JP2003339881A - Beauty treatment method using low frequency electric treatment apparatus and treatment director structure used in method - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a beauty treatment method using a low frequency electric treatment apparatus and a treatment director structure using this method. <P>SOLUTION: A terminal part of a treatment director of the low frequency electric treatment apparatus is coated with a fiber body including the mixture powder of alumina powder, titanium powder and platinum powder in a dispersed state, and the facial treatment is performed by pressing the terminal part of the treatment director to an affected area of the skin of a face in a state that the fiber body is moisturized or not. <P>COPYRIGHT: (C)2004,JPO

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method of performing facial treatment using a low-frequency electrotherapy device and a treatment conductor structure of the low-frequency electrotherapy device used in this method.

[0002]

2. Description of the Related Art Conventionally, facial treatments have been carried out in so-called beauty salons, etc., but mainly the skin of the face is massaged, or the skin of the face is appropriately sucked by a negative pressure suction device to promote blood circulation, The treatment conductor of the low-frequency electrotherapy device is pressed against the facial skin via the compress to electrically stimulate and stimulate blood circulation to activate biological cells of the facial skin and remove wrinkles on the skin. I also remove stains.

[0003] In particular, the main part of such facial treatment is to energize the face with a treatment pulse by the above-mentioned low-frequency electrotherapy device to metabolize the biological cells of the face by electrical stimulation. -Frequency electrotherapy device is connected to the output terminal of the electrotherapy device and the treatment electrode is treated by compressing and separating the treatment electrode on the face through the compress, and forming an energizing circuit between the treatment conductors for treatment. Give a pulse to the facial nerve,
By stimulating nerves, the facial muscles are contracted to promote blood circulation, activate biological cells in the facial skin, remove wrinkles on the skin, and remove stains.

When performing a facial treatment with such a low-frequency electrotherapy device, a compress such as a cotton body is interposed between the treatment guide and the affected area of the skin, and the skin contact and conductivity of the treatment guide are conducted. The counter electrode conductor and the repulsive electrode conductor, which are separated from each other, are pressed against the facial skin. In this way, interposing a compress between the treatment guide and the affected area of the skin not only improves the adhesion between the treatment guide and the skin surface, but also enhances the energization effect to form an energization circuit between the treatment guides. This is because the treatment pulse effectively applies electrical stimulation to living cells.

[0005]

As described above, in the low-frequency electrotherapy apparatus, when the treatment pulse is applied between the treatment conductors to metabolize the living cells by electrical stimulation, the treatment conductors and the skin are treated. The compress is placed between the affected area and the compress that has a water-containing function.The compress improves the soft adhesion between the treatment conductor and the skin surface and energizes the treatment pulse. It was only considered for the purpose of improving functionality.

[0006]

SUMMARY OF THE INVENTION According to the present invention, a terminal portion of a treatment conductor in a low frequency electrotherapy device is made of alumina powder,
It is possible to perform facial treatment by covering with a fibrous body in which a mixed powder consisting of titanium powder and platinum powder is mixed in a dispersed state, and pressing the fibrous body in a wet state or not wet state to the affected area of the skin of the face. A facial treatment method using a characteristic low-frequency electrotherapy device.

Further, the treatment conductor used in the facial treatment method in which the terminal portion of the treatment conductor in the low-frequency electrotherapy device is covered with a fibrous body in which a mixed powder of alumina powder, titanium powder and platinum powder is mixed in a dispersed state. It also has a characteristic structure.

Further, the terminal portion of the treatment conductor in the low-frequency electrotherapy device is made of a fibrous body in which a mixed powder of alumina powder, titanium powder and platinum powder is mixed in a dispersed state, and the fibrous body is wet. It is also characterized in a facial treatment method using a low-frequency electrotherapy device for performing facial treatment by pressure-bonding to the affected area of the skin on the face in a wet state.

Further, the treatment conductor used in the facial treatment method in which the terminal portion of the treatment conductor in the low-frequency electrotherapy apparatus is made of a fibrous body in which a mixed powder of alumina powder, titanium powder and platinum powder is mixed in a dispersed state. It also has a characteristic structure.

[0010]

BEST MODE FOR CARRYING OUT THE INVENTION In the present invention, a terminal portion of a treatment conductor of a low-frequency electrotherapy device, for example, a tip cotton body of a cotton swab connected to the tip of the treatment conductor is mixed with alumina powder, titanium powder and platinum powder. The powder is coated with a fibrous material mixed in a dispersed state and the fibrous material is wetted with water and a cotton body, and the therapeutic conductor is pressure-bonded to a predetermined portion of the face to stimulate the facial nerve with low-frequency electrical energy, In the muscle group, a predetermined muscle fiber is contracted to promote blood circulation, and a strengthening exercise for restoring muscle tissue of the face by such electrical stimulation is performed. The terminal portion of the treatment conductor may be formed of a fiber body itself in which a mixed powder of alumina powder, titanium powder and platinum powder is mixed in a dispersed state, instead of being coated with the fiber body.

In this way, an energizing circuit is formed between the counter electrode and the reed electrode, and the low-frequency electrical energy stimulates the facial nerve to activate the facial muscle fibers. Since the fibrous body in which a mixed powder of alumina powder, titanium powder and platinum powder is mixed in in a dispersed state is interposed between the facial skin and each treatment conductor, infrared weak energy so-called far red is generated from the fibrous body. It is generated and penetrates into the muscle fibers inside the skin to activate the movement of water molecules inside the cells to promote the activation of the cells, discharge waste products to the outside, and activate the metabolism.

The far-infrared effect and the thermal effect on the facial skin further enhance the contraction effect of the muscle by the electric energy from the low-frequency electrotherapy device and further promote the blood circulation. This will dramatically activate the lower layer muscles, and has the effect of reliably removing wrinkles and stains on the face.

This effect is also obtained when the terminal portion of the treatment conductor in the low-frequency electrotherapy device is made of a fibrous body in which a mixed powder of alumina powder, titanium powder and platinum powder is mixed in a dispersed state. is there.

[0014]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the present invention will be described in detail with reference to the drawings. FIG. 1 shows a low frequency electrotherapy apparatus A used in a facial treatment method of the present invention. An electronic circuit connected to generate a low-frequency treatment voltage and a pair of output electrodes connected to the circuit are provided.

In the low-frequency electrotherapy apparatus A, a voltage pulse is generated from an electronic circuit, the strength of the pulse output is adjusted by adjusting the frequency of the voltage pulse, and the voltage pulse is supplied from the output electrode to the skin surface of the face. Is configured to perform facial treatment with low frequency.

As shown in FIG. 1, the output electrode is composed of a pair of treatment conductors D connected by a cable C to a treatment machine body B containing an electronic circuit. The pair of treatment conductors D is a counter electrode conductor. It is composed of 1 and a reed pole conductor 2. By crimping this pair of treatment conductors D to predetermined places on the face, low-frequency electric energy is transmitted to the facial nerves and muscle fibers through the skin of the face to promote blood circulation, and such electrical stimulation stimulates the biological cells of the facial muscles. I try to do metabolism.

The gist of the present invention relates to an improvement of the terminal portions of the pair of treatment conductors D, that is, the portions that come into contact with the skin surface of the face in the low-frequency electrotherapy apparatus A for such facial treatment.

As described above, the pair of treatment conductors D are composed of the counter electrode conductor 1 and the healing electrode conductor 2, and a voltage pulse is applied from the respective treatment conductors to the skin surface of the face to perform facial treatment with low frequency. As shown in FIG. 2, the treatment conductor D is configured so as to perform the above-mentioned treatment.
-1 and the terminal portion of the therapeutic conductor D is a cotton body E-
It is composed of two. That is, a cotton swab E-1 is inserted and fixed in the center of the inside of the metal cylinder D-1, and a spherical cotton body E-2 is fixed to the tip of the cotton swab E-1 in a protruding state from the tip of the metal cylinder. ing.

Incidentally, D-2 is a grip portion connected to the base end of the metal cylinder D-1.

The cotton body E-2 is made of a material that absorbs water and can maintain a wet state, such as absorbent cotton or non-woven fabric.

The material of the cotton swab E-1 having the cotton body E-2 fixed at its tip is not an insulating material but a conductive material having a certain flexibility. For example, plant fiber paper is made into a rod shape. A solidified product or a non-woven fabric solidified into a rod shape is used.

As the cotton swab E-1 and the cotton body E-2, commercially available cotton swab products may be used, and in this case, the cotton swab is cut into about half the length before use.

When the swab E-1 is inserted and fixed in the metal cylinder D-1, the proximal end of the cotton body E-2 is covered together with the proximal end of the later-described fibrous body 3. By partially inserting E-3 into the hollow opening of the metal tubular body D-1 and bringing it into contact with the metal tubular body D-1, the power supply efficiency to the cotton body E-2 and the fibrous body 3 is measured. .

A cotton body protruding from the metal tip of such a therapeutic conductor
The outer surface of E-2 is covered with a covering body made of the fibrous body 3.

The envelope body is composed of a fibrous body 3 in which a mixed powder of alumina powder, titanium powder and platinum powder is mixed in a dispersed state.

The fibrous body 3 is based on a sheet having a water-containing function. For example, a cloth woven from vegetable fibers, a non-woven fabric, a sheet made of synthetic resin fibers, a porous sponge-like sheet, etc., that is, the terminal portion of the therapeutic conductor. Cotton body E-
Any shape or material may be used as long as it has a property capable of coating 2 and has a water-containing function, and has a property capable of mixing a mixed powder of alumina powder, titanium powder and platinum powder in a dispersed state.

Since the fibrous body 3 is in direct contact with the skin of the face, it is soft and does not damage the skin surface.
It must be a comfortable material for facial skin.

A mixed powder of certain components is mixed in the fibrous body 3 in a dispersed state.

That is, the mixed powder is a powder obtained by mixing powders having a particle size of 1 μ or less with sintered alumina particles having a particle size of 1 μ or less, such as platinum having a fine particle size of platinum, and adding silicon nitride as necessary. can do.

The mixing ratio of each material is as follows.

Sintered alumina 25% to 55% Titanium 40% to 75% Platinum 1% to 3% Silicon nitride 2% to 3% Here, platinum promotes so-called colloid activation which adsorbs oxygen and hydrogen. In order to improve the function of hydrogen, silicon nitride is mixed in order to regulate the moving direction to a fixed direction.

As means for mixing the mixed powder in the fibrous body 3 in a dispersed state, a means for adsorbing the mixed powder on a fiber yarn alone through a binder in advance and weaving the fiber yarn in a sheet form, or a cloth form beforehand is used. Means for adhering the mixed powder to the woven cloth-like body by using a binder such as an adhesive, or previously dissolving the mixed powder in a liquid such as water through a surfactant to form the fibrous body in the mixed liquid. There are various means such as a means for immersing and mixing and permeating in a dispersed state, and the mixing means is not limited to these.

Moreover, the outer surface of the cotton body E-2 at the tip of the cotton swab E-1 inserted in the metal cylinder D-1 of the treatment element D is such a powder mixture of alumina powder, titanium powder and platinum powder. It is covered with an envelope made of the fibrous body 3 mixed in a dispersed state.

That is, the terminal portion of the therapeutic conductor D is covered with a covering body made of the fibrous body 3 in which a mixed powder of alumina powder, titanium powder, platinum powder and the like is mixed in a dispersed state.

The form of coating the outer surface of the cotton body E-2 with the wrapping body is such that the wrapping body is previously cut into small pieces and the outer surface of the cotton body E-2 is wrapped and tightened with a string. , The encapsulation body is molded in advance according to the terminal shape of the cotton body E-2, and the cotton body E
-2 form to cover, or simply cut the envelope into small pieces
There is also a form in which it is put on E-2 and the edge of the envelope is pinched and tightened. Whichever form is used, the swab E-1 and the swab E-2 are integrally replaced with the swab for each facial treatment patient 2-3 times, so that the swab can be easily covered with the swab. The swab must be easily removable from the metal barrel.

As described above, since the outer surface of the cotton body E-2 protruding from the metal tip of the treatment conductor is covered with the covering body made of the fiber body 3, the fiber having the far infrared ray characteristic of ceramics is used. The encapsulant consisting of the body 3 becomes a state in which a cotton body is contained inside, and a double flexible fibrous or cotton-like treatment guide is constituted to improve the contact / contact state to the facial skin surface and to energize. It is possible to improve efficiency and prevent water from leaking to the face and causing discomfort to the patient due to improved water absorption. Furthermore, the density of the cotton body E-2 is adjusted to the outer surface. Fibrous body 3
If you make it larger than the density of water
Since E-2 can be sufficiently and largely impregnated by the capillary phenomenon, moisture can be gradually exuded from the fibrous body 3 on the outer surface during the facial treatment, and an appropriate surface compress state can be maintained. Further, the conduction function of the low frequency pulse wave can be further improved, and the effective action of far infrared rays can be further promoted by improving the adhesion between the treatment guide and the skin surface.

When the facial treatment is performed, the fibrous body 3 mixed with the mixed powder, which is coated with the cotton body E-2 which constitutes the terminal portion of the treatment conductor, is sufficiently impregnated with water to reach the cotton body E-2. In a moistened state, a jelly-like conductive sliding agent is applied to the treatment site on the face, and a low-frequency voltage pulse is sent while the tip of the treatment guide is brought into contact with the face.

The voltage pulse is applied from the metal cylinder D-1 to the cotton swab E-1.
And is conducted to the base of the cotton body E-2 in a wet state and is conducted to the envelope body made of the fibrous body 3 on the outer surface thereof via the cotton body E-2.

The cotton body E-2 and the fibrous body 3 in which alumina or the like is mixed do not necessarily have to be impregnated with water, and can be effectively supplied by supplying a non-irritating chemical liquid similar to water or the facial skin surface. Collagen nutrient solution or the like may be used. Further, instead of the cotton body E-2 and the fibrous body 3, a flexible material having good conductivity and good skin adhesion, for example, conductive rubber is used to impregnate water and the like. It is also possible to use the conductive rubber treatment conductor as it is without performing the treatment. In this case, the above-mentioned mixed powder in the conductive rubber, that is, powdered alumina having a particle size of 1 μ or less, titanium powder having a particle size of 1 μ or less, platinum having a fine particle size, silicon nitride, etc. mixing.

In the above-mentioned embodiment, the case where the fibrous body 3 in which alumina or the like is mixed is covered with the terminal portion of the therapeutic conductor D is explained. In addition to this, the terminal portion of the therapeutic conductor D is mixed in with alumina or the like. The fiber body 3 itself may be used.

That is, instead of the above cotton body E-2, the fibrous body 3 containing alumina or the like is used from the beginning. In this case, the fibrous body 3 containing alumina or the like is formed into a spherical shape in advance, A rod is connected to the spherical fibrous body 3, and the rod is inserted and fixed in the metal cylinder D-1 so that the spherical fibrous body 3 projects from the metal cylinder D-1.

Even in this case, the base end of the spherical fibrous body 3 is in a state of being partially fitted in and contacting the opening of the metal cylinder D-1.

The therapeutic conductor D thus constructed, that is, the therapeutic conductor D in which the terminal portion is covered with the fibrous body 3 or the therapeutic guide D in which the terminal portion is constituted by the fibrous body 3 itself is crimped to a predetermined portion of the face. Then, when low-frequency electric energy is sent to the facial nerve and predetermined muscle fibers, the nerve is stimulated by electrical stimulation,
Muscle tissue is restored, blood circulation is promoted, and facial muscles are strengthened.

That is, an energizing circuit is formed between the counter electrode conductor 1 and the repellent electrode conductor 2, and a low-frequency pulse reciprocates between the conductors, and the low-frequency electrical energy stimulates the facial nerve. The muscle fibers contractively activate to promote blood circulation, and in particular, a fibrous body 3 in which a mixed powder of alumina powder, titanium powder and platinum powder is mixed in a dispersed state between the facial skin surface and the therapeutic conductor D. Infrared weak energy, so-called far-infrared, is generated from the fibrous body 3 and penetrates into the muscle fibers of the face, and at the same time, the water molecules in the cells of the muscle fibers activated by the low-frequency electric energy are absorbed. Movement is also activated, blood circulation is further promoted, the skin cells on the face are activated, and the muscle tissue under the skin is also activated, and waste products are discharged to the outside to activate metabolism.

As described above, the weak infrared energy from the fibrous body 3, that is, the so-called far-infrared effect and the effect of the low-frequency electric energy by the low-frequency electrotherapy device are combined to cause the sagging, stains, and wrinkles of the skin on the face. It is removed promptly to further improve the effect of facial treatment.

The mechanism of how weak infrared energy from the fiber body 3, so-called far-infrared, specifically acts on the skin surface of the face and the underlying muscle tissue has not been clarified. However, the effect of far-infrared rays has been proven in all fields, and for that reason, in the present invention, a mixture of materials capable of irradiating far-infrared wavelengths at which such far-infrared rays most effectively act on facial tissue is used. Powder is used.

As described above, the mixed powder is made of alumina powder, titanium powder and platinum powder or silicon nitride, and the mixed powder of such materials can emit a sufficient amount of infrared weak energy having a large wavelength range. In the present invention, it is effective at a wavelength of 3 to 12 μm or more, and a sufficient energy radiation amount can be obtained particularly at a wavelength of 4 μm or more even in a relatively low temperature range.

As described above, according to the embodiment of the present invention, in addition to the far-infrared effect and the thermal effect on the facial skin, the synergistic effect of stimulating the facial nerves and muscles with the electric energy from the low-frequency electrotherapy device is obtained. It has the effect of dramatically improving the circulation of blood in the facial muscle tissue, activating the facial skin and its underlying muscles, improving the tension of the facial muscles and reliably removing wrinkles and spots on the face. Is.

Here, the terminal portion of the treatment conductor in the low-frequency electrotherapy apparatus is covered with a fibrous body in which a mixed powder of alumina powder, titanium powder, platinum powder, and silicon nitride is mixed in a dispersed state, or treated. In the case of performing a specific facial treatment by crimping the terminal portion of the conductor with such a fibrous body and crimping the fibrous body onto the affected area of the skin in a wet state, an example of the facial treatment site and the form of the treatment This will be described below.

That is, 1) A therapeutic conductor is crimped to the center of the chin and slowly pulled vertically, and this is performed from the central part of the mouth to the corners of the mouth to activate the muscles of the lower lip. 2) Place both treatment guides in the center of the chin and pull one outward to relieve the chin muscle tension. 3) Place the treatment guides on the base of the chin with both treatment guides, and fix the one treatment guide toward the side of the mouth, and slowly move the other treatment guide toward the outside of the mouth. Move to train the sub-antial muscles. 4) Place one treatment guide on the protrusion of the upper lip, and use the other treatment guide to scoop up from under the corner of the mouth to lift the muscle and contract the orbicularis muscle. 5) Place one of the treatment guides directly under the cheeks, and while lifting it like a pinch, sequentially contact the other treatment guides at the three points and contract the upper labrum nasalis brevis muscle (antral muscle). 6) Place one treatment guide under the cheekbone and place the other treatment guide at the end of the jawbone to shrink the lower jaw. 7) Both treatment guides are applied to the muscles, and the muscles between the treatment guides are lifted with a feeling of pinching the muscles and the muscles (the masseter muscles) used for the chewing movement of the lower jaw are contracted. 8) Place one treatment guide on the edge of the eye bone, press the other treatment guide against the cheekbone, lift the knob, and contract the upper part of the cheek. 9) Place one treatment conductor in the middle of the line connecting the outer corner of the eye and the ear, and place the other treatment conductor outside the orbicularis oris muscle, and pick up the muscle between both treatment conductors. Shrink the zygomatic muscle. 10) Place one treatment guide about 2.5 to 4 cm above the apex of the ear, and while the other treatment guide is on the hairline, raise the muscle as it is and contract the anterior auricle. 11) Place both treatment conductors in the center left and right, and gently relax both treatment conductors left and right to relax the groin muscles by smoothing the folds of the eyebrows to the side of the brow. 12) With both treatment guides, massage between the eyebrows with the feeling of writing an X and relax.

In the embodiment of the present invention, the terminal portion is covered with the above-described fibrous material mixed with alumina or the like, or the terminal portion is constituted by the fibrous material itself and the treatment conductor is applied to a predetermined portion of the face as described above. The facial treatment method of the present invention is carried out by performing such facial treatment, and such a facial treatment method produces an effect capable of effectively removing stains, sagging, and wrinkles occurring on the skin surface of the face. .

[0052]

According to the first aspect of the present invention, the terminal portion of the treatment conductor of the low-frequency electrotherapy device is coated with a fibrous body in which a mixed powder of alumina powder, titanium powder and platinum powder is mixed in a dispersed state. The body is moistened or not moistened, and the therapeutic conductor is crimped to a predetermined place on the face to send low-frequency electric energy to a predetermined muscle fiber in a muscle group to restore tissues by electrical stimulation. When the low-frequency electric energy is sent to muscle fibers, infrared weak energy called so-called far red penetrates into the muscle fibers inside the skin to activate the movement of water molecules inside the cells and activate the cells. It accelerates and discharges waste products to the outside and activates metabolism, and in addition to the effect of sending low frequency electric energy to the human body and stimulating muscle fibers, it also has far infrared rays. Since synergy of effect or heating effect effect is applied it is effective which can dramatically remove stains and wrinkles take up slack in the skin of the face is easily and quickly activate the muscles and skin of the face.

According to the second aspect of the invention, since the fibrous body in which the mixed powder of alumina powder, titanium powder and platinum powder is mixed in in a dispersed state is used for the coating structure of the terminal portion of the therapeutic conductor, the structure is simple. With the conventional facial treatment technique, far-infrared ray effect and thermal effect can be added to the low-frequency electric energy effect, and the synergistic effect of both can easily and quickly activate the facial muscles and skin to promote facial skin. It has the effect of dramatically removing looseness, stains and wrinkles.

According to the third aspect of the present invention, the terminal portion of the treatment conductor of the low-frequency electrotherapy device is made of a fibrous body in which a mixed powder of alumina powder, titanium powder and platinum powder is mixed in a dispersed state. With or without moistening, the therapeutic conductor is crimped to a predetermined place on the face and low-frequency electric energy is sent to a predetermined muscle fiber in a muscle group to perform a strengthening exercise to restore tissue by electrical stimulation. Therefore, when low-frequency electric energy is sent to muscle fibers, infrared weak energy, so-called far-red energy, penetrates into muscle fibers inside the skin, activates movement of water molecules inside cells, and promotes cell activation. It discharges waste products to the outside and activates metabolism. In addition to the effect of sending low frequency electric energy to the human body and stimulating muscle fibers, in addition to the far infrared effect and Since synergy that the thermal effect is applied is effective which can dramatically remove stains and wrinkles take up slack in the skin of the face is easily and quickly activate the muscles and skin of the face.

According to the fourth aspect of the present invention, the terminal portion of the therapeutic conductor is made of a fibrous body in which a mixed powder of alumina powder, titanium powder and platinum powder is mixed in a dispersed state. With the technique of treatment, far-infrared effect and thermal effect can be added to the low-frequency electric energy effect, and the synergistic effect of both can easily and promptly activate the muscles and skin of the face to prevent loosening of the skin on the face. It has the effect of dramatically removing stains and wrinkles.

[Brief description of drawings]

FIG. 1 is an explanatory diagram of a low-frequency electrotherapy device having a treatment conductor structure used in the facial treatment method of the present invention.

FIG. 2 is an explanatory cross-sectional view of a therapeutic conductor structure used in the facial treatment method of the present invention.

FIG. 3 is a cross-sectional explanatory view of a cotton swab used for the treatment guide structure in the facial treatment method of the present invention.

[Explanation of symbols]

A low frequency electrotherapy device B treatment machine body C cable D Treatment Michiko 1 counter electrode 2 Osamu Michiko 3 fibrous bodies

Claims (4)

[Claims] 1. A terminal part of a treatment conductor in a low-frequency electrotherapy device is covered with a fibrous body in which a mixed powder of alumina powder, titanium powder and platinum powder is mixed in a dispersed state, and the fibrous body is wetted. A facial treatment method using a low-frequency electrotherapy device, characterized in that the facial treatment is performed by pressure-bonding to the affected area of skin on the face in a non-wetting state. 2. The terminal portion of the treatment conductor in the low-frequency electrotherapy device is coated with a fibrous body in which a mixed powder of alumina powder, titanium powder and platinum powder is mixed in a dispersed state. A therapeutic guide structure for use in the facial treatment method described in 1. 3. A terminal part of a treatment conductor in a low-frequency electrotherapy device is composed of a fibrous body in which a mixed powder of alumina powder, titanium powder and platinum powder is mixed in a dispersed state, and the fibrous body is wet. A facial treatment method using a low-frequency electrotherapy device, characterized in that the facial treatment is performed by pressure-bonding to the affected area of skin on the face in a non-wetting state. 4. The terminal portion of the treatment conductor in the low-frequency electrotherapy device is made of a fibrous body in which a mixed powder of alumina powder, titanium powder and platinum powder is mixed in a dispersed state. A therapeutic guide structure for use in the facial treatment method described in 1.