WO2004000194A1

WO2004000194A1 - High-frequency current driving system for slimming and health enhancement and high-frequency current driver for slimming and health enhancement

Info

Publication number: WO2004000194A1
Application number: PCT/JP2003/007819
Authority: WO
Inventors: Toyotaka Mori; Akira Numata
Original assignee: Toyotaka Mori; Akira Numata
Priority date: 2002-06-19
Filing date: 2003-06-19
Publication date: 2003-12-31
Also published as: JPWO2004000194A1; WO2004000417A1

Abstract

A small-sized high-frequency current driving system for slimming and health enhancement by supplying a stimulation to a deep portion of a muscle and supplying a stimulation to an agonist and an antagonist at most suitable timing. The system comprises electrodes and a high-frequency driver connected to the electrodes and used for generating a high-frequency current. Pulses with a specific amplitude and a specific frequency are applied to muscles at specific intervals. As a result, the muscles contract and expand to consume energy. Slimming and health enhancement are thus achieved.

Description

High frequency current drive system for slimming and health promotion and high frequency for slimming and health promotion

Technical field

The present invention relates to a high-frequency current drive system for slimming and health promotion and a high-frequency current drive device for slimming and health promotion which stimulates muscles with high-frequency current to consume energy. Background art

If the current social situation continues, the adverse effects of lifestyle-related diseases due to obesity and overweight are expected to become a global problem, especially in developed countries. Diseases of the elderly arising from lifestyle-related diseases can reduce the quality of life of the elderly and create problems in the insurance system that can lead to increased health care costs.

Therefore, maintaining muscle mass and creating a body that is hard to gain weight is an urgent need in medical practice. This is a global trend. Up to now, about 10% of the world's population has participated in economic competition due to the expansion of the world economy.However, if it rises to about 30% in the future, people who suffer from obesity or lack of exercise will be affected. Will be much more and will be a major health issue.

On the other hand, there are multiple needs for ways to increase muscle strength. In other words, there are needs for rehabilitation of patients after the onset of stroke, and measures for obesity and lack of exercise in healthy subjects. Rehabilitation is particularly difficult at home unless it requires expert guidance and special equipment, and it is difficult to perform at home. As for the needs for obesity and lack of exercise, only some of the wealthy can consume the necessary power through lotus movement with sufficient time as a countermeasure. In addition, it is difficult for ordinary workers to secure sufficient time. Therefore, there is a need for a health method that alleviates the insufficiency of exercise in many people, and techniques for applying electric stimulation to the living body for slimming have already been proposed. For example, a slimming device using a low frequency of 4 kHz is disclosed in Japanese Patent Application Laid-Open No. H10-57506. An AC weak voltage with a frequency of 4 kHz to 6 kHz and a duration of about 200 ms is repeatedly applied between a pair of conductors at a rate of 20 to 40 times per minute for 10 to 20 minutes. The slimming method to apply.

Japanese Patent Application Laid-Open No. 2001-259048 discloses a device for applying a 2.8 KHz rectangular wave.

Further, there is disclosed a muscular strength enhancer in which the application points are designated as the active muscle and the antagonist muscle, and it is described that the muscle is contracted by applying an electric stimulus.

In addition, in Japanese Patent Application Laid-Open No. 11-290462, a clip in a low-frequency treatment device is disclosed in FIG. 1, and in paragraph 0005, it is used as an electrode of a low-frequency generator on a part of the body.

In addition, Japanese Patent Application Laid-Open No. 2001-46520 discloses flat-plate and wire-mesh-shaped electrodes as shown in paragraph 001 3 and FIG. 1 and FIG. 2, and discloses that an ultrashort-wave treatment is performed on an affected part. .

On the other hand, in Japanese Patent Application Laid-Open No. 2000-279536, a muscle strength intensifier is attached to paragraph 0048 and FIG. 8 to actively contract the thigh flexor muscle as the leading muscle and elongate the quadriceps muscle as the antagonist muscle. The situation is disclosed.

Further, U.S. Pat. No. 5,258,781 discloses an article on a storage device and a microcomputer in column 8, lines 17 to 25, and FIGS. 4 to 9 show the amplitude and repetition of an impulse as a stimulus signal. The frequency is disclosed. Japanese Patent Application Laid-Open No. Hei 4-231 073 is disclosed as a corresponding Japanese gazette.

Japanese Patent Laying-Open No. 2001-333990 discloses that a pulse signal is applied to a plurality of muscles at intervals of time.

However, conventional low-frequency voltage application does not always provide sufficient stimulation. won. That is, there was a problem that the low-frequency voltage did not reach deeper than the skin layer and did not reach the muscle.

On the other hand, in the high-frequency voltage application method, a vacuum pump is required by vacuuming the electrodes. This vacuum pump had a problem that the shape of the main body became large. The low-frequency voltage application device is small in size and easy to carry, so there is no inconvenience for individuals to use in the home.However, the high-frequency voltage application device has a large shape and makes portability difficult. I was

Also, when applying to the active and antagonistic muscles, sufficient effects were not obtained depending on the timing of application. In addition, when applying to the leading muscle and the antagonist muscle, there was no indication as to how each muscle should be applied. For this reason, sufficient muscle contraction and extension were not sufficiently performed, and a sufficient slimming effect was not obtained.

Furthermore, it took a long time to mount the electrodes, and it was difficult to continue using the electrodes for a long period of time unless someone was very diligent.

In addition, increasing the voltage and current can increase the depth of the stimulus, but increasing it is not practical because it is very painful. Moreover, in order to increase the amount of motor consumption due to muscle contraction, it is necessary to apply a stimulus to the inner muscle, which is an internal muscle, and to contract about 80% of the 400 skeletal muscles. Without the ability to deliver electrical stimulation to muscles at the required depth, energy equivalent to whole-body exercise cannot be consumed.

It has also been proposed to strongly contract muscles by applying a large current to the muscles, but such exercises are almost equivalent to anaerobic exercise, and only decompose the carbohydrates and glycogen in the muscles. However, the rate of using body fat for muscular exercise decreases. It is known that the continuation of the strong contraction of the muscles reduces the power consumption, which is determined by oxygen consumption, and that the amount of body fat consumed by anaerobic exercise decreases. ' In other words, devices for contracting muscles have already been proposed and have been confirmed to increase muscle strength, but the effect of actual body fat consumption has not always been obtained. According to the experimental results already conducted, it is confirmed that increasing the applied current and increasing the stimulus to the muscles strongly contracts the muscles but reduces the power consumption of the whole body. .

In addition, some of the already proposed devices increase the contraction strength of the muscle and apply an applied current of 7 O mA, but it does not reach the deep part of the muscle, but rather increases discomfort with pain Only.

Furthermore, in the conventional device, the largest number of electrodes is six in terms of the number of stimulating muscles. However, to date, there is no point in consuming skeletal muscle energy like exercising unless the muscles of the whole body are stimulated and muscle contraction is repeated.

Accordingly, an object of the present invention is to provide a high-frequency current drive system for slimming and promoting health that supplies stimulation to deep parts of muscles and that supplies stimulation at optimal timing to the active and antagonist muscles with a small shape. is there. . DISCLOSURE OF THE INVENTION

In a high-frequency current drive system including a plurality of electrodes and a high-frequency drive device that generates a high-frequency current electrically connected to the electrodes, a pulse having a specific amplitude and a specific frequency is supplied to a plurality of muscles at specific time intervals. The muscles can be contracted and stretched in the same manner as in a normal exercise state, and energy can be consumed by a plurality of muscles to make the body thinner.

The electrode is a clip electrode that is biased so that one end is sandwiched by engaging two plates made of an insulator with one point as a fulcrum, and a conductor is attached to the contact surface and the opposite surface is an insulator. And a belt electrode in which an electrode consisting of a conductor is provided inside the belt, the outside is covered with an insulator, and a fixing belt is placed further outside the insulator. And In this electrode, the plurality of muscles may be composed of a pair of active muscles and antagonistic muscles, and the first electrode may be arranged on the active muscles and the second electrode may be arranged on the antagonistic muscles.

When a plurality of active muscles are contracted, the electrodes may be applied so that the active muscles contract while applying a load to contract the antagonistic muscles.

When a plurality of muscles are part of a limb, a pulse having a specific amplitude and a specific frequency is applied at a specific time interval while a load such as a load is applied to the end of the limb. It can also be applied to muscles.

Further, the high-frequency driving device may include a control device, a storage device, an output modulation device, and an output amplification device, and the storage device is a device for storing pulse amplitude, frequency, and pulse time interval. There may be.

The output modulation device may be a device that determines the frequency or waveform of the output current under the control of the control device, or may be a device that determines the amplitude or the reference voltage of the output current under the control of the control device.

In addition, the control device can drive the first electrode with the high-frequency current and after a specific time interval, drive the second electrode with the high-frequency current.

The high-frequency driving device for slimming according to the present invention is a high-frequency driving device for generating a high-frequency current electrically connected to a plurality of electrodes, wherein a pulse having a specific amplitude and a specific frequency is generated at a specific time interval. At the same time, the muscles are contracted and stretched in the same manner as in a normal operating state by applying the same to a plurality of muscles, and the energy is consumed by the plurality of muscles to make them lean.

The high-frequency current driving program for slimming according to the present invention uses a high-frequency current driving system including a plurality of electrodes and a high-frequency driving device that generates a high-frequency current electrically connected to the electrodes. Is applied to a plurality of muscles at specific time intervals to cause the muscles to contract and expand, thereby consuming the muscles and making them lean.

Also, the plurality of electrodes have a first electrode attached to the active muscle and a second electrode connected to the active muscle. The high-frequency current can be applied to the second electrode after the high-frequency current is applied to the first electrode attached to the antagonistic muscle corresponding to.

In addition, the high-frequency driving device for slimming and health promotion according to the present invention includes a bed leg that forms the basis of the bed body, a bed frame that joins the legs to form a bottom, and a bed frame. A bed mat placed on the bed mat; an upper body support portion mounted on the bed mat; an abdominal support portion connected to the upper body support portion via a rotation shaft; (2) a thigh support portion constructed via the rotation shaft; a shin support portion connected to the thigh support portion via the third rotation shaft; and a vertically joined shin support portion It is characterized by comprising a foot support portion, and each actuating portion that is driven by being joined to each support portion.

The bed mat may have a concave shape in which a central portion in the long side direction is depressed. Further, the angle formed between the upper body support portion and the abdomen support portion during the operation may be an obtuse angle. Further, the angle formed between the abdominal support portion and the thigh support portion during operation may be an obtuse angle. In operation, the angle between the thigh support and the shin support may be an obtuse angle.

The factory may be hydraulically driven. 21. The high-frequency driving device for slimming and health promotion according to claim 21, wherein the actuary is driven by an electric motor.

BRIEF DESCRIPTION OF THE FIGURES

FIG. 1 is a configuration diagram of a high-frequency current drive system for slimming and health promotion according to the present invention. FIG. 2 is a block diagram of a high-frequency current drive system for slimming and health promotion according to the present invention.

FIG. 3 is a diagram showing the arrangement of electrodes on the active muscles of the high-frequency current drive system for slimming and health promotion according to the present invention,

FIG. 4 is a diagram showing the arrangement of electrodes on antagonistic muscles of the high-frequency current drive system for slimming and health promotion according to the present invention, FIG. 5 is a diagram showing the arrangement of electrodes on the front of the arm of the high-frequency current drive system for slimming and health promotion according to the present invention,

FIG. 6 is a diagram showing the arrangement of electrodes on the front of the abdomen of the high-frequency current drive system for slimming and health promotion according to the present invention,

FIG. 7 is a diagram showing the arrangement of electrodes on the front of the back of the high-frequency current drive system for slimming and health promotion according to the present invention.

FIG. 8 is a configuration diagram of a high-frequency current drive system for promoting slimming and health utilizing the bed according to the present invention.

FIG. 9 is a side view showing a mode of use of the high-frequency current drive system for promoting slimming and health utilizing the bed according to the present invention. BEST MODE FOR CARRYING OUT THE INVENTION

Other details, advantages and features of the present invention will become apparent from the embodiments described below with reference to the accompanying drawings.

Hereinafter, an embodiment of the present invention will be described with reference to FIG.

The high-frequency current drive system for slimming according to the present invention is composed of an electrode 2, a system body 4, and a conductor 6 connecting the electrode 2 and the system body 4.

The electrode 2 is classified into a clip electrode 8, a plate electrode 10, and a belt electrode 12 according to its shape. Its shape is configured to suit its purpose. In particular, a plurality of electrodes 2 are provided for the clip electrode 8 and the plate electrode 10 so that a signal having a different waveform, phase or voltage can be applied to each electrode. The number of electrodes is arbitrary, but if the number of electrodes is 12 or more, sufficient calories due to electrode stimulation can be consumed. Preferably, a normal weight human would need more than 20 electrodes to achieve 200 kilocalories per hour by electrode stimulation, because there are 10 kilocalories per electrode.

Each of the clip electrodes 8 has two plates made of an insulator with one point serving as a fulcrum. It is configured to be biased so as to sandwich one end by engaging with a spring. By attaching an electrode plate made of a metal or a conductor to the inside of the insulator of the clip electrode 8, an electric signal transmitted from the system body 4 is transmitted to a living body sandwiched between the clip electrodes 8.

The plate electrode 10 is an electrode made of an insulator or the like with a conductor attached to the contact surface and the opposite surface. The electric signal transmitted from the system main body 4 is transmitted to the conductor that comes into contact with the living body in (4). It is applied to the part of the living body that cannot be sandwiched by the clip electrode 10.

The belt electrode 12 is characterized in that an electrode made of a conductor is provided inside the belt, the outside thereof is covered with an insulator, and a fixing belt is further arranged outside the insulator. It is used when the plate electrode 10 is placed on a part of the living body that cannot be completely covered. The system body 4 is provided with a plurality of connection holes 20 on the front surface, a status display panel 22 and a control switch 24, and a power switch 26 on a side surface.

The connection hole 20 is a conductor hole for inserting a convex connector 16 provided at an end different from the electrode 2 of the conductive wire 6 connected to the electrode 2. The connection hole 20 is connected to the output amplifier 36 inside the system body 4.

The status display panel 22 is a liquid crystal panel that displays a power display, signal strength, frequency, operation mode, and the like.

The control switch 24 is a switch for switching between signal strength, frequency, and operation mode, and is provided with a plurality of switches.

The power switch 26 is a switch for switching the power on and off, and is provided in the measuring section of the system body 4.

Fig. 2 shows a block diagram of the inside of the system body 4. The system main body 4 includes a control device 38, an output modulation device 40, an output amplification device 36, and a storage device 42. The control device 38 is connected to the output modulation device 40 via a control line 44 and is electrically connected to the output amplification device 36 via a control line 46. Output modulator 40 is connected to the output amplifying device 36 by a plurality of output modulation signal lines 48. The output amplifying device 36 is connected to the electrodes 8, 10, and 12 outside the system main body 4 by a plurality of conducting wires 6.

On the other hand, the control device 38 is connected to the storage device 42 via the bus wire 50, is connected to the status display panel 22 via the wire 52, and is connected to the control switch 24 via the wire 54. Connected.

The control device 38 selects and reads one control program from a plurality of control programs pre-recorded in the storage device 42 according to the control switch 24 and sends out a modulation control signal to the output modulation device 40. It has a function of sending an amplification control signal to the output amplifier 36 and sending a status display panel 22 so that the control switch 24 displays the selection status of the control program and the signal strength and frequency. .

The output modulation device 40 generates an output signal based on the modulation control signal transmitted from the control device 44 and outputs the output signal as a signal of a designated frequency and waveform via the output modulation signal line 48 through the output amplification device 36. To communicate. In addition, it controls whether or not to send a signal according to the timing.

The output amplifying device 36 is a device that changes the amplitude and reference voltage of the output modulation signal transmitted from the output modulation device 40 based on the amplification control signal transmitted from the control device 44. The amplified signal is transmitted to the electrodes 8, 10 and 12 via the conductor 6.

The storage device 42 is a device that previously stores a plurality of slimming programs for each muscle type, which are determined so that the signal strength or pulse amplitude, frequency, and signal (pulse) generation time interval are optimal. If it is non-volatile, it may be a readable / writable storage device or a read-only storage device. If the storage device is replaceable, the program can be easily changed.

Next, Figs. 3 to 7 show how this system is applied to the muscles of each whole body using the above device. Fig. 3 is a front view of the thigh muscle of the human body. The clip electrode 4 of this device is arranged so as to sandwich the rectus femoris of the quadriceps muscle, and the clip electrode 4 is also connected to another fibroid. Place the abs and tibialis anterior.

On the other hand, Fig. 4 is a back view of the thigh muscle of the human body and corresponds to the back surface of Fig. 3. The clip electrode 9 of this device is placed on the biceps femoris 60 of Hamstringins, which is also an antagonist, and The clip electrode 4 is arranged so as to sandwich the gastrocnemius muscle.

Next, Fig. 5 shows a front view of the arm. The clip electrode 4 is arranged so that the arm portion sandwiches the tertiary muscle of the upper arm. As before, the clip electrode 4 is arranged so as to sandwich each extensor carpi ulnaris.

Figure 6 shows the front view of the abdomen. A belt electrode 12 is arranged to sandwich the abdominal muscles, especially the rectus abdominal muscles and other abdominal muscles, and the back muscles such as the latissimus dorsi muscles on the back from both sides. Figure 7 shows the front view of the back. A plurality of plate electrodes 10 are arranged on the upper part of the back so as to be attached to the trapezius, the deltoid, and the like. Further, a belt electrode 12 is disposed in the middle of the back to cover the latissimus dorsi. Further, the plate electrode 10 is arranged so as to be stuck on a gluteal muscle group such as the gluteus maximus muscle at the lower part of the back. Here, the program according to the present invention is such that the clip electrode 8, the plate electrode 10, and the belt electrode 12 are opened with a voltage of 5 V, a frequency of 500 Hz, a pulse width of 200 seconds or more, and a conduction time of 0.5. ~ 5.5 seconds, and from the next half, further apply a pulse width of 150 ~ 220 / sec at a frequency of 500 Hz and apply for 7.5 ~ 10 seconds. A slimming effect is obtained. In addition, it is possible to improve the slimming effect by adding more load to the lower leg.

In addition, in order to increase energy consumption, it is desirable to slightly contract the antagonist muscle when the leader muscle contracts. During contraction, the leader muscle contracts against its tension, thus increasing energy consumption. A comparison of muscle contraction when no load is applied to muscles and muscle contraction that gently contracts antagonist muscles when contracting the leading muscle is achieved by contracting muscles to pull rubber. The same conditions as in actual exercise can be applied to muscles, thus increasing energy consumption.

In the present embodiment, 20 electrodes are shown as an example, but the number of electrodes is stimulated. It is necessary according to the location to be stimulated, and 24 or more electrodes may be arranged for 8 or more, for example, 24 locations described in the drawing, or may be increased or decreased according to the location to be stimulated.

Furthermore, it can be used as a health device because it can prevent and improve lifestyle-related diseases caused by lack of exercise. Exercising muscles in a rhythm can also have an effect on mental health.

FIGS. 8 and 9 show a configuration diagram of a high-frequency current drive system for slimming and health promotion using a bed according to the present invention, and a side view showing a mode of use.

The bed 61 of the high-frequency current drive system for slimming and health promotion using the bed according to the present invention shown in FIG. 8 has a bed frame 64 between two legs 60 and 62. Be transferred. A recessed bed mat 65 in which the center in the long side direction, that is, the direction in which a person or the like lies down, is recessed is placed on the provided bed frame 64. On this bed mat 65, an electric mat 60 in which a plurality of support portions are continuously provided is arranged.

The electric mat 60 includes an upper body support portion 68, an abdominal support portion 72 connected to the upper body support portion 68 via a rotating shaft 70, and an abdominal support portion 72. A thigh support portion 76 connected continuously via a rotation shaft 74, a shin support portion 80 connected to the thigh support portion 76 via a third rotation shaft 78, It comprises a shin support portion 80 and a foot support portion 82 which is vertically joined.

The upper body support portion 68, the abdomen support portion 72, the thigh support portion 76, the thigh support portion 76, the shin support portion 80, and the shin support portion 80 Each of the foot supports 82, which are vertically joined to each other, is provided with an unillustrated box.

The actuator is driven by an electric motor to fix the support at an arbitrary position. For example, the rotary motion is converted into a linear motion from a slide pipe (not shown) integrated with a screw shaft and a nut member, and the slide pipe is attached to the upper body support portion 68 for tilting operation. To the Brackett. Further, the system main body 4 and the cable 58 are connected, and the cable 58 is provided on the bed frame 64 and connected to the connector terminal 59. The connector terminal portion 59 is wired in the bed frame 64 and connected to the second connector terminal.

The mode of use of the bed 61 of the high-frequency current drive system for slimming and health promotion is shown in FIG. 9 using ash.

First, the upper body support portion 68 is adjusted so as to be at a predetermined position with the actuator so as to form an obtuse angle 102 with respect to the abdominal support portion 72 continuously provided via the rotation shaft 70. Is done. The obtuse angle 102 is preferably 160 °, but is not limited thereto.

Also, the thigh support portion 76 and the abdomen support portion 72 are similarly arranged, and the thigh support portion 76 is formed at an obtuse angle 104 with respect to the abdomen support portion 72. It is adjusted to a predetermined position overnight. The obtuse angle 104 is preferably, but not limited to, 160 °.

Similarly, the abdominal support portion 72 and the shin support portion 80 are similarly arranged, and the shin support portion 80 is formed at an obtuse angle 98 with respect to the abdominal support portion 72. Is adjusted so that it is in the predetermined position. The obtuse angle 98 is preferably 150 °, but is not limited thereto.

The shin support 80 and the foot support 82 are fixed at 90 degrees. Further, the human body is placed on each of the support parts, the head and shoulders are located on the upper body support part 68, the abdomen and the buttocks are located on the abdomen support part 72, and the thigh is supported by the thigh. The shin portion is located on the shin support portion 80. In addition, the foot is located on the foot support 82.

Therefore, the waist and the knee are bent at a predetermined angle. In this case, the rectus femoris and tibialis anterior stretch, and the biceps femoris and gastrocnemius contract. Therefore, first, on the thigh, the clip electrodes 90 and 92 of this device are arranged so as to sandwich the rectus femoris of the quadriceps muscle, and the clip electrodes 94 and 96 are also sandwiched between the gastrocnemius muscles. To the shin.

The clip electrodes 90, 92, 94, 96 are connected to conductors 106, 112, 116, 120, respectively, which are connected to connectors 108, 112, 114, 118, respectively.

The belt electrode 12 is also attached to the abdominal muscle and the back muscle. The belt electrode 12 is connected to a connector 107 via a conductor 105.

By applying a predetermined signal to the clip electrodes 90, 92, 94, 96 and the belt electrode 12 according to the present invention in such an arrangement, a remarkable slimming effect appears as compared with the conventional signal. . That is, the energy consumption is significantly increased by giving a specific addition.

In addition, although the motor was assumed as the power of the actuator, it is not necessarily limited to the motor, and a driving method using a hydraulic pressure or a driving method based on a lead may be used.

In addition, although a method of driving the screw shaft as an actuator is adopted, this method can be changed to another method. It can also be controlled. Furthermore, even if the irregularities on the bed are controlled by an airbag or a shrinking device utilizing the volume change due to liquid, the purpose can be sufficiently achieved.

Furthermore, the embodiment shows a configuration in which a connector is provided as a connection from the present system 4 to a conductor to the bed 61 and wiring is performed in the bed, but the conductor is not necessarily limited to being inserted into the bed. Instead, the wiring may be taken out and the clips 90, 92, 94, 96 may be used.

By utilizing the high-frequency current drive system for slimming and health promotion utilizing the bed according to the present invention, it is possible to increase the calorie expenditure per unit time for exercise and obtain a slimming effect while the human body is lying down. it can.

In addition, since weight training effect can be expected in addition to slimming effect, basal metabolism Can be improved. For this reason, it is possible to improve the constitution to be thin and hard to get fat.

Furthermore, when the human body is directly subjected to high-frequency stimulation, fat release from fat cells occurs. Therefore, it is possible to partially thin the fat tissue only at the target site.

Furthermore, tightening the muscles with the effect of weight training can improve the provocation itself.

In addition, stimulation of the abdomen stimulates intestinal motility to relieve constipation.

Furthermore, exercise of muscles can lower the blood sugar level of diabetic patients. Although the preferred embodiment of the present invention has been described above, the present invention is not limited to the above-described embodiment, and many design changes can be made without departing from the spirit of the present invention. For example, in the present embodiment, a clip electrode is used as a muscle stimulation site, but by using an affixed electrode, it becomes possible to apply a stimulus to a region where stimulation is insufficient. Other types of electrodes may be used for that purpose.

In addition, any device that can take a benign posture even if the human body is not completely fixed on the bed can be applied including the sofa type.

ADVANTAGE OF THE INVENTION According to this invention, while being able to supply a stimulus to a deep part of a muscle, a shape is small and a stimulus can be supplied to an active muscle and an antagonistic muscle at the optimal timing.

Claims

The scope of the claims

1. In a high-frequency current drive system consisting of a plurality of electrodes and a high-frequency drive device that generates a high-frequency current that is electrically connected to the electrodes, a pulse having a specific amplitude and a specific frequency is generated at a specific time interval. A high-frequency current drive system for slimming and health promotion that applies to multiple muscles and contracts and stretches the muscles in the same way as in a normal exercise state to consume energy in multiple muscles.

2.The electrode is a clip electrode that is urged to sandwich one end by engaging two plates of insulator with one point as a fulcrum and a spring, respectively, and a conductor is attached to the contact surface and the opposite surface is A plate electrode made of an insulator, etc., and a belt electrode provided with an electrode made of a conductor on the inside of the belt, the outside of which is covered with an insulator, and a fixing belt placed further outside the insulator. The high-frequency current drive system for slimming and health promotion according to claim 1, characterized in that:

3. The plurality of muscles are composed of a pair of active muscles and antagonistic muscles, wherein the first electrode is arranged on the active muscles and the second electrode is arranged on the antagonistic muscles. High-frequency current drive system for slimming and health promotion.

4. The slimming and health according to claim 3, wherein when a plurality of active muscles are contracted, the active muscles are applied from the electrodes so as to contract while applying a load to contract the antagonistic muscles. High-frequency current drive system for promotion.

5. When a plurality of muscles are part of a limb, a pulse having a specific amplitude and a specific frequency is applied at a specific time interval while applying a load such as a load to the end of the limb. The high-frequency current drive system for slimming and health promotion according to any one of claims 1 to 4, wherein the high-frequency current drive system is applied to the skin.

6. The high-frequency current drive system for slimming and health promotion according to any one of claims 1 to 5, wherein the high-frequency drive device includes a control device, a storage device, an output modulation device, and an output amplification device.

7. The storage device stores the pulse amplitude and frequency and the pulse generation time interval. The high-frequency current drive system for slimming and health promotion according to any one of claims 1 to 6, wherein the high-frequency current driving system is a device for improving slimming and health.

8. The high-frequency current drive system for slimming and health promotion according to any one of claims 1 to 7, wherein the output modulation device is a device that determines a frequency and a waveform of an output signal under the control of the control device.

9. The high frequency current drive system for slimming and health promotion according to any one of claims 1 to 8, wherein the output amplifying device is a device that determines the amplitude of the output current and the reference voltage according to the control of the control device. .

10. The lean and healthy body according to claim 8, wherein the control device drives the first electrode with a high-frequency current, and after a specific time interval, drives the second electrode with the high-frequency current. High frequency current drive system for promotion.

1 1. In a high-frequency driving device that generates a high-frequency current electrically connected to a plurality of electrodes and this electrode, a pulse having a specific amplitude and a specific frequency is applied to a plurality of muscles at specific time intervals. A high-frequency driving device for slimming and health promotion, in which muscles are contracted and stretched and energy is consumed by a plurality of muscles in the same manner as in a normal exercise state.

12. The high-frequency driving device for slimming and health promotion according to claim 11, wherein the high-frequency driving device comprises a control device, a storage device, an output modulation device, and an output amplification device.

13. The high-frequency drive device for slimming and health promotion according to any one of claims 11 to 12, wherein the storage device is a device for storing pulse amplitude, frequency, and pulse time interval. .

14. The high frequency for slimming and health promotion according to any one of claims 11 to 13, wherein the output modulation device is a device for determining a frequency and a waveform of an output current according to control of a control device. Drive.

1 5. The output amplifier controls the amplitude of the output current and the reference voltage according to the control of the controller. 15. The high-frequency driving device for slimming and health promotion according to claim 11, which is a device for determining.

16. Using a high-frequency current drive system consisting of a plurality of electrodes and a high-frequency drive device that generates a high-frequency current that is electrically connected to the electrodes, a pulse having a specific amplitude and a specific frequency is generated for a specific time. A high-frequency current drive program for slimming and health promotion that applies energy to a plurality of muscles at intervals and contracts and stretches the muscles in a manner similar to a normal lotus state to consume energy in the plurality of muscles.

17. The plurality of electrodes are arranged such that the first electrode is attached to the active muscle, the second electrode is attached to the antagonistic muscle corresponding to the active muscle, and the second electrode is applied after the high-frequency current is applied to the first electrode. 17. The high-frequency current drive program for slimming and promoting health according to claim 16, wherein a high-frequency current is applied to the electrode.

18. The high-frequency current driving program for slimming and health promotion according to claim 16 or 17, wherein the high-frequency driving device is capable of changing a high-frequency application frequency.

19. The plurality of electrodes are arranged such that the first electrode is attached to the active muscle, the second electrode is attached to the antagonistic muscle corresponding to the active muscle, and the second electrode is applied after the high-frequency current is applied to the first electrode. The high-frequency current drive system according to any one of claims 1 to 10, wherein a high-frequency current is applied to the electrode.

20. The plurality of electrodes are arranged such that the first electrode is attached to the active muscle, the second electrode is attached to the antagonistic muscle corresponding to the active muscle, and the second electrode is applied after the high-frequency current is applied to the first electrode. The high-frequency driving device for slimming and promoting health according to any one of claims 11 to 15, wherein a high-frequency current is applied to the electrode.

2 1. A bed leg that forms the basis of the bed body; a bed frame that joins the legs to form a bottom; a bed mat placed on the bed frame; An abdominal support portion mounted on the body, an abdominal support portion connected to the upper body support portion via a rotary shaft, and a thigh portion connected to the abdominal support portion via a second rotary shaft. A support portion; a shin support portion connected to the thigh support portion via a third rotation shaft; The slimming device according to any one of claims 1 to 20, further comprising: a foot support portion that is vertically joined to the support portion; and an actuating portion that is driven by being joined to the support portion. High frequency drive for health promotion.

22. The high-frequency drive device for slimming and health promotion according to claim 21, wherein the bed mat has a concave shape in which a central portion in a long side direction is depressed.

23. The high-frequency drive device for slimming and health promotion according to claim 21 or 22, wherein the angle formed by the upper body support portion and the abdomen support portion during operation is obtuse.

23. The high-frequency drive device for slimming and health promotion according to claim 21 or 22, wherein the angle formed between the abdomen support portion and the thigh support portion during operation is obtuse.

25. The high-frequency drive device for slimming and health promotion according to claim 21 or 22, wherein an angle formed between the thigh support portion and the shin support portion during operation is obtuse.

26. The high-frequency drive device for slimming and health promotion according to claim 21, wherein the actuator is hydraulically driven.

27. The high-frequency driving device for slimming and health promotion according to claim 21, wherein the operation is driven by an electric motor.