JP5393106B2 - Dynamic visual acuity and reaction motion training method and system, program, and recording medium - Google Patents

Description

  The present invention relates to a method and system for training the dynamic visual acuity and reaction behavior of a user viewing a display, a program for executing the system, and a recording medium storing the program.

  In recent years, it has been known that the dynamic visual acuity of athletes such as baseball and soccer is remarkably high, and the importance of dynamic visual acuity in sports attracts attention. The dynamic visual acuity is an ability to distinguish a moving object and respond to it. In other words, it is the ability to catch a moving object with the eyes, recognize the image with the brain, and react to the situation. Particularly in sports, since it is necessary to react instantaneously with high accuracy to a moving object, a high dynamic visual acuity is required.

There is also a known method as a training method for dynamic visual acuity. For example, there are a method of looking at a signboard from a train window of a running train and a method of chasing flying insects and birds with an eyeball. However, with these known methods, it is difficult to efficiently improve the dynamic visual acuity that is actually required.
However, such training methods have time and place constraints, are difficult to do alone, are dangerous, and are inefficient.

  There are also prior arts such as Patent Documents 1-7.

JP 2008-1555066 “Amusement machine” Japanese Patent Application Laid-Open No. 2007-152057 “Battery Training Machine” JP2007-20919 "Moving object visual acuity inspection apparatus" Japanese Patent Application Laid-Open No. 2005-160971 “Motion Vision Training Device” Japanese Patent Application Laid-Open No. 2003-38715 “Game Machine and Game Method” Japanese Patent Application Laid-Open No. 11-9842 “Competitive Game Machine for Instant Recognition / Identification Vision, etc.” Japanese Patent Application Laid-Open No. 2006-288916 “Program for Measuring and Improving Moving Vision”

Patent document 7 is based on this inventor.
According to Patent Document 7, training by a display image using the program can be performed even by a commercially available PC, so that time and place restrictions are relaxed and it can be performed safely by one person. In addition, it is possible to obtain effects such as dynamic visual acuity, eye muscle movement ability, brain image processing ability, reaction speed, reaction accuracy, and the like.

  However, repeating the same type of training can get bored. Also, the response in training is more beneficial with physical exercise than limited to PC keyboards.

  Therefore, as an extension of Patent Document 7, the present invention further improves game performance and requests a response accompanied by physical exercise, so that it can help improve the motor ability from children to adults, elderly people, etc. It is an object to provide a method and system for training a reaction operation, a program for executing the system, and a recording medium for storing the program.

The dynamic vision and reaction motion training system of the present invention has the following configuration.
That is, a computer having input / output means, arithmetic processing means, and recording means for operating predetermined software, a display for displaying a training video for the user, and a response input for inputting a response from the user And a training system for training a user's dynamic visual acuity and reaction behavior, and training, and a map image representing a map, a moving body image representing a moving body moving on the map according to a user's response input, and training And a guide mark image representing a guide mark indicating the direction of movement of the mobile object, which is the correct answer, are generated in association with each other and displayed on the display, and the direction of movement of the mobile object image is set in correspondence with the guide mark images displayed sequentially. Training image generation and display means for responding to the user, and response receiving means for receiving a response from the user by the response input means The response time measuring means for measuring the time from the display of the guidance mark image by the training image generating and displaying means to the reception of the response by the response receiving means, and the correctness of the response content obtained by the response receiving means, and the guidance mark on the map Response correct / incorrect determination means determined from the positional relationship, and level setting means for determining the difficulty level of training by the training image generation display means according to the evaluation or initial setting of the results obtained by the response correctness determination means And

  Here, the map image is an image representing a grid-like route, the moving body image is an image representing a driving vehicle, and the guidance mark image is a mark displayed on any route that intersects the previous intersection of the driving vehicle. A response from the user by the response input means may be used as a route selection at the previous intersection of the driving vehicle to give an affinity such as driving an automobile or the like.

  The training difficulty level may be set according to at least one of the complexity of the map image, the moving speed of the moving object image, the moving acceleration of the moving object image, and the display timing of the guidance mark image.

  Similarly, the dynamic visual acuity and reaction motion training system of the present invention includes an input / output unit, an arithmetic processing unit, and a recording unit, and displays a training video for a user by using a computer that operates predetermined software. A system that includes at least a display and response input means for inputting a response from the user, and represents a plurality of types of marks that can be selected according to the user's response input in a system that trains the user's moving vision and reaction behavior A choice mark image group and a correct answer mark image representing the same type of mark as any of the multiple types of marks that are correct answers for training are generated so as to move irregularly in a predetermined area on the display. A tray that displays an image on the display and allows the user to respond to the selection of two mark images of the same type. A response image measuring means, a response receiving means for receiving a response from the user by the response input means, and a response for measuring the time from the display of the correct mark image by the training image generating and displaying means to the reception of the response by the response receiving means. Depending on the evaluation or initial setting of the results obtained by the response correctness determination means, the response correctness determination means for determining the correctness of the response content obtained by the time measurement means and the response reception means from the type relationship between the option mark and the correct answer mark, Level setting means for determining the difficulty level of training by the training image generation display means may be provided.

  Similarly, the dynamic visual acuity and reaction motion training system of the present invention includes an input / output unit, an arithmetic processing unit, and a recording unit, and displays a training video for a user by using a computer that operates predetermined software. The system includes at least a display and response input means for inputting a response from the user, and represents a mark of the same type that can be selected according to the user's response input in a system for training the user's moving vision and reaction behavior A group of option mark images and a correct answer mark image representing a different type of mark from the plurality of option marks that are correct answers for training are generated so as to move irregularly in a predetermined area on the display and are displayed on the display. Training image to display and respond to the user to select one mark image different from others Response display means, response reception means for receiving a response from the user by the response input means, and response time measurement for measuring the time from the display of the correct mark image by the training image generation display means to the reception of the response by the response reception means A response image based on the evaluation or initial setting of the results obtained by the response correctness determination means and the response correctness determination means. Level setting means for determining the difficulty level of training by the generation display means may be provided.

  In this case, the difficulty of training includes the movement speed of the mark image, the movement acceleration of the mark image, the rotation speed of the mark image, the rotation acceleration of the mark image, the total number of mark images, the number of types of mark images, the number of mark images, You may set with at least 1 of the similarity between types.

  As the grade evaluation in one training, the achievement level after the training for a predetermined time set in advance may be used.

  Similarly, the dynamic visual acuity and reaction motion training system of the present invention includes an input / output unit, an arithmetic processing unit, and a recording unit, and displays a training video for a user by using a computer that operates predetermined software. A system that includes at least a display and response input means for inputting a response from the user, and represents a plurality of types of marks that can be selected according to the user's response input in a system that trains the user's moving vision and reaction behavior Training image generation and display means for generating option mark images so as to sequentially appear in predetermined areas on the display and displaying the images on the display, and causing the user to select a mark image or an appearance position of the mark image in the order of appearance; Response receiving means for receiving a response from the user by the response input means, and training A response time measuring means for measuring the time from the display of the mark image by the image generation display means to the reception of the response by the response receiving means, and a response for judging whether the response content obtained by the response receiving means is correct or incorrect from the type relationship between the choice marks There may be provided a right / wrong judging means and a level setting means for determining the difficulty level of training by the training image generation / display means in accordance with evaluation or initial setting of the results obtained by the response right / wrong judging means.

  In this case, the difficulty of training includes the display time of the mark image, the moving speed of the mark image, the moving speed of the mark image, the rotating speed of the mark image, the rotating speed of the mark image, the total number of mark images, and the type of mark image Or the similarity between the types of mark images.

  As the grade evaluation in one training, the achievement level after the completion of training with a predetermined number of consecutive incorrect answers may be used.

  In the latter three systems of the dynamic vision and reaction motion training system according to the present invention, which are roughly classified into the above four types, the display is divided into nine grids, and each mark image is displayed in the different areas at least at the initial appearance. By doing so, overlapping of mark images may be prevented and contribution to visual recognition may be made.

  The difference between the types of mark images may be set according to at least one difference among shape, size, and color.

  As the difference in the shape type of the mark image, left and right symmetry may be used.

  In all of the moving vision and reaction motion training systems of the present invention roughly classified into the above four types, the level-up condition by the level setting means is set to a predetermined number of consecutive correct answers of, for example, about 2 to 4, and the level The level down condition by the setting means may be a predetermined number of consecutive erroneous answers set to about 2, for example.

  A 30-70 inch, preferably 40-60 inch, touch-sensitive display may be used for the response input means to contribute to a large hand movement.

  A stepping input type seat corresponding to the numeric keypad may be used as the response input means to contribute to a large foot motion. It may be used in combination with the above touch panel display.

The dynamic visual acuity and reaction motion training method of the present invention corresponds to the dynamic visual acuity and reaction motion training system of the present invention roughly divided into the above four types, and is broadly classified into the following four types.
That is, a computer having input / output means, arithmetic processing means, and recording means for operating predetermined software, a display for displaying a training video for the user, and a response input for inputting a response from the user In a method for training a user's dynamic visual acuity and reaction behavior in a system comprising at least means, a training image generation display means moves the map image representing the map and the map on the map according to the user's response input. A moving body image representing a moving body and a guidance mark image representing a guidance mark indicating the moving direction of the moving body as a correct answer for training are generated in association with each other, displayed on the display, and sequentially displayed on the guidance mark image. Training image generation and display step to respond to the user the moving direction of the moving body image correspondingly, and response reception The response receiving step for receiving the response from the user by the response input means according to the stage, and the time from the display of the guidance mark image by the training image generation display means to the reception of the response by the response receiving means by the response time measuring means A response time measurement step, a response correctness determination means, a response correctness determination step for determining the correctness of the response content obtained by the response receiving means from the positional relationship with the guide mark on the map, and a level setting means for a response correctness determination And a level setting step for determining a difficulty level of training by the training image generation and display means in accordance with the evaluation of the results obtained by the means or the initial setting.

  Similarly, a computer having input / output means, arithmetic processing means, and recording means, which operates predetermined software, a display for displaying a user's training video, and a response from the user are input. In a method for training a user's moving visual acuity and reaction behavior in a system including at least response input means, option marks representing a plurality of types of marks that can be selected according to the user's response input by the training image generation display means An image group and a correct answer mark image representing the same type of mark as one of the multiple types of marks that are correct answers for training are generated on the display so as to move irregularly in a predetermined area on the display. Training image that displays an image and makes the user respond to the selection of two mark images of the same type A response display step for receiving a response from the user by the response input means by the response reception means; and a response by the response reception means from the display of the correct mark image by the training image generation display means by the response time measurement means. A response time measuring step for measuring the time until reception of the response, a response correctness determination means for determining whether the response content is correct or not based on the type relationship between the option mark and the correct answer mark, and a level The setting means may perform a level setting step for determining the difficulty level of training by the training image generation and display means in accordance with the evaluation of the results obtained by the response correctness determination means or the initial setting.

  Similarly, a computer having input / output means, arithmetic processing means, and recording means, which operates predetermined software, a display for displaying a user's training video, and a response from the user are input. In a method for training a user's moving visual acuity and reaction behavior in a system including at least a response input unit, option marks representing the same type of mark that can be selected according to the user's response input by the training image generation display unit An image group and a correct answer mark image representing a different type of mark from the plurality of option marks that are correct answers for training are generated so as to move irregularly in a predetermined area on the display and displayed on the display. , Training image generation display that makes the user respond to selection of one mark image different from the others A response receiving step for receiving a response from the user by the response input means by the response receiving means; and a response reception by the response receiving means from the display of the correct answer mark image by the training image generating and displaying means by the response time measuring means. A response time measuring step for measuring the time until a response, a response correctness determination step for determining the correctness of the response content obtained by the response receiving means from the type relationship between the option mark and the correct answer mark, and a level setting means Thus, a level setting step for determining the difficulty level of training by the training image generation and display means may be performed according to the evaluation of the results obtained by the response correctness determination means or the initial setting.

  Similarly, a computer having input / output means, arithmetic processing means, and recording means, which operates predetermined software, a display for displaying a user's training video, and a response from the user are input. In a method for training a user's moving visual acuity and reaction behavior in a system including at least response input means, option marks representing a plurality of types of marks that can be selected according to the user's response input by the training image generation display means Training image generation and display step for generating images so as to appear sequentially in predetermined areas on the display, displaying the images on the display, and allowing the user to select the mark image or the appearance position of the mark image in the order of appearance, and receiving the response The response reception that receives the response from the user by the response input means The response time measuring step for measuring the time from the display of the mark image by the training image generating and displaying means to the reception of the response by the response receiving means by the response time measuring means, and the response receiving means by the response correctness determining means. The response correctness determination step for determining the correctness of the response contents from the type relationship between the choice marks and the level setting means, the evaluation of the results obtained by the response correctness determination means or the initial setting, the training image generation display means by the training And a level setting step for determining the degree of difficulty.

  Here, the user's response input by the response input means may be a mode that requires the user's body motion corresponding to the gymnastic exercises.

  The dynamic visual acuity and reaction motion training program of the present invention is software that allows the above-described training system to function or executes the above-described training method.

  The recording medium for the dynamic visual acuity and reaction motion training program of the present invention is a computer recording medium storing the above-described training program.

  According to the present invention, the willingness of repeated training is improved due to game characteristics, and a response accompanied by physical exercise is required, so that it is effective for improving athletic ability from children to adults, elderly people and the like.

Hereinafter, embodiments of the present invention will be described based on examples shown in the drawings. The embodiment is not limited to the following examples, and the design can be changed as appropriate using a conventionally known technique such as the patent document or video game software without departing from the gist of the present invention.
In particular, since Patent Document 7 is based on the present invention, and the present invention was developed as an extension thereof, the matters described in Patent Document 7 can be used as appropriate in the present invention as well.

FIG. 1 is an explanatory diagram showing a main part of a dynamic vision and reaction motion training system according to the present invention.
In this embodiment, the PC (10) as a computer has a CPU for performing arithmetic processing, a memory such as ROM and RAM, a recording device such as a hard disk, a monitor for displaying a screen, and an administrator's input. An input device such as a keyboard for transmission and a printer are provided. In addition, a network adapter or a communication device for connecting and communicating with a network such as the Internet may be provided.
The PC (10) is loaded with a moving body vision and reaction motion training program, which will be described later, and a program related to its management operation.

The PC (10) is connected to a display (20) that displays at least a user training video.
The training display (20) is preferably provided with hand response input means for inputting a response from the user's hand movement. As the hand response input means, an infrared sensor is provided in a frame portion positioned at the upper, lower, left, and right ends of the training display (20), or the training display (20) itself is of a touch input type. Known configurations can be used as appropriate.
The size of the training display (20) is 30 to 70 inches, preferably 40 to 60 inches.
At the time of use, it is preferable to adjust the height of the display for training (20) according to the back of the user and to face and stand about 50 cm apart.

The PC (10) may also be provided with a foot response input means (30) for inputting a response from the motion of the user's foot.
As shown in the figure, as the foot response input means (30), a step input type seat corresponding to the numeric keypad, a step input type seat for selecting a different arrow, a step input type pedal for selecting ON / OFF, and the like are used as appropriate. it can.

As described above, when the training display (20) and the foot response input means (30) including the hand response input means are used, the user's response input requires a large body motion. Responses can also be trained.
In addition, if a training program is set so that a motion corresponding to the gymnastic movement is accompanied by a large movement of the body as a response input of the user, it can be utilized as software for guiding the gymnastic exercise.

  The PC (10), the training display (20), and the foot response input means (30) may be provided as a set installed in a private house or installed in an exercise facility such as a sports gym. It may be provided as a training device or an arcade game device installed in an entertainment facility such as a game center.

FIG. 2 is a configuration diagram illustrating the main part of the moving object visual acuity and reaction motion training software according to the present invention, and FIG. 3 is an explanatory diagram illustrating a user registration management screen.
In the illustrated example, as the training menu, dynamic visual acuity 1, dynamic visual acuity 2, peripheral visual field 1, peripheral visual field 2, visual recognition 1, visual recognition 2, visual memory, and spatial recognition are listed. Four of these will be described in detail later.
In user registration management, it can be used for evaluation of results described later, management of thousands of members in facilities such as a gym, and general management through multiple facilities and the Internet.

FIG. 4 is a flowchart showing a main part of data processing in the dynamic visual acuity and reaction motion training system according to the present invention, and FIG. 5 shows a display of the training display (20) in spatial recognition training which is an example of the training menu. It is explanatory drawing.
The training image illustrated in FIG. 5 is displayed on the training display (20) by the training image generation and display means in the PC (10).
A training image generation / display unit displays a map image (41) representing a map, a moving body image (42) representing a moving body moving on the map in accordance with a user's response input, and movement of the moving body serving as a correct answer for training. A guide mark image (43) representing a guide mark indicating a direction is generated in association with each other and displayed.

In the illustrated example, the map image (41) is an image representing a grid-like route, but various linear curves, actual street maps, and the like can also be used.
In the illustrated example, the moving body image (42) is an image representing an automobile, but marine aircraft, animals, and the like can also be used.
In the illustrated example, the guide mark image (43) is an asterisk, but a mark such as an arbitrary shape symbol can be used. You may make it stand out by flashing.

The guidance mark image (43) is displayed on or beside any route that intersects at the previous intersection of the moving body image (42). As the moving object image (42) progresses, the moving object image (42) is displayed in order and indicates the moving direction of the moving object image (42) as a correct answer.
The user visually recognizes the guidance mark image (43), touches the arrow image (44) indicating the driving direction, and answers the moving direction of the moving body image (42). In the direction corresponding to the response input, the moving body image (42) selects the course at the previous intersection.
The answer time limit for each question is until the moving object image (42) arrives at the previous intersection. If nothing is entered, a straight line or stop at an intersection is set in advance.
In addition, although the choice of the arrow image (44) which shows the driving | running direction of illustration is three choices of a right turn and a left turn straight advance, according to the branch road in a map image (41), you may change the number of choices and directions suitably.
Further, a foot input type foot response input means (30) may be used.

In the illustrated example, the initial position of the moving object image (42) is set at the lower center of the map image (41).
When the moving body image (42) moves from the top to the bottom of the map image (41), the directional relationship in the moving body image (42) indicates an arrow image (44) indicating the driving direction in which the user performs touch input. Since it is in the opposite direction to the azimuth relationship, the ability of space recognition is further required.

  The difficulty level of the training is set according to the complexity of the map image (41), the moving speed and acceleration of the moving body image (42), the display timing of the guidance mark image (43), and the like.

The response receiving means in the PC (10) receives the response in the driving direction touched by the user, and the response time measuring means determines the time from the display of the guidance mark image (43) to the reception of the response by the response receiving means. In addition to the measurement, the correctness / incorrectness of the response content obtained by the response receiving means is determined from the positional relationship between the map image (41) and the guide mark (43) by the response correctness determination means.
Depending on whether the correct answer is an incorrect answer, different sounds may be generated, or the moving body image (42), the guide mark image (43), or the like may be changed in color or brightness.
In the case of an incorrect answer, it is preferable to make it impossible to reply again and to input all options without consideration.

FIG. 6A is a training level display bar displayed at the end of the training display 20, and FIG. 6A is an example of the training level setting parameter. FIG. 7 is a table showing simulation results.
The level setting means in the PC (10) performs level setting for determining the difficulty level of training in accordance with the evaluation of the score obtained by the response correctness determination means or the initial setting.
As a condition for level up by the level setting means, a predetermined number of consecutive correct answers of about 2 to 4 times, and as a condition of level down, a predetermined number of consecutive correct answers of about 2 times are set. Is preferred.

In the illustrated example, there are 10 levels. The initial level can be selected by touch-inputting the level number column (45). In level R, a level is set at random.
The grade evaluation in each training is indicated by the achievement level after the end of the training for a predetermined time such as 60 seconds.
The short response time can also be used for evaluation. In that case, it is preferable to use a response time obtained by averaging only the correct answers.

FIG. 8 is an explanatory diagram showing an example of a score table that can also be displayed on the training display (20).
In addition to the results of training every time, it is possible to contribute to improvement of training motivation by displaying personal best records, and to contribute to future training menu studies by displaying the transition of records.

FIG. 9 is an explanatory diagram of the display on the training display (20) in the visual cognitive training which is a training menu of another embodiment.
The following points are different from the above embodiment.
The training image illustrated in FIG. 9 is displayed on the training display (20) by the training image generation / display means in the PC (10).
In the illustrated example, eight types of nine mark images (51) (51 ′) (52) are displayed. There are eight choice mark images (51) (51 ′) representing a plurality of types of marks that can be selected in accordance with the user's response input, and the same type as any one of the plurality of types of marks that are correct answers for training. There is one correct answer mark image (52) representing a mark.
Each of the mark images (51) (51 ′) (52) moves irregularly in a predetermined area on the display (20), and a broken line (53) indicates the locus thereof.

If the user selects and touch-inputs two mark images (51 ′) and (52) of the same type, a correct answer is obtained.
Depending on the response time measurement means, the time from the display of the correct answer mark image (52) to the reception of the response by the response reception means is measured, and depending on the response correctness determination means, the correctness of the response content is determined as the mark image (51) (51 ') Judged from the type relationship of (52).

No response time limit is set for each question. If the answer is correct, the next training image is displayed. If the answer is incorrect, the same level of training is repeated, and the grade is evaluated at a level reached within a predetermined time such as 60 seconds.
The display interval of each training image may be 2 to 3 seconds, and the response time required in the previous question may be displayed on a black background for 2 to 3 seconds.

The difficulty of training is the movement speed of the mark image, the movement acceleration of the mark image, the rotation speed of the mark image, the rotation acceleration of the mark image, the total number of mark images, the number of types of mark images, and the similarity between the types of mark images It is set by.
In particular, the difficulty is determined by the total number of option mark images (51) (51 '). The number is 8 in the illustrated example, and the configuration can be easily changed in the range of 1 to 8 according to the level, but may be about 1 to 17.

The difference in the types of the mark images (51) (51 ′) (52) is set depending on the shape, size, color, and the like.
As the types of mark images (51) (51 ′) (52) to be displayed, a method of selecting a random number using a random number from a predetermined number such as 13 prepared in advance for recording is simple.

FIG. 10 is an explanatory diagram showing display settings of the training display (20).
In the example shown in the figure, the area of the training display (20) is divided into nine grids by the virtual boundary line (54). When each mark image (51) is arranged and displayed in each region divided in advance in this way, it is possible to prevent the plurality of mark images (51) from being overlapped and becoming difficult to see. This arrangement may be only at the initial appearance or always.

FIG. 11 is an explanatory diagram of display on the training display (20) in the visual cognitive training which is a training menu of another embodiment.
The following points are different from the above embodiment.
The training image illustrated in FIG. 11 is displayed on the training display (20) by the training image generation and display means in the PC (10).
In the illustrated example, nine mark images (61) and (62) are displayed, and only one mark image (62) is of a different type. The user selects the different mark image (62) and responds with touch input.

  As shown in the figure, if the difference in the types of the mark images (61) and (62) is only left-right symmetric and displayed while rotating, it is effective for training of visual acuity and visual angle recognition.

FIG. 12 is an explanatory diagram of a mark image that is recorded in the recording means and can be selected for display.
In FIG. 12A, eight mark images (61) of the same type but different in orientation are arranged. The same applies to FIG. A method of selecting 2 to 8 mark images (61) from FIG. 12 (a) and selecting different types of mark images (62) from FIG. 12 (a) according to the training level is simple.

FIG. 13 is an explanatory view of the display on the training display (20) showing the question mode in the visual memory training which is a training menu of another embodiment, and FIG. 14 is an explanatory view of the display for answering.
The following points are different from the above embodiment.
The option image (71) representing a plurality of types of marks that can be selected according to the user's response input is displayed by the training image generation / display means in the PC (10) so as to appear sequentially in a predetermined area on the display. . Circled numbers and arrows in the figure are for indicating the order of appearance.

The display for answer in FIG. 14 is preferably different from the display at the end of the question in FIG. 13 in the arrangement of the option mark images (71).
The user responds by touch-inputting the option mark images (71) in the order of appearance.

The display area of the training display (20) in the illustrated example is divided into nine areas (73) in a lattice pattern by virtual boundary lines (72).
Therefore, regardless of the type of the option mark image (71), a training configuration may be adopted in which the region (73) in which the option mark image (71) appears is touched and responded in the order of appearance.

  The difficulty level of training is the mark image display time, mark image moving speed, mark image moving acceleration, mark image rotating speed, mark image rotating acceleration, total number of mark images, number of mark image types, mark image It is set according to the similarity between types.

  A program that is a software that allows the dynamic visual acuity and reaction motion training system as described above to function or executes the reaction motion training method may be stored in a medium such as a CD.

  According to the present invention, the willingness of repetitive training does not fade due to game characteristics, and a response accompanied by physical movement is required, so that it is effective for physical exercise and rehabilitation of elderly people as well as training of dynamic vision and reaction movement, High utility value.

Explanatory drawing which shows the principal part of the dynamic vision and reaction motion training system by this invention The block diagram which illustrated the principal part of the dynamic vision and reaction motion training software by this invention Explanatory diagram illustrating the user registration management screen The flowchart which shows the principal part of the data processing in the dynamic vision and reaction action training system by this invention Explanatory drawing of display on training display in space recognition training which is an example of training menu Training level display bar displayed at the end of the training display, and explanatory diagrams of training level setting parameters Table showing simulation results Explanatory drawing showing an example of a gradebook that can also be displayed on the training display Explanatory drawing of the display of the training display in the visual cognitive training which is the training menu of another embodiment Explanatory diagram showing display settings for training display Explanatory drawing of the display of the training display in the visual cognitive training which is the training menu of another embodiment Explanatory diagram illustrating a mark image recorded in the recording means and selectable for display Explanatory drawing of the display of the training display showing the question mode in the visual memory training which is the training menu of another embodiment Same as above, explanatory diagram showing the display mode for answers

Explanation of symbols

10 PC
20 Training Display 30 Foot Response Input Means 41 Map Image 42 Moving Body Image 43 Guidance Mark Image 44 Driving Direction Instruction Arrow Image 45 Level Number Field 51 Choice Mark Image 51 ′ Choice Mark Image 52 Same Type as Correct Answer 52 Correct Answer Mark Image 53 Mark image locus 54 Display area virtual boundary line 61 Same type of group mark image 62 Different types of mark image 71 Choice mark image 72 Display area virtual boundary line 73 Divided display area

Claims (8)

A computer having input / output means, arithmetic processing means, and recording means, for operating predetermined software; a display for displaying a training video for the user; and response input means for inputting a response from the user And a training system for a user's dynamic visual acuity and reaction behavior, a map image representing a map, a moving body image representing a moving body moving on the map according to a user's response input, and a correct answer for training And a guide mark image representing a guide mark indicating the moving direction of the moving object to be generated and displayed on the display, and the user moves the moving direction of the moving object image corresponding to the sequentially displayed guide mark images. Training image generation and display means for responding to the response, response receiving means for receiving a response from the user by the response input means, The response time measuring means for measuring the time from the display of the guide mark image by the ning image generation display means to the reception of the response by the response receiving means, A response correct / incorrect determination means determined from the relationship, and a level setting means for determining the difficulty level of training by the training image generation / display means in accordance with the evaluation or initial setting of the results obtained by the response correct / error determination means, and the map image is It is an elephant representing a grid-like route, a moving body image is an elephant representing a driving vehicle, and a guidance mark image is an elephant representing a mark displayed on any route that intersects at the previous intersection of the driving vehicle. , the response from the user by the response input means, dynamic vision, characterized in that a course selection in the previous intersection driving the vehicle and reaction operations trainees Gushisutemu. The moving body according to claim 1 , wherein the difficulty level of the training is set by at least one of the complexity of the map image, the moving speed of the moving body image, the moving acceleration of the moving body image, and the display timing of the guidance mark image. Vision and reaction motion training system. The moving body visual acuity and reaction motion training system according to claim 1 or 2 , wherein the grade evaluation in one training is a reaching level after completion of training for a predetermined time set in advance. The level-up condition by the level setting means is a predetermined number of consecutive correct answers, and the level-down condition by the level setting means is a predetermined number of consecutive correct answers . The dynamic visual acuity and reaction motion training system according to any one of the above. The moving body visual acuity and reaction motion training system according to any one of claims 1 to 4 , wherein the response input means is a touch panel display of 30 to 70 inches. 6. The dynamic visual acuity and reaction motion training system according to claim 1 , wherein the response input means is a stepping input type seat corresponding to a numeric keypad. A program characterized by claims 1 to a software capable of made to function dynamic vision and reaction operation training system according to any one of 6. A recording medium for a computer, wherein the program according to claim 7 is stored.

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