KR102123869B1 - Training device and method for improving cognitive response - Google Patents

Abstract

The present invention relates to a training device for improving cognitive response. The present invention provides the device for improving a user′s cognitive response, which enables the user to easily follow by playing a plurality of contents that are easy for the elderly to follow, detects the user′s motion, calculates a cognitive response time, compares the cognitive response time and a reference time, and then adjusts a playback speed and a level of the contents according to the result.

Description

Training device and method for improving cognitive response

The present invention relates to a training apparatus and a method for improving the cognitive response, and more particularly, to a training apparatus and a method for improving the cognitive response by calculating the cognitive response time of the elderly and adjusting the reproduction of the content accordingly.

The Republic of Korea is expected to enter an aging society in which the age of 65 and older is over 20% of the total population in 2021, as the baby boomers and low birth rate issues are intertwined.

Because older people have poor cognitive abilities, many problems can be exposed in driving and other social activities.

In general, the aging driver has a problem in that physical and cognitive functions are inferior to those of the non-aged driver, and thus a mortality rate is significantly increased when a traffic accident occurs compared to a non-aged driver.

To solve this problem, the Road Traffic Authority under the National Police Agency currently evaluates safety education for drivers with disabilities or those who wish to acquire/renew a driver's license using Cognitive Perceptual Assessment for Driving (CPAD). It is conducted.

In general, CPAD is a driving cognitive evaluation tool that evaluates the driving ability of people with brain impairment, and includes distance perception, sustained attention test, divided attention, stroop, and numbers. It consists of 8 items including digit span, field dependency, line making-trail making test A, and line making test (trail making test B), but it is complex cognitive. Since it is composed only of simple stimuli and reactions that do not reflect the function, the efficiency of the driving ability evaluation is remarkably low because it is not related to the actual driving ability, and the evaluation is made only by a simple reaction using a separate keyboard independent of driving operation. Therefore, it has the disadvantage of poor evaluation accuracy and reliability.

In the Republic of Korea Patent Publication No. 10-2017-0128919, the system for evaluating the driving ability of the elderly driver is described, but only the configuration for evaluating the cognitive ability is described. It has not been presented. In addition, there is a disadvantage that it cannot be easily tested at home because it requires complex equipment for evaluation.

Korean Registered Patent'No. 10-1934019, Mixed Reality Based Cognitive Training System and Method for the Elderly' discloses a configuration to improve the cognitive ability of the elderly, but it is still difficult to use since it is necessary to purchase virtual reality equipment There is this.

01: Published Patent No. 10-2017-0128919, Safe driving capability evaluation system for elderly drivers, Publication date: 2017.11.24 02: Registered Patent No. 10-1934019, Mixed Reality Based Cognitive Training System and Method for the Elderly, Registration Date: 2018.12.24

The problem to be solved by the present invention is to provide an apparatus and method capable of improving the cognitive response of the elderly.

The training apparatus for improving cognitive response according to an embodiment of the present invention includes a driving module that displays content for cognitive training and calculates a user's cognitive response time; And a detection module that receives a control signal from the driving module to turn on/off an LED and detects the user's motion.

The driving module includes a storage unit that stores the content and a reference time for each age; An image output unit that reproduces the content and outputs an image; A voice output unit for outputting the voice of the content; A camera photographing a user operating along the image; And a driving control unit that calculates a cognitive response time by calculating a time difference by comparing an image of the content stored in the storage unit with the photographed image, and generates a control signal for controlling the LED mounted on the detection module according to the content. Including,

The sensing module includes a proximity sensor attached to or adjacent to the LED unit to detect whether the LED unit is in touch or proximity; A motion detection sensor that detects whether the user's motion has passed a specific location; And a sensing control unit controlling on/off and luminance of the LED unit according to the control signal, and transmitting the proximity sensor signal and motion detection sensor signal to the driving module.

In addition, a method for improving cognitive response according to an embodiment of the present invention includes: a driving module that displays content for cognitive training and calculates a user's cognitive response time; And receiving a control signal from the drive module to turn on / off the LED and sensing module for detecting the user's motion As a training method for improving cognitive response using a training device for improving cognitive response,

Inputting user information including a user's age using a user interface of the driving module; Playing back content stored in the storage of the drive module; Photographing a user by the camera of the driving module; Calculating, by a driving control unit of the driving module, a time difference by comparing an image of a content with a captured image to calculate a cognitive response time; Comparing a cognitive response time and a reference time calculated by the driving control unit of the singer driving module; And when the driving control unit of the driving module controls the content reproduction speed to be slow or fast when the calculated cognitive response time is out of the interval of the reference time.

According to the present invention, it is possible to improve the cognitive response of the elderly.

In addition, the present invention can adaptively improve the cognitive response according to the age of the user.

In addition, according to the present invention, since cognitive training is performed using various contents, the user can use the contents without feeling bored, and as a result, the cognitive response can be more easily and interestingly improved.

1 is a block diagram showing the configuration of a training device for improving cognitive response according to an embodiment of the present invention.
FIG. 2 is a block diagram showing the structure of the storage unit of FIG. 1.
3 is a flowchart illustrating a method for improving a cognitive response according to an embodiment of the present invention.
4 is a flowchart illustrating a method for improving a cognitive response according to another embodiment of the present invention.
5 is a flowchart illustrating a method for improving a cognitive response according to another embodiment of the present invention.
6 and 7 show an arrangement example of a training device for improving cognitive response according to an embodiment of the present invention.

The present invention can be applied to various changes and can have various embodiments, and specific embodiments will be illustrated in the drawings and described in detail in the detailed description. However, this is not intended to limit the present invention to specific embodiments, and should be understood to include all modifications, equivalents, and substitutes included in the spirit and scope of the present invention. In the description of the present invention, when it is determined that detailed descriptions of related well-known technologies may obscure the subject matter of the present invention, detailed descriptions thereof will be omitted.

Terms such as first, second, A, and B may be used to describe various components, but the components should not be limited by the terms. The terms are used only for the purpose of distinguishing one component from other components. For example, the first component may be referred to as a second component without departing from the scope of the present invention, and similarly, the second component may be referred to as a first component. The term and/or includes a combination of a plurality of related described items or any one of a plurality of related described items.

When an element is said to be "connected" or "connected" to another component, it is understood that other components may be directly connected to or connected to the other component, but there may be other components in between. It should be. On the other hand, when a component is said to be "directly connected" or "directly connected" to another component, it should be understood that no other component exists in the middle.

The terms used in the present application are only used to describe specific embodiments, and are not intended to limit the present invention. Singular expressions include plural expressions unless the context clearly indicates otherwise. In this application, terms such as “include” or “have” are intended to indicate that a feature, number, step, operation, component, part, or combination thereof described in the specification exists, one or more other features. It should be understood that the existence or addition possibilities of fields or numbers, steps, operations, components, parts or combinations thereof are not excluded in advance.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Figure 1 shows the configuration of a device for improving cognitive response according to an embodiment of the present invention.

Referring to FIG. 1, the cognitive response improving device is composed of a driving module 100 and a sensing module 200, and the driving module 100 and the sensing module 200 exchange data with each other through communication units 160 and 260 and communicate with each other. do.

The driving module 100 displays content for cognitive training, calculates a user's cognitive response time and completion time after the reaction, and transmits a control signal to the detection module 200. The cognitive response time means the time that the user perceived as an action, and the completion time means the time when the corresponding action was completed after recognition.

Specifically, the driving module 100 includes a storage unit 110, an image output unit 120, an audio output unit 130, a camera 140, a user interface 150, a communication unit 160, and a driving control unit 170 ).

The storage unit 110 stores content and a reference time for each age. The storage unit 110 may store various contents for improving cognitive training of the elderly or the elderly. Various programs may be stored as content. For example, an exercise program, a music program, a driving exercise program, and the like may be stored. Since the content is composed of various difficulty levels, an appropriate difficulty level may be selected and reproduced according to a user's age and body condition.

The storage unit 110 includes an exercise content storage unit 112, a music training content storage unit 114, a driving training content storage unit 116, a reference time storage unit 118, and a user information storage unit 119. can do.

The exercise content storage unit 112 is a standard exercise of the Health Insurance Corporation, exercise that can increase flexibility by stretching using tools (towels, rods, bands, etc.), rhythm, endurance, and endurance combined with silver gymnastics and recreation, Various exercises may be stored, such as an exercise to improve the lower body strength, an exercise to stand, an exercise to sit down, and an exercise to prevent dementia.

Standard exercises, dances, gymnastics, etc. may be stored as standing exercises, and laughter exercises, finger gymnastics, cognitive play, flow, rhythm touch, and recreation may be stored as sitting exercises. And a variety of exercises can be stored that build intimacy and increase dementia and brain activity.

The music training content storage unit 114 may store traditional music and relatively slow melody music. For example, as Korean traditional music, music corresponding to the Joongjung Mori, the Gutgeori Jangdan, the Semachi Jangdan, and the Jajinmori Jangdan can be stored.

The driving practice content storage unit 116 may store various road conditions, such as an intersection, a child protection area, and a misty intersection. The exercise program may be divided into a preliminary exercise stage, a main exercise stage, a final exercise stage, and an end stage, and may store content accordingly.

The reference time storage unit 118 may store the cognitive response time, which is the reference for each age, the time required to complete the corresponding operation after recognition (hereinafter, the completion time), and the emergency control time. The reference time for each age can be stored as shown in the table below. The reference time can be set and changed by the user. In this embodiment, it is set as a section, but it may be set to a specific time instead of a section.

Cognitive response time refers to the time from the user viewing the output image and then recognizing it and starting the operation, completion time means the time from recognition to completion of the corresponding operation, and the emergency control time outputs the image In spite of being, it means the time when the user does not perform the corresponding operation, and the user determines that there is an inconvenience in performing the corresponding operation.

For example, when an operation of lifting the right arm is displayed on the image output unit, the time when the user starts to follow the operation is the cognitive response time, and the time when the operation of lifting the arm is completed is the completion time. Cognitive response time is calculated by analyzing an image of the camera, and completion time can be calculated by analyzing a user's motion detected by a sensor mounted in the detection module. In addition, if there is no cognitive response even after the emergency control time has passed after the display, it is possible to automatically stop playback of the corresponding content. This will be described later.

The user information storage unit 119 may store the user's name, age, and health-related information. Since multiple users can use the same device, it is possible to store information of individual users in advance, so that content suitable for each user and preferred content can be played.

The video output unit 120 outputs an image stored in the storage unit, and the audio output unit 130 outputs audio stored in the storage unit.

The camera 140 photographs and stores the user. The user recognizes and responds to the content output through the video output unit 120 and the audio output unit 130, and the camera 140 photographs the user's motion.

The user interface 150 may include a keypad or a microphone, and may input a user's age, gender, name, etc. through a user interface, and select a desired content to operate the device.

The communication unit 160 includes a wireless communication module such as Bluetooth or Wi-Fi, and allows the device to operate while transmitting and receiving data to and from the communication unit 260 of the sub device.

The driving control unit 170 controls the operation of the entire device, calculates a time difference by comparing a video of the content stored in the storage unit with the captured video, calculates a cognitive response time, and corresponds to the content to the detection module A control signal for controlling on/off of the mounted LED is generated and transmitted to the detection module through the communication unit 160. The driving control unit 170 may control luminance as well as on/off of the LED. In response to the operation of raising the arm or leg in the content, the luminance of the LED can be controlled to increase, and in the operation of lowering, the luminance of the LED can be controlled to decrease. The user may touch the LED according to the lighting of the LED, and perform an operation of raising or lowering the limb according to the change in luminance.

The driving control unit 170 calculates the cognitive response time by analyzing the time when the operation of the content starts to play and the captured image, checking the time when the user recognizes the operation of the content and starts to follow the operation. Then, the completion time is calculated by checking the time when the corresponding operation is completed. When the calculated cognitive response time and completion time are longer than the reference time in the cognitive response time in the storage unit, that is, when the cognitive response is slow, the playback speed of the corresponding content may be slowed down. In order to enhance the cognitive response by increasing the playback speed of the content. At this time, the difficulty may be adjusted by adjusting the playback speed, but the difficulty may also be controlled to play other content. Since content having different difficulty levels is stored in the storage unit, if the cognitive response time is slower than the reference time, content with a low difficulty level can be played, and vice versa.

The reference time may be stored in the storage unit 110 as described above, but may be provided integrally with the driving control unit 170 by providing a memory in the driving control unit 170.

Then, the driving control unit 170 analyzes the operation of the content, generates a control signal to turn on the LED of the detection module corresponding to the operation and transmits it to the detection module 200. The detection module 200 may be provided in plural, and may detect an operation in response to each arm and leg operation. For example, the sensing module 200 includes a first sensing module sensing the motion of the left leg, a second sensing module sensing the motion of the right leg, a third sensing module sensing the motion of the left arm, and the right arm It may be configured as a fourth detection module for detecting the operation. Of course, in some cases, two sensing modules can be integrated to detect leg motion and to detect through arm motion.

Specifically, the detection module 200 includes an LED 210, a proximity sensor 220, a motion detection sensor 230, a communication unit 260, and a detection control unit 270.

The LED 210 is turned on/off by a control signal received from the driving module. For example, if the content is for the left leg operation, the control signal transmits a control signal to turn on the LED of the first detection module, and when the LED of the first detection module is on, the user touches the LED of the first detection module with the left foot. do.

The proximity sensor 220 detects when the user's limb touches the LED or approaches the LED.

The motion detection sensor 230 is for detecting whether the user's limb motion is performed similar to the motion of the content, and an ultrasonic sensor may be used. When an ultrasonic sensor is used, the user's motion can be detected in units of 1 cm. Therefore, the motion detection sensor 230 may detect the motion of the user's limb within a certain range. For example, if there is an action to raise the right arm in the content, the motion detection sensor of the detection module disposed near the right arm may detect whether the arm is raised above the head.

The communication unit 260 transmits and receives data to and from the communication unit 160 of the driving module 100. That is, the control signal is received from the driving module, and the signals detected by the proximity sensor 220 and the motion detection sensor 230 are transmitted to the driving module.

The detection control unit 270 controls the operation of the LED 210, the proximity sensor 220, the motion detection sensor 230, and the communication unit 260.

If the detection signal is not received from the driving module, the driving module may determine that the user cannot properly perform the corresponding content and end the content playback or play the content having a low difficulty.

Figure 3 shows the operation method of the cognitive response improving apparatus according to an embodiment of the present invention.

Referring to FIG. 3, first, when the content S310 stored in the storage unit is played, the user follows the operation. The camera attached to the driving module captures the user's operation (S320).

The control unit of the driving module calculates the cognitive response time by comparing the operation of the content with the image captured by the camera (S330). By analyzing the image, the time point at which the content starts to follow the corresponding motion can be viewed as the cognitive response time, so the time difference between the reproduced content and the captured image can be calculated to calculate the cognitive response time.

When the cognitive response time is calculated, the cognitive response time and the reference time are compared by comparing the reference time stored in the memory in the storage unit or the control unit with the calculated cognitive response time (S340).

As a result of comparison, if the cognitive response time is within a period of the reference time, the content is continuously played and played until the end (S350). If the cognitive response time is longer than the reference time period, the content is reproduced by controlling the playback speed slowly, If the cognitive response time is shorter than the reference time period, the content may be reproduced by increasing the playback speed. For example, if the user is 65 years or older and the cognitive response time is about 0.50 seconds, the playback speed may be increased. Conversely, if the cognitive response time is very long as a result of the comparison, treatment may be preferable to training for strengthening the cognitive response, so the operation of the content may be stopped and a message recommending treatment may be output. For example, when the cognitive response time is 1 second or longer, the reproduction may be emphasized and a message “visit a hospital and consult a doctor” may be output.

By repeating the above procedure, it is possible to enhance and enhance the cognitive response time.

4 shows another embodiment of the present invention, and the completion time is applied to the cognitive reaction time of the embodiment of FIG. 3.

Referring to FIG. 4, first, when the content S410 stored in the storage unit is played, the user follows the operation. The camera attached to the driving module photographs the user's operation, and at the same time, the motion detection sensor attached to the detection module is The user's movement is detected (S320). As described above, when an ultrasonic sensor is used, a user's movement can be detected within a certain range.

The control unit of the driving module calculates the completion time by comparing the operation of the content with the operation of the user sensed by the sensor (S430). Since the time when the corresponding operation of the content is completed by analyzing the image can be viewed as the action completion time, the time difference between the action completion time of the reproduced content and the action completion time detected by the sensor can be calculated to calculate the completion time.

When the completion time is calculated, the reference time stored in the memory in the storage unit or the control unit is compared with the calculated completion time (S440).

As a result of the comparison, if the completion time is within an interval of the reference time, the content is continuously played and played until the end (S450). If the completion time is longer than the interval of the reference time, the content is played by slowly controlling the playback speed, and if it is recognized If the reaction time is shorter than the reference time period, the content may be reproduced by increasing the playback speed. For example, if the user is 65 years or older and the cognitive response time is about 0.5 seconds, the playback speed can be increased.

Figure 5 shows an embodiment of the present invention, showing an example of operating the exercise content.

First, when the device is operated, the user inputs user information through a user interface (S510). For example, when the device operates, a voice saying "I am starting silver gymnastics from January 0, 2019, who are you?" is output through the voice output unit, and when the user says "I am Hong Gil-dong", the microphone is turned on. The device recognizes the user. Since information related to the user's age and health, such as Hong Gil-dong, is stored, it is possible to appropriately adjust the content playback speed by reviewing the cognitive response time according to the age when the user is recognized. When the name is recognized, the device outputs "that name is cool", and the user can also perform reinforcement training on pronunciation by saying "my name is cool".

When the user information is input, the warm-up exercise content is played (S520). As a preliminary exercise content, the Health Insurance Management Corporation standard exercise and tools (towels, rods, bands) are used to reproduce exercises that increase flexibility by stretching.

When the pre-workout content is reproduced, the cognitive response time may be calculated to appropriately adjust the reproduction time according to the reaction time (S530, S540).

When the warm-up exercise is completed, the present exercise content is reproduced (S550).

At this stage of exercise, you can play a variety of content to strengthen your strength and endurance. For example, the content shown in [Table 3] below can be played.

Movement ·Health Insurance Management Corporation Standard Movement
Silver gymnastics + laughter therapy + recreational grafting
Enhancement of endurance, endurance, and lower body strength
· Standing exercise
-Consists of standard exercise, dance, gymnastics, etc.
-Strengthening the lower body muscles, improving endurance and muscular endurance
· Sitting exercise
-Laugh exercise, finger gymnastics, cognitive play, rhythm, rhythm touch, recreation, etc.
-Form intimacy and prevent dementia and brain activity
-It is divided according to the inclination, age and health status of the elderly.
-Be careful not to overdo it by sitting and standing.
· One- or two-person exercise using bare gymnastics and tools
· Dementia prevention exercise

When this exercise step is completed, the finishing exercise is reproduced (S560). At the end of the exercise phase, a clean-up exercise is performed to stabilize the tired muscles with exercise.

Finally, in the end phase, as in the beginning, you can end by answering questions such as "Who are you?", "I am Hong Gil-dong."

6 is an example of arranging a plurality of detection modules around a user to perform exercise content according to another embodiment of the present invention. 6, 1, 2, 3, and 4 refer to the sensing module.

Detection module 1 checks the reaction of the left foot and leg, detection module 2 checks the response of the right foot and leg, module 3 checks the reaction of the left hand and arm, and detection module 4 the right Check the reaction of the hand and arm.

When the driving module 100 reproduces the exercise content, the LEDs of each sensing module 1, 2, 3, 4 are lit according to the control signal of the driving module.

When the LED of each detection module is lit, the user touches the corresponding LED, the proximity sensor detects it, and transmits the detection signal to the driving module 100.

According to the brightness of the LED, the user can follow the motion of the content while raising the hand when it is bright and lowering it when it is dark.

Since the user's motion can be detected through the ultrasonic sensor, if the user normally touches the LED and performs the operation for a certain period of time, the melody may be output through the voice output unit.

As described above, it is possible to improve and enhance the user's cognitive response through exercise content.

In the same way, cognitive responses can be improved through music content.

In the case of music content, as shown in [Table 2] below, it can be composed of introduction, main activity, and finishing stages.

step Exercise program content Introduction 5 minutes Start song and upper limb relaxation activities
Body relaxation through stretching
Relax the upper extremity muscles in accordance with the slow melody and constant beat This activity (30 minutes) Playing music using Korean traditional music
The use of regular pros and cons induces repetitive physical activity of the player and provides familiarity and stability.
Providing familiar songs causes familiar feelings to the performer, making it easy to participate in physical activities Finish (5 minutes) Finish song and upper limb relaxation
Relaxing upper limbs with slow melody and constant beat
Providing a constant and constant beat at a slow tempo so that the cue for the performer's movement is clearly and sufficiently presented, allowing the upper extremity muscles to relax.

Songs can play multiple songs sequentially, as shown in [Table 3] below.

Round Song Long and short Round Song Long and short 1st round Ganggangsuwolrae Jungjungmori 7th A good year Good street 2nd It's good or bad Good street 8th Flower Jajinmori 3rd Spring Jungjungmori 9th Bellflower Semachi 4th Jindo Arirang Semachi 10th Jeongseon Arirang Semachi 5th Military Semachi 11th Saetaryeong Good street 6th Gapdol and Gapsun Good street 12th Miryang Arirang Semachi

7 is another embodiment of the present invention, when using music content, shows an example of the arrangement of the sensing module. 7, 1 and 2 refer to the sensing module.

Detection module 1 checks the reaction of the left hand and arm, and detection module 2 checks the reaction of the right hand and arm.

When the driving module 100 reproduces the exercise content, the LEDs are lit for each of the sensing modules 1 and 2 according to the control signal of the driving module. When the LED is lit, the user shakes the hands and arms corresponding to the LED up and down. At this time, depending on the brightness of the LED, if the light is bright, the hand is raised up, and if it is dark, the hand is lowered.

Since the user's motion can be detected through the ultrasonic sensor, if the user normally touches the LED and performs the operation for a certain period of time, the melody may be output through the voice output unit.

The cognitive response enhancing device according to the present invention can also be applied to driving practice.

In the case of reproducing driving content, a sensing module may be arranged as shown in FIG. 6.

In this case, the first detection module checks the response to the reducer, the second detection module checks the response to the accelerator, the third detection module checks the response to the left turn indicator, and the fourth detection module right. Check the reaction to the turn signal.

When the road driving content is played, the message “Start driving on the road” and a voice are output on the screen (image output unit), and the actual road condition is displayed on the screen.

When the intersection appears and the progress indicator on the right appears, the LEDs of the 1st detection module corresponding to the reducer and the 4th detection module corresponding to the right direction indicator light turn on. The user touches the sensing module No. 1 by foot, and the sensing module No. 4 by hand.

In this way, cognitive response training can be performed while driving.

The embodiments have been mainly described above, but this is merely an example and does not limit the present invention, and those of ordinary skill in the art to which the present invention pertains are not exemplified above without departing from the essential characteristics of the present embodiment. It will be appreciated that various modifications and applications are possible. For example, each component specifically shown in the embodiments can be implemented by modification. And differences related to these modifications and applications should be construed as being included in the scope of the invention defined in the appended claims.

100: drive module 200: detection module

Claims (9)

A driving module that displays content for cognitive training and calculates a user's cognitive response time; And
As a training device for improving the cognitive response, including a detection module for receiving the control signal from the drive module to turn on / off the LED and detect the user's motion,
The drive module,
A storage unit that stores the content and a reference time for each age;
An image output unit that reproduces the content and outputs an image;
A voice output unit for outputting the voice of the content;
A camera photographing a user operating along the image; And
A driving control unit for calculating a cognitive response time by calculating a time difference by comparing an image of the content stored in the storage unit and the captured image, and generating a control signal for controlling the LED mounted on the detection module according to the content Including,
The detection module,
A proximity sensor attached to or near the LED unit to detect whether the LED unit is touched or proximity;
A motion detection sensor that detects whether the user's motion has passed a specific location; And
Training device for improving the cognitive response including a control unit for controlling on/off and luminance of the LED unit according to the control signal, and transmitting the proximity sensor signal and the motion detection sensor signal to the driving module.
According to claim 1,
The driving control unit receives the proximity sensor signal and the motion detection sensor signal, a training device for improving a cognitive response that further calculates a response completion time required to complete the action of the content after recognition.
According to claim 1,
The driving module further includes a user interface for inputting the user's age and user information,
The driving control unit is a training device for improving the cognitive response by determining whether the user's cognitive response is normal by comparing the user's cognitive response time with a reference time stored in the storage unit corresponding to the user's age.
According to claim 1,
The detection module is composed of a plurality of each to detect the movement of the user's limbs,
The driving control unit is a training device for improving the cognitive response by transmitting a control signal to the detection module so that the LED of the corresponding detection module is turned on according to the limb operation of the content.
According to claim 1,
The drive control unit,
Training device for improving cognitive response to control to play the content slowly when the calculated cognitive response time is longer than the reference time period by comparing the calculated cognitive response time with a reference time corresponding to the user's age.
According to claim 1,
The drive control unit,
A training device for improving the cognitive response that controls to reproduce the content quickly when the calculated cognitive response time is calculated by comparing the calculated cognitive response time with a reference time corresponding to the user's age. According to claim 1,
The storage unit, a training device for improving cognitive response, including an exercise content storage unit, a music training content storage unit, and a driving practice content storage unit.
A driving module that displays content for cognitive training and calculates a user's cognitive response time; And receiving a control signal from the drive module to turn on / off the LED and sensing module for detecting the user's motion As a training method for improving cognitive response using a training device for improving cognitive response,
Inputting user information including a user's age using a user interface of the driving module;
Playing back content stored in the storage of the drive module;
Photographing a user by the camera of the driving module;
Calculating, by a driving control unit of the driving module, a time difference by comparing an image of a content with a captured image to calculate a cognitive response time;
Comparing a cognitive response time and a reference time calculated by the driving control unit of the singer driving module; And
When the driving control unit of the driving module, the calculated cognitive response time is outside the interval of the reference time, comprises the step of slowly or quickly adjusting the content playback speed to play,
The sensing module receives the control signal to control the operation of the LED of the sensing module;
Sensing a motion of the user by a sensor of the sensing module;
Transmitting, by the detection control unit of the detection module, the detection signal to the driving module; And
The driving control unit of the driving module further comprises the step of receiving the detection signal, and calculating a completion time by calculating a difference between a time when a user completes a specific operation of content and a reference time.

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