CN212187100U

CN212187100U - Special treatment gloves for rehabilitation physiotherapy

Info

Publication number: CN212187100U
Application number: CN202020132658.9U
Authority: CN
Inventors: 邢金国; 麦俊浩
Original assignee: Shenzhen Xinghui Science & Technology Co ltd
Current assignee: Shenzhen Xinghui Science & Technology Co ltd
Priority date: 2020-01-20
Filing date: 2020-01-20
Publication date: 2020-12-22
Anticipated expiration: 2030-01-20

Abstract

The utility model relates to a dedicated treatment gloves of rehabilitation physiotherapy class for patient's hand rehabilitation, including the gloves main part, fixed subassembly and air bag subassembly, fixed subassembly includes a plurality of finger mountings, a plurality of finger mountings are installed and are used for the holding finger in the gloves main part, air bag subassembly includes that the wrist adjusts the air bag, elbow air bag and a plurality of finger air bag, the air bag is adjusted to the wrist, elbow air bag and a plurality of finger air bag connect respectively in the gloves main part and inflate respectively, through filling gassing control to each air bag, adjust the activity of the state of inflation in each air bag in order to control wrist and finger. When the glove is used, the glove main body is fixed on the arm of a user through the fixing component, the finger fixing piece is used for fixing fingers, the air bag component is installed on the glove main body, and the volume and the shape of the glove are controlled through inflation and deflation to achieve the effect of driving the hand to move.

Description

Special treatment gloves for rehabilitation physiotherapy

Technical Field

The utility model relates to a glove, in particular to a pair of special treatment gloves for rehabilitation physiotherapy.

Background

Stroke is a disease in which the function of the brain is lost due to cerebral hemorrhage or cerebral ischemia. Most stroke patients are hemiplegic, i.e. one side of the hands and feet cannot move freely. The clinical means for the hand rehabilitation treatment of stroke patients mainly comprise: physical therapy, exercise therapy, functional electrical stimulation, and the like. The rehabilitation gloves that air pressure wave therapeutic instrument configuration on the current market, palm support department only has an gasbag, the angle of control wrist joint activity that can not be accurate can not set up the treatment scheme of pertinence to patient's age and hand size.

The wrist rehabilitation glove is not flexible in movement adjustment of the wrist part and single in clinical function aiming at the existing air pressure wave therapeutic instrument rehabilitation gloves, and is an improvement measure adopted for achieving flexible and adjustable wrist movement angles, improving the functional practicability of products and improving the clinical experience of patients.

SUMMERY OF THE UTILITY MODEL

In view of the above, there is a need for a treatment glove which can be flexibly adjusted and can change the shape of the glove.

The utility model provides a dedicated treatment gloves of rehabilitation physiotherapy class for patient's hand rehabilitation, includes gloves main part, fixed subassembly and gasbag bag subassembly, fixed subassembly includes a plurality of finger mountings, and is a plurality of finger mountings are installed and are used for the holding finger in the gloves main part, gasbag bag subassembly includes that a plurality of wrists adjust gasbag bag, elbow gasbag bag and a plurality of finger gasbag bag, and is a plurality of gasbag bag, elbow gasbag bag and a plurality of finger gasbag bag are adjusted to the wrist and are connected respectively in the gloves main part and aerify respectively, through filling gassing control to each gasbag bag, adjust the activity of the state of aerifing in each gasbag bag in order to control wrist and finger.

Further, the glove body includes a support member, a finger portion, a wrist portion, and an elbow portion, the support member being disposed at the finger portion for supporting the glove.

Further, finger holder includes a plurality of fixed ring or bandage, and is a plurality of fixed ring or bandage are installed and are used for fixed finger at the finger portion, fixed subassembly still includes elbow tying area, elbow tying area connects and is used for fixed elbow in elbow department.

Further, two-layer structure about the gloves main part adopts, finger portion and wrist portion are integrative last leather sheath layer, wrist portion and elbow portion are integrative lower leather sheath layer, leather sheath layer is located to elbow gasbag bag.

Furthermore, the device also comprises a plurality of inflation pipelines, and each inflation pipeline is respectively provided with a plurality of independent control valves and a plurality of pressure sensors.

Further, it is a plurality of the gasbag is equipped with in wrist regulation gasbag, elbow gasbag and a plurality of finger gasbag, and is a plurality of the gasbag is installed respectively in a plurality of wrists regulation gasbag, elbow gasbag and a plurality of finger gasbag and is connected and to correspond an inflation tube way.

Furthermore, each pressure sensor is correspondingly connected with an independent control valve and arranged at the input end of the inflation pipeline, the input pressure in the inflation pipeline is monitored through the pressure sensors, and each independent control valve independently controls the inflation and deflation of the multiple air bags through the pressure sensors.

Furthermore, the wrist adjusting air bag is connected to the back of the finger part and communicated with the inflation pipeline, the wrist is adjusted through the independent control valve, the rehabilitation training angle range of the wrist is adjusted through controlling the inflation quantity of the wrist adjusting air bag, the movement angle and the frequency of the wrist are controlled, and the glove main body is accurately rotated.

Further, the elbow gasbag is located the elbow and connects a plurality of gas tube ways respectively, the elbow gasbag is connected and is adjusted the gasbag back in the wrist and be located the most back of finger portion, through the shape of elbow gasbag change glove body.

Further, every finger air bag is provided with the zip fastener, and is a plurality of finger air bag sets up between each finger mounting, the gloves main part opens and shuts the motion under finger air bag effect.

When the treatment gloves are used, the fixing component fixes the glove main body on the arm of a user, the finger fixing component is used for fixing fingers, the airbag component is installed on the glove main body and is multiple, the wrist is adjusted, the airbag is installed at the wrist and is used for adjusting the rotation of the wrist, the input pressure of the input end of the inflation pipeline is monitored by the pressure sensor, the movement angle and the frequency of the wrist are accurately controlled, the elbow airbag is installed at the elbow and is used for changing the shape of the glove main body, the finger airbag is installed at the finger positions and is used for adjusting the opening and closing movement of the fingers in the horizontal direction, and therefore the effect of driving hand movement is achieved through the size and the shape of the inflation and deflation control gloves.

Drawings

Fig. 1 is a front view of a therapeutic glove special for rehabilitation therapy provided by the embodiment of the utility model.

Fig. 2 is a rear view of a therapeutic glove for rehabilitation therapy provided by the embodiment of the utility model.

Fig. 3 is a schematic perspective view of a pair of therapeutic gloves for rehabilitation therapy provided by an embodiment of the present invention.

Detailed Description

The present invention will be described in detail with reference to the following embodiments and drawings.

Please refer to fig. 1, fig. 2 and fig. 3, which illustrate a therapeutic glove 100 for rehabilitation therapy, which is used for rehabilitation therapy of a hand of a patient, and includes a glove body 10, a fixing component 20 and an air bag component 30, wherein the fixing component 20 includes a plurality of finger fixing components 21, a plurality of the finger fixing components 21 are installed on the glove body 10 for fixing fingers, the air bag component 30 includes a plurality of wrist adjusting air bags 31, an elbow air bag 32 and a plurality of finger air bags 33, the wrist adjusting air bags 31, the elbow air bags 32 and the finger air bags 33 are respectively connected to the glove body 10 and respectively inflated or filled with air bags, the air bags are sealed or directly inflated, and in this embodiment, additional air bags are preferably filled into the air bags. The inflation and deflation of the air bags are controlled, and the inflation state of each air bag is adjusted to control the movement of the wrist and the finger.

Specifically, the glove body 10 includes a support 11, a finger portion 12, a wrist portion 13 and an elbow portion 14, and the support 11 includes a rectangular support block 11, and the rectangular support block 11 is disposed at a palm position of the finger portion 12 for supporting the glove 100. Preferably, the finger portion 12, wrist portion 13 and elbow portion 14 are integrally connected, such as by stitching. Specifically, as shown in fig. 1 and 3, the glove body 10 has an upper and lower two-layer structure, and the same end of the finger portion 12 and the wrist portion 13 are connected to one end of the elbow 13, and extend from one end of the elbow 13 to form an upper and lower two-layer structure, wherein the finger portion 12 is an upper leather cover layer which is an upper layer, and the wrist portion 13 is a lower leather cover layer which is an upper layer and is provided with the elbow airbag 32.

In one embodiment, the finger fixing member 21 comprises a plurality of finger rings or bands 21, which are shown in the form of bands, the fixing bands 21 are semi-circular cylindrical, a plurality of fixing bands 21 are connected to the finger portion 12, such as sewn on the glove body 10, and the user can fix the finger by passing the finger through the finger rings or bands 21, so as to ensure that the movement between the fingers is not affected and the therapeutic effect is ensured.

Specifically, the fixing assembly 20 further includes two elbow fastening bands 22, two elbow fastening bands 22 are respectively installed at the elbow parts 14, the elbow fastening bands 22 have adhesive parts 221, and the elbow fastening bands 22 are fixed by the adhesive parts 221, thereby fixing the elbow.

Specifically, the therapeutic glove 100 further comprises a plurality of inflation tubes 40, wherein each inflation tube 40 is provided with a plurality of independent control valves 41 and a plurality of pressure sensors 42, and the independent control valves 41 are used for controlling the opening and closing of the inflation tubes 40, so that the pressure in the inflation tubes 40 is controlled through the independent control valves 41.

Specifically, the wrist adjustment airbag bag 31, the elbow airbag bag 32 and the plurality of finger airbag bags 33 are provided with airbags therein, and the airbags are installed in the wrist adjustment airbag bag 31, the elbow airbag bag 32 and the plurality of finger airbag bags 33, respectively, and connected to correspond to one inflation duct 40.

Specifically, each of the pressure sensors 42 is correspondingly connected with an independent control valve 41 and is arranged at the input end of the inflation pipeline 40, the input pressure in the inflation pipeline 40 is monitored through the pressure sensors 42, each of the independent control valves 41 individually controls the inflation and deflation of the plurality of air bags through the pressure sensors 42, and the pressure in the wrist adjustment air bag 31, the elbow air bag 32 and the plurality of finger air bags 33 can be adjusted according to the use condition.

In this embodiment, the wrist is adjusted gasbag 31 and is had four, four the wrist is adjusted gasbag 31 and is equipped with a plurality of gasbags, four the wrist is adjusted gasbag 31 and is sewed up into an organic whole with the needle and thread in the one end of being connected with elbow portion 13, and is a plurality of the gasbag is fan-shaped and installs at the back formation wrist that indicates 12 and adjust gasbag 31, and every the gasbag communicates gas tube 40 alone, and four wrists are adjusted gasbag 31 and arrange in proper order and locate between the front end on epitheca layer and hypodermis layer. Every the gasbag is filled out the gassing control under the effect of inflation tube 40, independent control valve 41 adjusts gasbag 31 to the wrist, and is a plurality of through controlling respectively the gasbag in the wrist adjusts gasbag 31 is aerifyd quantity and is adjusted the rehabilitation training angular range of wrist, is only full of one rehabilitation training angle when the gasbag 31 is adjusted to the wrist is minimum, is full of a plurality of the rehabilitation training angle when gasbag 31 is adjusted to the wrist is whole to be full of is the biggest to can accurately select a plurality of rehabilitation training angles of gloves, can select different treatment rehabilitation training angles to different treatment stage patients, control the activity angle and the frequency of wrist portion 13 realize the accurate rotation of gloves main part 10.

Specifically, the wrist portion 13 is provided with a wrist zipper 321, the elbow airbag 32 is located in the wrist zipper 321 of the elbow portion 13 and connected to the inflation tubes, respectively, the elbow airbag 32 is connected to the back of the wrist adjustment airbag and located at the most back of the finger portion 12 and extends to the elbow portion 14, by which the elbow airbag 32 changes the shape of the glove body 10.

Specifically, the finger part 12 is provided with a finger zipper 331, a plurality of finger air bags 33 are installed in the finger zipper 331 of the finger part 12 and connected to the plurality of inflation tubes 40, respectively, the plurality of finger air bags 33 are provided between the finger fasteners 21, and the glove body 10 performs an opening and closing motion by the finger air bags 33.

When the treatment glove 100 is used, the fixing component 20 fixes the glove main body 10 on the arm of a user, the finger fixing component 21 is used for fixing fingers, the airbag component 30 is installed on the glove main body 10 and is multiple, the wrist adjusting airbag 31 is installed at the wrist to be used for adjusting the rotation of the wrist, in addition, the input pressure of the input end of the inflation pipeline 40 can be monitored through the pressure sensor 42, the movement angle and the frequency of the wrist are controlled through the independent control valve 41, the elbow airbag 32 is installed at the elbow to be used for changing the shape of the glove main body 10 and is multiple, the finger airbags 33 are respectively installed at the fingers to be used for adjusting the opening and closing movement of the fingers in the horizontal direction, and therefore the effect of driving hand movement is achieved through the volume and the shape of the inflation and deflation control glove 100.

It should be noted that the present invention is not limited to the above embodiments, and other changes can be made by those skilled in the art according to the spirit of the present invention, and all the changes made according to the spirit of the present invention should be included in the scope of the present invention.

Claims

1. The utility model provides a dedicated treatment gloves of rehabilitation physiotherapy class for patient's hand rehabilitation, a serial communication port, including gloves main part, fixed subassembly and gasbag bag subassembly, fixed subassembly includes a plurality of finger mountings, and is a plurality of finger mountings are installed and are used for the holding finger in the gloves main part, gasbag bag subassembly includes that a plurality of wrists adjust gasbag bag, elbow gasbag bag and a plurality of finger gasbag bag, and is a plurality of gasbag bag is aerifyd or is packed into respectively in gloves main part is connected respectively to wrist regulation gasbag bag, elbow gasbag bag and a plurality of finger gasbag bag, through filling out gassing control to each gasbag bag, adjusts the activity of the form of aerifing of each gasbag bag in order to control wrist and finger.

2. The rehabilitation therapy-specific therapeutic glove of claim 1, wherein the glove body includes a support member provided at the finger portion for supporting the glove, a finger portion, a wrist portion, and an elbow portion.

3. The rehabilitation therapy-specific therapeutic glove of claim 2, wherein the finger fixing member includes a plurality of fixing finger rings or straps which are installed at the finger portions for receiving the fingers, and the fixing member further includes an elbow tying band which is connected to the elbow portions for fixing the elbow.

4. The therapeutic glove for rehabilitation therapy according to claim 2, wherein the glove body has an upper layer and a lower layer, the finger portion and the wrist portion are an integral upper leather sheath layer, the wrist portion and the elbow portion are an integral lower leather sheath layer, and the elbow air bag is disposed on the lower leather sheath layer.

5. The rehabilitation therapy-specific therapeutic glove of claim 2, further comprising a plurality of inflation conduits, each inflation conduit being provided with a plurality of independent control valves and a plurality of pressure sensors.

6. The special therapeutic glove for rehabilitation therapy according to claim 5, wherein a plurality of said wrist adjustment air bags, elbow air bags and finger air bags are provided with air bags therein, and a plurality of said air bags are respectively installed in the plurality of wrist adjustment air bags, elbow air bags and finger air bags and connected to a corresponding one of the inflation pipes.

7. The rehabilitation therapy glove special for rehabilitation therapy according to claim 5, wherein each pressure sensor is correspondingly connected with an independent control valve and arranged at the input end of the inflation pipeline, the input pressure in the inflation pipeline is monitored through the pressure sensor, and each independent control valve controls the inflation and deflation of the plurality of air bags through the pressure sensor.

8. The rehabilitation therapy-specific therapeutic glove according to claim 5, wherein the wrist adjustment air bag is connected to the back of the finger portion and communicated with the inflation pipeline, the adjustment of the wrist adjustment air bag is performed through the independent control valve, the range of the rehabilitation training angle of the wrist is adjusted by controlling the inflation quantity of the wrist adjustment air bag, the movement angle and frequency of the wrist are controlled, and the accurate rotation of the glove body is realized.

9. The rehabilitation therapy-specific therapeutic glove according to claim 6, wherein the elbow bladder is located at an elbow of a hand and connected to a plurality of inflation tubes, respectively, and the elbow bladder is connected to a back surface of the wrist adjustment bladder and located at a most back surface of the finger portion, and the shape of the glove body is changed by the elbow bladder.

10. The rehabilitation therapy glove special for rehabilitation therapy according to claim 8, wherein each finger air bag is provided with a zipper, a plurality of finger air bags are arranged between the finger fixing pieces, and the glove body performs opening and closing movement under the action of the finger air bags.