KR200236227Y1 - massage device the sole of a foot - Google Patents

Abstract

This paper is a technique for the sole massager using far infrared and ultrasonic waves, which radiates far infrared rays to the sole and stimulates the menstrual blood of the sole by ultrasonic vibration to promote blood circulation and metabolism of the human body to prevent fatigue and various diseases. It's about a massager.

The main body of the present invention constitutes a footrest on which the sole is placed on the upper side of the main body, and protrudes several acupressure balls to stimulate the sole of the foot. And, a plurality of far-infrared emitters protruding in a hemispherical shape formed to match the shape of the soles of both feet and the foot rest on the upper side of the cover, and the reflection cap is installed to be in close contact with the bottom surface of the footstool formed with the far-infrared emitters, A socket installed in the main body at the bottom of the reflective cap, a helium bulb mounted on the socket and placed in the reflective cap to emit far infrared rays, an ultrasonic vibrator attached to the bottom of the scaffold to apply ultrasonic vibrations, and far infrared rays It consists of a control unit for controlling the operation of the helium bulb and the ultrasonic vibrator radiating.

Description

Sole Massager {massage device the sole of a foot}

This paper is a technique for the sole massager using far infrared and ultrasonic waves, which radiates far infrared rays to the sole and stimulates the menstrual blood of the sole by ultrasonic vibration to promote blood circulation and metabolism of the human body to prevent fatigue and various diseases. It's about a massager.

In the soles and calves of the human body, a number of acupuncture points related to the internal organs and the cranial nerves exist to form complex meridians. In primitive life, which was walking barefoot, it was unconsciously stimulated by stones and gravel and was circulated through the massage effect. And metabolism has been promoted.

As civilization develops, modern people do not use shoes or sneakers to stimulate the soles of their feet like primitive life, which is a chronic disease of modern people whose walking distance is gradually decreasing, such as neuropathy, back pain, stomach ulcer and duodenal ulcer. And various diseases, which are caused by insufficient stimulation to the menstrual blood of the human body.

For the same reason, various types of massagers have been proposed for stimulating the soles to obtain a massage effect, and recently provided massagers generate stimuli by applying electric pulses to the soles, or generate numerous air bubbles. A method of massaging the soles of the soles, or a method of stimulating the soles of the soles by vibrating the foot plate on which a plurality of acupressure balls are formed is provided.

The existing sole massager is to prevent the neurological disorders and various diseases on the human body by obtaining a massage effect by applying some stimulation to the acupuncture points of each part distributed on the sole with electric pulses or air bubbles and vibrating acupressure bulbs.

The various types of foot massagers provided in the past are only partial stimulation by electric pulses, massage of the sole surface by air bubbles, and simple acupressure effects, and thus do not sufficiently stimulate the menstrual blood distribution in the sole of the foot. Not getting it.

On the other hand, because the conventional foot massager uses electric pulses or air bubbles and acupressure will not effectively treat or prevent athlete's foot or eczema and various diseases occurring on the toes and soles.

This study is designed to improve the problems of the existing foot massager as described above, by radiating far-infrared rays directly to the sole to penetrate deeply into the skin and by stimulating the menstrual blood distribution in the sole of the foot by ultrasonic vibration. Promotes metabolism and provides for the prevention and treatment of various diseases of the toes and soles.

1 is a perspective view showing an embodiment of the present invention

Figure 2 is a front sectional view showing a state of use of the present proposal

Figure 3 is a side view of the state of use of the present proposal

4 is a side cross-sectional view taken along the line A-A of FIG.

5 is a perspective view showing another embodiment of the present invention

Figure 6 is a front cross-sectional view of the use state of another embodiment of the present invention

Figure 7 is a side cross-sectional view of the use state of another embodiment of the present invention

8 is a side cross-sectional view of a use state of another embodiment of the present invention;

9 and 10 are a cross-sectional side view and a plan view showing the far-infrared ray outlet of the present invention

11 is a plan view showing another embodiment of the far infrared ray emitting port of the present invention

(Explanation of symbols on the main parts of drawing

1: body 2: cover 4: control

5: power supply unit 10: scaffold 11: far infrared ray emitting port

12: discharge hole 13: projection 14: sole groove

20: reflection cap 30: socket 40: helium bulb

50: ultrasonic oscillator 60: small fan 61: duct

The purpose of this study is to massage the soles using far-infrared rays and ultrasonic vibrations, and to radiate far-infrared rays directly to the soles to penetrate deeply into the skin and absorb them.

In this paper, in the existing foot massager that constructs the footing on which the sole is placed on the upper side of the main body and protrudes several acupressure balls to stimulate the sole of the foot,

The main body 1 on which the cover 2 is positioned and the circuit board 3 is mounted thereon, and a plurality of far-infrared emitters 11 protruding in a hemispherical shape are formed so as to conform to the shape of both soles of the cover 2. The footrest 10 placed on the upper side of the reflection cap 20 is installed to be in close contact with the bottom portion of the footrest 10 formed with the far-infrared radiation outlet 11 and the bottom portion of the reflection cap 20 The helium bulb 40 installed in the main body 1, the helium bulb 40 mounted in the socket 30 and placed in the reflective cap 20 to emit far infrared rays, and the bottom portion of the scaffold 10. Ultrasonic vibrator 50 is attached to apply the ultrasonic vibration, helium bulb 40 for emitting far infrared rays and the control unit 4 for controlling the ultrasonic vibrator (50).

In this configuration of this configuration, the far-infrared rays radiated from the helium bulb 40 is directly applied to the soles through the far-infrared emitter 11 of the scaffold 10, the ultrasonic vibrator 50 is ultrasonic vibration to the scaffold 10 To stimulate the soles.

The main body 1 has a circuit board 3 and a power supply 5 placed therein, and a cover 2 is coupled to an upper portion thereof. The power is applied to the power supply 5 and the circuit board 3 through electric wires. The footrest 10 is provided in which both soles are in close contact with the inside of the upper side of the cover 2.

The scaffold 10 may be made of a thin metal plate, a plurality of far-infrared emitters 11 protruding in a hemispherical shape to match the shape of the sole of both feet, each of the far-infrared emitters 11 protruding in a hemispherical shape The discharge hole 12 is drilled while protruding several small protrusions 13.

Since the inner sole of the center (foot arch) is concave, most of the sole is protruded to form the far-infrared emitter 11 located in this area so that the central concave portion of the sole of the sole is in close contact with the far-infrared emitter 11.

In addition, the reflective cap 20 is installed on the bottom of the footrest 10 formed with a plurality of far infrared rays emitting holes 11 to reflect the light by plating a reflective material (chromium) on the inner surface, a plurality of them conform to the shape of the sole It is installed in close contact with the bottom surface of the scaffold 10 so as to surround the outside of the far-infrared emission port 11 formed to be.

The reflective cap 20 is in a state in which both of the far infrared emitters 11 of the scaffold 10 are sealed at the bottom, and the socket 30 is located at the bottom of the reflective cap 20. The socket 30 is installed inside, and the helium bulb 40 is mounted with a high radiation rate of far infrared rays.

The socket 30 is installed to be in close contact with the bottom of the reflective cap 20 and is mounted inside the reflective cap 20 so that the helium bulb 40 is mounted on the socket 30, thereby radiating the helium bulb 40. Far-infrared light is directly applied to the sole through the emission hole 12 of the far-infrared emitter 11.

Meanwhile, the remaining far infrared light emitted from the helium bulb 40 toward the inner surface of the reflective cap 20 is reflected by the reflective material plated on the reflective cap 20 and applied to the sole through the far infrared emitter 11.

Therefore, all the far-infrared light emitted from the helium bulb 40 is emitted through the emission hole 12 of the far-infrared emitter 11 in the reflection cap 20 to increase the radiation efficiency of the far-infrared rays applied to the sole.

Since the helium bulb 40 radiates heat together with the far infrared rays, the number of helium bulbs 40 and the socket 30 may be adjusted in consideration of the radiation amount and the heating temperature of the far infrared rays applied to the sole, or the helium bulb 40 may be Can be installed by adjusting the wattage (W).

In addition, the ultrasonic vibrator 50 is installed on the bottom of the footrest 10 to apply the ultrasonic vibration to the metal footrest 10 to apply a stimulus to the sole of the foot, and formed in accordance with the shape of the foot of both far-infrared emitter 11 It is installed in the bottom part of the scaffold 10 so that it may be located in between.

The ultrasonic vibrator 50 vibrates the footboard 10 at a high frequency to penetrate deeply into the skin of the foot to stimulate each menstrual blood, and can be installed on the footboard 10 within a range that is harmless to the human body.

5 to 7 as shown in the figure is another embodiment of the present invention to form a sole groove 14 to place the sole on the footrest 10, the sole groove 14 is formed concave to match the shape of the sole Then, a plurality of far infrared ray emitting ports 11 are formed in the sole groove 14.

Therefore, the user seats the sole in a comfortable state in the sole groove 14, and in this state, the far infrared rays and ultrasonic vibrations radiated through the far-infrared radiator 11 increase the massage effect.

Meanwhile, FIG. 8 shown in the drawing is another embodiment of the present invention, which blows external air into the reflective cap 20 to apply warm air to the sole by using heat emitted from the helium bulb 40, and one side of the main body 1. At the end, a small fan 60 capable of sucking external air is installed, and a duct 61 is mounted on the blowing side of the small fan 60 to be connected to the reflective cap 20.

The duct 61 mounted on the blowing side of the small fan 60 is connected to both reflective caps 20 so that external air blown through the small fan 60 is introduced into both reflective caps 20. , The outside air is heated by the heat of the helium bulb 40 to apply warm air to the soles of the feet.

The outside air introduced into the reflective cap 20 through the small fan 60 and the duct 61 is heated by the heat of emission of the helium bulb 40, and is supplied to the sole through the far-infrared emission port 11 of the foot plate 10. Warm air is applied to dry the soles and toes.

The plurality of far infrared rays emitting holes 11 protruding in a hemispherical shape on the scaffold 10 is provided with several emitting holes 12 and protrusions 13 on the upper side as shown in FIGS. It may be formed separately from the scaffold 10 using high jade or ceramics, and attached to the scaffold 10, or may be integrally formed by protruding from the scaffold 10.

As described above, when the far infrared emitter 11 is formed of jade or ceramic, the radiation amount of the far infrared ray is further increased, and several protrusions 13 protruding from the far infrared emitter 11 may provide acupressure on the sole of the foot. .

This configuration of this configuration is provided with a control unit 4 on one side of the footrest 10 or the main body 1 to control the operation of the helium bulb 40, the ultrasonic vibrator 50 and the small fan 60, the control In the unit (4) 'power on / off' while switching the helium bulb 40 to adjust the brightness and frequency of the ultrasonic vibrator (50).

Referring to the state of use of the present invention, first plug the plug into the outlet to apply power to the power supply unit 5, the switch on the control unit 4 'on' helium bulb 40, the ultrasonic vibrator 50 and a small fan ( 60) in operation, the soles are in close contact with the far-infrared emission port 11 of the footrest 10 to proceed with the massage.

When the switch is 'on' in the control unit 4, the far infrared rays and the warm air are radiated to the far-infrared radiating opening 11 by the helium bulb 40 and the small fan 60, and also the foot plate by the ultrasonic vibrator 50 ( 10) is vibrated to apply a massage to the sole, the user is massaged in a comfortable position while sitting on a sofa or chair.

This study uses a helium bulb and ultrasonic vibrator to apply deep infrared and ultrasonic vibrations deep into the skin of the sole to effectively stimulate the menstrual blood distribution in the sole, promoting blood circulation and metabolism, and applying warm air to the sole and toes. By drying the skin to prevent and treat various diseases such as athlete's foot and eczema.

Claims (3)

In a conventional foot massager that forms a footrest on which the sole is placed on the upper side of the main body and protrudes several acupressure balls to stimulate the sole of the foot, The main body 1 on which the cover 2 is positioned and the circuit board 3 is mounted thereon, and a plurality of far-infrared emitters 11 protruding in a hemispherical shape are formed so as to conform to the shape of both soles of the cover 2. The footrest 10 placed on the upper side of the reflection cap 20 is installed to be in close contact with the bottom portion of the footrest 10 formed with the far-infrared radiation outlet 11 and the bottom portion of the reflection cap 20 The helium bulb 40 installed in the main body 1, the helium bulb 40 mounted in the socket 30 and placed in the reflective cap 20 to emit far infrared rays, and the bottom portion of the scaffold 10. A foot massager comprising an ultrasonic vibrator (50) attached to apply ultrasonic vibrations, a helium bulb (40) emitting far infrared rays, and a controller (4) for controlling the operation of the ultrasonic vibrator (50). In claim 1, The far-infrared radiation outlet 11 protruding in a hemispherical shape on the footrest 10 has a plurality of discharge holes 12 and protrusions 13 formed in the upper side, and is located in the inner (foot arch) concave portion of the center of the foot. Sole massager configured by making the outlet (11) to protrude larger. In claim 1, On one side of the main body 1, a small fan 60 capable of sucking external air is installed, and a duct 61 is mounted on the blowing side of the small fan 60 to be connected to the reflective cap 20 to install the reflective cap. The sole massager is configured to apply the warm air to the sole by heating the outside air introduced into the (20) heat of the helium bulb (40).