TWI793984B - Training device with cognitive and grip training - Google Patents

Abstract

A training device with cognition and grip training includes a plurality of grip pieces, a display and a processor. Each grip piece includes a grip pressing part, a grip sensing part and a recognition part, the grip sensing part generates a grip signal when detecting the grip force, and the recognition part is controlled to emit a light and display at least one of a pattern Or, the display is controlled to generate a display, and the processor stores a plurality of training instructions and a plurality of corresponding instruction answers, each training instruction instructs the processor to generate an instruction display signal and a plurality of control signals, and the display is based on the The instruction display signal displays the display, and each cognitive part emits the light or/and displays the pattern according to the control signal, and the processor judges whether it is consistent with the instruction answer corresponding to the selected training instruction according to the grip signal.

Description

Training device with cognitive and grip training

The invention relates to a training device for cognition and grip strength training, in particular to a training device for cognition and grip strength training which utilizes a plurality of grip parts to be controlled to produce pattern display and for users to hold and press.

With the advancement of global medical care, most countries have entered an aging society, that is, the number of elderly people has increased. The amount of activity and exercise of the elderly are reduced, and they are more likely to suffer from dementia. Therefore, the prevention of dementia is an issue that needs more attention in the current aging society. Please refer to the Republic of China New Patent No. M606750 "Game System for Detecting the Cognitive Function of the Elderly". The game system for detecting the cognitive function of the elderly includes a master control device and an interactive audio-visual playback device. The main control device drives the data storage unit through the processing unit for corresponding linkage according to the received signal, and the interactive audio-visual playback device is connected to the main control device, and includes a large-area interactive display plane and a touch module, and the touch module The received touch signal is sent to the processing unit, so that the game levels set by the personalized life experience materials are used to enable the elderly to complete the evaluation of cognitive function during the game process, and to know the cognitive function of the elderly through long-term tracking Changes, and then provide a reference for clinical dementia prevention and treatment.

In addition, as the amount of exercise decreases in the elderly, the elderly are also prone to the problem of insufficient muscle mass. Some medical studies have pointed out that the training of grip strength can help increase muscle. Therefore, the elderly can use games to use their brains and train their grip strength, which will definitely help prevent problems such as dementia and insufficient muscle mass.

Therefore, in order to prevent a user from developing dementia and insufficient muscle mass, the inventor proposed a training device with cognitive and grip training to help prevent dementia and insufficient muscle mass by means of games.

The training device with cognition and grip training includes a plurality of grip pieces, a display and a processor. Each grip part includes a grip pressure part, a grip force sensing part and a recognition part, the surface of the grip pressure part is made of an elastic material, the grip force sensing part is arranged in the grip pressure part, and generates A grip strength signal indicating a detected grip strength value, the cognitive part is controlled to emit a light and display at least one of a pattern, the display is controlled to generate a display, and the processor signal is connected to the grip strength of each grip element The sensing part and the cognitive part are connected to the display, the processor stores multiple training commands and corresponding multiple command answers, each training command instructs the processor to generate a command display signal and multiple control signals, The processor randomly selects the instruction display signal indicated by one of the training instructions to transmit to the display, and transmits the control signals to the cognitive parts respectively, and the display displays the display according to the instruction display signal, and each cognitive The unit emits the light or/and displays the pattern according to the received control signal, and the processor judges whether it is consistent with the instruction answer corresponding to the selected training instruction according to the received grip signal.

Further, the processor stores the grip strength value indicated by the grip strength signal each time it receives, and controls to display the grip strength values on the display according to receiving a display record instruction.

Further, each grip member also includes a swing part and a swing orientation detection part, the swing part is arranged on a reference plane, and when the swing part is stressed, it can swing at a fixed point with a normal line of the reference plane as the axis. The swing direction detection part detects a swing direction of the swing part to generate a direction signal, and the processor signal is connected to the swing direction detection part of each grip member, and one of the training parts is randomly selected by the processor. When training the instruction, the processor judges whether the instruction answer corresponding to the selected training instruction is consistent with the received direction signal.

Further, in each gripping member, the swinging portion is arranged below the gripping portion.

Further, the training device with cognition and grip strength training also includes a seat, the grip parts are respectively arranged on the seat, the display is arranged on the seat, and the processor is arranged inside the seat.

Further, the seat body is roughly in the shape of a plate, and the gripping portion of each gripping member is roughly in the shape of a column or a ball.

Further, the training device with cognition and grip strength training also includes an operation interface, which is arranged on the base body and connected to the processor for signals.

Further, the display is a touch display screen.

Further, the pattern displayed by each recognition unit includes at least one of a graphic, a number and a character, and the pattern can have a color change.

According to the above-mentioned technical features, the following effects can be achieved:

1. Through the cooperation of the grip parts, the display and the processor, provide the user with training combining image recognition and grip strength, and assist the user in preventing dementia, muscle deficiency, etc. by means of games The problem.

2. With the swing part and swing orientation detection part of each grip, it also provides the user with training in combination with direction recognition, and the operation is more interesting.

1: seat body

2: Grip piece

21: grip pressure part

22: Grip sensor

23: Cognitive department

24: swing department

25: Swing direction detection unit

3: Display

4: Operation interface

5: Processor

[The first figure] is a perspective view illustrating the appearance of a first embodiment of the training device for cognition and grip strength training of the present invention.

[The second figure] is a block diagram illustrating the circuit block of the first embodiment.

[The third figure] is a schematic diagram illustrating the state of making a question in the first embodiment.

[Figure 4] is a schematic diagram illustrating a user's training process using the first embodiment.

[FIG. 5] is a perspective view illustrating the appearance of a second embodiment of the training device for cognition and grip training of the present invention.

[FIG.6] is a block diagram illustrating circuit blocks of the second embodiment.

[Fig. 7] is a schematic diagram illustrating the state of making a question in the second embodiment.

[Figure 8] is a schematic diagram illustrating the user's training process using the second embodiment.

Based on the above technical features, the main functions of the training device for cognition and grip training of the present invention will be clearly presented in the following embodiments.

Before the present invention is described in detail, it should be noted that in the following description, similar elements are denoted by the same numerals.

Referring to the first and second figures, the present invention has a first embodiment of a training device for cognition and grip training, which includes a base 1, a plurality of grips 2, a display 3, An operation interface 4 and a processor 5 . The training device with cognition and grip strength training combines cognition and grip strength training to assist a user in preventing problems such as dementia and insufficient muscle mass.

The seat body 1 is generally in the shape of a plate, which is convenient for the user to place the training device for cognition and grip strength training on the thigh for use when sitting.

The grip parts 2 are disposed on the base body 1 at intervals and extend upwards. Each grip 2 includes a grip pressure portion 21 , a grip sensing portion 22 and a recognition portion 23 . The holding and pressing part 21 is generally columnar, but not limited thereto. It should be noted that the holding and pressing part 21 can also be a spherical shape, so that the user can hold it with the palm of his hand. In this example, each The gripping portion 21 of a gripping member 2 is illustrated as a cylinder. The surface of the gripping portion 21 is made of an elastic material, such as rubber or silicon. The grip force sensing part 22 is disposed in the grip pressure part 21 , and generates a grip force signal indicating a detected grip force value when detecting the grip force. The recognition part 23 is located at the top of the grip piece, and the recognition part 23 is controlled to emit a light and display at least one of a pattern. In this example, the recognition unit 23 is controlled to display the pattern, the pattern includes at least one of a figure, a number and a character, and the pattern can have a color change.

The display 3 is arranged on the base body 1 and is controlled to generate a display.

The operation interface 4 is disposed on the base body 1, and in this example, the operation interface 4 is a plurality of buttons for the user to operate.

The processor 5 is arranged in the base body 1 , and is signally connected to the grip sensing part 22 and the recognition part 23 of the grip parts 2 , the display 3 and the operation interface 4 . The processor 5 stores a plurality of training instructions and a plurality of corresponding instruction answers. Each training command instructs the processor 5 to generate a command display signal and a plurality of control signals. The processor 5 transmits the instruction display signal to the display 3 to control the display 3 to generate the display. The processor 5 transmits the control signals to the recognition parts 23 of the grip parts 2 respectively, so as to control each recognition part 23 to display the respective patterns.

With reference to the third and fourth figures, the user can select, for example, the degree of difficulty of cognitive training, or the type of cognition, such as graphic cognition, number cognition, character cognition, etc., by operating the operation interface 4 during use. The operation interface 4 generates an operation instruction, and the processor 5 randomly selects one of the training instructions according to the operation instruction, and the processor 5 generates a corresponding training instruction according to the selected training instruction. The processor 5 transmits the command display signal to the display 3, and transmits the control signals to the cognitive parts 23 respectively. The display 3 generates the display according to the instruction display signal. For example, the user selects number recognition, and the display 3 generates the display according to the instruction display signal as a picture of "hold the red 2 (number) firmly". Each cognitive part 23 emits the light or/and displays the pattern according to the received control signal. In this example, each cognitive part 23 randomly displays the pattern according to the received control signal, for example, the upper left The recognition part 23 displays a green 2, the recognition part 23 located at the bottom left displays a yellow 1, the recognition part 23 located at the upper middle displays a blue 3, the recognition part 23 located at the lower middle displays a purple 8, and the recognition part 23 located at the upper right displays a 3 in blue. The recognition part 23 displays a red 2, and the recognition part 23 at the lower right displays an orange 9.

The user sees the title and the patterns displayed by the cognitive parts 23 from the display 3, and decides to hold one of the grips 2, hold the grip 2 on the upper right, and hold the grip 2 The grip force sensing part 22 detects the grip force to generate the grip force signal, and the grip force sensing part 22 transmits the grip force signal to the processor 5, and the processor 5 then judges whether to select the The answer to the command corresponding to the training command is consistent, and the processor 5 controls the display 3 to generate the display according to the comparison result and the grip value. The user holds the grip 2 on the upper right, and the processor 5 judges that The answers to the instructions are consistent, so the processor 5 controls the display 3 to generate the picture showing "Correct answer!! Your grip strength is XX". The user can continue to the next question.

More preferably, the processor 5 stores the grip strength value indicated by the grip strength signal received each time. The user can generate a display and record command through the operation interface 4, and when the processor 5 receives the display and record command, it controls to display the stored grip strength values on the display 3, and the user can understand himself through the record. Whether the grip strength has improved or regressed. Medical staff can also know the grip strength of the user by checking the records.

Referring to the fifth and sixth figures, the present invention has a second embodiment of the training device for cognition and grip strength training. The second embodiment is similar to the first embodiment, except that each grip 2 also includes a The rocking part 24 and a rocking direction detecting part 25 , the rocking part 24 is disposed under the gripping part 21 , and the rocking direction detecting part 25 is signal-connected to the processor 5 . The swing part 24 is arranged on a reference plane, and when the swing part 24 is stressed, it can swing at a fixed point with a normal line of the reference plane as the axis. In this example, the swing part 24 is a rocker, and the swing part 24 When stressed, it can swing at a fixed point with the normal line of the upper surface of the seat body 1 as the axis. The swing orientation detection part 25 detects a swing direction of the swing part 24 to generate a direction signal. This example allows the user to have more training on direction cognition. In addition, the display 3 of the second embodiment is a touch display screen, therefore, the second embodiment does not need to set the operation interface 4 (the first figure).

With reference to the seventh and eighth figures, in use, similar to the first embodiment, the processor 5 randomly selects one of the training instructions according to the operation instruction, and the processor 5 selects one of the training instructions according to the selected one. The training command generates the corresponding command display signal and the control signals, the processor 5 transmits the command display signal to the display 3, and transmits the control signals to the cognitive parts 23 respectively. The display 3 generates a picture showing "hold the orange O-shape firmly and pull it to the left" according to the instruction display signal. Each recognition unit 23 displays the pattern according to the received control signal.

The user sees the title and the patterns displayed by the cognitive parts 23 from the display 3, and decides to hold the grip 2 on the upper left and turn it to the left, and the grip sensing part 22 of the grip 2 is held The grip force is detected to generate the grip signal, and the grip sensor 22 transmits the grip signal to the processor 5, and at the same time, the swing orientation detection portion 25 detects the swing direction of the swing portion 24 to generate the direction signal , and the swing orientation detection unit 25 transmits the direction signal to the processor 5, and the processor 5 judges whether the instruction answer corresponding to the selected training instruction is based on the received grip signal and the direction signal. consistent, to control the display 3 to generate the display.

Based on the description of the above-mentioned embodiments, it is possible to fully understand the operation of the present invention, use and the effect that the present invention produces, but the above-mentioned embodiments are only preferred embodiments of the present invention, and should not be used to limit the implementation of the present invention. The scope, that is, the simple equivalent changes and modifications made according to the patent scope of the present invention and the content of the description of the invention, all fall within the scope of the present invention.

1: seat body

2: Grip piece

21: grip pressure part

22: Grip sensor

23: Cognitive department

3: Display

4: Operation interface

Claims (8)

A training device for cognition and grip strength training, comprising: a plurality of grip parts, each grip part includes a grip pressing part, a grip sensing part, a swing part, a swing direction detection part and a cognitive part, the grip The surface of the pressing part is made of an elastic material, the grip sensing part is arranged in the grip pressing part, and when the grip is detected, a grip signal indicating a detected grip value is generated, the swing part is arranged on a reference plane, When the swing part is under force, it can swing at a fixed point with a normal line of the reference plane as the axis. The swing orientation detection part detects a swing direction of the swing part to generate a direction signal. The recognition part is controlled to emit a light and Displaying at least one of a pattern; a display, controlled to generate a display; and a processor, signally connected to the grip sensing part, the swing direction detecting part and the recognition part of each grip part, and the signal is connected to the Display, the processor stores a plurality of training instructions and a plurality of corresponding instruction answers, each training instruction instructs the processor to generate an instruction display signal and a plurality of control signals, and the processor randomly selects one of the training instruction instructions The command display signal is transmitted to the display, and the control signals are respectively transmitted to the cognitive parts, the display displays the display according to the command display signal, and each cognitive part emits the light or light according to the control signal received. /and display the pattern, and then judge whether the processor is consistent with the instruction answer corresponding to the selected training instruction according to the received grip signal and the direction signal. The training device with cognition and grip strength training as described in claim 1, wherein, the processor stores the grip strength value indicated by the grip strength signal received each time, and controls the Isogrip values are displayed on the display. The training device for cognition and grip strength training as described in claim 1, wherein, in each grip member, the swinging part is arranged below the gripping part. The training device with cognition and grip strength training as described in claim 1 further includes a base, the grip parts are respectively arranged on the base, the display is arranged on the base, and the processor is arranged inside the base. The training device for cognition and grip strength training as described in Claim 4, wherein, the base is roughly in the shape of a plate, and the gripping portion of each grip is roughly in the shape of a column or a ball. The training device with cognition and grip strength training as described in claim 4 further includes an operation interface, which is arranged on the base and connected to the processor for signals. The training device for cognition and grip strength training as described in claim 1, wherein the display is a touch display screen. The training device with cognition and grip strength training as described in claim 1, wherein the pattern displayed on each cognition part includes at least one of a graphic, a number and a character, and the pattern can have a color change.

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