KR101675682B1

KR101675682B1 - Multi-function massage device with them

Info

Publication number: KR101675682B1
Application number: KR1020150062997A
Authority: KR
Inventors: 박달원; 조군자
Original assignee: 박달원; 조군자
Priority date: 2015-05-06
Filing date: 2015-05-06
Publication date: 2016-11-11

Abstract

The present invention relates to a multifunctional massage device used in a home or a skin care shop.
The present invention is characterized in that a control unit including a temperature sensing unit, a temperature switch, and a microprocessor for controlling input signals of a vacuum pump operation switch connects a galvanic ion generating unit, a heat generating unit, an ultraviolet LED driving unit and a vacuum pump to a single massaging device The massage device comprising: a massage cream supply port connected to a first socket of the massage device; A ceramic thermostat combined sterilizer connected to a second socket of the massage device; A galvanic ion generator connected to a third socket of the massager; And a vacuum inhaler connected to a fourth socket of the massaging device.

Description

Multi-function massage device with them

The present invention relates to a multi-function massage device used in a home or a skin care shop.

In general, the skin of the human body can be restored with a natural massage, as well as a variety of bacteria and bacteria that are parasitic on the skin's horny skin, thereby maintaining more elastic and smooth skin.

Recently, a skin care center that manages only the skin is under construction. These skin care centers not only supply enough nutrients to the face and hands, feet or whole body, but also keep the skin healthy by constantly massaging the skin.

Such skin massage is performed using a massage device, and in recent years, various kinds of massage machines have been introduced.

Among them, for example, a far-infrared massager has been introduced that stimulates the skin while releasing far-infrared rays when heat is generated.

Here, the far-infrared ray means an infrared ray having a wavelength (wavelength) of 25 mu m or more, that is, a long wavelength (wavelength) of infrared rays. An infrared ray is a kind of electromagnetic wave having a longer wavelength (longer wavelength) than a red region (region) of a visible ray, and a shorter wavelength (near infrared ray) is called a near infrared ray It is absorbed well by the substance which is invisible and is characterized by strong resonance and resonance (action) of the organic compound (molecule) to be.

The conventional far-infrared massager using the far-infrared rays has a structure in which the ceramic heater itself emitting the far-infrared ray is received in the massage bowl and isolated from the outside.

The reason for this is that when the ceramic heater directly applies heat to the skin, it causes severe stress and irritation (burns) on the skin.

Therefore, the far infrared rays emitted from the ceramic heater are extremely low in penetration into the skin, and depending on the material properties of the massage ball accommodating the ceramic heater, the massage structure is mutated (hardened) have.

In view of the above problems, a registration registered utility model 0261215 (a vibration massage machine for emitting far-infrared rays) is introduced. The technique includes not only an oscillator inside the main body but also an effect of acupressure massage by a jabball and a ceramic ball And the heat generated by the heat generated by the heat generator built in the body emits high temperature heat. The high temperature ovol and the ceramic ball radiate not only warm massage but also a large amount of far infrared rays, which is very beneficial to the human body.

On the other hand, among the types of skin massage machines, a vacuum suction massage machine for massaging the skin through a cup connected to the vacuum pump is disclosed in the registered utility model 0440887. In this case, the skin is vacuumed and drawn to expand the blood vessel However, since the vacuum pump continuously operates and the solenoid valve is operated intermittently and continuously, the skin of the user repeatedly stretches and relaxes at appropriate intervals to simply push the skin, The blood circulation flowing through the blood vessels of the blood vessels can not be smoothly performed, thereby failing to maximize the lifting massage effect. In order to solve this problem, in performing massage in the left or right direction according to the direction of the skin muscles, the lymphatic circulation within the muscles of the gluteal muscles, the slough muscles, and the shoulder muscles smoothes while relieving the skin pain, Massage effect can be maximized.

In addition, when it is desired to use massage and ozone sterilizing effect at the same time, operation of the vacuum pump and the solenoid valve, massaging of the user's skin continuously by the suction port, and air flow from the vacuum pump to the solenoid valve Thereby generating fatal ozone in the microorganisms, thereby making it possible to contact the user's respiratory apparatus and cause discomfort due to the characteristic odor of ozone.

However, in the conventional vibration massage device in which the far-infrared ray is radiated as described above, since the ceramic ball emitting the far-infrared rays is tangent to the skin with a narrow or narrow area, there is a problem that the far-infrared ray transmission efficiency is low.

In addition, there are problems in that the number of components is large and the structure is very complicated, resulting in low productivity.

In addition, in the conventional far-infrared massagers, one or more massagers are installed in the main body of the massager so as to be irreplaceable, and the surroundings of the apparatus are very congested and cluttered. In the conventional vacuum suction massager, a plurality of couplers are connected to the discharge port of the vacuum pump, a suction pipe is connected to each coupler, and suction ports having different sizes are connected to the end of the discharge pipe. There is a problem that the sphere can not be replaced.

In addition, since only a stimulation process is performed through vacuum adsorption, there is a problem that the limited use of the massage time can not be maximized.

For example, among the massagers who receive massage services, busy workers are hard to spend a lot of time, so it is necessary to meet the needs of such consumers because they want to receive many kinds of massage services in a short time.

In addition, even in the case of massage companies, it is necessary to satisfy such demands simultaneously because various services should be provided in a short time to accommodate more consumers. From this point of view, there is a demand for a multi-function massager capable of performing a far infrared ray massage, a vacuum suction and a warm massage with a single device.

For this purpose, the inventor of the present invention has proposed a new multi-function massaging device for home use.

In this case, the massage device can perform the far infrared massage, the vacuum suction and the warm massage with one device, but the skin care and the massage function can not be performed at the same time, and the vacuum suction massage function is significantly deteriorated, ), It is pointed out that it does not enjoy the massage effect greatly.

(Patent Literature)

Registered Utility Model No. 0446745

The present invention is directed to a massage device capable of effectively performing a massage function as well as skin management.

The present invention is characterized by a control unit including a microprocessor for controlling input signals of a temperature sensing unit, a temperature switch, a vacuum pump operation switch, a vacuum switch, and the like, a galvanic ion generating unit, a heat generating and ultraviolet LED driving unit, The massaging device comprising: a massage cream supply port connected to a first socket of the massage device; A ceramic thermostat combined sterilizer connected to a second socket of the massage device; A galvanic ion generator connected to a third socket of the massager; And a vacuum inhaler connected to a fourth socket of the massaging device.

The present invention can perform a multifunctional function by allowing skin management and a massage function to be performed through one body and one control unit.

In addition, the present invention allows the skin to be managed through three steps, and an effective cream can be selected depending on the skin condition.

In addition, the present invention can supply cream to the skin through a massage cream supply port, thereby eliminating troublesomeness and irritation of hand washing when applied by a hand, and applying a far infrared ray to the cream- To increase the blood flow of the muscles and to achieve muscle relaxation action, sterilization and pain relief with ultraviolet LED can be planned.

In addition, the present invention has the effect of increasing the blood circulation by penetrating deeply the cream penetrated into the skin, as well as accelerating the release of waste materials, thereby increasing nutrients and oxygen supply to the skin and further enhancing the skin care effect.

Further, in the case of performing the muscle massage, the present invention provides a massage machine which increases the muscle massage effect by repeatedly sucking and releasing the muscles through the vane blade corresponding to the shape and shape of the muscles, And the effect of the loess balls or the magnetic balls can help the discharge of the waste matter and the smooth blood circulation, thereby further enhancing the massage effect.

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view showing the entire mechanical structure according to an embodiment of the present invention; Fig.
2 is a perspective view illustrating a configuration of a galvanic ion generator in a mechanical configuration according to an embodiment of the present invention.
3 is an exploded perspective view showing a configuration of a galvanic ion generator in a mechanical configuration according to an embodiment of the present invention.
Figure 4 is a front view of Figure 2;
FIG. 5 is a cross-sectional view of FIG. 2, FIG. 5A is a sectional view before contacting skin, FIG. 5B is a cross-
Fig. 6 is a front view according to another embodiment of Fig. 2
FIG. 7 is a perspective view showing a configuration of a ceramic thermal combiner for use in a mechanical structure according to an embodiment of the present invention. FIG.
8 is a state diagram of Fig. 7; Fig.
9 is a perspective view showing a configuration of a galvanic ion generator in a mechanical configuration according to an embodiment of the present invention.
10 is an exploded perspective view of Fig.
11 is a schematic cross-sectional view of a massage cream supply port in a mechanical configuration according to an embodiment of the present invention.
12 is a block diagram schematically illustrating an electrical configuration according to an embodiment of the present invention;
13 is a flow chart for explaining the steps of the present invention

BRIEF DESCRIPTION OF THE DRAWINGS FIG.

First, the skin care and massage functions are performed by the control unit 20 of the single massage device 10, and the skin care and massage effects are performed by the processes in the control unit 20, It is possible to increase it.

In order to accomplish the above object, the present invention provides a method for controlling the skin of a user by detecting the temperature (or humidity or temperature / humidity) of the skin by the first temperature sensor S1 installed in the massage cream supply port 100, A massage cream supply port 100 connected to the first socket 11 of the massage device 10 is formed on the basis of the temperature / humidity of the skin condition, And the cream is supplied to the skin by operating the operating switch 102 by replacing the cream supply tube 101 with a moisturizing cream tube or a nutrition moisture cream tube or a collagen cream tube or a vitamin- And a skin care step of heating the ceramic heating unit 103 by the operation of the first timer T1 so that the cream permeates deeply into the skin during the operation time of the first timer T1. In this step, the skin care manager can apply the cream to the skin without putting the cream on his / her hands, thereby eliminating the trouble of washing the hands and performing hygienically.

The next step is to notify the user of the necessity of performing the heating and sterilizing step through the audio output unit 30 after the set time of the first timer T1 has elapsed and automatically set the second warmer generating unit H2 and the ultraviolet- The sterilizer 200 is connected to the second socket 12 of the massage device 10 during the set time of the second timer T2 by the microprocessor of the controller 20, The coated skin can penetrate deeply into the skin due to the heat of the ceramic 201 constituting the ceramic thermal sterilizer 200 and the blood flow of the skin is reduced by far infrared rays generated from the ceramic 201 , And a step of disinfecting the surface of the skin with the ultraviolet LED 202 in order to alleviate the pain and to deodorize the pathogens contained in the cream.

The next step is to notify the user that the galvanic ion step is performed through the voice output unit 30 after the set time of the second timer T2 has elapsed and automatically drives the galvanic ion generator 50 to start the massage device 10 Galvanic ions are generated in the galvanic ion portion 301 of the galvanic ion generator 300 connected to the third socket 13 of the first timer T3 during the set time to ionize the cream applied to the skin, And further promotes the circulation of blood by rapid release of waste products due to an increase in lymphatic circulation, thereby enhancing nutrients and oxygen supply.

The galvanic ion generator 300 is connected to the positive terminal of the handle 302 and the galvanic ion electrode 301 is connected to the negative terminal of the controller 20 inside the massaging device 10 And the shaft 304 mounted on the upper cap 303 is inserted into the shaft 304-1 and the motor 304-2 and the rotating bearing 304-3 are inserted into the shaft 304-1, The rotation bearing portion 304-3 is rotated by the drive to automatically rotate the galvanic ion electrode portion 301 fitted to the rotation bearing portion 304-3 or to manually rotate the rotation bearing portion 304-3 by hand, A second temperature sensor 304-4 is attached to the upper end of the shaft 304-1 and the second temperature sensor 304-4 is attached to the upper end of the shaft 304-1, The detection sensor 304-4 can be installed on the inner surface of the temperature sensing unit 301-1 of the galvanic ion electrode unit 301 to enable measurement of the skin temperature, Figures sensor can be installed.

Accordingly, it is possible to know the skin temperature change according to the detection result of the second temperature sensor 304-4 after the skin care of the third step. (30).

That is, when the three skin care steps are performed, the temperature before the skin care and the temperature difference after the skin care are generated, and the temperature of the skin increases, so that the skin care effect can be indirectly recognized.

The next step is to notify the user that the vacuum suction step is to be performed through the sound output unit 30 after the third timer T2 has been set and automatically drives the vacuum pump driving unit 60 to operate the massage device 10, The vacuum suction device 400 connected to the fourth socket 14 of the fourth timer T4 is driven and the speed switch 21 is operated during the fourth timer T4 set time to perform the massage step of the skin while the suction and release cycles are set do. In this case, it is possible to adjust the suction intensity through the intensity switch 22 in addition to the speed switch. The durability switch 22 is capable of switching the vacuum suction pressure according to the skin condition, and can perform efficient skin care by adjusting the vacuum suction pressure.

After the set time of the fourth timer T4 has elapsed, the massage end step is notified through the voice output unit 30, and if necessary, the second temperature sensor 304-4 of the galvanic ion generator 300 Massage can be measured by skin temperature.

The vacuum suction device 400 is fixed to the inner side of the fixed body 402 inserted in the handle 401 by integrally fixing the rear suction vane rear vane blade 402-1 in the right or left direction , One side of a central recessed part (402-2) formed integrally with the skin vane compartment vane blade part (402-1) is opened, and the other side part is closed, and the inside of the central recessed part (402-2) And the lid portion 403 is coupled to the threaded portion formed on one side of the inner side of the fixed body portion 402. The lid portion 403 is provided at the inner center of the lid portion 403, Is integrally formed inside the suction port (403-3) of the outer side of the cylindrical portion (403-2) having the exposure hole (403-1) of the loess ball (500) Right direction or left direction.

Each of the front and rear vane vanes 403-4 and 402-1 has a partition wall 403-4 ', 402-1' and a space 403-4 '' 402-1 ' Is formed.

In the vacuum inhaler 400 having such a structure, the skin suction line, the rear vane blade portions 403-4, and 402-1 are fixed in the right or left direction, and the skin shape and direction of the skin The right vane, the rear vane vane 403-4, the left vane 403-4, and the left vane vane 403-4 can be selected and used. In order to massage the skin using the vacuum inhaler 400 thus selected, when the speed switch 21 is operated during the set time of the fourth timer T4 to operate the vacuum pump driving unit 50, The corresponding muscles are inserted into the suction port 403-3 and the fixed body 402 in the line and the rear vane blade sections 403-4 and 402-1, respectively, corresponding to the shape and shape of the muscles at the start and stop points, And the suction port 403-3 is formed in the shape of a muscle and the shape of the suction port 403-3 is formed in the shape of a muscle. The lid 403 is provided with an opening 403-1 of the loess ball 500. The loosening of the loess body 403-1 is performed by moving the loess ball 403-1 through the opening 403-1, The ball 500 or The interview on the skin which is to give the ball is drawn to assist in the discharge and the smooth circulation of the waste by the loess ball 500 or the magnetic ball.

4, when the left and right vane vanes 403-4 and 402-1 are formed in the right direction, the massage is performed by manually rotating the vacuum inhaler 400 in the right direction, In the case of FIG. 6, the massage is performed while rotating in the opposite direction.

As is known, the physiological characteristics of human body muscles are divided into shrinking, elastic excitability, and conductive. Classification according to the type is classified into the spindle, the right, the bump, the triceps, the quadriceps, The present invention can be applied to a case where massage is performed by hand by massaging the muscles in the space of each of the lines, the rear vane vanes 403-4, and 402-1 formed inside the vacuum inhaler 400, (403-4 ") (402-1") to move or rotate along the shape and shape of the muscle, thereby sucking or releasing the muscles. Thus, a massage suitable for the shape and shape of the muscles at the start and stop points So that the circulation of the treadmill blood of the human body can be smoothly performed.

Accordingly, the present invention smoothes the circulation of tile blood by pulling or releasing the muscles in response to the shape and shape of the muscles, while enhancing the massage effect by adding a circulatory assist function by the loess ball 500 .

Thus, the present invention can perform three skin care stages and one massage stage as one massage device.

The control unit 20 including the microprocessor generates heat and generates ultraviolet light through the ultraviolet LED driver 40, the galvanic ion generator 50, and the vacuum pump driver (not shown) 60 connected to one massage device 10 for controlling the massage device 10 comprises a massage cream supply port 100 connected to the first socket 11 of the massage device 10; A ceramic thermal sterilizer 200 connected to the second socket 12 of the massage device 10; A galvanic ion generator 300 connected to the third socket 13 of the massage device 10; And a vacuum suction device 400 connected to the fourth socket 14 of the massage device 10. The massage device 100 is provided at a lower portion of the massage cream supply port 100, The ceramic thermal sterilizer 200 is provided with a ceramic 201 on the lower side of the ceramic thermal sterilizer 200, sterilizing the ceramic thermal sterilizer 200 by the ultraviolet LED 202 installed around the ceramic thermal sterilizer 200, The generator 300 is connected to the positive terminal of the handle 302 and the galvanic ion electrode 301 is connected to the controller 20 inside the massaging device 10 to be connected to the negative terminal, The motor 304-2 and the rotating bearing part 304-3 are inserted into the shaft 304-1 and the rotating bearing part 304-3 is driven by the motor 304-2, So that the galvanic ion electrode portion 301 that is sandwiched by the rotation bearing portion 304-3 is rotated automatically so that the shaft 304-1 And a second temperature sensor 304-4 is attached to the upper end of the temperature sensing unit 301-1 of the galvanic ion electrode unit 301 so that the vacuum inhaler 400 is connected to the handle The skin suction port rear vane blade portion 402-1 is integrally fixed to the inner side of the fixed body portion 402 sandwiched between the skin suction port section vane 402 and the skin suction port section 402- 1 and the other side is sealed so that the loess ball 500 or the magnetic ball is inserted into the central recessed part 402-2, And the lid portion 403 is coupled to the threaded portion formed on one side of the inner side of the fixed body portion 402. The lid portion 403 is provided at the inner center of the lid portion 403 with the exposure hole 403- 1) is integrally formed inside the suction port (403-3) on the outer side of the cylindrical portion (403-2) And the wing portion 403-4 is fixed to the right or left direction. In the above, the temperature values sensed by the first and second temperature sensing sensors (S1, 304-4) can be displayed in the seven-segment digital display on the display unit of FIG.

The skin control step and the massage step according to the present invention will be described with reference to the above configuration. In this embodiment, the control unit 20 including the microprocessor controls the skin temperature to the sound output unit 30) and supplying the cream selected according to the measured skin temperature, driving the first heat generator (H1) during the first timer (T1) set time to infiltrate the cream into the skin; The second timer T2 is operated after the first timer T1 set time and the second warmer H2 and the UV LED driver 40 are operated for the set time of the second timer T2, Further infiltrating the sterilization and penetration of the cream into the cream; The third timer T3 is operated after the second timer T2 set time and the galvanic ion generator 50 operates during the third timer T3 set time to apply the galvanic ions to the skin, And a step of measuring the skin temperature after the skin management by the sound output unit 304-4 and informing the sound output unit 30 of the skin temperature. (T4) is operated for a set time, and the vacuum pump driving unit 60 operates to perform massage.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments.

Rather, it is understood that many modifications and variations of the present invention are possible without departing from the spirit and scope of the appended claims.

Accordingly, all such appropriate modifications and changes, and equivalents thereof, should be regarded as within the scope of the present invention.

10: massage device 11, 12, 13, 14: first to fourth sockets
20: control unit 21: speed switch
22: Strength switch 30: Audio output section
40: ultraviolet LED driver 50: galvanic ion generator
60: Vacuum pump driving part 100: Massage cream supply port
101: Cream feeder 102: Operation switch
103: ceramic thermal unit 200: ceramic thermal sterilizer
201: Ceramic 202: Ultraviolet LED
300: Galvanic ion generator 301: Galvanic ion electrode part
302: handle portion 303: upper cap
304: shaft portion 304-1: shaft
304-2: motor 304-3: bearing part
304-4: second temperature sensor 400: vacuum inhaler
401: handle portion 402: fixed body portion
402-1: rear vane blade section 402-2: central inlet section
403: lid portion 403-1: exposure hole
403-2: Cylindrical portion 403-3:
403-4: leading vane blade section 403-4 ', 402-1': partition wall
403-4 ", 402-1 ": space part 500: loess ball

Claims

The control unit 20 including the microprocessor controls the connection of the UV LED driving unit 40, the galvanic ion generating unit 50 and the vacuum pump driving unit 60 to one massage device 10, A massage cream supply port (100) connected to the first socket (11) of the massage device (10); A ceramic thermal sterilizer 200 connected to the second socket 12 of the massage device 10; A galvanic ion generator 300 connected to the third socket 13 of the massage device 10; And a vacuum suction device 400 connected to the fourth socket 14 of the massage device 10. The massage device 100 is provided at a lower portion of the massage cream supply port 100, The ceramic thermal sterilizer 200 is provided with a ceramic 201 on the lower side of the ceramic thermal sterilizer 200, sterilizing the ceramic thermal sterilizer 200 by the ultraviolet LED 202 installed around the ceramic thermal sterilizer 200, The generator 300 is connected to the positive terminal of the handle 302 and the galvanic ion electrode 301 is connected to the controller 20 inside the massaging device 10 to be connected to the negative terminal, The shaft portion 304 mounted on the rotary bearing portion 304-3 is inserted into the rotary bearing portion 304-3 when the rotary bearing portion 304-3 is rotated, The galvanic ion electrode unit 301 is rotated and the second temperature sensor 304-4 is attached to the upper end of the shaft 304-1 The vacuum suction device 400 is integrally formed on the inner side of the fixed body 402 inserted in the handle 401. The vacuum suction device 400 is provided on the inner surface of the temperature sensing part 301-1 of the galvanic ion electrode part 301, The suction port section rear vane vane section 402-1 is fixed in the right or left direction and a central inlet 402-2 formed integrally with the vane blade section 402-1 for the skin suction section And the other part is closed so that the loess ball 500 or the magnetic ball is inserted into the inside of the central recessed part 402-2 so as to be formed as a turning material and formed on one side of the inner side of the fixed body part 402 A cover 403 is coupled to a threaded portion of the cylindrical portion 403-2 of the cylindrical portion 403-2 having an exposure hole 403-1 of the loess ball 500 at an inner center of the cover portion 403, -3), the vane blade 403-4 for the skin suction section is fixed to the right or left direction. Wherein the massage device comprises:

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