WO2023146074A1

WO2023146074A1 - Dementia alleviation device using heteromerics between eyes and brain

Info

Publication number: WO2023146074A1
Application number: PCT/KR2022/017344
Authority: WO
Inventors: 조중범; 박용철
Original assignee: (주)뉴로니어
Priority date: 2022-01-28
Filing date: 2022-11-07
Publication date: 2023-08-03
Also published as: KR20230116289A

Abstract

The present invention relates to using the principle of heteromerics between the eyes and the brain so as to stimulate an undamaged brain from among the left brain and the right brain of a user that requires treatment for a degenerative brain disease, and promoting cognitive function so that the undamaged brain can play the role of a damaged brain. The present invention comprises: a display for providing screen (L) and screen (R); a memory for storing therapy content (L) related to the function of the left brain and therapy content (R) related to the function of the right brain; and a central processing device for running a therapy application, which outputs the therapy content (L) to the screen (L) in order to alleviate left brain-related dementia and outputs the therapy content (R) to the screen (R) in order to alleviate right brain-related dementia.

Description

Dementia improvement device using cross nerve between eye and brain

The present invention relates to an apparatus for improving dementia using cross nerves between the eye and the brain, and more particularly, to a user who is expected to progress of a degenerative brain disease such as dementia or requires treatment for a degenerative brain disease based on visual and auditory physiology and an eye By using the principle of intersectional nerves between the left and right brains, stimulating the undamaged brain of the left and right brains and promoting cognitive function, so that the undamaged brain can perform the role of the damaged brain, improving dementia or diagnosing the severity of dementia. It relates to a device for improving dementia using cross nerves between the eye and the brain.

Dementia is not a disease in itself, but a condition in which various cognitive functions, including memory, are impaired due to brain damage caused by various causes, making it impossible to maintain daily life at the previous level. Such dementia shows complex symptoms in which the normally mature brain is damaged or destroyed by external factors such as acquired trauma or disease, and overall cognitive functions such as intelligence, learning, language, and higher mental functions are deteriorated.

About 80 to 90 diseases are known to cause dementia, and are typically classified into Alzheimer's disease, Parkinson's dementia, vascular dementia, frontotemporal dementia, and Lewy body dementia according to clinical symptoms.

On the other hand, the right brain and the left brain each exhibit unique characteristics, but when we recognize and think about things and facts, we achieve an exquisite combination, and when we use only one brain, we have the characteristics of simultaneously exerting the functions of the right and left brain.

For example, when the function of the left brain decreases, the right brain supplements the role of the left brain. That is, a patient with a brain disease who cannot permanently function the left brain can have the right brain simultaneously perform the functions of the left brain through continuous learning.

Korean Registered Patent No. 1828954 improves symptoms of dementia through activation of brain functions by stimulating human hearing to improve dementia. However, in the prior art, it was possible to simply stimulate the brain through hearing, but there is a problem in that the improvement effect on symptoms is insignificant because it is for activating the damaged brain.

The problem to be solved by the present invention is to damage the left brain and the right brain by using the visual and auditory physiology-based and the principle of intersectional nerves of the eye and brain to users who are expected to progress with degenerative brain diseases such as dementia or who require treatment for degenerative brain diseases. Stimulates the undamaged brain and promotes cognitive function so that the undamaged brain can perform the role of the damaged brain to improve dementia or diagnose the severity of dementia Providing a dementia improvement device using cross nerves between the eyes and brain will be.

According to an embodiment of the present invention, an apparatus for improving dementia using cross nerves between the eye and the brain includes a display providing a screen L corresponding to the left eye and a screen R corresponding to the right eye, and therapy contents related to functions of the left brain. Memory for storing therapy content (R) related to (L) and functions of the right brain and outputting the therapy content (L) on the screen (L) to improve left brain-related dementia, and to improve right-brain-related dementia It may include a central processing unit that executes a therapy application that outputs the therapy content (R) on the screen (R).

It further includes a speaker (L) for left listening and a speaker (R) for right listening (bone conduction speaker), and the therapy application, when outputting the therapy content (L) to the screen (L) or outputting After that, the sound source (R) for right brain stimulation is output to the speaker (R), and when or after outputting the therapy content (R) to the screen (R), the speaker (L) for left brain stimulation is output. The sound source (L) can be output.

In the therapy application, output of the therapy content (L) and output of the therapy content (R) may be simultaneously performed.

The apparatus for relieving dementia further includes a microphone that receives a user's voice, and the therapy contents (L) and the therapy contents (R) provide a question to the user and recognize the voice received by the microphone to obtain the user's answer. can be input.

The memory further stores diagnostic content (L) for testing the function of the left brain and diagnostic content (R) for testing the function of the right brain, and displays the diagnostic content (L) on the screen (R) for diagnosis of dementia related to the left brain. ), and the diagnosis content R can be output on the screen L for diagnosis of right brain related dementia.

The dementia amelioration device may be implemented as a head-mounted display.

According to an embodiment of the present invention, the progression of a degenerative brain disease such as dementia is expected or the user in need of treatment for a degenerative brain disease is prevented from damaging either the left brain or the right brain by using the basis of visual and auditory physiology and the principle of intersectional nerves between the eyes and brain. It stimulates the undamaged brain and promotes cognitive function so that the undamaged brain can perform the role of the damaged brain, thereby improving dementia or diagnosing the severity of dementia.

1 is a schematic diagram illustrating an apparatus for improving dementia using cross nerves of the eye and the brain according to Example 1 of the present invention.

FIG. 2 is a screen on which the central processing unit exemplified in FIG. 1 outputs therapy contents (L) on the screen (L).

FIG. 3 is a screen on which the central processing unit exemplified in FIG. 1 outputs therapy content R on the screen R. Referring to FIG.

FIG. 4 is a screen in which the central processing unit illustrated in FIG. 1 outputs therapy content L on the screen L and outputs the therapy content R on the screen R in FIG. 2 .

5 is a block diagram showing an apparatus for improving dementia according to a second embodiment of the present invention.

6 is a screen on which the central processing unit illustrated in FIG. 5 outputs a sound source (L) to a speaker (L).

7 is a block diagram showing an apparatus for improving dementia according to a third embodiment of the present invention.

FIG. 8 is a screen on which the central processing unit exemplified in FIG. 7 outputs diagnostic content (L) on a screen (R).

FIG. 9 is a screen on which the central processing unit exemplified in FIG. 7 outputs diagnostic contents (R) on a screen (L).

Hereinafter, several embodiments of the present invention will be described in detail using drawings. However, this is not intended to limit the present invention to any specific embodiment, and it should be understood that all transformations, equivalents and substitutions including the technical idea of the present invention are included in the scope of the present invention. do.

In this specification, singular expressions include plural expressions unless the context clearly dictates otherwise.

In this specification, when a component is described as “having” or “comprises” a certain sub-configuration, it does not exclude other configurations unless otherwise stated, but further includes other configurations. This means that it may contain

In this specification, the terms "...unit", "...module" and "component" mean a unit that processes at least one function or operation, and includes hardware, software or It may be implemented as a combination of hardware and software.

1 is a schematic diagram illustrating an apparatus 10 for improving dementia using cross nerves of the eye and the brain according to a first embodiment of the present invention.

Example 1 stimulates the undamaged left and right brains of the left brain and the right brain using visual physiology-based and eye-brain cross-neuron principles for users who are expected to develop degenerative brain diseases such as dementia or who require treatment for degenerative brain diseases, It relates to a technique for improving dementia by promoting cognitive function so that the undamaged brain can perform the role of the damaged brain.

For reference, it is a nerve formed by nerve fibers from the retina, and the two optic nerves are partially crossed and directed to the visual cortex of the occipital lobe. Due to this, the left eye is connected to the right brain, and the right eye is connected to the left brain. Since the eyes and brain are connected in opposite directions through cross nerves, seeing and thinking through the left eye stimulates the right brain, and seeing and thinking through the right eye stimulates the left brain. It is possible to train the damaged brain to perform its role by stimulating and activating the undamaged brain through the cross nerves of the brain.

The dementia amelioration device 10 of Embodiment 1 will be described as being implemented as a head mounted display 110 as an example. However, the dementia amelioration device 10 may be implemented in any form other than the head mounted display 110 as long as it is a device capable of outputting content to both eyes of the user.

The dementia amelioration device 10 includes a display 110 , a memory 120 and a central processing unit 130 .

The display 110 outputs the therapy contents (L or R) provided by the therapy application 131 so that the user can see them.

The display 110 provides a screen L corresponding to the user's left eye and a screen R corresponding to the right eye of the user. That is, the display 110 is divided into two, and different contents can be output to each of the screen L corresponding to the left eye and the screen R corresponding to the right eye.

The display 110 may be provided integrally with the dementia amelioration device 10, that is, the head mounted display 110, or may be separately mounted through a detachable member. When the display 110 is separately mounted on the dementia amelioration device 10 through a detachable member, the display 110 may be implemented as a terminal such as a smart phone or a tablet PC. Even when the display 110 is implemented as a terminal such as a smart phone or a tablet PC, the display 110 is partitioned into two, and different contents can be output to each of a screen corresponding to the left eye and a screen corresponding to the right eye.

The memory 120 is a storage medium provided in the dementia amelioration device 10 . The memory 120 stores therapy contents (L) related to left-brain functions and therapy contents (R) related to right-brain functions.

For reference, the human brain is divided into a left brain and a right brain, and the left brain and the right brain play different roles. Referring to FIG. 2 for convenience of explanation, the left hemisphere is in charge of analytical thinking logic, language command, mathematical manipulation, understanding of letters and numbers, reading and writing, and rational abilities. The right brain is in charge of image brain, creative, spontaneous, emotional, abstract, artistic ability, spatial recognition ability, and intuitive judgment function.

The therapy content (L) related to the function of the left brain stored in the memory 120 is content corresponding to analytical thinking logic, language command ability, mathematical manipulation ability, understanding of letters and numbers, reading and writing ability, and rational ability. For example, For example, it could be a mathematical calculation problem.

The therapy content (R) related to the right brain function stored in the memory 120 is content corresponding to image brain, creative, spontaneous, emotional, abstract, artistic ability, spatial recognition ability, and intuitive judgment. It may be content in which an object is imaged,

The therapy contents (L) related to left-brain functions and the therapy contents (R) related to right-brain functions may be implemented as a two-dimensional screen or as a three-dimensional screen such as AR (Augmented Reality) or VR (Virtual Reality). may be implemented.

The central processing unit 130 displays the therapy content L on the screen (L) through the therapy application 131 to stimulate the right brain when the left brain is damaged (eg, dementia) using the principle of crossing nerves between the eyes and the brain. ), and if the right brain is damaged, the therapy contents (R) are output on the screen (R) to stimulate the left brain.

For example, since the therapy content (L) is related to the function of the left brain, the user can recognize it when it is output to the right eye connected to the left brain, that is, the screen (R). However, when the left brain is damaged, even if the therapy contents (L) are output on the screen (R) corresponding to the right eye, the user does not recognize the therapy contents (L), so the therapy contents (L) are output on the screen (L) corresponding to the left eye. At this time, the therapy content (L) is content related to the function of the sin brain, but the right brain is stimulated because it is output to the left eye (ie, the screen L) connected to the function of the right brain. And if this stimulation continues, the right brain is activated It can perform the role of the left brain.

Therefore, the reason why the central processing unit 130 stimulates the undamaged brain is to stimulate the undamaged brain to promote cognitive function so that the undamaged brain can perform the role of the damaged brain.

The central processing unit 130 may output the therapy contents L and R to a screen L corresponding to the left eye and a screen R corresponding to the right eye through the programmed therapy application 131 .

The therapy application 131 may be implemented in the form of software, wherein the software refers to a program that runs on a mobile terminal such as a smartphone or tablet PC that runs on Google's Android or Apple's IOS, or a microphone. (140) Refers to a program or script program running on a computing terminal or server device such as a notebook PC or desktop PC running on the basis of Microsoft's Windows or Google's Chrome OS, or operates similarly to an app, application, or script other computer programs that

For convenience of description below, referring to the drawings, the central processing unit 130 outputs the therapy contents (L, R) to a screen (L) corresponding to the left eye and a screen (R) corresponding to the right eye so that the undamaged brain is restored. Describe how to stimulate it.

FIG. 2 is a screen on which the central processing unit 130 exemplified in FIG. 1 outputs therapy contents (L) on the screen (L).

For reference, FIG. 2 shows a case where the left hemisphere is damaged (eg, dementia).

Since the therapy content (L) is related to the function of the left brain, and the left brain is connected to the right eye due to the cross nerve between the eye and the brain, in general, the therapy content (L) should be provided as a screen (R) corresponding to the right eye. Users can recognize it quickly. However, since the purpose of Embodiment 1 is to stimulate and activate the left brain, therapy contents (L) are provided on the screen (L) corresponding to the left eye.

As shown in Figures 1 and 2. The central processing unit 130 provides therapy contents (L) related to functions of the left brain to a screen (L) corresponding to the right brain, and at this time, the right brain is stimulated by contents related to brain functions not in charge. Through this training method, the right brain is stimulated and trained by providing therapy contents (L) related to the function of the left brain having a gradually high degree of difficulty to the screen (L) corresponding to the right brain.

For example, the central processing unit 130 displays therapy content L for “50+30+60=?”, which is a simple mathematical calculation problem related to the function of the left brain, on a screen L that is connected to the right brain and corresponds to the left eye. output, and receives the correct answer for the corresponding content from the user. The central processing unit 130 may determine the level of difficulty in consideration of the rate of correct answers for a plurality of questions, the speed of correct answers, and the like. For reference, an increase in difficulty may mean that the right brain is activated and the left brain can also perform the role.

The central processing unit 130 may recognize the voice received from the user through the microphone 140 mounted in the dementia treatment device 10 to determine whether or not the answer is correct, or manually through a separately connected touch panel (not shown). The correct answer may be determined through the input text.

On the other hand, the central processing unit 130 provides the therapy content (L) related to the function of the left brain on the screen (L) corresponding to the right brain, and after a predetermined time elapses, the correct answer screen of the content is displayed on the screen (L) or screen ( R), or both the screen L and the screen R. For example, the central processing unit 130 provides the correct answer “140” to the therapy content L to either the screen L or the screen R, or to both the screen L and the screen R. can do. In addition, the central processing unit 130 may output the correct answer of the content through the speaker 150.

FIG. 3 is a screen on which the central processing unit 130 illustrated in FIG. 1 outputs therapy content R on the screen R.

For reference, FIG. 3 shows a case where the right hemisphere is damaged (eg, dementia).

Since the therapy content (R) is related to the function of the right brain, and the right brain is connected to the left eye due to the cross nerve between the eye and the brain, in general, the therapy content (R) should be provided on the screen (L) corresponding to the right eye. Users can recognize it quickly. However, since the purpose of Embodiment 1 is to stimulate and activate the right brain, therapy contents (R) are provided on the screen (R) corresponding to the left eye.

As shown in Figures 1 and 3. The central processing unit 130 provides therapy contents (R) related to functions of the right brain on a screen (R) corresponding to the left brain. At this time, the left brain is stimulated by contents related to brain functions not in charge. Through this training method, the left brain is stimulated and trained by providing therapy contents (R) related to the function of the right brain having a gradually high degree of difficulty to the screen (R) corresponding to the left brain.

For example, the central processing unit 130 outputs therapy content R for an animal image (for example, a crow image) related to the function of the right brain on a screen R corresponding to the right eye connected to the left brain and , Receives the correct answer for the content from the user. The central processing unit 130 may determine the level of difficulty in consideration of the rate of correct answers for a plurality of questions, the speed of correct answers, and the like. For reference, an increase in difficulty may mean that the left brain is activated and the right brain can also perform the role.

On the other hand, the central processing unit 130 provides the therapy contents (R) related to the function of the right brain on the screen (R) corresponding to the left brain, and after a predetermined time elapses, the correct answer screen of the corresponding content is displayed on the screen (L) or the screen ( R), or both the screen L and the screen R.

FIG. 4 is a screen in which the central processing unit 130 illustrated in FIG. 1 outputs the therapy content L on the screen L and outputs the therapy content R on the screen R.

For reference, FIG. 4 shows a case in which either the left brain or the right brain is damaged (eg, dementia).

As shown in FIGS. 1 and 4 , the central processing unit 130 provides therapy content (L) related to the function of the left brain to the screen (L) of the left eye related to the function of the right brain, and provides therapy content (R) related to the function of the right brain. ) is provided to the screen (R) of the right eye in relation to the function of the left brain.

For example, the central processing unit 130 displays therapy content L for “50+30+60=?”, which is a simple mathematical calculation problem related to the function of the left brain, on a screen L that is connected to the right brain and corresponds to the left eye. and the therapy content (R) for an animal image (for example, a crow image) related to the function of the right brain is connected to the left brain and outputted to the screen (R) corresponding to the right eye.

The central processing unit 130 may output the therapy content L and the therapy content R to the screens L and R at the same time, or alternately output the therapy content L and the therapy content R to the screen, respectively. You can do it.

The central processing unit 130 provides therapy content (L) related to the function of the left brain to the screen (L) of the left eye related to the function of the right brain, and provides therapy content (R) related to the function of the right brain to the right eye related to the function of the left brain. It is possible to stimulate and activate both the undamaged brain and the damaged brain by providing it to the screen (R) of .

On the other hand, the central processing unit 130 provides the therapy content (L) related to the function of the left brain on the screen (L) corresponding to the right brain, and after a predetermined time elapses, the correct answer screen of the content is displayed on the screen (L) or screen ( R), or both the screen L and the screen R. Similarly, the central processing unit 130 provides the therapy contents (R) related to the functions of the right brain on the screen (R) corresponding to the left brain, and after a predetermined time elapses, the correct answer screen of the corresponding content is displayed on the screen (L) or the screen (R). ), or can be provided to both the screen (L) and the screen (R).

5 is a block diagram showing an apparatus 20 for improving dementia according to a second embodiment of the present invention.

The dementia amelioration apparatus 20 of the second embodiment includes a display 210, a memory 220, a central processing unit 230, and a speaker 250 (speaker L and speaker R). Since the display 210, memory 220, and central processing unit 230 of Example 2 are the same as the display 110, memory 120, and CPU 130 of Example 1, duplicate descriptions are omitted. The speaker L and the speaker R are described.

As shown in FIG. 5 , the dementia amelioration device 20 further includes speakers 250 (speakers L and R).

The speakers 250 (speakers L and R) are installed to be connected to the dementia treatment device 20 and are controlled by the therapy application 231 installed in the central processing unit 230 to output a sound source.

The speaker L is positioned at the user's left ear and outputs a sound source for listening to the left ear, and the speaker R is positioned at the user's right ear and outputs a sound source for listening to the right ear.

For example, the speaker L and the speaker R may be implemented as a bone conduction speaker. A bone conduction speaker is a speaker that transmits sound using vibration, and the sound is conducted to the skull without passing through the eardrum, so that the sound can be heard. Bone conduction speakers can be used for people with hearing impairment.

For reference, the eyes and brain are connected by crossing nerves through cross nerves, but the brain and ears are not connected by crossing nerves. As a result, the sound heard through the right ear stimulates the right brain, and the sound heard through the left ear stimulates the left brain.

The therapy application 231 installed in the central processing unit 230 is connected to the right brain and displays the therapy content L related to the function of the left brain on the screen L corresponding to the left eye when or after outputting the therapy content L to the speaker R. The sound source (R) for right brain stimulation is output to the speaker (R). The sound source R output to the speaker R serves to further stimulate the right brain when the therapy content L is output to the screen L to stimulate the right brain.

In addition, the therapy application 231 is connected to the left brain and outputs the therapy content (R) related to the function of the right brain on the screen (R) corresponding to the right eye, or after outputting the sound source for left brain stimulation to the speaker (L) ( L) is output to the speaker (L). The sound source L output to the speaker L serves to further stimulate the left brain when the therapy content R is output to the screen R to stimulate the left brain.

6 is a screen in which the central processing unit 230 illustrated in FIG. 5 outputs a sound source L to a speaker L.

As shown in FIGS. 5 and 6, the therapy application 231 of the central processing unit 230 is applied to an image of an animal related to the function of the right brain (eg, a crow image) in order to activate the left brain when the right brain is damaged. When the therapy content (R) is connected to the left brain and displayed on the screen (R) corresponding to the right eye, the sound source related to the therapy content (R), that is, the sound source for the cry of a crow, is directed in the same direction as the left brain (brain for stimulation) It is output to the speaker (L) located in the ear of. Here, the sound source output to the speaker L may not be directly related to the therapy content R, but may be a sound capable of inferring the correct answer of the therapy content R.

7 is a block diagram showing an apparatus 30 for improving dementia according to a third embodiment of the present invention.

The dementia amelioration device 30 of Example 3 includes a display 310, a memory 320, and a diagnosis application 331 installed in the central processing unit 330. Since the display 310 of Embodiment 3 is the same as the display 110 of Embodiment 1, redundant descriptions will be omitted and the memory 320 and the diagnostic application 331 of the CPU 330 will be described.

For reference, the central processing unit 330 of the third embodiment may or may not have the

therapy applications

331 and 231 of the first and second embodiments installed.

The diagnostic application 331 described below may be implemented in the form of software, wherein the software refers to a program that runs on a mobile terminal such as a smartphone or tablet PC that runs on Google's Android or Apple's IOS. or a microphone 340 refers to a program or script program running on a computing terminal or server device such as a laptop PC or desktop PC running on the basis of Microsoft's Windows or Google's Chrome OS, or an app, application, or script Other computer programs that operate similarly to

The memory 320 stores diagnostic contents (L) for testing left-brain functions and diagnostic contents (R) for testing right-brain functions. For reference, the memory 320 may or may not store therapy contents (L) related to left-brain functions and therapy contents (R) related to right-brain functions.

As explained above, the left hemisphere is in charge of analytical thinking logic, language command, mathematical manipulation, understanding of letters and numbers, reading and writing, and rational abilities. The right brain is in charge of image brain, creative, spontaneous, emotional, abstract, artistic ability, spatial recognition ability, and intuitive judgment function.

The diagnostic contents (L) for testing the function of the left brain stored in the memory 320 are contents corresponding to analytical thinking logic, language command ability, mathematical operation ability, understanding of letters and numbers, reading and writing ability, and rational ability, For example, it could be a mathematical calculation problem.

The therapy content (R) for testing the function of the right brain stored in the memory 320 is content corresponding to image brain, creative, spontaneous, emotional, abstract, artistic ability, spatial recognition ability, and intuitive judgment. For example, It may be content that images an object such as an animal.

The diagnostic content (L) for testing the function of the left brain and the diagnostic content (R) for testing the function of the right brain may be implemented as a two-dimensional screen, or may be implemented as a 3D image such as AR (Augmented Reality) or VR (Virtual Reality). It can also be implemented as a dimensional screen.

The central processing unit 330 transmits diagnostic content L for testing the functions of the left brain to the diagnosis of left brain-related dementia using the principle of cross-neuron between the eye and the brain through the diagnosis application 331, and displays the screen of the right eye connected to the left brain. (R), and diagnostic contents (R) for testing the function of the right brain for the diagnosis of right brain-related dementia are output on the screen (L) of the left eye connected to the right brain.

The central processing unit 330 considers the speed, rate of correct answers, and difficulty of correct answers for the diagnostic content L for testing the function of the left brain and the diagnostic content R for testing the right brain function, and the left brain or right brain related The severity of dementia can be diagnosed.

For example, if the user's correct answer rate and correct answer speed for diagnostic content (L or R) having a predetermined level of difficulty for testing the functions of the left brain and right brain are below the reference value, the central processing unit 330 displays the corresponding screen (L or R). ), it can be judged that the function of the brain connected to is reduced.

The central processing unit 330 outputs diagnostic contents (L and R) of progressively higher difficulty level when the correct answer rate and correct answer rate input from the user exceed the reference value, thereby improving the function of the brain connected to the corresponding screen (L or R). can be diagnosed

The central processing unit 330 may recognize the voice received from the user through the microphone 340 installed in the dementia improvement device 30 to determine whether the diagnosis contents (L and R) are correct or not, or touch a separately connected touch. A correct answer may be determined through text input by hand through a panel (not shown).

The central processing unit 330 alternately displays a plurality of diagnostic contents (L) for testing left-brain functions and a plurality of diagnostic contents (R) for testing functions of the right brain by a predetermined number of screens (R) and screens ( L), first, all of the plurality of diagnostic contents (L) for testing the function of the left brain are output on the screen (R), and then the plurality of diagnostic contents (R) for testing the function of the right brain are displayed on the screen. It can also be diagnosed by outputting to (L).

FIG. 8 is a screen on which the central processing unit 330 illustrated in FIG. 7 outputs diagnostic content L on the screen R. Referring to FIG.

As shown in FIGS. 7 and 8 , the central processing unit 330 provides diagnostic content L for testing the function of the left brain to the screen R of the right eye connected to the left brain.

For example, the central processing unit 330 outputs diagnostic content L for “50+30+60=?”, which is a simple mathematical calculation problem for diagnosing the function of the left brain, on the screen R of the right eye connected to the left brain. do.

The central processing unit 330 diagnoses the function of the left brain in consideration of the rate of correct answers, the rate of correct answers, and the level of difficulty for the plurality of diagnostic contents L provided on the screen R.

FIG. 9 is a screen on which the central processing unit 330 illustrated in FIG. 7 outputs diagnostic content R on the screen L.

As shown in FIGS. 7 and 9 , the central processing unit 330 provides diagnostic content R for testing the function of the right brain to the screen L of the left eye connected to the right brain.

For example, the central processing unit 330 outputs diagnostic content R including an image for diagnosing functions of the right brain to the screen L of the left eye connected to the right brain.

The central processing unit 330 diagnoses the function of the left brain in consideration of the rate of correct answers, the rate of correct answers, and the level of difficulty for the plurality of diagnostic contents R provided on the screen L.

Although the above has been described with reference to several embodiments of the present invention, those skilled in the art can make the present invention within the scope not departing from the spirit and scope of the present invention described in the claims below. It will be appreciated that various modifications and variations may be made.

Claims

a display providing a screen L corresponding to the left eye and a screen R corresponding to the right eye;

a memory for storing therapy contents (L) related to the function of the left brain and therapy contents (R) related to the function of the right brain; and

Running a therapy application that outputs the therapy content (L) to the screen (L) to improve left brain-related dementia and outputs the therapy content (R) to the screen (R) to improve right brain-related dementia central processing unit

Dementia improvement device using cross nerves of the eye and the brain comprising a.
According to claim 1,

Further comprising a speaker (L) for left listening and a speaker (R) for right listening,

The therapy application,

When or after outputting the therapy contents (L) on the screen (L), the sound source (R) for right brain stimulation is output to the speaker (R), and the therapy contents (R) are displayed on the screen (R). Dementia improvement device using cross nerves of the eye and brain, characterized in that for outputting a sound source (L) for left brain stimulation to the speaker (L) when or after outputting.
According to claim 1,

The therapy application,

An apparatus for improving dementia using cross nerves between the eyes and the brain, characterized in that the output of the therapy content (L) and the output of the therapy content (R) are performed simultaneously.
According to claim 1,

Further comprising a microphone for receiving the user's voice of the dementia amelioration device,

The therapy content (L) and the therapy content (R) provide a question to the user and receive the user's answer by recognizing the voice received by the microphone, dementia improvement device using cross nerves of the eye and brain, characterized in that .
According to claim 1,

The memory further stores diagnostic content (L) for testing the function of the left brain and diagnostic content (R) for testing the function of the right brain;

Further comprising a diagnostic application that outputs the diagnostic content (L) to the screen (R) for diagnosis of left brain-related dementia and outputs the diagnostic content (R) to the screen (L) for diagnosis of right-brain-related dementia. Dementia improvement device using cross nerve between eye and brain.
According to claim 1,

The dementia improvement device,

Dementia improvement device using cross nerves of the eye and the brain, characterized in that implemented as a head-mounted display.