WO2007148403A1

WO2007148403A1 - Curing device

Info

Publication number: WO2007148403A1
Application number: PCT/JP2006/312542
Authority: WO
Inventors: Michio Tani
Original assignee: Michio Tani
Priority date: 2006-06-22
Filing date: 2006-06-22
Publication date: 2007-12-27
Also published as: JPWO2007148403A1

Abstract

A curing device includes: low-frequency signal generating means; meridian frequency selecting means connected to the low-frequency signal generating means and selecting a frequency appropriate for a meridian; amplification means for amplifying a signal generated by the low-frequency signal generating means; an electrode connected to the amplification means; and a band unit which can be fixed in an annular shape so as to fix the electrode. Instead of selecting a frequency appropriate for stimulus of a meridian for stimulating one meridian hole, it is possible to stimulate the entire meridian. Especially it is possible to specify a plurality of meridians and stimulate each of the meridians. Moreover, it is possible to give a stimulus without accurately identifying the position of a meridian hole or the meridian.

Description

Specification

Treatment device

Technical field

TECHNICAL FIELD [0001] The present invention relates to a treatment device that stimulates meridians and recharges the air, and particularly relates to a treatment device that stimulates only a desired meridian.

Background art

[0002] For the purpose of more fully explaining the current state of the art regarding the present invention, reference should be made here to all patents, patent applications, patent publications, scientific papers, etc. cited or specified in the present application. Incorporate all those descriptions.

[0003] The esoteric theory was invented by "Huang Emperor", and was created based on the idea that "Tenjin Goichi", that is, "humans and the natural world correspond and have a close relationship" It is a theory. The gist of this is how people live by adapting to four-year climate change, how to maintain body temperature homeostasis! It is the power that resists the insult of the six innocences, how to adjust the rhythm in synchrony with the natural rhythm of day and night. In other words, the hygiene theory is a manipulative regulation theory such as cooperative unification with the external environment.

[0004] Hygiene is derived from the spirit of the congenital inferior kidney, is nourished by the agglutination of water grains in the acquired splenic stomach, and reaches the epidermis hair by the proliferating action of the lungs. As a result, a series of physiological functions such as “warm the meat, fill the skin, fertilize the membrane, and manage the opening” can be exhibited.

[0005] In the “Psychia * Hygiene Society”, “Ying comes out from the center, Mamoru comes out from the top”, and “People receive the mind, and the grain enters the stomach, which is conveyed to the lungs. "The five viscera and the six are all worried."“Question's numbness theory” states that “Ei is a miracle of water grain… sprinkles the peritoneum and does not scatter in the chest and abdomen”. From these discussions in “Nikkei”, the source of hygiene lies in the spirit of the lower kidneys (ie, seriousness). Then, by receiving the 'promotion and regulation' of the lungs, it is possible for everyone to feel the "sixth and sixth base". For this reason, it is said that "Health arises from the lower focus, is revived by the middle focus, and is comprehensively controlled by the lungs." [0006] In addition, in "Huang Emperor", it is proposed that there are two types of circulation of the escort.

[0007] One is that Ying circulates in the pulse, Mamoru circulates outside the pulse, and Hygi operates the twelve meridians with the air. Even after fifty laps with no end like a ring, it returns to the lunar meridian of the original hand.

[0008] The second is that the spirit circulates independently, and the sun goes around 25 times around the sun, and the night goes around 25 times around the sun, dividing the day and night.

[0009] In “Reihu's main organ”, “Healthy person warms the flesh, fills the skin,

腠

"Being the person who is the reason for fattening and opening up". In addition, in the “Pilot's Forbidden Edition”, it is stated that “they will be grateful for the guard and become the mother of treatment for hundreds of diseases”. Furthermore, in the “Psychic * Hygiene Society Hen”, “Ei is out of the pulse, and she runs without rest, and she is 25 times to go in the shade and 25 times to go in the sun. It will be a day and a night, so it will come up cheerfully and stop in the shade. ”

[0010] By summarizing the above-mentioned discussions on the function of air in “Yellow Inner Sutra”, the main function of air is as follows: Resistance to lethal factors (diseases) related to the external climate environment It shows the ability and the ability to regulate the internal environment of the living body stably. That is, the first is the defense function (immune function) such as the outer guard and anti-evil. The second is energy metabolism 'temperature regulation function (autonomic nerve and endocrine function). The third is the function of regulating the rhythm of day and night (autonomic nerve 'endocrine function). Therefore, the function of health is substantially similar to the immune regulation function in the stress response system in modern medicine.

[0011] On the other hand, there are 12 representative visceral fistulas with an organ called the heart capsule added to the five viscera and six limbs. A part of this is shown in Fig. 7, and the pulmonary vein originates from the middle of the umbilicus and the groove, goes down and inverts upwards, penetrates the diaphragm and belongs to the lungs, further upwards and traverses the trachea, The lower arm force of the arm is divided into upper arms and ends at the end of the thumb. On the way, branch out of the wrist and cross the large intestine at the tip of the index finger. The large intestine meridian belongs to the large intestine, covering the lungs through the body from the forefinger's forearm upwards to the outside of the upper arm and from the shoulder to the upper part of the clavicle. Clavicular upper force Branches appear and neck force passes through the lower teeth and crosses under the nose and ends at the side of the nose. This force leads to the stomach and descends, and the spleen It goes around the stomach, etc.

[0012] In addition to this, there are 15 communication lines as a horizontal communication path, a line such as a miracle that treats the blood flow that overflows from the transvenous line, and these are collectively called meridians, and each is closely connected Stay in touch.

[0013] Hygiene blood flows through this meridian, and plays a role such as whole body nutrition, protection from external illness, and adjustment during functional imbalance!

[0014] It is placed on the meridian because it causes disturbance of the hygiene blood flowing through the meridian when ill

Acupuncture and other treatments use the pot to correct the disturbance. Conventional acupuncture targets acupuncture points that are both “hot pots” and the force used to stimulate them with high temperatures and needles.

[0015] On the other hand, for example, Patent Document 1 has proposed a device for electrically stimulating acupoints. In other words, a device that applies a pulse current to a human body vase by a low-frequency generator to apply electrical stimulation, an output terminal connected to the output end of the generator via a lead wire, an adhesive tape to the human body, etc. The contact electrode fixed by the above is connected by magnetic force, and a substantially mushroom-shaped mounting portion that can be inserted and held in the ear hole is projected from the back of the device casing. For this reason, it is possible to easily and simultaneously stimulate other points on all parts of the human body, and it is easy to attach and hold the contact electrodes to the human body, and the connection of the output terminals is extremely simple and easy to handle. .

[0016] Further, Patent Document 2 is configured such that acupoints and a path treatment system work when ceramics that emits far infrared rays are applied to acupuncture points and the far infrared rays act on the path through the acupuncture points.

Patent Document 1: Japanese Patent Laid-Open No. 9 28812

Patent Document 2: Japanese Patent Application Laid-Open No. 2001-54552

Disclosure of the invention

Problems to be solved by the invention

[0018] However, since hygiene flows through the entire meridian instead of passing through one meridian point, in order to stimulate more effectively, it is necessary to stimulate the entire meridian rather than being limited to one point. The overall flow of hygiene can be improved. [0019] Further, since the acupuncture point is limited to one specific point, it is difficult to accurately grasp the position when stimulating the acupuncture point. For this reason, there is a case where an appropriate position cannot always be stimulated. In this case, there is a case where the treatment is not possible.

[0020] Therefore, the object of the present invention is not to stimulate one meridian point, but to stimulate the entire meridian, and in particular, to identify a plurality of meridians and to stimulate each meridian. It is an object of the present invention to provide a treatment device that can be stimulated without specifying the exact position or meridian position.

Means for solving the problem

[0021] A first aspect of the gist of the present invention is a low-frequency signal generation means, a meridian frequency selection means for selecting a frequency that is connected to the low-frequency signal generation means and matches a meridian, and the low-frequency signal An amplifying means for amplifying a signal generated by the generating means, an electrode connected to the amplifying means, and a band part that can be fixed in an annular shape for fixing the electrode, and having a frequency suitable for meridian stimulation. Select and apply.

[0022] The electrode is composed of a convex portion that penetrates the opening provided in the belt portion, the belt portion is inserted between the convex portion and the concave portion, and a conductive agent is applied to the top of the convex portion. And

[0023] Further, the low-frequency signal generating means includes a PWM wave generating circuit for generating a PWM wave, a low-pass filter circuit for filtering the low-frequency component of the PWM wave, and converting the filtered PWM signal V

It is composed of a CO circuit and generates a triangular wave.

[0024] Next, the amplifying means includes a triangular wave sine wave conversion circuit and an amplitude attenuation circuit, and generates a meridian stimulation signal by converting the triangular wave into a sine wave and then attenuating it.

The invention's effect

[0025] As described above, the present invention provides a low-frequency signal generating means, a meridian frequency selecting means that is connected to the low-frequency signal generating means and selects a frequency that matches the meridian, and the low-frequency signal generating means Amplifying means for amplifying a signal, an electrode connected to the amplifying means, and a band part that can be fixed in an annular shape for fixing the electrode, and selecting and applying a frequency suitable for meridian stimulation Therefore, it is possible to stimulate the entire meridian instead of stimulating a single meridian point, and in particular to identify multiple meridians and to stimulate each meridian. It is possible to stimulate without specifying the exact position of the meridian or meridian. In addition, aging can be prevented by activating the meridians, nurturing health, activating various functions of the body, and activating immune functions.

Brief Description of Drawings

FIG. 1 is a block diagram of a treatment device according to the present invention.

FIG. 2 is a schematic configuration diagram of a treatment device according to the present invention.

FIG. 3 is a schematic configuration diagram of a treatment device according to the present invention.

FIG. 4 shows (a) a configuration diagram of a contact portion and (b) a configuration diagram of a surface of a band to which an electrode of a treatment device according to the present invention is attached.

FIG. 5 is a configuration diagram in which a flat fastener is attached in order to attach a band for attaching an electrode of a treatment device according to the present invention.

FIG. 6 is a layout view in which a treatment device according to the present invention is attached to a patient.

FIG. 7 is a meridian diagram showing meridian positions in the human body.

FIG. 8 is a block diagram of the treatment device in the second embodiment according to the present invention.

FIG. 9 is a schematic configuration diagram of a treatment device according to a second embodiment of the present invention.

BEST MODE FOR CARRYING OUT THE INVENTION

[0027] Hereinafter, the present invention will be described based on embodiments shown in the drawings.

(Embodiment 1)

FIG. 1 shows a block diagram of the treatment device 2 in Embodiment 1 according to the present invention, FIG. 2 shows a front view of the schematic configuration diagram of the treatment device, and FIG. A rear side view (b) is shown in Fig. 3. In this embodiment, a sinusoidal stimulus is applied to a specific meridian.

[0028] The treatment device 2 generates a signal having a frequency suitable for a specific meridian set by the meridian individual frequency switching means 4 by using the variable frequency generating means 6, and the generated signal is transmitted to the variable frequency generating means 6 and The amplified signal is amplified by the connected amplifying means 8 and the amplified signal is transmitted to the specific electrode 12, and the electrode 12 is applied to the screw portion 34. The variable frequency generating means 6 is further connected to a control means 10 comprising a central processing element or the like, and causes the display means 14 to display a time for generating a signal. In addition, all means are connected to the power source 16, and the power source 16 has a power switch 1 8, fuse box 20, power connector 22, and ground terminal 48 are connected.

The meridian individual frequency switching means 4 is! / Shown in FIG. 1 and switches SW24a to 24f. This switch has 14 switches 24d to 24f corresponding to each acupuncture point, and is arranged and connected so that a specific acupuncture point can be defined. In the drawing, all 14 switches are not shown, but are shown as representative switches 24d to 24f. In the drawing, the bold lines collectively describe a plurality of conductors.

[0030] The meridians in the meridian individual frequency switching means 4 are shown in Table 1 as frequency columns corresponding to 14 types of meridians ranging from meridians 1A, 1B to 7-B. Here, the meridian meridian number is 1-A, the meridian meridian number is 1-B, the meridian meridian number is 2-A, the splenic meridian number is 2-B, and the meridian meridian number is 3 — A, small intestinal meridian number 3—B, bladder meridian number 4 A, renal meridian number 4 B, pericardial meridian number 5—A, trifocal meridian number 5—B The meridian number is 6-A, the meridian number is 6-B, the meridian number is 7-A, and the meridian number is 7-B. In addition, it was found that effective stimuli were applied to each meridian, especially for the power that listed the most effective frequency in Table 1, and for the frequency that was multiplied by 100 and the frequency that was 1/100. is doing.

[0031] [Table 1]

Meridians Cy cle / S e c. Time Lung (1— A) 1 6 X 1 K 5 '00 "Large intestine (1— B) 1 6 X 1 OK 5' 00" Gastric (2-A) 20 X 1 K 5 '00 "Spleen (2-B) 20 X 1 OK 5'00" Heart (3-A) 4 X 1 K 5' 00 "Small intestine (3-B) 4 X 1 0 K 5 '00 "Bladder meridian (4 1 A) 5 X 1 Κ 5 '00" Renal meridian (4-B) 5 X 1 0 Κ 5'0 "Cardiac envelope (5-A) 8 X 1 Κ 5' 00" Trifocal (5— B) 8 X 1 ΟΚ 5 '00 "gallbladder (6-A) 1 0 X 1 5, 00" Liver meridian (6— B) 1 0 X 1 ΟΚ 5' 00 "Administration (7— A) 2.5 1 5 '00 "assignment (7-B) 2.5Χ 1ΟΚ 5' 00"

[0032] Since only specific meridians respond to sine waves of each frequency, even if the frequencies are mixed, other meridians will not be affected, but if mixed, multiple harmonics are also generated For this reason, the influence of other frequencies may occur. For this reason, it is preferable to use a signal of the above frequency alone.

[0033] Further, a switch 24a for starting a signal, a pause switch 24b for temporarily stopping the signal, and a stop switch 24c for stopping the signal are also provided as the meridian individual frequency switching means 4.

Subsequently, the variable frequency generation means 6 is the control means 10 and generates a PWM signal. The central processing element CPU26 generates a signal generation section 28, and a single pass filter 30 that modulates the generated PWM signal into a DC output. A VCO that generates a triangular wave signal of a specific frequency by DC voltage There are 32 powers.

[0035] The central processing unit CPU26 outputs a read-only memory (ROM) 34 storing a program necessary for various software processes for stimulating a path, a timer 36 for measuring a signal generation time, and a signal as a PWM signal. It consists mainly of a signal generator 28 and an arithmetic processor.

[0036] The dedicated memory (ROM) 34 further records a waveform of a minimum unit of a PWM signal for generating 14 triangular waves for generating signals to be applied to the 14 acupuncture points.

[0037] Further, the amplifying means 8 has a function of converting a triangular wave signal into a SIN wave and amplifying it into a meridian stimulus signal. The amplifying means 8 converts a triangular wave SIN wave converter 36, a variable resistor 38, and a signal that has passed through the variable resistor 38. It consists of an attenuator 40 for attenuating.

Triangular wave SIN wave converter 36 is a device that receives a triangular wave and converts it into a sine wave (SIN wave) without changing its frequency. For example, the triangular wave sine wave converter 36 can be easily realized by combining a well-known op-amp integrating circuit and a Wien bridge type oscillation circuit. Sarako, Triangular Wave The output of the sine wave modification 36 is connected to the variable resistor VR38.

[0039] The variable resistor VR38 is a rotary type in which the resistance value changes according to the rotation angle, a slide type in which the resistance changes by changing the position of the slider, a potentiometer type in which the resistance value can be finely adjusted, and a material. Any of carbon coatings, metal coatings such as cermets, and the like can be used. In addition, it is within the scope of design changes to adopt a digital form in which the resistance is electronically changed by a button.

[0040] The attenuator 40 is configured by connecting a fixed resistor in a π-type or a Τ-type. If the resistance value is determined in advance, it is fixed, but if necessary, multiple sets of resistor strings can be connected in parallel, and the rotary switch can be selected so that the attenuation can be adjusted. .

[0041] At least two electrodes 12 are provided and connected to the attenuator 40.

The thumb rotary switch 44 controls the timer 36. In this embodiment, the thumb rotary switch 44 is connected to the CPU 26. The thumb rotary switch 44 is configured to input a single-digit numerical value that is a step time to the CPU in binary.

The timer 36 counts down the step time force designated by the thumb rotary switch 44 and transmits the remaining time to the central processing element CPU 26. Central processing unit CPU26 has a remaining time of 0 If not, continue generating the PWM signal. Also, the remaining time information is sent to the LED driver that drives the 7-segment LED 46 as needed.

[0044] Further, as the display means 14, a 7-segment LED 46 for three digits is connected to the central processing unit CPU26 via an LED driver (not shown). The LED driver receives the remaining time information generated by the timer 36 and generates a drive signal for each LED of the 7-segment LED 46. The 7-segment LED 46 displays the remaining time as a digital value.

[0045] As shown in Fig. 3, two coaxial receptacles for signal output are provided on the side of the main body. On the other hand, a power switch 18, a power connector 22, a fuse box 20, and a ground terminal 23 are projected from the back side surface of the main body.

The electrode 12 is further shown in FIGS. 4 (a), (b) and FIG. FIG. 4 (a) shows the contact surface of the electrode 12 to the living body, and FIG. 4 (b) shows the back surface of (a).

[0047] The electrode 12 has a convex head part 50, and is provided with a concave part 52 fitted to the convex part.

An opening is provided in the center of the fabric band woven with a rubber material, the electrode 12 is inserted into the opening, and the fabric band 54 is inserted into the recess 52 and the head 50 and fixed. A surface fastener 56 is sewn to the side surface of the electrode 12 of the cloth band 54. The back of the previous material is sewn to the back side of the electrode 12 of the fabric band 54.

On the other hand, the concave portion 52 is inserted into the center of the fabric band 54, and the concave portion 52 is locked to the convex portion 58 and fixed to the fabric band 54.

[0049] The fabric band 54 is wound around the wrist or ankle so that the convex portion 58 protrudes outward, and the surface fastener 56 is fixed to the fabric band 54 by pressure bonding. In addition, a conductive paste is applied to the surface of the head 50. The contact resistance between the electrode 12 and the arm is lowered by application.

[0050] The operation of the present invention will be described with reference to Figs.

[0051] First, a pair of cloths 54 provided with electrodes 12 are attached to the wrist of one hand and the ankle of the foot on the same side of the body of the patient (Fig. 6). Here, a conductive paste is applied to the head portion 50 of the electrode attached to the fabric band 54 and arranged so as to come into contact with the skin of the patient. The fabric band 54 is fixed by crimping the hook-and-loop fastener 56 to the fabric band 54.

When power is turned on by the power switch 18, power is supplied from the power supply 16 to the variable frequency generation means 6, the amplification means 8, the control means 10, and the display means 14. [0053] Subsequently, when the meridian to be stimulated in the meridian selection switch, the timer selection switch, and the signal generation switch which is the switch 24 is, for example, the gastric meridian (2-A) and the step time is 5 minutes, the switch In 24d to 24f, the (2-A) switch is selected. In addition, the + button is selected with the thumb switch 44 and pressed so that the number 5 is displayed. When switch 24a is selected in this state, timer 36 operates by central processing unit CPU26 and starts measuring 5 minutes. Timer 36 subtraction starts and the remaining time is displayed on the 7-segment LED46.

[0054] Subsequently, the central processing unit CPU26 corresponds to (2-A) from the dedicated memory (ROM) 34 20

The PWM waveform, which means a signal waveform with a frequency of X lKHz, is read out, a digital waveform is generated by the signal generator 28 and sent to the low-pass filter 30. The low pass filter 30 filters the high frequency component and sends it to the VC032.

The VC032 generates a triangular wave from the signal wave generated by the central processing element CPU26 and passed through the low-pass filter 30.

Triangular wave SIN wave converter 36 converts this triangular wave into a sine wave. This sine wave is attenuated to an appropriate current or voltage signal by the variable resistor 38 and the attenuator 40. The attenuated signal wave is applied to the electrode 12. This electrode force and the subject's wrist force can be applied only to the meridian 2-A by being applied to the ankle.

[0057] With the configuration described above, a signal having an intensity frequency appropriate for an arbitrary meridian can be easily applied at an appropriate time interval.

If the pause switch 24b is selected during signal generation, the remaining time is displayed and the signal generation is also stopped.

[0059] On the other hand, when the stop switch 24c is selected, the signal is stopped and 7 segments

LED46 display is reset.

[0060] The selection result of these buttons is the transmission of an electric signal to the variable frequency generating means 6. The variable frequency generating means 6 generates a low frequency current based on the selected button.

The low frequency current is amplified by the amplifying means 8, passes through the lead wire, and is applied to the electrode 12. On the other hand, the button selection result is also transmitted to the control means 10. The selected frequency calculated from the selection result is displayed on the display means 14. [0062] Electrode force applied with a low frequency based on the selected button Wrist force of the subject Can be applied only to the meridian 2-A by being applied to the ankle. In other words, since the meridians to be applied can be selected according to the frequency, when it is necessary to act on meridians instead of specific vases for a specific disease, it is not necessary to stimulate all the vases constituting the meridians There is an effect to say. This can reduce the time for stimulation. It can also be easily performed by ordinary people without knowing the exact position of the pot.

[0063] Further, since there is no need to apply the voltage to the "claw" unless the frequency is correct, the position of the "cage" is not "claw" by mistake, and there is no effect of stimulating the part.

[Embodiment 2]

A block diagram of the treatment device 2 according to the present invention is shown in FIG. This embodiment is a device that applies a sinusoidal stimulus to a specific meridian.

[0065] The treatment device 2 generates a signal having a frequency suitable for a specific meridian set by the meridian individual frequency switching means 4 by using the variable frequency generating means 6, and generates the generated signal with the variable frequency generating means 6 and The amplified signal is amplified by the connected amplifying means 8 and the amplified signal is transmitted to the specific electrode 12, and the electrode 12 is applied to the screw portion 34. The variable frequency generating means 6 is further connected to a control means 10 comprising a central processing element and the like, and its frequency and set value are connected to the display means 14. All means are connected to a power source 16, and a switch 18 is connected to the power source 16.

[0066] The meridian individual frequency switching means 4 is configured by a switcher or the like. The switch is composed of a numeric button 60 and a unit button 62 as shown in FIG. The cycle button consists of 60 buttons with numerical buttons indicating 2.5, 4, 5, 8, 10, 16, 20 and so on. Also, unit button 62ί, 1K :, 10K button unit button 62 is configured. Further, a gain button 64 for attenuating the signal and sin or squ indicating the shape of the signal are shown on the waveform button 66.

Further, a power switch 18 and a volume 24 are provided, and the amplitude of the signal is limited by the volume 24. The volume range is 1.0-5.0V.

[0068] These buttons are a button for selecting an oscillation frequency, a signal amplitude, a signal waveform, and a switch of the power source 16, respectively. When the unit button 62 has a plurality of crystal oscillators, it becomes a crystal oscillator selection button. If the oscillation circuit includes a resistive element, A resistance element having several resistance values may be selected. In addition, when a branching circuit is provided, the extraction port can be made selective.

[0069] The variable frequency generating means 6 may be any circuit such as a Wien bridge oscillation circuit, a ceramic oscillation circuit, a crystal oscillation circuit, an LC oscillation circuit, a PLL synthesizer, or the like.

[0070] Preferably, the amplifying means 8 uses a differential amplifier such as an operational amplifier.

[0071] The operation of the present invention will be described with reference to Figs.

[0072] First, a pair of cloths 54 provided with electrodes 12 are attached to the wrist of one hand and the ankle of the foot on the same side of the body of the patient (Fig. 6). Here, a conductive paste is applied to the head portion 50 of the electrode attached to the fabric band 54 and arranged so as to come into contact with the skin of the patient. The fabric band 54 is fixed by crimping the hook-and-loop fastener 56 to the fabric band 54.

[0073] The electrode 12 is connected to the amplifying means 8 inside the casing of the treatment device 2 by a conductive wire.

Next, each means and the power source 16 are connected by operating the power switch 18 provided on the surface of the treatment device 2. Next, the unit buttons 62 such as lk and 10k, the gain button 64 indicating the gain, the waveform button 66 for selecting the waveform, and the numerical value of the frequency arranged on the surface of the treatment device 2 which is the meridian individual frequency switching means 4. A numeric button 60 for selecting and a volume 24 for continuously changing the gain are provided, and the frequency appropriate for the desired meridian is selected according to Table 1. For example, when applying low-frequency current to meridian 1-A, unit button 62 is 1K, waveform button 66 is selected sin, gain button 64 is selected 20dB, and numeric button 60 is 1 6 is selected.

[0075] The selection result of these buttons is transmission of an electric signal to the variable frequency generating means 6. The variable frequency generating means 6 generates a low frequency current based on the selected button.

The low frequency current is amplified by the amplifying means 8, passes through the conductive wire, and is applied to the electrode 12. On the other hand, the button selection result is also transmitted to the control means 10. The selected frequency calculated from the selection result is displayed on the display means 14.

[0077] Electrode force applied with low frequency based on the selected button Wrist force of the examinee Can be applied only to the meridian 1A by being applied to the ankle. In other words, since the meridians to be applied can be selected according to the frequency, all the points constituting the meridians are stimulated when it is necessary to act on the meridians instead of the specific points for a specific disease. There is an effect that there is no need to do. This can reduce the time for stimulation. It can also be easily performed by ordinary people without knowing the exact position of the pot.

[0078] Further, since it is not necessary to apply the voltage to the "claw" unless the frequency is correct, there is an effect that the position of the "cage" is not the "claw" and the part is not stimulated.

Next, clinical examples according to the present invention will be described.

[0080] Clinical Case I: Refractory Low Back Pain · Applicable Meridians: Renal, Trifocal, Bladder

For patients with XXX, three low frequencies corresponding to renal, trifocal, and bladder meridians were applied every 5 minutes, and applied twice a week. The effects were obtained as shown in Table 2. It was.

[Table 2] Subject A B C D E F G H

[0081] Clinical cases Π: Shoulder periarthritis · Applicable meridians: colon, lung, kidney

In YYY patients, three low frequencies corresponding to the large intestine, lung, and kidney were applied for 5 minutes each time and applied twice a week. The results were as shown in Table 3. .

[Table 3] Subject K L M N O

Result Δ O ® (Q) (Q)

[0082] From the above clinical examples, the device of the present invention can selectively stimulate only a specific meridian, the majority depends on the meridian, and the effectiveness of the device of the present invention was confirmed. . Anti-aging effects that prevent aging due to aging are produced by the flow of hygiene blood through this meridian, playing a role such as whole body nutrition and protection from external illnesses, and adjustment during functional imbalance.

[0083] Furthermore, when a frequency of 10 times, 100 times, 1/10, and 1/100 is applied to the meridians in the same manner, the same is true at the frequency of 100 times and the frequency of 1/100. Results were obtained.

Industrial applicability According to the present invention, since a signal having a frequency acting only on a specific meridian is used, a signal can be applied to a specific meridian without grasping the position of a pot or the like. For this reason, in the past, stimulation of meridians that could only be performed by specialists in oriental medicine becomes possible with their own operations on their meridians in ordinary households.

[0085] Although the present invention has been described in connection with several preferred embodiments and examples, these embodiments and examples are merely illustrative of the invention by way of example, I understand that it is not meant to be limiting. After reading this specification, it will be apparent to those skilled in the art that many modifications and substitutions by equivalent components and techniques will be readily apparent, and such modifications and substitutions are It is clear that it falls within the true scope and spirit.

Claims

The scope of the claims

[1] Low frequency signal generating means, meridian frequency selecting means connected to the low frequency signal generating means for selecting a frequency suitable for meridians, and amplifying means for amplifying the signal generated by the low frequency signal generating means And a treatment device that selects and applies a frequency suitable for meridian stimulation, comprising: an electrode connected to the amplification means; and a band portion that can be fixed in an annular shape to fix the electrode.

[2] The electrode is characterized by comprising a convex portion penetrating the opening provided in the belt portion, the belt portion being inserted between the convex portion and the concave portion, and a conductive agent being applied to the top of the convex portion. The treatment according to claim 1

[3] The low-frequency signal generation means comprises a PWM wave generation circuit that generates a PWM wave, a low-pass filter circuit that filters a low-frequency component of the PWM wave, and a VCO circuit that converts the filtered PWM signal. The treatment device according to claim 1, wherein the treatment device generates a triangular wave.

[4] The amplifying means includes a triangular wave sine wave conversion circuit and an amplitude attenuation circuit, and generates a meridian stimulation signal by converting the triangular wave into a sine wave and then attenuating it. Treatment device.