JP2002282370A - Potential therapeutic device, potential therapeutic method, conductive fiber structure for potential therapeutic device, ahd electrode usage method for potential therapeutic device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a means for supplying stabilized potential and electric current to be concentrated on lesion of a patient by avoiding an instability of a potential therapeutic equipment and perform an effective treatment to the lesion by using a conductive carbon fiber structure suitable to the lesion and also efficiently maintaining the structure upon using it for treatment. SOLUTION: The potential therapeutic equipment is provided with a high electric potential generator 12, a main electrode 14 for applying a high voltage on a living body connected with the high potential generator through a coble and an opposite electrode 16 equipped with a charged and concentrated electrode structure located oppositely to the main electrode. The opposite electrode and the high potential generator are not required to be cabled.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a potential treatment device, a potential treatment method, a potential treatment device, and a conductive fiber structure for a potential treatment device, which apply hundreds to thousands of volts to a human body to improve stiffness and pain by the electric action. The present invention relates to a method of using an electrode for electric potential therapy.

[0002]

2. Description of the Related Art An electric potential therapy device is a medical device in which a human body is placed in an insulated state and several hundreds to thousands of volts are applied to the human body to improve stiffness and pain by its electric action. Because of the small amount of current, it is widely used in ordinary households as a safe therapeutic device despite the use of high voltage.

As an electrode plate for applying a high potential to the human body with a potential therapy device, a metal plate of iron, aluminum, copper, or the like, a wire mesh, a wire-like cloth, and a conductive cord are mainly used. Yes, but it breaks and is not easily bent. For this reason, when the plate is bent, conduction is hindered at the bent portion, so that a high voltage causes a spark, which often causes a fire, and there is a problem in durability and safety. Further, since the potential therapy device is an electrotherapy having no counter electrode such as ground, the weak current and load voltage will change in any manner depending on the current application state.
For this reason, the effect may or may not be obtained at some time, and it becomes unstable.

[0004]

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned conventional problems, and an object of the present invention is to eliminate the instability of a potential therapy device and to apply a potential and current to an affected part of a human body. An electric potential treatment device, an electric potential treatment method, and a medical treatment method, which can provide an intensively stabilized supply, and can effectively treat an affected area using a carbon fiber composition suitable for the affected area, and efficiently store the composition during treatment. An object of the present invention is to provide a conductive fiber construct for a potential treatment device and a method for storing a potential treatment device.

[0005]

According to a first aspect of the present invention, there is provided an electric potential therapy device, comprising: a high-potential generator; a main electrode connected to the high-potential generator via a wire for applying a high voltage to a human body; A counter electrode provided with a charge concentrating electrode structure provided opposite to the electrode; and the counter electrode and the high potential generator do not require wiring.

According to a second aspect of the present invention, there is provided an electric potential therapy device, comprising: a high-potential generator; a main electrode connected to the high-potential generator via a wire for applying a high voltage to a human body; And a battery driven source for driving the counter electrode, wherein the battery driven source and the counter electrode are provided integrally.

According to a third aspect of the present invention, there is provided a potential therapy device, comprising: a high potential generator; a main electrode connected to the high potential generator via a wire for applying a high voltage to a human body; A counter electrode comprising the conductive carbon fiber structure provided;
And the wiring between the counter electrode and the high potential generator is not required.

According to a fourth aspect of the present invention, the counter electrode is made of a conductive fiber structure.

According to a fifth aspect of the present invention, in the electric potential therapy apparatus, the conductive fiber structure is made of a conductive carbon fiber made by processing a natural material such as Bincho charcoal made of bamboo or the like or a synthetic fiber material. It is characterized by.

According to a sixth aspect of the present invention, there is provided the electric potential therapy device, wherein the conductive fiber structure is a conductive fiber knitted fabric which is attached to and / or wound around a human body.

According to a seventh aspect of the present invention, there is provided the electric potential therapy device, wherein the conductive fiber structure is formed by sewn by incorporating a conductive fiber into a synthetic fiber, cotton, or the like, clothing, a belly band, a supporter, an apron, and the like.
It is a conductive fiber sewn product including socks, mufflers, gloves, belly bands, hats, and the like.

According to an eighth aspect of the present invention, in the potential therapy device, the counter electrode includes a ground wire formed by partially extending the conductive fiber.

According to a ninth aspect of the present invention, in the potential therapy apparatus, the main electrode is provided on a treatment unit base that is one of a chair, a futon, and a bed.

According to a tenth aspect of the present invention, there is provided an electric potential therapy apparatus, wherein the treatment section table further has a heating action and / or a massage action.

A potential treatment method according to claim 11, wherein a predetermined high voltage is applied to the main electrode; a step of driving a counter electrode made of a conductive fiber structure; and a power supply for driving the main electrode. Is turned on, the potential is adjusted, and the treatment time is set.

According to a twelfth aspect of the present invention, there is provided an electric potential treatment method comprising: applying a predetermined high voltage to a main electrode; driving a counter electrode formed of a conductive fiber structure by a battery; and driving the main electrode. Turning on the power supply, adjusting the electric potential, and setting the treatment time.

A potential treatment method according to a thirteenth aspect is characterized in that a voltage of about 1000 volts or less is applied to the counter electrode by driving the battery.

According to a fourteenth aspect of the present invention, the electric potential treatment method further comprises a heating step and / or a massage step.

A potential therapy method according to a fifteenth aspect is characterized in that the potential therapy step and the massage step are selected.

A potential treatment method according to a sixteenth aspect of the present invention is characterized in that a step of attaching and / or winding a conductive fiber knitted fabric formed of conductive fibers constituting the conductive fiber structure to a human body is provided.

According to a seventeenth aspect of the present invention, there is provided the electric potential treatment method, wherein the conductive fiber is incorporated into a synthetic fiber, cotton, or the like, and the conductive fiber is sewn into the undergarment, clothing, belly band, supporter, sock, muffler, apron. A step of attaching and / or winding a conductive fiber sewn material such as a glove, a belly band or a hat on a human body.

An electric potential therapy method according to claim 18 is characterized by further comprising the step of using a pelvic correction method, a respiration method and the like in combination.

According to a nineteenth aspect of the present invention, there is provided a conductive fiber structure for a potential therapy device, comprising: a conductive fiber knitted with conductive fibers; and an undergarment, clothing, and the like, which are sewn by incorporating conductive fibers into synthetic fibers or cotton. It is made of a conductive fiber sewn material such as a belly band, a supporter, a sock, a muffler, an apron, gloves, a belly band or a hat.

According to a twentieth aspect of the present invention, there is provided a conductive fiber structure for a potential therapy device, a conductive fiber knitted with a conductive fiber, and / or an undergarment sewn by incorporating a conductive fiber into a synthetic fiber or cotton.
It further includes a storage body for storing a conductive fiber sewn article such as clothing, a belly band, a supporter, a sock, a muffler, an apron, gloves, a belly band or a hat, and / or a battery for driving the knitted article or the sewn article.

According to a twenty-first aspect of the present invention, in the conductive fiber structure for a potential therapy device, the conductive fiber is made of carbon fiber.

The method of using the electrode for potential therapy according to claim 22 is a method of using a conductive fiber knitted with conductive fibers and / or undergarments, clothes, belly bands, which are sewn by incorporating conductive fibers into synthetic fibers or cotton. Symptoms from among conductive electrodes such as supporters, socks, mufflers, aprons, gloves, belly bands, hats, etc., and / or counter electrodes made of conductive fiber knitted or conductive fiber sewn with a housing for storing batteries Selecting and using a counter electrode suitable for the method.

According to a twenty-third aspect of the present invention, there is provided a method of using a potential therapy electrode, comprising: a conductive fiber knitted with conductive fibers; and an undergarment, clothing, belly band, which is sewn by incorporating conductive fibers into synthetic fibers or cotton. Symptoms from among conductive electrodes such as supporters, socks, mufflers, aprons, gloves, belly bands, hats, etc., and / or counter electrodes made of conductive fiber knitted or conductive fiber sewn with a housing for storing batteries Selecting and using a counter electrode suitable for the patient; storing the counter electrode in a storage box prepared for each individual and storing the counter electrode in a treatment place; replacing the selected counter electrode as necessary And a step.

According to a twenty-fourth aspect of the present invention, in the method of using the electrode for potential treatment, carbon fibers are used as the conductive fibers.

[0029]

DESCRIPTION OF THE PREFERRED EMBODIMENTS An electric potential therapy device is a therapy device that conducts electrical conduction from a single-pole plate to a human body while the human body is placed in an insulated state from the floor, walls, and the like. In the potential therapy device, almost no current flows to the input electrode to the human body because the counter electrode such as the ground is electrically insulated and shielded. However, in practice, a high potential of several hundreds to several thousand volts is applied to the human body in a potential therapy device, so that a weak current is constantly discharged from the human body into the air or constantly discharged as a leakage current.

FIG. 1A shows a chair-type electric potential treatment device. The potential therapy device 10 includes a high-potential generator 12, a main electrode 14, and a counter electrode 16. Main electrode 1
4 is insulated and provided on the footrest. A voltage of several hundred to several thousand volts is applied to the main electrode from a high potential generator via a connection line 18. Healer 20
Puts the foot on the main electrode of the foot rest on the chair 22. Then, the therapist attaches the counter electrode 16 to the affected part for performing the treatment. The counter electrode 16 is not connected to the high potential generator 12 via a connection line. In this figure, the counter electrode is provided on the leg, but it is also possible to provide the counter electrode not only on the leg but also on the affected part.

FIG. 1B shows a futon type electric potential treatment device. The potential therapy device 10 includes a high-potential generator 12, a main electrode 14, and a counter electrode 16. Main electrode 1
4 is insulatively coated and provided on the surface of the futon 24. A voltage of several hundred to several thousand volts is applied to the main electrode from a high potential generator via a connection line 18. Therapist 20 lies on his back on the main electrode of the futon. Then, the therapist attaches the counter electrode to the affected part for performing the treatment. The counter electrode is not connected to the high potential generator via a connection line. Although the counter electrode is provided on the leg in the figure, it is also possible to provide the counter electrode not only on the leg but also on the affected part.

FIG. 2 shows one configuration of the futon used in FIG. 1 (b). In the figure, the futon 24 includes a pair of main electrodes 14 arranged at a position above the futon 24, and a heater 26 for heating arranged from a leg below the leg to a foot. Although not shown in the figure, a vibrator may be further arranged at the waist of the futon. Then, a control device incorporating a high / low operation unit for the voltage of the electric potential treatment, a temperature adjustment unit for the heater, a high / low operation unit for the vibrator, and ON / OFF of the power supply is installed beside the futon. Note that the heater or vibrator for heating may be installed not only on the futon but also on a bed or a chair. A potential therapy device, a heater for heating, a vibrator, and an operating device for operating an air massage are provided. The operating device includes a changeover switch for switching between operation of the electric potential treatment device and the air massage, so that the electric potential treatment device and the air massage are not operated at the same time.

The counter electrode 16 has a charge centralized electrode structure. The charge concentration electrode structure is shown in FIGS.
The configuration shown in (b) is provided. In the figure, the charge concentrating electrode structure is formed by covering a carbon fiber net 30 having a current-carrying action with an insulating coating material 32. Carbon fiber is natural carbon material such as Bincho charcoal made from bamboo or synthetic fiber material,
For example, the product name is “Vesfai” manufactured by Toray Industries, Inc. Note that another conductive fiber may be used instead of the carbon fiber. The size of the carbon fiber construct is not particularly limited, and may have any length and area. In FIG. 3A, the charge concentration electrode structure is configured by surrounding a carbon fiber knitted body 30 and an insulating covering material 32 such as a vinyl sheet or cloth around the carbon fiber knitted body. Further, a ground wire 31 of carbon fiber may be extended from the carbon fiber knit 30. In FIG. 3B, the charge concentration electrode structure includes a carbon fiber knitted fabric 30, an insulating covering material 32 such as a vinyl sheet or a cloth provided over a part of the carbon fiber knitted body 30, and And a metal plate 36 fixed by eyelets 34. The counter electrode may be configured as it is, but the carbon fiber ground wire 31 may extend to the metal plate 36.

FIG. 4 is a schematic diagram of a configuration in which a battery-type driving source is integrally attached to the above-mentioned charge-concentrating electrode structure constituting the counter electrode. In the figure, the charge concentration electrode structure is configured by providing a battery 38 on a carbon fiber net 30 with an insulating coating material 32 interposed therebetween. Both electrodes of the battery are connected to the carbon fiber net 30 via a metal plate 36. A voltage of about 1000 volts or less is applied to the counter electrode by driving the battery.

The potential treatment method includes a step of applying a predetermined high voltage to the main electrode, a step of driving a counter electrode made of a conductive fiber structure, and a step of turning on a power supply to drive the main electrode. Adjusting the potential and setting the treatment time. Further, the potential treatment method includes a step of applying a predetermined high voltage to the main electrode, a step of driving a counter electrode composed of a conductive fiber structure with a battery, and turning on a power supply to drive the main electrode. Adjusting the electric potential and setting the treatment time.

FIGS. 5A to 5F show the arrangement of the counter electrode 16 formed of the conductive carbon fiber structure around the human body. The counter electrode as the carbon fiber construct is not only wound or attached to one position of the leg which is the affected part of the human body as described above, but also can be wound and / or attached to a plurality of affected parts of the human body at the same time. it can. The counter electrode is
In FIG. 5 (a), it is attached to the upper part of the back and the entire waist. In FIG. 5 (b), it is attached to the left and right hips.
5 (d), it is wound above and below the leg in FIG. 5 (d), it is wound above and below the arm in FIG. 5 (e), and the arm is wound in FIG. 5 (f). One place is wound around the upper half and the lower half. The counter electrode as a carbon fiber structure is shown in FIGS.
(C), FIG. 5 (d), FIG. 5 (d), and FIG. 54 (f) may be combined or mounted.

Further, the counter electrode made of the carbon fiber structure is a conductive electrode knitted with conductive fibers such as underwear, clothing, belly band, supporters, socks, mufflers, aprons, gloves, headbands and hats worn by ordinary people. It is a knitted fiber. Or, the counter electrode is an undergarment, clothing, belly band, supporter made by incorporating and sewing carbon fibers into synthetic fibers, wool, cotton, or the like.
It may be a conductive fiber sewn product composed of socks, mufflers, aprons, gloves, headbands or hats. Further, the counter electrode may have a battery for driving the knitted fabric or the sewn material attached to the conductive fiber knitted or sewn conductive fiber material. Further, when the counter electrode is integrally formed with clothing or the like, it is preferable that one end of the carbon fiber is extended from the clothing to the outside to have a function of grounding.

By adopting a charge centralized electrode structure that does not require the wiring between the counter electrode and the high-potential generator, the user can be relieved of the trouble of the connection wiring. That is, even when the user attaches the counter electrode to the affected part of the human body and lays on the futon, there is no wiring, so there is no need to remove the wiring after the operation is completed, and the user can sleep as it is.
In addition, since the carbon fiber construct is used as the counter electrode, it can be bent freely, so that it is always close to the body and does not feel uncomfortable on the skin. This is particularly effective when the counter electrode is attached to a plurality of affected parts of the human body.

Next, a case will be described in which treatment is performed by a chair-type electric potential treatment device installed at a place other than home, such as a treatment room or a meeting place. Clinic, meeting place, etc., the above-mentioned conductive carbon fiber knit, and or synthetic fibers, underwear sewn by incorporating carbon fiber in wool or cotton, etc., clothing, belly band, supporter, socks, muffler, apron, gloves, A conductive carbon fiber sewn material such as a belly band or a hat and / or a battery-driven conductive carbon fiber knitted material or a conductive carbon fiber sewn material are prepared. The patient goes to the location where the potential therapy device is installed. Then, the user selects and takes out an appropriate counter electrode from the conductive carbon fiber knitted fabric and / or the conductive carbon fiber sewn product in consideration of the site of the affected part, the condition of the affected part, and the like. Then, the selected counter electrode is mounted and / or wound around a human body, and the user sits on the potential therapy device and turns on the power supply of the potential therapy device. Then, the potential is adjusted and the treatment time is set. It should be noted that a medical institution, a meeting place, and the like collect a predetermined usage fee for use of one electrode at a time.

Preferably, the patient is made of a conductive carbon fiber knitted fabric and / or a conductive material such as underwear, garment, belly band, supporter, socks, muffler, apron, gloves, belly band or hat, which is sewn by incorporating carbon fiber. The counter electrode suitable for the symptom can be selected from a carbon fiber sewn product and / or a battery-driven conductive carbon fiber knit or a conductive carbon fiber sewn product. Then, the counter electrode is selected and stored in a personal storage box prepared and stored. The selected knit or sewn product can be replaced with another knit or sew product as needed. Thereafter, when the patient goes to the treatment clinic, the patient takes out the storage box prepared by himself and attaches and / or wraps the knitted or sewn material to the human body.

When the treatment is performed with a chair-type electric potential treatment device installed at a place other than the home, such as the above-mentioned medical treatment clinic or meeting place, the above-described knitted fabric and / or the sewn product incorporating the carbon fiber are sewn. Preferably, the counter electrode has no wiring, but the high-potential generator and the counter electrode may be connected to each other by wiring.

When a treatment is performed at home using a potential therapy device, particularly a futon-type potential therapy device, the user must wear conductive carbon fiber knitted fabric and / or undergarments, clothing, Stores and webs that sell conductive carbon fiber sewn products such as belly bands, supporters, socks, mufflers, aprons, gloves, belly bands or hats, and / or battery-driven conductive carbon fiber knitted or conductive carbon fiber sewn products Purchase the knitted and / or sewn material suitable for the affected area from the store. And
The user wears and / or wraps the knitted or sewn material suitable for the affected area, and sits on the potential therapy device or lays on the back to turn on the power of the potential therapy device. Then, the potential is adjusted and the treatment time is set.

The method of using the above-described potential treatment device, particularly the potential treatment electrode of the counter electrode, is as follows: conductive carbon fiber knitted fabric and / or undergarment, clothing, belly band, which are sewn by incorporating carbon fiber into synthetic fiber or cotton. Suitable for symptoms from among conductive carbon fiber sewn products such as supporters, socks, mufflers, aprons, gloves, belly bands or hats, and / or counter electrodes composed of battery-driven conductive carbon fiber knitted or conductive carbon fiber sewn products The counter electrode is selected, the selected counter electrode is stored in a storage box prepared for each individual, stored in a treatment place, and the selected counter electrode is replaced as necessary.

Underwear, clothing, belly band, supporters, socks, muffler, apron, gloves, belly band or hat prepared by carbon fiber are provided, and underwear, clothing, belly band, sewn with carbon fiber for the electric potential treatment device are provided. Supporters, socks, mufflers,
Sewing items such as gloves, belly bands or hats, or battery-operated conductive carbon fiber knitted or conductive carbon fiber sewing items are sold in stores and stores on the web.

[0045]

According to the potential therapy device, the potential therapy method and the potential therapy device storage method of the present invention, the instability of the potential therapy device is eliminated, and the potential and current are supplied to the affected part of the human body in a concentrated and stable manner. The affected part can be effectively treated using the conductive carbon fiber composition suitable for the affected part, and the composition can be efficiently stored during treatment.

[Brief description of the drawings]

FIG. 1 (a) is a schematic view showing a chair-type electric potential therapy device.

FIG. 1 (b) is a schematic view showing a futon-type potential therapy device.

FIG. 2 is a schematic diagram showing a configuration of a futon.

FIG. 3 (a) is a schematic view showing a conductive carbon fiber structure as a counter electrode.

FIG. 3 (b) is a schematic view showing another conductive carbon fiber structure as a counter electrode.

FIG. 4 is a schematic diagram showing a battery-powered driving source attached to a conductive carbon fiber structure.

FIG. 5 (a) is a layout view showing how a counter electrode made of a conductive carbon fiber structure is attached to a human body.

FIG. 5 (b) is a layout view showing another mounting of a counter electrode made of a conductive carbon fiber structure on a human body.

FIG. 5 (c) is a layout view showing another winding of a counter electrode made of a conductive carbon fiber structure around a human body.

FIG. 5 (d) is a layout view showing another winding of a counter electrode made of a conductive carbon fiber structure around a human body.

FIG. 5 (e) is an arrangement view showing another winding of a counter electrode made of a conductive carbon fiber structure around a human body.

FIG. 5 (f) is a layout view showing another winding of the counter electrode composed of the conductive carbon fiber structure around the human body.

[Explanation of symbols]

 10; potential treatment device 12; high potential generator 14; main electrode 16; counter electrode 18; connection line 20; treatment person 22; chair 24; futon 26; heater for heating 28; conductive carbon fiber structure 30; Conductive carbon fiber knit 31; carbon fiber ground wire 32; insulating coating material 34; eyelet 36; metal plate 38;

──────────────────────────────────────────────────続 き Continued on the front page (51) Int.Cl. ⁷ Identification symbol FI Theme coat ゛ (Reference) A41D 13/06 A41D 13/06 4C074 19/00 19/00 A 4C099 20/00 20/00 4C100 23/00 23/00 C 4L002 A42C 1/00 A42C 1/00 D A61F 7/08 332 A61F 7/08 332B 361 361H A61H 7/00 322 A61H 7/00 322J 23/02 360 23/02 360 A61N 1/04 A61N 1 / 04 D04B 1/24 D04B 1/24 21/00 21/00 BF term (reference) 3B011 AA10 AA11 AA13 AB18 BA00 3B018 AC00 3B028 DA00 3B033 AB14 4C053 AA08 BB05 BB23 BB34 EE11 EE12 EE13 EE14 A05 A04 A05 A04 BB05 CC01 GG02 GG03 GG05 4C099 AA01 CA19 GA21 GA22 TA10 4C100 AD01 CA03 CA13 CA15 DA04 DA05 DA08 DA10 EA05 4L002 AA00 AC03 EA00 FA06

Claims (24)

[Claims] A high-potential generator; a main electrode connected to the high-potential generator via a wire for applying a high voltage to a human body; and a charge concentration electrode structure provided opposite to the main electrode. A potential treatment device that does not require wiring. 2. A high-potential generator, a main electrode connected to the high-potential generator via a wire for applying a high voltage to a human body, and a charge-centralized electrode structure provided to face the main electrode. A potential therapy device, comprising: a counter electrode provided; and a battery-driven drive source for driving the counter electrode. The battery-driven drive source and the counter electrode are provided integrally. 3. A high-potential generator; a main electrode connected to the high-potential generator via a wire for applying a high voltage to a human body; and a conductive carbon fiber structure provided to face the main electrode. A potential treatment device that does not require wiring. 4. The potential therapy device according to claim 1, wherein the counter electrode is made of a conductive fiber structure. 5. The conductive fiber structure according to claim 4, wherein the conductive fiber structure is made of a conductive carbon fiber made by processing a natural material such as Bincho charcoal made of bamboo or a synthetic fiber material. Potential therapy device. 6. The electric potential therapy device according to claim 4, wherein the conductive fiber structure is a conductive fiber knitted fabric that is attached to and / or wound around a human body. 7. The conductive fiber construct includes an undergarment, clothing, belly band, supporter, apron, socks, muffler, gloves, belly band, hat, or the like, which is sewn by incorporating conductive fibers into synthetic fibers, cotton, or the like. The potential therapy device according to claim 4, wherein the potential therapy device is a sewn conductive fiber. 8. The potential therapy device according to claim 4, wherein the counter electrode includes a ground wire formed by partially extending the conductive fiber. Item 7. A potential therapy device according to Item 4. 9. The electric potential treatment device according to claim 1, wherein the main electrode is provided on a treatment part table which is any one of a chair, a futon, and a bed. 10. The treatment unit base is further provided with a warming action and / or a massage action.
A potential therapy device according to claim 1. 11. A step of applying a predetermined high voltage to the main electrode; a step of driving a counter electrode made of a conductive fiber structure; turning on a power supply and adjusting a potential to drive the main electrode. And setting a treatment time; 12. A step of applying a predetermined high voltage to a main electrode; a step of driving a counter electrode formed of a conductive fiber structure by a battery; and a power source for driving the main electrode.
N and adjusting the potential and setting the treatment time. 13. The potential treatment method according to claim 12, wherein a voltage of about 1000 volts or less is applied to the counter electrode by driving the battery. 14. The potential treatment method according to claim 11, further comprising a heating step and / or a massage step. 15. The potential treatment method according to claim 14, wherein the potential treatment step and the massage step are selected. 16. The electric potential treatment according to claim 11, further comprising a step of attaching and / or winding a conductive fiber knitted fabric formed of conductive fibers constituting the conductive fiber structure to a human body. Method. 17. An undergarment, clothing, belly band, supporter, sock, muffler, apron, gloves, belly band, hat, or the like sewn by incorporating a conductive fiber into a synthetic fiber, cotton, or the like constituting the conductive fiber construct. 13. The electric potential treatment method according to claim 11, further comprising a step of attaching and / or winding a conductive fiber sewn product around a human body. 18. The method according to claim 11, further comprising a step of using a pelvic correction method, a respiration method, or the like in combination.
3. The potential treatment method according to 2. 19. A knitted conductive fiber knitted with a conductive fiber,
And / or conductive clothing for conductive therapies consisting of conductive textiles such as underwear, clothing, belly band, supporters, socks, mufflers, aprons, gloves, belly band or hats, which are sewn by incorporating conductive fibers into synthetic fibers or cotton. Fiber construct. 20. A conductive fiber knitted with a conductive fiber,
And or sewn underwear, clothing, belly band, supporter, socks, muffler, apron, gloves, belly band or hat, etc., sewn by incorporating conductive fibers into synthetic fibers or cotton, and / or the knitted fabric or the above A conductive fiber structure for a potential therapy device, further comprising a housing for housing a battery for driving a sewing product. 21. The conductive fiber structure for a potential therapeutic device according to claim 19, wherein the conductive fiber is made of carbon fiber. 22. A conductive fiber knitted fabric woven from conductive fibers,
And / or house undergarment, clothing, belly band, supporter, socks, muffler, apron, gloves, belly band or hat, etc., sewn by incorporating conductive fibers into synthetic fibers or cotton, and / or batteries A step of selecting and using a counter electrode suitable for the symptom from a counter electrode made of a conductive fiber knitted fabric or a conductive fiber sewn material provided with a housing, and using the counter electrode. 23. A conductive fiber knitted with conductive fibers,
And / or house underwear, clothing, belly band, supporter, socks, muffler, apron, gloves, belly band or hat, etc., and sewn by incorporating conductive fiber into synthetic fiber or cotton. A step of selecting and using a counter electrode suitable for a symptom among counter electrodes made of a conductive fiber knitted fabric or a conductive fiber sewn article provided with a storage body; a storage box prepared for each individual using the counter electrode A method of using an electrode for potential therapy, comprising: storing the battery in a medical treatment place; and replacing the selected counter electrode as needed. 24. The method according to claim 22, wherein carbon fibers are used as the conductive fibers.