TWI610669B - Wearable electronic pelvis belt - Google Patents

Abstract

The invention provides a wearable electronic pelvic belt, which includes a pelvic belt group, which is used for fixing the area around the patient's pelvis and the area below the patient's buttocks. An interference wave device is arranged on the pelvic belt group. Its role is to Provides power at two frequencies, and includes an electrode setting section, which is provided with a plurality of electrodes and their lead arrangements, and is installed at a plurality of specific positions on the pelvic band group, thereby generating a plurality of power lines and interleaving with each other to generate a plurality of low-frequency active regions Including the user's uterus and pelvic floor muscle area, the interference wave electrical stimulation effect is generated to achieve non-invasive electrical stimulation of the pelvic floor muscle and the uterus, effectively treating pelvic disorders, and simultaneously fixing the pelvic cavity during the electrical stimulation treatment process To prevent ectopic muscles in the pelvic cavity.

Description

Wearable electronic pelvic band

The invention provides a wearable electronic pelvic belt, which is a non-invasive electrical stimulation method for pelvic floor muscles and subordinates, which can effectively treat pelvic cavity disorders.

Pelvic health will affect the normal excretion function in life, and it will also affect fertility. The pelvis is the main support of the body, and it will also affect the posture and posture so that the pain in the waist and hips, so it is very important to maintain the health of the pelvis.

Common pelvic dysfunction usually refers to when the pelvic floor muscles are injured or atrophic, causing nerve disorders or inflammation, pain and dysfunction of the pelvic organs and tissues. Possible clinical symptoms include incontinence of excretion, pelvic organ prolapse, and some chronic pain syndromes.

The main causes of pelvic dysfunction include obesity, menopause, pregnancy and childbirth. Some women may also have pelvic dysfunction due to a loss of collagen, including menopausal disorders or genetic defects. It is estimated that at least one third of adult women are affected by these conditions. In addition, statistics show that 30 to 40% of women suffer from urinary incontinence caused by pelvic dysfunction to some extent.

Not only that, men will also have pelvic dysfunction due to surgery or aging of the pelvic muscles, which will cause other male disorders of extension, such as prostate disease, which is the manifestation of pelvic dysfunction in most men.

However, the currently known methods for the treatment of pelvic disorders usually require clinical surgery. This method is usually used for patients with more severe symptoms, such as sling surgery and implanted electrical stimulation. And drugs Treatment, but this method has large side effects, and it is easy to relapse after stopping the drug. In addition, it can also be treated by pelvic muscle training. This is a physical therapy method. The pelvic muscle training method suggested by American physician Kegel is one of the more well-known methods in the current pelvic muscle training method, so it is also called Kegel training method . Coupled with the advancement of electronic science in recent years, technology combined with Kegel training to achieve a purely gymnastic training method, also known as physiological feedback method, uses the display to respond to the training status of the pelvic muscles for Kegel training. In addition, there is also electrical stimulation, which uses a vaginal or anal probe to enter the body to stimulate muscle contraction to achieve the effect of strengthening the pelvic muscles. It is a passive Kegel training. In addition, the medical community has begun to adopt a new method called Interference Current Stimulation (Interference current stimulation). This method uses high frequency to enter the body from outside the body, causing interference in the pelvis to become low frequency to affect the pelvic muscles and genital nerves. . It is a non-invasive passive electrical stimulation method.

At present, the method of combining low-frequency electrical stimulation with the pelvic band is US patent US5871534A, which uses percutaneous low-frequency electrical stimulation and bipolar wear to achieve electrical stimulation of the pelvis. In addition, US patent US2011276108A1 also uses bipolar plural patches on both sides of the thigh. Low-frequency electrical stimulation of neuromuscular methods to achieve electrical stimulation of pelvic therapy.

However, the above two types of low-frequency bipolar stabbing treatment methods have a deep pelvic cavity, which cannot be penetrated at low frequencies, and have limited efficacy. This type of low-frequency is only suitable for invasive vaginal or anal probes, which can only be exerted by electrical stimulation in the pelvic cavity The effect is not fixed by the pelvis and then electrical stimulation will cause pelvic dislocation. Therefore, the above method is improved as a non-invasive intermediate frequency interference electrical stimulation method. By using the frequency above 1000 Hz, the body resistance can be lowered and the external electrode patch can be driven into the pelvic cavity to effectively treat pelvic diseases. However, the existing problem is that the electrode wiring of this non-invasive electrical stimulation method with intermediate frequency interference is complicated. Specialists need to be treated in the clinic, which causes inconvenience in the treatment. It is also accompanied by pelvic improper positioning. Treatment in positioning cannot be performed in action. In addition, there are many reasons for pelvic disorders, electrical stimulation prescriptions are different, and there is no compound treatment method.

Therefore, the present invention proposes a wearable electronic pelvic girdle device, which is treated with interference wave electrical stimulation in conjunction with the pelvic girdle, and fixes the pelvis like a joint protector to avoid weakness and relaxation of the pelvic floor muscles, and corrects the pelvis to bring it into position. Rehabilitation method to prevent pelvic displacement, the principle is to place a plurality of electrodes on the pelvic band and its specific wire configuration, and apply electrode electrical stimulation to generate several low-frequency active areas that cover the user's uterine and genital nerves. And the area around the pelvic floor muscles. At the same time, the bone band will fix the muscles around the pelvic cavity to the area below the hips during the electrical stimulation treatment. The muscles can cover the entire pelvic cavity from the uterus to the pelvic floor. The user only needs to wear the correct position The electrode's electronic pelvic band is treated and the corresponding interface of the intermediate frequency interference wave device and the electronic pelvic band is fastened to become the wearable electronic pelvic band, which can achieve the effect of fixing the pelvis and improving the pelvic cavity muscle and electrical nerve stimulation treatment.

The invention provides a wearable electronic pelvic belt, including a pelvic belt group, which is used for fixing the area around the patient's pelvis, and includes a first fixing belt, which is used for fixing the pelvic region from the sacrum of the patient's back to the front of the lower abdomen. And a second fixing band, the second fixing band is connected to the first fixing band for fixing the area below the patient's buttocks, and the second fixing band can also change its fixing structure to form two annular fixing bands, respectively An endless fixing belt and a second endless fixing belt are convenient for users to wear when wearing outer pants. And an interference wave device, which is arranged at a specific position of the first fixed band, the interference wave device provides two different frequencies of power, including a first power interface, which provides a first frequency power, and A second power interface provides a second frequency power source.

An electrode setting section is further included, which includes a first electrode, the first electrode is electrically connected to the first frequency power supply through a corresponding wire, and the first electrode is disposed on one of the first fixing bands. A specific position; a second electrode electrically connected to the first frequency power supply through a corresponding wire; the second electrode is arranged at a specific position of the first fixing band for forming with the first electrode; A first power line; a third electrode, the third electrode is electrically connected to the first frequency power source through a corresponding wire, and the third electrode is arranged at a specific position of the second fixing belt, if it is a trouser-type pelvis The belt structure is provided at a specific position of the second endless fixed belt for forming a second power line with the first electrode; a fourth electrode, the fourth electrode is electrically connected to the second frequency power source through a corresponding wire The fourth electrode is disposed at a specific position of the first fixing band; a fifth electrode is electrically connected to the second frequency power source through a corresponding wire; the fifth electrode is disposed at the first A fixed position at a specific position for forming a third power line with the fourth electrode; a sixth electrode, the sixth electrode is electrically connected to the second frequency power source through a corresponding wire, and the sixth electrode is disposed at The A specific position of one of the two fixing belts, if it is a trouser-type pelvic belt structure, is provided at a specific position of the first endless fixing belt for forming a fourth power line with the fourth electrode; and the first power line and the The third power line staggered interference generates a first low-frequency active area, which is used to stimulate the uterine part of the user's body; the second force line and the fourth power line staggered interference generates a second low-frequency active area, which is used to stimulate the user's body. Pelvic floor muscles.

It is a wearable electronic pelvic belt formed by using the present invention as a whole, and provides a pelvic belt to fix the area around the pelvic cavity to the area below the buttocks. The user only needs to wear the pelvic belt to correctly position the corresponding electrodes, and all the electrodes The wiring is fixed on the pelvic band, so that the pelvis is in the correct position to treat the pelvic floor muscles and the uterine sacral nerve at the same time. In addition, the corresponding interface of the interference wave device and the pelvic band group is buckled to form a wearable electronic pelvic band, which can fix the pelvic part and improve the effect of pelvic cavity electrical stimulation treatment.

1‧‧‧ Pelvic Belt Set

10‧‧‧ Power Interface

10a‧‧‧First Power Interface

10b‧‧‧Second power interface

10c‧‧‧Third power interface

10d‧‧‧Fourth power connector

10e‧‧‧Fifth power connector

10f‧‧‧Sixth power interface

11‧‧‧The first fixing belt

11a‧‧‧first combination

11b‧‧‧Second combination

11c‧‧‧First connector

11d‧‧‧Second connection

12‧‧‧Second fixing band

12a‧‧‧First endless fixing belt

12b‧‧‧Second endless fixing belt

2‧‧‧ interference wave device

20‧‧‧Power supply side

20a‧‧‧First power supply terminal

20b‧‧‧Second power supply

20c‧‧‧Third power supply terminal

20d‧‧‧Fourth power supply terminal

20e‧‧‧Fifth power supply terminal

20f‧‧‧Sixth power supply terminal

21‧‧‧First frequency power supply

22‧‧‧Second Frequency Power Supply

3a‧‧‧First Power Line

3b‧‧‧Second Power Line

3c‧‧‧Third Power Line

3d‧‧‧ Fourth Power Line

31‧‧‧first electrode

32‧‧‧Second electrode

33‧‧‧Third electrode

34‧‧‧ Fourth electrode

35‧‧‧ fifth electrode

36‧‧‧Sixth electrode

4‧‧‧ low-frequency action zone

41‧‧‧First low-frequency action zone

42‧‧‧Second Low Frequency Action Zone

7‧‧‧ users

71‧‧‧ User positive

72‧‧‧ User back

73‧‧‧ Uterus

74‧‧‧ Pelvic floor muscles

8‧‧‧ Wearable electronic pelvic belt

81‧‧‧skirt electronic pelvic belt

82‧‧‧ Pant type electronic pelvic belt

9‧‧‧ treadmill

FIG. 1A is a schematic diagram of electrode positions of uterine electrical stimulation, and FIG. 1B is a schematic diagram of electrode positions of pelvic floor electrical stimulation.

Fig. 2A is a wiring diagram of electrode power supply for uterine electrical stimulation

Figure 2B is the wiring diagram of the electrode power supply for electrical stimulation of the pelvic floor muscles.

FIG. 3A is a side view of a low-frequency active area of uterine electrical stimulation

Fig. 3B is a side view of the low-frequency action area of electrical stimulation of the pelvic floor muscles

FIG. 4A is an expanded schematic view of a skirt-type electronic pelvic band

FIG. 4B is a schematic front view of a skirt-type electronic pelvic belt

Figure 4C is a schematic diagram of the back wearing of the skirt-type electronic pelvic band

Figure 5 is a schematic diagram of an interference wave device

FIG. 6A is an unfolded schematic view of a pants-type electronic pelvic band

FIG. 6B is a schematic diagram of the front wear of the pants-type electronic pelvic belt

FIG. 6C is a schematic diagram of the back wearing of the pants-type electronic pelvic belt

Figure 7 is a schematic diagram of the implementation of a wearable electronic pelvic strap combined with sports fitness equipment

The present invention is an electrode electrical stimulation method in which six electrodes and their wires are arranged to generate two low-frequency active areas 4, wherein the two low-frequency active areas 4 are respectively applied to the uterine 73 area of the user 7 and the pelvic floor muscle 74 for electrical stimulation treatment. The pelvic band group 1 is used to fix and fix the surrounding area of the pelvic cavity. The specific electrode configuration is installed at a plurality of specific positions on the pelvic band group 1 and powered by an interference wave device 2 to achieve electrical stimulation of the uterus 73 and The pelvic floor muscles 74, while fixing the correct position of the pelvis during the electrical stimulation treatment, to maintain better muscle contraction in the pelvic cavity, are described below: As shown in FIGS. 1A and 1B, FIG. 1A is a schematic diagram of the electrode position of the uterine electrical stimulation, and FIG. 1B is a schematic diagram of the electrode position of the pelvic floor electrical stimulation. Since the present invention is based on the treatment method of the electrical stimulation generated by the electrode configuration Technology, it can be seen from FIG. 1A that the first electrode 31 and the fourth electrode 34 are arranged on the lower abdomen position of the user 7, and the second electrode 32 and the fifth electrode 35 are arranged on both sides of the recommended coccyx on the back of the user. It can be seen from FIG. 1B that the third electrode 33 and the sixth electrode 36 are also arranged on both sides of the user's buttocks. The above electrode arrangement is based on FIGS. 1A and 1B and each electrode is corresponding to the first frequency power source 21 or the first power source. The two-frequency power source 22 is electrically connected through the wiring.

As shown in FIGS. 2A and 2B, FIG. 2A is a wiring diagram of an electrode power supply for electric stimulation of the uterus 73, and FIG. 2B is a wiring diagram of an electrode power supply for electric stimulation of the pelvic floor muscle. As can be seen from FIG. 2A, the first electrode 31 and the first electrode 31 The two electrodes 32 form a first power line 3a, and the fourth electrode 34 and the fifth electrode 35 form a third power line 3c. The two power lines are interlaced to generate a first low-frequency active area 41 (as shown in the four-lobed flower area in the figure) Low-frequency active area), the power supply stimulates the uterus 73 of the user 7, and according to FIG. 2B, the first electrode 31 and the third electrode 33 form a second power line 3b, and the fourth electrode 34 and the sixth electrode 36 form a first Four electric power lines 3d. The two electric power lines intersect each other to generate a second low-frequency active area 42 for supplying power to stimulate the pelvic floor muscle 74 of the user 7.

As shown in FIGS. 3A and 3B, FIG. 3A is a side view of the low-frequency active area of the uterine 73 electrical stimulation, and FIG. 3B is a side view of the low-frequency active area of the pelvic floor electrical stimulation. The low-frequency active area 41 electrically stimulates the uterine 73 and the second low-frequency active area 42 electrically stimulates the pelvic floor muscle 74. Therefore, according to FIGS. 3A and 3B, it can be known that different electrode settings can form different parts of the human body such as the uterus 73 and the pelvis. Low-frequency active area of the bottom muscle 74.

As shown in FIGS. 4A, 4B, and 4C, FIG. 4A is an unfolded schematic view of a skirt-type electronic pelvic band 81. As can be seen from FIG. 4A, the skirt-type electronic pelvic band 81 is composed of a first fixing band 11 and a second fixing band 12. group As a result, the two ends of the first fixing band 11 are provided with coupling members, namely the first coupling member 11a and the second coupling member 11b, respectively. The two coupling members can be matched and combined and can be a devil felt, a buckle, a daughter-in-law buckle, etc. One of them or a combination thereof, and the first connecting member 11c and the second connecting member 11d are attached to a specific position on the first fixing belt 11 and are connected to both ends of the second fixing belt 12 in the skirt type electronic pelvic belt 81 The first connecting piece 11c and the second connecting piece 11d can be devil felt, belt loop, magnetic buckle, belt clip, spring buckle, swivel buckle, parrot clasp, trigger spring clip, quick release hook, etc. One or a combination of the fixing methods, and then the specific configuration and wiring device of the electrode of the present invention is located at a plurality of specific positions in the skirt-type pelvic belt, and six power interfaces are provided on the first fixing belt 11 so that each electrode The corresponding power interface is connected via corresponding wires, wherein the first power interface 10a is connected to the first electrode 31 through the corresponding wire, the second power interface 10b is connected to the fifth electrode 35 through the corresponding wire, and the third power interface 10c is connected through the corresponding Lead and the sixth electrode 36 Then, fourth power corresponding to the interface 10d through a connection wire and the fourth electrode 34, a fifth power connector through 10e corresponding to the wire 32 is connected to the second electrode, the sixth power source is connected through the interface 10f 33 correspond to the third lead electrode.

As shown in FIGS. 4B and 4C, FIG. 4B is a schematic diagram of the front wear of the skirt type electronic pelvic belt, and FIG. 4C is a schematic diagram of the back wear of the skirt type electronic pelvic belt. As can be seen from 4B and 4C, except for the specific electrode configuration on the skirt The electronic pelvic strap 81 body (the position of the electrode is shown by a dotted line when worn) and is fixed to the hip region of the pelvis of the user. An interference wave device 2 must be provided to achieve the electrical stimulation effect.

As shown in FIG. 5, it is a schematic diagram of an interference wave device. The interference wave device 2 provides power of two frequencies, namely a first frequency power supply 21 and a second frequency power supply 22, and six power supply terminals 20 are correspondingly formed. The first power supply terminal 20a, the second power supply terminal 20b, the third power supply terminal 20c, the fourth power supply terminal 20d, the fifth power supply terminal 20e, and the sixth power supply terminal 20f on the interference wave device 2 are respectively connected with the skirt-type electronic pelvic belt. The first power supply interface 10a, the second power supply interface 10b, the third power supply interface 10c, the fourth power supply interface 10d, the fifth power supply interface 10e, and the sixth power supply interface 10f on the 81 are electrically connected to each other and will interfere with the wave device 2 Yu skirt The specific position of the electric electronic pelvic band 81 is to form a skirt-type electronic pelvic band 81 with an electric stimulation effect, thereby achieving the effect of electrically stimulating the uterus 73 and the pelvic floor muscle 74.

In addition, the wearable electronic pelvic band 8 of the present invention has the same electrode configuration as the skirt-type electronic pelvic band 81 except that the electrical stimulating electrode configuration is the same as that of the skirt-type electronic pelvic band 81. The form of the wearable electronic pelvic band 8 may also be another embodiment, and the fixed hip belt is changed The structure is a trousers-type wearing method to facilitate the convenient design when wearing trousers outside. The description is as follows: as shown in FIGS. 6A, 6B and 6C, FIG. 6B is a front wear schematic diagram of the trouser-type electronic pelvic belt 82, and FIG. 6C is a back wear schematic diagram of the trouser-type electronic pelvic belt 82. According to FIG. 6A, the trouser-type electronic pelvic belt 82 is composed of the first fixing belt 11 and the first. It consists of an endless fixing belt 12a and a second endless fixing belt 12b. The two ends of the first fixing belt 11 are provided with coupling members, namely the first coupling member 11a and the second coupling member 11b. The two coupling members can be matched and combined. It can be one or a combination of devil felt, buckle, daughter-in-law buckle, etc., and the first fixing member 11c and the second connecting member 11d are attached to a specific position on the first fixing belt 11, respectively. The first endless fixing belt 12a and the second in the pelvic belt 82 The endless fixing belts 12b are connected to each other, wherein the first connecting member 11c and the second connecting member 11d can be devil felt, belt loop, magnetic buckle, belt clip, spring buckle, swivel buckle, parrot clasp, trigger One of the fixing methods such as a spring clip, a quick release hook, or a combination thereof, and then the specific configuration and wiring device of the electrode of the present invention is provided at a plurality of specific positions in the trouser-type pelvic belt, and six are provided on the first fixing belt 11 Power supply interfaces, each electrode is connected to a corresponding power supply interface through a corresponding wire, wherein the first power supply interface 10a is connected to the first electrode 31 through a corresponding wire, and the second power supply interface 10b is connected to the fifth electrode 35 through a corresponding wire. The third power interface 10c is connected to the sixth electrode 36 through a corresponding wire, the fourth power interface 10d is connected to the fourth electrode 34 through a corresponding wire, the fifth power interface 10e is connected to the second electrode 32 through a corresponding wire, and the sixth The power interface 10f is connected to the third electrode 33 through a corresponding wire.

As shown in FIGS. 6B and 6C, FIG. 6B is a schematic diagram of the front wearing of the trouser-type electronic pelvic strap 82, and FIG. 6C is a schematic diagram of the back wearing of the trouser-type electronic pelvic strap. As can be seen from FIGS. 6B and 6C, except for the specific electrode configuration An interference wave device 2 is provided on the body of the pants-type electronic pelvic belt 82 (the electrode position is shown by a dashed line when worn) and fixed to the hip region of the user's pelvis. The interference wave device 2 provides power of two frequencies, respectively. It is a first frequency power source 21 and a second frequency power source 22, and six power supply terminals 20 are correspondingly formed. The first power supply terminal 20a, the second power supply terminal 20b, the third power supply terminal 20c, the fourth power supply terminal 20d, the fifth power supply terminal 20e, and the sixth power supply terminal 20f on the interference wave device 2 are respectively connected with the pants-type electronic pelvic belt. The first power source interface 10a, the second power source interface 10b, the third power source interface 10c, the fourth power source interface 10d, the fifth power source interface 10e, and the sixth power source interface 10f on 82 are electrically connected to each other and will interfere with the wave device 2 At a specific position of the trouser-type electronic pelvic belt 82, a trouser-type electronic pelvic belt 82 having an electrical stimulation effect is formed, thereby achieving the effect of electrically stimulating the uterus 73 and the pelvic floor muscle 74.

As shown in FIG. 7, the wearable electronic pelvic belt 8 of the present invention can also be used in combination with health equipment. Health equipment generally refers to sports equipment such as treadmills, elliptical machines, bicycles, exercise bikes, and massage chairs. . In FIG. 7, the user 7 can wear the wearable electronic pelvic belt of the present invention and combine it with healthy sports equipment. In this example, the treadmill 9 is taken as an example. The user 7 wears the wearable electronic pelvic belt of the present invention through the corresponding wire. Connected to the treadmill 9, the power required by the wearable electronic pelvic belt can be provided by the power supply of the treadmill 9, and it can also exchange information with the treadmill 9, such as health monitoring, calorie calculation, exercise speed and electrical stimulation tile synchronization, etc. . Performing a running exercise while performing electrical stimulation treatment of the pelvic floor muscles 74 and the uterus 73 at the same time can achieve the complementary effect of saving time and strengthening the treatment of pelvic disorders by exercise at the same time.

11a‧‧‧first combination

11b‧‧‧Second combination

2‧‧‧ interference wave device

31‧‧‧first electrode

34‧‧‧ Fourth electrode

71‧‧‧ User positive

81‧‧‧skirt electronic pelvic belt

Claims (18)

The utility model relates to a skirt-wearing electronic pelvic belt, which is formed by a plurality of specific electrodes to form a plurality of low-frequency active regions to supply electricity to stimulate specific parts of the user's body. The skirt-wearing electronic pelvic belt includes a pelvic belt group for use. The fixation of the area around the pelvis includes: a first fixation band for fixing the pelvic region of the user's sacral coccyx to the front lower abdomen; and a second fixation band, the second fixation band is connected to the first fixation band, It is used to fix the area under the user's buttocks; an interference wave device is provided at a specific position of the first fixed band. The interference wave device provides two different frequency power sources, including: a first frequency power source, the first A frequency power source includes corresponding configuration wires; a second frequency power source includes corresponding configuration wires; and an electrode setting portion is provided at a plurality of specific positions of the pelvic band group for the plurality of electrodes to pass through the corresponding wires. The first frequency power source and the second frequency power source are connected correspondingly, wherein the electrode setting portion includes at least a first electrode. The first electrode is electrically connected to the first frequency power source through a corresponding wire, and the first electrode is disposed at a specific position of the first fixing band; a second electrode, the second electrode is connected to the first electrode through a corresponding wire The first frequency power supply is electrically connected, and the second electrode is disposed at a specific position of the first fixing band for forming a first power line with the first electrode; a third electrode, the third electrode passing through a corresponding wire The third electrode is electrically connected to the first frequency power source, and the third electrode is disposed at a specific position of the second fixing band for forming a second power line with the first electrode; A fourth electrode, the fourth electrode is electrically connected to the second frequency power source through a corresponding wire, the fourth electrode is disposed at a specific position of the first fixing band; a fifth electrode, the fifth electrode is transmitted through A corresponding wire is electrically connected to the second frequency power source, and the fifth electrode is disposed at a specific position of the first fixing band for forming a third power line with the fourth electrode; a sixth electrode, the sixth electrode An electrode is electrically connected to the second frequency power source through a corresponding wire, and the sixth electrode is disposed at a specific position of the second fixing band for forming a fourth power line with the fourth electrode; and the first The staggered interference of the power line and the third power line produces a first low-frequency active area, which is used to stimulate the uterine part of the user's body; the staggered interference of the second power line and the fourth power line produces a second low-frequency active area, which is used to stimulate the user. The pelvic floor muscles of the body. The wearable electronic pelvic belt according to item 1 of the patent application scope, wherein the first fixing belt further comprises a first coupling member, the first coupling member is disposed at a bottom end of the first fixing belt; and It includes a second coupling element, which is disposed at the other bottom end of the first fixing band and is matched with the first coupling element. As described in item 2 of the scope of the patent application, a skirt-wearing electronic pelvic belt, wherein the first coupling member and the second coupling member are one of a devil's felt, a buckle, a daughter-in-law buckle, or a combination thereof. The skirt-wearing electronic pelvis strap according to item 1 of the scope of the patent application, wherein the first fixing strap further includes a first connecting member, which is disposed at one side of the first fixing strap and a second connection. The pieces are arranged at corresponding positions on the other side of the first fixing band. The skirt-wearing electronic pelvis strap according to item 4 of the scope of the patent application, wherein the first of which the first fixing strap further includes a first binding member connection member and a semi-fixation connection of the second connection member. The connection method is one of a devil felt, a belt loop, a magnetic buckle, a belt clip, a spring buckle, a swivel buckle, a parrot clasp, a trigger spring clip, a quick release hook, or a combination thereof. The skirt-wearing electronic pelvic belt according to item 1 of the patent application scope, wherein the first fixing belt further includes a first power interface for connecting to the first electrode through a corresponding wire; a second power interface for Connected to the fifth electrode through a corresponding wire; a third power interface for connecting to the sixth electrode through a corresponding wire; a fourth power interface for connecting to the fourth electrode through a corresponding wire; a fifth power interface, And a sixth power interface for connecting to the third electrode through a corresponding wire. The skirt-wearing electronic pelvic belt according to item 6 of the patent application scope, wherein the first frequency power source in the interference wave device forms a first power supply terminal, a second power supply terminal, and a third through a corresponding wire. The power supply end is respectively for electrical connection with the first power supply interface, the second power supply interface and the third power supply interface; the second frequency power supply in the interference wave device forms a fourth power supply end through a corresponding wire, A fifth power supply terminal and a sixth power supply terminal are respectively for electrical connection with the fourth power interface, the fifth power interface, and the sixth power interface. The skirt-wearing electronic pelvic belt according to any one of claims 1 to 7, wherein the interference wave device can form a sports health equipment, and is used in combination with the skirt-wearing electronic pelvic belt. The skirt-wearing electronic pelvic belt according to item 8 of the patent application scope, wherein the sports health equipment is any one or a combination of a treadmill, an elliptical machine, an exercise bike, and a massage chair. An electronic pelvic belt worn in pants form a plurality of low-frequency active areas with specific settings of a plurality of electrodes to supply electricity to stimulate specific parts of the user's body. The electronic pelvic belt worn in pants includes: A pelvic girdle group is used for fixing the area around the pelvis of the user, and includes: a first fixing band for fixing the pelvic region of the user's sacral coccyx to the front lower abdomen; a first circular fixing band, the first An endless fixing belt is connected to the first fixing belt for endless fixing on the user's right thigh to the area below the user's hip; a second endless fixing belt, the second endless fixing belt is connected to the first fixing belt For the ring to be fixed on the left thigh of the user to the area below the user's buttocks; an interference wave device is provided at a specific position of the first fixed band, and the interference wave device provides two different frequency power sources, including : A first frequency power supply, the first frequency power supply includes a corresponding configuration lead; a second frequency power supply, the second frequency power supply includes a corresponding configuration lead; and an electrode setting portion, which is provided in a plurality of the pelvic band group In a specific position, a plurality of electrodes are respectively correspondingly connected to the first frequency power source and the second frequency power source through corresponding wires, wherein the electrode setting portion includes at least: A first electrode, which is electrically connected to the first frequency power source through a corresponding wire, the first electrode is disposed at a specific position of the first fixing band; a second electrode, and the second electrode passes through a The corresponding wire is electrically connected to the first frequency power source, and the second electrode is disposed at a specific position of the first fixing band for forming a first power line with the first electrode; a third electrode, the third electrode The third electrode is electrically connected to the first frequency power source through a corresponding wire, and the third electrode is provided at a specific position of the second annular fixing belt for forming a second power line with the first electrode; a fourth electrode, the A fourth electrode is electrically connected to the second frequency power source through a corresponding wire, and the fourth electrode is disposed at a specific position of the first fixing band; A fifth electrode, which is electrically connected to the second frequency power source through a corresponding wire; the fifth electrode is arranged at a specific position of the first fixing band for forming a third electrode with the fourth electrode; A power line; a sixth electrode, which is electrically connected to the second frequency power source through a corresponding wire; the sixth electrode is arranged at a specific position of the first endless fixed band for the fourth electrode Forming a fourth power line; and the staggered interference between the first power line and the third power line generates a first low-frequency active area, which supplies power to stimulate the uterine part of the user's body; A second low-frequency active area is used to stimulate the pelvic floor muscles of the user's body. According to item 10 of the scope of patent application, an electronic pelvic belt worn by pants is provided, wherein the first fixing belt further includes a first coupling member, and the first coupling member is disposed at a bottom end of the first fixing belt; And includes a second coupling member, the second coupling member is disposed at the other bottom end of the first fixing band, and is used for matching and coupling with the first coupling member. As described in item 11 of the scope of the patent application, an electronic pelvic belt worn in pants type, wherein the first coupling member and the second coupling member are one of a devil's felt, a buckle, a daughter-in-law buckle, or a combination thereof. According to item 10 of the scope of patent application, an electronic pelvic belt worn by pants is provided, wherein the first fixing belt further includes a first connecting member, which is disposed at one side of the first fixing belt and a second connection. Pieces are arranged at corresponding positions on the other side of the first fixing belt; wherein the first endless fixing belt and the second endless fixing belt are respectively semi-fixed with the first connecting piece and the first Two connectors are connected. According to item 13 of the scope of the patent application, a pants-type electronic pelvic belt is used, wherein the first of which the first fixing belt further includes a first binding member connection member and a semi-fixation of the second connection member. The connection method is one of a devil felt, a belt loop, a magnetic buckle, a belt clip, a spring buckle, a swivel buckle, a parrot clasp, a trigger spring clip, a quick release hook, or a combination thereof. As described in item 10 of the patent application scope, an electronic pelvic belt worn in pants type, wherein the first fixing belt further includes a first power interface for connecting with the first electrode through a corresponding wire; a second power interface for Connected to the fifth electrode through a corresponding wire; a third power interface for connecting to the sixth electrode through a corresponding wire; a fourth power interface for connecting to the fourth electrode through a corresponding wire; a fifth power interface, And a sixth power interface for connecting to the third electrode through a corresponding wire. As described in item 15 of the scope of patent application, an electronic pelvic belt worn in pants type, wherein the first frequency power source in the interference wave device forms a first power supply terminal, a second power supply terminal, and a third through a corresponding wire. The power supply end is respectively for electrical connection with the first power supply interface, the second power supply interface and the third power supply interface; the second frequency power supply in the interference wave device forms a fourth power supply end through a corresponding wire, A fifth power supply terminal and a sixth power supply terminal are respectively for electrical connection with the fourth power interface, the fifth power interface, and the sixth power interface. According to any one of the tenth to the sixteenth aspects of the scope of application for a patent, an electronic pelvic belt worn by trousers, wherein the interference wave device can form a sports health equipment, and used in combination with the electronic pelvic belt worn by trousers. As described in item 17 of the scope of the patent application, an electronic pelvic belt worn by pants is provided, wherein the sports and health equipment is any one or a combination of a treadmill, elliptical machine, bicycle, exercise bike, and massage chair.