Cognitive function rehabilitation training device for neurology department

Abstract

The utility model relates to the field of medical auxiliary devices, in particular to a cognitive function rehabilitation training device for the neurology department, which comprises a mounting cabinet, one hundred groups of pressing assemblies, a display screen, an expression lamp assembly, a visual detection sensor, a microphone, a card box assembly and an electric control unit, the pressing assembly is provided with number buttons and an indicating lamp, and each number button is marked with a number selected from 0 to 99; the expression lamp assembly comprises a pleasant expression lamp and a depression expression lamp; the card box assembly is provided with a card temporary storage box and a plurality of card storage boxes; the visual detection sensor can collect digital information on the extracted digital cards. According to the utility model, the cognitive function of a patient is trained by pressing with fingers for many times, judging with the brain, speaking with the mouth and the like, and the interestingness is enhanced by feeding back whether the expression of the expression lamp assembly is accepted or not, so that the patient is pleasant to accept training to promote the rehabilitation of cognitive impairment in multiple aspects of the patient.

Description

Technical Field

[0001] The utility model relates to the field of medical auxiliary devices, in particular to a neurology cognitive function rehabilitation training device. Background Art

[0002] In the field of neurology, many patients suffer from cognitive dysfunction due to stroke, brain injury and other reasons. Cognitive dysfunction mainly refers to the functional decline or loss caused by damage to one or more of the patient's memory, language, visual space, execution, calculation and understanding and judgment. Long-term cognitive dysfunction will seriously affect the patient's daily activities and social interaction ability. Rehabilitation training for cognitive dysfunction currently mainly uses nursing staff to guide training and some training equipment for programmed training. Accompanying training requires nursing staff to have sufficient patience and time. Some programmed training equipment has single functions, some lack fun, and some have complex operating interfaces, which are not conducive to patients' willingness to accept training and rehabilitation. In view of this, it is necessary to provide a cognitive function rehabilitation training device that is easy to operate, interesting and guiding, so that patients are willing to accept training to promote the rehabilitation of patients' various cognitive dysfunctions. This is the problem to be solved in this case. Utility Model Content

[0003] In order to overcome the deficiencies in the prior art, the present invention discloses a neurological cognitive function rehabilitation training device, comprising an installation cabinet and a pressing assembly fixed thereto, a display screen, an expression light assembly, a visual detection sensor, a microphone, a card box assembly and an electronic control unit, wherein the pressing assembly is provided with a total of one hundred groups and arranged in a matrix, the pressing assembly is provided with digital buttons and indicator lights, each digital button is marked with a number selected from "0~99", and the one hundred digital buttons are arranged row by row in numerical order; the expression light assembly includes a happy expression light and a frustrated expression light that can express correct and incorrect results; the card box assembly is provided with a card temporary box and several card storage boxes, the card storage box is used to store one hundred digital cards with different numbers from "0~99" written on them, and the card temporary box is used to temporarily store a digital card drawn out from the card storage box; the visual detection sensor can collect digital information on the drawn digital card. The present invention integrates a pressing assembly, a display screen, an expression light assembly, a visual detection sensor, a microphone, a card box assembly, and an electronic control unit into a mounting cabinet. Patients can blindly draw a number card from a deck of one hundred cards without knowing the number on the card. This number information is captured only by the visual detection sensor and recorded in the electronic control unit. Patients can then make blind guesses by pressing any number button. The display screen displays the current guess and the reference range for the next guess. The expression light assembly uses a happy or frustrated expression to indicate whether they agree with the guess. Patients can also speak out what is displayed on the screen each time, and the expression light assembly uses different expressions to indicate whether they agree with the answer. Cognitive function training is achieved through repeated finger pressing, mental judgment, and verbal expression. The expression light assembly provides feedback on approval, enhancing the fun of the training. This encourages patients to engage in the training and promotes rehabilitation of multiple cognitive impairments.

[0004] In order to achieve the above purpose, the technical solution adopted by the present utility model is as follows:

[0005] A neurological cognitive function rehabilitation training device includes an installation cabinet, wherein the installation cabinet is provided with a cabinet body and an installation panel placed on the front of the cabinet body, and is characterized in that: it also includes a pressing part, a display screen, an expression light part and a microphone, wherein the pressing part, the display screen, the expression light part and the microphone are all fixedly connected to the installation panel of the installation cabinet, the pressing parts are divided into one hundred groups, and the one hundred groups of pressing parts are arranged in a matrix form of ten rows and ten columns, each group of pressing parts is provided with a digital button and an indicator light, and the one hundred digital buttons of the one hundred groups of pressing parts are respectively marked with numbers, and the marked numbers are selected from one hundred consecutive Arabic numerals. A number is taken, and one hundred number buttons are arranged in numerical order row by row. The expression light assembly includes an expression presentation component for expressing satisfaction or dissatisfaction corresponding to correct or incorrect results. The expression light assembly is placed below the display screen. The display screen can display the number corresponding to the number button pressed by the patient, and can also display the number interval that the patient can refer to when pressing the number button next time. The microphone can collect the audio information spoken by the patient in accordance with the content displayed on the display screen. The expression light assembly can display a satisfied or dissatisfied expression according to the correct or incorrect result of the number button pressed by the patient and the correct or incorrect result of the content spoken.

[0006] Each digital button is marked with an Arabic numeral on its button body. The Arabic numerals marked by the one hundred digital buttons of the one hundred groups of press-fit parts are selected in sequence from the one hundred numbers "0 to 99". The bottom row of the matrix formed by the one hundred groups of press-fit parts is set as the first row, and the leftmost column is set as the first column. The one hundred groups of press-fit parts are arranged with the starting number "0" in the first row and the first column. After each row is filled in ascending order from left to right, they advance one row upward until each row is filled in sequence from left to right.

[0007] The expression light assembly includes a happy expression light and a depressed expression light, and the happy expression light and the depressed expression light are luminous lights for expressing satisfaction and dissatisfaction respectively.

[0008] The neurological cognitive function rehabilitation training device also includes a card box assembly, which includes a card storage box and a card temporary box. There are several card storage boxes, and the several card storage boxes are used to store one hundred digital cards. These one hundred digital cards are respectively written with a number selected from the one hundred Arabic numerals "0~99" and the numbers on each digital card are not repeated. The card temporary box is used to temporarily store a digital card drawn out from the card storage box. The card box assembly is fixedly connected to the installation panel of the installation cabinet. Several card storage boxes are placed on the left side of the installation panel, and the card temporary box is placed on the right side of the installation panel.

[0009] The neurological cognitive function rehabilitation training device also includes a visual detection sensor, which is fixed to the installation panel of the installation cabinet and placed above the card temporary box. The visual detection sensor can collect digital information on the digital card placed in the card temporary box.

[0010] The neurological cognitive function rehabilitation training device also includes an electronic control unit, which includes a control mainboard, a power supply and a main switch. The electronic control unit is fixedly connected to the cabinet body of the installation cabinet. The press-fit assembly, display screen, expression light assembly, visual detection sensor and microphone are all electrically connected to the electronic control unit. The electronic control unit can analyze and process the information collected by the press-fit assembly, visual detection sensor and microphone, and the processing results can be presented by the display screen or the expression light assembly.

[0011] As can be seen from the above description, the advantages of the neurological cognitive function rehabilitation training device provided by the present invention are that: the pressing assembly, display screen, expression light assembly, visual detection sensor, microphone, card box assembly, and electronic control unit are integrated into the installation cabinet. The patient can blindly draw a number card from a deck of 100 number cards without knowing the number on the card. The number information is only collected by the visual detection sensor and recorded in the electronic control unit. The patient can make blind guesses repeatedly by pressing any number button. The display screen displays the current blind guess number and the reference number range for the next blind guess. The expression light assembly can use a happy or frustrated expression to indicate whether the blind guess result is accepted. The patient can also speak the content displayed on the display screen each time, and the expression light assembly will use different expressions to indicate whether the patient agrees with the result. Cognitive function is trained by the patient repeatedly pressing fingers, judging with the brain, and speaking, and the expression light assembly's expression feedback on whether the patient agrees is enhanced to enhance the fun of the training, thereby making the patient willing to accept the training and promoting the rehabilitation of multiple cognitive dysfunctions in the patient. The utility model has reasonable design, simple structure, low cost and is easy to promote. BRIEF DESCRIPTION OF THE DRAWINGS

[0012] Figure 1 This is a general schematic diagram of a neurological cognitive function rehabilitation training device according to the present invention;

[0013] Figure 2 for Figure 1 A magnified schematic diagram of part A in FIG;

[0014] Figure 3 This is an enlarged diagram of the expression light assembly.

[0015] Reference numerals:

[0016] 1. Installation cabinet; 2. Press-fit assembly; 21. Digital buttons; 22. Indicator lights; 3. Display screen; 4. Expression light assembly; 41. Happy expression light; 42. Frustrated expression light; 5. Visual detection sensor; 6. Microphone; 7. Card box assembly; 71. Card storage box; 72. Card temporary storage box; 8. Electronic control unit; 900. Digital card. DETAILED DESCRIPTION

[0017] The present invention is further described below through specific implementation methods.

[0018] like Figures 1 to 3As shown, the neurological cognitive function rehabilitation training device described in the present invention includes an installation cabinet 1, a pressing assembly 2, a display screen 3, an expression light assembly 4, a visual detection sensor 5, a microphone 6, a card box assembly 7 and an electronic control unit 8. The installation cabinet 1 is provided with a cabinet body and an installation panel placed on the front of the cabinet body. The pressing assembly 2, the display screen 3, the expression light assembly 4, the visual detection sensor 5 and the microphone 6 are all fixedly connected to the installation panel of the installation cabinet 1. The pressing assembly 2 is divided into one hundred groups, and the one hundred groups of pressing assembly 2 are arranged in a matrix form of ten rows and ten columns. Each group of pressing assembly 2 is provided with a The 100 push-buttons 21 are each provided with an Arabic numeral on their button body. The Arabic numerals indicated by the 100 push-buttons 21 of the 100 push-buttons 2 are sequentially selected from the 100 numbers "0-99". The bottom row of the matrix formed by the 100 push-buttons 2 is set as the first row, and the leftmost column is set as the first column. The 100 push-buttons 2 are arranged with the first row and the first column starting with "0". After each row is filled in ascending order from left to right, the next row is advanced until each row is filled in order from left to right. The expression light assembly 4 includes a happy expression light 41 and a frustrated expression light 42, which are used to express satisfaction and dissatisfaction corresponding to correct and incorrect results. The happy expression light 41 and frustrated expression light 42 are provided with luminous lights for expressing satisfaction and dissatisfaction, respectively. The expression light assembly 4 is positioned below the display screen 3. The display screen 3 displays the number corresponding to the number button 21 pressed by the patient and the numerical range for the patient to refer to when pressing the number button 21 next. The microphone 6 captures the audio information spoken by the patient in response to the content displayed on the display screen 3. The expression light assembly 4 displays a satisfied or dissatisfied expression based on whether the patient presses the number button 21 correctly or incorrectly, and whether the patient speaks correctly or incorrectly. The card box assembly 7 includes a card storage box 71 and a temporary card storage box 72. The card storage box 71 is provided in a plurality of pieces. The plurality of card storage boxes 71 are used to store one hundred number cards 900. Each of the one hundred number cards 900 has a number selected from the one hundred Arabic numerals "0-99" written on it, and the numbers on each number card 900 are unique. The temporary card storage box 72 is used to temporarily store a number card 900 removed from the card storage box 71. The plurality of card storage boxes 71 are positioned on the left side of the mounting panel, and the temporary card storage box 72 is positioned on the right side of the mounting panel. The visual detection sensor 5 is placed above the card temporary box 72 . The visual detection sensor 5 can collect digital information on the digital card 900 placed in the card temporary box 72 .The electronic control unit 8 includes a control mainboard, a power supply and a main switch. The electronic control unit 8 is fixedly connected to the cabinet body of the installation cabinet 1. The pressing part 2, display screen 3, expression light assembly 4, visual detection sensor 5 and microphone 6 are all electrically connected to the electronic control unit 8. The electronic control unit 8 can analyze and process the information collected by the pressing part 2, visual detection sensor 5 and microphone 6, and the processing results can be presented by the display screen 3 or the expression light assembly 4.

[0019] The method of using the neurological cognitive function rehabilitation training device described in the utility model is as follows:

[0020] First, one hundred number cards 900 are placed with their backs facing the patient into a plurality of card storage boxes 71. On the front of each of the one hundred number cards 900 is written a number selected from the one hundred Arabic numerals "0-99", and the numbers on each number card 900 are unique. The patient can blindly draw a number card 900 from the one hundred number cards 900, and the number on the blindly drawn number card 900 is not made known to the patient. Before the number card 900 is inserted into the card temporary storage box 72 with its back facing the patient, the number on the card is aligned with the camera of the visual detection sensor 5. The visual detection sensor 5 collects the digital information and transmits it to the electronic control unit 8 for recording. Assuming that the number on the number card 900 drawn by the patient is "37", "37" is the correct answer recorded in the electronic control unit 8.

[0021] The patient first presses any number button 21 to make a blind guess. For example, if they press the number button 21 for "53," the display screen 3 will display the patient's blind guess, "53." Since the correct answer, "37," is between "0 and 53," the display screen 3 indicates a reference range of "0 to 53" for the next blind guess. The patient then speaks the information displayed on the display screen 3 into the microphone 6. If the answer matches the information displayed on the display screen 3, the happy expression light 41 will flash to indicate approval. If it does not match, the frustrated expression light 42 will flash, requiring the patient to repeat the answer according to the information displayed on the display screen 3.

[0022] The patient then presses the next number button 21 for a second blind guess. For example, if they press the number button 21 for "16," while "16" isn't the correct answer, it's within the range of "0-53," and the happy expression light 41 flashes to indicate approval. Since the correct answer, "37," is within the range of "16-53," the electronic control unit 8 narrows the reference range for the next blind guess to "16-53" and displays it on the display screen 3. The patient can also recite what's displayed on the display screen 3, and the happy expression light 41 or the depressed expression light 42 flashes to indicate approval.

[0023] If the blind guess result is not within the reference range, the frustrated expression light 42 will flash, and the patient will be required to reselect the number button 21 to guess again until the selected number falls within the reference range.

[0024] Perform blind guesses multiple times using the above method, continuously compressing the reference numeric range for the next blind guess, until the patient presses the numeric button 21 corresponding to the correct answer "37". At this time, the indicator light 22 of the numeric button 21 lights up, the correct answer is displayed on the display screen 3, and the patient can correctly say the content displayed on the display screen 3, and the training is completed.

[0025] The cognitive function rehabilitation training device of the present invention integrates a pressing assembly 2, a display screen 3, an expression light assembly 4, a visual detection sensor 5, a microphone 6, a card box assembly 7 and an electronic control unit 8 on an installation cabinet 1. The patient trains cognitive functions by repeatedly pressing with his fingers, judging with his brain, and speaking orally, and the interest is enhanced by the expression feedback of the expression light assembly 4 to determine whether it is approved, so that the patient is willing to accept the training to promote the patient's various cognitive dysfunctions to be recovered.

[0026] The above is only a specific embodiment of the present invention, but the design concept of the present invention is not limited to this. Any non-substantial changes to the present invention using this concept shall be deemed as an infringement of the protection scope of the present invention.

Claims

1. A neurological cognitive function rehabilitation training device, comprising an installation cabinet (1), wherein the installation cabinet (1) is provided with a cabinet body and an installation panel placed on the front of the cabinet body, characterized in that: The invention also includes a pressing assembly (2), a display screen (3), an expression light assembly (4) and a microphone (6), wherein the pressing assembly (2), the display screen (3), the expression light assembly (4) and the microphone (6) are all fixedly connected to the installation panel of the installation cabinet (1), the pressing assembly (2) is in one hundred groups, and the one hundred groups of pressing assembly (2) are arranged in a matrix form of ten rows and ten columns, and each group of pressing assembly (2) is provided with a digital button (21) and an indicator light (22), and the one hundred digital buttons (21) of the one hundred groups of pressing assembly (2) are respectively marked with a number, and the marked number is a number selected from one hundred consecutive Arabic numerals, and the one hundred digital buttons (21) are pressed. The numbers are arranged in order, row by row. The expression light assembly (4) includes an expression presentation component for expressing satisfaction or dissatisfaction corresponding to a correct or incorrect result. The expression light assembly (4) is placed below the display screen (3). The display screen (3) can display the number corresponding to the number button (21) pressed by the patient, and can also display the numerical interval that the patient can refer to when pressing the number button (21) next time. The microphone (6) can collect the audio information spoken by the patient in accordance with the content displayed on the display screen (3). The expression light assembly (4) can display a satisfied or dissatisfied expression according to the correct or incorrect result of the number button (21) pressed by the patient and the correct or incorrect result of the content spoken.

2. A neurological cognitive function rehabilitation training device according to claim 1, characterized in that: Each digital button (21) is marked with an Arabic numeral on its button body, and the Arabic numerals marked on the one hundred digital buttons (21) of the one hundred groups of pressing parts (2) are selected in sequence from the one hundred numbers "0 to 99".

3. A neurological cognitive function rehabilitation training device according to claim 2, characterized in that: The expression light assembly (4) comprises a happy expression light (41) and a depressed expression light (42), wherein the happy expression light (41) and the depressed expression light (42) are luminous lamps for expressing satisfaction and dissatisfaction respectively.

4. A neurological cognitive function rehabilitation training device according to claim 3, characterized in that: The invention also includes a card box assembly (7), wherein the card box assembly (7) includes a card storage box (71) and a card temporary box (72), wherein the card storage box (71) is composed of a plurality of pieces, wherein the plurality of card storage boxes (71) are used to store one hundred digital cards (900), and the card temporary box (72) is used to temporarily store a digital card (900) drawn out from the card storage box (71), and the card box assembly (7) is fixedly connected to the installation panel of the installation cabinet (1), wherein the plurality of card storage boxes (71) are placed on the left side of the installation panel, and the card temporary box (72) is placed on the right side of the installation panel.

5. The neurological cognitive function rehabilitation training device according to claim 4, characterized in that: The device further comprises a visual detection sensor (5), which is fixed to the installation panel of the installation cabinet (1) and is placed above the card temporary storage box (72). The visual detection sensor (5) can collect digital information on the digital card (900) placed in the card temporary storage box (72).

6. The neurological cognitive function rehabilitation training device according to claim 5, characterized in that: The invention also includes an electric control unit (8), wherein the electric control unit (8) includes a control mainboard, a power supply and a main switch. The electric control unit (8) is fixedly connected to the cabinet body of the installation cabinet (1), and the pressing assembly (2), the display screen (3), the expression light assembly (4), the visual detection sensor (5) and the microphone (6) are all electrically connected to the electric control unit (8).

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