TW201534285A - Rehabilitation assistance waist protection belt and rehabilitating method for waist muscle and lumbar - Google Patents

Abstract

A rehabilitation assistance waist protection belt includes a belt body and a driving device. The belt body is provided to tie around the waist of a user. Inside the belt body, there is an air bag that can be elastically expanded or contracted by means of air inflation or deflation. The driving device includes an air inflation motor and an air exhausting valve. The air inflation motor, the air exhausting valve and the air bag are connected with each other by pipes. The air inflation motor can perform air inflation on the air bag. The air exhausting valve can discharge the gas in the air bag. A rehabilitating method for waist muscle and lumbar comprises: tying the belt body of the waist protection belt around the waist of a user; and using the driving device to control the time and frequency for expanding and contracting the waist protection belt, so that the waist protection belt is in a state of assisting and helping straighten the waist during air inflation thereby assisting the user straighten his/her waistt easily, and in a state of self-supporting the waist by the user during air disinflation, thereby allowing the user to rely on his/her own force to slowly support and hold the waist. By means of slightly adjusting the amount of air inflation and disinflation in cooperation with the time and frequency of air inflation and disinflation, it is possible to achieve a progressive training, so as to provide an excellent and effective rehabilitation effect as well as avoid any possible injury.

Description

Rehabilitation auxiliary belt and lumbar muscle and lumbar spine rehabilitation method

The invention relates to a technical field of a rehabilitation auxiliary belt and a rehabilitation method for a lumbar muscle and a lumbar vertebra, in particular, an interaction auxiliary state and an autonomous support state can be utilized to obtain a lumbar muscle and a lumbar spine of a user. Progressive self-training, which can achieve good and effective rehabilitation, and can also avoid the rehabilitation of the auxiliary belt and the rehabilitation of the lumbar and lumbar vertebrae.

According to statistical reports, about 80% of adults experience at least one low back pain in their lifetime. The causes of low back pain are many, and most of them are related to muscle overwork or poor posture. The current method for treating low back pain uses a rigid or metal stent (known as iron garment) to support the patient's lower back to reduce the burden on the patient's lumbar muscles and lumbar vertebrae. However, it is generally hard or metal. The stent usually only provides a hard auxiliary support effect to reduce the burden on the patient's waist muscles and lumbar vertebrae, but it cannot achieve the training of the patient's waist muscles and lumbar vertebrae. Therefore, when a hard or metal stent is generally used, it is necessary to remove it at a proper time to allow the patient to perform other rehabilitation exercises on the lumbar muscles and lumbar vertebrae (such as massage, exercise, etc.).

However, the wear and tear of the rigid or metal stent is very troublesome, so the patient may be inconvenient in rehabilitation. In particular, when the hard or metal stent on the patient is removed, the patient's waist muscles and lumbar vertebrae suddenly suffer a lot. The burden, therefore, will cause severe pain in the patient's waist muscles and lumbar vertebrae, so that the burden of this moment will cause secondary damage to the patient's waist muscles and lumbar vertebrae. Therefore, the patient will be regarded as a fearful way to rehabilitate, thereby reducing the interest and frequency of rehabilitation, so that the disease can not be improved, so that the patient will develop a habit of relying on hard or metal stents for a long time. Muscular atrophy and degeneration of the lumbar spine with serious consequences of insufficient support.

Conventionally, the use of rigid or metal stents (known as iron garments) to treat low back pain is problematic in that it is inconvenient to wear and remove, and it is impossible to achieve the effects of waist muscles and lumbar vertebrae of self-training patients.

The invention provides a rehabilitation auxiliary belt, comprising a belt body and a driving device. Wherein, the belt system can be bundled on the waist of the user, and the inside of the belt body has at least one airbag, and the airbag can be elastically expanded or contracted by filling and deflation to make the belt body to the waist of the user. Form a support or unsupported state. The driving device comprises an air motor, an exhaust valve, a core processing module, an operation module and a first wireless signal transceiver module. The air motor, the exhaust valve and the air bag are connected by a pipe body, and the air motor can inflate the air bag, and the air valve can discharge the gas in the air bag. The core processing module is electrically connected to the air motor and the exhaust valve, and can control and record the time and frequency of charging and deflation of the air motor and the exhaust valve. The operation module is electrically connected to the core processing module, and is configured to control and control the time and frequency of charging and deflation of the air motor and the exhaust valve through the core processing module.

The present invention provides a method for rejuvenating a lumbar muscle and a lumbar spine, comprising: providing a belt bundle of the waist belt on a waist of a user, and then using the driving device to control the time and frequency of expansion and contraction of the belt, or The time and frequency of expansion and contraction of the waistband are controlled by the smart phone through a driving device, so that when the airbag is inflated, the waistband is in an upright state to assist the user to easily lift the waist, when deflated At the time of self-supporting the waist, the user relies on his own strength to prop up the waist.

The rehabilitation auxiliary belt and the waist muscle rejuvenation method provided by the invention can make the user achieve the purpose of autonomous exercise by the contraction of the belt, so that it is not necessary to take it off during rehabilitation, thereby reducing The trouble and inconvenience of frequent wear and tear. In particular, a small amount of adjustment of the amount of inflation, displacement, charging, deflation time and frequency can be used to achieve the purpose of asymptotic self-exercise, so that it can avoid severe pain during rehabilitation. In order to greatly improve the patient's interest in rehabilitation, and to achieve a good and effective rehabilitation effect, and the progressive approach to rehabilitation can also effectively avoid harm.

10‧‧‧Band

11‧‧‧Airbag

20‧‧‧ drive

21‧‧‧Inflatable motor

22‧‧‧Exhaust valve

23‧‧‧ Core Processing Module

24‧‧‧Operating module

25‧‧‧First wireless signal transceiver module

26‧‧‧ tube body

27‧‧‧ buttons

28‧‧‧Display

30‧‧‧Remote control

31‧‧‧Second wireless signal transceiver module

40‧‧‧Smart mobile device

41‧‧‧Second wireless signal transceiver module

42‧‧‧Control program

43‧‧‧Cloud System

50‧‧ Medical Center

Figure 1 is a perspective view of the present invention.

Figure 2 is a perspective view of the system block of the present invention.

Figure 3 is a schematic view showing the state of use of the present invention.

Figure 4 is a schematic flow diagram of the present invention.

Referring to Figures 1-3, the rehabilitation auxiliary waist belt of the present invention includes a belt body 10, a driving device 20, a remote controller 30, and a smart mobile device 40. Wherein: the belt body 10 can be bundled on the waist of the user by means of a devil's felt, and the inside of the belt body 10 has at least one airbag 11. The airbag 11 can be elastically expanded or contracted by charging and deflation so that the belt body 10 thus forms an auxiliary support or an autonomous support state to the waist of the user.

The driving device 20 can be detachably coupled to the belt body 10 by using a devil felt, a hanging or a receiving bag, etc., and the driving device 20 includes an air motor 21, an exhaust valve 22, and a core processing. The module 23, an operation module 24 and a first wireless signal transceiver module 25. The air motor 21, the exhaust valve 22 and the air bag 11 are connected by a pipe body 26 for inflating the air bag 11, and the exhaust valve 22 is provided for the gas in the air bag 11. discharge. The core processing module 23 includes electronic components such as a microprocessor, a memory, and the like, and the core processing module 23 is electrically connected to the air motor 21 and the exhaust valve 22 for controlling or recording the air. The time and frequency of charging and deflation of the motor 21 and the exhaust valve 22. The operation module 24 is electrically connected to the core processing module 23, and the operation module 24 includes a plurality of keys 27 and a display 28, and the plurality of keys 27 are used to activate or deactivate the driving device 20 or set the inflation. The display 21 is used to display the time and frequency of charging and deflation of the air motor 21 and the exhaust valve 22, and various operating modes of the charging and deflation of the motor 21 and the exhaust valve 22. Operating mode or option. The first wireless signal transceiver module 25 is electrically connected to the core processing module 23, and the first wireless signal is The transceiver module 25 includes an infrared signal remote control module and a Bluetooth module.

The remote control unit 30 includes a second wireless signal transceiver module 31. The second wireless signal transceiver module 31 includes an infrared signal remote control module. The remote controller 30 can transmit and receive signals through the second wireless signal transceiver module 31 and the infrared signal remote control module of the first wireless signal transceiver module 25 to be configured and controlled through the core processing module 23. The time, frequency, and operation mode of charging and deflation of the air motor 21 and the exhaust valve 22.

The smart mobile device 40 can be a smart phone or a tablet computer, and the smart mobile device 40 includes a second wireless signal transceiver module 41 and a built-in control program 42. The second wireless signal transceiver module 41 includes a Bluetooth module, and the control program 42 transmits the signal through the second wireless signal transceiver module 41 and the Bluetooth module of the first wireless signal transceiver module 25. And receiving, and further, setting, and controlling the time, frequency, and operation mode of charging and deflation of the air motor 21 and the exhaust valve 22 through the core processing module 23. In addition, the control program 42 may also store the records in the core processing module 23 of the driving device 20 in the smart mobile device 40, or store the data in the cloud system 43 through the Internet for the medical center 50. Nursing staff can read the monitor at any time.

In the present invention, the driving device 20 and the remote controller 30 each of the smart mobile devices 40 are provided with a power supply structure such as a rechargeable battery for providing internal power of the components as a driving force thereof, and the power structure is The present invention will not be further described in detail for the conventional techniques.

In addition, in the present invention, the user can be based on the actual condition of the body. Or the medical staff can use the driving device 20, the remote controller 30 or the smart mobile device 40 to adjust the time and frequency of charging and deflation of the air motor 21 and the exhaust valve 22, thereby achieving a good and effective recovery. Health training effect. For example, it can be set to the following three modes:

1. Fixed mode: set fixed auxiliary support time and self-supporting time. When the belt 10 is inflated to reach the appropriate support user, it is an auxiliary support state. This state will last for a fixed time. After this time, the deflation begins. After entering the self-supporting state, after the state continues for a fixed time, the system returns to the auxiliary support state, and the two states can be cycled for an appropriate time to end. For example, set the auxiliary support time to 3 minutes and the self-support time to 2 minutes. When the belt 10 is inflated to properly support the user, it will stay for 3 minutes at this time as an auxiliary support. After the time has elapsed, it will start to deflate for 2 minutes. At this time, it is an independent support state, which is intended to help the user to use his own. Force, gradually stand up to the waist to achieve the effect of training the waist muscles and lumbar vertebrae, after the time of self-supporting, will be inflated back to the auxiliary support state, and cycled three times for a total of up to 15 points, for a rehabilitation time.

2. Automatic adjustment mode: Let the time of the initial support auxiliary support mode be shortened again and again, and let the time of the self-supporting mode be extended again and again to achieve the effect of assisting the user's waist muscles and lumbar support. For example, the initial auxiliary support time is set to 3 minutes, and the self-support time is 2 minutes. The first time when the auxiliary support time reaches 3 minutes, it will be deflated to the self-supporting state for 2 minutes. After the time has elapsed, it will return to the initial auxiliary support state. At this time, the state time will be shortened to 2 minutes, and the self-supporting state will be extended to 3 minutes, cycle until the auxiliary support time is zero bundle. The purpose of this mode will gradually increase the user's self-supporting time to achieve the training effect.

3. Self-setting mode: According to the user's physical condition or asking the medical staff to switch the auxiliary support state and the independent support state at any time. This mode is mainly set for special situations. For example, the elderly may be different from the rehabilitation method of young adults, so this mode will be set by the medical staff.

Referring to FIG. 4 and referring to FIG. 1-3, it is pointed out that the method for rejuvenating the lumbar muscle and the lumbar vertebra produced by the above-mentioned belt is included in the present invention. Waist of the user: The inside of the belt body 10 of the belt has at least one airbag 11 which can be elastically expanded or contracted by charging and deflation.

The driving device 20 controls the time and frequency of expansion and contraction of the belt body 10 of the belt: the operation module 24 sets and controls the inflation amount and the exhaust amount of the air motor 21 and the exhaust valve 22, Charge and deflation time and frequency to achieve the purpose of asymptotic self-rehabilitation.

The smart mobile device 40 (such as a smart phone) is used to wirelessly control the driving device 20: the smart mobile device 40 and the driving device 20 can transmit signals by using a Bluetooth module, and the smart mobile device 40 The pre-installed control program 42 can control the driving device 20 through the Bluetooth module, and the control program 42 can also store the records in the driving device 20 in the smart mobile device 40 or through the Internet. The road is stored in the cloud system 43 for the caregiver of the medical center 50 to read and monitor at any time.

The rehabilitation auxiliary belt and the rehabilitation method of the lumbar muscle and the lumbar vertebra provided by the invention can achieve the purpose of self-training by the contraction of the belt body 10 of the belt, and it is not necessary to take it off during rehabilitation. It can reduce the trouble and inconvenience of frequent wear and tear. In particular, the use of a small amount of adjustment of the amount of inflation, exhaust volume, charging, deflation time and frequency, etc., can achieve the purpose of asymptotic exercise, so that it can avoid severe pain when rehabilitated. In order to greatly improve the patient's interest in rehabilitation, and to achieve a good and effective rehabilitation effect, and the asymptotic rehabilitation method can also effectively avoid harm.

10‧‧‧Band

11‧‧‧Airbag

20‧‧‧ drive

21‧‧‧Inflatable motor

22‧‧‧Exhaust valve

23‧‧‧ Core Processing Module

24‧‧‧Operating module

25‧‧‧First wireless signal transceiver module

26‧‧‧ tube body

27‧‧‧ buttons

28‧‧‧Display

30‧‧‧Remote control

31‧‧‧Second wireless signal transceiver module

40‧‧‧Smart mobile device

41‧‧‧Second wireless signal transceiver module

42‧‧‧Control program

43‧‧‧Cloud System

50‧‧ Medical Center

Claims (10)

A rehabilitation auxiliary belt includes: a belt body that can be bundled at a waist of a user, and the inside of the belt body has at least one airbag, and the airbag can be elastically expanded or contracted by charging and deflation to enable The belt body is in a state of supporting or unsupporting the waist of the user; and a driving device includes an air motor, an exhaust valve, a core processing module, an operation module and a first wireless signal transceiving module The air motor, the exhaust valve and the air bag are connected by a pipe body, and the air motor can be used to inflate the air bag, and the air exhaust valve can discharge the gas in the air bag, the core processing mode The group is electrically connected to the air motor and the exhaust valve, and can control and record the time and frequency of charging and deflation of the air motor and the exhaust valve, and the operation module is electrically connected to the core processing module. The connection is configured to set and control the time and frequency of charging and deflation of the air motor and the exhaust valve through the core processing module. The rehabilitation auxiliary belt according to claim 1, further comprising a smart mobile device, the driving device comprising a first wireless signal transceiver module, wherein: the first wireless signal transceiver module and the core processing module The first wireless signal transceiver module includes a Bluetooth module; the smart mobile device includes a second wireless signal transceiver module and a built-in control program, and the second wireless signal transceiver module The control module is configured to transmit and receive signals through the second wireless signal transceiver module and the Bluetooth module of the first wireless signal transceiver module to further transmit the signal through the core processing module. The time and frequency of charging and deflation of the air motor and the exhaust valve are set and controlled. The rehabilitation auxiliary belt according to claim 2, further comprising a remote controller, the first wireless signal transceiver module comprising an infrared signal remote control module, the remote controller comprising a second wireless signal transceiver module, the first The second wireless signal transceiver module includes an infrared signal remote control module, and the remote controller transmits and receives signals through the second wireless signal transceiver module and the infrared signal remote control module of the first wireless signal transceiver module. Further, the core processing module sets and controls the time and frequency of charging and deflation of the air motor and the exhaust valve. The rehabilitation auxiliary belt as claimed in claim 2 or 3, wherein the smart mobile device is any one of a smart phone or a tablet. The rehabilitation auxiliary belt according to claim 2 or 3, wherein the control program stores the record in the drive device in the smart mobile device or in the cloud system via the Internet. The rehabilitation auxiliary belt according to claim 2 or 3, wherein the operation module comprises a display and a plurality of buttons, wherein the display is for displaying the time and frequency of charging and deflation of the air motor and the exhaust valve. And various operating mode options, the plurality of keys are used to activate or deactivate the driving device or set the charging and deflation time, frequency and various operating modes of the airing motor and the exhaust valve. A method for rehabilitating a lumbar muscle and a lumbar vertebra comprises: providing a belt to a waist of a user: the belt has at least one airbag that can be elastically expanded or contracted by charging and deflation; and using a driving device Controlling the time and frequency of expansion and contraction of the belt: the driving device comprises an air motor and an exhaust valve, and the air motor, the air valve and the air bag are connected by a pipe body, and the air motor is available The air bag is inflated, and the exhaust valve is configured to discharge the gas in the air bag. When inflating, the waistband is in an auxiliary support to support the waist in an upright state to assist the user to easily stand up at the waist, and when deflated, it is a state of self-supporting the waist, allowing the user to slowly support the waist by his own strength. The amount of inflation, displacement, charge, deflation time and frequency are adjusted in a small amount to achieve the purpose of asymptotic rehabilitation. The method for rejuvenating the lumbar muscles and the lumbar vertebra according to claim 7, further comprising wirelessly controlling the driving device by using a smart phone: the smart phone and the driving device are respectively provided with a pair of signals to transmit signals The Bluetooth module has a control program installed in the smart phone, and the control program can control the driving device through the Bluetooth module. The method for rejuvenating a lumbar muscle and a lumbar spine according to claim 8, wherein the control program is used to store the record in the drive device in the smart phone. The method for rejuvenating a lumbar muscle and a lumbar spine according to claim 9, wherein the control program is used to store the record in the drive device in the cloud system.