WO2020111343A1

WO2020111343A1 - System and method for detecting encephalopathy by using go-stop game

Info

Publication number: WO2020111343A1
Application number: PCT/KR2018/015130
Authority: WO
Inventors: 김준영; 최혜민
Original assignee: 주식회사 아리아케어코리아
Priority date: 2018-11-30
Filing date: 2018-11-30
Publication date: 2020-06-04

Abstract

The present invention relates to a system and a method for detecting encephalopathy by using a Go-Stop game, and the technical problem to be solved is to confirm whether a person's cognitive status belongs to a normal group, a cognitive disorder group, or a dementia patient group by using only a detection score calculated through the Go-Stop game. To this end, disclosed are a system and a method for detecting encephalopathy by using a Go-Stop game, the system comprising: a database in which are stored Go-Stop cards categorized into monthly bright cards, animal/plant cards, ribbon cards, and junk cards; a card extracting and providing unit for extracting memory cards extracted from among the Go-Stop cards and extracting face-up cards according to the memory cards, and applying a variable in order to provide the face-up cards, having the variable applied thereto, through a screen output unit; a correct answer checking unit for checking whether face-up cards selected by a user through a key input unit, from among the face-up cards provided through the screen output unit, are cards belonging to the same month as the memory cards; and a score calculating unit for calculating a detection score by adding a weighted score according to the variable, when an answer is determined as a correct answer by the correct answer checking unit.

Description

Brain disease detection system and method using high-stop game

The present invention relates to a brain disease detection system and method using a high-stop game.

As the aging society continues, the number of patients suffering from brain diseases such as dementia and cognitive decline is also increasing. In particular, in the case of dementia, accurate detection and prediction of a high-risk dementia group (potential dementia patients) may prevent the progression to dementia or facilitate continuous management, since dementia has a limited treatment response after dementia. have. Existing cognitive intelligence tests for predicting dementia have been used as screening tools before imaging tests such as PET and fMRI, which have high test costs, to diagnose diseases that complain of dementia and other symptoms of cognitive impairment. In particular, simple mental state testing tools such as MMSE-K in the form of scale are currently actively used in screening for dementia risk groups.

However, dementia is diagnosed when subjective and objective cognitive decline is accompanied by significant impairment in daily life performance, but current cognitive screening tests have limitations in capturing the fine cognitive change signals of the high-dementia group of dementia. In addition, the existing cognitive status test tool exists in the form of a scale, and is a tool written by hand, which is not easy to manage data for the test process and test results, and has a problem in that diagnosis results may vary depending on the tester. In addition, since this type of cognitive state inspection is mainly performed offline, it is difficult to consider continuous changes in the cognitive state of the user.

The problem to be solved according to an embodiment of the present invention is to provide a brain disease detection system and method using a high-stop game that can determine whether a cognitive state is normal, a cognitive disorder, or a group of dementia patients using only a detection score calculated through a high-stop game. .

In addition, another problem to be solved according to an embodiment of the present invention is to apply an addition score according to the first variable and the second variable when calculating the detection score, using a high-stop game that can further improve the reliability of the calculated detection score. It is to provide a brain disease detection system and method.

In order to achieve the above object, the brain disease detection system and method using the high-stop game according to the present invention is a high-stop paddle, which is classified into a monthly optical plaque, a thermal plaque, a strip plaque, a blood plaque, and a database stored and extracted from the high-stop paddle Memorizing paddles, extracting and providing the plaques according to the memorizing paddles and applying variables to provide and extracting plaques provided through a screen output unit, and among the flooring paddles provided through the screen output unit, a user through a key input unit A correct answer checking unit that checks whether the selected floor tiles are the same month as the memorized paddles, and a score calculation unit that calculates a detection score by adding a weighted score according to the variable when the correct answer is confirmed as the correct answer. It can contain.

The variable may include a first variable for when at least one of the memorized plaque and the floor plaque is not a blood plaque, and a second variable for the case where the plaque is provided in a rotated state.

The second variable may be a case in which the floor plate is provided while being rotated at an angle of 30 degrees to 330 degrees.

The score calculation unit may calculate a detection score by adding more weighted scores in the case of the first variable than in the case of the second variable.

The score calculating unit may calculate a score by adding a weighted score of 25% for the first variable and a weighted score of 15% for the second variable to calculate a detection score.

The plaque extraction and providing unit may provide a greater number of plaques than the memorized plaques by adding a plurality of plaques other than the plaque provided as the memorized plaque and the plaque of the same month as the memorized plaque as the bottom plaques. Can be.

The plaque extraction and provision unit may increase the difficulty through at least one of increasing the number of memorized plaques provided through the screen output unit or reducing the time for displaying the memorized plaques through the screen output unit. .

The plaque extraction and provision unit may provide the memorized plaques provided through the screen output unit for any one of 1 second to 2 seconds, or may provide the memorized plaques in any one of two to five pieces.

In order to achieve the above object, a system and method for detecting brain diseases using a high-stop game according to the present invention are 1) providing and extracting and providing a female paddle among the high-stop paddles for cognitive testing through a screen output unit in a paddle extraction and providing unit; , 2) providing the floor paddles including paddles other than the paddles provided from the paddles of the same month as the memorized paddles through the screen output unit, and 3) the user providing Among the floor tiles provided as the screen output unit, the user's response to the user's response for selecting the month of the same month as the memorized tile through the key input unit is determined by the correct answer confirmation unit, and the variable is applied to the score for the correct answer to score the detection score It includes a cognitive test step consisting of the step of calculating in the calculation unit, and in the steps 1) and 2), when the plaque extraction and provision unit provides the memorized paddles and the floor paddles, the variables are applied and provided. In step 3), the score calculating unit may calculate and accumulate the detection scores by applying an addition score according to the variable.

In the cognitive test step, steps 1), 2), and 3) may be repeated 4 times, and if the correct answer is correct twice or more of the 4 times, the cognitive test step may pass.

After passing the cognitive test step, the plaque extraction and providing unit reduces the time during which the memorized plaques are displayed through the screen output unit, or increases the number of memorized plaques, thereby improving the difficulty of the cognitive test step and again It is workable.

The brain disease detection system and method using the high-stop game according to the present invention can determine whether the cognitive status is normal, cognitive impairment, or dementia patient group using only the detection score calculated through the high-stop game.

In addition, when calculating the detection score for the brain disease detection system and method using the high-stop game according to the present invention, it is possible to further improve the reliability of the calculated detection score by applying the added scores according to the first and second variables.

1 is a structural diagram showing a brain disease detection system using a high-stop game according to an embodiment of the present invention.

2A and 2B show an example of the female plaques provided by the plaque extraction and providing unit of the brain disease detection system using the high-stop game of FIG. 1 and an example of the floor plaques according to the memorized plaques.

3A and 3B show another example of the female plaques provided by the plaque extraction and providing unit of the brain disease detection system using the high-stop game of FIG. 1 and another example of the floor plaques according to the memorized plaques.

4 is a flowchart illustrating a method for detecting brain diseases using a brain disease detection system using the high-stop game of FIG. 1.

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

The embodiments of the present invention are provided to more fully describe the present invention to those skilled in the art, and the following embodiments may be modified in various other forms, and the scope of the present invention is as follows. It is not limited to the Examples. Rather, these examples are provided to make the present disclosure more faithful and complete, and to fully convey the spirit of the present invention to those skilled in the art.

In addition, in the following drawings, the thickness or size of each layer is exaggerated for convenience and clarity of description, and the same reference numerals in the drawings refer to the same elements. As used herein, the term “and/or” includes any and all combinations of one or more of the listed items. In addition, in this specification, "connected" means not only when the A member and the B member are directly connected, but also when the C member is interposed between the A member and the B member to indirectly connect the A member and the B member. do.

The terms used in this specification are used to describe specific embodiments, and are not intended to limit the present invention. As used herein, singular forms may include plural forms unless the context clearly indicates otherwise. Also, as used herein, “comprise” and/or “comprising” specifies the shapes, numbers, steps, actions, elements, elements and/or the presence of these groups. And does not exclude the presence or addition of one or more other shapes, numbers, actions, elements, elements and/or groups.

Although the terms first, second, etc. are used herein to describe various members, parts, regions, layers and/or parts, these members, parts, regions, layers and/or parts are defined by these terms It is obvious that not. These terms are only used to distinguish one member, part, region, layer or part from another region, layer or part. Accordingly, the first member, component, region, layer or part to be described below may refer to the second member, component, region, layer or part without departing from the teachings of the present invention.

Referring to Figure 1, there is also shown a structure showing a brain disease detection system using a high-stop game according to an embodiment of the present invention.

As illustrated in FIG. 1, the brain disease detection system 100 using a high-stop game may be installed and used in a handheld-based wireless communication device. In addition, it is possible to place a separate server, and receive and process data received from a personal computer or a handheld-based wireless communication device from a separate server through a wired or wireless network. Hereinafter, the term “personal computer or handheld wireless communication device” will be collectively referred to as a user terminal.

Here, the personal computer may be a laptop, a desktop, or a laptop, and the handheld-based wireless communication device is a Personal Communication System (PCS), Global System for Mobile communications (GSM), Personal Digital Cellular (PDC), Personal Handyphone System (PHS), Personal Digital Assistant (PDA), International Mobile Telecommunication (IMT)-2000, Code Division Multiple Access (CDMA)-2000, W-Code Division Multiple Access (W-CDMA), Wireless Broadband Internet ) It may be a terminal, a smart phone, a smartpad, a tablet PC, but the present invention is not limited thereto.

The brain disease detection system 100 using the high-stop game includes a screen output unit 110, a key input unit 120, a database 130, a hand extracting and providing unit 140, a correct answer checking unit 150, and a score It may be configured to include a calculation unit 160. Here, when the brain disease detection system 100 using a high-stop game is implemented as an application, the screen output unit 110, the key input unit 120, the database 130, the plaque extraction and provision unit 140, and confirm the correct answer The unit 150 and the score calculator 160 may be provided in a single handheld based wireless communication device. In addition, when the brain disease detection system 100 using a high-stop game is configured based on the Internet with a separate server, the screen output unit 110 and the key input unit 120 may be configured as a user's personal computer or handheld-based wireless communication device. It may be a display, at least one key input device (or a touch screen device interworking with the screen output unit), a database 130, a hand extracting and providing unit 140, a correct answer checking unit 150, and a score The calculator 160 may be implemented in a separate server form.

The screen output unit 110 is to provide a user with a brain disease (cognitive disorder, dementia) detection system using a high-stop game, and a screen output device (eg, LCD, LED device) provided in the user terminal and driving it It can be configured as an output module. A high-stop memorizing plate and a flooring plate may be provided through the screen output unit 110.

The key input unit 120 is at least for inputting a floor board selected by the user terminal among a plurality of floor boards provided to the screen output unit 110 in order to confirm the cognitive test when detecting brain disease by using a high-stop game to the user It may be composed of a key input device having a single key button (or a touch screen device interworking with the screen output device) and an input module driving it. Here, the cognitive test can be regarded as a test for confirming whether a user selects a hand of the same month as a hand provided as a memorized hand from among a plurality of floor hands. Here, the user's response may be obtained through the key input unit 120.

In the database 130, high-stop tiles are stored, and the high-stop tiles have 12 different types of patterns, and include four pieces of 48 pieces for each type.

In addition, each of the 12 types of patterns formed on each GoStop hand signifies any month from January to December, and Songhak (January), Majo (February), and cherry blossoms (March in turn) from January to December ), Black sari (April), Orchid (May), Peony (June), Hong sari (July), Communist (August), Kukjun (September), Autumn leaves (October), Odong (November), It is called rain (December). The GoStop tiles are divided into optical tiles, thermal tiles, strips, and blood tiles depending on the shape added to the basic pattern. The light plaque is engraved with'photo' letters, one each in 1, 3, 8, 11 and December. The basic plaque is an additional animal drawn on the basic pattern, one in February, April to October and December. The stripe pattern is a stripe pattern on the basic pattern, except for August and November, one for each pattern. Blood plaques have a basic pattern, two from January to October, three in November, and one in December.

In the database 130, 48 high-stop paddles are stored for each month, and each high-stop paddle may be classified and stored as an optical plaque, a thermal plaque, a strip plaque, and a plaque.

The plaque extraction and provision unit 140 may extract random memorization and floor plaques from a plurality of high-stop plaques stored in the database 130 and provide them to the user through the screen output unit 110. . The plaque extraction and provision unit 140 may extract and provide two to five plaques as memorized plaques, and the number of memorized plaques may be further increased according to the difficulty of the cognitive test. In addition, the plaque extraction and provision unit 140 may provide a time for providing a memorized plaque within 1 second to 2 seconds according to the difficulty of the cognitive test, and the time may be further reduced according to the difficulty. The plaque extraction and provision unit 140 may further include a timer, and gradually provide a memorized plaque providing time to 0.2 seconds to increase the difficulty. In addition, the plaque extraction and providing unit 140 may change the provision time of the memorized plaque to 2 seconds when the time of providing the memorized plaque is increased to 1 second, and provide an additional memorized plaque. The difficulty adjustment can be adjusted upward until the memorization is final 5 pieces and the provision time is 1 second.

In addition, the plaque extracting and providing unit 140 is a floor plaque, by adding a plaque other than the plaque provided as the memorized plaque and a plaque of a different month from the plaque of the same month as the memorized plaque. Can provide a dog's hand. Here, a total of seven floor tiles can be provided, but the number of floor tiles is not limited in the present invention.

For example, the plaque extraction and providing unit 140 is a memorized plaque in January, and if a December plaque is provided, the plaque is a January plaque and one of the two plaques, and in December Any one of the following five, L, L and L, and 5 other L's can be provided.

In addition, when the plaque extraction and provision unit 140 provides the screen output unit 110, the plaque may be provided in a rotated state. Here, the rotated state means that the hand is rotated at an angle of 30 degrees to 330 degrees. That is, when the floor plate is provided through the screen output unit 110 in a rotational direction of less than 30 degrees in the left or right direction, the plaque extraction and providing unit 140 provides the floor plate in a normal state, not in a rotational state. will be.

The correct answer confirming unit 150 checks whether the memorized plaque provided through the screen output unit 110 and the floor plaque selected by the user through the key input unit 120 are the same month, and confirms that the correct answer is the same month. . In addition, if the memorized plaque provided through the screen output unit 110 and the floor plaque selected by the user through the key input unit 120 are different month plaques, it is checked as an incorrect answer.

The score calculating unit 160 may calculate a detection score by weighting the score according to a variable when the correct answer checking unit 150 confirms the correct answer. In addition, the score calculating unit 160 may calculate a detection score confirmed as a correct answer when the correct answer checking unit 150 confirms the correct answer. The score calculating unit 160 may further include a memory, and the calculated detection scores may be accumulated and stored in the memory. In addition, the score calculation unit 160 may provide the user with the accumulated detection scores through the screen output unit 110 when the brain disease detection system or method using the high-stop game ends.

Here, the variables are the case where at least one of the memorized plaque and the floor plaque is not a plaque, and the floor plaque is rotated. That is, the score calculating unit 160 is weighted when at least one of the memorized and the floor tiles is not a defeat (hereinafter referred to as "first variable") and when the floor tiles are provided in a rotated state ("second variable"). The detection score can be calculated. The score calculating unit 160 may receive whether the memorizing and flooring tiles have been provided by applying the first variable and/or the second variable from the hand extracting and providing unit 140.

Here, the first variable is to provide memorized plaques as light plaques, hot plaques and strips, and when providing floor plaques as plaques, memorize plaques as plaques, and floor plaques as optical plaques, hot plaques, and strip plaques. It means time. In addition, it also means when both memorized and floor tiles are provided as optical, thermal, and strip tiles. That is, the first variable can be applied when the memorized and floor tiles are provided with different shapes.

The score calculating unit 160 may calculate a detection score by applying a weighted score according to the first variable and/or the second variable. Here, the weighted score was selected through the difference between the average response time of the normal group with normal cognitive status and the average response time of the patient group with cognitive impairment or dementia through the actual dementia screening test. Here, in the case of the first variable, the difference in response time is 0.3 seconds, whereas the difference in response time is more than 0.9 seconds for the second variable, so the weighted score is placed more in the first variable than in the second variable, so that the normal group It is possible to more easily detect brain disease through the final output score by maximizing the difference between the patient group and the patient group. The score calculating unit 160 may calculate a detection score by adding a weighted score of 25% for the first variable and a weighted score of 15% for the second variable to calculate the detection score.

The method of providing the extraction of the plaque and detecting the score of the brain disease detection system using the high-stop game will be described in detail with reference to FIGS. 2A, 2B, 3A, and 3B.

Referring to FIG. 2A, the plaque extraction and providing unit 140 is provided by a September defeat and an October defeat as a memorized plaque, and referring to FIG. 2B, a March defeat, an April defeat, and a May defeat as a bottom plaque. , June blood, September blood, October blood and November blood.

At this time, when the user terminal selects the September defeat and the October defeat, which are the same as the memorization, among the seven floors through the key input unit 120, the correct answer confirming unit 150 may confirm that the answer is correct. In addition, since the score calculating unit 160 selects the same floor tile for two memorization tiles, it is possible to calculate the detection score of two points.

Referring to FIG. 3A, the plaque extraction and providing unit 140 provides a January plaque, a May clean plaque, and a December plaque as a memorized plaque, and referring to FIG. 3B, a January plaque and a March plaque as the bottom plaque. , April blood L, May blood L, August heat L, November blood L, and December light L were provided by rotating.

At this time, when the user terminal selects the same one of the seven floors, the same as the memorized plaque, the May plaque, and the December plaque through the key input unit 120, the correct answer confirmation unit 150 confirms that the answer is correct can do. The score calculation unit 160 is provided as a January defeat as a memorized plaque, and since the January defeat is selected as a rotated floor plaque, the weighted score (15%) for the second variable may be added to calculate 1.15 points.

In addition, since the score calculating unit 160 is provided as a medal in May as a memorized plaque, and a May plaque is selected as a rotated floor plaque, the weighted score for the first variable (25%) and the weighted score for the second variable (15%) ) To calculate 1.4 points.

In addition, since the score calculating unit 160 is provided as a December strip as a memorizing plaque, and a December plaque is selected as a rotated floor plaque, the weighted score for the first variable (25%) and the weighted score for the second variable (15%) ) To calculate 1.4 points.

Therefore, the score calculating unit 160 can calculate a total score of 3.95 points even though only three memorized and floor tiles matched by the weighted scores generated by the first variable and the second variable.

Referring to FIG. 4, a flowchart illustrating a brain disease detection method using a brain disease detection system using the high-stop game shown in FIG. 1 is illustrated.

As illustrated in FIG. 4, the brain disease detection method using the high-stop game may include a cognitive test step (S1), a test passing confirmation step (S2), a difficulty adjustment step (S3), and a score providing step (S4).

First, the cognitive test step S1 may be performed when a high-stop game system for detecting brain disease is executed in the user terminal.

1) The plaque extraction and provision unit 140 may provide a memorized plaque for cognitive test through the screen output unit 110. Here, the memorized plaque may be provided in two pieces, and may be provided as one of an optical plaque, a hot plaque, a strip plaque, and a plaque. Here, the memorizing plaque may be provided for 2 seconds through the screen output unit 110.

2) After the memorized plaque is provided, the plaque extraction and provision unit 140 may provide a floor plaque through the screen output unit 110. Here, the floor plaque may include a plaque excluding the plaque provided as a memorized plaque from the same month as the memorized plaque. In addition, the bottom plaque may include a plurality of other plaques other than the same month plaque. At this time, the number of floor tiles may be provided, including seven tiles of the same month as the memorized tiles. In addition, the flooring can be provided in a rotated state at any one of 30 to 330 degrees in one direction.

3) The user responds to the user selecting the hand of the month, such as a memorized hand, through the key input unit 120 from the floor tiles provided through the screen output unit 110. At this time, the correct answer confirming unit 150 may check whether the floor tile input through the user's key input unit 120 is the same month as the memorized plaque, and confirm the correct answer. In addition, if the score calculation unit 160 is confirmed as the correct answer by the correct answer checking unit 150, the first variable and/or the second variable is applied from the hand extracting and providing unit 140 to determine whether a memorization or flooring is provided. Received, it is possible to accumulate the user's detection score by applying the added score through the first variable and the second variable.

When the steps 1) to 3) proceed four times, the cognitive test step (S1) is considered, and if the correct answer is correct twice or more of the four times, it may be judged that it has passed (S2). That is, in one cognitive test step S1, a memorizing plaque is provided, and it is possible to repeatedly select the same month as the memorizing plaque from the bottom plaque four times. In addition, if the user's terminal passes the cognitive test step S1, the hand extracting and providing unit 140 may adjust the difficulty level upward (S3). Here, the difficulty adjustment can shorten the provision time of the female plaque provided by 2 seconds by 0.2 seconds. In addition, if the time to provide the memorized plaque repeatedly passes the cognitive test step (S1), and when the next difficulty is adjusted upward, the time to provide the memorized plaque is changed to 2 seconds and an additional memorized plaque can be provided. The difficulty adjustment can be adjusted upward until the memorization is final 5 pieces and the provision time is 1 second.

In addition, if the user's terminal does not pass the cognitive test step (S1), or if all of the final difficulty levels are passed, the score calculator 160 may calculate the user's score and provide it through the screen output unit 110. At this time, the score calculating unit 160 may provide a detection score in which all the calculated scores are accumulated when the cognitive test step S1 is performed at least once. For example, if the user has performed the cognitive test step (S1) once, the scores for the 4 flooring selections are respectively calculated and accumulated through memory to provide a detection score. In addition, after providing the brain disease detection score using the high-stop game through the screen output unit 110, the brain disease detection method using the high-stop game system may end.

If the detection score calculated by the brain disease detection system and method using the high-stop game is 27 points or more, it can be judged as a cognitive condition, and if it is 21 points or more and less than 27 points, it can be judged as a cognitive impairment. In this case, it can be judged as belonging to dementia.

It is possible to check whether the cognitive status is normal, cognitive impairment, or dementia patient group using only the detection score calculated through the brain disease detection system and method using the high-stop game. In addition, the brain disease detection system and method using the high-stop game can further improve the reliability of the calculated detection score by applying the added scores according to the first and second variables.

What has been described above is only one embodiment for implementing the brain disease detection system and method using the high-stop game according to the present invention, and the present invention is not limited to the above-described embodiment, and is claimed in the following claims. As described above, without departing from the gist of the present invention, any person having ordinary knowledge in the field to which the present invention pertains will have the technical spirit of the present invention to the extent that various changes can be implemented.

Claims

A database in which the high-stop paddles are classified into monthly light plaques, hot plaques, strip plaques, and blood plaques;

A paddle extraction and provision unit for extracting the memorized paddles extracted from the high-stop paddles and the bottom paddles according to the memorized paddles and applying variables to provide them through a screen output unit;

A correct answer confirming unit configured to check whether flooring plates selected by a user are keyed by the key input unit among the flooring pads provided through the screen output unit; And

A brain disease detection system using a high-stop game, characterized in that it comprises a score calculation unit for calculating a detection score by adding a weighted score according to the variable, when the correct answer is confirmed by the correct answer checking unit.
The method according to claim 1,

The variable is

A first variable for a case where at least one of the memorized plaque and the floor plaque is not a plaque;

Brain disease detection system using a high-stop game, characterized in that it comprises a second variable for the case where the floor plate is provided in a rotated state.
The method according to claim 2,

The second variable is a brain disease detection system using a high-stop game, characterized in that the case where the floor plate is provided in a rotated state at any one of 30 to 330 degrees.
The method according to claim 2,

The score calculation unit

In the case of the first variable than in the second variable, a brain disease detection system using a high-stop game, characterized in that the detection score is calculated by adding more weighted scores.
The method according to claim 2,

The score calculation unit

A brain disease detection system using a high-stop game, wherein the first variable is calculated by adding a weighted score of 25%, and the second variable is calculated by adding a weighted score of 15%.
The method according to claim 1,

The plaque extraction and provision unit

A high-stop game characterized by providing a greater number of tiles than the memorized tiles by adding a plurality of tiles of different months and the tiles except for the tiles provided as the memorized tiles among the tiles of the same month as the memorized tiles as the floor tiles. Brain disease detection system using.
The method according to claim 1,

The plaque extraction and provision unit

Using a high-stop game characterized by increasing the difficulty through at least one of increasing the number of the memorizing paddles provided through the screen output unit, or reducing the time to display the memorizing paddles through the screen output unit Brain disease detection system.
The method according to claim 1,

The plaque extraction and provision unit

Brain disease detection using a high-stop game characterized in that the memorized plaques provided through the screen output unit are provided for any one of 1 second to 2 seconds, or the memorized plaques are provided in any one of two to five chapters. system.
1) extracting and providing memorized paddles from a paddle extraction and provision unit among high-stop paddles for cognitive testing through a screen output unit;

2) providing the floor paddles including the paddles except the paddles provided by the paddles from the pawns of the same month as the paddle paddles through the screen output unit, and providing the paddle extraction and provision units; And

3) The user's response to the user's response to selecting the month's hand, such as the memorized hand, through the key input unit among the floor tiles provided to the screen output unit is checked by the correct answer confirming unit, and the variable is applied to the score for the correct answer. And a cognitive test step comprising the steps of calculating the detection score by the score calculation unit,

In the steps 1) and 2), when the plaque extraction and providing unit provides the memorized paddles and the floor paddles, a variable is applied and provided,

In step 3), the score calculation unit accumulates and calculates a detection score by applying an addition score according to the variable, thereby detecting a brain disease using a high-stop game.
The method according to claim 9,

The variable is

A first variable for a case where at least one of the memorized plaque and the floor plaque is not a plaque;

Method for detecting brain disease using a high-stop game, characterized in that it comprises a second variable for the case where the floor plate is provided in a rotated state.
The method according to claim 10,

The second variable is a brain disease detection method using a high-stop game, characterized in that the case where the floor plate is provided in a rotated state at any one of 30 to 330 degrees.
The method according to claim 10,

The score calculation unit

A method of detecting brain disease using a high-stop game, characterized in that, in the case of the first variable than in the case of the second variable, a weighted score is added to calculate a detection score.
The method according to claim 10,

The score calculation unit

A method of detecting brain disease using a high-stop game, wherein the first variable is calculated by adding a weighted score of 25%, and the second variable is calculated by adding a weighted score of 15%.
The method according to claim 9,

The cognitive test step may be performed by repeating the steps 1), 2) and 3) four times, and if a correct answer is more than two of the four times, a high-stop game characterized by passing the cognitive test step is performed. Brain disease detection method used.
The method according to claim 14,

After passing the cognitive test step, the plaque extraction and providing unit reduces the time during which the memorized plaques are displayed through the screen output unit, or increases the number of memorized plaques, thereby improving the difficulty of the cognitive test step and again Brain disease detection method using a high-stop game, characterized in that to perform.