KR20040047548A - Apparatus for masssge using high frequency - Google Patents

Abstract

PURPOSE: A high frequency massage device is provided to prevent the loss of hair and to hasten the growth of hair by using the high frequency so that a heat spontaneously emits in a hair follicle in a head skin to activate the blood circulation in a capillary vessel spread in a hair papilla in a hair follicle. CONSTITUTION: The high frequency massage device comprises a power source portion(8) to supply a power required to each circuit by converting an alternating current power into a direct current power; an oscillation circuit portion(12) to oscillate a high frequency signal; an amplification portion(14) to amplify the high frequency signal oscillated in the oscillation circuit portion(12); an output portion(18) with a terminal to output the high frequency signal amplified; a level controller(28) to control the strength of the high frequency signal; a first electrode plate(22) to be connected with one side terminal of the output portion and to conduct the output high frequency signal current with high pressure to a human body; and a second electrode plate(24) to be connected with the other side terminal of the output portion, to be touched to an affected part of the head skin to be massaged and to have an electric potential corresponding to one side electric potential of the high frequency signal which is conducted to the head skin through the first electrode plate(22).

Description

High frequency massager {APPARATUS FOR MASSSGE USING HIGH FREQUENCY}

The present invention relates to a high-frequency massager, in more detail, to give a stimulus, such as heat to the contact area of the human body through a high-frequency massage to keep the hair root healthy and to maintain the health of the scalp to prevent hair loss and promote hair growth It relates to a high-frequency massager that helps promote hair growth.

Human hair is composed of a protein called keratin, which consists of three layers of tissue formed from a follicle-shaped hair follicle about 4 mm below the skin.

The outermost layer is a thin, hard, scaly protective layer that is not colored. The middle layer is the thickest, hair-bearing structure that determines whether the hair is straight or humped, and the color of the hair. The innermost layer is the layer of living cells that nourish hair growth.

1 is a human tomographic view showing the structure of a general hair follicle. As shown in Figure 1, the hair follicle (2) has a teat (3), in which the capillaries are distributed to supply the nutrients necessary for hair growth and to shine the hair (1) to the side of the teat (3) There is a seborrheic gland (4) that supplies oil.

This growth of hair follicles is influenced by the testosterone, a male hormone, in which the hairs of the armpits and the genitals are particularly sensitive to testosterone and appear and grow earlier in puberty than other parts of the body, whereas the hair of the hair is testosterone. It is known to be affected by the derivative 'dihydrotestosterone (DHT)'.

Hair follicles are formed in the prenatal period, and no new hair follicles are formed after childbirth. The numbers remain the same in adults but decrease in later life.

Lanugo hair, which first emerges during the fetal period, falls off in the mother's womb in about eight months, resulting in a thin, soft, colorless, hair within 2 cm of vellus hair after birth.

During puberty, cilia are transformed into terminal hair, turning into thick, strong, colored hair. This hair can also be seen in the anterior head when androgenetic alopecia progresses.

In the case of male alopecia, the effect of dihydrotestosterone causes the hair to turn into soft hair, which ultimately leads to hair loss.

Hair loss is a phenomenon in which capillaries contract due to age, season, race, physiological factors, genetic factors, and mental stresses, causing itching and the number of hairs leaving the scalp tissue to be larger than the number of new hairs. This is a phenomenon in which the density of hair decreases.

The growth rate of hair is the fastest when it is hot and the slowest when it is cold. Therefore, hair loss occurs more frequently in cold autumn and winter than in the hot seasons of spring and summer.

These alopecias cause severe interpersonal relations, and the grievances of the parties are huge. As the effects of alopecia are so great, various treatment methods have been studied and proposed.

As a treatment for alopecia, there is a drug treatment method, for example, taking a drug or applying the drug directly to the scalp. As a therapeutic method by such drugs, a compound group consisting of anol, anetol, or a homologue thereof, or a mixture thereof is used as an active ingredient essential for hair roots, and ion osmotherapy of a photosensitive amino vinyl compound with electrical stimulation is performed. It is known how to process.

However, this method is only an experimental step with incomplete efficacy, and since it needs to be sustained in the long term in order to see the effect, the economic burden is large compared to the therapeutic effect, so that it is difficult to use continuously and eventually have no therapeutic effect. In addition, concerns about side effects due to allergic reactions or misuse of the drug can not be excluded.

In addition, although hair transplantation by surgery is prevalent, this is a large burden of mental burden and cost according to the surgery and there is a problem that the activity is unnatural for a certain period after the surgery.

In addition, massage devices have been proposed to apply a physical stimulus to the scalp. These devices massage by tapping due to low frequency stimulation or vibration.

The physical stimulation tapping by low frequency stimulation or vibration from the outside stimulates the papillary part of the hair follicle to promote hair growth, but it is still inconvenient to use and its effect is insignificant and the principle has not been properly verified.

Therefore, the present invention was created in order to solve the problems of the prior art, the high frequency massager according to the present invention focuses on the rapid growth of the hair is hot, spontaneously in the hair follicles in the scalp using high frequency The purpose of the present invention is to provide a high-frequency massager capable of preventing hair loss and promoting hair growth by activating the flow of blood in the capillaries distributed in the nipples in the hair follicles.

In order to achieve the object of the present invention, a power supply unit for supplying the power required for the circuit of each unit by converting the AC power to DC power; An oscillation circuit unit for oscillating a high frequency signal; An amplifier for amplifying the high frequency signal oscillated by the oscillation circuit unit; An output unit having a + terminal and a-terminal, and outputting an amplified high frequency signal; A level adjuster for adjusting the intensity of the high frequency signal; A first electrode plate connected to one terminal of the output unit and configured to conduct an output of a high voltage signal current having a high voltage to the human body; And a second electrode plate connected to the other terminal of the output unit, the second electrode plate having a potential corresponding to one side potential of the high frequency signal contacted to the affected part of the scalp to be massaged and conducted to the scalp through the electrode plate. The high frequency massager which consists of a radiating massager is proposed.

1 is a human tomographic view showing the structure of a general hair follicle.

Figure 2 is a block diagram showing each component of the high frequency massager according to the present invention.

3 is a perspective view showing a combination of the high-frequency massager and the output unit according to the present invention.

4 is a view showing a state of use of the high-frequency massager according to the present invention.

5 is a rear view of the massaging machine of the high frequency massager.

Figure 6 is a block diagram showing the function of the high-frequency massager according to the present invention.

7 is a perspective view showing an embodiment of a high-frequency massager according to the present invention.

FIG. 8 is a perspective view illustrating coupling with the output unit of the high frequency massager illustrated in FIG. 7.

9, 10, and 11 are circuit diagrams of a high frequency massager according to the present invention.

Explanation of symbols on the main parts of the drawings

8-Power supply part 12-Oscillation circuit part

14-Current amplifier 16-High voltage amplifier

18-High voltage output section 22-First electrode plate

23-insulating layer 24-second electrode plate

26-Key input C1, C2, C3, C4, C5-Connector

28-Level Controller IC-Timer

27- display PN-conductive pin

30- massager

Hereinafter, the configuration and operation of the present invention will be described in more detail with reference to the accompanying drawings.

Figure 2 is a block diagram showing each component of the high-frequency massager according to the present invention, Figure 3 is a perspective view showing the combination of the high-frequency massager and the output unit according to the present invention, Figure 4 shows a state of use of the high-frequency massager according to the present invention 5 is a rear view of the massager of the high frequency massager. 6 is a block diagram showing the function of the high-frequency massager according to the present invention. And, Figure 7 is a perspective view showing an embodiment of a high-frequency massager according to the present invention, Figure 8 is a perspective view showing the coupling of the high-frequency massager shown in Figure 7 with the output.

2 to 8, the high frequency massager according to the present invention uses heat generated in the dielectric when a high frequency current flows through the dielectric, which is a material having moisture and conductivity, and the human tissue has a large internal conductivity. Because the cells of the tissue to act as a dielectric, generate a high frequency in the oscillator circuit portion and amplify in the electronic circuit to apply heat to the human body to be massaged.

The high frequency massager rectifies the AC power into a DC power source, and supplies a power supply unit 8 for supplying the necessary power to each sub-circuit, an oscillation circuit unit 12 that oscillates a high frequency signal, and amplifies the high frequency signal oscillated by the oscillation circuit unit 12. A current amplifier 14, a high voltage amplifier 16 for high pressure amplifying the high frequency signal output from the current amplifier 14, a high voltage output unit 18 for outputting the high frequency amplified high frequency signal, and A level controller (VR) for adjusting the intensity of the high frequency signal, and a first electrode in a form suitable for contacting a body part of the hand or foot to conduct a high frequency high frequency signal output from the high voltage output unit 18 to the human body The massage device 24 is provided with a plate 22 and a second electrode plate having a potential opposite to that of the first electrode plate 22 and massages in contact with the human body.

The power supply unit 8 according to the present invention rectifies the AC power to a DC power supply to supply a DC voltage to each part, and a rectifying method may use a bridge circuit using a transformer and a diode.

The oscillation circuit part 12 according to the present invention is to oscillate a high frequency of about 250 to 350kHz. In addition, the high frequency oscillated by the oscillation circuit part 12 causes the current amplifier 14 to amplify the magnitude of the current, and the amplification degree can be adjusted through the variable resistor used as the level controller 28. The level adjuster 28 is for the user to adjust the intensity of the high frequency signal actually output from the output unit 18.

In addition, since the distance between the electrode plate 22 and the massage device 24 is far apart, the high frequency output from the oscillation circuit part 12 becomes an insulated state between the electrode plate 22 and the massage device 24 by using a low voltage. The high frequency output from the circuit unit 12 should be amplified. Therefore, the high voltage amplifier 16 for amplifying the high frequency uses a high voltage transistor such as an IGBT as a driving device to receive a high voltage high frequency power through a boost transformer.

The output unit 18 according to the present invention is provided with connectors C1 and C2 having pin terminals for outputting the output signal of the high voltage amplifier 16.

The connectors C1 and C2 having pin terminals are connected to the electrode plate 22 and the massager 24 to output high frequency to the outside, and the electrode plate 22 and the massager 24 are the connectors C1 and C2. It is connected to the wiring bound to the wiring has a connector (C3, C4). And, the wiring connected to the massage device 24 is further provided with a connector (C5) so that the massage device 24 can be connected or separated from the wiring.

On the other hand, the present invention is a key input unit 26 having an operation button for setting the operation time as the use condition menu selection, a timer (IC) for measuring the time according to the operation through the key input unit 26, and And a display 27 for displaying a change in time according to the output of the timer IC, and a buzzer for generating a warning sound when the operation time is completed. As such, the time display and the warning sound are generated so that the procedure time using the high frequency massager according to the present invention can be checked without looking at a separate watch.

In addition, the electrode plate 22 is formed of a conductive rubber or a conductive metal plate and slightly curved to fit the human body curve so as to be in close contact with the human body. In addition, the electrode plate 22 is provided with a fixing means that can be fixed to the human body so that the user is not inconvenient to bring the electrode plate 22 in close contact with the human body.

The massage device 30 is connected to the circular conductive pins PN and the conductive pins PN to form an electrode, and the outside of the massager is insulated so that the massager can be operated by hand. It is composed of The massage device 30 is adapted to be replaced with a massage device 30 having a different size as necessary. In addition, the conductive pin (PN) of the massager is applied to the outside contacting with an insulating material so that the user can operate the massager 24 by hand so that it can be used safely, so that the user can easily stimulate the desired position.

In addition, the massage device 30 is configured in the form as shown in Figure 7 to be used in the scalp massage. 8 shows that the massage device 30 shown in FIG. 7 is connected to the output unit.

Massager 30 is composed of a circular head and the handle, the second electrode plate 24 is formed on the circular head portion and the first electrode plate 22 is formed on the handle. In addition, when the handle of the massage device 30 is held, the first electrode plate 22 is in contact with the hand. When the second electrode plate 24 is in contact with the scalp, the first electrode plate 22 and the second electrode plate 24 are contacted. This conduction is applied to the electrical stimulation to the scalp to make the scalp massage.

Massage the scalp while holding the first electrode plate 22 by hand is such that the distance between the first electrode plate 22 and the second electrode plate 24 attaches the first electrode plate 22 to the foot. Maintaining a closer distance than it is more effective to apply electricity to the human body, and can prevent the transmission of electricity to the heart can be used safely.

Moreover, it can be comprised so that tempered glass may adhere to the surface of the 1st electrode plate 22. FIG.

In addition, the massage device 30 is connected to the output through the line and the line has a + line and a-line to be connected to the contactors (C1, C2) of the output, respectively.

In addition, in the high frequency signal radiated between the first electrode plate 22 and the second electrode plate 24, the second electrode plate 24 is preferably at a negative potential level than the first electrode plate 22.

The reason why the present invention exposes the affected part of the scalp to the negative potential level of the high frequency signal is based on the following two principles.

First, since tissue or body fluid of the human body is an electrolyte, chemical changes occur when an electric current passes through. The concentration of chemical stimulants in the electrolyte of the body fluid is largely generated at the cathode, and heat is generated at the cathode.

Second, the chemical effect is higher in direct current than in alternating current, and the thermal effect is higher in alternating current.

Therefore, in order to increase the thermal effect and the chemical effect, it is preferable that the second electrode plate 24 in contact with the scalp be at a negative potential level and output as a high frequency signal rather than a low frequency.

The high frequency massager according to the present invention configured as described above is bent to a certain degree when the second electrode plate 24 is in contact with the scalp as shown in FIG. 4 so that the second electrode plate 24 is in close contact with the scalp part. . Then, before the second electrode plate 24 is in contact with the body and massaged, the energizing fluid is evenly applied to the massage part of the body, and then massaged using the second electrode plate 24.

The energizing fluid used at this time is used for hair treatment creams such as phenoxybenzoate, imidazolidolurea, dionizide water, and hair treatment vitamins such as diozini water, placenta, amniotic fluid, and the like. do. However, it is preferable not to use a moisturizing cream as the energizing liquid, because the moisturizing cream blocks pores and makes the activity of the hair root difficult.

Then, after applying the energizing solution as described above, the second electrode plate 24 of the high frequency massage according to the present invention is massaged to the head to generate heat in the head to activate the hair root.

As the high frequency signal of the first electrode plate 22 is transmitted to the scalp through the body, the flow of charge is generated by the high frequency signal with the second electrode plate 24 and the insulating layer 23 interposed therebetween. Electrons and ions are exchanged between the two electrode plates 24.

That is, as shown in FIG. 6, the second electrode plate 24 and the first electrode plate 22 face each other with the scalp, which is a dielectric, and the human body, and the scalp is ionized with the second electrode plate 24. Exchange occurs and physical and high frequency stimulation by the massage device occurs in the scalp, and thus the papillary tissue cells of the hair follicles are activated by thermal stimulation, activating the blood flow of the papillary capillaries. .

In addition, the second electrode plate 24 is in contact with the human body has a constant sawtooth shape to give a stronger irritation to the scalp during the massage process so that blood flow in the capillaries in the scalp is more active. Can be.

9, 10, and 11 are circuit diagrams of the high frequency massager according to the present invention, and in detail, FIG. 9 is an instruction circuit diagram showing the state of the high frequency massager externally using a light emitting diode, and FIG. It is a circuit diagram for notifying the operation time of the power supply unit using a power supply and a switch for supplying, Figure 11 is a high-frequency oscillation circuit diagram for generating a high frequency to deliver to the massager.

Table 1 shows the results of clinical trials using the high-frequency massager according to the present invention. In the clinical trial, the electrical stimulation was applied to the hair loss area, and the frequency of treatment was 3 minutes a week, three times of five minutes, and one minute rest.

gender age Hair loss period (years) Number of treatments Hair growth effect Dermatitis Treatment south 36 4.1 35 Outstanding south 57 12 9 Outstanding south 55 10 13 Outstanding south 48 7.2 15 Outstanding south 27 Demodex treatment 21 Outstanding Outstanding south 45 3 15 Effective south 53 Seborrheic dermatitis 11 Outstanding Effective south 31 6 10 female 37 0.6 19 Outstanding south 35 3 7 Outstanding south 23 0.8 16 Outstanding south 36 7 38 Outstanding female 20 2 22 Outstanding south 50 17 16 Outstanding south 61 25 34 Outstanding south 52 18 25 Outstanding south 41 9 15 Outstanding south 62 7 8 Outstanding south 46 15 14 Outstanding south 62 10 11 Outstanding

<250-350V, 350kHz>

Looking at Table 1, the high-frequency massager according to the present invention appears to be effective in the treatment of dermatitis as well as the hair growth effect.

The high frequency massager according to the present invention applies electrical stimulation to the scalp and heats tissue cells of hair follicles in the scalp tissue by high frequency to activate blood flow in capillaries in the scalp tissue to prevent hair loss and hair growth. Have the effect of promoting it.

The reason for this effect is that the human body consists of a myriad of 60 trillion cells, each of which is maintained by the nutrients carried by the blood.

These cells have a permeable membrane called the plasma membrane on the outside, through which the nutrients enter the cell and waste products are sent out. This action is performed using the potential difference between the inside and outside of the plasma membrane, so that the higher the potential of blood, the higher the permeability of the plasma membrane, and nutrients or waste can be naturally supplied and discharged.

In other words, when the potential is applied to the human body, it has a good effect on the membrane potential of the cell membrane and promotes the material exchange of the cell membrane, thereby promoting the import of necessary substances into the cell and the removal of the waste generated in the cell to the outside of the cell. It is activated and the metabolism of the organization is active.

The high frequency massager according to the present invention utilizes the above characteristics of the human body. When the high frequency massager is used, the hair growth effect is 80 to 92 compared to before the massage by performing 2 to 3 times a week for 1 to 6 months short and 18 months long. It was about 30%, and even those with 80% hair growth rate were not bald. Therefore, by using the high-frequency massager according to the present invention, it is possible to prevent hair loss can reduce the stress caused by hair loss.

In addition, the high-frequency massager according to the present invention is to have a constant electric field formed on the electrode plate and the massager to apply a high frequency to the human body, the electrode plate is provided with a means fixed to the human body in order to increase the effect that the high frequency is applied to the human body It is easily fixed and allows the second electrode plate to be attached in close contact with the human body.

Then, the massage device in contact with the scalp has a-potential, so that the ion exchange is performed in the scalp, thereby generating heat more effectively.

While the preferred embodiments of the present invention have been described using specific terms, such descriptions are for illustrative purposes only, and it is understood that various changes and modifications may be made without departing from the spirit and scope of the following claims. Should be done.

Claims (5)

A power supply unit converting an AC power supply into a DC power supply and supplying power required for each circuit; An oscillation circuit unit for oscillating a high frequency signal; An amplifier for amplifying the high frequency signal oscillated by the oscillator circuit; An output unit having a + terminal and a-terminal to output the amplified high frequency signal; A level adjuster for adjusting the intensity of the high frequency signal; A first electrode plate connected to one terminal of the output unit and configured to conduct an output of a high-frequency high-frequency signal current to a human body; And A second electrode plate connected to the other terminal of the output unit and having a potential corresponding to one side potential of the high frequency signal that is in contact with the affected part of the scalp to be massaged and conducted to the scalp through the electrode plate; High frequency massager, characterized in that consisting of a massager radiating. The method of claim 1, A key input unit including an operation button for setting a counting time as a use condition menu selection; A timer for counting time according to an operation through the key input unit; And And a display for displaying the time counted according to the output of the timer. The method of claim 1, The massaging device has a conductive pin protruding from the center of the body, and the conductive pin receives a high frequency signal from the high voltage output unit and is detachable to a conductive hole inside the tip of the electrode rod formed of an insulating material. High frequency massager. The method of claim 1, The massage device includes a circular head and a handle, wherein the second electrode plate is formed on the head, and the first electrode plate is formed on the handle. The method of claim 1, The second electrode plate of the massage device is connected to the-terminal of the output portion of the high-frequency massager, characterized in that the ion exchange occurs in the scalp in contact with the massage device.