TW201722391A - Core muscle training electrode clothing for achieving a perfect exercise effect by electrically stimulating the user's body in a non-invasive manner - Google Patents

Abstract

The present invention provides a core muscle training electrode clothing. By means of disposing a plurality of electrodes on a plurality of specific locations of the core muscle training clothing, it generates high-frequency crosstalk to form a plurality of low-frequency active areas for electrically stimulating the rectus abdominis, the back waist muscle, the pelvic floor muscle and the like of the user's body. The core muscle training electrode clothing comprises a power supply part for providing electrical power with two kinds of frequency, and also comprises a fixing wear device which includes a fixing clothing and a fixing belt for surrounding and fixing the abdomen, the back and the pelvic periphery area of the user, and an electrode arrangement part for specifically arranging a plurality of electrodes on a plurality of specific locations of the fixing wear device. When the user wears the core muscle training electrode clothing, it is able to achieve a perfect exercise effect by electrically stimulating the rectus abdominis, the back waist muscle, the pelvic floor muscle and the like of the user in a non-invasive manner.

Description

Core muscle training electrode clothing

The invention relates to the field of physical therapy of sports equipment and medical equipment.

In recent years, the Chinese people's awareness of the health of the body has risen year by year. In addition to the control of diet and nutritional balance, the concept of health care has gradually emerged. For all kinds of aerobic exercise or anaerobic exercise, it is the Chinese people in recent years. Anyway, we are keen to discuss, in any case, these sports help us to train muscle strength and muscle endurance, increase metabolic efficiency to eliminate body heat in order to a healthier body and a more fit body, in general, we can borrow From the well-known running, swimming, cycling or all kinds of ball sports and aerobics to achieve the effect of exercise, if you carefully analyze the distribution of muscles on the body trained in the above exercise, you will find the upper limbs, arms, chest The large muscles, the lower extremities, the thighs, the calves, etc. are often exercised during the training process. In other parts of the human body, especially the rectus abdominis, the back muscles and the pelvic floor muscles, it is difficult to achieve the exercise effect. However, the rectus abdominis, the back muscles and the pelvic floor muscles are the more important core muscles in the human body. Therefore, in the training of various sports, more Emphasis on the exercise of the core muscles in the body, because the core muscles are the muscle groups that support the trunk of the body, including the rectus abdominis, the back muscles, the pelvic floor muscles, and the importance of the core muscles, in which the core muscles protect the body. The function of the trunk, regardless of any exercise, the core muscles will shrink and stabilize, absorb the impact caused by exercise, reduce the body's sports injuries, and also protect the spine, if the core muscles in the body are weak, Because of the lack of support for the body's main trunk, movements such as sitting and standing in life may cause a certain chance of spinal and lumbar injuries. Then, the training of the core muscles is also the most important step to achieve bodybuilding, and it is also the most effective regional muscle training to maintain the body's beauty. In recent years, it has been noticed by everyone, especially the performers and even the general public. Exercise the core muscles to keep the body. If it is an athlete, the training of the core muscles is indispensable, because the core muscle exercise can be said to be the basis of all sports, and the core muscles are strong enough to exert the best exercise effect. In addition, the pelvic floor muscles in the core muscle group are the key to affecting our functions such as excretion, fertility, uterus and prostate. It can be said that the strength of the core muscle is closely related to our daily life.

In addition, exercise can also achieve better results by training auxiliary equipment. In general, to achieve exercise effects, common aerobic exercise equipment can be used, such as treadmills, exercise bikes, rounding machines, etc. Irrespective of time, venue and weather, it can be used at home or in the gym at any time. It is a very convenient fitness equipment. Although it may save sports time and improve convenience and part of sports training, no matter which one of the above In the user's exercise, the rectus abdominis and the back muscles and the pelvic floor muscles are difficult to achieve at the same time.

Therefore, the present invention provides a core muscle training electrode garment, which is a method for setting a plurality of electrodes in a plurality of specific positions of the core muscle training garment to generate a high frequency interaction interference to form a plurality of low frequency action regions, and the power supply stimulates the belly of the user's body. The rectus muscle, the back muscles, and the pelvic floor muscles, etc., when the user wears the core muscle training electrode clothing, in order to non-invasively stimulate the user's rectus abdominis, back muscles and pelvic floor muscles to achieve more The perfect sports effect can also be worn by the core muscle training electrode garment of the present invention while using various sports training aids to simultaneously achieve the training effect of exercising the core muscles and other muscle groups.

The invention provides a core muscle training electrode garment, which is provided with a plurality of electrodes in a plurality of specific positions of the core muscle training suit to generate high frequency interaction interference to form a plurality of low frequency action regions, and the power supply stimulates the rectus abdominis and the back of the user's body. The muscle and pelvic floor muscles and the like, the core muscle training electrode garment comprises a power supply unit, wherein the power supply unit provides power sources of two different frequencies, including a first frequency power source, and provides a fixed frequency power source. The first frequency power source is configured to form a first power supply end through a corresponding wire arrangement; and the second frequency power source is configured to provide another fixed frequency power source, and the second frequency power source is configured to form a second power supply end through a corresponding wire arrangement .

A fixing device is provided for fixing the abdomen, the waist, the back and the surrounding area of the pelvis, and comprises a fixing garment for wrapping around the belly, waist and back of the user, and comprising a first power interface. The device is disposed at a specific position of the fixed garment for electrically connecting to the first power supply end through a corresponding wire; and a second power interface is disposed at another specific position of the fixed garment for the first The second power supply end is electrically connected to the corresponding wire. The fixing device further includes a first coupling member disposed on one side of the first fastening garment; and a second coupling member. The second joint member is disposed on the other side of the fixed garment for matching with the first joint member, and the first joint member and the second joint member may be a devil felt, a buckle, a snap fastener, or the like. One or a combination thereof. And a fixing strap attached to the fixing garment for fixing a lower area of the user's buttocks, wherein the fixing garment further comprises a first connecting member disposed at a specific position on one side of the fixing garment, and a first The two connecting members are disposed on the other side of the fixing garment at a position relative to the first connecting member; wherein the left and right ends of the fixing strap are respectively connected to the first connecting member and the second connecting portion in a semi-fixed manner The pieces are connected, and the semi-fixed connection manner of the first connecting piece and the second connecting piece may be a devil felt, a band loop, a magnetic buckle, a belt clip, a spring buckle, a swing buckle, a parrot clasp, a trigger One of or a combination of a fixed method such as a spring clamp or a quick release hook.

And an electrode setting portion, wherein the plurality of electrodes are disposed at a plurality of specific positions of the fixed device, and the plurality of electrodes are respectively connected to the first frequency power source and the second frequency power source through the corresponding wires, wherein the electrode setting portion includes a first The first electrode is electrically connected to the first power interface through a corresponding wire. The first electrode is disposed at a specific position of the second electrode, and the second electrode is transmitted through a corresponding wire and the first electrode. The first electrode is disposed at a specific position of the fixed device to form a first power line and a third electrode with the first electrode, and the third electrode is transmitted through a corresponding wire and the first electrode The third electrode is disposed at a specific position of the fixed device to form a second power line and a fourth electrode with the second electrode, and the fourth electrode is transmitted through a corresponding wire and the second power source. The fourth electrode is disposed at a specific position of the fixed device, and the fifth electrode is electrically connected to the second power source through a corresponding wire. Connecting, the fifth electrode is disposed at a specific position of the fixed garment to form a third power line with the fourth electrode; a sixth electrode, the sixth electrode is electrically connected to the second power source through a corresponding wire Connecting, the sixth electrode is disposed at a specific position of the fixed garment to form a fourth power line with the fifth electrode; a seventh electrode, the seventh electrode is electrically connected to the first power source through a corresponding wire The connection is disposed at a specific position of the fixed garment; the eighth electrode is electrically connected to the first power interface through a corresponding wire, and is disposed at a specific position of the fixed garment for The seventh electrode forms a fifth power line; a ninth electrode is electrically connected to the first power interface through a corresponding wire, and is disposed at a specific position of the fixed device for forming with the eighth electrode a sixth power line; a tenth electrode, the tenth electrode is electrically connected to the second power interface through a corresponding wire, and is disposed at a specific position of the fixed clothes; an eleventh electrode, the tenth The electrode is electrically connected to the second power interface through a corresponding wire, and is disposed at a specific position of the fixed garment to form a seventh power line with the tenth electrode; a twelfth electrode, the twelfth electrode is transparent A corresponding wire is electrically connected to the second power interface, and is disposed at a specific position of the fixed garment to form an eighth power line with the eleventh electrode; a thirteenth electrode, the thirteenth electrode is transparent The corresponding wire is electrically connected to the first power interface, and is disposed at a specific position of the fixing tape to form a ninth power line with the third electrode; a fourteenth electrode, the fourteenth electrode is transmitted through a corresponding wire The second power supply interface is electrically connected to a specific position of the fixed strap to form a tenth power line with the sixth electrode.

The first power line and the third power line are interlaced to generate a first low frequency active area, and the second power line and the fourth power line are interlaced to generate a second low frequency active area, the first low frequency active area and the second low frequency action The area covered by the area is powered by the user's rectus abdominis; and the fifth power line and the seventh power line are interlaced to generate a third low frequency action zone, and the sixth power line and the eighth power line are interlaced to generate a first The fourth low frequency action zone, the third low frequency action zone and the fourth low frequency action zone cover the power supply to stimulate the user's back muscle; and the ninth power line and the tenth power line interlace to generate a fifth low frequency action zone The power supply stimulates the pelvic floor muscle area of the user.

The power supply part of the core muscle training electrode garment of the present invention can be a miniaturized host for the user to wear when wearing the electrode garment, to achieve the purpose of lightweight exercise, or a sports health equipment, combined with the core The muscle training electrode clothing is used, wherein the sports health equipment can be any one or a combination of a treadmill, a rounding machine, a bicycle, an exercise machine, and the like, and a massage chair.

The present invention is based on a plurality of electrodes and their wire arrangement, through a two-frequency power supply provided by a power supply unit 1, based on an electrode electrical stimulation method for generating a low frequency action region 4, and is coupled to a fixed device 2 for use in wear. On the body 7, when the user 7 puts on the fixed garment 21, six electrodes are respectively arranged in the rectus abdominis 71 block and the back muscle 72 block of the user 7, respectively, to generate two low frequency action zones. 4, covering the rectus abdominis 71 block and the back muscle 72 block and electrical stimulation to achieve the effect of training the core muscle group, in addition to the fixed strap 2 fixed to the lower part of the user's 7 hip, and set two The electrodes are on both sides of the lower part of the buttocks, and the two electrodes in the rectus abdominis 71 interfere with each other, thereby generating a low-frequency action zone 4, which can penetrate the pelvic floor directly to the pelvic floor muscle 73 to achieve electrical stimulation exercise effect, as explained below:

1A, 1B, FIG. 1A is a schematic diagram of the electrode position of the rectus abdominis electro-stimulation, and FIG. 1B is a schematic diagram of the electrode wiring of the rectus abdominis electro-stimulation, since the present invention is a treatment method for electrical stimulation generated by electrode configuration. As a basic technique, as shown in FIG. 1A, the first electrode 301, the second electrode 302, the third electrode 303, the fourth electrode 304, the fifth electrode 305, and the first portion are respectively disposed at the position of the rectus abdominis 71 before the user 7. The six electrodes 306, and as shown in FIG. 1B, the two ends of the first frequency power source 11 are respectively connected to the first power interface positive pole 201a and the first power interface negative pole 201b, and the two ends of the second frequency power source 12 are respectively connected to the second The power interface positive electrode 202a and the second power interface negative electrode 202b are electrically connected to the wiring between the electrodes through the first frequency power source 11 and the second frequency power source 12 to form a first power line 3a, a second power line 3b, and a third power line 3c. And a fourth power line 3d, wherein the first power line 3a and the third power line 3c interfere with each other to generate a first low frequency active area 41, and the second power line 3b and the fourth power line 3d interfere with each other to generate a second low frequency active area 42, two Frequency active region encompassed by the range of the rectus abdominis engagement blocks 71, 71 can be powered to stimulate the rectus muscles of the core to achieve the effect of exercise.

2A and 2B, FIG. 2A is a schematic diagram of the electrode position of the back muscle electrostimulation, and FIG. 2B is a schematic diagram of the electrode wiring of the back muscle electrostimulation, which can be seen from FIG. 2A, behind the user 7 The seventh electrode 307, the eighth electrode 308, the ninth electrode 309, the tenth electrode 310, the eleventh electrode 311, and the twelfth electrode 312 are respectively disposed at the position of the back muscle 72, and the first frequency power source is known according to FIG. 2B. 11 and the second frequency power source 12 are electrically connected to the wiring between the electrodes to form a fifth power line 3e, a sixth power line 3f, a seventh power line 3g, and an eighth power line 3h, wherein the fifth power line 3e and the seventh power line 3g interfere with each other. The third low frequency active region 43 is generated, and the sixth power line 3f and the eighth power line 3h interfere with each other to generate a fourth low frequency active region 44. The two low frequency active regions are covered by the lower back muscle 72 block, and the power supply can be stimulated. The back muscle 72 achieves the effect of exercising the core muscle group, and as seen from Fig. 2B, the electrode configuration is similar to the above-described rectus abdominis 71 electrical stimulation electrode configuration.

3A, 3B, 3C and 3D, FIG. 3A is a front view of the electrode position of the pelvic floor muscle electrical stimulation, FIG. 3B is a schematic view of the electrode position of the pelvic floor muscle electrical stimulation, and FIG. 3C is a pelvic floor electromyography. Schematic diagram of the electrode wiring of the stimulation, FIG. 3D is a schematic diagram of the wiring of the integrated rectus abdominis and the pelvic floor muscles. As shown in FIG. 3A, the electrode arrangement is performed by the third electrode 303 and the sixth electrode provided by the rectus abdominis 71. 306, and referring to FIG. 3B, the third electrode 303 and the sixth electrode 306 are respectively disposed on the thirteenth electrode 313 and the fourteenth electrode 314 disposed on both sides of the lower portion of the user's arm 7, and referring to FIG. 3C, the first frequency power source The two ends of the second power source 12 are respectively connected to the second power source positive pole 202a and the second power interface negative pole 202b, respectively The frequency power source 11 and the second frequency power source 12 are electrically connected to the wiring between the electrodes to form the ninth power line 3i and the tenth power line 3j, and the ninth power line 3i and the tenth power line 3j interfere with each other to generate a fifth low frequency active area. 45, its Cover depth range of pelvic floor muscles in the pelvic cavity 73, can be powered to achieve stimulation of the pelvic floor muscle exercise effect 73 of the core muscles.

4A, 4B and 4C, FIG. 4A is a schematic view showing the development of the core muscle training electrode garment, FIG. 4B is a front view of the core muscle training electrode garment, and FIG. 4C is the rear surface of the core muscle training electrode garment. As shown in FIG. 4A, the core muscle training electrode garment 8 is composed of a fixing garment 21 and a fixing belt 22, and the two sides of the fixing garment 21 are respectively provided with coupling members, which are respectively the first coupling member 21a and the second combination. The piece 21b, the two coupling members can be matched and combined, and can be one of the devil felt, the buckle, the female buckle, or the like, and the first connecting member 21c and the second connecting member are attached to the fixed clothing 21 at a specific position. 21d, which is connected to the two ends of the fixing strap 22 of the core muscle training electrode garment 8, wherein the first connecting member 21c and the second connecting member 21d can be a devil felt, a band loop, a magnetic buckle, a belt clip, and a spring. One or a combination of a fastening method such as a buckle, a slewing buckle, a shackle (parrot clasp), a triggering elastic clamp, and a quick release hook, and then the electrode specific arrangement and wiring device of the present invention is applied to the fixed garment 21 and the fixed belt 22 a plurality of specific positions, in addition, on the fixing belt 22 The first power interface 201 and the second power interface 202 are electrically connected to the first frequency power source 11 and the second frequency power source 12 respectively, so that the electrodes are connected to the corresponding power interface 20 via corresponding wires, as shown in FIGS. 4B and 4C. When the user 7 wears the core muscle training electrode clothing 8, the disposed electrodes are covered in the core muscle training electrode clothing 8, so that the plurality of electrode positions covered therein are indicated by dotted squares.

As shown in FIG. 5A and FIG. 5B, the core muscle training electrode garment 8 of the present invention, wherein the power supply unit 1 can be a miniaturized power supply host, FIG. 5A is a front view of a miniaturized power supply host, and FIG. 5B is a small size. The rear view of the power supply host, as shown in Figures 5A and 5B, the main function of the miniaturized power supply host is to provide two different frequency power supplies, including the first frequency power supply 11 and forming a first power supply through a corresponding wire configuration. The terminal 101 includes a first power supply terminal positive electrode 101a and a first power supply terminal negative electrode 101b, and can be electrically connected to the first power interface 201 on the fixed clothing 21 through wiring or other manner for power supply by the first frequency power source 11. And a second frequency power supply 12, and a second power supply terminal 102 is formed through a corresponding wire arrangement, and includes a second power supply terminal positive electrode 102a and a second power supply terminal negative electrode 102b, which can be electrically connected to each other through wiring or other means. The second power interface 202 on the garment 21 is for power supply by the second frequency power source 12.

As shown in FIG. 6 , FIG. 6 is a schematic diagram of a combination of a core muscle training electrode garment and a sports health device. Generally speaking, sports health equipment generally refers to a treadmill 9, a rounding machine, an exercise bike, and the like, and a massage chair. Device. It can be seen from FIG. 6 that the user 7 can wear the core muscle training electrode garment 8 and at the same time incorporate a healthy exercise equipment, where the treadmill 9 is taken as an example, and the user 7 wears the core muscle training electrode garment 8 of the present invention. The treadmill 9 is connected through the corresponding telescopic wire 6. The first power interface 201 and the second power interface 202 of the core muscle training electrode garment 8 can be connected by the power of the treadmill 9 to provide the core muscle training electrode garment 8 Electric, it is also possible to exchange motion information with the treadmill 9 through the treadmill control unit 9a. In this way, while using the various sports health equipments, wearing the core muscle training electrode clothing 8, can strengthen the core muscle groups, such as the rectus abdominis 71, the back muscle 72 and the pelvic floor muscle 73, etc., in order to save Exercise time and cost and benefit the muscles of the body.

1‧‧‧Power Supply Department

10‧‧‧Power supply

101‧‧‧First power supply

101a‧‧‧First power supply positive

101b‧‧‧First power supply terminal

102‧‧‧second power supply

102a‧‧‧Second power supply positive

102b‧‧‧Second power supply terminal

11‧‧‧First frequency power supply

12‧‧‧second frequency power supply

2‧‧‧Fixed goods

20‧‧‧Power interface

201‧‧‧First power interface

201a‧‧‧First power interface positive

201b‧‧‧The first power interface negative

202‧‧‧Second power interface

202a‧‧‧Second power interface positive

202b‧‧‧Second power interface negative

21‧‧‧Fixed clothing

21a‧‧‧First joint

21b‧‧‧Second joint

21c‧‧‧First connector

21d‧‧‧second connector

22‧‧‧Fixed tape

3‧‧‧Electrode setting department

3a‧‧‧First power line

3b‧‧‧second power line

3c‧‧‧ third power line

3d‧‧‧fourth power line

3e‧‧‧ fifth power line

3f‧‧‧ sixth power line

3g‧‧‧ seventh power line

3h‧‧‧ eighth power line

3i‧‧‧ninth power line

3j‧‧‧10th power line

301‧‧‧First electrode

302‧‧‧second electrode

303‧‧‧ third electrode

304‧‧‧fourth electrode

305‧‧‧ fifth electrode

306‧‧‧ sixth electrode

307‧‧‧ seventh electrode

308‧‧‧ eighth electrode

309‧‧‧ ninth electrode

310‧‧‧ tenth electrode

311‧‧‧Eleventh electrode

312‧‧‧ twelfth electrode

313‧‧‧13th electrode

314‧‧‧fourteenth electrode

4‧‧‧Low-frequency action zone

41‧‧‧First low frequency action zone

42‧‧‧second low frequency action zone

43‧‧‧ Third low frequency action zone

44‧‧‧ fourth low frequency action zone

45‧‧‧ fifth low frequency action zone

6‧‧‧Flexible wire

7‧‧‧Users

71‧‧‧ rectus abdominis

72‧‧‧ low back muscle

73‧‧‧Pelvic floor muscles

73a‧‧‧ anterior side of the pelvic floor muscle

73b‧‧‧Back side of pelvic floor muscle

8‧‧‧core muscle training electrode clothing

9‧‧‧Treadmill

9a‧‧‧Treadmill Control Department

1A is a schematic diagram of electrode position of electrical stimulation of the rectus abdominis. FIG. 1B is a schematic diagram of electrode wiring of electrical stimulation of the rectus abdominis. FIG. 2A is a schematic diagram of the position of the electrode of the back muscle electromyography. FIG. 2B is an electrode for electrical stimulation of the back muscle. Fig. 3A is a front view of the electrode position of the pelvic floor muscle electrical stimulation. Fig. 3B is a schematic view of the electrode position of the pelvic floor muscle electrical stimulation. Fig. 3C is a schematic diagram of the electrode wiring of the pelvic floor muscle electrical stimulation. Fig. 3D is the rectus abdominis muscle. FIG. 4A is a schematic diagram of the core muscle training electrode garment. FIG. 4B is a front view of the core muscle training electrode garment. FIG. 4C is a schematic diagram of the back surface of the core muscle training electrode garment. FIG. Front view of miniaturized power supply unit Figure 5B is the rear view of the miniaturized power supply unit. Figure 6 is a schematic diagram of the core muscle training electrode clothing combined with sports health equipment.

2‧‧‧Fixed goods

201‧‧‧First power interface

201a‧‧‧First power interface positive

201b‧‧‧The first power interface negative

202‧‧‧Second power interface

202a‧‧‧Second power interface positive

202b‧‧‧Second power interface negative

21a‧‧‧First joint

21b‧‧‧Second joint

22‧‧‧Fixed tape

301‧‧‧First electrode

302‧‧‧second electrode

303‧‧‧ third electrode

304‧‧‧fourth electrode

305‧‧‧ fifth electrode

306‧‧‧ sixth electrode

71‧‧‧ rectus abdominis

Claims (8)

A core muscle training electrode garment is provided with a plurality of electrodes at a plurality of specific positions of the core muscle training suit to generate high frequency interaction interference to form a plurality of low frequency action regions, and the power supply stimulates the rectus abdominis, the back muscles and the pelvis of the user's body. The core muscle training electrode garment comprises: a power supply unit, the power supply unit provides power sources of two different frequencies, comprising: a first frequency power source, providing a fixed frequency power source; and a The second frequency power source is a power source for providing another fixed frequency; a fixed device for fixing the abdomen, the waist, the back and the surrounding area of the pelvis, which comprises: a fixed garment for wrapping around the belly of the user The waist and the back include: a first power connector disposed at a specific position of the fixed garment for electrically connecting to the first power supply terminal through a corresponding wire; and a second power interface And being disposed at another specific position of the fixing garment for electrically connecting to the second power supply end through a corresponding wire; a fixing belt, the fixing belt is connected The fixing device is configured to fix a region under the buttock of the user; and an electrode setting portion is configured to set a plurality of electrodes at a plurality of specific positions of the fixing device, wherein the plurality of electrodes respectively connect the first frequency power source and the second wire through the corresponding wires respectively a frequency power supply, wherein the electrode setting portion comprises: a first electrode, the first electrode is electrically connected to the first power supply interface through a corresponding wire, and is disposed at a specific position of the fixed clothes; a second electrode, the second electrode The second electrode is electrically connected to the first power interface through a corresponding wire, and is disposed at a specific position of the fixed garment to form a first power line with the first electrode; and a third electrode, the third electrode is transparent a corresponding wire is electrically connected to the first power interface, and is disposed at a specific position of the fixed garment to form a second power line with the second electrode; a fourth electrode, the fourth electrode is transmitted through a corresponding wire The second power interface is electrically connected to a specific position of the fixed garment; a fifth electrode, the fifth electrode is transmitted through a corresponding wire and the second electrode The source interface is electrically connected to a specific position of the fixed garment to form a third power line with the fourth electrode; a sixth electrode, the sixth electrode is electrically connected to the second power source through a corresponding wire The connection is disposed at a specific position of the fixed garment to form a fourth power line with the fifth electrode; a seventh electrode, the seventh electrode is electrically connected to the first power interface through a corresponding wire, and is configured a specific position of the fixing device; an eighth electrode, the eighth electrode is electrically connected to the first power interface through a corresponding wire, and is disposed at a specific position of the fixing device to form a seventh electrode a fifth power line; a ninth electrode, the ninth electrode is electrically connected to the first power interface through a corresponding wire, and is disposed at a specific position of the fixed device to form a sixth power line with the eighth electrode a tenth electrode, the tenth electrode is electrically connected to the second power interface through a corresponding wire, and is disposed at a specific position of the fixed clothes; an eleventh electrode, the eleventh electrode is transparent a corresponding wire is electrically connected to the second power interface, and is disposed at a specific position of the fixed garment to form a seventh power line with the tenth electrode; a twelfth electrode, the twelfth electrode transmits a corresponding The wire is electrically connected to the second power interface, and is disposed at a specific position of the fixed garment to form an eighth power line with the eleventh electrode; a thirteenth electrode, the thirteenth electrode is transmitted through a corresponding wire Electrically coupled to the first power supply interface, disposed at a specific position of the fixed strap to form a ninth power line with the third electrode; a fourteenth electrode, the fourteenth electrode is transmitted through a corresponding wire The second power interface is electrically connected to a specific position of the fixed strap to form a tenth power line with the sixth electrode; the first power line and the third power line are interlaced to generate a first low frequency active area. Interleaving the second power line and the fourth power line to generate a second low frequency active area, where the first low frequency active area and the second low frequency active area are powered by the user a rectiform muscle; and the fifth power line and the seventh power line interlace to generate a third low frequency action zone, the sixth power line and the eighth power line interlace to generate a fourth low frequency action zone, the third low frequency action zone and The area covered by the fourth low frequency action zone is powered by the user's back muscle; and the ninth power line and the tenth power line are interlaced to generate a fifth low frequency action zone, which is powered by the user's pelvic floor muscle region. The core muscle training electrode garment of claim 1, wherein the fixing garment further comprises a first joint member, the first joint member is disposed on one side of the fixed garment; and comprises a second joint member The second coupling member is disposed on the other side of the fixing garment for mating engagement with the first coupling member. The core muscle training electrode garment of claim 2, wherein the first joint member and the second joint member are one of a devil felt, a hook buckle, a buckle ring, a zipper buckle, or the like. Its combination. The core muscle training electrode garment of claim 1, wherein the fixing garment further comprises a first connecting member disposed at a specific position on one side of the fixing garment, and a second connecting member disposed on the second connecting member The position of the other side of the fixing garment relative to the first connecting member; wherein the left and right ends of the fixing garment are respectively connected to the first connecting member and the second connecting member in a semi-fixed manner. The core muscle training electrode garment of claim 4, wherein the first connecting member and the second connecting member are semi-fixedly connected by a strap loop, a magnetic buckle, a belt clip, a spring buckle, and a swing. One of or a combination of a fastening method such as a buckle, a buckle (parrot clasp), a triggering elastic clamp, and a quick release hook. The core muscle training electrode garment according to the first aspect of the invention, wherein the power supply unit can form a miniaturized power supply host, wherein the first frequency power source is configured to form a first power supply terminal through a corresponding wire arrangement, and The first power interface of the fixed garment is electrically connected for power supply by the first frequency power source; and the second frequency power source is configured to form a second power supply terminal through a corresponding wire arrangement, and is coupled to the fixed clothing The second power interface is electrically connected for power supply by the second frequency power source. A core muscle training electrode garment according to claim 1, wherein the power supply unit can form a sports health device and is used in combination with the core muscle training electrode garment. A core muscle training electrode garment according to claim 7, wherein the sports health equipment can be any one of a treadmill, a rounding machine, a bicycle, an exercise bike, and the like, and a massage chair or the like. combination.