TW201620587A - Finger rehabilitation device - Google Patents

Abstract

A finger rehabilitation device comprises a rehabilitation device and a controller. The rehabilitation device has a plurality of buttons to be pressed by fingers and a plurality of LEDs corresponding to the buttons. When the button on the rehabilitation device is pressed with a predetermined pressure and time, the corresponding LED will be extinguished, and at the same time the rehabilitation device will convert the pressing pressure and time of the buttons into wireless signals to be transmitted. The controller can receive the wireless signal from the rehabilitation device and display the corresponding signal on the display screen of the controller. In addition, the controller is also provided thereon with an input module for setting the pressure and time for the buttons to be pressed and selecting the rehabilitation modes. The structure above enables the patients to perform rehabilitation by themselves to greatly enhance rehabilitation efficiency and save labor costs.

Description

Finger rehabilitation device

The invention relates to a technical field of a finger rehabilitation device, in particular to a finger rehabilitation device which can greatly improve rehabilitation efficiency and effectively save labor cost.

In recent years, due to changes in social patterns, most people's work is very busy, and life pressure is very heavy. As a result, people with cardiovascular diseases such as hypertension have increased year by year, and the age of patients has gradually decreased. The trend is that cardiovascular disease can easily cause a stroke. Although high blood pressure is the biggest cause of stroke, but low blood pressure can still lead to stroke, especially in the elderly because of the increased blood consistency, slow blood flow during sleep, etc., leading to transient cerebral ischemia and the end of the finger "Slight stroke (small stroke)" of Ma, may cause severe stroke if mild stroke does not pay attention to treatment and rehabilitation. Eighty percent of the patients with mild strokes are reluctant to seek medical treatment because they don't know if they have a stroke or are escaping. This has missed the opportunity of gold treatment. At present, the mode of minor stroke rehabilitation mainly relies on the medical staff to pull the patient's finger movement activity or massage rehabilitation and use the fixed type of wood to enable the patient to rehabilitate. Among them, relying on medical staff to pull fingers to carry out activities or massage rehabilitation methods is not only a waste of manpower and time, especially in the current situation where medical personnel are generally seriously inadequate, this method is not only labor cost is very high It is not economical, and it does not provide good rehabilitation. In addition, the use of fixed sub-wood for rehabilitation, there will be gripping, improper way to take things, and the palm still has the problem of not being able to release the item, and even the fingers will appear involuntarily bent and retracted posture. According to the medical report, there are 3 to 50% of patients with mild stroke in China. Although they have undergone rehabilitation treatment, the strength of their fingers is still obviously insufficient. Therefore, how to make a mild stroke patient obtain a good and effective rehabilitation effect without costing is the main research direction of the present invention.

The main object of the present invention is to provide a finger rehabilitation device that can be used by a patient to rehabilitate himself and improve the patient's rehabilitation, thereby greatly improving rehabilitation efficiency and saving labor costs.

The invention provides a finger rehabilitation device, which comprises a rehabilitation device and a controller. The rehabilitation device includes a plurality of buttons, a plurality of pressure sensing units, a plurality of LEDs, a core processing module, and a first wireless signal transmission module. The plurality of keys can be pressed by a plurality of fingers of the user respectively. The plurality of pressure sensing units can respectively detect the force and time when the corresponding button is pressed. The plurality of LEDs are correspondingly disposed on one side of the plurality of keys. The core processing module is connected to the plurality of pressure sensing units and the plurality of LEDs for receiving the pressure channel and time of the button detected by the plurality of pressure sensing units, and the predetermined pressure and time of the button reaches a predetermined time When the value is turned off, the corresponding LED is turned off. The first wireless signal transmission module is connected to the core processing module, and the information such as the pressure channel and time of the button received by the core processing module is converted into a wireless signal for transmission. The controller includes a second wireless transmission module, and a The control module, an input module, a display screen and a speaker unit. The second wireless transmission module is configured to receive the wireless signal sent by the first wireless signal transmission module. The control module is connected to the second wireless signal transmission module and includes a memory unit, a timing unit and a processing unit. The memory unit is configured to install a control interface and store a rehabilitation record, and the timing unit is available for calculation. The pressing time of the plurality of buttons, the processing unit is configured to determine whether the pressing channel and time of the button reaches a predetermined value and control the turning on and off of the plurality of LEDs. The input module is connected to the control module, and the user can select the rehabilitation mode and set the pressure channel and time. The display screen is connected to the control module, and is configured to display the control interface and cooperate with the input module to perform selection and setting of the rehabilitation mode and display corresponding actions of the rehabilitation device. The speaker unit is connected to the control module, and can play the action description or time of the rehabilitation device in a voice manner.

The finger rehabilitation device provided by the present invention can clearly and clearly see the position, pressure and time of the user's finger pressing the button by using the signal transmission between the rehabilitation device and the controller, and The rehabilitation record is stored, and the operation is very simple, so the user can perform rehabilitation without relying on the medical staff, especially the user can intuitively see the progress and effect of the rehabilitation, so it can effectively improve The user's resilience interest and efficiency, and can also significantly reduce labor costs.

1‧‧‧Rehabilitation

10‧‧‧ Subject

100‧‧‧ button hole

101‧‧‧ lamp hole

102‧‧‧ socket

11‧‧‧ button

12‧‧‧ Elastomers

13‧‧‧ Pressure sensing unit

14‧‧‧LED

15‧‧‧Core Processing Module

16‧‧‧First wireless signal transmission module

2‧‧‧ Controller

20‧‧‧Second wireless transmission module

21‧‧‧Control Module

210‧‧‧ memory unit

211‧‧‧Time unit

212‧‧‧Processing unit

22‧‧‧Input module

23‧‧‧ Display screen

24‧‧‧ Speaker unit

3‧‧‧Control interface

30‧‧‧Operating module

31‧‧‧Display module

32‧‧‧Self-rehabilitation mode

320‧‧‧Pressure setting unit

321‧‧‧Time setting unit

322‧‧‧ start unit

33‧‧‧Instructed rehabilitation mode

330‧‧‧Pressure setting unit

331‧‧‧Time Setting Unit

332‧‧‧ positive sequence unit

333‧‧‧ Reverse unit

334‧‧‧Sequence unit

335‧‧‧ start unit

34‧‧‧record mode

340‧‧‧Delete unit

341‧‧‧Share unit

35‧‧‧Action display area

350‧‧‧ button icon

36‧‧‧Pressure display area

37‧‧‧Time display area

38‧‧‧Pause/start unit

39‧‧‧End unit

Figure 1 is a block diagram of the system of the present invention.

Fig. 2 is a schematic enlarged cross-sectional view showing the rehabilitation device of the present invention.

Figure 3 is a schematic diagram showing the architecture of the control interface of the present invention.

Fig. 4 is a schematic view showing the operation screen of the operation module of the present invention.

Fig. 5 is a schematic diagram showing the operation screen of the autonomous rehabilitation mode of the present invention.

Figure 6 is a schematic diagram of the operation screen of the present invention indicating the rehabilitation mode.

Figure 7 is a schematic diagram of a display screen of the display module of the present invention.

Referring to Figures 1 and 2, it is shown that the finger rehabilitation device of the present invention comprises a rehabilitation device 1 and a controller 2. among them:

The rehabilitation device 1 includes a main body 10, five buttons 11, five elastic bodies 12, five pressure sensing units 13, five LEDs 14, a core processing module 15, and a first wireless signal transmission module 16. The main body 10 is configured to be conveniently held by a user. The main body 10 has five button holes 100 extending through the inner and outer portions, and five light holes 101 respectively corresponding to the side of the five button holes 100. The main body 10 has five sockets 102 corresponding to the five button holes 100. The five buttons 11 are respectively telescopically movable in the five button holes 100, and are respectively pressed by the user's thumb, forefinger, middle finger, ring finger and little finger. The five elastic bodies 12 are respectively disposed between the five buttons 11 and the five sockets 102, and can provide a restoring force of the five buttons 11 to be returned to the original position after being pressed. The five pressure sensing units 13 extend to the five sockets 102, respectively, for pressing the bottom of the five buttons 11 respectively, and the corresponding contact is detected by the pressure contact at the bottom of the five buttons 11 Pressure track and time. The five LEDs 14 are respectively embedded in the five lamp holes 101. The core processing module 15 is disposed in the main body 10 and connects the five pressures The sensing unit 13 and the five LEDs 14 are configured to receive the pressure channel and time of the button 11 detected by the five pressure sensing unit 13, and corresponding to the pressure channel and time of the button 11 to reach a predetermined value. The LED 14 is extinguished. The first wireless signal transmission module 16 is disposed in the main body 10 and connected to the core processing module 15 for converting the pressure channel timely information of the button 11 received by the core processing module 15 into a wireless signal. Send it out.

The controller 2 includes a second wireless transmission module 20, a control module 21, an input module 22, a display screen 23, and a speaker unit 24. The second wireless transmission module 20 is configured to receive the wireless signal sent by the first wireless signal transmission module 16 . The control module 21 is connected to the second wireless signal transmission module 20 and includes a memory unit 210, a timing unit 211 and a processing unit 212. The memory unit 210 can be used to install a control interface 3 (which will be described below). For details, and storing the rehabilitation record, the timing unit 211 can calculate the pressing time of the plurality of keys 11, and the processing unit 212 can determine whether the pressing channel and time of the button 11 reach a predetermined value and control the plurality of LEDs 14 The light is off. The input module 22 is connected to the control module 21, and the user can select the rehabilitation mode and set the pressure channel and time. The display screen 23 is connected to the control module 21 for displaying the control interface 3, and can cooperate with the input module 22 to select and set the rehabilitation mode and display the action of the rehabilitation device 1. The speaker unit 24 is connected to the control module 21, and can play the action description and time of the rehabilitation device 1 by voice.

In the present invention, the controller 2 can be a smart phone, a tablet computer, a notebook computer, a desktop computer or other electronic device, and the controller 2 loses The input module 22 and the display screen 23 can be integrated into a touch screen. The first wireless signal transmission module 16 and the second wireless signal transmission module 20 can be a Bluetooth transmission module. The rehabilitation device 1 And the controller 2 is separately provided with a power module (not shown) to provide the power thereof. The power module is a common technical means and structure, so the description and the drawings are not described again. And depiction.

Referring to FIGS. 3-7, the control interface 3 includes an operation module 30 and a display module 31, wherein:

The operation module 30 includes an autonomous rehabilitation mode 32, an indication rehabilitation mode 33, and a recording mode 34. The self-recovery mode 32 includes a pressure setting unit 320, a timing setting unit 321 and a start unit 322. The pressure setting unit 320 can be used to set the button 11 to be under pressure (eg, weakest, weak, medium, strong, strongest). ......etc.), the timing setting unit 321 can be used to set the pressing time of the button 11 (such as 1~30 seconds, etc.), when the button 11 is pressed to reach the preset pressure and time, the rehabilitation device 1 The corresponding LED 14 will be extinguished (please refer to FIG. 1), and the start unit 322 can be activated for self-healing and jump to the display module 31. The indication rehabilitation mode 33 includes a pressure setting unit 330, a timing setting unit 331, a positive sequence unit 332, a reverse sequence unit 333, a scramble unit 334, and a start unit 335. The pressure setting unit 330 is configured to set a button. 11 is subject to pressure (such as: weakest, weak, medium, strong, strongest, etc.), the timing setting unit 331 can be used to set the pressing time of the button 11 (such as 1~30 seconds, etc.), when the button When the pressure reaches the preset pressure and time, the corresponding LED 14 will be extinguished (please refer to FIG. 1), and the positive sequence unit 332 is used to control the LED 14 of the rehabilitation device 1 according to the corresponding thumb and forefinger. Middle finger, ring finger, little finger position The sequence is sequentially illuminated, and the reverse unit 333 is used to control the LEDs 14 of the rehabilitation device 1 to sequentially illuminate according to the positions of the corresponding little finger, ring finger, middle finger, index finger and thumb. The disorder unit 334 is used for The plurality of LEDs 14 controlling the rehabilitation device 1 are randomly illuminated, and the start unit 335 can be activated to indicate the rehabilitation and jump to the display module 31. The recording mode 34 is capable of displaying the previously stored rehabilitation record, and includes a deleting unit 340 and a sharing unit 341, the deleting unit 340 is configured to delete the selected rehabilitation record, and the sharing unit 341 is available for selection. Rehabilitation records are shared with social media, E-Mail or newsletters, etc., or exported to other devices.

The display module 31 includes an action display area 35, a pressure display area 36, a time display area 37, a pause/start unit 38, and an end unit 39. The action display area 35 includes five button icons 350 representing the thumb, the index finger, the middle finger, the ring finger and the little finger. When the corresponding button 11 of the rehabilitation device 1 is pressed, the corresponding button icon 350 is illuminated ( Please refer to Figure 1). The pressure display area 36 displays the pressure at which the button 11 is pressed. The time display area 37 displays the countdown time at which the button 11 is pressed. The pause/start unit 38 is available to suspend rehabilitation and resume rehabilitation. The end unit 39 is for ending and storing the rehabilitation.

When the self-recovery mode is performed, the user actively presses the button 11 on the rehabilitation device 1. When the button 11 of the rehabilitation device 1 is pressed, the corresponding display screen of the controller 2 displays corresponding The button icon 350 is used to indicate the pressure and time at which the finger is pressed and pressed. For example, when the index finger presses the button 11, the button pattern 350 representing the index finger on the display screen 23 will illuminate, and the pressure display area 36 will display the current pressure track, and the time display area 37 will display the countdown of the press. When the force and time of pressing reach a preset value, the corresponding LED 14 is extinguished, and thus the loop action can perform effective finger rehabilitation.

When the indication rehabilitation mode is performed, the plurality of button icons 350 on the display screen 23 are illuminated in the selected mode sequence (such as positive sequence, reverse sequence or out of order), and the controller 2 controls the rehabilitation device 1 The corresponding LED 14 is illuminated, so that the user needs to press the corresponding button 11 according to the illuminated LED 14. If the pressed button 11 is correct, the pressure channel and the time reach the preset value, the LED 14 will be extinguished. Then, the other button icon 350 of the display screen 23 will be illuminated, and the corresponding LED 14 on the rehabilitation device 1 is illuminated to indicate the button 11 to be pressed by the next finger, so that the loop can be used for efficient finger rehabilitation. .

The finger rehabilitation device provided by the present invention allows the user to clearly and clearly see the position of the finger pressing the button 11 by the signal transmission between the rehabilitation device 1 and the controller 2 and the storage of the rehabilitation record. , stress and time, and its operation is very simple, so users can rehabilitate on their own without relying on medical staff, especially users can intuitively see their progress and effect, so it can effectively improve The user's resilience interest and efficiency, and can significantly save labor costs.

1‧‧‧Rehabilitation

11‧‧‧ button

13‧‧‧ Pressure sensing unit

14‧‧‧LED

15‧‧‧Core Processing Module

16‧‧‧First wireless signal transmission module

2‧‧‧ Controller

20‧‧‧Second wireless transmission module

21‧‧‧Control Module

210‧‧‧ memory unit

211‧‧‧Time unit

212‧‧‧Processing unit

22‧‧‧Input module

23‧‧‧ Display screen

24‧‧‧ Speaker unit

Claims (10)

A finger rehabilitation device includes: a rehabilitation device, comprising a plurality of buttons, a plurality of pressure sensing units, a plurality of LEDs, a core processing module, and a first wireless signal transmission module, wherein the plurality of keys are respectively available to the user The plurality of finger sensing units respectively detect the force and time of the corresponding button being pressed and generate a corresponding signal. The plurality of LEDs are correspondingly disposed on one side of the plurality of buttons, and the core processing module is connected to the plurality of The pressure sensing unit and the plurality of LEDs are configured to receive the pressure channel and the time signal of the button detected by the plurality of pressure sensing units, and make the corresponding LED when the pressing pressure channel and the time of the button reach a predetermined value The first wireless signal transmission module is connected to the core processing module, and the pressure channel and the time signal of the button received by the core processing module are converted into wireless signals for transmission; and a controller includes a controller a second wireless transmission module, a control module, an input module, a display screen and a speaker unit, and the second wireless transmission module is configured to receive the first wireless The wireless signal sent by the transmission module is connected to the second wireless signal transmission module, and includes a memory unit, a timing unit and a processing unit. The memory unit can be installed with a control interface and stored. The timing unit is configured to calculate a pressing time of the plurality of buttons, and the processing unit is configured to determine whether the pressing channel and the time of the button reach a predetermined value and control the turning on and off of the plurality of LEDs through the core processing module. The input module is connected to the control module, and the user can select the rehabilitation mode and set the pressure channel and the time. The display screen is connected with the control module, and the control interface can be displayed and the input module can be used for rehabilitation. Mode selection and The action of the rehabilitation device is set and displayed, and the speaker unit is connected to the control module, and the action description of the rehabilitation device can be played by voice. The finger rehabilitation device of claim 1, wherein the rehabilitation device comprises a main body and a plurality of elastic bodies, the main body is convenient for the user to hold, and the plurality of keys are telescopically coupled to the main body, the plural elastic The core processing module and the first wireless signal transmission module are disposed in the main body. The core processing module and the first wireless signal transmission module are disposed in the main body. The finger rehabilitation device of claim 2, wherein the main body has a plurality of button holes and a plurality of lamp holes extending through the inner and outer portions, wherein the plurality of button holes are respectively telescopically coupled to the plurality of buttons, and the plurality of lamp holes are respectively provided The plurality of LEDs are embedded. The finger rehabilitation device of claim 3, wherein the body has a plurality of sockets, the plurality of sockets respectively for receiving the plurality of pressure sensing units. The finger rehabilitation device of claim 4, wherein the input module and the display screen are integrated to form a touch screen. The finger rehabilitation device of claim 5, wherein the number of the socket, the pressure sensor, the LED, the button and the elastic body are respectively five, and the five buttons are respectively available to the user. Thumb, index finger, middle finger, ring finger and little finger press. The finger rehabilitation device of claim 6, wherein the control interface comprises an operation module and a display module, the operation module comprising an autonomous rehabilitation mode, an indication rehabilitation mode, and a recording mode, the autonomous The rehabilitation mode means that when the button of the rehabilitation device is pressed, a corresponding graphic is displayed on the display screen of the controller to indicate that the finger is being pressed and the pressure and time of the display are pressed, and the indication rehabilitation mode is Means that the LED on the rehabilitation device is illuminated by the controller for The user presses the corresponding button according to the illuminated LED. If the pressed button is correct and reaches a predetermined value of the pressure channel and time, the LED will be extinguished, and the recording mode refers to displaying the previously stored rehabilitation record. The display module is configured to display a button, pressure and time corresponding to the pressing of the rehabilitation device. The finger rehabilitation device of claim 7, wherein the autonomous rehabilitation mode comprises a pressure setting unit, a timing setting unit and a starting unit, wherein the pressure setting unit is configured to receive a pressure receiving channel, and the timing setting unit can For setting the pressing time of the button, when the button is pressed to reach the preset pressure and time, the corresponding LED will be extinguished, and the starting unit can start autonomous rehabilitation and jump to the display module, the indication The rehabilitation mode includes a pressure setting unit, a timing setting unit, a positive sequence unit, a reverse sequence unit, a disordered unit and a start unit, and the pressure setting unit indicating the rehabilitation mode is configured to set the button to be subjected to the pressure channel, The timing setting unit indicating the rehabilitation mode is configured to set the pressing time of the button. When the button is pressed to reach the preset pressure and time, the corresponding LED is extinguished, and the positive sequence unit is used to control the rehabilitation. The LED of the device is sequentially illuminated according to the position of the corresponding thumb, index finger, middle finger, ring finger and little finger, and the reverse order unit is used for controlling the LED of the rehabilitation device according to the corresponding little finger, The order of the positions of the ring finger, the middle finger, the index finger and the thumb is sequentially illuminated, and the out-of-order unit is used to control the complex LEDs of the rehabilitation device to be randomly lit, and the starting unit of the indication rehabilitation mode can be activated to indicate the rehabilitation And jumping to the display module, the recording mode includes a deleting unit and a sharing unit, wherein the deleting unit is configured to delete the rehabilitation record, the sharing unit is configured to remit the rehabilitation record, and the display module includes an action display a zone, a pressure display zone, a timed display zone, a pause/start unit and an ending unit, the action display zone comprising 5 representative thumbes, index fingers, middle fingers, The button icon of the ring finger and the little finger, in the autonomous rehabilitation mode, when the corresponding button of the rehabilitation device is pressed, the corresponding button icon will light up, and when the rehabilitation mode is indicated, when one of the button patterns is displayed When the light is on, the corresponding LED on the rehabilitation device is also illuminated to prompt the user to press the corresponding button. The pressure display area displays the pressure of the button being pressed, and the time display area is displayed by the button. The countdown time of the pressure, the pause/start unit is available for suspending rehabilitation and restarting the rehabilitation, the end unit is for ending and storing the rehabilitation. The finger rehabilitation device of claim 8, wherein the controller is a smart phone. The finger rehabilitation device of claim 8, wherein the first wireless signal transmission module and the second wireless signal transmission module are Bluetooth transmission modules.