JP4678585B2 - Affected treatment device - Google Patents

Description

  The present invention relates to an affected area treatment tool for effectively treating an affected area such as an acupoint (acupuncture point) of a human body in a treatment in which an electric field is formed around the human body, such as an electric potential therapy or a high frequency therapy.

An electric potential treatment device, a high frequency (microwave) treatment device, and the like generate an electric field around a human body during treatment. For example, an electric potential treatment device applies a high voltage to an insulated human body and forms it around the human body. The treatment is performed using the biostimulation effect of the applied electric field. As such a potential treatment device, there is known a device capable of simultaneously performing systemic treatment and treatment of an affected area (for example, see Patent Document 1). That is, an alternating high voltage of 5,000 V or more is guided to a local energizing cloth (electrode) from the treatment apparatus body, and this local energizing cloth is attached to an arbitrary part (affected part) of the human body. The affected area to which the local energizing cloth is attached has a high density of in-vivo induced current, promotes blood circulation and metabolism in nearby tissues such as muscles, and is subjected to treatment of the affected area. Further, a high voltage is applied to the human body by the contact of the local energizing cloth, and an electric field is formed around the human body. The electric field stimulates sensory receptor organs on the surface of the human body, adjusts the autonomic nervous system and endocrine system (biological stimulation action), and performs systemic treatment.
JP 2003-325678 A

  By the way, in the electric potential treatment apparatus as described in the above-mentioned patent document 1, although the whole body treatment and the affected part treatment can be performed at the same time, the effect of the whole body treatment may be low. That is, in the electric potential treatment device as described above, a high voltage is guided from the treatment device main body and a local energizing cloth is attached to the affected part of the human body, and an electric field is formed around the human body by the local energizing cloth. However, the stimulating action on sensory receptor organs, and thus the effect of systemic treatment is low. Furthermore, when the affected part is deviated from the center of the human body, the lines of electric force are deviated and unbalanced. Also, there is no known high-frequency treatment apparatus or the like that can satisfactorily perform systemic treatment and affected area treatment.

  Therefore, an object of the present invention is to provide an affected area treatment tool that can treat an affected area without impairing the effect of whole body treatment using an electric potential treatment apparatus, a high frequency treatment apparatus, or the like.

  In order to achieve the above object, the invention described in claim 1 is an affected area treatment tool placed on an affected area of a human body in which an electric field is formed by a treatment apparatus such as an electric potential treatment apparatus or a high frequency treatment apparatus, An induction part that induces an electric current by receiving an electric field formed by the treatment device, and a discharge part that contacts the affected part of the human body and flows the current induced by the induction part to the affected part of the human body, and the area of the discharge part is It is characterized by being set smaller than the surface area of the guiding portion.

  The invention according to claim 2 is the diseased part treatment tool according to claim 1, which is an integral three-dimensional shape, wherein the discharge portion is constituted by the bottom surface, and the induction portion is constituted by the exposed surface exposed to the electric field. It is characterized by having.

  According to a third aspect of the present invention, in the affected area treatment device according to any one of the first or second aspects, the discharge part is provided with acupuncture.

  According to a fourth aspect of the present invention, in the affected area treatment device according to the first aspect of the present invention, it is provided with a club and a pedestal arranged at the bottom of the club and supporting the club substantially vertically, and at least the bottom surface of the pedestal Is composed of an insulating material, and the bottom surface of the pedestal and the bottom surface of the club are arranged on substantially the same plane, the discharge part is formed by the bottom of the club, and is induced by the exposed surface of the club that is exposed to the electric field. It is characterized in that the part is configured.

  According to the first aspect of the present invention, the affected area treatment is favorably performed by the affected area treatment tool placed on the affected area without impairing the effect of the whole body treatment by the electric potential treatment apparatus or the like. That is, a current is induced (induced) from the electric field by the induction unit of the affected part treatment tool, and the current flows from the discharge part to the affected part of the human body. At this time, since the area of the discharge part is set smaller than the surface area of the induction part, the density of the current from the discharge part, that is, the current flowing through the affected part of the human body is increased. This high current density current stimulates the affected area, improves blood circulation in the local tissue, and treats the affected area. On the other hand, even if the affected part treatment tool is placed on the affected part, the electric field formed around the human body is not greatly influenced (changed) by the potential treatment device or the like, so that the effect of the whole body treatment is not impaired. is there.

  According to the second aspect of the present invention, for example, the affected part treatment tool is a hemisphere, the bottom surface thereof is a discharge part, and the exposed surface (hemisphere) is a guide part. The part can be made small. Thereby, the current induced by the induction part increases, and the current and current density flowing from the discharge part to the affected part increase. As a result, the stimulation to the affected area increases, and the therapeutic effect on the affected area can be enhanced. In addition, since the discharge part is constituted by the bottom surface, it is possible to flow a current over a relatively wide range, and even when the position of the affected part such as acupuncture point cannot be accurately specified, An electric current can be passed, and the affected area can be easily treated.

  According to the third aspect of the present invention, the effect of acupuncture treatment can be obtained by inserting the acupuncture provided in the discharge part into the affected part such as an acupuncture point of the human body, and the current is high from the acupuncture into the affected part. It flows with density and the affected area is effectively stimulated. As a result, it is possible to enhance the therapeutic effect on the affected area.

  According to the fourth aspect of the present invention, it is possible to effectively stimulate the affected area such as the acupoint and enhance the therapeutic effect on the affected area. That is, by placing the pedestal of the affected part treatment tool in the vicinity of the affected part and positioning the discharge part (bottom face) of the club on the affected part such as the acupuncture point, the current induced by the guide part (exposed surface) of the club is It flows to the affected part with a high current density through the discharge part of the small club, and the affected part is effectively stimulated.

Hereinafter, the present invention will be described based on the illustrated embodiments.
<Embodiment 1>
FIG. 1 is a perspective view showing a state in which an affected part treatment tool 1 according to the present embodiment is viewed from the bottom side. The affected part treatment tool 1 includes a treatment tool main body 2, an adhesive tape 3, and an acupuncture needle 4 and is large enough to be placed on an affected part such as a shoulder.

  The treatment tool body 2 is a hemisphere, and is formed of a conductive material (such as aluminum). As will be described later, the discharge portion 2a is constituted by the bottom surface, and the induction portion 2b is constituted by a hemispherical surface (exposed surface). Moreover, the adhesive tape 3 is affixed on the whole surface to the discharge part 2a of this treatment tool main body 2. FIG.

  This adhesive tape 3 is a so-called double-sided tape and is electrically conductive. As will be described later, the treatment tool body 2 is fixed to the affected area of the patient C, and the discharge part 2a and the affected area of the treatment tool body 2 are electrically connected. It is made to conduct. That is, the discharge part 2a of the treatment tool body 2 is brought into contact with the affected part of the patient C indirectly through the adhesive tape 3.

  The acupuncture needle 4 is disposed (adhesive) at the center of the adhesive tape 3 and is made of stainless steel, and includes a base portion 4a wound in a ring shape and a flange portion 4b having a sharp tip. The acupuncture needle 4 may be the same as a circular cuticle generally used for acupuncture treatment, and the heel part 4b is long enough to stab the surface layer (dermis) of the skin.

  In the present embodiment, the affected part treatment tool 1 is used together with the potential treatment device 5, and the potential treatment device 5 includes a treatment device body 6 and a high voltage generation unit 7 as shown in FIG. 2. . The treatment device main body 6 includes a chair 61 on which the patient C is seated, a head electrode 62 and a foot electrode 63. The head electrode 62 is covered with an insulator, is attached above the backrest 61 a of the chair 61, and is connected to the ground terminal 71 of the high voltage generation unit 7. The foot electrode 63 is a flat plate-like structure covered with an insulator, and is to be treated by the patient C. The foot electrode 63 is connected to the high voltage output terminal 72 of the high voltage generating unit 7. Has been. The high voltage generating unit 7 includes a step-up transformer 73 (high-voltage transformer) that boosts the voltage to 6,000 to 9,000 V, a high-voltage output terminal 72 for outputting a high voltage, and a grounded ground terminal 71. The high impedance element 74 for controlling the output current is provided. In addition, the code | symbol V is a commercial power source, and the high voltage output in this embodiment is an alternating voltage.

  Next, the operation of the diseased part treatment tool 1 and the potential treatment device 5 having such a configuration will be described.

  First, the patient C sits on the chair 61 and places (places) the affected part treatment tool 1 on the shoulder C1 (eg, on the meridian) as the affected part, as shown in FIG. At this time, the treatment tool main body 2 is fixed to the shoulder C1 with the adhesive tape 3 so as to stab the acupuncture needle 4 in a site (such as acupoint) most desired to be treated. Next, the high voltage generation unit 7 is operated, and the foot electrode 63 side is set to 6,000 to 9,000V. As a result, an electric field is generated between the head electrode 62 and the patient C is set to a high potential and is placed in the electric field.

  Then, an electric current flows through the shoulder C1 of the patient C by this electric field, and the shoulder C1 is stimulated. That is, an electric current is induced (induced) from the electric field by the induction part 2 b of the affected part treatment tool 1, and the current flows to the shoulder C 1 via the discharge part 2 a and the adhesive tape 3. At this time, as described later, since the surface area of the induction portion 2b is large, the current induced by the induction portion 2b is large, and since the area of the discharge portion 2a (adhesive tape 3) is small, the current from the discharge portion 2a is large. The density of the current, that is, the current flowing through the shoulder C1 is increased. The current having a high current density stimulates the shoulder C1 and, as will be described later, a large current flows from the acupuncture 4 into the shoulder C1, effectively stimulating the shoulder C1. This stimulation improves the blood circulation of the local tissue and treats the shoulder C1.

  On the other hand, the affected part treatment tool 1 is large enough to be placed on the affected part such as the shoulder C1, and even if the affected part treatment tool 1 is placed on the shoulder C1, it is formed around the patient C by the potential treatment device 5. The applied electric field is not greatly affected (changed). For this reason, the predetermined whole body therapeutic effect by the electric potential treatment apparatus 5 is acquired. That is, the sensory receptor organ on the surface of the human body is stimulated by the electric field acting on the surface of the human body, and the autonomic nervous system and endocrine system of the subject C are gradually adjusted. Thus, even if the affected part treatment tool 1 is placed on the shoulder C1, the effect of the whole body treatment by the potential treatment device 5 is not impaired.

  As described above, according to the affected part treatment tool 1, the shoulder C <b> 1 can be effectively treated by local stimulation with current without impairing the effect of the whole body treatment by the potential treatment device 5. In addition, the effect of acupuncture treatment by the acupuncture 4 can be obtained, and a large current flows inside the part (such as an acupuncture point) where the acupuncture 4 is inserted. That is, since the contact impedance between the skin of the shoulder C1 and the acupuncture 4 is lower than the contact impedance between the skin surface of the shoulder C1 and the adhesive tape 3, a larger current than that from the adhesive tape 3 is applied. The portion that flows from the heel 4 and where the puncture needle 4 is stabbed is stimulated more effectively, and the therapeutic effect is enhanced.

  In addition, since the current flows to the shoulder C1 through the entire surface of the discharge part 2a (adhesive tape 3), the surface through which the current flows is relatively wide, and even when the position of the affected part such as the acupuncture point cannot be accurately specified, An electric current can be sent to the periphery including the affected part. As a result, even a person who is not familiar with the treatment can obtain a therapeutic effect by placing the present treatment part treatment tool 1 at an approximate position of the affected part, and can easily treat the affected part. Further, the puncture needle 4 is a circular skin fold as described above, and since the heel portion 4b is not stabbed into the skin, there is little pain and the heel portion 4b is not broken. For this reason, the affected area can be treated safely and safely.

  On the other hand, since the treatment tool body 2 (the affected part treatment tool 1) is a hemisphere, its bottom surface is the discharge part 2a, and the hemisphere is the induction part 2b, a current having a large current value and a high current density is applied to the shoulder C1. Flowing. That is, in the electric field E, the current I induced by the induction portion 2b having the surface area S is as follows.

I = εωES
Where ε is the dielectric constant, ω is the angular velocity (= 2πf: f is the frequency of the AC voltage)
Accordingly, the induced current value increases as the surface area S of the induction part 2b increases, and the current density flowing through the shoulder C1 increases as the area of the discharge part 2a decreases.

  Thus, by reducing the area of the discharge part 2a and increasing the surface area of the induction part 2b, that is, by increasing the area ratio of the surface area of the induction part 2b to the area of the discharge part 2a, the current and current density are reduced. It is possible to increase the current treatment effect. For example, in the case of the affected part treatment tool 1, that is, when the treatment tool body 2 is a hemisphere, the area ratio of the induction part 2b to the discharge part 2a is as high as three times, and a large current flows to the shoulder C1 at a high current density. It will be. Further, in the case of the affected part treatment tool 11 having a conical shape having the same base circle radius and height as shown in FIG. 4, the area ratio is (1 + √2) times, and the base circle has the same radius and height. In this case, the area ratio becomes four times. As described above, since the area ratio of the surface area of the induction part to the area of the discharge part is changed by changing the three-dimensional shape, that is, the magnitude of the induced current and the current density are changed, the affected part on which the affected part treatment tool is placed is changed. Depending on the location and the magnitude of the electric field generated by the potential treatment device 5, the shape of the affected part treatment tool 1 (the treatment tool body 2) may be a disc, a cylinder, a triangular pyramid, a hemisphere, or the like.

  Here, the present inventors placed various types of affected part treatment tools on the shoulder C1, operated the potential treatment device 5 at 9,000 V, and measured the value of the current flowing through the shoulder C1 (affected part treatment tool). The result is shown in FIG. In all the affected part treatment tools, the radius (height) was 2 cm. In addition, “magnification” in the figure indicates a magnification (ratio) with respect to a current value that flows when a disc-shaped diseased part treatment tool is placed. From this result, it was confirmed that the current value was increased by making the affected part treatment tool into a three-dimensional shape, and that the magnification based on the calculated value and the magnification based on the actually measured value almost coincided with each other.

  By the way, in this embodiment, shoulder C1 is used as an affected part, and this affected part treatment tool 1 is placed on shoulder C1, but not only shoulder C1, but this affected part treatment tool 1 is placed on an affected part such as a waist or knee. Thus, the same therapeutic effect is acquired by operating the electric potential treatment apparatus 5 (high voltage generation unit 7). Further, not only in the potential treatment device 5 but also in the case where an electric field is formed around the human body of the person C to be treated such as a high-frequency treatment device, by using the affected part treatment tool 1 (placed on the affected part), Similar therapeutic effects can be obtained.

  Furthermore, in this embodiment, although the electroconductive adhesive tape 3 is affixed on one surface of the discharge part 2a of the treatment tool main body 2, an electroconductive adhesive tape is affixed on one part, and insulation is carried out on another part. You may make it affix an adhesive tape. For example, by sticking a conductive adhesive tape only to the portion where the acupuncture 4 is disposed, the current density in the portion and the acupuncture 4 can be increased and stimulation can be increased. That is, the magnitude and position of the stimulus can be adjusted by changing the size and position of the conductive adhesive tape. Further, the acupuncture 4 is directly arranged on the discharge part 2a, and an insulating adhesive tape is stuck on one surface of the discharge part 2a from above, and the collar part 4b of the acupuncture 4 is protruded from this adhesive tape. Good. Thereby, the electric current by the induction | guidance | derivation part 2b can be concentrated on the collar part 4b of the acupuncture needle 4, and a stimulation can be heightened. Furthermore, the discharge part 2a of the treatment tool main body 2 is brought into direct contact with (directly placed on) the affected part of the patient C without applying the adhesive tape 3 depending on the site of the affected part and the size of the treatment part 1 of the affected part. You may do it. In addition, you may make it apply | coat an adhesive to the discharge part 2a of the treatment tool main body 2 without sticking the adhesive tape 3. FIG.

  Further, in the present embodiment, the above-described circular skin fold is arranged as the acupuncture needle 4, but an affected skin treatment tool 21 in which an intradermal fold as shown in FIG. In other words, the heel 22b of the acupuncture needle 22 is obliquely stabbed into the skin (dermis, subcutaneous tissue) of the affected area, and the base 22a is sandwiched between the affected skin and the adhesive tape 3 to fix the treatment tool body 2 to the affected area. is there. And the electric current induced by the induction | guidance | derivation part 2b flows into the inside of an affected part via the collar part 22b of this acupuncture needle 22.

Furthermore, in this embodiment, the treatment device body 6 is a chair-type potential treatment device 5, but the treatment device body may be a bed-type potential treatment device, and the voltage by the potential treatment device 5 is as described above. The voltage value is not limited to 700 to 1,000 V or 30,000 V. Furthermore, the treatment tool body may be formed hollow (molded) with a conductive resin.
<Embodiment 2>
FIG. 7 is a front view (partially sectional view) showing an affected part treatment tool 31 according to the present embodiment. The affected area treatment tool 31 includes a club 32, a pedestal 33, and an adhesive tape 34, and is large enough to be placed on an affected area such as a shoulder.

  The club 32 is an elongated cylindrical shape and is made of a conductive material. And the discharge part 32a is comprised by the bottom face, and the induction | guidance | derivation part 33b is comprised by the outer peripheral surface and the upper surface (exposed surface). A pedestal 33 that supports the club 32 substantially vertically is attached to the bottom of the club 32. The pedestal 33 has a disk shape and is made of an insulating material. Further, an insulating adhesive tape 34 is attached to the bottom surface of the pedestal 33. And the base 33 and the adhesive tape 34 are arrange | positioned so that the bottom face of this adhesive tape 34 and the discharge part 32a (bottom face) of the bar 32 may be located on the same surface. In addition, by making the discharge part 32a slightly protrude from the bottom surface of the adhesive tape 34, the discharge part 32a can be reliably brought into contact with the affected part.

  By using the affected part treatment tool 31 having such a configuration in potential treatment or the like, the effect of treating the affected part similar to that of the first embodiment can be obtained. For example, the discharge part 32a of the club 32 is positioned on the point of the shoulder C1, and the affected part treatment tool 31 is fixed to the shoulder C1 by the adhesive tape 34. In this state, when the potential treatment device 5 (high voltage generation unit 7) is operated, a current is induced (induced) by the induction portion 32b of the club 32, and the current flows from the discharge portion 32a to the acupuncture point of the shoulder C1. This current stimulates the acupoint and treats the shoulder C1. Moreover, since the area of the discharge part 32a is smaller than the surface area of the induction part 32b, the density of the current flowing through the shoulder C1 is increased, and the discharge part 32a is located at the point of the shoulder C1, so that the point is effective. Stimulated and increased therapeutic effect.

  Thus, according to this affected part treatment tool 31, by positioning the discharge part 32a of the club 32 on the acupuncture point or the like, it is possible to effectively stimulate the acupoint or the like and enhance the treatment effect. That is, without putting the acupuncture needle into the acupuncture point or the like, it is possible to give a stimulation equivalent to the case where the acupuncture is carried out to the acupuncture point or the like and obtain the same therapeutic effect. Moreover, since the acupuncture point is not pierced, there is no worry about pain or acupuncture, and there is no need to disinfect the affected part before placing the affected part treatment tool 31 on the affected part. Even if it is, it is possible to safely and easily treat the affected area.

By the way, in this embodiment, the adhesive tape 34 is affixed on the bottom face of the base 33, the bottom face of the adhesive tape 34 is indirectly used as the bottom face of the base 33, and the discharge part 32a of the stick 32 is the same. Although it is located on the surface, the bottom surface of the pedestal 33 and the discharge part 32a of the bar 32 may be located on the same surface without attaching the adhesive tape 34. Further, the pedestal 33 may be made of a conductive material, and the adhesive tape 34 may be attached to the bottom surface thereof. Thereby, an electric current is induced also by the base 33, and the stimulation from the discharge part 32a increases.
<Embodiment 3>
FIG. 8A is an exploded perspective view showing an affected part treatment tool 41 according to the present embodiment. The affected area treatment device 41 includes a thin disc-shaped (sheet-like) treatment device body 42, an acupuncture 43, and an adhesive tape 44. The treatment instrument main body 42 is made of aluminum, and the areas of the discharge portion 42a and the guide portion (not shown) corresponding to the back surface of the discharge portion 42a are the same. The acupuncture needle 43 is a round skin fold equivalent to the acupuncture needle 4 in the first embodiment, and the adhesive tape 44 is an insulating double-sided tape, and a through hole 44a through which the flange 43a of the acupuncture needle 43 passes is formed at the center. Has been. And the acupuncture 43 is arrange | positioned in the center part of the discharge part 42a of the treatment tool main body 42, the adhesive tape 44 is affixed on the discharge part 42a from the top, and the acupuncture 43 is pinched | interposed by the treatment tool main body 42 and the adhesive tape 44 At the same time, the affected part treatment tool 41 is configured by projecting (exposing) the collar part 43a from the through hole 44a.

  When the affected part treatment tool 41 having such a configuration is placed on the affected part and the heel part 43a of the acupuncture needle 43 is stabbed and fixed with the adhesive tape 44, a current is induced from the electric field by the induction part of the treatment tool body 42, and the current is It flows from the buttocks 43a into the affected part of the human body. For this reason, the site | part in which the collar part 43a was stabbed is stimulated effectively, and a therapeutic effect is improved.

  Moreover, by using the affected part treatment tool 45 as shown in FIG. 8B, the part where the heel part 43a is stabbed and its periphery can be effectively treated. The affected part treatment tool 45 includes a conductive adhesive tape 46, and the adhesive tape 46 is attached to the discharge part 42 a of the treatment tool main body 42, and the acupuncture 43 is fixed (adhered) on the adhesive tape 46. is there.

  When the affected part treatment tool 45 having such a configuration is placed on the affected part and the heel part 43a of the acupuncture needle 43 is stabbed and fixed with the adhesive tape 46, the current induced by the guide part of the treatment tool body 42 is changed to the adhesive tape 46 (discharge). Flow from the part 42a) and the buttocks 43a to the affected part of the human body. At this time, since the contact impedance between the affected part and the collar 43a stabbed in the affected part is lower than the contact impedance between the affected part and the adhesive tape 46, a larger current is higher than that from the adhesive tape 46. It flows from the flange 43a at a current density. As a result, the part where the buttock 43a is stabbed is stimulated more effectively and the therapeutic effect is enhanced, and the current also flows from the adhesive tape 46, and the area around the stabbed part of the buttock 43a is also stimulated and treated. Is.

  As described above, the diseased part treatment tool according to the present invention can treat the affected part without impairing the effect of the whole body treatment by the electric potential treatment apparatus and the like, and even a person who is not used to treatment can be treated with peace of mind. It is extremely useful as a treatment tool capable of performing the above.

The perspective view which looked at the affected part treatment tool concerning Embodiment 1 from the bottom face side. 1 is a schematic configuration diagram of an electric potential therapy apparatus according to Embodiment 1. FIG. The perspective view which shows the state which mounted the affected part treatment tool concerning Embodiment 1 on the shoulder of a to-be-treated person. The perspective view which looked at the 2nd affected part treatment tool in Embodiment 1 from the bottom face side. In Embodiment 1, the figure which shows the measured value etc. of the induced current by the affected part treatment tool of each shape. The perspective view which looked at the 3rd affected part treatment tool in Embodiment 1 from the bottom face side. FIG. 6 is a front view (partially sectional view) of an affected part treatment tool according to a second embodiment. It is a disassembled perspective view of the affected part treatment tool concerning Embodiment 3, (a) shows the affected part treatment tool provided with the insulating adhesive tape, (b) is a figure which shows the affected part treatment tool provided with the electroconductive adhesive tape. .

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Treatment part treatment tool 2 Treatment tool main body 2a Electric discharge part (bottom surface)
2b Guide part (exposed surface)
3 Adhesive tape (conductive)
DESCRIPTION OF SYMBOLS 4 Acupuncture 4a Base 4b Hip 5 Electric potential treatment device 6 Treatment device main body 61 Chair 61a Backrest 62 Head electrode 63 Foot electrode 7 High voltage generation unit 71 Ground terminal 72 High voltage output terminal 73 Boost transformer 74 High impedance element 11 Affected part Therapeutic tool 21 Affected part therapeutic tool 22 Acupuncture 22a Base 22b Axillary part 31 Affected part therapeutic tool 32 Acupuncture bar 32a Discharge part 32b Guide part 33 Base 34 Adhesive tape
41 diseased part treatment tool 42 treatment tool body 42a discharge part 43 acupuncture 43a collar 44 adhesive tape (insulating)
44a Through-hole 45 Affected treatment device 46 Adhesive tape (conductive)
C Patient C1 Shoulder (affected area)
V Commercial power supply

Claims (4)

An affected area treatment tool placed on an affected area of a human body where an electric field is formed by a treatment apparatus such as an electric potential treatment apparatus or a high frequency treatment apparatus,
Receiving an electric field formed by the treatment device and inducing a current; and a discharge unit that contacts the affected part of the human body and causes the current induced by the guiding part to flow to the affected part of the human body, An affected area treatment tool, wherein an area of the discharge part is set smaller than a surface area of the guide part.   The affected part treatment tool according to claim 1, which is an integral three-dimensional shape, wherein the discharge part is constituted by a bottom surface, and the guide part is constituted by an exposed surface exposed to the electric field.   The affected part treatment tool according to claim 1, wherein the discharge part is provided with acupuncture. And a pedestal disposed at the bottom of the club and supporting the club substantially vertically. At least a bottom surface of the pedestal is made of an insulating material, and a bottom surface of the pedestal and a bottom surface of the club are The electric discharge section is configured by a bottom surface of the club, which is disposed on substantially the same plane, and the induction section is configured by an exposed surface of the club exposed in the electric field. The diseased part treatment tool according to 1.

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