JP2011101795A - High potential introducing probe device - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To introduce high potential into the epidermis at a local region of a human body in a stable and efficient manner without being affected by the surrounding environment. <P>SOLUTION: This high potential introducing probe device is provided with the functions of introducing a high potential and forming a ground potential. When a ground potential forming part 23 is gripped by a user, the high potential introducing probe 20 forms a high potential part and a ground potential part. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

The present invention relates to a high potential introduction probe device for introducing a high potential into skin such as a disaster face.

As shown in FIG. 1, a conventional potential treatment device includes a potential treatment device main body 10 and a current-carrying conductor 12 applied to a site such as a shoulder of a human body. The power source body 10 includes a high frequency / high voltage generation circuit 14, and the energization conductor 12 includes an energization body 11. The power supply body 10 and the energizing conductor 12 that directly contacts the patient's shoulder or the like are connected using a high-voltage cord 13. In this case, the user's human body is always at a high potential by holding the current-carrying conductor, and the human body's electric potential only rises even if it comes in contact with the face. It is introduced from the current carrying conductor. The high potential of the user's human body is generated between the ceiling, floor, or wall of the room as the earth side, so the potential distribution of the human body tends to change at the place of use, making it unstable and reproducible or always having the same effect. It becomes impossible to obtain a potential necessary for stable and effective treatment at a predetermined site. In addition, it is not preferable for a practitioner who carries a treatment with a current-carrying conductor because a potential is always applied. Since the main body 10 and the conductive conductor 12 are connected using the high-voltage cord 13, it is necessary to use a high-voltage connector.

As shown in FIGS. 2 and 3, in the case of the power supply main body 10 having a thermal effect in the potential treatment device, the high-frequency power built in the power supply main body 10 is connected in the connection between the power supply main body 10 and the conductive conductor 12. The high-voltage generating circuit 14 and the current-carrying body 11 in the current-carrying conductor 12 are connected by a high-voltage cord 13, and the heater circuit 16 for heating and the heat-generating body 15 in the current-carrying conductor 12 are generally used for a low-voltage cord 17. Are connected separately. On the other hand, as shown in FIG. 3, the high-voltage cord 13 and the low-voltage cord 17 are connected by a special cord 18 integrated. Thus, since the special cord 18 has two cords having a potential difference integrated close together, the current that flows to the practitioner leaks to the cord on the heat side, and the leakage current increases. In addition, there is a drawback that an effective therapeutic potential cannot be applied to a predetermined site because electromagnetic induction occurs and a concentrated potential is hardly generated.

The object of the present invention has been made in view of the conventional drawbacks, by providing a high potential introduction probe with a high potential introduction portion and a ground potential forming portion, and forming a ground potential at a gripping portion gripped by a user. The high potential can be stably introduced without being influenced by the surrounding environment, and the high potential can be efficiently introduced into the epidermis of the local part of the human body, and thus the effect of ion molecule vibration or potential stimulation by ion exchange or electron exchange inside the skin tissue can be achieved. Obtainable. A potential necessary for stable and effective treatment cannot be applied to a predetermined site. Furthermore, for a practitioner who treats with a current-carrying conductor, the potential is not always charged, which is preferable for the practitioner.

Further, it is not necessary to use a high-voltage cord for the cord connecting the power source main body and the high-potential introduction probe, and a normal low-voltage cord can be used. In addition, even when an energizing conductor to which a high potential is introduced has a thermal action, two low-voltage cords may be used for the cord connecting the power source body and the high-potential introduction probe. Compared to the conventional method using a low-voltage cord, the leakage current between cords can be almost eliminated, and the introduction of a high potential into the skin of the face where efficient potential treatment and thermal treatment can be performed. An object is to provide a high-potential introduction probe device.

The high potential introduction probe device according to claim 1 includes a power supply body and a high potential introduction probe, and the power supply body and a power input terminal of the high potential introduction probe are connected via a low voltage cord, and The high potential introduction probe is driven by a voltage applied to an input terminal to output a high frequency, and a high potential generation for outputting a high potential boosted to 200 V to 800 V connected to the oscillation circuit. A high potential introduction forming circuit including a transformer, and a high voltage output from the high potential introduction formation circuit is applied to a high potential introduction energizing conductor via a high voltage lead, thus the high potential introduction formation circuit and the high potential introduction circuit Between the potential introduction energizing conductor is the high potential side, while between the high potential introduction forming circuit and the power supply input end is the low voltage side, the high potential is concentrated on the surface of the human body.

3. The high potential introduction probe device according to claim 2, wherein the high potential introduction energizing conductor is connected to the high potential introduction probe.

The high-potential introduction probe device according to claim 3 is characterized in that a finger guide is provided at a position where a high-potential generation transformer serving as a boundary between the high-potential side and the low-voltage side is disposed.

5. The high potential introducing probe device according to claim 4, wherein the high potential generating transformer is configured such that an input terminal of the high potential introducing probe is disposed on a power input end side and an output terminal thereof is disposed on the energizing body side.

6. The high potential introducing probe device according to claim 5, wherein a ground potential forming portion is formed between the power input end and the input terminal of the high potential generating transformer, and a gripping portion is provided in the ground potential forming portion. Features.

The high-potential introduction probe device according to claim 6, wherein the energization body is provided in an exterior body such as a resin, and a distance from the energization body to the exterior body surface is 2 mm to 5 mm. And

It is a schematic block diagram which shows the conventional electric potential treatment apparatus. It is another schematic block diagram which shows the conventional electric potential treatment apparatus. It is another schematic block diagram which shows the conventional electric potential treatment apparatus. It is a schematic block diagram which shows the high electric potential introduction | transduction probe apparatus based on this invention. It is another schematic block diagram which shows the high electric potential introduction | transduction probe apparatus based on this invention. It is the schematic which shows the high potential introduction probe of the high potential introduction probe device concerning the present invention. It is a schematic sectional drawing which shows the other electricity conducting conductor of the high electric potential introduction | transduction probe which concerns on this invention. It is a principal part schematic sectional drawing which shows the other high electric potential introduction | transduction probe which concerns on this invention. It is a principal part top view which shows the high electric potential introduction | transduction probe of FIG. It is a circuit diagram which shows the high frequency and high voltage | pressure generation circuit and energization circuit of the high potential introduction probe of the high potential introduction probe device according to the present invention. It is a circuit diagram which shows the high frequency and high voltage | pressure generation circuit and energization circuit of the high electric potential introduction | transduction probe incorporating the solar cell which concerns on this invention. It is arrangement | positioning schematic of the internal structure of the high electric potential introduction | transduction probe which shows another Example.

FIG. 4 is a basic configuration diagram showing a high potential introducing probe device according to the present invention. The high potential introduction probe device includes a power supply body 10 and a high potential introduction probe 20, and the power supply body 10 and the high potential introduction probe 20 are connected by a low voltage cord 17. The high potential introduction probe 20 includes a high potential introduction formation circuit 30 and an energization body 24. The high-potential introduction forming circuit 30 and the energization body 24 are connected by a high-voltage conductor 28. In FIG. 5, the high-potential introduction probe 20 includes a heating element 15 in addition to the high-potential introduction formation circuit 30 and the energization body. Even in this case, the high-potential introduction forming circuit 30 and the energizing body 24 are connected by the high-voltage conductor 28. The power source body is connected to the high-potential introduction forming circuit 30 and the heating element 15 by the low-voltage cord general code 17. Note that the current-carrying conductor 12 having the current-carrying body 24 may be provided separately from the high-potential introduction probe 20.

According to the high potential introduction probe according to the present invention, the high potential introduction probe is provided with a high potential introduction function and a ground potential formation function, and the user holds the ground potential formation portion 23 so that the high potential introduction probe 20 has a high potential. A potential portion and a ground potential portion are formed. The distance between the high potential introduction function and the ground potential forming function can be made closer, so that the high potential can be efficiently introduced into the epidermis of the local part of the human body by stabilizing the high potential without being affected by the surrounding environment. The effect of ion molecule vibration or potential stimulation by ion exchange or electron exchange inside the skin tissue can be obtained. In particular, in a handy type facial device, a high potential can be introduced into the epidermis more efficiently.

Hereinafter, a high potential introducing probe device according to the present invention will be described in detail with reference to the drawings.
FIG. 6 shows a schematic diagram of a high potential introduction probe of the high potential introduction probe device according to the present invention. The high-potential introduction probe 20 is connected to the power supply main body 10 by a low-voltage cord 17 and includes a gripping part 22 for a user to grip with a hand and a head part 21 provided on the distal end side of the gripping part 22. Prepare. A conducting conductor 12 is attached to the head portion 21. A high-potential introduction forming circuit 30 that forms a high frequency and a high voltage is incorporated in the head portion 21 outside the gripping portion 22 area. The energizing conductor 12 and the energizing circuit 32 for introducing the high potential are provided in the energizing conductor 12. Is incorporated. The head portion 21 and the gripping portion 22 of the high potential introducing probe are integrally formed of resin or the like. The high-potential introduction forming circuit 30 and the high-potential introduction energizing circuit 32 are connected by a high-voltage conductor 28 via input / output terminals 44 and 46. Note that the high-potential introduction forming circuit 30 may be provided not in the head portion 21 but in the energizing conductor 12.

The high potential introduction circuit 30 and the conducting conductor 12 are on the high potential side, while the high potential introduction circuit 30 and the power supply input end 34 are on the low voltage side. The gripping portion 22 is formed with a ground potential forming portion 23 that forms a low potential as a counter electrode having a high potential. A finger guide (potential barrier) 19 may be provided between the high-potential side and the low-potential side, that is, between the high-potential introduction forming circuit 30 of the high-potential introduction probe and the ground potential forming section 23 of the gripping portion 22. Good. When the user holds the ground potential forming unit 23 by hand, the human body becomes the ground potential. Therefore, the high potential difference is established in a form in which the high potential portion and the ground potential portion are completely separated. Therefore, a stable high potential introduction effect can be obtained. Note that a film such as a copper foil may be attached to the inner surface of the gripping portion 22 in order to form a ground potential as a high potential counter electrode on the gripping portion 22. The high potential introduction forming circuit 30 is preferably disposed at a position as far as possible from the ground potential forming portion 23 of the gripping portion 22.

The energizing conductor 12 has a disk shape and incorporates an energizing body 24 for introducing a high potential into the skin such as the face. The energizing body 24 is connected to the head portion 21 of the high potential introducing probe, and is surrounded by a resin or the like as the exterior body 26. It is preferable that the conductor and the exterior body surface are provided with an interval of 2 mm to 5 mm. The closer the distance is, the easier the local potential concentration is. However, the distance is 2 mm to 5 mm due to processing restrictions.

FIG. 7 shows a cross-sectional view of the main part of another energizing conductor 12 for introducing a high potential into the skin such as the face. The energizing conductor 12 includes an energizing body 24 and a copper thin electrode 25 made of plastic. It is formed by being incorporated in the exterior body 26. Thus, the negatively charged electrification member 24 can apply a negative potential to the skin via the electrode 25.

FIG. 8 is a schematic cross-sectional view of the head portion of another high potential introduction probe. The head portion is mounted in an exterior body 26 made of resin or the like, with a current-carrying body 24 fixed and placed on an acrylic plate serving as a base substrate, and a high-voltage conductive wire 28 disposed around the head. 6 and 8 can be obtained by incorporating a heating element in addition to the current-carrying element in the probe or the head portion.

FIG. 9 shows a schematic plan view of the high potential introduction probe of FIG. The high potential introduction probe 20 includes a gripping portion 22 and an elliptical head portion 21 incorporating a high potential introduction forming circuit. A current-carrying body 24 is incorporated in the head portion 21, and input / output terminals 44 and 46 of the potential introduction forming circuit 30 and a high-potential introduction current-carrying circuit 32 of the current conduction body 24 are connected by a high-voltage conductor 28. The high voltage conducting wire 28 is disposed along the elliptical shape of the head portion 21.

FIG. 10 shows a high potential introduction forming circuit and a high potential introduction energizing circuit of the high potential introduction probe. The high potential introduction forming circuit 30 includes an oscillation circuit 36, a capacitor 37, and a high potential generation transformer 38. The 12 volt DC voltage that has entered the power input terminal 34 of the high potential introducing probe from the power supply main body via the low voltage cord 17 drives the oscillation circuit 36 composed of an inverter transistor to have a high frequency of 45 kHz to 58 kHz, preferably 55 ˜60 kHz is output, and the high frequency high potential generating transformer 38 is driven by the output via the capacitor 37 to output a high potential boosted to 200V to 800V. Furthermore, a choke coil 40 for preventing the inverter transistor 36 from being driven at the same time, and an LED 42 that is lit during operation of the high potential introduction forming circuit 30 are provided. The output terminal 44 of the high voltage output from the high potential introduction circuit 30 and the input terminal 46 of the conductor 24 are connected via the high voltage conductor 28, and a high potential is applied to the energizing body 24. The high potential generating transformer 38 has an input terminal on the ground potential forming unit side and an output terminal on the high output side. The ground potential forming unit 23 is formed in a region held by the hand on the low voltage side between the high potential generating transformer 38 and the power input terminal 34 of the high potential introduction forming circuit 30.

FIG. 11 shows a circuit for driving a high potential introduction forming circuit of a high potential introduction probe incorporating a solar cell.
The circuit incorporating the solar cell includes a storage capacitor 62 for storing the electric power of the solar cell 60, a constant voltage diode 64, a backflow prevention diode 66, and an output switch 68. The output of the solar cell is as follows. The oscillation circuit 36 is composed of a transistor composed of an inverter through a storage capacitor 62. The driving of the high-potential introduction forming circuit 30 of the high-potential introduction probe is the same as that in FIG.

  FIG. 12 is an arrangement schematic diagram of the internal structure of a high-potential introduction probe showing another embodiment. The figure includes an upper cover 74 and a lower cover 76. An LED 42 for displaying a potential operation and an aluminum foil constituting the ground potential forming unit 23 are disposed on the upper cover. Inside the lower canner 76, a vibration motor 70 for giving fine vibration to the head portion 21 is disposed at a position below the head portion 21. The vibration motor is connected to a DC potential and a motor transformer disposed in a lower cover as a drive source. In the lower cover, the above-described high potential generating transformer 38 and the aluminum foil serving as the ground potential forming portion 23 are disposed.

Facial massage, skin massage, shoulder and lower back fatigue,

Power supply body 10
Conductor 11
Conductive conductor 12
High voltage cord 13
High frequency / high pressure generation circuit 14
Heating element 15
Heater circuit 16 for heating
Low voltage cord 17
Special code 18
Finger guard 19
High potential introduction probe 20
Head unit 21
Grip part 22
Earth potential forming part 23
Conductor 24
Electrode 25
Exterior body 26
Skin 27
High pressure lead 28
High potential introduction circuit 30
Conductor circuit 32 for introducing high potential
Power input 34
Oscillation circuit 36
Capacitor 37
High potential generation transformer 38
Choke coil 40
LED42
Output end 44
Input terminal 46
Digital thermo sensor 48
Thermostat 50
Resistance 52
Solar cell 60
Storage capacitor 62
Constant voltage diode 64
Backflow prevention diode 66
Output switch 68
Vibration motor 70
DC potential and motor transformer 72
Top cover 74
Lower cover 76

Claims (8)

A power source body and a high potential introduction probe; the power source body and a power input end of the high potential introduction probe are connected via a low voltage cord; and the high potential introduction probe is applied to an input terminal. A high-potential introduction forming circuit including an oscillation circuit that is driven by a voltage to output a high frequency, and a high-potential generation transformer that is connected to the oscillation circuit and outputs a high potential boosted to 200V to 800V. The high-voltage output from the high-potential introduction forming circuit is applied to the current-carrying conductor of the head portion via the high-voltage conductor, and thus the high-potential side is between the high-potential introduction-forming circuit and the current-carrying conductor, A high-potential introduction probe device in which a high-potential introduction forming circuit and a power supply input end are on a low-voltage side, and a high potential is introduced concentrated on the surface of the human body. 2. The high-potential introduction high-potential introduction probe device according to claim 1, wherein the high-potential generation transformer has an input terminal of the high-potential introduction probe disposed on a power input end side and an output terminal disposed on the energizer side. . 2. The high-potential introduction probe device according to claim 1, wherein the high-potential generation transformer outputs a high potential boosted to 200V to 800V by driving at a high frequency of 45 kHz to 58 kHz, preferably 55 to 60 kHz. The high-potential introduction probe device according to claim 1, wherein the conducting conductor is connected to the high-potential introduction probe. 2. The high-potential introduction probe device according to claim 1, wherein a finger guide is provided at a position where a high-potential generation transformer serving as a boundary between the high-potential side and the low-voltage side is disposed. 2. The high potential introduction probe according to claim 1, wherein a ground potential forming portion is formed between the power input end and an input terminal of the high potential generating transformer, and a grip portion is provided in the ground potential forming portion. apparatus. 2. The high-potential introduction probe device according to claim 1, wherein the current-carrying body is provided in an exterior body such as a resin, and a distance from the current-carrying body to the exterior body surface is 2 mm to 5 mm. . The high-potential introduction probe according to claim 1, wherein the high-potential introduction probe includes a vibration motor for vibrating the head unit.

Images