TWI587799B - A postpartum rehabilitation electrode pants - Google Patents

Description

Postpartum rehabilitation electrode pants

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

When a woman produces, the first thing is to restore the maternal damage during pregnancy and production to the condition before pregnancy. In general, the production will cause female pelvic loosening, pelvic floor muscle pull, and pelvic support structure during childbirth. And the effects of function, even the pelvic floor collagen structure and tissue connection defects, and increase the risk of pelvic disorders, especially due to placental hormones, the muscle ligaments relax, and then to the end of the uterus is too large and vertical downwards, may directly oppress the pelvic support structure and even Pulling to the nerves, and sometimes during pregnancy, sometimes the fetus is too large can cause serious pelvic injuries.

Usually women's pregnancy and production may cause damage to the pelvic support connective tissue and genital nerve muscle laceration, especially natural childbirth will cause damage to the urethra to support connective tissue, and also have a certain degree of damage to the nerve. If the labor is too long, it will produce anal. The sphincter is damaged. In addition, the relaxation and separation of the rectus abdominis and the abdominal muscles in women, the edema of the thighs, and other symptoms are also annoying problems.

In view of the above problems, various types of electrical stimulation can be used to strengthen the pelvic floor muscles, electrically stimulate the abdominal legs to strengthen the muscles, burn fat, and even circulate the lymph to enhance metabolism and promote uterine contraction, etc. Therefore, the present invention uses an electrode pants as a carrier. It is equipped with various post-natal rehabilitation electrode and wiring post-natal rehabilitation electrode pants. It can be easily operated with electric stimulator to carry out various post-natal rehabilitation treatments. It is expected to reach the postpartum pelvic position and promote lymphatic circulation. During production, hormones accelerate uterine contractions and train abdominal muscles and psoas muscles to restore prenatal body and reduce waist pain, and eliminate edema and fat in the abdomen Burning, in addition, for the vaginal nerve electrical stimulation can adjust the treatment of frequent urination, constipation, post-natal rehabilitation electrode pants simple operation, but also convenient for home treatment.

In addition, the post-natal rehabilitation electrode pants of the present invention can be used in combination with the post-natal rehabilitation treatment and the massage chair device, so that the maternal can sit on the massage chair, be quiet and relaxed, and positionally correct and perform post-natal rehabilitation treatment at the most suitable lying angle. The best effect, in addition, can also be combined with a suitable low-load aerobic exerciser to make the post-natal rehabilitation while exercising can save time and achieve complementary effects.

The invention provides a post-natal rehabilitation electrode pants which utilizes a specific plurality of electrode settings to generate an electrical stimulation effect, and acts on the rectus abdominis, the abdomen, the back muscles, the pelvic floor muscles and the thighs of the user's body, and the postpartum rehabilitation electrode The trousers comprise a power supply unit, which is provided with two different frequency power sources, wherein a low frequency power supply is provided to provide a low frequency power supply; and a first high frequency power supply is provided to provide a high frequency power supply, wherein The frequency of the first high-frequency power source is 1000~10000 Hz; a second high-frequency power source provides a high-frequency power source, wherein the frequency of the second high-frequency power source is the first high-frequency power source plus 1 ~100 Hz; a total power supply end is electrically connected to the low frequency power supply, the first high frequency power supply, and the second high frequency power supply through a corresponding wire arrangement; an electrode pants, the electrode pants are integrally formed elastic And a portion for fixing a user's abdomen, waist, back, pelvis and to thigh, and further comprising a first tightening strap and a second tightening strap, wherein the first tightening strap is fixed to the inner layer of the electrode pants The user's hip bone position is provided for the user to fit the hip bone portion of the user's hip, and the second tightening belt is fixed to the inner layer of the electrode pants corresponding to the user's lower part of the hip for the user to wear the ring-covered user under the hip. The portion is configured to tighten the user's pelvis by tightening, and the first and second fastening tapes may be one of rubber, silicone, elastic edging, knitted elastic, knitted elastic, Tedragon, jacquard, or the like. a combination; a total power interface is disposed at a specific position of the electrode pants for transmitting a corresponding wire to the total power supply end An electrical connection is provided. The electrode setting portion is configured to set a plurality of electrodes at a plurality of specific positions of the electrode pants, and the plurality of electrode electrodes are electrically connected to the total power interface through the corresponding wires, wherein the electrode setting portion includes a first electrode. The first electrode is electrically connected to the first high-frequency power source through a corresponding wire, and the first electrode is disposed at a specific position of the electrode pant corresponding to the rectus abdominis of the user; An electrode, the second electrode is electrically connected to the first high-frequency power source through a corresponding wire, and the second electrode is disposed at a specific position of the electrode sheath corresponding to the rectus abdominis of the user. Forming a first power line with the first electrode; a third electrode, the third electrode is electrically connected to the first high frequency power source through a corresponding wire, and the third electrode is disposed on the first electrode The electrode trousers correspond to a specific position of the lower abdomen of the user for forming a second power line with the second electrode; a fourth electrode connected to the total power source through a corresponding wire For electrically connecting to the first high-frequency power source, the fourth electrode is disposed at a specific position of the electrode pants corresponding to a lower portion of the user's hip to form a third power line with the third electrode; a fifth electrode, The fifth electrode is electrically connected to the second high-frequency power source through a corresponding wire, and the fifth electrode is disposed at a specific position of the electrode sheath corresponding to the user's rectus abdominis; a six-electrode, the sixth electrode is electrically connected to the second high-frequency power source through a corresponding wire, and the sixth electrode is disposed at a specific position of the electrode rectus corresponding to the rectus abdominis of the user. Forming a fourth power line with the fifth electrode; a seventh electrode connected to the main power interface via a corresponding wire for electrically connecting to the second high frequency power source, wherein the seventh electrode is disposed on the seventh electrode The electrode pant corresponds to a specific position of the user's lower abdomen for forming a fifth power line with the sixth electrode; an eighth electrode connected to the main power port via the corresponding wire for the second high frequency The ninth electrode is disposed at a specific position of the electrode trouser corresponding to the lower portion of the user, and forms a sixth power line with the seventh electrode; and a ninth electrode, the ninth electrode transmits a corresponding Wires are connected to the main power interface for supply The first high-frequency power source is electrically connected, and the ninth electrode is disposed at a specific position of the electrode pants corresponding to the back muscle of the user; and a tenth electrode, the tenth electrode is connected to the main power interface through a corresponding wire For electrically connecting to the first high-frequency power source, the tenth electrode is disposed at a specific position of the electrode pants corresponding to the back muscle of the user, and forms a seventh power line with the ninth electrode; an eleventh electrode The eleventh electrode is electrically connected to the second high frequency power source through a corresponding wire, and the eleventh electrode is disposed at a specific position of the electrode pants corresponding to the back muscle of the user; a twelfth electrode, the twelfth electrode is electrically connected to the second high frequency power supply through a corresponding wire, and the twelfth electrode is disposed on the back muscle of the user's back a specific position for forming an eighth power line with the eleventh electrode; a thirteenth electrode, the thirteenth electrode is connected to the main power interface through a corresponding wire for electrically connecting to the low frequency power source, the first Thirteen electrode The fourteenth electrode is connected to the main power interface through a corresponding wire to be electrically connected to the low frequency power supply. The electrode system is disposed at a specific position corresponding to the inner side of the right thigh of the user; a fifteenth electrode, the fifteenth electrode is connected to the main power interface through a corresponding wire for electrically connecting to the low frequency power source, the first The fifteen-electrode system is disposed at a specific position corresponding to the inner side of the left thigh of the user; the sixteenth electrode is connected to the main power interface through a corresponding wire to be electrically connected to the low-frequency power source, The sixteenth electrode system is disposed at a specific position of the electrode pant corresponding to the outside of the left thigh of the user.

The first power line and the fourth power line are interlaced to generate a first low frequency active area, wherein the first low frequency active area covers a range of power supply to stimulate the rectus abdominis; and the second power line and the first The fifth power line interlaced interference generates a second low frequency action area, the second low frequency action area covers a range of power supply stimulating the user's small abdomen position; the third power line and the sixth power line interlace to generate a third low frequency action area, The range covered by the third low frequency action zone is a power supply thorn The pelvic floor muscle of the user is excited; the seventh power line and the eighth power line are interlaced to generate a fourth low frequency action area, and the fourth low frequency action area covers the range of power supply to stimulate the back muscle of the user.

In addition, the power supply unit may also form a sports health device, which is used in combination with the post-natal rehabilitation electrode pants, wherein the sports health equipment may be a treadmill, a round machine, a bicycle, an exercise bicycle, and the like, and a massage chair, etc. Any one or a combination thereof. The sports health equipment is a massage chair device capable of adjusting the inclination angle of the ride, and the riding angle is a standing posture, which is matched with the treatment of the back muscle of the user, and the sitting angle is a standing posture. When lying down, it is used to stimulate the thigh of the user. When the angle of inclination is adjusted to the lying angle, it is used to stimulate the rectus abdominis, lower abdomen and pelvic floor muscles.

1‧‧‧Power Supply Department

10‧‧‧Total power supply

11a‧‧‧First high frequency power supply

11b‧‧‧Second high frequency power supply

12‧‧‧Low frequency power supply

2‧‧‧Electrical pants

20‧‧‧Total power interface

21‧‧‧First tightening belt

22‧‧‧Second tightening belt

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

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

315‧‧‧ fifteenth electrode

316‧‧‧16th 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

7‧‧‧Users

71‧‧‧ rectus abdominis

72‧‧‧ belly

73‧‧‧Pelvic floor muscles

74‧‧‧ low back muscle

75‧‧‧ Inside and outside the thigh

8‧‧‧ Postpartum rehabilitation electrode pants

9‧‧‧Massage chair device

91‧‧‧Upper adjustment department

92‧‧‧ Lower Adjustment Department

901‧‧‧First lying position

902‧‧‧Second reclining position

903‧‧‧ Third lying position

Figure 1A is a schematic view of the front wear of postpartum rehabilitation electrode pants

Figure 1B shows the position of the electrode and the area of the electrical stimulation zone on the front side of the user.

Figure 1C is the electrode wiring diagram of the rectus abdominis

Figure 1D is the electrode wiring diagram of the lower abdomen

Figure 2A is a schematic view of the back of the postpartum rehabilitation electrode pants

Figure 2B shows the position of the electrode on the back of the user and the location of the electrical stimulation zone.

Figure 2C is the electrode wiring diagram of the pelvic floor muscle

Figure 2D is a side view of pelvic floor muscle electrical stimulation

Figure 2E is the electrode wiring diagram of the back muscles

Figure 3A is the electrode wiring diagram of the thigh

Figure 3B is a pulse waveform of thigh electrical stimulation

Figure 4 is a schematic diagram of the connection between the miniaturized power supply host and each electrode.

Figure 5A is a schematic diagram of the first course of use of the post-natal rehabilitation electrode pants and the massage chair device.

Figure 5B is a schematic diagram of the second course of use of the post-natal rehabilitation electrode pants and the massage chair device.

Figure 5C is a schematic diagram of the third course of use of the postpartum rehabilitation electrode pants and the massage chair device.

Figure 5D is a reference table for the treatment of postpartum rehabilitation electrode pants and massage chair device.

The invention adopts a plurality of electrodes and their wire arrangement, through a power supply of two high frequency frequencies provided by a power supply unit 1, interleaving interference to generate a low frequency action zone 4, and an electrode electrical stimulation method combined with a low frequency power supply 12 Based on the same, it is combined with an electrode pants 2, wherein when the user 7 puts on the electrode pants 2, six electrodes are arranged corresponding to the rectus abdominis 71 and the lower abdomen 72 blocks of the user 7, respectively, with two low frequency effects. Zone 4, and four electrodes in the corresponding user 7 back muscles 74 block, a low frequency action zone 4 is generated, and two electrodes are arranged in the lower part of the corresponding user 7 to make it correspond to the corresponding user 7 lower abdomen 72 block. The two electrodes are interlaced to generate a low frequency action zone 4, and the above three low frequency action zones 4 cover the rectus abdominis 71, the lower abdomen 72 block, the pelvic floor muscle 73 block, and the low back muscle 74 block, and the other four electrodes They are respectively disposed on the inner and outer thighs of the corresponding user 7, and stimulate the thigh to promote lymphatic blood circulation with low frequency electric stimulation. The electrode wiring of each electrical stimulation block is described as follows: as shown in Figs. 1A, 1B, 1C, and 1D, Fig. 1A For postpartum rehabilitation electrode pants FIG. 1B is a diagram showing the position of the electrode on the front side of the user and the position of the electrostimulation area, FIG. 1C is the electrode wiring diagram of the rectus abdominis muscle, and FIG. 1D is the electrode wiring diagram of the lower abdomen, which can be seen from FIG. 1A. The post-natal rehabilitation electrode pants 8 are provided with a first tightening belt 21 and a second tightening belt 22 respectively in the inner layer corresponding to the user's hip bone and the lower hip portion, so as to enhance the wearer's postpartum rehabilitation. The effect of the pelvis contraction and ortho position of the electrode pants 8 is that the first fastening tape 21 and the second fastening tape 22 are rubber, silicone rubber, elastic edging tape, knitted elastic band, knitted elastic band, Tedron webbing, jacquard webbing. And one or a combination thereof, and further, as shown in FIGS. 1B, 1C, and 1D, the first electrode is disposed at the position of the rectus abdominis 71 of the user 7 respectively. 301, the second electrode 302 is electrically connected to the first high-frequency power source 11a to form the first power line 3a, and the fifth electrode 305 and the sixth electrode 306 are electrically connected to the second high-frequency power source 11b to form a fourth power line 3d. A power line 3a and a fourth power line 3d interfere with each other to generate a first low frequency active region 41 to supply power to stimulate the user's rectus abdominis 71 block, and a third electrode 303 is disposed in the lower abdomen 72 block, and is coupled to the first high frequency power source 11a. The second connection and the second electrode 302 form a second power line 3b, and the seventh electrode 307 is electrically connected to the second high frequency power source 11b and the sixth electrode 306 forms a fifth power line 3e, wherein the second power line 3b and the fifth power line 3e interfering with each other to generate a second low frequency active region 42 to stimulate the user 7 to the lower abdomen 72 block, and the region covered by the electrical stimulation of the first low frequency active region 41 and the second low frequency active region 42 can perform muscle training on the abdomen Lymphatic circulation to strengthen muscle and metabolism to treat the rectus abdominis 71 separation.

2A, 2B, 2C, 2D, 2E, FIG. 2A is a schematic view of the back of the postpartum rehabilitation electrode pants, FIG. 2B is the electrode and electrical stimulation position of the back of the user, and FIG. 2C is the pelvic floor muscle. Electrode wiring diagram, FIG. 2D is a side view of the pelvic floor muscle electrical stimulation, and FIG. 2E is an electrode wiring diagram of the back muscle, which is seen from FIG. 2B, 2C, and 2D and simultaneously with reference to FIG. The fourth electrode 304 is disposed on both sides of the lower portion and electrically connected to the first high-frequency power source 11a, and the eighth electrode 308 is electrically connected to the second high-frequency power source 11b, and respectively corresponds to the front side of the user 7 The third electrode 303 and the seventh electrode 307 of the position form a third power line 3c and a sixth power line 3f, and the third power line 3c and the sixth power line 3f interfere with each other to generate a third low frequency action region 43 to supply power to stimulate the user 7 pelvic floor muscle 73 In the region, the ninth electrode 309 and the tenth electrode 310 are disposed on the back muscles of the user 7 and are electrically connected to the first high-frequency power source 11a to form the seventh power line 3g, and the eleventh electrode 311 and the first electrode are disposed. The twelve electrodes 312 and the second high frequency power source 11b are electrically And forming an eighth power line connecting 3h, where the seventh and eighth power line 3g 3h interference power line 44 to produce a fourth power effect of the low frequency region irritating to the user back muscles 7 74 In the region, the above electrical stimulation of the rectus abdominis 71, the lower abdomen 72, the pelvic floor muscle 73 and the low back muscle 74 has a significant effect on the core muscle training of postpartum body balance, and can quickly achieve the recovery and beauty of the body.

3A, 3B, FIG. 3A is an electrode wiring diagram of the thigh, and FIG. 3B is a pulse waveform of the thigh electrical stimulation, as shown in FIG. 3A and referring to FIG. 1B, within the right thigh of the corresponding user 7. The thirteenth electrode 313 and the fourteenth electrode 314 are respectively disposed at the outer position and electrically connected to the low frequency power source 12, and the fifteenth electrode 315 and the sixteenth electrode 316 are respectively disposed at the inner and outer positions of the left thigh of the corresponding user 7 and Electrically coupled to the low frequency power source 12, according to the American Society of Physical Therapy, the efficacy of the use of electrotherapy (on G et al. Electrotherapeutic Terminology in Physical Therapy; Section on Clinical Electrophysiology. Alexandria, VA: American Physical Therapy Association, 2005) includes acute And the treatment of chronic edema, causing arterial, venous and lymphatic reflux, and stimulating the lymphatic system to reduce edema, so the electrical stimulation of the present embodiment aims to stimulate the thigh with low frequency electricity to promote lymphatic circulation, and to eliminate edema of the thigh after delivery. Fat burning has a good effect.

As shown in FIG. 4, FIG. 4 is a schematic diagram of the connection between the miniaturized power supply host and the electrodes. The post-natal rehabilitation electrode pants 8 of the present invention, wherein the power supply unit 1 can be a miniaturized power supply host, can also be incorporated into various sports. The power supply and the information are shared in the controller of the health equipment, and the total power supply terminal 10 on the health equipment is electrically connected to the total power interface 20 in the electrode pants 2, and the frequency power supply required for each electrode is provided, and each electrode and each power source are attached. There is a corresponding switch to facilitate switching between electrical stimulation sites for different courses of treatment.

5A, 5B, 5C and 5D, FIG. 5A is a schematic diagram of the first course of use of the post-natal rehabilitation electrode pants and the massage chair device, and FIG. 5B is a schematic diagram of the second course of the post-natal rehabilitation electrode pants and the massage chair device. FIG. 5C is a schematic diagram of a third course of use of the post-natal rehabilitation electrode pants and the massage chair device, and FIG. 5D is a reference table for the treatment of the post-natal rehabilitation electrode pants and the massage chair device. In general, postpartum women can exercise through common sports and health equipment such as treadmills, rounding machines, exercise bikes, etc. Equipment and massage chairs and other devices to achieve postpartum body recovery and fitness, the post-natal rehabilitation electrode pants 8 of the present invention can also be used in conjunction with sports health equipment. Here, the adjustable massage chair device 9 is taken as an example, and the user 7 can wear postpartum rehabilitation. The electrode pants 8 are connected to the massage chair device 9 through the corresponding telescopic wires, so that the maternal can sit on the massage chair and be quiet and easy to maintain the posture and correct the lying angle for postpartum rehabilitation, so as to achieve the best treatment, from Fig. 5A and the comparison chart 5D knows that when the user 7 wears the post-natal rehabilitation electrode pants 8 to electrically stimulate the thigh, the position of the adjusting portion 91 and the lower adjusting portion 92 on the massage chair device 9 is simultaneously adjusted to the first lying position 901, which is a normal sitting posture for the blood vessel. The lymphatic valve accelerates the circulation and swelling of the thigh lymph and blood under normal pressure, and is known from FIG. 5B and FIG. 5D. When the user 7 wears the postpartum rehabilitation electrode pants 8 to electrically stimulate the low back muscle 74 The position of the adjusting portion 91 and the lower adjusting portion 92 on the massage chair device 9 is simultaneously adjusted to the second reclining position 902, and the reclining posture is maintained under the appropriate pressure of the lumbar vertebrae and the like, and the curative effect is better. 5C and referring to FIG. 5D, when the user 7 wears the postpartum rehabilitation electrode pants 8 to electrically stimulate the rectus abdominis 71, the abdomen 72 or the pelvic floor muscle 73, the position of the adjustment portion 91 and the lower adjustment portion 92 on the massage chair device 9 At the same time, adjusting to the third lying position 903 can reduce the pressure of the uterus pressing the pelvic floor muscle 73 of the woman to make the loose pelvis easier to contract and have better curative effect, so the post-natal rehabilitation electrode pants 8 of the present invention can be low-loaded by the mother. Aerobic exercise equipment, such as the above-mentioned massage chair device 9, enables the mother to perform post-natal rehabilitation treatment while performing low-load exercise, which can be said to save time and achieve the complementary effect of exercise and post-natal recovery.

21‧‧‧First tightening belt

71‧‧‧ rectus abdominis

72‧‧‧ belly

73‧‧‧Pelvic floor muscles

Claims (5)

The utility model relates to a post-natal rehabilitation electrode pants which utilizes a specific electrode arrangement to generate an electric stimulation effect and acts on the rectus abdominis, the lower abdomen, the back muscles, the pelvic floor muscles and the thighs of the user's body. The postpartum rehabilitation electrode pants include: a power supply unit, the power supply unit provides two different frequency power sources, including: a low frequency power supply, providing a low frequency power supply; a first high frequency power supply, providing a high frequency power supply; The second high frequency power supply is provided with a high frequency power supply; a total power supply end is electrically connected to the low frequency power supply, the first high frequency power supply, and the second high frequency power supply through a corresponding wire arrangement; The electrode pants are integrally formed elastic articles for fixing the belly, waist, back, pelvis and thighs of the user, and further comprising: a total power interface, which is disposed at a specific position of the electrode pants, and is provided for The total power supply end is electrically connected through a corresponding wire; an electrode setting portion is configured to set a plurality of electrodes at a plurality of specific positions of the electrode pants, and the plurality of electrode electrodes are transmitted through the corresponding guide The first electrode is connected to the main power port to be electrically connected to the first high frequency power source through a corresponding wire, the first electrode is electrically connected to the first power source. The electrode system is disposed at a specific position of the electrode trousers corresponding to the rectus abdominis; the second electrode is electrically connected to the first high frequency power source through a corresponding wire and connected to the first high frequency power source. The second electrode is disposed at a specific position of the electrode pant corresponding to the rectus abdominis of the user, and forms a first power line with the first electrode; a third electrode, the third electrode is electrically connected to the first high-frequency power source through a corresponding wire, and the third electrode is disposed at a specific position of the electrode pants corresponding to the lower abdomen of the user. Forming a second power line with the second electrode; a fourth electrode connected to the main power interface through a corresponding wire for electrically connecting to the first high frequency power source, wherein the fourth electrode is disposed on the second electrode The electrode pant corresponds to a specific position of the lower portion of the user for forming a third power line with the third electrode; a fifth electrode connected to the main power port through the corresponding wire for the second electrode The high-frequency power source is electrically connected, and the fifth electrode is disposed at a specific position of the electrode pant corresponding to the rectus abdominis; a sixth electrode is connected to the main power interface through a corresponding wire. The second high-frequency power source is electrically connected, and the sixth electrode is disposed at a specific position of the electrode pant corresponding to the rectus abdominis of the user, and forms a fourth power line with the fifth electrode; a seventh electrode, the seventh The pole electrode is electrically connected to the second high frequency power source through a corresponding wire, and the seventh electrode is disposed at a specific position of the electrode pants corresponding to the user's lower abdomen, and is formed with the sixth electrode. a fifth power line; an eighth electrode, the eighth electrode is electrically connected to the second high frequency power source through a corresponding wire, and the eighth electrode is disposed under the hip of the electrode pants a specific position of the portion for forming a sixth power line with the seventh electrode; a ninth electrode connected to the main power interface through a corresponding wire for electrically connecting to the first high frequency power source, The ninth electrode system is disposed at a specific position of the electrode pants corresponding to the back muscle of the user; a tenth electrode, the tenth electrode is connected to the main power interface through a corresponding wire for electrically connecting to the first high frequency power source The tenth electrode is disposed at a specific position of the electrode pants corresponding to the back muscle of the user, and forms a seventh power line with the ninth electrode; An eleventh electrode, the eleventh electrode is electrically connected to the second high frequency power source through a corresponding wire, and the eleventh electrode is disposed on the back muscle of the electrode pants corresponding to the user a twelfth electrode, the twelfth electrode is electrically connected to the second high frequency power source through a corresponding wire, and the twelfth electrode is disposed in the electrode pants a specific position of the back muscle of the user for forming an eighth power line with the eleventh electrode; a thirteenth electrode, the thirteenth electrode is connected to the main power interface through the corresponding wire for supplying the low frequency power Sexually connecting, the thirteenth electrode is disposed at a specific position of the electrode pants corresponding to the outside of the right thigh of the user; a fourteenth electrode, the fourteenth electrode is connected to the main power interface through the corresponding wire for the low frequency The fourteenth electrode is disposed at a specific position corresponding to the inner side of the right thigh of the user; the fifteenth electrode is connected to the total power through a corresponding wire The fifteenth electrode is electrically connected to the low frequency power supply, and the fifteenth electrode is disposed at a specific position of the inner leg of the user's left thigh; the sixteenth electrode is connected to the total through a corresponding wire The power interface is electrically connected to the low frequency power source, and the sixteenth electrode is disposed at a specific position of the electrode pants corresponding to the outside of the left thigh of the user; the first power line and the fourth power line are interlaced to generate a first low frequency. An action area, the range covered by the first low frequency action area is a power supply stimulating a rectus abdominis part of the user; and the second power line and the fifth power line are interlaced to generate a second low frequency action area, the second low frequency action The range covered by the area is the small abdomen position of the power supply stimulating user; the third power line and the sixth power line are interlaced to generate a third low frequency action area, and the range covered by the third low frequency action area is power supply stimulation. The pelvic floor muscle of the user; the seventh power line and the eighth power line are interlaced to generate a fourth low frequency action area, and the fourth low frequency action area covers the power supply to stimulate the back muscle of the user. A post-natal rehabilitation electrode pant according to the first aspect of the invention, wherein the electrode pant further comprises a first tightening band, wherein the first tightening strap is fixed to the inner layer of the electrode pant corresponding to the user's hip bone position for serving The ring covers the user's hip bone. A post-natal rehabilitation electrode pant according to the second aspect of the invention, wherein the electrode pant further comprises a second tightening strap, wherein the second tightening strap is fixed on the inner layer of the electrode pant corresponding to the lower part of the user for the service stick. The lower portion of the user's lower hip is wrapped around the user to tighten the user's pelvis. The post-natal rehabilitation electrode pants according to the second and third aspects of the patent application, wherein the first fastening tape and the second fastening tape are rubber, silicone rubber, elastic edging tape, knitted elastic band, knitted elastic band, One or a combination of a Tedron webbing, a jacquard webbing, and the like. The post-natal rehabilitation electrode pants according to claim 1, wherein the power supply unit can form a miniaturized power supply unit, and the power supply unit forms a total power supply end through a corresponding wire arrangement, and interfaces with the main power supply. Electrical connection power supply.