JP2011078633A - Living body stimulating apparatus and beautification method for living body - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a living body stimulating apparatus and a beautification method for a living body by which the maintenance of the stretching degree of muscles, and the metabolism of skin cells can be realized. <P>SOLUTION: The living body stimulating apparatus A includes: a heating pick 32b which is a main stimulating member for stimulating the skin of the living body by heating (or heating and electricity); a teaching member 40 which teaches an area which is stimulated by the heating pick 32b, and where at least a thermoesthesia is present; and a body section 10 which is a power feeding member for feeding pulse-like power to the heating pick 32b. A heating part 32 to which the heating pick 32b is attached, and the body section 10 which is the power feeding member compose one heating set 30. The teaching member 40 is a printed matter or a recording medium including a to-be-stimulated area display figure Pc in which the to-be-stimulated area where the thermoesthesia being present on the face of a human being, a pain sensation and a pressure sensation are present is displayed together with the face. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  The present invention relates to a biostimulation apparatus that performs facial treatment or the like by thermal stimulation, and a living body beauty method using the same.

Traditionally, in lift-up surgery such as cosmetic surgery, the stretched and slack muscles have been excised and pulled up, but over time, sagging has reappeared. There is a risk that there will be no play in your muscles and your facial expression may be pulled.
There is also a method of pulling up the skin by embedding a feather-like foreign substance under the skin, but there is a risk that a surgical mark may remain.

Therefore, the facial wrinkle removing device of Patent Document 1 attempts to remove wrinkles by applying energy stimulation such as heat and electricity along the facial fiber tissue to dissolve and remove the tissue. As the energy stimulus, multicolor light, monochromatic light, laser light, high frequency electric energy, ultrasonic energy, microwave energy, thermal energy, or the like is used.
In the living body stimulation apparatus of Patent Document 2, it is attempted to perform muscle exercise and metabolism by applying low frequency stimulation to the skin and muscle tissue of a living body from a pair of pulse transmission terminals.

Special table 2003-523799 gazette Japanese Patent Laid-Open No. 11-089945

  However, the technique disclosed in Patent Document 1 is based on the premise that a doctor removes a tissue (see paragraph [0013] of the same publication), and is not easily performed by a user at home. In addition, there is a concern about adverse effects on the living body by dissolving and removing the tissue.

  On the other hand, in the technique of Patent Document 2, when a delicate facial muscle receives a low-frequency stimulus, it often feels a strong stimulus and power is attenuated on the skin surface. Therefore, even if there is a tingling sensation, the low-frequency stimulation effect on the inside of the muscle attenuates at the surface portion of the skin, and there is a possibility that a sufficient facial effect may not be obtained with only the low-frequency stimulation.

  An object of the present invention is to provide a biostimulation apparatus capable of maintaining the degree of muscle stretch and the metabolism of skin cells while avoiding the above-described problems, and a living body beauty method using the same. .

The biological stimulation device of the present invention includes a main stimulation member that stimulates the skin of a living body with heat, or heat and electricity, a teaching member that teaches a stimulated site to be stimulated by the main stimulation member, A power supply member that instantaneously heats to a predetermined temperature is provided.
The living body of the present invention is generally a human body, but may be animals such as dogs and cats.
The phrase “stimulate by heat, or heat and electricity” means that only heat stimulation may be used, or both heat stimulation and electricity stimulation may be combined.
The site to be stimulated is a so-called acupoint where there is a sense of warmth, pressure, pain, etc., but its specific position can be obtained through many years of experience.
Examples of the teaching member include a printed material, a recording medium such as a CD and a DVD, and a face mask described later.

The following effects can be obtained by this biostimulator.
The main stimulation member of the present invention does not produce an effect by flowing a low-frequency current through the muscle itself, but applies thermal point stimulation (for example, 50 ° C. for 1 second) to the facial peripheral nerve.
Thereby, the following effects can be obtained.
By receiving the stimulation at the level of the nerve that controls the operation of the muscle, that is, the nerve level higher than the muscle, by the minimum stimulation (heat point stimulation) by the main stimulation member, by the command from the user's brain It restores muscle stretchability.

In general, excess sagging (for example, sagging under the eyes) is caused particularly by muscle relaxation, and fat accumulates along with excess waste products at the site of muscle relaxation, resulting in sagging. Appear.
In the present invention, the muscles regain their elasticity and elasticity, so the muscles are lifted and firm and tightened. In this way, the muscles regain their elasticity and the cheek muscles, ocular muscles, muzzle muscles, etc. are tightened and lifted, and as a result, sagging is improved. In addition, there is no problem that a surgical mark such as a surgical operation remains, and no side effect due to a back current such as that which gives a low frequency stimulus.

Furthermore, since the autonomic nervous function is also adjusted by stimulation of the stimulated site by the main stimulation member, it also has an effect in improving edema and blood flow, and skin function is also improved.
As described above, a large health maintenance effect and a beauty effect can be obtained by applying a thermal stimulus to a person or an animal using the biological stimulation device of the present invention.
Moreover, it was confirmed that the effects of the present invention can be obtained regardless of age group from the teens to the 90s.

In the biostimulation apparatus according to the present invention, the user can apply the main stimulation member to an appropriate stimulation site according to the teaching content of the teaching member, so that even a user with little technical knowledge can enjoy the above-described effects. be able to. In other words, a user can easily perform a facial treatment or the like that can only be performed at a specialized facility at home.
In particular, the power supply means uniformly controls the predetermined temperature when the main stimulating member is heated and the time to reach the predetermined temperature, so that the above-mentioned effects can be obtained almost certainly regardless of who implements it. .

  In addition, waste products and excess fat are combusted and discharged by the effect of the apparatus of the present invention. In particular, it has been thought that there is no reliable improvement method for laying lines and sagging under the eyes. However, as a result of the inventor's continuous research and experiments, sagging under the eyes, swelling, etc. The improvement effect of reducing (flattening) was confirmed.

  As a power supply method by the power supply member, for example, by supplying power from the power supply means for a certain short time, the main stimulation member automatically becomes this temperature, and the temperature is lowered in 1 second. Such a process is performed only once, or is repeated a plurality of times by supplying pulsed power.

As the teaching member, there are a printed material or a recording medium containing a face diagram displaying the position of the stimulated part of the face, and a face cover provided with an opening at a position corresponding to the stimulated part of the face.
In particular, when a face cover provided with a hole in the stimulated part of the face is provided, the main stimulation member can be reliably pressed against the stimulated part, and the position of the stimulated part can be determined as the user uses it. By learning a number of times, the main stimulation member can be accurately pressed against the stimulated site without using a face cover when used several times.

By further providing a rod-like or cylindrical electrical stimulation member that stimulates the face with electricity at least at the side for performing lymphatic drainage (hereinafter simply abbreviated as “drainage”), for example, facial drainage becomes possible. .
In the case of drainage (lymph drainage), which has been conventionally performed by massage, there is a problem that excessive stimulation puts a burden on the skin, causes inflammation, and eventually causes pigmentation.
On the other hand, the following effects can be obtained by using a rod-like or cylindrical electrical stimulation member while flowing a weak current through the skin.
The drainage that promotes the flow of lymph while flowing a weak biological current through the skin from a rod-shaped or cylindrical electrical stimulation member activates the function of the sodium pump in the cell and removes excess water in the cell from the cell. Can be discharged. As a result, the skin color can be improved by discharging waste products while eliminating swelling and promoting metabolism in the cells by the action of the electrolyte. Moreover, since positive ions tighten the pores, the skin texture is improved and the skin quality is improved.

  What is more effective is that the flow of venous lymph can be easily drained with a rod-like or cylindrical electric stimulation member. Until now, there were technical problems such as not being able to follow the flow of lymph in some cases, but because the device of the present invention can grasp the flow without any exception, the treatment of amateurs Also, the drainage effect can be easily obtained.

  In addition, it is possible to activate the metabolism at the cellular level by the action of a weak current to facilitate the discharge of waste products, and to maximize the effect of reliably returning waste products and excess water to the vein. . In addition, by using electrical stimulation, unlike massage, anyone can easily obtain an effect in a simple process even without skill. Moreover, not only accurate lymph drainage but also the action of a weak current can promote effective metabolism safely and with less stimulation.

  Both the rod-like or cylindrical electrical stimulation member and the main stimulation member are detachably attached to the casing of the power supply member, so that the above-described drainage effect and thermal stimulation effect can be easily obtained. it can.

  The casing of the power supply member is made of a conductor, and the current is passed through the skin with a simple configuration by allowing electricity to flow from the rod-like or cylindrical electrical stimulation member to the casing of the power supply member through the human body. Can do.

  ADVANTAGE OF THE INVENTION According to this invention, the biological stimulation apparatus which can implement | achieve maintenance of the expansion-contraction degree of a muscle, and metabolism of a skin cell, avoiding malfunctions, such as a side effect, and the biological beauty method using the same are obtained.

It is a top view of the biological stimulation apparatus A which concerns on Embodiment 1 of this invention. (A)-(d) is a top view which shows the various replacement members attached to a main-body part. It is a top view which shows the structure of the biostimulation apparatus A provided with the thermal pick. It is a figure which shows the relationship between the pulse-shaped electric power supplied to a thermal pick from a main-body part (electric power supply member), and the temperature of a thermal pick. It is a top view which shows the face mask which is another example of a teaching member. It is a top view which shows the structure of the control part of the biological stimulation apparatus for business use. FIG. 10 is a diagram illustrating a drainage route in the second embodiment.

(Embodiment 1)
FIGS. 1A and 1B are a top view and a side view, respectively, of the main body 10 (power supply member) of the biostimulator according to Embodiment 1 of the present invention.
The main body 10 of the biostimulator includes a rechargeable power source 11 incorporating a lithium secondary battery and a control switch sheet 12. Moreover, the attachment part 13 for attaching various replacement members detachably is provided in the edge part.
The casing 10a of the power supply member 10 is a conductor configured by coating a metal plate with a conductive silicone rubber film.

  The switch sheet 12 includes a main switch 21 for turning on / off the power supply, a thermal switch 22 for heating a thermal pick to be described later, a current switch 23 for flowing current to a comb and a bar, which will be described later, and a later-described switch. An ion switch 24 for supplying ions to the ion bar, a positive / negative switch 25 for switching between plus and minus of ions to be supplied to the ion bar, and an output switch 26 are provided.

2A to 2D are plan views showing various replacement members attached to the main body portion 10.
FIG. 2A shows the ion stimulation component 31. The ion stimulation component 31 includes a base portion 31a that engages with the attachment portion 13 of the main body portion 10, and an ion bar 31b that extends from the base portion 31a. Then, plus / minus is selected by the positive / negative switch 25 of the main body 10, and ions are supplied to a part of the human body or the like from the ion bar 31b.

  FIG. 2B shows the thermal component 32. The thermal component 32 includes a base portion 32a that engages with the attachment portion 13 of the main body portion 10, and a thermal pick 32b (thermal stimulation member) that protrudes from a part of the base portion 32a. When the thermal switch 22 of the main body 10 is turned on, the thermal pick 32b is heated, and a part of the human body or the like is heated by the thermal pick 32b.

  FIG. 2C shows the drainage component 33. The drainage member 33 includes a base portion 33a that engages with the attachment portion 13 of the main body portion 10, and a plate-like bar 33b (electric stimulation member) that extends from a part of the base portion 33a. When the current switch 23 of the main body 10 is turned on, a voltage is applied to the bar 33b, and when the bar 33b is brought into contact with a part of the human body or the like while grasping the main body 10, the main body is passed from the bar 33b through the human body. A current flows to the ten casings 10a, whereby a part of the human body or the like is electrically stimulated.

FIG. 2D shows the comb part 34. The comb member 34 includes a base portion 34a that engages with the attachment portion 13 of the main body portion 10, a comb 34b (electric stimulation member) extending from a part of the base portion 34a, and comb teeth 34c (projections) extending from the comb 34c. ing. When the current switch 23 of the main body 10 is turned on, a voltage is applied to the comb teeth 34c, and when the comb teeth 34c are brought into contact with a part of the human body or the like while holding the main body 10, the human body or the like is removed from the comb teeth 34c. Then, a current flows to the casing 10a of the main body unit 10, whereby a part of the human body or the like is electrically stimulated. Instead of the comb 34b, a brush having brush hairs (projections) may be provided.
The thermal pick 32b and the bar 33b are formed by coating conductive silicone on a metal (for example, SUS material).

FIG. 3 is a plan view showing the configuration of the biological stimulation device A. The biological stimulation device A teaches a thermal pick 32b that is a thermal stimulation member (main stimulation member) that stimulates the skin of the living body with thermal (or thermal and electricity), and a stimulated site that is stimulated by the thermal pick 32b. The teaching member 40 and the main body 10 which is a power supply member for supplying pulsed power to the thermal pick 32b are provided.
In the present embodiment, the base portion 32a of the thermal component 32 to which the thermal pick 32b that is the thermal stimulation member is attached and the attachment portion 13 of the main body portion 10 that is the power supply member are engaged, so that one thermal is obtained as a whole. Set 30.
However, the thermal stimulation member and the power supply member are not necessarily integrated.

  The teaching member 40 is a printed matter or a recording medium including a stimulated part display diagram Pc in which a stimulated part existing on the face of a human body and having a sense of temperature, pain, and pressure is displayed together with the face. That is, FIG. Pc may be printed on paper or data stored on a recording medium such as a CD, DVD, hard memory, or BD. When stored in the recording medium, the user may display the stimulated part display diagram Pc on the display of the personal computer at home.

  As shown in the stimulated part display diagram Pc, the thermal stimulation parts Pt are arranged on the first to sixth thermal stimulation lines St1 to St6. The thermal pick 32b may be sequentially pressed against each of the thermal stimulation sites Pt to apply the thermal stimulation. In the stimulated part display diagram Pc in FIG. 3, only the thermal stimulation part Pt on the left side of the face is displayed, but in the actual stimulated part display diagram Pc, these and target positions are also on the right side of the face. The thermal stimulation site Pt may be displayed. However, if only one of the thermal stimulation sites Pt on the right side or the left side of the face is displayed, it is easy for the user to know the other thermal stimulation site Pt.

FIG. 4 is a diagram showing the relationship between the pulsed power supplied from the main body 10 (power supply member) to the thermal pick 32b and the temperature of the thermal pick 32b (skin). As shown in the figure, when electric power is instantaneously supplied with the thermal pick 34b in contact with the skin, the thermal pick 32b and the skin instantaneously (for example, about 1 second) have a predetermined temperature (for example, 50%). To about 0 ° C.).
One thermal stimulation may be applied only once to one thermal stimulation site Pt, or a plurality of thermal stimulations may be applied to one thermal stimulation site Pt by supplying the pulsed power shown in FIG. 4 multiple times. Good.
The predetermined time for supplying the electric power is set so that the thermal pick 32b is heated to an appropriate temperature (for example, 50 ° C.) for an instantaneous short period (for example, about 1 second).

In the present embodiment, the following effects can be obtained.
By receiving stimulation at the level of the nerve that controls the operation of the muscle, that is, the nerve level higher than the muscle, by the minimum stimulation (thermal point stimulation) by the thermal pick 32b (main stimulation member), Restores muscle stretchability by command from the brain. In other words, it restores muscle tension.
In general, excess sagging (for example, sagging under the eyes) is caused particularly by muscle loosening, and fat accumulates with excess waste products at the site of muscle loosening, resulting in sagging. Appear.
In this embodiment, since the muscle regains its elasticity and elasticity, the muscle is lifted and firm and tightened. As a result of the muscles regaining elasticity and lifting the cheek muscles and the ocular muscles, sagging is improved. In addition, there is no problem that a surgical mark such as a surgical operation remains, and no side effect due to a back current such as that which gives a low frequency stimulus.
Furthermore, since the autonomic nerve function is also adjusted by the thermal stimulation to the thermal stimulation site Pt by the thermal pick 32b (main stimulation member), it also has an effect in improving edema and blood flow, and the skin function is also improved.
Moreover, it was confirmed that the above-mentioned effect can be obtained regardless of the age group from the teens to the 90s.

In the biological stimulation device of the present invention, according to the teaching content of the teaching member 40, the user sequentially presses the thermal pick 32b against each thermal stimulation site Pt along the first to sixth thermal stimulation lines St1 to St6. I'll do it. In this way, the user can apply the thermal pick 32b (main stimulation member) to the appropriate thermal stimulation site Pt by performing treatment by himself at home, so that even a user with little technical knowledge can enjoy the above-described effects. be able to. In other words, a user can easily perform a facial treatment or the like that can only be performed at a specialized facility at home.
In particular, since the predetermined temperature when the thermal pick 32b is heated and the time for reaching the predetermined temperature are uniformly controlled by the main body 10 (electric power supply means), the above-mentioned operation is almost certainly performed by anyone. The effect is obtained.

-Another example of teaching member-
FIG. 5 is a plan view showing a face mask Ms which is another example of the teaching member 40. The face mask Ms is provided with an opening 42 at a position corresponding to the thermal stimulation site Pt shown in FIG. The size of the face mask Ms may be prepared in various types classified according to the length of the face and the width of the face, or may be created individually by shaping the user's face.
When using the facial mask Ms, the user may press the thermal pick 32b against the thermal stimulation site Pt in the opening 42 of the facial mask Ms. That is, in this alternative example, the user does not need to estimate the position of the thermal stimulation site Pt from the facial drawing, so that the thermal stimulation can be applied to the accurate thermal stimulation site Pt very easily.
Further, as the user repeats the thermal stimulation many times, it is possible to grasp the exact position of the thermal stimulation site Pt with the sense of his / her skin. With this learning effect, it is possible to press the thermal pick 32b against the accurate thermal stimulation site Pt without using the face mask Ms.
In the above embodiment, only the thermal stimulation is performed using the thermal pick 32b. However, the current stimulation may be performed using the thermal pick 32b. In that case, the configuration of the electric circuit can be changed by well-known and conventional means to switch between the mode in which the thermal pick 32b is heated and the mode in which a weak current flows from the thermal pick 32b through the human body to the casing 10a of the main body 10. What should I do?

-Another example of power supply member-
FIG. 6 is a diagram illustrating a configuration of the control unit 51 of the commercial biological stimulation device 50. The control panel 51 is provided on the front surface of a housing not shown.
The control unit 51 includes a power switch 52 for turning on / off the entire power source, a thermal control unit 53, and a power control unit 60, and is provided with an opening 58 for facilitating listening to a built-in speaker sound. It has been.
The structure of the ion bar 31b, the thermal pick 32b, the bar 33b, and the comb 34b, which are stimulation members that act on the skin, is basically as shown in FIGS. 2 (a) to (d). Is arranged in a shape that is easy to operate. As the shape thereof, a well-known and conventional one can be adopted. Each stimulation member is electrically connected to each part of the control unit 51.

  The thermal control unit 53 controls the operation of the thermal pick 32b. The timer 54 (Timeset) for setting the time during which the thermal pick 32b is on, its display lamp, and the output switch 56 for operating the thermal pick 32b. (N-shot) and its indicator lamp.

The power control unit 60 controls the power supplied to the ion bar 31b, bar 33b, and comb 34b. The power control unit 60 switches the power monitor 61 (PowerMonitor) and the mode switching knob 62 for switching the output mode of the ion bar 31b and the comb 34b. A pulse adjustment knob 63 for adjusting the pulse interval of the power supplied to the ion bar 31b and the comb 34b, and a power adjustment knob 64 for adjusting the magnitude of the power supplied to the ion bar 31b, the bar 33b and the comb 34b. It has.
The outputs of the ion bar 31b and the comb 34b are positive when the mode switching knob 62 is on the right side in the figure, negative when the mode switching knob 62 is on the left side, and positive and negative when the mode switching knob 62 is on the center (Alternate). When the mode switching knob 62 is on the right side or the left side in the figure, the output mode can be switched between an intermittent mode (Intermittent) and a continuous mode (Cntinuation).
In the intermittent mode, the pulse output interval (pulse width) can be adjusted by adjusting the pulse adjustment knob 63. For example, it is possible to adjust the frequency to about 0.6 Hz when the pulse interval is the longest, and to the frequency of about 1.5 Hz when the pulse interval is the shortest (Short). These low frequency pulses are mixed with a medium frequency pulse of 4000 Hz. By adjusting in this way, it is possible to reduce the pulse width and give a stimulus that strikes the surface of the skin finely, or to increase the pulse width and approach a straight stimulus.
In addition, when performing electrical stimulation, the electrode connected to the control part 51 can be attached to a part (hand etc.) of a to-be-treated person's body.
As described above, when the business-use biological stimulation device 50 is used, the above-described stimulation members can be operated more precisely.

(Embodiment 2)
In the present embodiment, a drainage method using the bar 33b (see FIG. 2C) which is an electrical stimulation member will be described. This drainage is performed together with the thermal stimulation by the thermal pick 32b of the first embodiment.
As used herein, “drainage” is an abbreviation for lymph drainage, which is a well-known technique. Since drainage means excretion, lymph drainage means excretion of lymph fluid. Known lymph drainage is performed by massage using a hand. In the present invention, drainage (lymph drainage) is performed using a weak current.

FIG. 7 is a diagram showing a drainage route applied to the face of the human body. Similar to the diagram showing the thermal stimulation part of the thermal pick 32b, FIG. 7 may be printed on paper or data stored in a recording medium such as a CD, DVD, hard memory, or BD. There may be.
In this embodiment, the bar 33b shown in FIG. 2C is attached to the main body 10 to perform drainage (lymph drainage). When the bar 33b is lightly brought into contact with the face, a weak current flows from the bar 33b through the human body to the casing 10a of the main body 10.
First to sixth drainage lines D11 to D16 shown in FIG. 7 indicate paths and directions in which the bar 33b is moved lightly against the face. However, the three lines of the first drainage line Dl1 may be applied with the bar 33b one by one, or the bar 33b may be applied slightly more strongly so as to straddle the three lines.
Further, the first to sixth drainage lines D11 to D16 are present at left and right symmetrical positions.

In the case of drainage (lymph drainage), which has been conventionally performed by massage, there is a problem that excessive stimulation puts a burden on the skin, causes inflammation, and eventually causes pigmentation.
On the other hand, the following effects can be obtained by using the bar 33b while flowing a weak current through the skin.
By draining while flowing a weak biological current from the bar 33b to the skin, the function of the sodium pump in the cell can be activated, and excess water in the cell can be discharged out of the cell. As a result, the skin color can be improved by discharging waste products while eliminating swelling and promoting metabolism in the cells by the action of the electrolyte. Moreover, since positive ions tighten the pores, the skin texture is improved and the skin quality is improved.
What is more effective is that the venous lymph flow can be easily drained by the bar 33b. Until now, there have been technical problems such as not being able to follow the flow of lymph in some cases, but the device of this embodiment can grasp the flow without any omission, so the amateur can grasp the flow. The drainage effect can also be easily obtained by the above procedure.
In addition, it is possible to activate the metabolism at the cellular level by the action of a weak current to facilitate the discharge of waste products, and to maximize the effect of reliably returning waste products and excess water to the vein. .

In addition, by using electrical stimulation, unlike massage, anyone can easily obtain an effect in a simple process even without skill. In addition to accurate lymphatic drainage, it is possible to promote effective metabolism safely and with less stimulation by the action of weak current.
In particular, by providing the user with the data shown in FIG. 7 as a teaching member using a printed matter or a recording medium, the user can obtain a desired effect very easily.
Moreover, not only accurate lymph drainage but also microcurrent can promote safe and effective metabolism in cells with less stimulation.

(Other embodiments)
In each of the above embodiments, thermal stimulation and current stimulation on the human face have been described. However, the present invention can be applied not only to the human body but also to animals such as pets. Further, the thermal stimulation by the thermal pick 32b can be applied not only to the face but also to various parts of the living body such as arms, hands, fingers, feet, and waist.

  Although explanation is omitted in the above embodiment, effects such as relaxation and promotion of metabolism can be obtained by making negative ions and positive ions act on a living body such as a human body using the ion bar 31b.

Although explanation is omitted in the above embodiment, electrical stimulation and thermal stimulation of the human scalp and animal skin using the comb 34b can be performed. For example, drainage of the scalp of the human body using the comb 34b, electrical stimulation by pulsed power, and thermal point stimulation can provide the same effects (sagging improvement effect and the like) as those of the face stimulation described above. As can be seen from FIG. 3, the nerves of the scalp are connected to the nerves of the face. In animals, not only the scalp but also the drainage of skin such as the torso and limbs can be performed. A brush may be used instead of the comb 34b.
Human scalp and animal skin with many pores tend to sag with aging because lipid peroxide tends to accumulate in the pores. Therefore, when the microcurrent is stimulated through the pores, accumulation of lipid peroxide can be prevented and sagging of the scalp can be improved.

  The present invention can be used for beauty and health maintenance of human bodies and animals.

A Biostimulator 10 Main body (power supply member)
DESCRIPTION OF SYMBOLS 10a Casing 11 Rechargeable power supply 12 Switch seat 13 Mounting part 21 Main switch 22 Thermal switch 23 Current switch 24 Ion switch 25 Positive / negative switching switch 26 Output switching switch 30 Thermal set 31 Ion stimulation part 31a Base 31b Ion bar 32 Thermal part 32a Base 32b Thermal pick (main stimulating member)
33 parts for drainage 33a base 33b bar (bar-shaped or cylindrical electrical stimulation member)
34 Comb parts 34a Base 34b Comb 34c Comb teeth 40 Teaching member Pc Stimulated site display diagram Pt Stimulated site St Thermal stimulation line

Claims (7)

A main stimulating member made of a conductor for stimulating the skin of a living body with heat or heat and electricity;
A teaching member for teaching a stimulated part to be stimulated by the main stimulation member;
A power supply member that instantaneously heats the main stimulation member to a predetermined temperature;
A biostimulator comprising: The biostimulator according to claim 1, wherein
The biostimulation apparatus, wherein the teaching member is a printed matter or a recording medium including a figure displaying a position of a stimulated part of a face. The biostimulator according to claim 1 or 2,
The said teaching member is a biostimulation apparatus which is a face cover which provided the opening in the position corresponded to the to-be-stimulated site | part of a face. In the biostimulator according to any one of claims 1 to 3,
The main stimulation member has only a stimulation function by heat,
It further comprises a rod-like or cylindrical electric stimulation member that stimulates the face with electricity at least at the side,
The biostimulation apparatus, wherein the power supply member applies a voltage to the electrical stimulation member. The biostimulator according to claim 4, wherein
The biostimulation apparatus, wherein the electrical stimulation member and the main stimulation member are detachably attached to the casing of the power supply member. The biostimulator according to claim 4 or 5,
The biostimulation apparatus, wherein the casing of the power supply member is made of a conductor, and is configured so that electricity flows from the rod-shaped or cylindrical electrical stimulation member through the human body to the casing of the power supply member. A living body beauty method using the living body stimulating device according to any one of claims 1 to 6,
A method for cosmetic treatment of a living body, wherein power is instantaneously supplied from the power supply member to the main stimulation member in a state where the main stimulation member is in contact with the skin of the living body.

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