TWI632931B - Rehabilitation fitness wear device for elderly people - Google Patents

Abstract

The invention provides a rehabilitation and fitness wear device for the elderly, which uses specific electrode settings. Produces electrical stimulation effects and acts on the abdominal transverse muscles, back muscles, pelvic floor muscles, genital nerves, and knee joints of the user's body. The rehabilitation fitness wearer device for the elderly includes a power supply unit that provides a variety of frequencies. The power supply includes a fixing set including a fixing garment, a fixing belt, and left and right fixed knee pads, which are used to surround the fixed user's abdomen, waist and back, pelvis, and left and right knee joints, and an electrode setting portion. The specific number of the plurality of electrodes is set at a plurality of specific positions of the fixed set. When the user puts on the rehabilitation fitness wear device and matches the low-load cardiopulmonary exercise fitness device, the elderly can use the fitness device to treat and prevent chronic diseases at the same time.

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, Chinese people ’s health awareness of the body has been rising year by year. In addition to dietary control and nutritional balance, the concept of health sports has gradually come into being. No matter whether it is aerobic or anaerobic exercise, it is Chinese people in recent years. What I am keen to discuss, especially for the senior-aged silver-haired people, proper exercise can achieve the effects of maintaining physical strength, increasing immunization, preventing degradation, and relieving stress. Generally, the more suitable sports for the elderly are walking, climbing or The use of lower-load sports equipment, especially when elderly people use low-load sports equipment, can exercise indoors without being affected by weather and time, so it is one of the sports methods often used by older people.

Chronic diseases that often occur in the elderly are usually cardiovascular and hypertension. In addition, the problems caused by the decline of the pelvic floor muscles in the elderly can not be ignored, such as difficulty in urination of the male prostate, urinary incontinence, and prolapse of the uterus. Moreover, if there is a genital nerve disorder, it will cause frequent symptoms such as frequent urination, constipation, nocturia, etc., and elderly people often have knee degeneration and bone problems such as degenerative arthritis. In addition, common degeneration of the intervertebral plates and lumbar muscles Low back pain caused by weakness is also a major problem for the elderly. In addition, due to the decline of the transverse abdominal muscles of the elderly, it also causes inconvenience such as inability to sputum and inability to defecate. Therefore, strengthening the transverse abdominal muscles is also very important for rehabilitation. .

However, the low-load exercise equipment generally used by the elderly does not have a therapeutic effect on the above-mentioned chronic diseases. Therefore, the present invention provides the elderly to wear a rehabilitation fitness wear device specially designed for the elderly when using the low-load exercise equipment. The special electrode configuration on it can electrically stimulate the abdomen, lower back, pelvic floor muscles and knee joints of elderly people. Used with low-load exercisers, it can make elderly people treat or prevent the elderly while exercising. Common chronic diseases.

The invention provides a rehabilitation fitness wear device for the elderly, a rehabilitation fitness wear device for the elderly, which uses a medium-frequency human body with a small impedance to electrically stimulate a large area, penetrates into the characteristics of electrical stimulation in the body, and generates electricity with specific electrode settings. Stimulating effect and acting on the abdominal transverse muscles, lumbar back muscles, pelvic floor muscles, genital nerves and knee joints of a user's body. The rehabilitation fitness wearer device for the elderly includes a power supply unit. The power supply unit is Power is provided at different frequencies according to the depth of the stimulation site. For example, the rectus abdominis and lumbar back muscles are shallow in depth and are suitable for low-frequency modulation electrical stimulation. The pelvic floor muscles and knee joints need to be deeply internally stimulated. For high-frequency interference, the power supply unit includes a first-modulated intermediate-frequency power supply, which provides a low-frequency power source for training rectus abdominis electrical stimulation; a second-modulated intermediate-frequency power supply, which provides a training power for lower back muscle electrical stimulation. Power supply; a first IF interference power supply, which provides a common power supply for the IF interference reference; a second IF interference power supply, which provides a training pelvic muscle electric stab A third intermediate frequency interference power source, which provides a power source for treating knee electrical stimulation; wherein the frequency of the first low frequency power source and the second low frequency power source is a specific frequency between a few hertz and 100 hertz ; And the frequency of the first high-frequency power source is 1000 ~ 10000 Hz, the frequency of the second high-frequency power source is the frequency of the first high-frequency power source plus 1-100 Hz, and the frequency of the third high-frequency power source It is the first high-frequency power supply plus an operating frequency of 1 to 100 Hz; a total power supply terminal is connected to the first low-frequency power supply, the second low-frequency power supply, the first high-frequency power supply, and the second through a corresponding wire. The high-frequency power source and the third high-frequency power source are electrically connected; a fixed set is used for fixing the user's abdomen, waist, back, pelvis, and knee joints, etc., which includes: a fixed garment for surrounding It covers the abdomen, waist and back of the user, which contains a general power supply interface, which is set at a specific position of the fixed garment for electrical connection with the power supply unit through corresponding wires; a fixing belt, the fixing A strap is attached to the fixing A garment for fixing the area below the user's hip; wherein the garment further includes a first coupling member, the first coupling member is disposed on one side of the first fixing band; and a second coupling member, the second coupling member The coupling member is disposed on the other side of the first fixing garment for matching and coupling with the first coupling member, and the first coupling member and the second coupling member The binding member may be one or a combination of a devil felt, a hook buckle, a buckle, a zipper, etc. In addition, the fixing garment further includes a first connecting member, which is provided on a specific side of the fixing garment. The position and a second connecting member are disposed on the other side of the fixing garment relative to the first connecting member; wherein the left and right ends of the fixing band are respectively connected to the first connecting member in a semi-fixed manner. And the second connection, wherein the semi-fixed connection of the first connection and the second connection may be a belt loop, a magnetic buckle, a belt clip, a spring buckle, a swivel buckle, or a parrot clasp One or a combination of fixing methods such as, snap spring clips, quick release hooks, etc .; a first fixed knee pad for wrapping around the user's right knee; and a second fixed knee pad for wrapping around It is fixed on the left knee of the user; an electrode setting part is provided with a plurality of electrodes at a plurality of specific positions of the fixed fixture group for each electrode to be electrically connected to the total power interface through corresponding wires, wherein the electrode setting part includes a First abdominal transverse electric The first abdominal transverse electrode is electrically connected to the first low-frequency power source through a corresponding wire and is arranged at a specific position of the fixed garment. A second abdominal transverse electrode is connected to the first abdominal low frequency electrode through a corresponding wire and The first low-frequency power source is electrically connected to a specific position of the fixed garment; a third abdominal transverse electrode is electrically connected to the first low-frequency power source through a corresponding wire, and is arranged at A specific position of the fixed garment; a fourth abdominal transverse electrode, which is electrically connected to the first low-frequency power source through a corresponding wire, and is arranged at a specific position of the fixed garment; a first waist A back electrode, the first lower back electrode is electrically connected to the second low-frequency power source through a corresponding wire, and is arranged at a specific position of the fixed garment; a second lower back electrode, the second lower back electrode passes 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 garment. A third lower back electrode is electrically connected to the second low-frequency power source through a corresponding wire. Set in A specific position of the fixed garment; a fourth lower back electrode which is electrically connected to the second low-frequency power source through a corresponding wire and is arranged 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, and is arranged at a specific position of the fixing garment; a second A pelvic electrode, the second pelvic electrode is electrically connected to the first high-frequency power source through a corresponding wire, and is arranged at a specific position of the fixing band for forming a first pelvic power line with the first pelvic electrode; A three pelvic electrode, the third pelvic electrode is electrically connected to the first high-frequency power interface through a corresponding wire, and is arranged at a specific position of the fixing garment; a fourth pelvic electrode, the fourth pelvic electrode passes through a corresponding The wire is electrically connected to the second high-frequency power source and is arranged at a specific position of the fixing band for forming a second pelvic power line with the third pelvic electrode; a first right knee electrode and the first right knee electrode It is electrically connected to the first high-frequency power supply through a corresponding wire, and is arranged at a specific position of the first fixed knee pad; a second right knee electrode, and the second right knee electrode is connected to the first height through a corresponding wire. The high-frequency power supply is electrically connected to a specific position of the first fixed knee pad for forming a first right knee power line with the first right knee electrode; a third right knee electrode, and the third right knee electrode passes through a The lead wire is electrically connected to the third high-frequency power source, and is arranged at a specific position of the first fixed knee pad; a fourth right knee electrode, and the fourth right knee electrode is connected to the third high-frequency power source through a corresponding wire. An electrical connection is provided at a specific position of the first fixed knee pad for forming a second right knee power line with the third right knee electrode; a first left knee electrode, the first left knee electrode passes through a corresponding wire It is electrically connected to the first high-frequency power supply and is located at a specific position of the second fixed knee pad. A second left knee electrode is electrically connected to the first high-frequency power supply through a corresponding wire. The connection is arranged at a specific position of the second fixed knee pad 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 connected with the through a corresponding wire. The third high-frequency power source is electrically connected to a specific position of the second fixed knee pad; a fourth left knee electrode is electrically connected to the third high-frequency power source through a corresponding wire, Attached to the second fixed knee pads A specific position for forming a second left knee power line with the third left knee electrode; the staggered interference between the first pelvic power line and the second pelvic power line generates a pelvic interference low-frequency active area covered by the pelvic interference low-frequency active area The range is that the power supply stimulates the pelvic floor muscles of the user; and the staggered interference of the first right knee power line and the second right knee power line generates a right knee interference low-frequency active area, and the right knee interference low-frequency active area covers the range Power thorn Stimulate the right knee joint of the user; the first left knee power line intersects with the second left knee power line to generate a left knee interference low-frequency active area. The range covered by the left knee interference low-frequency active area is to stimulate the user ’s left Knee joint. In addition, the electrodes arranged according to the above parts can be treated as follows. The abdominal electrodes are used to strengthen muscles and eliminate lactic acid. The back electrodes are used to strengthen muscles and relieve pain. The pelvic electrodes are used to strengthen pelvic floor muscles and regulate the genitals. For nerve treatment, knee joint electrodes are used for pain relief and lymphatic blood circulation.

In addition, the power supply unit in the rehabilitation and fitness wear device for the elderly of the present invention can be a miniaturized power host. The power supply unit forms a total power supply terminal through a corresponding wire configuration, and is electrically connected to the total power interface. Connect power supply 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 equipment, and used with the rehabilitation fitness wear device for the elderly according to the present invention. Among them, the sports and health equipment can be any one or a combination of sports equipment such as treadmills, circular machines, bicycles, exercise bikes, and massage chairs.

1‧‧‧Power Supply Department

10‧‧‧ total power supply

11a‧‧‧First Modulation IF Power Supply

11b‧‧‧Second Modulation IF Power Supply

12a‧‧‧The first intermediate frequency interference power supply

12b‧‧‧Second intermediate frequency interference power supply

12c‧‧‧The third intermediate frequency interference power supply

2‧‧‧ fixed gear

20‧‧‧ total power interface

21‧‧‧ fixed clothing

21a‧‧‧first combination

21b‧‧‧Second combination

21c‧‧‧First connector

21d‧‧‧Second connection

22‧‧‧Fixing band

23‧‧‧First fixed knee pads

24‧‧‧ Second fixed knee pads

3‧‧‧ Electrode setting section

311‧‧‧First abdominal transverse electrode

312‧‧‧Second Abdominal Transverse Electrode

313‧‧‧ Third Abdominal Transverse Electrode

314‧‧‧ Fourth abdominal transverse electrode

321‧‧‧First back electrode

322‧‧‧Second lower back electrode

323‧‧‧Third lower back electrode

324‧‧‧ Fourth back electrode

331‧‧‧first pelvic electrode

332‧‧‧Second Pelvic Electrode

333‧‧‧Third pelvic electrode

334‧‧‧Fourth Pelvic 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‧‧‧ Fourth 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 Interference

42‧‧‧ Right knee interference low frequency action zone

43‧‧‧Left knee interference low frequency action zone

6‧‧‧ Telescopic wire

7‧‧‧ users

71‧‧‧ Abdominal transverse muscle

72‧‧‧ Back muscles

73‧‧‧ Pelvic floor muscles

74‧‧‧ right knee

75‧‧‧left knee

8‧‧‧ Rehabilitation fitness wear device for the elderly

9‧‧‧ exercise bike

9a‧‧‧Exercise Bike Control Department

FIG. 1A is an expanded schematic diagram of a rehabilitation fitness wear device for the elderly.

FIG. 1B is a schematic diagram of a modulated intermediate frequency.

Figure 1C is a schematic diagram of IF interference.

FIG. 1D is an electrode wiring diagram of each part of the rehabilitation fitness clothes for the elderly.

FIG. 1E is a wiring diagram of the electrode power supply for the elderly fitness and rehabilitation wear device.

FIG. 2A is a front wear schematic diagram of a rehabilitation fitness wear device for the elderly.

FIG. 2B is a schematic diagram of the rear wear of the rehabilitation fitness wear device for the elderly.

FIG. 3A is a schematic diagram of pulse waveforms of transverse abdominal electrical stimulation.

FIG. 3B is a schematic diagram of electrode wiring for transverse abdominal electrical stimulation.

FIG. 4A is a schematic diagram of pulse waveforms of electrical stimulation of the back muscle.

FIG. 4B is a schematic diagram of electrode wiring for electrical stimulation of the back muscles.

Fig. 5A is a side view of the pelvic floor muscle stimulation area.

FIG. 5B is an electrode wiring diagram of the pelvic floor muscle.

FIG. 6A is a schematic diagram of the area of electric stimulation of the right knee joint.

FIG. 6B is an electrode wiring diagram of the right knee joint.

FIG. 7A is a schematic diagram of the area of left knee electrical stimulation.

FIG. 7B is an electrode wiring diagram of the left knee joint.

Figure 8 shows the number of electrodes and the compound prescription table for each part.

FIG. 9 is a schematic diagram of the combination and use of the rehabilitation fitness wear device and sports health equipment for the elderly.

The present invention provides a rehabilitative fitness wear device 8 for the elderly, which uses an electrode arrangement of a specific plurality of electrodes and their wire arrangements to generate an electrical stimulation effect, and acts on the user's abdominal transverse muscle 71, lumbar back muscle 72, and pelvic floor. Muscle 73, genital nerve, knee joint and other parts, the transverse abdominal muscle 71, lumbar back muscle 72, pelvic floor muscle 73 and knee joint are deep because of the site, if the low-frequency pulse electrical stimulation below 300 Hz, due to the electrical impedance of the human body About 10K ~ 100KΩ, it will cause large impedance and cannot penetrate into the body; if the frequency is 1000Hz ~ 10000Hz, the electrical impedance of the human body is about 100Ω, which is higher than the above when the human body is stimulated with low frequency impulse of 300Hz The electrical impedance is small, and this small impedance can be used for large-area electrical stimulation of large currents and deep into the body. However, the frequency of physiological effects on human neuromuscles is usually below 300 Hz. Therefore, it is necessary to perform modulation when using intermediate frequencies or use interference to generate equivalent low frequencies below 300 Hz to have a therapeutic effect. As shown in FIG. 1B, FIG. 1B is a schematic diagram of a modulated intermediate frequency, and is a modulated intermediate frequency electrotherapy (Modulated Middle freguency electrotherapy), which is a 4000 Hz IF sine wave as shown in FIG. 1B (b), and FIG. c) Modulated by a physiologically effective frequency below 300 Hz, the electrical stimulation waveform shown in the modulation intermediate frequency of Figure 1B (d) can be used. The power field when the power of the modulation intermediate frequency is applied to the electrode can be deepened. user In the body, and because the impedance is small, there is no tingling sensation, so a relatively large current can be used, and the electrical stimulation area is large, which is suitable for the above-mentioned large-area transverse abdominal muscles and back muscles. And, as shown in FIG. 1C, FIG. 1C is a schematic diagram of intermediate frequency interference, which is suitable for electrical stimulation methods such as pelvic floor muscle 73 that needs to penetrate into the body, and knee joints that need to penetrate into the bone, so intermediate frequency interference electrical stimulation method is needed ( Interference Current Therapy: IFT) for electrical stimulation treatment, as shown in Figure 1C (a), if the first interference intermediate frequency power source 12a of the electrical stimulation of the pelvic floor muscle 73 is a 4000Hz reference intermediate frequency, equipped with a first pelvic electrode 331 And the second pelvic electrode 332, and the second interference IF power supply 12b is a 4100 Hz power supply coupled with the third pelvic electrode 333 and the fourth pelvic electrode 334. At this time, the first pelvic power line 33a and the second pelvic power line 33b will generate pelvic interference. The cross-shaped low-frequency interference area of the low-frequency action area 41. Assume that FIG. 1C (b) is the reference intermediate frequency of 4100 Hz, and FIG. 1C (c) is the reference intermediate frequency of 4000 Hz. This produces an interference area of 100 Hz, as shown in Figure 1C (d). The low-frequency AM wave pattern shown at 100 Hz belongs to the low-frequency interference zone that is physiologically effective. This intermediate frequency interference can penetrate into the body with two electric fields crossing the way. It is suitable for electrical stimulation of pelvic floor muscles 73, knee joints and other parts. The effects of intermediate frequency include stimulating vegetative nerves and smooth muscles. The knee joint can be treated in many ways, please refer to the description of the Industrial Equipment Medical Equipment Testing and Validation Center Network. Therefore, under the condition that the number of electrodes is large during the simultaneous treatment of multiple sites, and the position of the electrode pads with complicated wiring is very correct, the present invention uses a combined rehabilitation exercise for fixing electrodes and wires to waist support, pelvic girdle and knee support. Clothing can meet the above requirements. The rehabilitative fitness wear device 8 for the elderly includes a power supply unit 1 that provides power of multiple frequencies, and a fixing device set 2 including a fixed garment 21, a fixed band 22, a first fixed knee pad 23, and Two fixed knee pads 24 are used to surround the fixed user's abdomen, lower back, pelvis and left and right knee joints, as well as an electrode setting portion 3, which are provided at a plurality of specific positions of the fixed set with a plurality of specific electrodes, when used The person wears a rehabilitation fitness wear device and is equipped with a low-load cardiopulmonary exercise device, so that the elderly can use the exercise device to treat and prevent chronic diseases at the same time. The explanation is as follows:

As shown in FIG. 1A and FIG. 1B, FIG. 1A is a development schematic diagram of the rehabilitation fitness wear device for the elderly, and FIG. 1E is a wiring diagram of the electrode power supply of the rehabilitation fitness wear device for the elderly. Rehabilitation fitness wear device 8 is composed of a fixed garment 21, a fixed band 22, a first fixed knee pad 23 and a second fixed knee pad 24, and binding members are attached to each side of the fixed garment 21, which are the first The binding piece 21a and the second binding piece 21b. The two binding pieces can be matched and combined, and can be one or a combination of the devil's felt, a buckle, a daughter-in-law buckle, etc., and a first connection is attached to a specific position on the fixed garment 21. Piece 21c and second connecting piece 21d are connected to both ends of the fixing belt in the rehabilitation and fitness wear device 8 for the elderly, wherein the first connecting piece 21c and the second connecting piece 21d can be devil felt and belt loops , Magnetic buckle, belt clip, spring buckle, swivel buckle, parrot clasp, trigger spring clip, quick release hook and other fixing methods, or a combination thereof. In addition, the fixed garment 21 further includes a total power interface 20 Then, the specific configuration and wiring device of the electrode of the present invention is located at a plurality of specific positions on the fixed clothing 21, the fixed belt 22, the first fixed knee pad 23, and the second fixed knee pad 24, and FIG. 1B shows that each power source and each electrode has Connection status, the power supply unit 1 provides a total power supply The terminal 10 is electrically connected to the above-mentioned total power supply interface 20 and is provided for a plurality of electrodes on the elderly fitness rehabilitation wear device 8.

As shown in FIGS. 2A and 2B, FIG. 2A is a schematic diagram of the front wear of the rehabilitation fitness wear device for the elderly, and FIG. 2B is a schematic diagram of the back 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 rehabilitative fitness wearable device 8 for the elderly, the configured electrodes are all wrapped in the rehabilitative fitness wearable device 8 for the elderly, so the corresponding positions of the plurality of electrodes wrapped in it are indicated by dashed squares.

As shown in FIGS. 3A and 3B, FIG. 3A is a schematic diagram of the pulse waveform of the transverse abdominal muscle stimulation, and FIG. 3B is a schematic diagram of the electrode wiring of the transverse abdominal muscle stimulation. The wave shape can reduce the internal resistance, so that patients do not have tingling sensations and skin burns. In addition, it can be known from 3B that the electrode corresponding to the position of the abdominal transverse portion in the rehabilitation fitness wear device 8 for the elderly has a first abdominal transverse An electrode 311, the first abdominal transverse electrode 311 is electrically connected to the first modulation intermediate frequency power source 11a through a corresponding wire, a second abdominal transverse electrode 312, and the second abdominal transverse electrode 312 is connected to the first through a corresponding wire Low frequency The power source 119 is electrically connected with a third abdominal transverse electrode 313, and the third abdominal transverse electrode 313 is electrically connected with the first low-frequency power source 119 through a corresponding wire, a fourth abdominal transverse electrode 314, and the fourth abdominal transverse electrode 314 is electrically connected to the first modulation intermediate frequency power supply 11a through a corresponding wire, and the stimulation pulse is supplied to the transverse part of the abdomen through the first modulation intermediate frequency power supply 11a to enhance the training of the transverse abdomen muscle 71 strengthened by 30 Hz to 50 Hz, and The lymph is circulated at 5 to 20 Hz to eliminate lactic acid from muscle training to reduce soreness.

As shown in FIGS. 4A and 4B, FIG. 4A is a schematic diagram of the pulse wave shape of the electrical back stimulation of the lower back muscle, and FIG. 4B is a schematic diagram of the electrode wiring of the electrical back stimulation of the lower back muscle, as shown in FIG. 4A. The wave shape can reduce the internal resistance, so that the patient does not have tingling sensations and skin burns. In addition, it can be known from 4B that the electrode corresponding to the position of the waist and back in the elderly rehabilitation fitness wear device 8 has a first back electrode 321, the first lower back electrode 321 is electrically connected to the second modulation intermediate frequency power source 11b through a corresponding wire, a second lower back electrode 322, the second lower back electrode 322 and the second modulation through a corresponding wire The intermediate frequency power source 11b is electrically connected, a third lower back electrode 323, the third lower back electrode 323 is electrically connected to the second modulated intermediate frequency power source 11b through a corresponding wire, a fourth lower back electrode 324, the first The four lower back electrodes 324 are electrically connected to the second modulation intermediate frequency power supply 11b through a corresponding wire, and the stimulation pulse is supplied to the lower back through the second modulation intermediate frequency power supply 11b. The waist muscles are trained at 30 Hz to 50 Hz to strengthen the waist muscles. Can reduce the burden on the spine, and 5 Hz, 80 Hz to 100 Hz, respectively, and produce endorphins for pain blockade to relieve lower back pain.

As shown in FIGS. 5A and 5B, FIG. 5A is a side view of the pelvic floor muscle electrical stimulation area, and FIG. 5B is a wiring diagram of the pelvic floor muscle electrodes. The electrode corresponding to the position of the pelvic part in the device 8 has a first pelvic electrode 331. The first pelvic electrode 331 is electrically connected to the first intermediate frequency interference power source 12a through a corresponding wire, a second pelvic electrode 332, and the second pelvis. The electrode 332 is electrically connected to the first intermediate frequency interference power source 12a through a corresponding wire for forming a first pelvic power line 33a, a third pelvic electrode 333, and the third pelvic electrode 333 through a corresponding lead. The corresponding lead is electrically connected to the second intermediate frequency interference power source 12b, and a fourth pelvic electrical Pole 334, the fourth pelvic electrode 334 is electrically connected to the second intermediate frequency interference power source 12b through a corresponding wire for forming a second pelvic power line 33b with the third pelvic electrode 333, and borrowing the first pelvic power 33a The line intersects with the second pelvic power line 33b to generate a pelvic interference low-frequency active area 41. The range covered by the pelvic interference low-frequency active area 41 is to stimulate the user's pelvic floor muscles 73 by power supply. This medium-frequency interference method can penetrate the pelvis. The inner pelvic floor muscle 73 produces a low-frequency interference zone of 30 Hz to 50 Hz. It can train muscles to strengthen the pelvic floor muscles, can activate more than 200 pelvic muscles, and can smooth the urination function of men or prostate hypertrophy. For women, it can improve urinary incontinence and prevent uterine prolapse, and obtain muscle strengthening effects. It also uses the low-frequency interference area of 10 Hz to 20 Hz for genital nerve regulation to treat frequent urination and constipation.

As shown in FIGS. 6A and 6B, FIG. 6A is a schematic diagram of an electric stimulation area of the right knee joint, and FIG. 6B is a wiring diagram of an electrode of the right knee joint. According to FIGS. 6A and 6B, the elderly fitness and rehabilitation wear device The electrode corresponding to the position of the right knee joint in 8 is a first right knee electrode 341, the first right knee electrode 341 is electrically connected to the first intermediate frequency interference power source 12a through a corresponding wire, and a second right knee electrode 342, The second right knee electrode 342 is electrically connected to the first intermediate frequency interference power source 12a through a corresponding wire for forming a first right knee power line 34a with the first right knee electrode 341; a third right knee electrode 343, The third right knee electrode 343 is electrically connected to the third intermediate frequency interference power source 12c through a corresponding wire, a fourth right knee electrode 344, and the fourth right knee electrode 344 interferes with the third intermediate frequency through a corresponding wire. The power source 12c is electrically 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 staggered to generate a right knee interference low-frequency active area. 42, the range covered by the right knee interference low-frequency action area 42 is User right hand knee electrical stimulation, low frequency electrical stimulation may be deep knee pain, still using the lymphatic drainage and cyst fluid prescription analgesic effect of cyclic frequency, metabolic and lubrication to treat degenerative arthritis. To further explain, the second modulated intermediate frequency power source 11b is used for electrical stimulation of the knee joint capsule fluid and lymph fluid at a frequency of 5 Hz to 10 Hz, and the knee joint is electrically stimulated at a frequency of 5 Hz, 80 Hz to 100 Hz, respectively. To produce endorphins to block pain and relieve back pain.

As shown in FIGS. 7A and 7B, FIG. 7A is a schematic diagram of the left knee joint electrical stimulation area, and FIG. 7B is a wiring diagram of the electrode of the left knee joint. As shown in FIGS. 7A and 7B, the elderly rehabilitation and fitness wear device The electrode corresponding to the position of the left knee joint in 8 is a first left knee electrode 351, the first left knee electrode 351 is electrically connected to the first intermediate frequency interference power source 12a through a corresponding wire, and a second left knee electrode 352, The second left knee electrode 352 is electrically connected to the first intermediate frequency interference power source 12a through a corresponding wire for forming a first left knee power line 35a with the first left knee electrode 351; a third left knee electrode 353, The third left knee electrode 353 is electrically connected to the third intermediate frequency interference power source 12c through a corresponding wire, a fourth left knee electrode 354, and the fourth left knee electrode 354 is connected to the third intermediate frequency through a corresponding wire. The power source 12c is electrically 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 staggered to generate a left knee interference low-frequency active area. 43, the range covered by the left knee interference low-frequency action area 43 is Electrical stimulation of the left knee joint of the user. Low frequency electrical stimulation of the knee joint at 5 Hz and 80 to 100 Hz can be used to relieve pain. Low frequency electrical stimulation of 5 to 20 Hz can be used to deepen knee drainage and cystic fluid circulation for metabolism. Lubrication and other effects to treat degenerative arthritis.

As shown in FIG. 8, FIG. 8 is a composite prescription reference table for electrical stimulation of each part. The aforementioned electrical stimulation electrode arrangement of the transverse abdominal muscle 71, lumbar back muscle 72, pelvic floor muscle 73, genital nerve and knee joint, etc. The corresponding treatment prescriptions are attached respectively. The electrode configuration of the electrical stimulation of the pelvic floor muscles 73, genital nerves, and knee joints needs to use 4 electrodes as the unit of action to generate mutual interference between the power lines to form a low-frequency active area. 4. In addition, the transverse abdominal muscles 71 and lumbar back muscles 72 need only 2 electrodes to achieve low-frequency electrical stimulation.

As shown in FIG. 9, FIG. 9 is a schematic diagram of the combination of rehabilitation and fitness wearable devices and sports health equipment for the elderly. Generally speaking, sports health equipment refers to sports equipment such as treadmills, circular machines, bicycles, exercise bikes, and Massage chairs and other devices. It is known from FIG. 9 that the user 7 can wear the rehabilitation fitness wear device 8 for the elderly and use it together with healthy sports equipment. Here, the exercise bike 9 is used as an example. For example, the elderly 7 rehabilitation fitness wearable device 8 of the present invention is connected by the user 7 to the exercise bicycle 9 through the corresponding telescopic wire 6, which is connected to the total power of the elderly rehabilitation fitness wearable device 8 through the power of the exercise vehicle control section 9a. The interface 20 provides power for the elderly to rehabilitate the fitness wearable device 8, and can also exchange exercise information with the exercise bike 9. In this way, the use of various sports and health equipment can not only help the cardiopulmonary function, that is, cardiovascular and high blood pressure, but also the electrical stimulation of the pelvis, waist, abdomen, and knee joints. Urinary incontinence, frequent urination, constipation, weakness cough, low back pain, degenerative knee joints and other symptoms.

Claims (13)

The utility model relates to a rehabilitation fitness wear device for the elderly, which uses a medium-frequency human body with a small impedance to electrically stimulate a large area and penetrates into the characteristics of electrical stimulation in the body, and uses specific electrode settings to generate an electrical stimulation effect, and acts on the abdomen of the user's body. Muscles, lower back muscles, pelvic floor muscles, genital nerves and knee joints, etc., this elderly rehabilitation fitness wear device includes: a power supply unit, the power supply unit provides a plurality of different frequency power, including: a first A modulated IF power supply provides a low-frequency power source for training rectus abdominis electrical stimulation; a second modulated IF power supply provides a power source for training lumbar back electrical stimulation; a first IF interference power source provides A power source shared by the IF interference reference; a second IF interference power supply that provides a power source for training pelvic electrical stimulation; a third IF interference power supply that provides a power source for the treatment of knee electrical stimulation; and a total The power supply terminal is connected to the first low frequency power supply, the second low frequency power supply, the first high frequency power supply, the second high frequency power supply, and the third high frequency power supply through corresponding wires. Sexual connection; a fixed set for fixing the user's abdomen, waist, back, pelvis, and knee joints, etc., including: a fixed garment for wrapping around the user's abdomen, waist, and back, It includes: a main power interface, which is arranged at a specific position of the fixed garment for electrical connection with the main power supply terminal through a corresponding wire; a fixing belt, which is connected to the fixed garment for fixing The area below the user's hips; a first fixed knee pad for surrounding wrapping and fixing to the user's right knee; and a second fixed knee pad for surrounding wrapping and fixing to the user's left knee; an electrode setting section, A plurality of electrodes are arranged at a plurality of specific positions of the fixed support group for each electrode to be electrically connected to the total power interface through corresponding wires, wherein the electrode setting portion includes a first abdominal transverse electrode, the first abdominal transverse electrode It is electrically connected to the first low-frequency power supply through a corresponding wire, and is arranged at a specific position of the fixed garment; a second abdominal transverse electrode, and the second abdominal transverse electrode is connected to the first low through a corresponding wire. The power supply is electrically connected to a specific position of the fixed garment; a third abdominal transverse electrode is electrically connected to the first low-frequency power source through a corresponding wire and is provided to the fixed garment; A specific position; a fourth abdominal transverse electrode, which is electrically connected to the first low-frequency power source through a corresponding wire, and is arranged at a specific position of the fixed garment; a first lower back electrode, the The first lower 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 garment; a second lower back electrode, the second lower back electrode is connected to the first low frequency through a corresponding wire. Two low-frequency power sources are electrically connected to each other at a specific position of the fixed garment; a third lower back electrode is electrically connected to the second low-frequency power source through a corresponding wire and is provided at the fixed A specific position of the garment; a fourth lower back electrode, which is electrically connected to the second low-frequency power source through a corresponding wire, and is arranged at a specific position of the fixed garment; a first pelvic electrode, The first A pelvic electrode is electrically connected to the first high-frequency power supply through a corresponding wire and is arranged at a specific position of the fixing garment; a second pelvic electrode, the second pelvic electrode is connected to the first high-frequency power through a corresponding wire An electrical connection is provided at a specific position of the fixing band for forming a first pelvic power line with the first pelvic electrode; a third pelvic electrode, the third pelvic electrode communicates with the first high frequency through a corresponding wire The power interface is electrically connected to a specific position of the fixing garment. A fourth pelvic electrode is electrically connected to the second high-frequency power source through a corresponding wire and is provided on the fixing belt. A specific position for forming a second pelvic power line with the third pelvic electrode; 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 arranged on the A specific position of the first fixed knee pad; a second right knee electrode, the second right knee electrode is electrically connected to the first high-frequency power supply through a corresponding wire, and is arranged at a special position of the first fixed knee pad; Position 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, and is provided at the 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 supply through a corresponding wire, and is arranged at a specific position of the first fixed knee pad, And a third right knee electrode for forming a second right knee power line; 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 arranged on the second A specific position of the fixed knee pad; a second left knee electrode, which is electrically connected to the first high-frequency power supply through a corresponding wire, and is arranged at a specific position of the second fixed knee pad for The first left knee electrode forms a first left knee power line; a third left knee electrode, the third left knee electrode is electrically connected to the third high-frequency power supply through a corresponding wire, and is arranged on the second fixed knee pad. A specific position; a fourth left The fourth left knee electrode is electrically connected to the third high-frequency power source through a corresponding wire and is arranged at a specific position of the second fixed knee pad for forming a second left knee with the third left knee electrode. Power line; the above-mentioned staggered interference of the first pelvic power line and the second pelvic power line generates a pelvic interference low-frequency active area, and the range covered by the pelvic interference low-frequency active area is to supply power to stimulate the pelvic floor muscles of the user; and, the first right The staggered interference between the knee power line and the second right knee power line generates a right knee interference low-frequency active area. The range covered by the right knee interference low-frequency active area is to stimulate the right knee joint of the user by power supply; the first left knee power line and the first The left-knee power line staggered interference generates a left-knee interference low-frequency active region. The range covered by the left-knee interference low-frequency active region is to stimulate the left knee joint of the user by supplying power. As described in item 1 of the scope of patent application, a rehabilitation fitness and wearable device for the elderly, wherein the first modulated intermediate frequency power supply is used to electrically stimulate the transverse abdominal muscles at a frequency of 30 Hz to 50 Hz to strengthen the training of transverse abdominal muscles, and Electrical stimulation of the transverse abdominal muscles at a frequency of Hertz to 20 Hertz allows lymphatic circulation to eliminate lactic acid from training and reduces soreness. As described in item 1 of the scope of the patent application, a rehabilitation fitness and wearable device for the elderly, wherein the second modulation intermediate frequency power supply is used to electrically stimulate the back muscles at a frequency of 30 Hz to 50 Hz to strengthen the back muscle training, and respectively Electrical stimulation of the lower back muscles at frequencies between 5 Hz and 80 Hz to 100 Hz to produce brain endorphin blocks pain and relieves back pain. The rehabilitation fitness and wearable device for the elderly according to item 1 of the scope of the patent application, wherein the pelvic interference low-frequency active area is provided to electrically stimulate the pelvic floor muscles at a frequency of 30 Hz to 50 Hz to strengthen pelvic floor muscle training, which can improve urinary incontinence And to prevent uterine prolapse, etc., and 10 Hz to 20 Hz electrical stimulation of the pelvic floor muscles for genital nerve regulation, treatment frequency and constipation. As described in item 1 of the scope of the patent application, a rehabilitation fitness wear device for the elderly, wherein the interference frequency of the third intermediate frequency interference power source is 80 ~ 100 Hz interference low frequency electrical stimulation into the knee joint lymphatic drainage and cystic fluid circulation frequency prescription Metabolism, lubrication, etc. to treat degenerative arthritis. The rehabilitation fitness and wearable device for the elderly according to item 1 of the scope of patent application, wherein the frequency of the third high-frequency power source is 4100 Hz. The rehabilitation fitness and wearable device for the elderly according to item 1 of the scope of the patent application, wherein the fixed garment further includes a first coupling member, the first coupling member is disposed on one side of the fixed garment; and includes a second A coupling piece, the second coupling piece is disposed on the other side of the fixing garment, and is used for matching and coupling with the first coupling piece. As described in item 7 of the scope of the patent application, a rehabilitation and fitness wear device for the elderly, wherein the first coupling member and the second coupling member may be one of a devil's felt, a hook buckle, a buckle, a zipper, etc. Or a combination thereof. As described in item 1 of the scope of the patent application, a rehabilitation and fitness wear device for the elderly, wherein the fixed garment further includes a first connecting member, which is disposed at a specific position on one side of the fixed garment, and a second connecting member, The positions on the other side of the fixing garment relative to the first connecting member; wherein the left and right ends of the fixing band are respectively connected to the first connecting member and the second connecting member in a semi-fixed manner. As described in item 9 of the scope of patent application, a rehabilitation and fitness wear device for the elderly, wherein the semi-fixed connection method of the first connector and the second connector can be a belt loop, a magnetic buckle, a belt clip, a spring buckle One or a combination of fixing methods such as, swivel buckle, parrot clasp, trigger spring clip, quick release hook, etc. As described in item 1 of the scope of patent application, a rehabilitation fitness wear device for the elderly, wherein the power supply unit can form a miniaturized power host, the power supply unit forms a total power supply terminal through a corresponding wire configuration, and The main power interface is electrically connected to supply power. As described in item 1 of the scope of the patent application, a rehabilitation fitness and wearable device for the elderly, wherein the power supply unit can form a sports health equipment, which can be used in combination with the fixed gear set. For example, a fitness rehabilitation device for the elderly as described in item 12 of the scope of the application, wherein the sports health equipment can be any one of treadmills, circular machines, bicycles, exercise bikes and other sports equipment and massage chairs and other devices or And combinations.