remove dead skin and assist skin activation while providing low frequency, and the diaphragm adjacent to the low frequency 140 It may include a galvanic 150 provided in the 120 to provide a current.

The temperature cutting hole 110 of the pad unit 100 may be used to provide heat while being in close contact with the skin, the LED lamp may be used, the RED LED lamp may be used, providing heat to the skin to widen the pores of the skin You will be able to perform the function.

In this way, by irradiating infrared light to the skin using the infrared LED in the temperature ablation hole 110, it is possible to assist the elasticity and regeneration of the skin by penetrating infrared heat to the depth of the skin dermis.

The vibrating plate 120 may vibrate on the skin while vibrating on the pad unit 100 to provide vibration to the skin to stimulate the skin, and may be made of metal, rubber, wood, silicone, or synthetic resin.

The plasma device 130 performs a function of calming harmful stimuli of the skin while extinguishing bacteria and viruses of the skin.

The low frequency 140 removes the dead skin of the skin and soothes the nerves to promote the blood circulation and massage the skin.

The galvanic 150 may provide negative ions and positive ions, and supply current to the skin to ionize cosmetics to penetrate the skin.

In addition, the galvanic 150 may perform a function of improving skin reddened by acne or clouding melanin pigment such as blemishes.

The warmer 110 may be heated by providing heat to the skin of the user through a heat heater according to the user's selection.

The warmer 110 may heat the user's skin to open the pores of the skin or increase the elasticity of the skin.

In particular, the warmer 110, the plagima 130, low frequency 140, galvanic 150 is preferably disposed on the inner surface of the diaphragm 120.

That is, the diaphragm 120 is in close contact with the skin directly, the warmer 110, the plagima 130, low frequency 140, galvanic 150 is disposed on the inner surface of the diaphragm 120, the skin Indirectly, each function can be exercised.

At this time, it is natural that the warmer 110, the plagima 130 and the low frequency 140 may be disposed on the same horizontal line as the diaphragm 120 without protruding from the diaphragm 120 at the time of manufacture. .

On the other hand, the roller portion 200 is formed in a position adjacent to the pad portion 100, the pair of first roller 210, the second roller 250 are disposed facing each other on the support plate 301 It may include.

The roller unit 200 serves to straighten the skin while being rotated outward with respect to the pad unit 100 in a state where the first roller 210 and the second roller 250 are in close contact with the skin. Will be performed.

To this end, the roller unit 200 is formed in the pad portion 100 in the direction in which the first roller 210 is formed in a pair of first support pieces (arranged on both sides of the first roller 210 ( 220, a first rotating shaft 230 through which the first roller 210 is rotated through the first roller 210 in the first support piece 220, and rotational power to the first rotating shaft 230. It may include a first motor 240 to provide.

In addition, the roller portion 200 is formed in the pad portion 100 extends in the direction in which the second roller 250 is formed, a pair of second support pieces 260 disposed on both side surfaces of the second roller 250. ), A second rotating shaft 270 for rotating the second roller 250 through the second roller 250 in the second supporting piece 260, and rotating power to the second rotating shaft 270. It may include a second motor 280 to provide.

The first and second rollers 210 and 250 may be formed of a sponge, a synthetic resin, rubber, or a metal.

The first roller 210 of the roller portion 200 is disposed between the pair of first support pieces 220 extending from the pad portion 100 in one direction of the pad portion 100, a pair The first rotation shaft 230 is provided between the first support piece 220 of the thermal coupling is interlocked.

In addition, the first motor 240 serves to supply the rotational power to the first rotary shaft 230 so that the first roller 210 is interlocked and rotated by rotating the first rotary shaft 230. Done.

At this time, the first motor 240 is connected to the first rotation shaft 230 while being disposed on the first support piece 220 to supply power, and a separate link to the first rotation shaft 230 ( It may be connected to the handle 300 while supplying power to the first rotating shaft 230 is connected to the belt (not shown) and the wire (not shown).

Similarly, the second roller 250 of the roller part 200 is disposed between the pair of second support pieces 260 extending from the pad part 100 in the other direction of the pad part 100, The second rotation shaft 270 provided between the pair of second support pieces 260 is connected and interlocked.

The second motor 280 serves to supply the rotational power to the second rotating shaft 270 to rotate the second rotating shaft 270 so that the second roller 260 can be linked to rotate. .

At this time, the second motor 280 is connected to the second rotary shaft 270 while being disposed on the second support piece 260 to supply power, and a separate link to the second rotary shaft 270 ( It may be connected to the handle 300 while supplying power to the second rotating shaft 270 is connected to the belt (not shown) and the wire (not shown).

As such, the first roller 210 and the second roller 250 may receive power from the first motor 240 and the second motor 280, respectively, and may be rotated by setting the rotation direction, respectively. It is preferable that the roller 210 and the second roller 250 serve to straighten the skin by rotating outwardly with respect to the pad part 100, respectively.

In addition, the first roller 210 and the second roller 250 may be rotated in the same direction by the first motor 240 and the second motor 280 according to the user's needs, the power supply is not supplied Of course, even when the user can be rotated on the first rotary shaft 230 and the second rotary shaft 270, respectively.

As a result, the pad part 100 and the roller part 200 are respectively disposed on one side and the other side of the support plate 301 forming the upper portion of the handle part 300 so that the user may move the roller part 200 according to the flow of the roller part 200. The pad unit 100 and the roller unit can be used simultaneously or selectively used.

In particular, the first and second rollers 210 and 250 are rotated outwardly by the first motor 240 and the second motor 280 in a state where the first and second rollers 210 and 250 are in close contact with the skin. As the skin is stretched out, it plays a role.

On the other hand, the handle portion 300, is formed to extend in the vertical direction to the pad portion 100 serves to enable the user to easily grip.

The handle 300 may include a support plate 301 on which the pad part 100 and the roller part 200 are supported.

In addition, the handle part 300 serves to supply power to the pad part 100 and the roller part 200 and control the operation.

To this end, the handle part 300, the power button 320 for applying the power used in the pad unit 100 and the roller unit 200, and the pad unit 100 and the roller unit 200 It may include a mode button 330 for controlling the use mode.

In addition, a battery 350 capable of supplying power to the pad part 100 and the roller part 200 may be built in the dexterity part 300, and may be connected to the outside to receive AC power. Of course it is.

That is, the power button 320 is to be operated by supplying power to the warmer 110, the diaphragm 120 and the plasma device 130 and the low frequency 140.

Subsequently, the mode button 330 may control the use or individual use of the heater 110, the diaphragm 120, the plasma device 130, and the low frequency wave 140, and control the use time and use intensity. can do.

In addition, the mode button 330 may control the simultaneous use or individual use of the first roller 210 and the second roller 250, and may also control the use time and use intensity.

In addition, the pad flow portion 500, the pad portion 100 is accommodated in the handle portion 300 or protrudes to the outside of the handle portion 300 to expose the pad portion 100 handle portion (300) serves to control the operation of reciprocating from the inside to the outside.

To this end, the pad flow part 500, the entry housing 510 and the support plate 301 to enter the pad portion 100 into the space formed inside the handle portion 300, It may include a withdrawal hole 520 is formed so that the pad unit 100 is drawn out from the inside of the entry housing 510.

In addition, the pad flow part 500 may protrude to the outside of the handle part 300 while being connected to the pad part 100 in the entry housing 510 to allow the pad part 100 to be moved from the outside. The push piece 530 and the sliding piece 530 may include a sliding groove 540 formed on the outer surface of the handle 300 so that the push piece 530 is guided and flows on the outer surface of the handle 300. have.

Here, the entry housing 510 is formed inside the handle part 300, and serves to allow the pad part 100 to enter and be accommodated in the entry housing 510.

The withdrawal hole 520 serves as a passage when the pad part 100 entered and received inside the entrance housing 510 is drawn out of the entrance housing 510.

The withdrawal hole 520 is preferably formed in the central portion of the support plate 301.

The pushing piece 530 is guided to the sliding groove 540 while being connected to the pad part 100, and interlocked with the pad part 100 to allow the pad part 100 to enter the interior of the entry housing 510. In order to be able to reciprocate to the outside from the handle portion 300 to perform a role that can be manipulated from the outside.

Here, the operation of the pad flow unit 500 will be described in more detail below.

4 is a view showing a state of use of the skin massager provided with a flowable skin contact in accordance with the present invention.

5 is a view showing another use state of the skin massager provided with a flowable skin contact in accordance with the present invention.

6 is a view showing another use state of the skin massager provided with a flowable skin contact in accordance with the present invention.

1 to 3, with reference to Figures 4 to 6, the skin massage device provided with a flowable skin contact according to the present invention, the pad portion 100 is in close contact with the skin; A roller unit 200 disposed to be adjacent to the pad unit 100 to rotate the wrinkles of the skin; A handle plate 300 having a support plate 301 on which the pad part 100 and the roller part 200 are supported and extending in the vertical direction on the support plate 301 so as to be gripped by a user; And a pad flow part 500 connected to the pad part 100 to allow the pad part 100 to be drawn into or drawn out of the handle part 300.

As mentioned above, the pad flow part 500 includes an entrance housing 510 for allowing the pad part 100 to enter a space formed inside the handle part 300, and the support plate. It may include a withdrawal hole 520 is formed in the 301 so that the pad unit 100 is drawn out from the inside of the entry housing 510.

In addition, the pad flow part 500 may protrude to the outside of the handle part 300 while being connected to the pad part 100 in the entry housing 510 to allow the pad part 100 to be moved from the outside. The push piece 530 and the sliding piece 530 may include a sliding groove 540 formed on the outer surface of the handle 300 so that the push piece 530 is guided and flows on the outer surface of the handle 300. have.

The pushing piece 530 protruding from the outside of the sliding groove 540 is connected to and interlocked with the pad part 100 accommodated in the entry housing 510.

As an example, when the pad part 100 is drawn out to the outside from the inside of the entry housing 510, the grip part 530 protruding from the sliding groove 540 is disposed. When the flow in the longitudinal direction of the 300 but the roller portion 200 is to be flowed in the arrangement direction, the pad portion 100 is interlocked with the pushing piece 530 in the direction in which the roller portion 200 is disposed To flow.

As the pad part 100 is interlocked with the pushing piece 530 and flows in the direction in which the roller part 200 is disposed, a part of the pad part 100 passes through the withdrawal hole 520 and the entry. The pad part 100 is partially exposed to the outside of the housing 510.

In addition, as the pad part 100 is interlocked according to the manipulation of the pushing piece 530, the diaphragm 120 may be positioned on the same horizontal line as the first roller 210 and the second roller 250.

In this case, the user can use the diaphragm 120, the first roller 210 and the second roller 250 at the same time.

In addition, when the pad part 100 is not in use, when the pushing piece 530 flows in the opposite direction in which the roller part 200 is disposed along the sliding groove 540, the pad part 100 is Interlocked with the push piece 530 is completely accommodated into the entry housing 510.

On the other hand, the pushing piece 530 may include a pad joint 550 to control the fixing after the flow of the pad portion 100 while pressing or spaced apart from the outer surface of the handle portion 300.

In addition, the pad joint 550 serves to allow the pad part 100 to be accommodated inside the entry housing 510 or fixed to the outside by the manipulation of the push piece 530. Will be performed.

Here, the pushing piece 530 and the pad joint 550 may be integrally formed, and the pad joint 550 may be provided to be in close contact with the sliding groove 540 that is the lower part of the pushing piece 530. have.

In an embodiment, the joint part connecting the pad part 100 and the pad joint 550 to the pad part 100 is fixed to be accommodated in the entry housing 510 or exposed to the outside. As the pad joint 550 is coupled to the 555, the pad joint 550 may press the outer surface of the sliding groove 540.

Here, as an example, the pad joint 550 pressurizes the outer surface of the sliding groove 540 to maintain the pad part 100, but the pad part 100 enters the housing 510. It can be obvious that a variety of fastening means can be used if it can be secured at.

As a result, the pad joint 550 is rotated in one direction at the joint bolt 555 in a state where a part of the pad part 100 is exposed to the outside of the entry housing 510 so that the pad joint 550 is rotated. When pressing the outer surface of the sliding groove 540, a portion of the pad portion 100 can be maintained in a fixed state while being exposed to the outside of the entry housing 510.

When the pad joint 550 is rotated in the opposite direction of the joint bolt 555 in one direction, the pushing piece 530 integrally formed with the pad joint 550 flows smoothly on the sliding groove 540. While being able to adjust the arrangement position of the pad unit 100.

In addition, the pad joint 550 is rotated in one direction in the joint bolt 555 in a state in which the pad part 100 is completely accommodated in the entry housing 510 so that the pad joint 550 is the sliding groove. When pressing the outer surface of the 540, a portion of the pad portion 100 can be maintained in a fixed state while being completely accommodated inside the entry housing 510.

Meanwhile, the pad flow part 500 may be formed in the support plate 301 to close the withdrawal hole 520 when the pad part 100 enters the entrance housing 510. 100 may further include an opening and closing membrane 560 to open the withdrawal hole 520 when exposed to the outside of the entry housing 510.

The opening / closing membrane 560 is configured to block dust or foreign matter from adhering to the pad part 100 and the diaphragm 120 in a state where the pad part 100 is completely accommodated into the entry housing 510. It will play a role.

Accordingly, when the pad part 100 is fixed in a completely accommodated state inside the entry housing 510, the opening / closing membrane 560 may be disposed in one horizontal direction on the support plate 301 according to the user's needs. While flowing, the withdrawal hole 520 may be closed.

In an embodiment, the opening and closing membrane 560 is connected to the opening and closing membrane 560 while being interlocked with the gripping piece 562 to be gripped to allow the opening and closing membrane 560 to flow from the outside. Opening and closing rod 564 and the opening and closing rod 564 in order to maintain the fixed state of the opening and closing membrane 560 in the state in which the opening and closing membrane 560 closes the drawing hole 520 can be fixed by The fixing piece 566 formed on the support plate 301 may be provided.

That is, when the opening and closing membrane 560 closes the drawing hole 520, the opening and closing rod 564 flows in one direction while the user holds the gripping piece 562. ) And the opening and closing membrane 560 to close the withdrawal hole 520.

Subsequently, when the opening / closing membrane 560 closes the drawing hole 520, the opening / closing rod 564 is fitted to the fixing piece 566 so that the opening / closing membrane 560 closes the drawing hole 520. To be kept in one state.

On the contrary, the opening / closing film 560 may open the withdrawal hole 520 while flowing in a direction opposite to a horizontal direction on the support plate 301.

When the opening / closing membrane 560 opens the drawing hole 520, the opening / closing rod 564 flows in a direction opposite to one direction while the user holds the gripping piece 562. After the 564 is separated from the fixing piece 566, the opening / closing membrane 560 interlocked with the opening / closing rod 564 may open the extraction hole 520.

That is, when the opening and closing membrane 560 opens the outlet hole 520, the opening and closing rod 564 is separated from the fixing piece 566, and then the opening and closing rod 564 flows in a direction opposite to one direction. While opening and closing the membrane 560 to open the withdrawal hole 520.

Here, the opening and closing membrane 560 is only one embodiment, if the opening and closing the opening 520 can be prevented from entering the pad unit 100 with dust and foreign matter, the opening and closing membrane 560, Naturally, various configurations other than the gripping piece 562, the opening and closing bar 564, and the fixing piece 566 may be used.

7 is a view showing another use state of the skin massager provided with a flowable skin contact in accordance with the present invention.

8 is a view showing the use of the pad portion in the skin massager provided with a flowable skin contact in accordance with the present invention.

9 is a view showing another use state of the pad portion in the skin massager provided with a flowable skin contact in accordance with the present invention.

10 is a view showing another use state of the pad portion in the skin massager provided with a flowable skin contact in accordance with the present invention.

1 to 3, referring to Figs. 7 to 10, the skin massage device provided with a flowable skin contact according to the present invention, the pad portion 100 is in close contact with the skin; A roller unit 200 disposed to be adjacent to the pad unit 100 to rotate the wrinkles of the skin; A handle plate 300 having a support plate 301 on which the pad part 100 and the roller part 200 are supported and extending in the vertical direction on the support plate 301 so as to be gripped by a user; And a pad flow part 500 connected to the pad part 100 to allow the pad part 100 to be drawn into or drawn out of the handle part 300.

The roller part 200 is formed at a position adjacent to the pad part 100, and includes a first roller 210 and a second roller 250 disposed on the support plate 301 so that the pair face each other. can do.

In addition, the roller part 200 is extended from the pad part 100 in the direction in which the first roller 210 is formed, and a pair of first support pieces 220 disposed on both side surfaces of the first roller 210. ), A first rotating shaft 230 through which the first roller 210 is rotated through the first roller 210 in the first support piece 220, and rotational power is applied to the first rotating shaft 230. It may include a first motor 240 to provide.

In addition, the roller portion 200 is formed in the pad portion 100 extends in the direction in which the second roller 250 is formed, a pair of second support pieces 260 disposed on both side surfaces of the second roller 250. ), A second rotating shaft 270 for rotating the second roller 250 through the second roller 250 in the second supporting piece 260, and rotating power to the second rotating shaft 270. It may include a second motor 280 to provide.

In particular, the first and second rollers 210 and 250 may serve to straighten wrinkled portions of the skin while rotating in different directions.

In the handle part 300, the first and second rollers 210 and 250 of the roller part 200 may be disposed on the same horizontal line as the diaphragm 120, or the diaphragm 120 may be on a different horizontal line. The flow unit 400 may be provided to allow flow to be disposed in the.

The flow unit 400 serves to facilitate selective use or simultaneous use of the first and second rollers 210 and 250 and the diaphragm 120.

To this end, the flow unit 400, the first flow housing is formed to protrude on the support plate 301 but indirectly connected to the pair of first support piece 220 and formed in a semi-circular shape ( 410 and a first connection arm 420 connected to the first support piece 220 and interlocked with the first support piece 220 while protruding from the inside of the first flow housing 410 to the outside. have.

The flow unit 400 includes a first slit groove 430 through which the first flow housing 410 is partially cut to allow the first connection arm 420 to flow to the cut portion. It may include a first connecting shaft 440 constituting an axis while connecting the pair of the first connecting arm 420.

In addition, the flow part 400 is a second flow housing 450 protruding from the support plate 301 and formed to be indirectly connected to the pair of first support pieces 220 and formed in a semi-circular shape. ) And a second connection arm 460 connected to the second support piece 260 and interlocked with the second support piece 260 while protruding from the inside of the second flow housing 450 to the outside. .

In addition, the flow portion 400, the second flow housing 450 is partially cut in the second slit groove 470 to allow the second connection arm 460 to flow to the cut portion and, The second connecting box 460 of the pair may include a second connecting shaft 480 forming an axis while interconnecting.

That is, in the semicircular first flow housing 410 formed on the pair of first support pieces 220 of the pad part 100, the first connection arm 420 is the first flow housing 410. When the first slit groove 430 flows along the first slit groove 430, the first support piece 220 is interlocked and the first rotation shaft 230 and the first roller 210 are interlocked with each other.

Here, when the first roller 210 is rotated in the upward direction, the horizontal position of the first roller 210 is disposed at a position higher than the diaphragm 120, and the first roller 210 is downward. When rotated to the horizontal position of the first roller 210 is disposed in a position lower than the diaphragm 120.

Similarly, in the semicircular second flow housing 450 formed on the pair of second support pieces 260 of the pad part 100, the second connection arm 460 is the second flow housing 450. When the second slit groove 470 is formed to flow along the second support piece 260, the second rotation shaft 270 and the second roller 250 are interlocked with each other.

When the second roller 250 is rotated in the upward direction, the horizontal position of the second roller 250 is disposed at a position higher than the diaphragm 120, and the second roller 250 rotates in the downward direction. When the horizontal position of the second roller 250 is lower than the diaphragm 120 is disposed.

In particular, the flow unit 400 is connected to the first connecting shaft 440 and is disposed on the outer surface of the first flow housing 410 while pressing or spaced apart from the first flow housing 410 first connection It may include a first joint 445 to control the fixing after the flow of the arm 420.

In addition, the flow unit 400 is connected to the second connecting shaft 480 and disposed on an outer surface of the second flow housing 450 while pressing or spaced apart from the second flow housing 450 to make a second connection. It may further include a second joint 485 for controlling the fixing after the flow of the arm 460.

That is, the first joint 445 may be disposed at a desired position of the user through bolt coupling to the first connecting shaft 440 protruding from the outer surface of the first flow housing 410. In this case, the first flow housing 410 is pressurized so that the first connection arm 420 is fixed while the first roller 210 serves to maintain the fixed position.

In addition, the second joint 485 may be disposed at a desired position of the user through bolt coupling to the second connection shaft 480 protruding from the outer surface of the second flow housing 450. In this case, the second flow housing 450 is pressurized so that the second connection arm 460 is fixed while the second roller 250 serves to maintain the fixed position.

Here, it is natural that the user can manually rotate the first and second rollers 210 and 250 without using power when the first motor 240 and the second motor 280 are not used.

As mentioned above, the pad flow part 500 includes an entrance housing 510 for allowing the pad part 100 to enter a space formed inside the handle part 300, and the support plate. It may include a withdrawal hole 520 is formed in the 301 so that the pad unit 100 is drawn out from the inside of the entry housing 510.

In addition, the pad flow part 500 may protrude to the outside of the handle part 300 while being connected to the pad part 100 in the entry housing 510 to allow the pad part 100 to be moved from the outside. The push piece 530 and the sliding piece 530 may include a sliding groove 540 formed on the outer surface of the handle 300 so that the push piece 530 is guided and flows on the outer surface of the handle 300. have.

Accordingly, as the roller unit 200 can adjust the vertical height of the roll portion 200 and the pad portion 100 by the flow of the flow portion 400, the pad flow portion 500 Accordingly, the pad part 100 may move up and down the entrance housing 510 inside the handle part 300 to adjust the vertical height of the roll part 200 and the pad part 100.

That is, the diaphragm 120 of the pad part 100 is exposed to the outside of the entry housing 510 through the manipulation of the pushing piece 530, and the first and second rollers 210 and 210 of the roller part 200 are exposed. Protruding more than 250 may be disposed in a higher position than the roller portion 200 to be used.

On the contrary, the diaphragm 120 of the pad part 100 is accommodated into the entry housing 510 through the manipulation of the pushing piece 530 so that the first part of the roller part 200 is disposed on the handle part 300. , Only the two rollers (210, 250) can be arranged and used so as to protrude and exposed.

In addition, the diaphragm 120 of the pad part 100 is disposed at the same horizontal position as the first and second rollers 210 and 250 of the roller part 200 through the manipulation of the pushing piece 530. The diaphragm 120 of the part 100 and the first and second rollers 210 and 250 of the roller part 200 may be simultaneously used.

Hereinafter, the operation and use process of the pad unit 100 and the roller unit 200 according to the operation of the pad unit 100, the roller unit 200, the flow unit 400 and the pad flow unit 500 Let's look at.

As an exemplary embodiment, as shown in FIG. 7, when the first and second rollers 210 and 250 are simultaneously used while the diaphragm 120 is not used, the first and second rollers 210 and 250 are rotated in an upward direction. Protruding from the diaphragm 120 in the upward direction.

In this case, the first and second rollers 210 and 250 may serve to straighten the skin while being rotated outward about the diaphragm 120 while being in close contact with the skin.

At this time, the pad portion 100, the diaphragm 120 of the pad portion 100 is received into the interior of the entry housing 510 through the operation of the pushing piece 530 is the on the handle portion 300 Only the first and second rollers 210 and 250 of the roller part 200 may be disposed to be used so as to protrude and be exposed.

Looking at the rotation of the first and second rollers 210 and 250, the first connection arm 420 respectively connected to the pair of first flow housings 410 formed in the pad part 100 is formed. Since the first connecting arm 440 is arranged in the axial direction, the pair of first connecting arms 420 may flow simultaneously.

The first connection arm 420 is rotated in an upward direction to protrude from the diaphragm 120 along the first slit groove 430 formed in the first flow housing 410.

When the first connection arm 420 is rotated in the upward direction, the first support piece 220 connected to the first connection arm 420 is interlocked, and thus the pair of first support pieces 220 are mutually connected. The first roller 210 is formed to surround the first rotating shaft 230 and the first rotating shaft 230 to be connected so that the first roller 210 interlocked by the rotation of the first rotating shaft 230 protrudes from the diaphragm 120. will be.

In addition, since the second connection arms 460 respectively connected to the pair of second flow housings 450 formed in the pad part 100 are arranged around the second connection shaft 480, The second connecting arm 460 is to be flowed at the same time.

The second connection arm 460 is rotated in an upward direction to protrude from the diaphragm 120 along the second slit groove 470 formed in the second flow housing 450.

When the second connection arm 460 is rotated in the upward direction, the second support piece 260 connected to the second connection arm 460 is interlocked, and thus the pair of second support pieces 260 are mutually connected. The second roller 250 is formed to surround the second rotating shaft 270 and the second rotating shaft 270 to be protruded from the diaphragm 120 to be interlocked by the rotation of the second rotating shaft 270. will be.

In this case, the first and second rollers 210 and 250 are rotated outwardly about the diaphragm 120 by the first motor 240 and the second motor 280, respectively. It is possible to transmit power to the 210,250.

Here, the first motor 240 and the second motor 280 are respectively disposed on the first support piece 220 and the second support piece 260 or the handle 300 to be disposed in the first Rotating power may be transmitted to the rotating shaft 230 and the second rotating shaft 270.

In this way, the first and second rollers 210 and 250 are arranged to protrude more than the diaphragm 120, so that the user only has the first and second rollers 210 and 250 on the skin while the diaphragm 120 is spaced from the skin. It will be able to use in close contact.

When the first and second rollers 210 and 250 are disposed at a position desired by the user, the first flow housing 410 and the second flow through the first joint 445 and the second joint 485. By pressing the housing 450, the flow of the first connection arm 420 and the second connection arm 460 may be fixed and used.

In another embodiment, as shown in FIG. 8, while the diaphragm 120 is not used, the first roller 210 protrudes in an upward direction and is disposed at a position higher than the diaphragm 120, and the second roller 250 moves downward. It may be rotated and disposed at a position lower than the diaphragm 120.

In this case, the first roller 210 is rotated while being in close contact with the skin can play a role capable of pressurizing the skin so that the skin or lotion is well infiltrated into the skin.

Alternatively, the diaphragm 120 may have the same height as the first roller 210, and the second roller 250 may be rotated downward to be disposed at a lower position than the diaphragm 120.

In this case, the first roller 210 is in close contact with the skin together with the diaphragm 120 to perform a role capable of pressurizing the skin so that the skin or lotion penetrates well.

At this time, the pad part 100 is exposed to the outside of the entry housing 510 by the diaphragm 120 of the pad part 100 through the operation of the push piece 530, the first part of the roller part 200 The horizontal height is lower than or equal to that of the first roller 210, and is protruded further than the second roller 250 so that only the first roller 210 is used or the diaphragm of the first roller 210 and the pad part 100 is used. Only 120 may be used at the same time and the second roller 250 may be in an unused state.

Looking at the rotation of the first and second rollers 210 and 250, the first connection arm 420 respectively connected to the pair of first flow housings 410 formed in the pad part 100 is formed. Since the first connecting arm 440 is arranged in the axial direction, the pair of first connecting arms 420 may flow simultaneously.

The first connection arm 420 rotates in an upward direction so that the first roller 210 protrudes more than the diaphragm 120 along the first slit groove 430 formed in the first flow housing 410. Or rotate upwards to be disposed on the same horizontal line as the diaphragm 120.

When the first connection arm 420 is rotated in the upward direction, the first support piece 220 connected to the first connection arm 420 is interlocked, and thus the pair of first support pieces 220 are mutually connected. A first roller 210 which is formed while surrounding the first rotating shaft 230 and the first rotating shaft 230 to be connected and interlocked by the rotation of the first rotating shaft 230 is disposed to protrude from the diaphragm 120, or The first roller 210 is to be disposed on the same horizontal line as the diaphragm 120.

On the contrary, the second connection arm 460 is rotated downward to be disposed at a position lower than the diaphragm 120 along the second slit groove 470 formed in the second flow housing 450.

When the second connection arm 460 is rotated in the downward direction, the second support piece 260 connected to the second connection arm 460 is interlocked, and thus a pair of second support pieces 260 are mutually connected. The second roller 250 is formed to surround the second rotating shaft 270 and the second rotating shaft 270 to be interlocked by the rotation of the second rotating shaft 270 to be disposed at a lower position than the diaphragm 120. Will be.

As such, the first roller 210 is disposed to protrude more than the diaphragm 120, or only the first roller 210 is disposed on the same horizontal line as the diaphragm 120, and the second roller 250 is the diaphragm 120. By being disposed at a lower position, the user can use only the first roller 210 and the diaphragm 120 in close contact with the skin.

When the first and second rollers 210 and 250 are disposed at a position desired by the user, the first flow housing 410 and the second flow through the first joint 445 and the second joint 485. By pressing the housing 450, the flow of the first connection arm 420 and the second connection arm 460 may be fixed and used.

In another embodiment, as shown in FIG. 9, when the diaphragm 120 and the first and second rollers 210 and 250 are simultaneously used while being disposed on the same horizontal line, the first and second rollers 210 and 250 may be used. Is used to be in close contact with the skin with the diaphragm 120.

In this case, the first and second rollers 210 and 250 may serve to straighten the skin while being rotated to the outside about the diaphragm 120 while being in close contact with the skin, and the diaphragm 120 may be It enlarges the pores of the skin and removes germs from the skin.

In this case, the pad part 100 is exposed to the outside of the entry housing 510 by the diaphragm 120 of the pad part 100 through the manipulation of the push piece 530, the diaphragm of the pad part 100. The 120 may be disposed at the same horizontal position as the first and second rollers 210 and 250 of the roller part 200.

That is, the pad part 100 has the same diaphragm 120 as the first and second rollers 210 and 250 of the roller part 200 through the manipulation of the pushing piece 530. It may be disposed in a horizontal position so that the diaphragm 120 of the pad part 100 and the first and second rollers 210 and 250 of the roller part 200 may be simultaneously used.

Similarly, when the first and second rollers 210 and 250 are disposed at a position desired by the user, the first flow housing 410 and the second flow through the first joint 445 and the second joint 485. By pressing the housing 450, the flow of the first connection arm 420 and the second connection arm 460 may be fixed and used.

In another embodiment, as shown in FIG. 10, when only the first and second rollers 210 and 250 are not used while only the diaphragm 120 is used, the first and second rollers 210 and 250 are rotated downward. The diaphragm 120 is disposed in the downward direction to protrude from the diaphragm 120.

In this case, the first and second rollers 210 and 250 may be spaced apart from the skin, and the pores of the skin may be widened while only the diaphragm 120 is in close contact with the skin to remove bacteria.

In this case, the pad part 100 is exposed to the outside of the entry housing 510 by the diaphragm 120 of the pad part 100 through the operation of the pushing piece 530, the first of the roller part 200 The first and second rollers 210 and 250 may protrude more than the roller part 200 so that they can be used.

Looking at the rotational motion of the first and second rollers 210 and 250, the first connection arm 420 respectively connected to the pair of first flow housings 410 formed on the support plate 301 is first. Since the connecting shaft 440 is disposed as an axis, the pair of first connecting arms 420 may flow simultaneously.

The first connecting arm 420 is rotated in a downward direction to be disposed at a position lower than the diaphragm 120 along the first slit groove 430 formed in the first flow housing 410.

When the first connection arm 420 is rotated in the downward direction, the first support piece 220 connected to the first connection arm 420 is interlocked, and thus the pair of first support pieces 220 are mutually connected. The first roller 210 is formed to surround the first rotating shaft 230 and the first rotating shaft 230 to be connected to be interlocked by the rotation of the first rotating shaft 230 to be disposed at a lower position than the diaphragm 120. Will be.

In addition, since the second connection arms 460 respectively connected to the pair of second flow housings 450 formed on the support plate 301 are arranged around the second connection shaft 480, The second connection arm 460 is allowed to flow at the same time.

The second connection arm 460 is rotated in a downward direction to be disposed at a position lower than the diaphragm 120 along the second slit groove 470 formed in the second flow housing 450.

When the second connection arm 460 is rotated in the downward direction, the second support piece 260 connected to the second connection arm 460 is interlocked, and thus a pair of second support pieces 260 are mutually connected. The second roller 250 is formed to surround the second rotating shaft 270 and the second rotating shaft 270 to be interlocked by the rotation of the second rotating shaft 270 to be disposed at a lower position than the diaphragm 120. Will be.

As such, the first and second rollers 210 and 250 are disposed at a lower position than the diaphragm 120 so that the user may keep the first and second rollers 210 and 250 in close contact with the skin. It will be available apart from.

When the first and second rollers 210 and 250 are disposed at a position desired by the user, the first flow housing 410 and the second flow through the first joint 445 and the second joint 485. By pressing the housing 450, the flow of the first connection arm 420 and the second connection arm 460 may be fixed and used.

As a result, the first and second rollers 210 and 250 may be positioned higher or lower than the diaphragm 120 according to a user's need, and when the first and second rollers 210 and 250 are disposed low, the diaphragm 120 may be in close contact with the skin. When the second rollers 210 and 250 are spaced apart from the skin, and the first and second rollers 210 and 250 are disposed higher than the diaphragm 120, the first and second rollers 210 and 250 may be used. ) Only to be in close contact with the skin will be able to use the diaphragm 120 is spaced from the skin.

Skin massager provided with a flowable skin contact portion according to the present invention through the above configuration, to open the pores of the skin or to shrink the pores of the skin to increase the elasticity of the skin, so that the skin and lotion can penetrate the skin Simultaneously with the lifting of the skin it is possible to obtain the advantage of improving the skin massage efficiency.

And, the pad of the skin massager can be provided to the user's skin by operating the thermal steam, vibration, low frequency and plasma, and the rollers rotated in both directions separately press the skin in both directions to improve the lifting efficiency You can get the advantage.

In addition, by simply changing the appearance of the massage pad to be able to perform a variety of forms and functions can be obtained an advantage to improve the use efficiency of massage.

In addition, the pad in contact with the skin is introduced into the inside when not in use to prevent exposure to external dust and foreign substances, it is possible to obtain the advantage that can be protected from external impact to improve the use efficiency.

Although the embodiments of the present invention have been described above with reference to the accompanying drawings, the present invention is not limited to the above embodiments and can be manufactured in various forms, and a person of ordinary skill in the art to which the present invention belongs. It will be appreciated that the present invention may be embodied in other specific forms without changing the technical spirit or essential features of the present invention. Therefore, it should be understood that the embodiments described above are exemplary in all respects and not restrictive.

100: pad portion 110: temperature control hole
120: diaphragm 122: flat vibration plate
124: fork vibration plate 126: embossed vibration plate
130: plasma 140: low frequency
150: galvanic
200: roller portion 210: first roller
220: first support piece 230: first rotating shaft
240: first motor 250: second roller
260: second support piece 270: second rotating shaft
280: second motor
300: handle portion 301: support plate
320: power button 330: mode button
400: flow part 410: first flow housing
420: first connection arm 430: first slit groove
440: first connecting shaft 445: first joint
450: first housing 460: second connection arm
470: second slit groove 480: second connecting shaft
485: Joint
500: pad flow part 510: entry housing
520: withdrawal hole 530: push
540: sliding groove 550: pad joint
560: opening and closing membrane

Claims (9)

A pad part 100 in close contact with the skin;
A roller unit 200 disposed to be adjacent to the pad unit 100 to rotate the wrinkles of the skin;
A handle plate 300 having a support plate 301 on which the pad part 100 and the roller part 200 are supported and extending in the vertical direction on the support plate 301 so as to be gripped by a user; And
The pad portion 100 is connected to the pad portion 100 to allow the pad portion 100 to be drawn into or drawn out of the handle portion 300; Become a skin massager.
The method of claim 1,
The pad flow unit 500,
An entry housing 510 for allowing the pad part 100 to enter a space formed inside the handle part 300;
A drawing hole 520 formed in the support plate 301 to allow the pad part 100 to be drawn out from the inside of the entry housing 510;
A pushing piece 530 which protrudes to the outside of the handle part 300 while being connected to the pad part 100 in the entry housing 510 to allow a flow operation of the pad part 100 from the outside;
Skin pusher is provided with a movable skin contact including a sliding groove (540) formed on the outer surface of the handle portion 300 so that the pushing piece (530) is guided on the outer surface of the handle portion (300).
The method of claim 2,
The push piece 530,
Skin massage device provided with a flowable skin contact including a pad joint (550) for controlling the fixing after the flow of the pad unit 100 while pressing or spaced apart the outer surface of the handle portion (300).
The method of claim 2,
The pad flow unit 500,
The pad part 100 may be formed in the support plate 301 to close the withdrawal hole 520 when the pad part 100 enters the inside of the entry housing 510, and the pad part 100 may move out of the entry housing 510. Skin massager is provided with a flowable skin contact further comprising an opening and closing membrane (560) to open the withdrawal hole (520) upon exposure.
The method of claim 1,
The roller unit 200,
A first roller 210 and a second roller 250 formed at a position adjacent to the pad part 100 and having a pair facing each other on the support plate 301;
A pair of first support pieces 220 formed on both sides of the first roller 210 to extend in a direction in which the first roller 210 is formed in the support plate 301,
A first rotating shaft 230 through which the first roller 210 is rotated so as to pass through the first roller 210 in the first support piece 220;
A first motor 240 providing rotational power to the first rotation shaft 230;
A pair of second support pieces 260 formed on both sides of the second roller 250 so as to extend in the direction in which the second roller 250 is formed in the support plate 301;
A second rotation shaft 270 through which the second roller 250 rotates through the second roller 250 in the second support piece 260;
Skin massage device is provided with a flowable skin contact including a second motor (280) for providing rotational power to the second rotary shaft (270).
The method of claim 5,
The handle portion 300,
The first and second rollers 210 and 250 of the roller part 200 may be disposed on the same horizontal line as the pad part 100 or may be disposed on a horizontal line different from the pad part 100. Skin massager is provided with a flowable skin contact, characterized in that the flow portion 400 is provided.
The method of claim 6,
The flow unit 400,
A first flow housing 410 formed on the support plate 301 and formed to be indirectly connected to the pair of first support pieces 220 and formed in a semi-circular shape;
A first connection arm 420 connected to the first support piece 220 and interlocked with the first support piece 220 while protruding from the inside of the first flow housing 410 to the outside;
A first slit groove 430 in which the first flow housing 410 is partially cut to allow the first connection arm 420 to flow to the cut portion;
A first connection shaft 440 forming an axis while interconnecting the pair of first connection arms 420,
A second flow housing 450 formed on the support plate 301 and formed to be indirectly connected to the pair of second support pieces 260 and formed in a semi-circular shape;
A second connection arm 460 connected to the second support piece 260 and interlocked with the second support piece 260 while protruding from the inside of the second flow housing 450 to the outside;
A second slit groove 470 in which the second flow housing 450 is partially cut to allow the second connection arm 460 to flow to the cut portion;
Skin massage device provided with a movable skin contact including a second connecting shaft 480 axially interconnecting a pair of the second connecting arm (460).
The method of claim 7, wherein
The flow unit 400,
It is connected to the first connecting shaft 440 and is disposed on the outer surface of the first flow housing 410 while pressing or spaced apart from the first flow housing 410 to control the fixed after the flow of the first connection arm 420 The first joint 445
It is connected to the second connecting shaft 480 and disposed on the outer surface of the second flow housing 450 to control the fixed after the flow of the second connection arm 460 while pressing or spaced apart from the second flow housing 450 Skin massager is provided with a flowable skin contact further comprising a second joint (485).
The method of claim 5,
The first and second rollers 210 and 250,
Flowable skin, characterized in that the first and second rollers 210 and 250 are rotated outwardly by the first motor 240 and the second motor 280, respectively, in close contact with the skin. Skin massager provided with contacts.

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