TW201722501A - Wearable apparatus for rehabilitation and fitness of the elderly whereby the elderly may receive treatments and prevent chronic diseases while using the fitness equipment - Google Patents

Abstract

The present invention provides a wearable apparatus for rehabilitation and fitness of the elderly, which generates an electrical stimulation effect by using a specific electrode setting and acts on a user's body parts such as musculus trasnversus abdominis, lumbodorsal muscle, pelvic floor muscle, pudendal nerve, and knee joint. The wearable apparatus for rehabilitation and fitness of the elderly comprises a power supply unit for providing a power source with a plurality of frequencies, and a fixed wearable set, wherein the fixed wearable set comprises a fixed garment, a fixed band, a left fixed knee pad and a right fixed knee pad which are used for surrounding and fixing the user's body parts such as abdomen, lower back, pelvis, left knee joint and right knee joint, as well as an electrode setting portion for specifically disposing a plurality of electrodes on a plurality of specific positions of the fixed wearable set. When a user wears the wearable apparatus for rehabilitation and fitness in combination with a low-load cardiopulmonary exercise fitness equipment, the elderly can receive treatments and prevent chronic diseases while using the fitness equipment.

Description

Rehabilitation fitness wear device for elderly people

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. Whether it is all kinds of aerobic exercise or anaerobic exercise, it is the Chinese people in recent years. For those who are keen to discuss, especially for high-age silver-haired people, proper exercise can achieve the effects of maintaining physical strength, increasing immunity, preventing degradation and relieving stress. Usually, the more suitable exercise for the elderly is walking, climbing or The use of lower-load sports equipment, especially for elderly people who use low-load sports equipment, can be exercised indoors and is not affected by weather and time, so it is one of the sports methods that are often used by senior citizens.

The chronic diseases often caused by elderly people are usually cardiovascular, high blood pressure and other diseases. In addition, the problems caused by the decline of pelvic floor muscles in elderly people can not be ignored, such as male urinary dysuria, female urinary incontinence, uterine prolapse and other issues. Even worse, if there is a pudendal nerve disorder, it will cause derivation symptoms such as frequent urination, constipation, and nocturia. In the elderly, there are often bone problems such as degenerative arthritis caused by knee degeneration, and common intervertebral plate degeneration and waist muscles. Low back pain is also a major problem for the elderly. In addition, due to the decline of the abdominis muscle in the elderly, and the inconvenience of life such as inability to cough and inability to defecate, strengthening the transverse abdominis is also a very important rehabilitation. .

However, the low-load exercise equipment generally used by elderly people does not have therapeutic effects against the above-mentioned chronic diseases. Therefore, the present invention provides elderly people who wear low-load exercise equipment while wearing a rehabilitation fitness wear device designed for elderly people. The special electrode arrangement thereon can electrically stimulate the abdomen, back, pelvic floor muscles and knee joints of the elderly, and can be used together with the low-load exerciser to enable the elderly to treat or prevent the elderly while exercising. Common chronic diseases.

The invention provides an elderly fitness rehabilitation fitness wearing device, which is an elderly fitness rehabilitation fitness wearing device, which uses a specific electrode arrangement to generate an electrical stimulation effect, and acts on the abdominal abdominis, the back muscles and the pelvic floor of the user's body. In the muscle, pudendal nerve, knee joint, etc., the elderly fitness rehabilitation wear device includes a power supply unit that supplies different frequency power sources, such as the rectus abdominis and the back, depending on the depth of the stimulation portion. The muscle depth is shallow, and the low frequency modulation type electrical stimulation is applied, while the pelvic floor muscle and the knee joint need deep internal electrical stimulation, so the high frequency interference mode is adopted, and the power supply part includes a first low frequency power supply, and provides a low frequency. a second low frequency power supply, providing a low frequency power supply; a first high frequency power supply providing a high frequency power supply; a second high frequency power supply providing a high frequency power supply; a third The high frequency power supply provides a high frequency power supply; wherein the frequency of the first low frequency power supply and the second low frequency power supply is between several Hz and 100 Hz The frequency of the first high-frequency power source is 1000~10000 Hz, and the frequency of the second high-frequency power source is the first high-frequency power source plus an operating frequency of 1~100 Hz, and the third high-frequency power source The frequency is a first high frequency power supply plus an operating frequency of 1 to 100 Hz; a total power supply end is transmitted through the corresponding wire and the first low frequency power source, the second low frequency power source, the first high frequency power source, the first The second high-frequency power source and the third high-frequency power source are electrically connected; a fixed set of devices for fixing a user's abdomen, waist, back, pelvis and knee joints, etc., comprising: a fixed garment for Surrounding the user's abdomen, waist, and back, and including a total power connector, is disposed at a specific position of the fixed clothing, and is electrically connected to the power supply portion through a corresponding wire; a fixing band, the The fixing strap is connected to the fixing garment for fixing the lower area of the user's buttocks; wherein the fixing garment further comprises a first joint member, the first joint member is disposed on one side of the first fixing strap; and includes a first Two joint pieces, the second joint a piece is disposed on the other side of the first fixing garment for matching with the first coupling member, and the first coupling member and the second coupling member are a devil felt, a hook buckle, a buckle ring, and a zipper One of the buckles or a combination thereof, 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 fixing garment a position of the side opposite 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 member in a semi-fixed manner, wherein the first connecting member and the first connecting member The semi-fixed connection manner of the two connecting members may be one of a fixing method such as a belt loop, a magnetic buckle, a belt clip, a spring buckle, a swing buckle, a hang buckle (parrot clasp), a trigger type elastic clamp, a quick release hook or the like or a combination; a first fixed knee guard for the surrounding knee to be fixed to the right knee of the user; and a second fixed knee guard for the left knee of the user for wrapping around the cover; an electrode setting portion for setting the plurality of electrodes In a specific position of the fixed set Each of the electrodes is electrically connected to the main power interface through a corresponding wire, wherein the electrode portion includes a first abdomen electrode, and the first abdomen electrode is electrically connected to the first low frequency power source through a corresponding wire. a second abdominal transverse electrode, the second abdominal transverse electrode is electrically connected to the first low frequency power source through a corresponding wire, and is disposed at a specific position of the fixed garment; a third abdominal transverse electrode electrically connected to the first low frequency power source through a corresponding wire, is disposed at a specific position of the fixed garment; a fourth abdominal transverse electrode, the fourth abdominal transverse electrode is transmitted through a Corresponding wires are electrically connected to the first low-frequency power source, and are disposed at a specific position of the fixed clothes; a first back-back electrode is electrically connected to the second low-frequency power source through a corresponding wire; The second back surface electrode is electrically connected to the second low frequency power source through a corresponding wire, and is disposed at a specific position of the fixed clothes; a third back electrode, the third back electrode is electrically connected to the second low frequency power source through a corresponding wire, and is disposed at a specific position of the fixed clothes; a fourth back electrode, the fourth back electrode Electrically connecting to the second low-frequency power source through a corresponding wire, which is disposed at a specific position of the fixed garment; a first pelvic electrode, the first pelvic electrode is electrically connected to the first high-frequency power source through a corresponding wire a second pelvic electrode, the second pelvic electrode is electrically connected to the first high-frequency power source through a corresponding wire, and is disposed at a specific position of the fixing belt for providing Forming a first pelvic power line with the first pelvic electrode; a third pelvic electrode electrically connected to the first high frequency power interface through a corresponding wire, and is disposed at a specific position of the fixed garment a fourth pelvic electrode, the fourth pelvic electrode is electrically connected to the second high frequency power source through a corresponding wire, and is disposed at a specific position of the fixing band for forming with the third pelvic electrode a second pelvic power line; a first right knee electrode, the first right knee electrode is electrically connected to the first high frequency power source through a corresponding wire, and is disposed at a specific position of the first fixed knee guard; a second right a knee electrode, the second right knee electrode is electrically connected to the first high frequency power source through a corresponding wire, and is disposed at a specific position of the first fixed knee pad to form a first right with the first right knee electrode a third right knee electrode, the third right knee electrode is electrically connected to the third high frequency power source through a corresponding wire, and is disposed at a specific position of the first fixed knee pad; a fourth right knee electrode The fourth right knee electrode is electrically connected to the third high frequency power source through a corresponding wire, and is disposed at a specific position of the first fixed knee guard to form a second right knee power line with the third right knee electrode. a first left knee electrode, the first left knee electrode is electrically connected to the first high frequency power source through a corresponding wire, and is disposed at a specific position of the second fixed knee pad; and a second left knee electrode, the second left knee electrode The second left knee electrode passes through a pair The wire is electrically connected to the first high frequency power source, and is disposed at a specific position of the second fixed knee guard to form a first left knee power line with the first left knee electrode; a third left knee electrode, the first The three left knee electrodes are electrically connected to the third high frequency power source through a corresponding wire, and are disposed at a specific position of the second fixed knee guard; a fourth left knee electrode, the fourth left knee electrode is transmitted through a corresponding wire and The third high frequency power source is electrically connected to a specific position of the second fixed knee guard to form a second left knee power line with the third left knee electrode; the first pelvic power line and the second pelvis The power line interlaced interference produces a pelvic low frequency action zone, the range covered by the pelvic low frequency action zone is a pelvic floor muscle that stimulates the user; and the first right knee power line and the second right knee power line interlace to generate a right knee In the low frequency action zone, the range covered by the right knee low frequency action zone is a power supply stimulating user's right knee joint; the first left knee power line and the second left knee power line interlace to generate a left knee low frequency interference In the active area, the range covered by the left knee low frequency action zone is the power supply that stimulates the user's left knee joint. In addition, the electrodes arranged in the respective parts can be treated in the following ways: the abdominal electrode is a treatment for strengthening muscles and eliminating lactic acid, the back electrode is a treatment for strengthening muscles and pain relief, and the pelvic electrode is for strengthening the pelvic floor muscles and regulating the genitals. The course of nerve treatment, the knee joint electrode is a course of pain relief and lymphatic circulation.

In addition, the power supply unit in the aging rehabilitation fitness wear device of the present invention can be a miniaturized power supply unit, and the power supply unit forms a total power supply end through a corresponding wire arrangement, and is electrically connected to the total power supply. The power supply is connected to increase the mobility and convenience of the user wearing the rehabilitation fitness wear device for the elderly. In addition, the power supply of the power supply unit can also be provided by a sports health device, and is used with the elderly fitness rehabilitation wear device of the present invention. The sports health equipment may be any one or a combination of sports equipment such as a treadmill, a rounding machine, a bicycle, an exercise bicycle, and the like, and a massage chair.

The present invention provides an elderly fitness rehabilitation wear device 8 which utilizes a specific plurality of electrodes and electrode arrangement of the wire arrangement to generate an electrical stimulation effect, and acts on the abdomen transverse muscle 71, the back muscle 72, and the pelvic floor of the user's body. The muscle 73, the pudendal nerve, and the knee joint, etc., the elderly fitness rehabilitation wear device 8 includes a power supply unit 1 that provides power for a plurality of frequencies, and includes a fixed set 2 including a fixed garment 21 and a The fixing strap 22 and the first fixed knee brace 23 and the second fixed knee brace 24 are configured to surround and fix the user's abdomen, the lower back, the pelvis, and the left and right knees, and an electrode setting portion 3, and the specific electrodes are fixedly fixed. In the specific position of the group, when the user puts on the rehabilitation fitness wear device and the low-load cardio exercise device, the elderly person can use the exercise machine to treat and prevent the chronic disease at the same time.

1A and FIG. 1B, FIG. 1A is a schematic diagram of the expansion of the fitness fitness wear device for the elderly, and FIG. 1B is a wiring diagram of the electrode power supply of the rehabilitation fitness wear device for the elderly, as shown in FIG. 1A, the rehabilitation of the elderly person The fitness wear device 8 is composed of a fixed garment 21, a fixing strap 22, a first fixed knee brace 23 and a second fixed knee brace 24. Each of the two sides of the fixed garment 21 is provided with a joint member, which is a first joint member 21a. And the second coupling member 21b, the two coupling members are matched and can be one of the devil felt, the buckle, the female buckle, or a combination thereof, and the first connecting member 21c is attached to the fixing garment 21 at a specific position and The second connecting member 21d is connected to the two ends of the fixing strap in the rehabilitation fitness wearing device 8 of the elderly, wherein the first connecting member 21c and the second connecting member 21d can be a devil felt, a band loop, and a magnetic buckle. One or a combination of a fixing method such as a belt clip, a spring buckle, a swing buckle, a shackle (parrot clasp), a trigger type elastic clamp, a quick release hook, and the like, and the fixed garment 21 further includes a total power supply interface 20, and then The electrode specific configuration and wiring device of the present invention is fixed to the garment 2 1. A plurality of specific positions on the fixing belt 22, the first fixed knee brace 23 and the second fixed knee brace 24, and the connection state of each power source and each electrode is known from FIG. 1B, and the power supply unit 1 provides a total power supply end 10, It is electrically connected to the above-mentioned main power interface 20 for use in the plurality of electrodes on the fitness wear device 8 of the elderly.

2A and 2B, FIG. 2A is a schematic view of the front wear of the rehabilitation fitness wearing device for the elderly, and FIG. 2B is a schematic view of the rear wear of the rehabilitation fitness wear device for the elderly, as can be seen from FIGS. 2A and 2B. When the user 7 wears the elderly fitness rehabilitation wear device 8, the electrodes are all wrapped in the rehabilitation fitness wear device 8 of the elderly, so that the corresponding positions of the plurality of electrodes covered therein are indicated by dotted squares.

3A and 3B, FIG. 3A is a schematic diagram of a pulse wave pattern of electrical stimulation of the transverse abdominis muscle, and FIG. 3B is a schematic diagram of electrode wiring of electrical stimulation of the transverse abdominis muscle, which is modulated by a pulse wave added in the pulse wave as shown in FIG. 3A. The wave type can reduce the internal resistance, so that the patient does not have a tingling sensation and a skin burn problem, and it can be known from 3B that the electrode of the elderly fitness rehabilitation wearing device 8 corresponding to the abdominal transverse position has a first abdominal cross. An electrode 311, the first abdominal lateral electrode 311 is electrically connected to the first low frequency power source 11a through a corresponding wire, and a second abdominal lateral electrode 312 is transmitted through a corresponding wire and the first low frequency power source. 119 is electrically connected to a third abdominal transverse electrode 313. The third abdominal transverse electrode 313 is electrically connected to the first low frequency power source 119 through a corresponding wire, and a fourth abdominal transverse electrode 314, the fourth abdominal transverse electrode 314. The first low-frequency power source 11a is electrically connected through a corresponding wire, and the stimulation pulse is supplied to the abdominal transverse portion through the first low-frequency power source 11a, and the abdominal transverse muscle 71-enhanced training is enhanced from 30 Hz to 50 Hz, and 5 Hz to 20 Hz. Hertz circulates the lymph to eliminate muscle training Produces lactic acid to relieve soreness.

As shown in FIG. 4A and FIG. 4B, FIG. 4A is a schematic diagram of pulse waveforms of electrical stimulation of the back muscles, and FIG. 4B is a schematic diagram of electrode wiring of electrical stimulation of the back muscles, which is modulated by the pulse wave added in the pulse wave as shown in FIG. 4A. The wave type can reduce the resistance in the body, so that the patient does not have a tingling sensation and a skin burn problem, and it can be known from 4B that the electrode of the elderly fitness rehabilitation wear device 8 has a first back electrode in the position corresponding to the waist back position. The first back surface electrode 321 is electrically connected to the second low frequency power source 11b through a corresponding wire, and a second back surface electrode 322 is transmitted through a corresponding wire and the second low frequency power source 11b. Electrically coupled to a third back electrode 323, the third back electrode 323 is electrically coupled to the second low frequency power source 11b via a corresponding wire, and a fourth back electrode 324 is passed through the fourth back electrode 324. A corresponding wire is electrically connected to the second low-frequency power source 11b, and a stimulation pulse is supplied to the lower back through the second low-frequency power source 11b, and the waist muscles are trained at 30 Hz to 50 Hz, and strengthening the waist muscles can reduce the burden on the spine, and 5 Hz, 80 Hz to 100 Hz Generate endorphins and for blocking pain relieve back pain.

5A, 5B, FIG. 5A is a side view of the pelvic floor muscle electrical stimulation zone, and FIG. 5B is a electrode wiring diagram of the pelvic floor muscle, which is known from FIG. 5A, 5B, the elderly fitness rehabilitation wear The electrode corresponding to the position of the pelvis in the device 8 has a first pelvic electrode 331 electrically coupled to the first high frequency power source 12a via a corresponding wire, a second pelvic electrode 332, the second pelvic electrode The first high frequency power source 12a is electrically connected to the first pelvic electrode 331 to form a first pelvic power line 33a, a third pelvic electrode 333, and the third pelvis electrode 333 is transmitted through a corresponding wire. The fourth pelvic electrode 334 is electrically connected to the second pelvic electrode 334, and the fourth pelvic electrode 334 is electrically connected to the second high frequency power source 12b through a corresponding wire for forming with the third pelvic electrode 333. a second pelvic power line 33b, and the first pelvic power 33a line and the second pelvic power line 33b are interlaced to generate a pelvic low frequency action area 41, and the range covered by the pelvic low frequency action area 41 is a pelvis that stimulates the user. Bottom muscle 73 This medium-frequency interference method can penetrate the pelvic floor muscle 73 to produce a low-frequency interference zone of 30 Hz to 50 Hz. It can train muscles to strengthen the pelvic floor muscles, and can activate more than 200 pelvic muscles. It can be smooth for men. Or the urinary function of the prostate gland. For women, it can improve urinary incontinence and prevent uterine prolapse, get muscle strengthening effect, and perform pudendal nerve regulation in the low frequency interference zone of 10 Hz to 20 Hz to treat frequent urination and constipation.

6A and 6B, FIG. 6A is a schematic diagram of an electrical stimulation zone of the right knee joint, and FIG. 6B is an electrode wiring diagram of a right knee joint. It is known from FIGS. 6A and 6B that the elderly fitness rehabilitation wearable device An electrode corresponding to the position of the right knee joint portion of the first right knee electrode 341, the first right knee electrode 341 is electrically connected to the first high frequency power source 12a via a corresponding wire, and a second right knee electrode 342. The second right knee electrode 342 is electrically connected to the first high frequency power source 12a through a corresponding wire, and forms a first right knee power line 34a with the first right knee electrode 341; a third right knee electrode 343, the first The third right knee electrode 343 is electrically connected to the third high frequency power source 12c via a corresponding wire, and a fourth right knee electrode 344 is electrically connected to the third high frequency power source 12c through a corresponding wire. Connected to form a second right knee power line 34b with the third right knee electrode 343, and the first right knee power line 34a and the second right knee power line 34b are interlaced to generate a right knee low frequency action region 42, the right knee The range covered by the low frequency action zone 42 is the power supply to stimulate the user's right knee joint. Low frequency electrical stimulation may be further knee pain, still using the lymphatic drainage and cyst fluid prescription analgesic effect of cyclic frequency, metabolic and lubrication to treat degenerative arthritis. Further, the second low-frequency power source 11b is configured to electrically stimulate the knee joint capsule fluid and the lymph fluid at a frequency of 5 Hz to 10 Hz, and electrically stimulate the knee joint at a frequency of 5 Hz, 80 Hz to 100 Hz, respectively. Endorphins block pain and relieve soreness.

7A, 7B, FIG. 7A is a schematic diagram of an electrical stimulation zone of the left knee joint, and FIG. 7B is an electrode wiring diagram of the left knee joint. It is known from FIGS. 7A and 7B that the elderly fitness rehabilitation wearable device An electrode corresponding to the position of the left knee joint portion of the first left knee electrode 351, the first left knee electrode 351 is electrically connected to the first high frequency power source 12a via a corresponding wire, and a second left knee electrode 352. The second left knee electrode 352 is electrically connected to the first high frequency power source 12a through a corresponding wire, and forms a first left knee power line 35a with the first left knee electrode 351; a third left knee electrode 353, the first The third left knee electrode 353 is electrically connected to the third high frequency power source 12c via a corresponding wire, and a fourth left knee electrode 354 is electrically connected to the third high frequency power source 12c through a corresponding wire. Connected to form a second left knee power line 35b with the third left knee electrode 353, and the first left knee power line 35a and the second left knee power line 35b are interlaced to generate a left knee low frequency action area 43, the left knee The range covered by the low frequency action zone 43 is the power supply to stimulate the user's left knee joint. Low-frequency electrical stimulation of the knee joint at 5 Hz and 80-100 Hz can be used for pain relief. It can also be used to treat degenerative arthritis by using 5~20 Hz low-frequency electrical stimulation to penetrate the knee lymphatic drainage and cystic fluid circulation prescription for metabolism and lubrication. .

As shown in FIG. 8, FIG. 8 is an electrical stimulation composite prescription reference table for each part, and the electrical stimulation electrode arrangement of the abdominal transverse muscle 71, the back muscle 72, the pelvic floor muscle 73, the pudendal nerve, and the knee joint, etc. Each of them is accompanied by a prescription for the treatment, in which the electrode arrangement of the pelvic floor muscle 73, the pudendal nerve and the knee joint is required to use four electrodes as the action unit, so as to generate mutual interference between the power lines to form a low-frequency action area. 4, in addition to the transverse abdominis 71, the back muscle 72 and other parts of the body only need 2 electrodes to achieve low frequency electrical stimulation.

As shown in FIG. 9 , FIG. 9 is a schematic diagram of a combination of an elderly fitness rehabilitation wear device and a sports health device. Generally speaking, a sports health device generally refers to a treadmill, a round machine, a bicycle, an exercise bike, and the like. Massage chairs and other devices. It can be seen from FIG. 9 that the user 7 can wear the elderly fitness rehabilitation wear device 8 and use it together with the health sports equipment. Here, the exercise bicycle 9 is taken as an example, and the user 7 wears the seniority of the invention. The rehabilitation fitness wearing device 8 is connected to the exercise bicycle 9 through the corresponding telescopic wire 6. The power supply of the exercise bicycle control unit 9a is connected to the main power interface 20 of the elderly rehabilitation fitness wearing device 8 to provide an elderly fitness rehabilitation wear device 8 The required power is used to exchange sports information with the exercise bike 9. In this way, while using the various health equipments, it is not only useful for cardiopulmonary function, ie cardiovascular and high blood pressure, but also for stimulating the pelvis, waist, abdomen and knee joints. Urinary incontinence, frequent urination, constipation, inability to cough, low back pain, degenerative knee joint and other symptoms.

1‧‧‧Power Supply Department

10‧‧‧Total power supply

11a‧‧‧First low frequency power supply

11b‧‧‧second low frequency power supply

12a‧‧‧First high frequency power supply

12b‧‧‧Second high frequency power supply

12c‧‧‧ third high frequency power supply

2‧‧‧Fixed set

20‧‧‧Total power interface

21‧‧‧Fixed clothing

21a‧‧‧First joint

21b‧‧‧Second joint

21c‧‧‧First connector

21d‧‧‧second connector

22‧‧‧Fixed tape

23‧‧‧First fixed knee pads

24‧‧‧Second fixed knee pads

3‧‧‧Electrode setting department

311‧‧‧first abdominal transverse electrode

312‧‧‧second abdominal transverse electrode

313‧‧‧ Third abdominal transverse electrode

314‧‧‧4th abdominal transverse electrode

321‧‧‧First back electrode

322‧‧‧second back electrode

323‧‧‧ Third back electrode

324‧‧‧fourth back electrode

331‧‧‧First pelvic electrode

332‧‧‧Second pelvic electrode

333‧‧‧ third pelvic electrode

334‧‧‧fourth pelvis electrode

33a‧‧‧First pelvic power line

33b‧‧‧Second pelvic power line

341‧‧‧First right knee electrode

342‧‧‧Second right knee electrode

343‧‧‧ third right knee electrode

344‧‧‧Four right knee electrode

34a‧‧‧First right knee power line

34b‧‧‧Second right knee power line

351‧‧‧First right knee electrode

352‧‧‧Second right knee electrode

353‧‧‧ third left knee electrode

354‧‧‧fourth left knee electrode

35a‧‧‧First left knee power line

35b‧‧‧second left knee power line

4‧‧‧Low-frequency action zone

41‧‧ ‧ pelvic low frequency action zone

42‧‧‧Low knee low frequency action zone

43‧‧‧Low knee low frequency action zone

6‧‧‧Flexible wire

7‧‧‧Users

71‧‧‧A transverse abdominis

72‧‧‧ low back muscle

73‧‧‧Pelvic floor muscles

74‧‧‧ right knee

75‧‧‧left knee

8‧‧‧Rehabilitation fitness wear device for the elderly

9‧‧‧ exercise bike

9a‧‧‧Exercise Vehicle Control Department

1A is a schematic diagram of the deployment of an elderly fitness rehabilitation wear device. FIG. 1B is an electrode power supply wiring diagram of an elderly fitness rehabilitation wearable device. FIG. 2A is a front wear diagram of a rehabilitation fitness wear device for an elderly person. FIG. 2B is an elderly person. Fig. 3A is a schematic diagram of the pulse waveform of the transverse abdominis electrical stimulation. Fig. 3B is a schematic diagram of the electrode wiring of the transverse transverse muscle electrical stimulation. Fig. 4A is a schematic diagram of the pulse waveform of the back muscle electrical stimulation. 4B is a schematic view of the electrode wiring of the back muscle electrical stimulation. FIG. 5A is a side view of the pelvic floor muscle electrical stimulation zone. FIG. 5B is an electrode wiring diagram of the pelvic floor muscle. FIG. 6A is a right knee joint electrical stimulation zone. Fig. 6B is an electrode wiring diagram of the right knee joint. Fig. 7A is a schematic diagram of the left knee joint electrical stimulation action zone. Fig. 7B is an electrode alignment diagram of the left knee joint. Fig. 8 is a partial electrode number and a composite prescription table. Figure 9 is a schematic diagram of the combination of the rehabilitation fitness wear device and the sports health equipment for the elderly.

2‧‧‧Fixed set

20‧‧‧Total power interface

21‧‧‧Fixed clothing

21a‧‧‧First joint

21b‧‧‧Second joint

21c‧‧‧First connector

21d‧‧‧second connector

22‧‧‧Fixed tape

23‧‧‧First fixed knee pads

24‧‧‧Second fixed knee pads

3‧‧‧Electrode setting department

311‧‧‧first abdominal transverse electrode

312‧‧‧second abdominal transverse electrode

313‧‧‧ Third abdominal transverse electrode

314‧‧‧4th abdominal transverse electrode

321‧‧‧First back electrode

322‧‧‧second back electrode

323‧‧‧ Third back electrode

324‧‧‧fourth back electrode

331‧‧‧First pelvic electrode

332‧‧‧Second pelvic electrode

333‧‧‧ third pelvic electrode

334‧‧‧fourth pelvis electrode

341‧‧‧First right knee electrode

342‧‧‧Second right knee electrode

343‧‧‧ third right knee electrode

344‧‧‧Four right knee electrode

351‧‧‧First left knee electrode

352‧‧‧Second left knee electrode

353‧‧‧ third left knee electrode

354‧‧‧fourth left knee electrode

Claims (13)

An elderly fitness rehabilitation wear device uses a specific electrode arrangement to generate an electrical stimulation effect, and acts on a part of the abdomen transverse muscle, the back muscle, the pelvic floor muscle, the pudendal nerve, and the knee joint of the user's body, and the elderly person The rehabilitation fitness wearing device comprises: a power supply unit, wherein the power supply unit provides a plurality of power sources of different frequencies, wherein: a first low frequency power supply provides a low frequency power supply; and a second low frequency power supply provides a a low frequency power supply; a first high frequency power supply to provide a high frequency power supply; a second high frequency power supply to provide a high frequency power supply; and a third high frequency power supply to provide a high frequency power supply; And a total power supply end electrically connected to the first low frequency power source, the second low frequency power source, the first high frequency power source, the second high frequency power source, and the third high frequency power source through a corresponding wire; The wearing group is for fixing the user's abdomen, waist, back, pelvis and knee joints, and includes: a fixed garment for wrapping the user's belly, waist and back The utility model comprises: a total power supply interface, which is disposed at a specific position of the fixed clothing, and is electrically connected to the main power supply end through a corresponding wire; a fixing belt, the fixing belt is connected to the fixing garment for fixing a lower area of the user's buttocks; a first fixed knee guard for the right knee of the user for wrapping around the cover; and a second fixed knee guard for the left knee of the user for wrapping around the cover; an electrode setting portion, The plurality of electrodes are disposed at a plurality of specific positions of the fixed set of the device, and the electrodes are electrically connected to the total power supply interface through the corresponding wires, wherein the electrode setting portion comprises: a first abdominal transverse electrode, the first abdominal transverse electrode Electrically connecting to the first low-frequency power source through a corresponding wire, which is disposed at a specific position of the fixed clothes; a second abdominal transverse electrode, the second abdominal transverse electrode is electrically connected to the first low-frequency power source through a corresponding wire The connection is set at a specific position of the fixed garment; a third abdominal transverse electrode, the third abdominal transverse electrode is electrically connected to the first low frequency power supply through a corresponding wire, and is connected to a specific position of the fixed garment; a fourth abdominal transverse electrode, the fourth abdominal transverse electrode is electrically connected to the first low frequency power source through a corresponding wire, and is disposed at a specific position of the fixed garment; a back electrode, the first back surface electrode is electrically connected to the second low frequency power source through a corresponding wire, and is disposed at a specific position of the fixed clothes; a second back electrode, the second back electrode is transmitted through a corresponding The wire is electrically connected to the second low frequency power source, and is disposed at a specific position of the fixed clothing; a third back electrode is electrically connected to the second low frequency power source through a corresponding wire; a fourth waist back electrode, the fourth back surface electrode is electrically connected to the second low frequency power source through a corresponding wire, and is disposed at a specific position of the fixed clothes; a pelvic electrode, the first pelvic electrode is electrically connected to the first high-frequency power source through a corresponding wire, and is disposed at a specific position of the fixed garment; a second pelvic electrode, the second pelvic electrode is transmitted through a corresponding The wire is electrically connected to the first high frequency power source, and is disposed at a specific position of the fixing band to form a first pelvic power line with the first pelvic electrode; a third pelvic electrode, the third pelvic electrode is transmitted through the first pelvic electrode Corresponding wires are electrically connected to the first high-frequency power interface, and are disposed at a specific position of the fixed clothes; a fourth pelvic electrode, the fourth pelvic electrode is electrically connected to the second high-frequency power source through a corresponding wire Is disposed at a specific position of the fixing belt to form a second pelvic power line with the third pelvic electrode; a first right knee electrode, the first right knee electrode is transmitted through a corresponding wire and the first high frequency power source The electrical connection is disposed at a specific position of the first fixed kneepad; the second right knee electrode is electrically connected to the first high frequency power source through a corresponding wire, and is disposed on the first a fixed position of one of the knee pads for forming a first right knee power line with the first right knee electrode; a third right knee electrode, the third right knee electrode is electrically connected to the third high frequency power source through a corresponding wire even The fourth right knee electrode is electrically connected to the third high-frequency power source through a corresponding wire, and is disposed on the first fixed kneepad. a specific position for forming a second right knee power line with the third right knee electrode; a first left knee electrode, the first left knee electrode being electrically connected to the first high frequency power source through a corresponding wire The second left knee electrode is electrically connected to the first high frequency power source through a corresponding wire, and is disposed on one of the second fixed knee pads. a specific position for forming a first left knee power line with the first left knee electrode; a third left knee electrode, the third left knee electrode is electrically connected to the third high frequency power source through a corresponding wire, and is disposed at a specific position of the second fixed knee guard; a fourth left knee electrode, the fourth left knee electrode is electrically connected to the third high frequency power source through a corresponding wire, and is disposed at a specific position of the second fixed knee guard For the third left knee Forming a second left knee power line; the first pelvic power line and the second pelvic power line interlacing to generate a pelvic low frequency action area, the range covered by the pelvic low frequency action area is a pelvic floor muscle that stimulates the user; The first right knee power line and the second right knee power line are interlaced to generate a right knee low frequency action area, and the right knee low frequency action area covers the right knee joint of the power stimulation user; the first left knee power line Interlaced with the second left knee power line to generate a left knee low frequency action zone, the range covered by the left knee low frequency action zone is powered by the user's left knee joint. The invention relates to an elderly fitness rehabilitation wearable device according to claim 1, wherein the first low frequency power supply is configured to electrically stimulate the transverse abdominis muscle at a frequency of 30 Hz to 50 Hz to strengthen the abdominal transverse muscle training, and to 5 Hz to The 20 Hz frequency electrically stimulates the transverse abdominis muscles to eliminate lymphatic circulation and eliminate lactic acid from training and relieve soreness. The invention relates to an elderly fitness rehabilitation wear device according to claim 1, wherein the second low frequency power supply is provided with an electrical stimulation of the back muscles at a frequency of 30 Hz to 50 Hz to strengthen the back muscle training, and is respectively 5 Hz. And the frequency between 80 Hz and 100 Hz electrically stimulates the back muscles to produce endorphins to block pain and relieve soreness. The invention relates to an elderly fitness rehabilitation wear device according to claim 1, wherein the pelvic floor frequency action region is configured to electrically stimulate the pelvic floor muscles at a frequency of 30 Hz to 50 Hz to strengthen the pelvic floor muscle training, thereby improving urinary incontinence. And to prevent uterine prolapse, etc., and 10 Hz to 20 Hz electric stimulation of the pelvic floor muscles for pudendal nerve regulation, treatment of frequent and constipation. The invention relates to an elderly fitness rehabilitation wearable device according to claim 1, wherein the second low frequency power supply is electrically stimulated by a frequency of 5 Hz to 10 Hz to circulate the knee capsule fluid and lymph fluid, and respectively, at 5 Hz. And the frequency between 80 Hz and 100 Hz electrically stimulates the knee joint to produce endorphins to block pain and relieve low back pain. The invention relates to an elderly fitness rehabilitation wearable device according to claim 1, wherein the frequency of the third high frequency power source is 4100 Hz. An apparatus for rehabilitation fitness wear of an elderly person according to claim 1, wherein the fixing garment further comprises a first joint member, the first joint member is disposed on one side of the first fixing belt; and comprises a a second coupling member is disposed on the other side of the first fastening garment for mating engagement with the first coupling member. The elderly joint rehabilitation fitness wearing device according to claim 7, wherein the first joint member and the second joint member are one of a devil felt, a hook buckle, a buckle ring, and a zipper buckle. Or a combination thereof. An elderly fitness rehabilitation wearable device according to claim 1, wherein the fixed garment further comprises a first connecting member disposed at a specific position on one side of the fixed garment, and a second connecting member And disposed on the other side of the fixing garment 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 member in a semi-fixed manner. The invention relates to an elderly fitness rehabilitation wearable device according to claim 9, wherein the first connecting member and the second connecting member are semi-fixedly connected by a strap loop, a magnetic buckle, a belt clip, and a spring buckle. One of or a combination of a fixed manner such as a slewing buckle, a sling clasp, a triggering elastic clamp, and a quick release hook. The utility model as claimed in 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 The main power interface is electrically connected to the power supply. The invention relates to an elderly fitness rehabilitation wearable device 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 clothing. The invention relates to an elderly fitness rehabilitation wearable device according to claim 12, wherein the sports health equipment can be any one of a treadmill, a rounding machine, a bicycle, an exercise bicycle, and the like, and a massage chair or the like. And their combinations.