KR101911346B1 - masseur doing massage on skin automatically - Google Patents

Abstract

The present invention relates to a massage device which is composes of an outer container and an inner container, and a motor is provided in the inner container so that a rotary shaft connected to the motor rotates a massage ball and the rotating massage ball can massage the skin. An adsorption device is mounted on a lower end of the outer container so that the massage ball can perform massage while rotating at a state where the massage device is adsorbed and fixed on the skin. An upper cap of an upper portion of the inner container is coupled with the inner container by a thread. When the inner container is rotated, the inner container moves up and down in the outer container to adjust the degree of skin contact of the massage ball. Massage oil can be provided to the massage ball, and the massage ball can be rotated to provide oil to the skin to enhance the massage effect and massage automatically.

Description

{Masseur doing massage on skin automatically}

BACKGROUND OF THE INVENTION Field of the Invention [0001] The present invention relates to a massager configured to massage a skin in a state of being attached to a skin.

Wherein the massage ball is constituted by an outer cylinder and an inner cylinder, a power is provided in the inner cylinder, a massage ball is rotated by the power, and the massage ball is rotated to massage the skin by operating the power, And the inner tube is vertically movable in the outer tube to rotate the inner tube to adjust the vertical position of the massage ball. The suction plate is fixed to the lower end of the outer tube to fix the massage device to the skin by the suction plate And the massage ball is rotated to massage the massage ball. The internal balloon is rotated by the rotation of the inner ball to adjust the degree of skin pressing of the massage ball. The massage oil is automatically provided to the massage ball, This rotation provides oil to the skin, And to a massage device configured to increase the effect of the massage device.

Generally, when a massage is performed using a massager, the person who receives the treatment and the person who performs the massage are separately provided. When the person who performs massage or the person who performs the massage himself hands massage, the massage device operates the massage device with his own hand. And there is a problem that the massage machine becomes fatigued easily while the massage machine is operated.

Open No. 10-2017-0032531 (referred to as a skin massager, cited invention-1) is disclosed in the prior art.

Reference 1 has a body which is formed so that a user can grasp it and a head part which is in contact with the user's skin on the upper side; An ion generating unit built in the main body and applying current to the user's skin through the head unit; A vibration generating unit built in the main body and providing vibration to the user's skin through the head unit; A thermoelectric element part provided inside the head part to provide cold heat to the user's skin through the head part; A light irradiating unit installed to be exposed to the outside of the main body and irradiating light to the user's skin; A battery unit built in the main body to supply power; And a control unit for independently controlling operations of the ion generating unit, the vibration generating unit, the thermoelectric element unit, and the light irradiating unit. However, since the massager is massaged in a hand-held state,

No. 10-1329728 (Massager using an oxygen generator, hereinafter referred to as Reference 2) is disclosed.

The reference 2 has a head 1 having an ultrasonic generator 10 and a far-infrared ray generator 30 therein. And a body part 2 connected to the rear of the head part 1 and having a body part 2 provided with an ultrasound button 40 and a far infrared ray button 50. In the center part of the head part 1, A cosmetic storage groove 20 is opened so that a massage cosmetic applied to the skin at the time of massage is flowed out to the head 1 of the outer circumference of the ultrasonic vibrator 12 of the ultrasonic generator 10, A plurality of oxygen injection micropores 22 are formed at the outer periphery of the outer upper end of the storage groove 20 and oxygen generated in the oxygen generator 70 is introduced into the head part 1 and the body part 2, And an oxygen supply means 80 for supplying oxygen to the skin through the oxygen injection micropores 22. However, since the oxygen supply means 80 is gripped by hand as in the invention of Reference 1, Can not be maintained constantly. The.

The present invention has been proposed in order to solve the problem of easily tired when applying massage by itself and the difficulty of applying oil by hand as described above and to prevent the adsorption of the adsorption plate from being solved when the massage ball is attached to the skin and the massage ball is rotated for a long time, The object of the present invention is to provide a massager capable of providing oil from a massage ball by itself.

An object of the present invention is to configure a massaging device to massage the skin in a state where the massaging device is fixed to the skin.

An object of the present invention is to configure the inner cylinder to adjust the degree of pressing on the skin of the massage ball while moving up and down.

The object of the present invention is to constitute a massage ball as a material capable of constituting far-infrared ray emission.

It is an object of the present invention to provide a massaging ball capable of increasing far-infrared radiation by providing light and heat.

An object of the present invention is to provide a massage device capable of massaging a massage area according to the condition of the skin with one body.

The inner tube is configured to be movable up and down in the outer tube, and the inner tube can be moved up and down in a state in which the inner tube is not rotated. The guide of the inner tube and the guide of the outer tube are engaged and fixed, Respectively.

When the upper cap coupled to the engagement groove of the inner cylinder and the engagement groove of the outer cylinder is rotated, the upper cap rotates in a state of being supported by the outer cylinder so that the inner cylinder moves up and down within the upper cap and inside the outer cylinder.

In the lower part of the outer tube, a thread is formed and the lower cap is coupled to protect the exposed massage ball. When the massage is performed, the lower cap is separated to attach the adsorption plate and attach the adsorption plate to the skin.

The suction plate is fixed to the skin, and the massage ball is rotated to massage the skin. The skin contact degree of the massage ball is adjusted by moving the inner tube up and down.

The first support and the second support are inclined with respect to each other so that when the rotation shaft rotates, the rotation shaft passes through the protrusion and repeats the rising and falling of the rotation shaft And a spring is formed on a rotating shaft between the pawl and the second support so that the raised rotating shaft is rapidly lowered so that the massage ball which is lifted and lowered repeatedly presses the skin repeatedly.

And the massage ball is configured to rotate by rotation of the rotation shaft.

The inner cap is coupled with the guide and the upper end of the inner cap is formed with a thread over the end of the inner cap so that the upper cap is coupled to the thread and the lower end of the cap is rotatable in the catch groove of the outer cap. The upper cap rotates in a state fixed to the catching groove of the outer tube, so that the inner tube moves up and down inside the outer tube and the upper cap to move the massage ball up and down.

The motor is configured to be controlled by a control panel formed on an upper cap coupled to an upper end portion of an outer cylinder and an inner cylinder, and configured to control and rotate the massaging ball, the rotation speed, the rotation time, the photodiode, and the oil injection.

The oil pipe is connected to the inside of the rotating shaft so that it can be directly supplied to the massage ball from the lower end of the rotating shaft.

The motor of the massage machine according to the present invention can be charged and used.

(Light emitting diode) in conjunction with the motor and emits far infrared rays by irradiating the light of the light emitter to the massage ball.

And the oil is supplied to the bottom surface or the surface of the massage ball through the rotation shaft.

When the massage ball is rotated by the oil introduced into the massage ball, the oil forms a film between the skin and the massage ball to enhance the massage effect on the skin.

In order to adjust the size of the suction plate and the massage ball of the massage machine according to the present invention, the size of the massage ball and the suction plate can be selected and installed on the rotary shaft so that the massage ball and the suction plate can be easily applied according to the condition of the skin.

The present invention has an effect of enabling automatic massage in a state of being adsorbed on the skin.

Since the height of the massage ball according to the present invention can be adjusted, the degree of close contact between the massage ball and the skin can be adjusted to enhance the massage effect.

Since the massager according to the present invention is constructed so as to be able to be charged, it can be used in an area where electricity is not available, and the material of the massage ball can be formed of a material capable of emitting far infrared rays to light or heat, thereby exhibiting a high massage effect.

There is an effect that the massage ball can be supplied with oil without any extra work, and the rotation effect between the massage ball and the skin can be enhanced.

In addition, there is an effect that the rotation speed and the rotation time of the massage ball can be controlled by the operation of the control panel to be used while being active in daily life.

According to the present invention, since the oil is moved to the bottom surface of the massage ball from various directions by the holes and the grooves provided on the upper surface of the massage ball according to the present invention, the damage of the skin can be prevented by the rotation of the massage ball, It is effective.

According to the present invention, a whirlpool screw is formed on the bottom surface of the massage ball, so that the massaging effect of the skin can be maximized by rotating the whirlpool screw by forward and reverse rotation of the massage ball.

The rotating shaft is rotated to form a vertical vibration, so that the massage ball can massage while repeatedly pressing the skin.

The size of the massage ball and the suction plate can be adjusted so that the application can be easily performed according to the massage part.

BRIEF DESCRIPTION OF THE DRAWINGS FIG.
2 is a cross-sectional view of the use state of the present invention
FIG. 3 is a graph showing a change in use state of the present invention
4 is a detailed view of the slant projection
Fig. 5 is a graph showing the power transmission state of the rotating shaft
6 is a bottom view of the massage ball

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a massager configured to massage a skin in a state of being attached to a skin.

The inner tube 13 and the outer tube 12 are coupled by the guide rails 14a and 14b so that the inner tube 13 is tightly supported by the outer tube 12 and the outer tube 12, And the inner cylinder 13 is configured to be able to move up and down on the outer cylinder 12. As shown in Fig.

An upper cap 17a is coupled to an upper end of the inner tube 13 and is coupled to the inner tube 13 by a screw thread 27a.

The upper cap 17a is engaged with the inner cylinder 13 while the lower end of the upper cap 17a is supported by the engaging groove 26 of the outer cylinder 12. When the upper cap 17a rotates, And moves up and down in the rail 14a.

Supporting rods 16a and 16b are formed in the inner lower portion of the inner cylinder 13 and a motor 21 is fixed to the upper surface of the support rope 16a.

A massage ball 15a is positioned in the lower end of the inner tube 13 and a rotary shaft 19 supporting the massage ball 15a is fixed to the upper surface of the massage ball 15a. And is configured to rotate by being supported by the supports 16a and 16b and connected to the motor 21 so that the rotary shaft 19 is rotated by the operation of the motor 21 to rotate the massage ball 15a.

A stopper 32 is formed on the rotating shaft 19 between the supporting table 16a and the supporting table 16b so that the rotating shaft 19 is rotatably supported by the supporting table 16b. The supporting base 16b is supported on the supporting base 16b so that the projection 31 is inclined to both sides so that when the rotation axis 19 rotates and the latching base 32 of the rotation axis 19 passes the projection 31, A spring 33 is mounted on the rotary shaft 19 between the support rods 16a and 16b so that the spring 33 repeats compression and release when the rotary shaft 19 passes through the projection 31 So that the rotary shaft 19 can be easily repeatedly moved up and down.

The bottom surface of the massage ball 15a is formed in the shape of a whirlpool 29 so that the skin contacted when the massage ball 15a rotates in the forward direction can gather the massage direction inward and scattered out So as to improve the massage effect.

A hole 28 is formed in the upper surface of the massage ball 15a so as to be pierced under the rotary shaft 19 to be connected to the pattern of the whirlpool 29 of the massage ball 15a, (29) can be discharged from the pattern.

The plurality of photodiodes 23 are disposed at the bottom of the support base 16b so that the massage balls 15a and 15b can be used So that the massage ball 15a and 15b emit far-infrared rays.

A near infrared ray 23-1 may be disposed at a portion where the photodiode 23 is disposed so as to irradiate near infrared rays so that heat can be generated in the massage balls 15a and 15b, Consists of.

The upper surface of the upper cap 17a is formed with a control panel 22 for controlling the forward rotation of the massage balls 15a and 15b and the rotation speed, rotation time, photodiodes, and near- 24 are formed and the oil pipe 25 connected to the oil box 24 is inserted into the rotary shaft 19 so that the oil can be supplied to the pattern of the vortex 29 of the massage balls 15a, 15b have.

And a suction plate 18a is coupled to the lower end of the outer tube 12. [

When the suction plate 18a is pressed in the state where the suction plate 18a is attached to the skin, the suction plate 18a is fixed to the skin while sucking the skin and the massage device 11 equipped with the suction plate 18a is fixed to the skin And the massage balls 15a and 15b rotate in a state of being in contact with the skin.

The massage bar 15a and the massage ball 15b are rotated so as to repeatedly press the skin while the rotation axis 19 is rotated while the rotation axis 19 is moved up and down when the rotation axis 19 is rotated .

The present invention will be described by way of examples.

Example 1

The embodiment of the present invention is to describe a massage device 11 in which suction plates 18a and 18b are mounted on a massage device 11 and a massage device 11 to which an expanded suction plate 18b and an expanded massage ball 15b are applied.

Generally, the massager 11 is constituted by a vibrator, is configured to utilize a pressing or biting action, and a massager for skin beauty is provided with a device that can be carefully carried out by a means of rubbing the skin .

Massage that provides nutrition to the skin is usually carried out by hand, which is expensive and requires a lot of time.

In addition, since the massage ball is rotated or fixed, the friction is formed in a state in which the device is brought into close contact with the skin with the hand, so that there is a problem that fatigue easily occurs.

The present invention has been proposed in order to solve the above problems.

The rotation shaft 19 is inserted into the first support table 16a and the second support table 16b from the lower portion of the inner cylinder 13 before the inner tube 13 is coupled to the outer tube 12. [

The massage balls 15a and 15b can be fixed to the lower end of the rotary shaft 19 when the rotary shaft 19 is inserted into the support rods 16a and 16b and the rotary shaft 19 is inserted into the support rods 16a and 16b And then fixed.

When fixing the rotation shaft 19 to the massage balls 15a and 15b, it is possible to fix the rotation shaft to the fixing table 35 after inserting and fixing the fixing table 35 to the center of the upper surface of the massage balls 15a and 15b .

Further, the rotary shaft 19 can be inserted from the upper portion of the inner cylinder 13.

When the rotary shaft 19 is inserted from the upper portion of the inner cylinder 13, it is convenient that the gear 36a mounted on the rotary shaft 19 is easily engaged with the gear 36b of the motor.

The gear 36a of the rotary shaft 19 may be mounted after fixing the rotary shaft 19 to the support rods 16a and 16b and mounting the massage balls 15a and 15b.

In Embodiment 1 of the present invention, the rotary shaft 19 is inserted from the lower portion of the inner cylinder 13.

The rotation shaft 19 is fixed to the fixing base 35 of the massage balls 15a and 15b and the rotation shaft 19 passes through the second support base 16a and is fitted into the spring 33 before passing through the first support base 16a. .

After the spring 33 is inserted and the upper end of the rotary shaft 19 has passed through the first support 16a, the rotary shaft 19 is fastened with the fastener 32 interposed therebetween.

The stopper 32 is firmly fixed to the rotary shaft 19 so that the stopper 32 is not damaged when it passes repeatedly through the inclined portion of the protrusion 31.

After the rotary shaft 19 passes through the second support 16b, the gear 36a is inserted into the upper portion of the rotary shaft 19 and is engaged with the gear 36b of the motor.

The gear 36a of the rotary shaft 19 and the gear 36b of the motor 21 are vertically coupled to each other so that even if the rotary shaft 19 operates up and down and the gear 36a operates up and down, (36a) is not released from the gear (36b) of the motor (21).

Since the rotary shaft 19 is exposed to the upper surface of the gear 36a, the oil pipe 25 is inserted into the rotary shaft 19 so that oil can be easily discharged to the lower ends of the massage balls 15a and 15b .

The oil pipe 25 is smaller than the space of the rotary shaft 19 so that the oil pipe 25 does not rotate even when the rotary shaft 19 rotates.

The oil flowing into the oil pipe 25 is discharged to the oil discharge pipe 37 of the massage balls 15a and 15b.

The upper cap 17a is coupled to the inner cylinder upper end portion and the lower end portion of the upper cap 17a is coupled to the engaging groove 26 of the outer cylinder 12 by coupling the inner cylinder 13 configured as described above to the upper cap 17a The inner cap 13 is moved upward and downward in the outer cylinder 12 when the upper cap 17a is rotated in a state fixed to the outer cylinder 12. [

As described above, when the inner tube 13 is coupled to the outer tube 12 so as to move up and down, the attracting plates 18a and 18b are coupled to the lower end of the outer tube 12 and are firmly fixed.

When the massager 11 having the attracting plates 18a and 18b coupled thereto is pressed on the skin, the attracting plates 18a and 18b are attracted to the skin and the massager 11 is fixed to the skin.

When the suction plates 18a and 18b are fixed to the skin, the upper cap 17a is rotated to adjust the degree of contact of the massage balls 15a and 15b with the skin.

When the massage balls 15a and 15b complete contact with the skin, the rotation shaft 19 is rotated by the operation of the control panel 22 and the latching base 32 is rotated along the projection 31, As shown in FIG.

When the oil is drained by the switch of the control panel 22, the oil passes through the rotary shaft 19 and is supplied to the massage balls 15a and 15b to perform oil massage by the rotating massage balls 15a and 15b.

When the inner cylinder 13 is completed as described above, the inner cylinder 13 is inserted into the outer cylinder 12, and the inner cylinder 13 is engaged with the guides 14a and 14b.

The inner tube 13 is coupled to the outer tube 12 and the outer tube 12 is formed with attracting plates 18a and 18b and the inner tube 13 is connected to the outer tube 12 ), The vibration of the rotary shaft 19, the discharge of oil, and the like.

 The massager (11) according to the present invention comprises an outer tube (12) and an inner tube (13).

And the upper cap 17a is coupled to the upper end portion and the lower end portion of the outer cylinder 12.

The inner tube 13 is coupled to the outer tube 12 by guide rails 14a and 14b and is configured to move up and down within the outer tube 12. [

The inner tube 13 is engaged with the lug type guide 14a in the outer cylinder 12 and the convex guide 14b in the inner tube 13. [

Two support rods 16a and 16b are formed in the inner barrel 13 from the bottom so that the rotary shafts 19 are rotated on the support rods 16a and 16b and are operated up and down. The massage ball 15a fixed to the lower end of the rotary shaft 19 by the rotary shaft 19 operating up and down passes through the protruding portion 31 formed on the first support base 16b, So that the massage ball 15a can be pressed repeatedly.

The protruding portion 31 is inclined upward and inclined downwardly again so that the stopper 32 is moved downward when the stopper 32 formed on the rotary shaft 19 passes through the protruding portion 31 of the first support 16b The rotating shaft 19 is moved upward in the upwardly inclined portion and descends in the downwardly inclined portion so that the rotating shaft 19 is repeatedly moved up and down by the rotation of the latching base 32 .

The projection 31 of the first support 16b may be selectively applied.

When the spring 33 is formed between the latch 32 and the second support 16a of the rotary shaft 19 so that the spring 33 is contracted and elasticity is generated, The elasticity of the spring 33 is applied and the rotating shaft 19 can be quickly lowered.

A space is formed in the inside of the rotating shaft 19 so that the oil pipe 25 can be inserted into the space.

The rotary shaft 19 is fixed to the upper surfaces of the massage balls 16a and 16b and the holes 28 are formed in the massage balls 16a and 16b from the top to the bottom, The oil introduced into the oil pipe 25 is supplied to the bottom of the massage balls 16a and 16b and discharged to the corner of the pattern 29 formed at the bottom of the massage balls 16a and 16b, When the massage balls 16a and 16b are rotated, the oil is adhered to the skin while moving along the pattern of the whirlpool 29, and the massage balls 16a and 16b are easily rotated and massage is facilitated.

The oil pipe 25 is inserted into the rotary shaft 19 and a space is formed between the oil pipe 25 and the rotary shaft 19 so that the oil pipe 25 does not rotate even if the rotary shaft 19 rotates The oil pipe 25 does not rotate even if the rotary shaft 19 rotates.

The rotary shaft 19 is supported by two support rods 15a and 15b formed in the inner cylinder 13 and the motor 21 is formed on the second support rope 15a to be rotatably supported by the rotary shaft 19 Even when the rotary shaft 19 is operated up and down, the rotary shaft 19 is vertically operated with the gear engaged.

The motor 21 is configured to be able to operate with alternating current and direct current and to operate also by charging. The motor 21 is connected to the photodiode 23 and the near infrared ray lamp The photodiode 23 provides light to the massage balls 15a and 15b and the near infrared rays are configured to provide heat to the massage balls 15a and 15b so that the massage balls 15a and 15b, Heat and far-infrared rays are generated.

The upper end of the inner cap 13 is coupled to the upper cap 17a by a screw thread 27a and the lower end of the upper cap 17a is fixed to the engaging groove 26 of the outer cylinder 12 to rotate the upper cap 17a The upper cap 17a is rotated in a state fixed to the engaging groove 26 of the upper end of the outer tube 12 to move the inner tube 13 up and down.

Moving the inner tube 13 up and down as described above is for adjusting the initial contact state of the skin with the massage balls 15a and 15b.

A control panel 22 is formed on the upper cap 17a to control the ON / OFF of the rotary shaft 19, the rotation speed of the rotary shaft 19, the rotation time, the operation of the photodiode 23 and the near- And a switch capable of operating oil outflow of the oil box 24 is formed.

When the suction plates 18a and 18b are attached to the lower end of the outer cylinder 12 and the suction plates 18a and 18b are mounted on the suction plates 18a and 18b and are attached to the skin, And suction force is formed at the suction plates 18a and 18b so that the suction plates 18a and 18b are attached to the skin.

When the adhesion force is to be increased, the attraction plates 18a and 18b are separately pressed by hands to increase the attraction force of the attraction plates 18a and 18b.

It is possible to massage the skin while rotating the massage balls 15a and 15b of the massage machine 11 in a state where the massage machine 11 equipped with the suction plates 18a and 18b is fixed to the skin.

When the suction plates 18a and 18b of the massage device 11 equipped with the suction plates 18a and 18b are fixed by suction to the skin and the outer tube 12 is fixed to rotate the upper cap 17a, the inner tube 13 rotates, The balls 15a and 15b can be easily adjusted up and down.

As described above, the massage device 11 according to the present invention is capable of performing massage with the suction plates 18a and 18b mounted thereon and manually massage without using the suction plates 18a and 18b.

When the massager 11 is not used, the suction plates 18a and 18b are separated and the lower cap 17b is coupled to protect the massage ball 15a.

Example-2

Embodiment-2 according to the present invention is intended to enhance diversity of massage machines.

The skin can be divided into a part where a narrow massage device can be attached and a part where a large massage device can be attached, and the fact that a narrow massage device is attached to a large area can not increase a massage effect.

In the second embodiment, the same massage ball may be used, but the size of the massage ball may be exchanged and the massage ball may be exchanged so that the large surface can be massaged through the large massage ball 15b.

When the size of the massage ball 15b is larger than the body of the massager 11, a large suction plate 18b is attached to the outer tube 12 because the suction plate must be large.

The massage ball 15a is separated from the rotary shaft 19 as shown in FIG. 2 (b).

The massage ball 15b is fixed to the rotary shaft 19, which is separated from the massage ball 15a.

Since the massage ball 15b in the wide area is larger than the body, the upper cap 17a is rotated to advance the rotary shaft 19 downward so that the massage ball 15b does not collide with the body, The shape as shown in b of FIG.

As described above, in the embodiment-2, the massage ball 15b and the attracting plate 18b are exchanged to constitute a wide-area massage machine.

The wide-band massager constructed as in the embodiment-2 operates in the same manner as the operation in the embodiment-1.

11: Massager 12: Outer tube
13: inner tube 14: guide rail (a, b)
15: Massage ball (a, b) 16: Suction plate (a, b)
17: cap (a, b) 18: support (a, b)
19: rotation shaft 21: motor
22: Control panel 23: Photodiode
24: Oil box 25: Oil tube
26: engaging groove 27: thread (a, b)
28: hole 29:
31: slant projection 32:
33: spring 35:
36: gears (a, b)

Claims (9)

delete The inner tube 13 is coupled with the guide rails 14a and 14b so as to move only up and down within the outer tube 12. The inner tube 13 is coupled to the upper portion of the inner tube 13 by screw threads 27a and 27b, An upper cap 17a configured to move the inner cylinder 13 only vertically to adjust the movement distance of the rotary shaft 19 when the inner cylinder 13 is rotated so as to be rotatable, a first support 16a formed inside the inner cylinder 13, And a second massage unit 20 which is mounted on a lower end of a rotary shaft 19 configured to rotate by being vertically supported by the second support base 16b and is capable of contacting the skin and massage the skin while rotating the rotary shaft 19, A motor 21 coupled to the balls 15a and 15b and the gear 36a of the rotary shaft 19 to rotate the rotary shaft 19 and a lower end of the outer tube 12 to press the skin, 11), and is formed on the upper surface of the upper cap (17a) And a control panel (22) for controlling the operation of the rotary shaft (19). The massager is automatically attached to the skin while being fixed to the skin,
A stopper 32 fixed to the rotary shaft 19 between the first support 16a and the second support 16b and a spring 33 formed between the stopper 32 and the second support 16b It is possible to prevent the rotation shaft 19 from falling down below the first support table 16a and to prevent the rotation of the rotation shaft 19 by the inclined projection 31 fixed to the first support table 16a, The rotary shaft 19 is moved up and down so that the rotary shaft 19 moves up and down so that the rotary shaft 19 is moved up and down. When the rotary shaft 19 is operated up and down, Wherein the massage device is configured to repeatedly perform up and down operations to provide a pressing force to the skin. The massage device according to claim 2, wherein massage balls (15a, 15b) are fixed to the lower end of the rotary shaft (19), and a rotary shaft (19) and massage balls (15a, 15b) And a hole 28 formed in the rotary shaft 19 and a hole 28 formed in the massage balls 15a and 15b fixed to the rotary shaft 19 are connected to each other, The oil of the oil pipe 25 inserted into the holes 28 of the massage balls 15a and 15b flows out to the bottom of the massage balls 15a and 15b and is covered with the oil by the massage balls 15a and 15b rotating, Wherein the massage device is attached to the skin and is automatically attached to the skin. The massage device according to claim 3, characterized in that the massage ball (15a, 15b) is formed with a whirlpool groove (29) at the bottom so that the oil flowing out is diffused in the direction of the whirlpool groove (29) Massage machine that works as. delete The massage device according to claim 2, wherein the massage balls are made of a material capable of emitting far-infrared rays by light and heat, and a photodiode and a near infrared ray are provided under the first support, And the massage balls 15a and 15b are provided to provide light and heat to the massage balls 15a and 15b so that the massage balls 15a and 15b can provide far infrared rays and heat to enhance the massage effect of the skin. Massage machine that works automatically by attaching to. The control apparatus according to claim 2, characterized in that the control panel (22) is configured to control the rotational speed of the rotary shaft (19), the rotational time, the provision of light and heat to the massage balls (15a, 15b) A massager that automatically attaches to the skin and attaches to the skin.

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