KR200263391Y1 - Foot massage apparatus of multifunction - Google Patents

Abstract

The present invention relates to a multifunctional foot massage device. The foot massage apparatus disclosed herein generates a bubble in the housing 10 forming the body, the heater 20 for heating the water contained in the housing to an appropriate temperature, and the water inside the housing to massage the user's feet. Remove the dead skin in the user's feet, the bubble generating device 40, the vibration generating device 30 for vibrating the housing to massage the user's feet, the far infrared generating device 50 for generating far infrared rays to the outside, The exfoliation device 60, and a timer / adjustment device 70 for adjusting the use time or selecting and adjusting at least one of various functions. Therefore, according to the present invention, the effect of relieving and alleviating foot fatigue is improved by various functions than the foot massage device of the conventional design.

Description

Multifunctional foot massage device {FOOT MASSAGE APPARATUS OF MULTIFUNCTION}

The present invention relates to a foot massage device, and more particularly to a multifunctional foot massage device.

Since ancient times, people have known that their feet are a second heart, but they have tended to neglect to maintain healthy feet because they lack awareness of their feet. The foot has a number of horns on the sole, the instep and the inside of the foot. Particularly, the sole of the foot concentrates the vascular nerve lymph nodes that connect with each organ of the body such as the stomach, kidneys, liver, eyes, and ears. The sole of the foot is farthest from the heart in the body and the capillaries extend horizontally and the waste is best accumulated. Therefore, when pressing or pinching the meridians, the organs and physiological functions related to the meridians are stimulated to improve blood circulation and facilitate the discharge of waste products. The fact that walking a lot is good for health is because it stimulates blood vessels and meridians of the soles by the power of the body, thereby releasing waste accumulated in the soles of the feet to promote blood circulation.

Therefore, various circumstances have been developed for massaging the feet using this principle. For example, the foot massage apparatus according to the prior art is a 'foot massager' of Korean Patent Publication No. 10-0208741 (filed May 14, 1996) and the domestic registered Utility Model Publication No. 20-0222243 (application November 21, 2000, foot massage combined foot baths are published.

The former relates to a foot massage device that maximizes the massage effect by generating bubbles inside the water or medicine, and the latter relates to a foot massage device that combines a footbath function and a foot massage function. However, they are not effective in reducing the fatigue and metabolism of the human body through the foot due to the simple function of the foot massage device.

An object of the present invention is to solve the above problems, to implement a foot massage device having a variety of functions. In addition, it is to implement a multifunctional foot massage device to improve the effect of relieving and relieving foot fatigue through various functions.

1 is a perspective view showing the overall configuration of a multifunctional foot massage apparatus according to an embodiment of the present invention

FIG. 2 is a plan view of the cover of the foot massage device shown in FIG.

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

<Description of Signs of Major Parts of Drawings>

DESCRIPTION OF SYMBOLS 1 Multifunctional foot massage apparatus 10 Housing 11 Upper housing 12 Foot accommodating space 12a Acupressure protrusion 12b Gemstone 13 Protrusion 13a Recession 14 Lower housing 15 Ventilation opening 20 Heater 30 Vibration generating device 31 Coupling shaft 32: Motor holding member 33: Vibration motor 34: Eccentric weight 40: Bubble generator 41: Air inlet chamber 42: Bubble generating nozzle 43: Connector 44: Compressor 50: Far infrared ray generator 51: Far infrared ray lamp 52: Light Diffusion plate 60: Exfoliating device 61: Rotating motor 61a: Drive shaft 62: Motor case 63: Rotating body 64 for exfoliation 64: Connecting shaft 65: Moving terminal 66: Fixed terminal 70: Timer / control device 80: Cover

According to a feature of the present invention for achieving the above object, the foot receiving space is opened in an open state is blocked from the lower space, the foot receiving space is divided into left and right sides by a ridge in the center A housing having a plurality of acupressure protrusions and jade stones at the bottom of the left and right foot accommodation spaces; A heater installed at a bottom of the foot receiving space and heating the water filled in the foot receiving space to a proper temperature; A vibration generating device installed inside the ridge with a vibration transmission piece fixed to an inner surface of the ridge and transmitting a vibration force generated during driving to the housing through the vibration transmission piece; A bubble generator installed in the lower space of the housing with a plurality of nozzles communicating with the left and right foot receiving spaces of the housing; A far-infrared generator having a structure in which at least one far-infrared lamp is installed inside the depression formed at one side of the ridge, and a light diffusion plate is coupled above the depression; An exfoliation device installed at one side of the ridge in a state having a keratin stripping rotor at an upper portion thereof, and driven when the foot contacts the keratin stripping rotor to rotate the keratin stripping rotor; It is installed on one side of the housing, the vibration generating device, bubble generating device, far infrared ray generating device, exfoliation device to selectively operate, the timer / control device for adjusting the operation time; includes.

In addition, the exfoliation device, and the rotary motor is installed inside the ridge; A fixed terminal installed at a periphery of the drive shaft of the rotary motor and connected to a power source of the rotary motor; An exfoliation member having an exfoliation rotating body drawn outwardly of the ridge portion and having a connecting shaft fixed to the bottom of the exfoliating rotating body elastically coupled to a drive shaft of the rotating motor; And a movable terminal attached to the connecting shaft of the exfoliating member and connected to the fixed terminal when descending, and connected to the power supply of the rotary motor.

Therefore, according to the multifunctional foot massage device of the present invention, the effect of relieving and alleviating the fatigue of the foot by the various functions is significantly improved by various functions. This can maximize the use effect because it can efficiently manage the device when using the foot massage device.

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

1 is a perspective view showing the overall configuration of the multifunctional foot massage apparatus according to an embodiment of the present invention, Figure 2 is a plan view of the cover of the foot massage device shown in Figure 1 is removed, Figure 3 is a view of Figure 1 A-A cross-sectional view.

As shown, the multifunctional foot massage device 1 of the present invention, the housing 10 constituting the body, the heater 20 installed in the interior and exterior of the housing 10, the vibration generating device 30, bubble generation It comprises a device 40, a far infrared ray generating device 50, an exfoliation device 60, a timer / control device 70.

The housing is divided into an upper foot receiving space in which an inner space thereof is opened and a lower space blocked from the foot receiving space. The foot receiving space is divided into left and right space portions by ridges formed in a longitudinal direction in the center thereof, and a plurality of acupressure protrusions and stones are provided on the bottom surface of the left and right foot receiving spaces.

In this embodiment, the housing 10 is configured to be separated into upper and lower housings 11 and 14. That is, the upper and lower housings 11 and 14 are formed in a container shape having a different diameter, and the edge portion of the lower housing 14 is in the state in which the upper housing 11 is accommodated inside the lower housing 14. The two housings are integrally coupled to the edge portion. In addition, the inner space of the upper housing 11 is divided left and right by the ridge 13 formed along the longitudinal direction in the center to form the foot receiving space 12 that can contain the left and right feet of the user. In addition, a plurality of acupressure protrusions 12a and gemstones 12b having different sizes are provided on the bottom surface of the upper housing 11, that is, the bottom surface of the left and right foot accommodation spaces 12. In addition, a plurality of ventilation holes 15 are formed on the bottom of the lower housing 14.

The heater 20 described above is installed at the bottom of the upper housing 11. The heater 20 is used to heat water filled in the foot receiving space 12 inside the upper housing 11 to an appropriate temperature. For example, the heating operation of the heater 20 may maintain water inside the foot receiving space 12 at 38 ° C., which is a temperature suitable for massage.

In addition, the aforementioned vibration generating device 30 is installed inside the ridge of the upper housing. Such a vibration generating device is provided with a vibration transmitting piece which is fixed to the inner surface of the ridge so that the vibration force generated during its operation is transmitted to the entire housing. Such a vibration generating device may be provided in various configurations and will be described below with reference to the present embodiment.

A pair of connecting shafts 31 are fixed to the inner surface of the ridge 13 so that the upper end thereof is installed inside the ridge 13. The motor holding member 32 is coupled to the lower end of the connecting shaft 31, and the vibration motor 33 is installed on the motor holding member 32. The eccentric weight 34 is coupled to the drive shaft of the vibration motor 33. By such a configuration, a vibration force is generated by the eccentric weight 34 when the vibration motor 33 is driven, and the vibration force is transmitted to the upper housing through the motor holding member 32 and the connecting shaft 31. The whole of the housing 10 including the upper housing 11 is vibrated to be transmitted to 11. In detail, the motor holding member 32 and the connecting shaft 31 perform the function of the aforementioned vibration transmitting piece.

In addition, the above-described bubble generating device 40 is installed at the bottom of the upper housing 11, that is, inside the lower housing 14. Such a bubble generating device 40 includes an air inlet chamber 41 provided at the bottom of the upper housing 11 in which a plurality of bubble generating nozzles 42 communicating with the bottom surface of the upper housing 11 are formed. In this case, the air inlet chamber 41 and the connecting pipe 43 are connected to the compressor 44 to inject the compressed air into the air inlet chamber 41. In addition, the compressor 44 is a compressor of a conventional configuration including a fan and a motor for driving the fan.

In addition, the far-infrared generator 50 described above is installed at one side of the ridge 13 of the upper housing 11. The far-infrared ray generator 50 is provided with one or more far-infrared lamps 51 inside the depression 13a formed in the ridge 13, and the light diffusion plate 52 above the depression 13a. ) Is combined so that far-infrared rays emitted from the far-infrared lamp 51 are diffused and emitted to the outside. In addition, in the present embodiment, the above-described vibration generating device 30 is positioned at the bottom of the far-infrared ray generating device 50, wherein the connecting shaft 31 of the vibration generating device 30 is the recess 13a. It is fixed to the bottom of).

In addition, the aforementioned exfoliation device 60 is provided at a position adjacent to the far infrared ray generating device 50 of the ridge 13. Such exfoliation device is provided with a keratin stripping rotor that protrudes from the surface of the ridge to remove keratin of the foot while rotating in contact with the foot of the user. In addition, a method using a sensor and a motor may be used as a method for driving the keratin peeling rotating body, and the keratin may be connected by its weight only when the user puts his foot as in the present embodiment. The configuration in which the peeling rotating body operates is preferable.

Hereinafter, the exfoliation apparatus will be described based on the present embodiment.

The rotary motor 61 is installed inside the ridge 13, and the rotary motor 61 is accommodated inside the motor case 62 fixedly installed in the ridge 13 and installed stably. . And, the exfoliation member is coupled to the drive shaft (61a) of the rotary motor (61). The keratin removing member is a keratin peeling rotating body 63 protruding to the upper portion of the ridge 13, the lower end of the body fixed to the bottom of the keratin peeling rotating body 63, the lower end of the drive shaft (61a) It consists of a connecting shaft 64 coupled to. At this time, the connecting shaft 64 is elastically coupled to the drive shaft 61a of the rotary motor 61 so as to be movable, so that the exfoliation member is lowered when the keratin stripping body 63 is pressed. It is pressed in the direction and returns to its original position when the pressing force is released.

In addition, a movable terminal 65 connected to the power source of the rotary motor 61 is attached to the connection shaft 64, and a power source of the rotary motor 61 is formed around the drive shaft 61a of the rotary motor 61. The fixed terminal 65 is connected to the movable terminal 65 is installed in a slightly spaced apart state.

With the above configuration, when the user presses the keratin peeling rotor 63, the movable terminal 65 coupled to the connecting shaft 64 of the bottom while the keratin peeling rotor 63 is lowered is It is connected to the fixed terminal 66. Accordingly, the rotary motor 61 is driven and connected to a power source, and the exfoliating member 63 of the upper part is rotated while the exfoliating member coupled to the drive shaft 61a of the rotary motor 61 is rotated. Peel off the dead skin that has solidified on your feet.

In addition, the timer / adjustment device 70 described above is installed at one side of the upper housing 11. Such timer / adjustment device 70 is to select or adjust the function of any one of the above-described vibration generating device 30, bubble generating device 40, far infrared ray generating device 50, exfoliation device 60, It has a function of adjusting the operating time of each device.

The operation of the multifunctional foot massage device 1 according to the present embodiment configured as described above will be described.

First, the water is contained in the left and right foot receiving space 12 of the upper housing 11, wherein the amount of water will be enough to cover the back of the user to massage. In addition, although the heater 20 installed at the bottom of the upper housing 11 heats the water to an appropriate temperature, in some cases, hot water heated to an appropriate temperature may be used so that the massage can be performed without waiting. have. At this time, the heater 20 performs a heating function so that the hot water is continuously maintained at an appropriate temperature.

After filling the water in the left and right foot receiving space 12 to operate the timer / control device 70 to set the use time. Subsequently, the timer / adjustment device 70 is operated to control the heating temperature of the far infrared ray generating device 50, the exfoliation device 60, the vibration generating device 30, the bubble generating device 40, and the heater 20. It is to select and operate the desired function among the functions.

Accordingly, the user can obtain various various health promotion functions in addition to the basic functions of relieving the stiff foot muscles and thereby relieving fatigue by immersing the foot in hot water to promote blood circulation. That is, by irradiating the far infrared rays emitted from the far-infrared generator 50 can absorb components useful to the human body, it is possible to easily peel off the stratum corneum layer on the skin of the foot using the exfoliation device 60. Since the stratum corneum inhibits the blood circulation of the foot and not only adversely affects health, but also cosmetically not good, such stratum corneum peeling is very useful for health and beauty.

In addition, it is possible to absorb components useful to the human body through the gemstone 12b provided at the bottom of the foot receiving space (12). The boulder removes heat from the stomach, reduces asthma, eliminates thirst, and relieves the heart and lungs to help the larynx to protect sound and to make hair shiny. In addition, jade is a natural stone to nourish the five gut, beneficial to the blood vein, and stabilize the mind and body to relax the musculature, and to help health such as brightening ears and eyes. Therefore, it is possible to improve the health by absorbing the useful components of the jade in the foot massage process.

In addition, as the housing 10 flows by the vibration generating device 30, hot water flows inside the foot receiving space 12 to maximize the massage effect, and at the same time, the bottom of the foot receiving space 12. Acupressure projections (12a) of the surface is to press the floor of the user's foot. In addition, bubbles formed through the bubble generating device 40 stimulate the user's foot to maximize the effect of massage.

In addition, the heat generated during operation of various mechanisms including the motor of the vibration generating device 30, the exfoliation device 60, and the bubble generating devices 40 may include a lower housing constituting the lower part of the housing 10. It is discharged to the outside through the vent (15) of 14).

On the other hand, the cover 80 is coupled to the upper side of the upper housing 11 to block the foot receiving space 12 from the outside may be provided. The size of the cover 80 may be such that the size of the cover 80 does not interfere with the behavior of the user while the foot is immersed in the foot receiving space 12 of the upper housing 11.

Due to the cover 80, the phenomenon that the heat of the hot water filled in the foot receiving space 12 is discharged to the outside can be effectively suppressed, thereby reducing the energy consumption consumed in heating the hot water.

As described above, the multi-function foot massage device according to the present invention is a housing suitable for pouring water and dipping the foot in order to have a variety of functions, a heater that can maintain the water contained in the housing at an appropriate temperature, and use time It is possible to control the power by setting the power supply or control the selection of any of a variety of functions, including a vibration generating device and a bubble generating device for massage, by a variety of functions than the foot massage device of the conventional design The effect of alleviating and alleviating fatigue is greatly improved.

Because of this, it is possible to use a variety of functions, it is possible to efficiently manage the use time can maximize the use effect.

Claims (3)

A foot receiving space with an open upper portion is provided in a state of being cut off from the lower space, and the foot receiving space is divided into left and right sides by a central ridge, and a plurality of acupressure protrusions are formed on the bottom surface of the left and right foot receiving spaces. A housing provided with a stone; A heater installed at a bottom of the foot receiving space and heating the water filled in the foot receiving space to a proper temperature; A vibration generating device installed inside the ridge with a vibration transmission piece fixed to an inner surface of the ridge and transmitting a vibration force generated during driving to the housing through the vibration transmission piece; A bubble generator installed in the lower space of the housing with a plurality of nozzles communicating with the left and right foot receiving spaces of the housing; A far-infrared generator having a structure in which at least one far-infrared lamp is installed inside the depression formed at one side of the ridge, and a light diffusion plate is coupled above the depression; An exfoliation device installed at one side of the ridge in a state having a keratin peeling rotor at an upper portion thereof, and driving when the foot contacts the keratin peeling rotor to rotate the keratin peeling rotor; A timer / adjustment device installed at one side of the housing and configured to selectively operate the vibration generating device, the bubble generating device, the far infrared ray generating device, and the exfoliating device, and to adjust the operation time thereof; Multifunctional foot massage device comprising a. According to claim 1, wherein the exfoliation device, A rotating motor installed inside the ridge; A fixed terminal installed at a periphery of the drive shaft of the rotary motor and connected to a power source of the rotary motor; An exfoliation member having an exfoliation rotating body drawn outwardly of the ridge portion and having a connecting shaft fixed to the bottom of the exfoliating rotating body elastically coupled to a drive shaft of the rotating motor; A movable terminal attached to the connection shaft of the exfoliation member and connected to the fixed terminal when descending, and connected to a power source of the rotary motor; Multifunctional foot massage device, characterized in that consisting of. The method of claim 1; Multifunctional foot massage device, characterized in that the thermal insulation cover for blocking the heat discharge of the hot water filled in the foot receiving space is coupled to the upper portion of the housing.