JP6537005B1 - Test control system, method and program for cognitive function test - Google Patents

Abstract

[Problem] To appropriately manage the progress of cognitive function test and reduce the burden on the inspector. Kind Code: A1 A cognitive function test system includes an inspector device 10 having a display input device having a touch panel on a display screen, a plurality of terminal devices 20 having an audio output unit, and a display device of information for progress management. Prepare. In each terminal device, the inspection processing of displaying items related to the inspection on the display screen and outputting the corresponding audio signal from the audio output unit and taking in the information input on the touch panel, for the inspection of plural types of different categories The control unit is controlled so as to be mutually independently executed in the order of predetermined categories and to start the inspection processing of the next category when each inspection processing is completed. For a plurality of terminal devices, a progress management table is displayed on the display screen of the inspector device that indicates information indicating the progress of the inspection process for each terminal device. [Selected figure] Figure 1

Description

  The present invention relates to a test control system, method and program for cognitive function test, for example, a test control system for controlling execution and progress management of a cognitive function test to be performed on elderly people at the time of renewal of driver's license of automobile etc. The present invention relates to an examination control method for performing examination execution and progress management using a computer, and a computer program for causing a computer to realize the method.

  The population growth and the extension of the life span will significantly increase the elderly population. It can not prevent human cognitive function from deteriorating with aging. For example, in the present situation where it is no exaggeration to say that a car-centered society is the main means of transportation, if the cognitive function declines, the conventional driving will not be maintained, resulting in problems such as an increased possibility of leading to traffic accidents, Under such circumstances, the need for confirmation of the state of cognitive function of elderly people is increasing day by day.

  Confirmation of the state of cognitive function is carried out by carrying out a test of cognitive function called neuropsychological test (hereinafter referred to as cognitive function test).

  Cognitive function testing is generally designed to be performed on a one-on-one basis between an examiner and a subject in a medical facility. However, if it is carried out at a non-medical institution different from the diagnosis at a medical institution, for example, a cognitive function test carried out for the elderly at the time of driver's license renewal such as automobile etc. Implementation by group is required. Currently, cognitive function tests that can be performed in newly designed groups based on those designed for one-on-one are used.

  If multiple people are to be tested together, one inspector is not enough, and an assistant according to the number of people will be needed. The psychological burden is also large because we have to keep an eye on the progress of all the subjects. It is necessary to consider the burden reduction of inspectors using today's computer technology.

  Patent Literatures 1 and 2 show a diagnostic system which performs various tests using a computer and diagnoses based on the results whether it has mild cognitive impairment or not. The techniques described in these documents focus on diagnosis.

  An inspection system that receives the handwriting image data of the inspection form transmitted from the online terminal, detects an answer from the received handwriting image, and derives and evaluates the result of the inspection form based on the detected answer is disclosed in Patent Document 3 Have been described. According to this inspection system, self-diagnosis such as cognitive function can be performed regularly and continuously.

  Patent Document 4 describes a touch-panel-type cognitive function testing device using a tablet. This device provides feedback through changes in sounds, colors, etc. when the subject touches the target or option displayed on the touch panel, and is gentle for elderly people unfamiliar with PC operation to reduce stress. It is a thing.

  In any of the above-mentioned Patent Documents 1 to 4, the burden on the inspector is particularly when performing a cognitive function test of a plurality of people, such as carrying out for elderly people at the time of driver's license renewal of cars etc. It does not disclose tools for reducing and performing inspections smoothly, controlling inspections, and appropriately managing the progress of inspections.

JP, 2014-8329, A JP, 2017-144252, A JP, 2015-219731, A JP, 2017-140335, A

  The present invention is capable of carrying out inspections and managing the progress of inspections (generally, performing inspection control) so that the progress of a cognitive function test in which a plurality of test persons receive the test proceeds as smoothly as possible The purpose is to In particular, the present invention allows not only the examinations of a plurality of test persons to proceed simultaneously but also the progressing separately, and even in such a case, the examinations of a plurality of test persons are conducted smoothly. The purpose is to make it possible to appropriately control the progress of inspection (generally, to carry out inspection control). This is expected to reduce the burden on the inspector as much as possible, shorten the inspection time as a whole, and minimize the number of assistants as much as possible.

  An examination control system of a cognitive function examination according to the first invention comprises a plurality of terminal devices each having a display input device provided with a touch panel on a display screen and a voice output unit, and a display device for displaying information for progress management. For the inspector device and each of the plurality of terminal devices, at least an explanation, instruction, question, or question is displayed on the display screen for the examination of a plurality of different categories and the voice output Test execution control means (test control means) that controls to execute a test process that outputs a corresponding audio signal from the unit and takes in the input information when information is input on the touch panel, Transmission control for controlling to transmit examination information including embedded input information and information indicating progress (stage) of examination processing from each terminal device Means, sequence control means for starting the next inspection process in a predetermined order when each inspection process is completed in each of the terminal devices, and controlling the inspection processes to be performed independently of each other between the terminal devices, The terminal-by-terminal inspection information storage means for storing the inspection information sent from each of the above-mentioned terminal devices corresponding to the category of the inspection for each terminal device, and the above-mentioned plurality of terminal devices are stored in the above-mentioned terminal-by-terminal inspection information storage means And a progress status display control means for displaying on a display screen of the display device of the inspector device the progress management table indicating the progress status of the inspection represented on the basis of the inspection information of each terminal device for each terminal device. .

  In one embodiment, in each of the terminals, the inspection process is performed for each item or a plurality of items in each category, and the progress of the inspection is represented by categories and items.

  According to the first aspect of the invention, the plurality of terminal devices autonomously carry out the inspection process, and sends out the progress status and input information of each inspection process. The progress status is displayed on the display screen of the inspector device. Since necessary voice information is also output from the terminal device for each examination, the examiner can see the display screen and receive examination while listening to the outputted speech with headphones. Inspectors only need to answer questions from the testee. Since the progress status of each terminal device is displayed on the display screen of the inspector device, the inspector can know the progress status of the cognitive function test performed on a plurality of terminal devices only by looking at the display screen. . In this way, the burden on the inspector is greatly reduced. The number of assistants can also be reduced. Since the progress of the examination is decided according to the examinee's ability etc., if there is a examinee who finishes the examination early, the examination of the next examinee will be started using the same terminal as the one used by the finished examiner As a whole, the inspection time can be shortened.

  The examination control system of the cognitive function examination according to the second invention has a display input device provided with a touch panel on the display screen, and displays matters concerning the examination on the display screen for examinations of a plurality of different types, On the display screen, the progress status of multiple types of inspections performed by multiple terminal devices that execute inspection processing that takes in information (when input) entered on the touch panel (when input) and multiple terminal devices When the inspection process is executed independently of each other in the order of the predetermined categories in each terminal device, and the inspection process is completed. Asynchronous operation mode control means for controlling to start the inspection process of the next category, and in response to an instruction given, It is intended and a synchronous operation mode control means for controlling so as to execute the test of the same category in unison in.

  One embodiment further comprises operation mode switching means for switching between the asynchronous operation mode and the synchronous operation mode.

  In a preferred embodiment, in the asynchronous operation mode, the terminal device further comprises an audio output means for outputting an audio signal corresponding to an item relating to an examination displayed on the display screen.

  The examination control system of the cognitive function examination of the second invention has the asynchronous operation mode and the synchronous operation mode, so that the operation mode can be used properly depending on the situation.

  The examination control system of the cognitive function examination according to the third aspect of the present invention has a display input device and a voice output unit provided with a touch panel on the display screen, and matters concerning the examination on a plurality of different categories of examinations on the display screen Progress of multiple types of inspection performed on multiple terminal devices and multiple terminal devices that execute inspection processing that displays information (if input) on the touch panel and takes in information (when input) System for controlling an inspector device having a display device for displaying on the display screen, and in each of the terminal devices, the inspection processing is independently executed in the order of a predetermined category, and each inspection processing is performed Inspection (execution) control means to control to start the inspection process of the next category when Also, the terminal-by-terminal progress status storage unit (terminal-by-terminal inspection information storage unit) that stores information indicating the progress of inspection processing for each terminal device, and the plurality of terminal devices are stored in the terminal-by-terminal progress status storage unit And a progress status display control means for displaying the progress status of the test represented on the basis of the information indicating the progress of the test processing for each terminal device on the display screen of the inspector device for each terminal device.

  Also in the third invention, a plurality of terminal devices autonomously execute inspection processing, and transmit the progress status of each inspection processing and input information. The progress status is displayed on the display screen of the inspector device. Since the terminal device outputs voice information necessary for each test, the examiner can see the display screen and can receive the test while listening to the output voice with headphones. The inspector can only answer the questions from the testee. Since the progress status of each terminal device is displayed on the display screen of the inspector device, the inspector can know the progress status of the cognitive function test performed on a plurality of terminal devices only by looking at the display screen. In this way, the burden on the inspector is greatly reduced. The number of assistants can also be reduced. Since the progress of the examination is decided according to the examinee's ability etc., if there is a examinee who finishes the examination early, the examination of the next examinee will be started using the same terminal as the one used by the finished examiner As a whole, the inspection time can be shortened.

  The detection control system of the third invention can be defined as follows, centering on function realizing means. That is, the examination control system of the cognitive function examination according to the fourth aspect of the present invention is a display for displaying information for progress management and a plurality of terminal devices each having a display input device having a touch panel on a display screen and a voice output unit. In a cognitive function test system provided with an inspector device having a device, for tests of a plurality of different types of items, items relating to the test are displayed on the display screen and a corresponding sound signal is output from the sound output unit, The above-mentioned terminal devices execute mutually independently the inspection process which takes in the information input in step in the order of the predetermined category, and when the inspection process is finished, start the inspection process of the next category And inspection (execution) control means for controlling each of the above-mentioned terminals, and sending out from each of the above-mentioned terminals The terminal-by-terminal progress status storage unit (terminal-by-terminal inspection information storage unit) that stores at least information indicating the progress of the inspection processing, and the plurality of terminal devices are stored in the terminal-by-terminal progress status storage unit And a progress status display control means for displaying the progress status of the test represented on the basis of the information indicating the progress of the test processing for each terminal device on the display screen of the display device of the inspector device according to the terminal device. .

  The system for controlling a plurality of terminal devices as a subcombination is a test control system of a cognitive function test for controlling a plurality of terminal devices each having a display input device having a touch panel on a display screen and an audio output unit, Regarding inspection of multiple types of different categories, each of the inspection processing described above displays items related to the inspection on the display screen, outputs a corresponding audio signal from the audio output unit, and takes in the information input on the touch panel Inspection (execution) to control each of the above-mentioned terminal devices so that they are mutually independently executed in the order of predetermined categories in the terminal device and start the inspection processing of the next category when each inspection processing is finished It comprises control means.

  Similarly, a system for controlling an inspector device is an inspection control system for progress control of a cognitive function inspection implemented in a plurality of terminal devices each having a display input device having a touch panel on a display screen and an audio output unit. A terminal-by-terminal progress status storage unit (terminal-by-terminal inspection information storage unit) for storing, for each terminal, at least information indicating the progress of inspection processing sent from each of the terminals, and the plurality of terminals , Progress of displaying the progress of the examination represented on the basis of the information indicating the progress of the inspection process for each terminal stored in the progress information storage means by terminal on the display screen of the display unit of the inspector device by terminal And status display control means.

  In the first to fourth inventions and subcombinations thereof, in one embodiment, the computer program for realizing the means for controlling the inspector device is a computer program for realizing the means for controlling the terminal device in the inspector device, the terminal It is provided in the device. In another embodiment, a computer program for realizing the means for controlling the terminal device may be held in the inspector device and transmitted to the terminal device as needed. In still another embodiment, a computer program for realizing these control means may be held in a cloud computing system and downloaded to an inspector device or a terminal device. Various data can also be kept in the cloud computing system.

  The present invention also provides a computer control method (examination control method) in the examination control system for the cognitive function examination, a computer program for realizing the examination control system, and a medium storing the program.

The overall configuration of a test control system for cognitive function tests is shown. The other example of the whole structure of the test | inspection control system of a cognitive function test is shown. The outline of the configuration of the inspector device is shown. 10 shows an inspector device display screen data storage area. 17 illustrates a page-based terminal control data storage area. 7 shows a display screen data storage area for a terminal. 7 shows an audio data storage area for a terminal. 7 shows a terminal-specific input information storage area. (A) shows a terminal-based progress table in the asynchronous operation mode, and (B) shows a management pointer in the synchronous operation mode. The table of items by category is shown. Indicates a progress pointer in the terminal device. 7 shows a score sheet storage area. The example of the display screen of the asynchronous operation mode in an inspector apparatus is shown. It is an enlarged view of the progress management table display column in FIG. It is an enlarged view of the page description column in FIG. The initial setting screen is shown. It is an enlarged view which shows the other example of a progress management table display column. The further another example of a progress management table display column is shown. Initial setting, operation mode setting processing is shown. It is a flowchart which shows the flow of a process of the inspector apparatus in an asynchronous operation mode. It is a flowchart which shows the flow of a process of the terminal device in an asynchronous operation mode. It is a flowchart which shows the flow of a process of the terminal device in an asynchronous operation mode. It is a flowchart which shows the flow of a process of the terminal device in an asynchronous operation mode. It is a flowchart which shows the flow of a process of the terminal device in an asynchronous operation mode. It is a flowchart which shows the flow of a process of the terminal device in an asynchronous operation mode. It is a flowchart which shows the flow of a process of the terminal device in an asynchronous operation mode. It is a flowchart which shows the flow of a process of the terminal device in an asynchronous operation mode. It is a flowchart which shows the flow of a process of the terminal device in an asynchronous operation mode. It is a flowchart which shows the flow of a process of the terminal device in an asynchronous operation mode. It is a flowchart which shows the flow of a process of the terminal device in an asynchronous operation mode. It is a flowchart which shows the flow of a process of the terminal device in an asynchronous operation mode. The example of the display screen of the terminal device in an asynchronous operation mode is shown. The example of the display screen of the terminal device in an asynchronous operation mode is shown. The example of the display screen of the terminal device in an asynchronous operation mode is shown. The example of the display screen of the terminal device in an asynchronous operation mode is shown. The example of the display screen of the terminal device in an asynchronous operation mode is shown. The example of the display screen of the terminal device in an asynchronous operation mode is shown. The example of the display screen of the terminal device in an asynchronous operation mode is shown. The example of the display screen of the terminal device in an asynchronous operation mode is shown. The example of the display screen of the terminal device in an asynchronous operation mode is shown. The example of the display screen of the terminal device in an asynchronous operation mode is shown. The example of the display screen of the terminal device in an asynchronous operation mode is shown. The example of the display screen of the terminal device in an asynchronous operation mode is shown. The example of the display screen of the terminal device in an asynchronous operation mode is shown. The example of the display screen of the terminal device in an asynchronous operation mode is shown. The example of the display screen of the terminal device in an asynchronous operation mode is shown. The example of the display screen of the terminal device in an asynchronous operation mode is shown. The example of the display screen of the terminal device in an asynchronous operation mode is shown. The example of the display screen of the terminal device in an asynchronous operation mode is shown. The example of the display screen of the terminal device in an asynchronous operation mode is shown. The example of the display screen of the terminal device in an asynchronous operation mode is shown. The example of the display screen of the terminal device in an asynchronous operation mode is shown. The example of the display screen of the terminal device in an asynchronous operation mode is shown. The example of the display screen of the terminal device in an asynchronous operation mode is shown. The example of the display screen of the terminal device in an asynchronous operation mode is shown. The example of the display screen of the terminal device in an asynchronous operation mode is shown. The example of the display screen of the terminal device in an asynchronous operation mode is shown. The example of the display screen of the terminal device in an asynchronous operation mode is shown. The example of the display screen of the terminal device in an asynchronous operation mode is shown. The example of the display screen of the terminal device in an asynchronous operation mode is shown. The example of the display screen of the terminal device in an asynchronous operation mode is shown. The example of the display screen of the terminal device in an asynchronous operation mode is shown. The example of the display screen of the terminal device in an asynchronous operation mode is shown. The example of the display screen of the terminal device in an asynchronous operation mode is shown. The example of the display screen of the terminal device in an asynchronous operation mode is shown. The example of the display screen of the terminal device in an asynchronous operation mode is shown. The example of the display screen of the terminal device in an asynchronous operation mode is shown. The example of the display screen of the terminal device in an asynchronous operation mode is shown. The example of the display screen of the synchronous operation mode in an inspector apparatus is shown. FIG. 70 is an enlarged view of a progress management table display field in FIG. 69. It is an enlarged view of the page description column in FIG. It is an enlarged view which shows the other example of a progress management table display column. It is an enlarged view which shows the other example of a page description column. It is an enlarged view which shows the further another example of a progress management table display column. It is a flowchart which shows the flow of a process of the inspector apparatus in a synchronous operation mode. It is a flowchart which shows the flow of a process of the terminal device in a synchronous operation mode. It is a flowchart which shows the flow of a process of the terminal device in a synchronous operation mode. It is a flowchart which shows the flow of a process of the terminal device in a synchronous operation mode.

  FIG. 1 shows the whole system for performing a cognitive function test, and includes functions of examination (execution) control and progress management of the cognitive function test. Therefore, FIG. 1 can also be called an examination control system of a cognitive function examination, a progress management system or the like.

  The system for performing the cognitive function test is composed of an inspector device 10 used by the inspector and a examiner terminal device 20 used by the examiner. Since a cognitive function test is generally performed on a plurality of test persons (10 people, 15 people, etc.) collected in one room, a plurality of terminal devices 20 are prepared.

  This cognitive function test implementation system is roughly divided into two operation modes. It is a synchronous operation mode and an asynchronous operation mode. Cognitive function tests consist of a series of individual tests (including their preparation, explanation, instructions, etc., which are referred to as categories, as described in more detail below). The synchronous operation mode is to simultaneously start examinations of the same category in all of the plurality of operating terminals. Therefore, cognitive function examinations progress synchronously in all the plurality of terminal devices. On the other hand, in the asynchronous operation mode, the contents of the examination of the plurality of categories and the execution order are the same for all of the plurality of operating terminals, but it is allowed that the start points thereof are different. The progress of the cognitive function test in each terminal may be different depending on the testee.

  A headphone 21 can be detachably connected to each terminal device 20. The headphones 21 are not used in the synchronous operation mode. In the synchronous operation mode, various explanations and the like are verbally given by the inspector, and the inspector uses the inspector device 10 to trigger (instruction, command) to start all the inspections simultaneously in all the terminal devices 20. The headphones 21 are used in the asynchronous operation mode, and explanations, instructions, etc. necessary for conducting the test are given to the examiner by the sound flowing from the headphones in principle except for those requiring mutual communication such as answers to questions. . It is preferable that the headphones have a noise cancellation function or the like that has the ability to block external sound.

  The inspector device 10 and the plurality of terminal devices 20 each have a communication function, communicate with each other in a wired or wireless manner, and transmit and receive programs and data. In this embodiment, both devices 10 and 20 have a web browser, which communicate with each other.

  FIG. 3 shows an outline of the configuration of the inspector device 10. The inspector device 10 is realized by a so-called personal computer (PC), and is realized by a control unit 11 (various control means) which is a computer main body, a display unit 12 (including a display memory) realized by a display device, and a storage device. And a communication control unit 15 realized by a browser function. Preferably, a touch panel is provided on the display screen of the display unit 12, and the display unit 12 also has an input function (display input device). In this case, the input / output interface function of the input / output unit 14 is realized by the display unit 12. In FIG. 3, the inspector device 10 has a server function.

  The storage unit 13 is provided with various data storage areas and program areas. Although details will be described later, the storage unit 13 includes an initial setting data storage area, a display screen data storage area for inspector devices (progress status display control means, per terminal examination information storage means, per terminal progress status storage means), page Separate terminal control data storage area (inspection (execution) control means, delivery control means, sequence control means) (for synchronous operation mode, for asynchronous operation mode), display screen data storage area for terminals (for synchronous operation mode, asynchronous operation mode) Voice data storage area for terminals (only for asynchronous operation mode), input information storage area for each terminal (test information storage means for each terminal, progress status storage means for each terminal), progress chart for each terminal (progress status display control means, Inspection information storage unit by terminal, progress status storage unit by terminal) (for asynchronous operation mode), management pointer (for synchronous operation mode), item number list by category (synchronous operation mode) , For asynchronous operation mode), initial setting program storage area, main program (for synchronous operation and asynchronous operation) storage area, display program (progress status display control means) storage area, scoring program storage area, scoring table storage area, etc. There is.

  The terminal device 20 is preferably a mobile terminal device and is preferably a tablet terminal device. That is, the terminal device 20 also includes a control unit, a display unit, a storage unit, a communication control unit, etc. A touch panel is provided on the display screen of the display unit of the display unit and works as an input / output interface unit. As described later, on the display screen of the terminal device 20, an explanatory note, an instruction sentence, a question sentence, an attention sentence, a question, an answer column, etc. are displayed, and the testee uses a finger or a dedicated pen on the display screen. It is possible to touch, to input letters, numbers, etc. by handwriting. The terminal device 20 also includes an audio output unit (audio output means) that converts audio data into an audio signal to be supplied to the earphones 21. If the voice data is digital data of a voice signal, the voice output unit includes a D / A converter and an amplification unit, and if the voice data is text data, the voice output unit further includes voice synthesis ( Or creation) program (so-called reading software).

  In this embodiment, the inspector device 10 functions as a server, and stores all data, programs and the like in the storage unit 13, and as will be described later, a program necessary for the terminal device 20 (every time the screen is changed) And the data is transmitted from the server 10 to the terminal device 20 (which of the terminal device and the server has the initiative depends on the operation mode (synchronous or asynchronous)). Of course, the terminal device 20 may have the program for the terminal device 20 and the data used in the terminal device 20. In another embodiment, as shown in FIG. 2, a cloud computing system is used, which is called a server 30. The inspector device 10A is a kind of terminal device, and has a display function for progress management of a cognitive function test, a function for triggering the test execution in the terminal device 20 in the synchronous mode (command by start button, next button, and back button described later) It only has to send). All or part of the program or data stored in the storage unit 13 of the inspector device 10 in FIG. 3 is uploaded to the server 30 of the cloud computing system, and the terminal device 20 and the inspector device 10A Cognitive function examination and its progress management while communicating with

  FIG. 4 shows an outline of an inspector device display screen (progress management screen) data (progress status display control means) storage area (per terminal examination information storage means) (per terminal progress status storage means) provided in the storage unit 13 It is shown. In this storage area, there are an initial setting data area, a progress management table data area, and a description data area for pages (by category and item). Since all of these data relate to the arrangement on the display screen of the inspector device and the data, the details thereof will be described with reference to the display screens shown in FIG. 13 to FIG. The data storage area of FIG. 4 may be realized by the display memory of the display unit 12.

  FIGS. 13, 14 and 15 show examples of the display screen of the display unit 12 of the inspector device 20 in the asynchronous operation mode. FIG. 13 shows the entire display screen, and the display screen of the display unit 12 of the inspector device 10 is provided with an initial setting data display column 31, a progress management table display column 32, and a page explanation column 33 from the top. It is done. A grading button 34 and an examination end button 35 are also provided. FIG. 14 is an enlarged view of the initial setting data display column 31 and the progress management table display column 32, and FIG. 15 is an enlarged view of the page description column 33. As shown in FIG.

  The page explanation data area is an area for storing data necessary for displaying in the page explanation column 33 on the display screen. This page explanation column 33 is a column showing a so-called guidance that displays the contents (instructions, various explanations, cautions, confirmations, presentations, answers, start and end instructions, etc.) of the cognitive function test and the order thereof. . In the case of the synchronous operation mode, the contents and the order (procedure) to be performed by the inspector are shown, and in the case of the asynchronous operation mode, the contents and the order of the processing executed by each terminal device 20 are shown.

  There are ten categories in the implementation of the test in the asynchronous mode of operation. The categories are test preparation (category 0), advance instruction / explanation (category 1), self-reporting / examination explanation (category 2), orientation (category 3), delayed reproduction (illustration memory) (category 4), intervention task (Category 5), delayed reproduction (free answer) (category 6), delayed reproduction (clue response) (category 7), clock drawing (category 8) and end (category 9) Preparation of examination, various examinations, types of examination).

  Items (detailed implementation items in each stage) are numbered and arranged vertically under the term indicating each category. The items are categories of advance instruction / description. Voice check, 2. Prior instructions for inspection, 3. Cautions, 4. Question confirmation, 4. It is an explanation on inspection results etc. Some of the categories in the synchronous operation mode, the categories in the items in the asynchronous operation mode, and some of the items are omitted. Specifically, it will be described later.

  The combination of these categories and items is called a page in this embodiment. It is an image that the cognitive function test advances one page at a time. The page is given an identification code. Here, page numbers P1, P2, P3,..., Pi,... Pn,. For example, in the case of the asynchronous operation mode, the category 0 examination preparation item 1. Test start is P1, volume control is P2, category 1 advance instruction / description items 1. P3 for voice confirmation, P4 for prior instruction for examination, P5 for cautions, P6 for question confirmation, P7 for explanation of examination results etc., P7, Category 2 self-report / item of examination explanation 1. Self-report form display is P8. There is no Category 0 test preparation in the synchronous mode, and no Category 1 pre-instruction / description. Since there is no voice confirmation, the category 1 advance instruction / description item 1. The prior instruction for inspection is P1.

  In the progress management table of the progress management table display column, columns of the above-mentioned categories are displayed for each of the terminal numbers of the plurality of terminal devices 20, and the progress of the progress by symbols, numbers, characters, etc. displayed in the columns of each category Is supposed to be understood. For example, referring to FIG. 17, a circle 示 す indicates that the examination of the category has been completed. Numbers such as 1, 2 and 4 indicate the item numbers in that category. That is, it indicates that in the category, the item of the number represented by the number is in progress. The letter of the question indicates that there is a question from the testee. As shown in FIG. 18, it is possible to display the progress for each terminal device in various manners, such as displaying an arrow extending to a category currently in progress to indicate the current stage. Also, the name (the handwritten name of the person) of the examiner using the terminal number is displayed corresponding to the terminal number. In the progress management table, terminal numbers are arranged in the vertical direction, and names and categories are arranged in the horizontal direction. Conversely, the terminal numbers may be arranged in the horizontal direction, and the progress stage of the test (category etc.) (type of the test) may be arranged in the vertical direction. The initial setting data field will be described later.

  FIG. 5 shows the contents of the per-page terminal control data storage area. The terminal control data for each page (test (execution) control means, sending control means, sequence control means) programs required by the terminal device 20 (at each page) at each stage of cognitive function test for each page (terminal Control program) and various data storage areas are included. The terminal control program is a program of an operation performed by the terminal device, that is, a program for the terminal device to execute processing, and the details will be described later. Various types of data include display screen data and voice data (in the case of the asynchronous operation mode), and these display screen data and voice data are represented by the URL of the storage location in one embodiment. The storage location is the terminal display screen data storage area (FIG. 6) and the terminal audio data storage area (FIG. 7). Particularly, the terminal device 20 uses these URLs to obtain display screen data and voice data from the inspector device 10 (server). When it is necessary to display two or more screens and output two units (two files) of voice in processing of one page, a plurality of URLs corresponding to that are described. The various data storage area includes an area for storing data read from the touch panel on the display screen by the terminal device 20 (a read data storage area) (a terminal-specific examination information storage area).

  Page control data for each page is sent from inspector device 10 to terminal device 20 (for each page) (each terminal device 20 goes to inspector device 10) for each item (each page) of each category as the examination progresses. The terminal device 20 operates in accordance with These page-based terminal control data may be stored in advance in the storage unit of the terminal device 20. Screen data and voice data may also be stored in the terminal device 20. When the cloud computing system described above is used, the page-based terminal control data, the screen data, and the voice data will be transmitted from the server 30 of the cloud computing system to the terminal device.

  In FIG. 6, data (screen data) representing a screen to be displayed on the terminal device 20 is stored in the terminal display screen data storage area. The screen data is text data or image data. A URL is attached to each screen data (file). The terminal device 20 specifies a URL to specify screen data to be displayed. The screen data of the designated URL is sent from the inspector device (server) 10 to the terminal device 20.

  In FIG. 7, in the terminal voice data storage area, data (voice data) representing voice to be output from the terminal device 20 is stored. The voice data is text data or voice signal data. Each voice data (file) has a URL. The terminal device 20 specifies a URL and specifies voice data to be displayed. The voice data of the designated URL is sent from the inspector device (server) 10 to the terminal device 20.

  In FIG. 8, in the terminal-specific input information storage area (terminal-specific examination information storage means, terminal-specific progress situation storage means), the information transmitted from the terminal device is stored for each terminal device 20, Information to be stored includes end notification, question / confirmation notification, self-report form information, answer input information, etc., and these are stored by category (stage) and, in some cases, items are identified (start notification May also be stored). The terminal device is identified by the terminal number or the identification code (including the name) of the examiner using the terminal device. If data or information overlaps in this terminal-specific input information storage area (Fig. 8) and the read data storage area of page-specific terminal control data storage area (Fig. 5), it is possible to store in either one. It is enough.

  FIG. 9A shows a terminal-by-terminal progress table (terminal-by-terminal inspection information storage means, terminal-by-terminal progress state storage means, progress state display control means) provided in the inspector device 10 (server) in the asynchronous mode. This terminal-specific progress sheet indicates, for each terminal, the progress of the inspection (processing being performed) being performed on that terminal by the stage (category) and item at that time (currently in progress), It is updated each time processing of each item or category is completed. Although the term stage is appropriate in terms of the stage of processing, the term category is appropriate in terms of type and content of examination. Stages and categories represent the same content and are used according to context. Items can also be expressed in terms of steps from the viewpoint of processing progress.

  In the synchronous mode, since the progress of all the plurality of terminal devices is the same, as shown in FIG. 9B, the stages (category) of the progress and the items are stored by the management pointer.

  FIG. 11 shows a progress pointer (sequence control means) provided in the storage unit of each terminal device 20. The progress pointer is for storing the stage (category) and item of the process (examination being carried out) being executed at the terminal.

  The progress stages (categories) and items in FIGS. 9A, 9B, and 11 may be represented by sequential numbers such as pages, or the stages (categories) and items may be represented by numbers. .

  FIG. 10 shows an example of the category item count table in the case of the asynchronous mode. For each category (stage), the number of items (steps) included therein is stored. In particular, when the combination of stages and items in the terminal-based progress table, progress pointer, management pointer, etc. is represented by a sequential number, it is returned to the category in the item or the progress management table display field 32 progress It is effectively used, for example, when calculating numbers representing items to be displayed in each column of the management table.

  FIG. 12 shows an example of a grading sheet. For each terminal number, it is possible to store a score for each question in the examination questions 1, 3, 4 and 5 according to the detailed question of each question. A classification of the total points and the level of cognitive function based thereon is also stored.

  The initial setting in the inspector device 10 will be described with reference to FIGS. 16 and 19.

  The inspector performs initial setting on the initial setting screen (FIG. 16) of the inspector device 10. Initial settings include selection of illustration patterns for delayed playback, settings for numbers specified in intervention tasks, settings for drawing time in clock drawing, settings for inspection operation mode, and audio playback speed in asynchronous operation mode And the setting of whether to display the skip button on the terminal device.

  In the delayed reproduction inspection (question), illustrations showing a plurality of (16 in this case) articles etc. are sequentially presented to the examinee (in this embodiment, four by one, one by one) may be remembered. It is a test that writes a word (word, letter) representing an item etc. represented by a remembered illustration after an appropriate time has elapsed (while performing an intervention task). The initial setting is to prepare a plurality of sets (patterns A to D) in advance by using a plurality of (16) illustrations as one set, and selecting one of them. Here, the double circle pattern A is selected.

  The intervention task is to have the examiner perform the work of drawing a hatched number among the numbers 1 to 9 randomly written over a plurality of lines and erasing it for a certain period of time . This is done twice. The default setting is to predetermine two numbers of patterns to be erased by drawing diagonal lines for a plurality of patterns, and selecting one of the patterns. Here, pattern B is selected.

  In the clock drawing, the examinee draws the clock face, and the time (time) is represented by the short hand and the long hand in it. The initial setting is to set the time, which is also selected from four types of predetermined time. In FIG. 16, 8:20 is selected.

  The setting of the inspection mode (operation mode switching means) is to select either the asynchronous operation mode or the synchronous operation mode. Here, the asynchronous operation mode is selected.

  In the asynchronous operation mode, as described above, sound is reproduced from the headphones 21 connected to the terminal device 20 and output. It is the audio reproduction speed that sets the speed of this audio reproduction, and in this case ± 0 is set.

  In the asynchronous operation mode, when the subject can understand without listening to the end of the voice, or when it is possible to understand only the first image of the two or more screen images, etc. To stop the display of images or images and to advance to the next category or item (page), select whether to display the skip button (displayed on touch) on the screen of the terminal device 20 is the skip button It is a display. Here, non-display (not display) is selected.

  After selecting or setting all these items, if the inspector presses the determination button 36, the initial setting is determined (FIG. 19, S1) (operation mode switching means). All the initial setting contents determined are stored in the initial setting data storage area of the storage unit 13 and the illustration of the delayed reproduction among them, the number pattern of the intervention task, the time and operation mode in drawing the clock, It is displayed together with the examination number in the initial setting data display column 31 of the display screen (see FIGS. 13 and 17). The initialized inspection mode, voice reproduction speed, and skip button indication are transmitted to all the terminal devices 20, and all the terminal devices 20 operate according to the contents of the initial setting. The inspector device 10 proceeds to either asynchronous processing (S2) (asynchronous operation mode control means) or synchronous processing (S3) (synchronous operation mode control means) according to the set inspection mode (FIG. 19). That is, since a group of control data for the asynchronous operation mode and a group of control data for the synchronous operation mode are stored in the page-based terminal control data storage area of the storage unit 13, according to the initially set inspection mode, One of the control data groups is selected and distributed to the terminal device 20 as described later. In the case of control by the server 30 of the cloud computing system, page-based terminal control data is uploaded to the cloud computing system. The terminal device 20 communicates with the server 30 of the cloud computing system to execute inspection processing.

  First, the operation (process) of the inspector device 10 in the asynchronous operation mode and the operation (process) of the terminal device 20 will be described below according to the flowcharts of FIGS. 20 and 21 to 31 and the terminal display screens of FIGS. ,explain. Since the contents of the operation of the plurality of terminal devices 20 are the same, the following description does not specify the terminal device 20 in particular.

  FIG. 20 shows the flow of the main program in the inspector device 10. When the initial setting is completed, the start button is displayed on the display screen. When the inspector presses (touches) the start button (S11), preparation for the progress management of the inspection is performed (S12). For example, an initial screen for progress management as shown in FIG. 13 is displayed. Since the terminal number is displayed in the progress management table display section 32, only one terminal apparatus has not progressed in the examination process, the other is blank. Further, in order to respond to the preparation OK message from the terminal device 20, the fact of preparation OK is stored (for example, a preparation OK flag is set). Then, it waits for transmission of a notification, information, etc. from the terminal device 20 (S13). In the asynchronous operation mode, the inspector device 10 always waits for notification and information from the terminal device 20 and only stores or displays it when received, and does not take an initiative for the terminal device . The initiative is held by the terminal device 20.

  A terminal number is set to each of the plurality of terminal devices 20, and the inspector device 10 (server) identifies the terminal device by the terminal number (or the alternative).

  When the terminal device 20 is brought up, it checks the terminal control data per page (initially P1) of the page indicated by the progress pointer (FIG. 11) which has already been initialized (or is initialized here). It goes to the staff member apparatus 10 and executes processing according to the control data. FIG. 21 shows the flow of the terminal control program included in the terminal control data of the first page (P1) (ie, the item of 1. inspection start of stage 0 (category 0)).

  First, by communication with the inspector device 10, it is checked whether the inspector device 10 is ready (S31), and a start notification is transmitted to the inspector device 10 (S32).

  When any message sent from any of the terminal devices 20 is received by the inspector device 10 (FIG. 20, S13), if it is a start notification (S14), the progress management table display field displayed on the display screen At 32, the item number 1 is displayed in the column of the examination preparation category corresponding to the number of the corresponding terminal device. This indicates that the processing of the item “1. inspection start” of the inspection preparation is in progress in the terminal device. Since the display of the progress management table display column 32 reflects the inspector device display screen data storage area (FIG. 4), the display contents are stored in this data storage area even if not particularly mentioned. It is.

  Next, the terminal device 20 acquires the display screen data indicated by the URL in the control data of P1, and displays the screen represented by the display screen data on the display screen of the terminal device 20 (S33). Hereinafter, “display screen update” means that display screen data indicated by a URL in control data is acquired, and a screen represented by the display screen data is displayed.

  Generally, when loaning a terminal to the examinee, the examiner should put on the headphones and touch the start button (box) displayed on the screen to start the examination when ready. Advise the effect. It is preferable to lend the examinee a terminal device whose power has been turned on and whose initial settings (input of the terminal number, initialization of the progress pointer (FIG. 11), etc.) have been completed.

  The display screen of the terminal device 20 is shown in FIG. A button (start button) "Start examination" is displayed. A touch on the display screen is permitted (sensed) (S34), and when the start button is touched (S35), the inspector device 10 is notified that the processing of this page is completed (S36).

  In the inspector device 10, the notification and information received from the terminal device 20 include, in addition to the above-mentioned start notification, end notification, notification such as question / confirmation, self-report sheet information, answer input information, and the like. Notifications and information transmitted from the terminal devices 20 other than the start notification are the categories (stages) processed by the terminal device at the time of the notification for the corresponding terminal devices in the terminal-specific input information storage area (FIG. 8) And stored in correspondence with the item (S16) (a start notification may of course be stored). Also, in the case of the end notification, the category (stage) and items that are ended are stored corresponding to the terminal number of the corresponding terminal in the terminal-based progress table (FIG. 9A) (storage is updated ) (S17). Then, as long as the inspection end button 35 is not pressed (touched), the state of waiting for communication from the terminal device is returned (S13).

  In the terminal device 20, the value of the progress pointer (FIG. 11) is updated (it becomes a value indicating P2) (S37), and the next page-by-page terminal control data (of P2) is inspected for the next processing. Take to device 10. In this way, each terminal device 20 proceeds autonomously (by its own initiative) sequentially to the next processing when the previous category, item processing is finished without receiving an instruction from the inspector device 10 (server). Go. That is, each terminal independently travels independently of the progress status of other terminals. In this embodiment, the terminal device 20 acquires the terminal control program to be executed next from the inspector device 10 (server) each time the processing of one item of one category is completed. Programs that execute items in all categories may be downloaded and processing may be performed according to the program, or programs for all processing to be performed may be installed on each terminal device 20 in advance. It may be

  FIG. 22 shows the flow of processing by the terminal control program included in the page-based terminal control data of the next page (P2). The processing at this stage is the same as that of stage 0 (category 0). It is an item of volume control. Since the start notification is sent from the terminal device 20 to the inspector device 10, the item number 2 is displayed in the column of the examination preparation category of the corresponding terminal in the progress management table display column 32 of the display screen of the inspector device 10 (The item number displayed is updated from 1 to 2).

  In the terminal device 20, after the start notification transmission (S41), the display screen is updated (S42), and the screen shown in FIG. 33 is displayed. This screen displays the text of the volume adjustment instruction for the headphones already installed, and also has a button to increase the volume (volume +), a button to decrease the volume (volume-) and a complete input button (complete). Is displayed. In addition, the terminal device 20 acquires voice data from the inspector device 10 (server) according to the URL of voice data in the page-based terminal control data, generates guidance voice according to the acquired voice data, and starts flowing it to headphones ( S43) (Hereinafter, such processing is called "voice output start"). This voice is for reading out the text displayed in FIG. 33, and instructs to adjust the volume.

  The terminal device 20 detects (senses) the touch of the button related to the volume by the examiner, and if the volume-button is touched, the size of the output voice is reduced (S45, S48), and if the volume + button is the size of the voice (S46, S49), and if the completion button is pressed (even during voice output) (S47), the server is notified of the end (S50).

  In the inspector device 10, the fact that the process of category 0 or item 1 is finished is stored in the input information storage area for the corresponding terminal device, and the storage of the progress stage is updated (S16, S17).

  In the terminal device 20, the progress pointer is updated (S50A), and the next processing, ie, category 1 (stage 1), item 1. Page-specific terminal control data for voice confirmation is acquired. The flow according to the terminal control program for this process is shown in FIG.

  Since the process executed by the terminal device 20 includes the same process (different specific data such as screen, voice, and elapsed time), these processes are patterned in order to simplify the explanation and to avoid the redundant explanation. 23, 25, 26, and 29 are commonly used for a plurality of processes (category + item), and the processes to be executed are described at the top of the flowchart.

  When the start notification is sent from the terminal device 20 to the inspector device 10 (S51), in the progress management table display column 32 on the display screen of the inspector device 10, in the column of examination preparation (category 0) of the corresponding terminal device. A circle representing that the process is completed is displayed, and a numeral of 1 representing an item 1 is displayed in the pre-instruction / explanation (category 1) column. The circle mark indicating that the category 0 of the examination preparation has been completed may be displayed upon receiving the notification of the end of processing of the item 2 of the category 0 (FIG. 22, S50).

  The screen shown in FIG. 34 is displayed on the terminal device 20 (S52), and the voice of the sentence represented by characters in FIG. 34 is output (S53). When the touch on the screen is permitted (S54), and one of the "Yes" and "No" buttons displayed on the screen is touched, the process proceeds to the corresponding process. When the "Hear again" button on the upper left of the screen (Fig. 34) is touched, the voice output is resumed (S57, S58). If the "Hear me again" button is pressed during voice output, the output of the voice being output may be immediately terminated and the voice may be re-output from the beginning, or the voice output during output may be terminated. You may wait for the audio output to resume.

  If the voice being output can not be heard or can not be heard clearly, the examiner presses the "No" button, so that fact is sent to the inspector device 10 (S56, S59). Since this is a notification such as question / confirmation, in the inspector device 10, in the progress management table display column, the character of “question” is displayed in the column of the corresponding category (here, the category of advance instruction / description) Is displayed (in the progress management table display field of FIG. 17, for example, the character of “Question” is displayed in the column of self-report (category 3) of terminal number 1) (FIG. 20, S18).

  Thereafter, in the terminal device 20, the URL of the second display screen data in the page-based terminal control data downloaded (acquired) earlier (the two URLs for the screen of S52 and the screen of S60 are described Switching to the screen as shown in FIG. On this screen, a message indicating that a staff member is coming, a message to disconnect headphones and to wait, and a "return to examination" button are displayed. The examiner will take appropriate action for the examinee or for the terminal device or headphones. When the "return to examination" button is pressed, the previous screen (FIG. 34) is displayed, and the same voice as the voice previously output in S53 is output again (S62), and the process returns to S55.

  In FIG. 34, when the voice is heard, the “Yes” button is touched, so that the end notification is transmitted to the inspector device 10 (S63). In the inspector device 10, storage of the end to the input information storage area to the effect of termination and updating of the terminal-by-terminal progress sheet (FIG. 9A) are performed (S16, S17). In response to the end notification, the display of the "question" in the progress control table display field 32 disappears. The display of “Question” may be deleted when item 2 is displayed in the pre-order / explanation category column.

  In the terminal device 20, the progress pointer is updated (S64), and the item of the same category (pre-instruction / explanation) 2. A terminal control program of prior instruction for inspection is downloaded. The flow of processing according to this program is shown in FIG.

  In the item 2 of this category 1, after the start notification (S71), the display of the screen shown in FIG. 36 and the output of the sound related thereto (S72 to S73), the display of the screen shown in FIG. Output (S76, S77) is performed in this order. For this purpose, the page-based terminal control data includes two URLs for display screen data and two URLs for audio data.

  First, a sentence indicating items to be prepared (should be prepared) for the examination shown in FIG. 36 is displayed, and a read-out voice of this sentence is output (S72, S73). Since no touch is necessary on this screen, screen input is invalidated (S74). There are various methods for disabling input from the touch panel. The inspector device 10 is notified in advance that the terminal device 20 does not read the touch panel, erases the read data even if the reading is performed (or sets an invalid flag), and does not transmit it to the inspector device 10. The inspector device 10 prohibits the reception of the read data, or erases the data even if it is received. In any case, even if the examiner touches the touch panel of the terminal device 20 at this time, the terminal device 20 or the inspector device 10 does not react.

  When the output of the voice started in S73 is finished (S75), next, the display of the screen shown in FIG. 37 and the output of the voice of the sentence described on this screen are started (S76, S77). Since “Yes” button and “No” button are displayed on the screen of FIG. 37, the touch is permitted (S78), and the examiner touches either one of them or touches the “listen again” button (S79 to S81). ). The processing performed in response to these touch inputs is the same as S58 to S64 in FIG. 23 (S82 to S88).

  Next item 3. Go to cautions. The flow of this process is shown in FIG. After the start notification (S91) to the server, a note as shown in FIG. 38 is displayed on the display screen of the terminal device 20 (S92), and a voice representing this note is output (S93), the input screen After the input from the (touch panel) is invalidated (S94) and the voice is output to the end (S95), an end notification is sent to the inspector device 10 (S96), and the progress pointer is updated (S97), The terminal device 20 is an item 4 of the same category. Acquires page-based terminal control data for question confirmation.

  In the inspector device 10, processing in response to the start notification (S15) and processing in response to the termination notification (S16, S17) are performed.

  Item of advance instruction / description (category 1, stage 1) The flow of the question confirmation process is shown in FIG. After the start notification (S101), the inspector device 10 outputs a screen and a voice asking whether there is a question as shown in FIG. 39 (S102, S103). Since there is no question ("Yes") and a button with a question ("No") is displayed, the touch is permitted (S104). When the "No" button is pressed, the inspector device 10 is notified that there is a question (S106, S107).

  The character of "question" is displayed in the column of category 1 (pre-instruction / explanation) of the corresponding terminal device in the progress management table display field 32 of the display screen of the inspector device 10 (FIG. 20, S18). Generally speaking, verbal conversation is conducted between the examiner and the examinee. Since the same screen as shown in FIG. 35 is displayed on the terminal device 20, if the question is resolved, the examiner presses the "return to examination" button (S109), so the screen displayed in S102 and the output in S103 The voiced voice is output again (S110). When the "Yes" button is pressed (S105), an end notification is sent from the terminal device 20 to the inspector device 10 (S111), and the inspector device performs the processing of S16 and S17. The progress pointer of the terminal device 20 is updated (S112), and the next item 5. The terminal control program of the explanation regarding the inspection result etc. is acquired.

  Item of advance instruction / explanation 5. The process procedure of the description regarding an inspection result etc. is shown by FIG. In this process, first, the display of the screen shown in FIG. 40 and the voice output of the sentence represented on the screen are performed (S122, S123), and the input is invalidated (S124). The voice being output is output to the end (S125). Next, the display of the screen shown in FIG. 41 and the voice of the text of the screen are output (S126, S127), and when voice output is finished (S128), the inspector device 10 is notified of the end (S129). Is updated (S130), and the next category 2 self-reporting / inspection description item 1. The page-specific terminal control data of the self-report form display is downloaded. In the inspector device 10, the processes of S16 and S17 are performed. In the progress management table display field on the display screen of the inspector device 10, a circle indicating the end is displayed in the first and second category columns for the corresponding terminal device.

  Items of category 2 (stage 2) self-reporting / inspection description 1. In the self-reporting sheet display, the process proceeds according to the flow shown in FIG. 25, the self-reporting sheet shown in FIG. 42 is displayed on the display screen of the terminal device 20, and a voice is transmitted to confirm whether it can be read. .

  Next item 2. In the confirmation of the reading ability, the process proceeds according to the flow shown in FIG. 26, and a voice corresponding to the screen for confirming whether or not the characters shown in FIG. 43 are read is output. Since "Yes" and "No" buttons are displayed on this screen, when the "No" button is pressed, the process proceeds to the screen of "Return to examination" button shown in FIG. In any case, if the “Yes” button is touched, the processing of this item ends, and the next item 3. Proceed to the process of completing the self-assessment form.

  The processing procedure of item 3 in category 2 is shown in FIG. After notification of the start to the inspector device 10 (S131), the self-reporting sheet shown in FIG. 44 is displayed again (S132), make handwriting input using a touch pen etc. on the display screen, and touch the "Done" button when finished A voice to the effect of making a voice flows (S133). Then, the input (reading) from the touch panel is permitted in order to input the name, the date of birth, etc. by handwriting on the touch panel of the display screen of the terminal device 20 (S134). An example of the screen input by handwriting is shown in FIG.

  The examiner presses the "Done" button when the input is completed. When this is detected (S135), the screen is switched to the screen shown in FIG. If "NO" is pressed, the process returns to the previous screen (FIG. 44 or 45) (S140), and waits for the input of the "Done" button. If the "Yes" button is pressed, input information is input by handwriting by the examiner, and the input information read by the terminal device 20 is transmitted to the inspector device 10 (S141), and the process advances (S142). In addition, a time limit may be provided for the touch of the “Done” button.

  When the inspector device 10 receives the handwriting input information of the self-report sheet, the inspector device 10 stores the terminal device in the input information storage area (S16). Moreover, in the inspector device 10, the image data of the column of the name is cut out of the received handwritten information (image data), and the progress management table display column 32 of the inspector device 10 corresponds to the terminal number of the terminal device Are displayed in the column of the name (S19) (see FIG. 17). As a result, the inspector can specify that each examiner has entered a name and who is the respondent to the subsequent question. Thereafter, the storage of the terminal-based progress table is updated (S17). In addition, in the cognitive function test at the time of the renewal of the driver's license of the car, etc., since the person identification is performed in advance with the driver's license etc., it is sufficient to be able to identify who among them the handwritten name .

  Item 3 in FIG. After completing the self-assessment form, item 4. Proceed to processing of examination description. This process proceeds in accordance with the flow of FIG. 25. The screen of FIG. 47 is displayed, and a sound indicating that the examination is to be started flows. If the voice output is complete, the process is complete.

  Then, item 5. In the question confirmation, the process proceeds according to the flow shown in FIG. 23, the screen of FIG. 39 is displayed, and an audio questioning whether there is any question flows. When the “No” button is pressed, the screen of FIG. 35 is displayed.

  Then go to the orientation category. Here are the questions to be scored.

  First item of orientation 1. In the inspection explanation, the process proceeds according to the flow of FIG. The examination explanation screen as shown in FIG. 48 is displayed, and the voice of the explanation is output.

  Item 2. In the question confirmation, the process proceeds in accordance with the flow of FIG. An example of a screen displayed on the terminal device 20 is displayed in FIG. 39, and a voice asking the presence or absence of a question is output. If "Yes" is finally touched, this process ends.

  Item 3 The processing flow in the terminal device 20 for answer entry is shown in FIG. After notifying the inspector device 10 of the start (S151), the answer sheet 1 as shown in FIG. 49 is displayed on the display screen of the terminal unit 20 (S152), and a voice to the effect of answering the question on the answer sheet 1 is displayed. Flow (S153) and handwriting are permitted (S154).

  A time limit (for example, 2 minutes) is set for this inspection. Therefore, the elapsed time from the examination start (handwriting permission) is counted (S155). When the predetermined time elapses (S156), the handwriting input on the touch panel of the terminal device 20 is inhibited (disabled) (S157), and the read handwriting input (image data) is transmitted to the inspector device 10 (S158). It is stored in the separate input information storage area (FIG. 20, S16). Then, the progress pointer is updated (S 159), and the next category 4 delayed reproduction (illustration memory) item 1. Acquires page-specific terminal control data of inspection description.

  Items of Delayed Reproduction (Thrust Memory) 1. The process of examination description follows the flow shown in FIG. A description as shown in FIG. 50 is displayed on the display screen of the terminal device 20, and a voice corresponding to a sentence displayed on the screen is output.

  Next, item 2. Proceed to the question confirmation. This process follows the flow shown in FIG. A screen asking the presence or absence of a question as shown in FIG. 39 shown above is displayed, and an audio is output. This process ends when "Yes" is touched.

  In the illustration posting of the items 3 to 10 and the illustration confirmation, 16 illustrations of the initially set pattern are displayed (displayed) on the display screen of the terminal device 20 in order and confirmed. The illustrations may be displayed one by one.

  51 to 54 show examples of illustration postings of the first four illustrations. The four illustrations are collectively expressed as one sheet, and item 3. Item name of illustration-1st notice is attached.

  Items of delayed reproduction (illustration memory) with reference to FIG. In the first illustration posting, after the start notification to the server (S161), the display screen including the four illustrations is acquired and displayed on the terminal device 20, the output of voice is started, and the input from the screen (touch panel) Are invalidated (S162, S163, S164). The display of the image and the output of the sound are performed, for example, as follows (S165). That is, as shown in FIG. 51, a frame is displayed on the upper left illustration of the four illustrations, and this outputs a voice of "Cannon", to impress the illustration on the examinee. Next, as shown in FIG. 52, a frame is displayed on the upper right illustration and a voice is generated as "This is an organ." Subsequently, as shown in FIGS. 53 and 54, a frame is displayed and a confirmation voice is output in the same manner for the illustration of the lower left ear and the illustration of the lower right radio.

  When the button "Hear me again" is pressed, the same voice is output up to a predetermined number of times (for example, twice) (S167, S168). When the voice is reproduced to the end (S166), the processing of this item is finished, and the server is notified of the end (S169). And the next item 4. First step of illustration--to check processing (S170).

  Item 4 The process of the first illustration-confirmation is shown in FIG. After the start notification to the inspector device 10 (S171), four illustrations as shown in FIG. 55 are displayed, voice output is started, and input is invalidated (S172 to S174). This illustration display and audio output are performed as follows (S175).

  In addition to the four illustrations on the display screen, the "Answered" button and the "Hear me again" button are displayed. A frame is displayed on the illustration in a random order among the four illustrations, and a voice is made to say aloud to answer the illustration with the frame displayed. The testee answers, for example, "Organ" aloud. If the answer is made, the "answered" button is touched (S176). When the "listen again" button is touched (S177), the audio output is repeated a predetermined number of times, for example, twice (S178, S175). After the predetermined number of voices have been output, the "listen again" button disappears, and only the "answered" button is displayed (S179).

  When the above processes and operations are repeated for the four illustrations (S175, S176, S180), this process ends, and the process advances (S180A).

  Item 3 mentioned above. Illustration 1-Posted, 4. The same process as in the first illustration-confirmation is repeated for the other three (three times for the four illustrations), item 10. The fourth illustration-end to confirmation.

  The next intervention task is to erase designated numbers in a series of random numbers with diagonal lines, and to intentionally forget the illustration shown above.

  Item of intervention task 1. The inspection description is performed according to the flow shown in FIG. A screen as shown in FIG. 56 is displayed on the terminal device 20, and the voice of the sentence described on this screen is output. When the voice reproduction ends, an end notification is sent to the inspector device 10 to finish the processing.

  Item 2. The question confirmation proceeds in accordance with the flow shown in FIG. 23, the screen shown in FIG. 39 is displayed on the terminal device 20, and a voice is output.

  Item 3 Answer entry 1 has a time limit (for example, 30 seconds), and the process proceeds according to the flow shown in FIG. While an answer sheet as shown in FIG. 57 is displayed on the display screen of the terminal device 20, a voice flows by hatching numbers 1 and 7 of the pattern B of the intervention task set in the initial setting. Handwriting is permitted only for a predetermined time. When the predetermined time has elapsed, the handwritten information is read by the terminal device 20, sent to the inspector device 10, and stored in the terminal-specific input information storage area of the corresponding terminal. The answer sheet 2 hatched with the numbers 1 and 7 is shown in FIG.

  Answering is repeated once more. Item 4 In response entry 2, the second digit 3, 5, 8 of the initially set pattern B is instructed by voice to draw a diagonal line. The time limit is the same (30 seconds). This handwritten information is also sent to the inspector device 10 and stored in the terminal-specific input information storage area.

  Then, it advances to the category of delayed reproduction (free reply). In the delayed reproduction (free reply), the article name (word) of the illustration previously displayed in the delayed reproduction (illustration storage) is written on the answer sheet displayed on the display screen of the terminal device 20.

  First, item 1. In the inspection explanation, the process proceeds according to the flow of FIG. The screen shown in FIG. 59 is displayed and a voice is output, and the screen and the voice explain what the examiner should do.

  Next item 2. Proceed to the question confirmation. This processing is performed according to the flow of FIG. 26, and the same screen as FIG. 39 is displayed.

  Item 3 Answer entry is performed according to the flow shown in FIG. There is a time limit (eg 3 minutes) during which handwriting is allowed. An example of the answer sheet 3 displayed on the display screen of the terminal device 20 is shown in FIG. The answer sheet has 16 fields, arranged vertically. Since the voice like “Please start” flows, the test subject uses the touch pen on the touch panel on the display screen of the terminal device 20 to sequentially write the words to be remembered.

  When a predetermined time has passed, handwriting is prohibited, and the handwritten content is read by the terminal device 20, and the read response (image data) is sent to the inspector device 10 and stored in the input information storage area classified by terminal. Be done.

  Then, it proceeds to the category of delayed reproduction (clue response). Here too item 1. Inspection description, item 2. There is a question confirmation. Item 1. The examination description proceeds in accordance with the flow of FIG. 25, and a voice representing the screen shown in FIG. 61 and the text displayed on this screen is output. Item 2. The question confirmation proceeds in accordance with the flow of FIG. 26, and the same screen as that of FIG. 39 is displayed and the corresponding sound is output.

  Item 3 Answer entry has a time limit (for example, 3 minutes), and the process proceeds according to the flow shown in FIG. Handwriting input is permitted only for a limited time. The answer sheet 4 to be displayed is shown in FIG. In clues and answers, tips are pre-filled and displayed on the answer sheet. The examiner writes an answer in handwriting in each entry field on the display screen (touch panel) of the terminal device 20 together with the first signal (voice output). The answers are relatively easy because there are hints. An example of an answer (image data) handwritten in the terminal device 20 is shown in FIG. This reply is transmitted to the inspector device 10 and stored in the terminal-specific input information storage area.

  The last category of problems is clock drawing. 1. The examination description proceeds according to the flow of FIG. 25, and a screen as shown in FIG. 64 is displayed, and a read-out voice of the displayed sentence is output.

  2. Question confirmation proceeds in accordance with the flow shown in FIG. 26, and a voice corresponding to the screen of FIG. 39 is output.

  3. In the answer entry, the clock face of the watch is drawn on the display screen of the terminal device 20, and the process proceeds according to the flow of FIG. A screen as shown in FIG. 65 is displayed, and a voice saying "Please draw a clock face" is output. There is a time limit (for example, one minute). An example of the dial drawn by the examiner is shown in FIG. When the "delete and rewrite" button is touched, the drawn dial is deleted.

  Item 4 below. Proceed to answer. This process also proceeds according to the flow of FIG. 29, but the display screen is kept in the state where the dial is drawn as shown in FIG. There is no "delete and rewrite" button. At the time of 8:20 set in the initial setting, the voice that please express with the short hand and the long hand flows on the dial that drew this time. This process also has a time limit (for example, 30 seconds). An example answer is shown in FIG. After the time limit elapses, the clock face, the short hand, and the picture (image data) of the long hand represented are sent to the inspector device 10 and stored in the terminal-specific input information storage area.

  Last category end item 1. The end proceeds in accordance with the flow of FIG. 25. An end screen as shown in FIG. 68 is displayed on the terminal device 20 and a corresponding voice flows, and the cognitive function test is ended.

  FIG. 17 shows the progress of the cognitive function test by a plurality of terminal devices 20 at a certain point in time. 2. In the progress management table display field 32 displayed on the display screen of the display unit 12 of the inspector device 10, an item of self-report / examination explanation of category 2 corresponding to the terminal number. The name handwritten by the examinee in the self-report form is displayed as handwritten handwriting. The category 0 (stage 0) and the preparation for examination are circled for all terminals. In the category 1 (stage 1) and advance instructions / descriptions, ○ marks are attached to all the terminal devices. It can be seen that the examination is advanced in all the terminal devices 20 up to category 1.

  As for the terminal number 1, the character of "question" is displayed in the self-report column of category 2 (stage 2), so that the testee has a question, that is, "No, there is a question" button is pressed I understand that. The inspector responds to the question of the testee of this terminal number 1. As for the terminal number 2, since the category 2 and the self-reported circle are filled with 「and“ 2 ”is displayed in the column of orientation of the category 3 (stage 3), item 2. It can be seen that the examination has progressed to the question confirmation. In the terminal device of terminal number 3, the examination ends up to category 7 (stage 7), and item 8 of category 8 (stage 8). I'm progressing to the question confirmation. Also for the terminal devices 20 of other terminal numbers, the inspector can know the progress of each examination progress, the presence or absence of a question, etc. by the display of the progress management table display section 32.

  In the asynchronous operation mode, when processing of one item of one category is completed, each of the plurality of terminal devices 20 updates the progress pointer, and proceeds to the next category or item according to the updated pointer indication. Go. Since the respective terminal devices 20 proceed with the inspection processing independently of each other, the degree of progression differs for each terminal device. By the display in the progress management table display section 32, it is possible to understand at a glance the progress of a plurality of terminal devices.

  The process of FIG. 20 in the inspector device 10 is repeated until the inspection end button 35 is pressed. In the terminal device 20, 9 of the last category. The progress pointer returns to its initial state when it progresses to the end. Therefore, when the examination of the previous examinee is finished, the examination of the next examinee is started using the same terminal device 20. As described above, in each of the terminal devices 20, the examiner is replaced and the examination is performed. When the inspection end button 35 is pressed in the inspector device 10, the terminal control data by page is no longer transmitted to the terminal device 20 which has progressed to the end of the category 9 (stage 9). The processing operation does not progress for each terminal device.

  When the "scoring" button 34 is pressed in the inspector device 10, automatic marking is performed on the answer entry information stored in the terminal-specific input information storage area by the grading program in the inspector device 10 for each terminal device (patient). Conducted, the inspector corrects the automatic marking (correct / incorrect judgment) result as needed, and the marking of each examinee is written in the score sheet (FIG. 12).

  In the above embodiment, the progress pointer is updated each time the process of one item (of one page) in one category is completed in each terminal device 20, and the item of the next category (of the next page) The terminal control data is downloaded from the server (the inspector device 10 or the server 30 of the cloud computing system), and processing according to the control data (terminal control program) is sequentially executed. The terminal control data (program) may be downloaded to the terminal device 20 at the end of one category, or all the terminal control data for one inspection may be installed in the terminal device 20 at the start of the inspection. It may be installed in the device 20. If all control programs are installed in the terminal device 20 and the programs are to be sequentially executed according to the flow, the progress pointer will not be necessary.

  When the synchronous operation mode is set in the initial setting process (S1 in FIG. 19), the process proceeds to the synchronous process (S3).

  As described above, in the synchronous operation mode, the inspector device 10 takes an initiative, and the plurality of terminal devices 20 execute the inspection in synchronization with each other.

  In this embodiment, the inspector device 10 transmits programs and data necessary for the terminal device 20 from the inspector device 10 to the terminal device 20 (for each page) as the page progresses. In this case, in the terminal device 20, the advance pointer (FIG. 11) is unnecessary. However, the inspector device 10 may instruct the terminal device 20 to update the progress pointer, and the inspector device 10 may use the terminal control data of the corresponding page according to the updated progress pointer. The terminal device 20 has the program for the terminal device 20 and the data used in the terminal device 20 so that the inspector device 10 instructs the terminal device 20 only to start the (category + item) processing for each page. May be In another embodiment, all or part of a program or data stored in the storage unit 13 of the inspector device 10 is uploaded to the cloud computing system 30, and the inspector device 10 or the terminal device 20 performs cloud computing It is possible to conduct the cognitive function test and communicate its progress while communicating with the system.

  69 to 74 show examples of display screens displayed on the display unit 12 of the inspector device 10 in the synchronous operation mode. 69 to 71 are initial screens, and each column of the progress management table display column 32 is blank. The start button 41 is displayed. 72 and 73 show category 1 items 4. It shows a state where the inspection process has progressed to the question confirmation. In FIG. 72, when the process proceeds from the initial screen (FIG. 69) (when item 1 of category 1 is reached), the start button 41 disappears, and the back button 42 and the next button 43 appear. Since the processes in all the terminal devices 20 proceed simultaneously, item number 4 is arranged in the column of advance instruction / description of category 1 in the progress management table display section 32.

  74 shows items of the self-reporting / examination explanation of category 2 processing. It shows a state in which the self-report form has been displayed. In the progress management table display field 32, a circle is attached to the first category to indicate that the examination in this category is completed.

  In the asynchronous mode, the page description section 33 briefly expresses the contents of each page (category + item), but in the synchronous mode, it has a function of indicating the progress status. That is, the cursor 44 of the box surrounding the characters of the category and item currently in progress is displayed. In FIG. 73, 4 in advance. Question confirmation is indicated by the cursor 44.

  In the synchronous operation mode, since the examiner gives verbal explanations and instructions, the headphones 21 are not used. Therefore, there is no Category 0 examination preparation stage. However, headphones may be worn by the examinee, and audio may be output to the headphones instead of the verbal explanation by the examiner.

  FIG. 75 shows the processing procedure of the inspector device 10 (server) in the synchronous operation mode.

  In the initial screen (FIG. 69), when the start button 41 is touched (S201), the management pointer is initialized (S202), and the first page P1 (in synchronous operation mode, item 1 of prior instruction / explanation of category 1) The terminal control data for each page of the voice confirmation is transmitted to all the terminal devices 20 (S207), and the column of prior indication / description of category 1 for all the terminal numbers in the progress management table display column 32 in the display screen And the item number 1 is displayed, and the item 1 of category 1 in the page explanation column 33. The cursor 44 is displayed for voice confirmation (S208). The start button 41 disappears, and the back button 42 and the next button 43 are displayed.

  In the terminal device 20, processing is performed according to the terminal control program in the page-based terminal control data transmitted from the inspector device 10. That is, referring to FIG. 76, when the inspector device 10 transmits (instructions) terminal control data by page (S221), the screen shown in FIG. 34 is displayed (S222), and touch is permitted (S223). ). There is no voice output, but the examiner verbally says the same meaning as the sentence represented by the text in FIG. The "Hear Again" button is not displayed. If the "Yes" button is pressed, the inspector device 10 is notified of the end (S224, S225). When the "No" button is pressed (S226), the server is notified of that (S227), and a screen as shown in FIG. 35 is displayed (S228). However, although there is an expression “remove headphones” in FIG. 35, this expression does not exist in the synchronous mode, and a sentence “please wait” is displayed. If the "return to examination" button is pressed (S229), the screen returns to the screen of FIG. 34 (S230).

  In FIG. 73, there is no update of the progress pointer, and when the processing of page 1 (P1) is completed, the instruction by the next page-based terminal control data from the inspector device 10 is awaited.

  If the inspector device 10 (server) is a termination notification from the terminal device 20 (S209), the process of P1 is completed for the terminal device 20. In the case of notification (S209) with a question from any of the terminal devices 20, the character of "question" is displayed for the number of the corresponding terminal device in the column of advance instruction / description of the progress management table display column 32 (S210) ).

  The inspector answers all the questions, and for all terminal devices 20, item 1. If it is determined that the voice confirmation is completed, the next button 43 is pressed, and the management pointer is updated (FIG. 72, S203, S204), and item 2. in accordance with the updated management pointer. You will go to the pre-instructions on the inspection. It may be displayed in the progress management table display section 32 that all terminal devices 20 have notified such as end notification.

  Category 1 items Then, the screen of FIG. 36 is not displayed, but the examiner says the contents written on this screen verbally. The screen of FIG. 37 is displayed, and verbal explanation of the examiner is performed. Therefore, the processing in the terminal device 20 is the same as that shown in FIG.

  Every time one item is completed, the Next button 43 is pressed, and the management pointer is updated (S203, S204). Item 3 Although various cautions only display the screen of FIG. 38 on the terminal device, the examiner orally notes various cautions.

  Item 4 In the question confirmation, a screen as shown in FIG. 39 is displayed on the terminal device 20, so the process is the same as the flow of FIG.

  Item 5 In the explanation about the examination result etc., only the letters “explanation about the examination result etc.” are displayed large on the screen of the terminal device 20, and the examiner will verbally explain the contents shown in FIG. 40 and FIG. .

  Items of category 2 self-reporting / inspection description item 1. In the self-reporting sheet display, the inspection sheet of FIG. 42 is displayed on the display screen of the terminal device 20, and the examiner should read orally, can it be read, or the like? Next item 2. In the confirmation of the reading ability, the screen of FIG. 43 is displayed. The processing in the terminal device 20 follows the flow shown in FIG.

  Item 3 In the entry on the self-report form, the screen of the form shown in FIG. 44 is displayed (S 242) according to the page-by-page terminal control data from the inspector device 10 with reference to FIG. 77 (S 242). S243), handwritten characters as shown in FIG. 45 are input. If the completion button is pressed (S244), the screen moves to the screen of FIG. 46 (S245). In the case of "No", the previous handwriting screen is returned (S248), and if "Yes" is touched, the information input in handwriting is transmitted to the inspector device 10 (S249).

  The inspector device 10 stores the received handwritten input information in the input information storage area (FIG. 72, S209) (FIG. 75, S211), cuts out the handwritten information of the name, and displays the column of the name in the progress management table display field 32. Is displayed corresponding to the terminal number (S212).

  Item 4 In the examination explanation, only the characters "in test" are displayed on the terminal device 20 in a large size, and the examiner verbally says the contents as shown in FIG.

  5. In the question confirmation, the screen shown in FIG. 39 is displayed, and the flow of FIG. 76 is followed.

  Category 3 orientation items 1. In the examination explanation, the screen of FIG. 48 is displayed on the terminal device 20, and the examiner explains verbally.

  Item 2. In the question confirmation of the screen shown in FIG. 39 is displayed.

  3. In response entry, the screen shown in FIG. 49 is displayed on the terminal device 20 with reference to FIG. 78 (S251, S252), and handwriting is permitted and clocking is started (S253, S254). When a predetermined time (two minutes) has passed (S255), handwriting is prohibited (S256), and handwriting input information is transmitted from the terminal device 20 to the inspector device 10 (S257).

  In the inspector device 10, the handwriting input information transmitted from the terminal device 20 is stored in the input information storage area (FIG. 72, S213).

  Category 1. Delayed playback (illustration memory) 1. The examination explanation only explains verbally the contents of FIG. 50 by the examiner.

  Next, 2. In the question confirmation, a screen similar to that shown in FIG. 39 is displayed on the terminal device 20.

  3. In the first illustration-1 display, a screen as shown in FIG. 51 to FIG. 54 is displayed on the display screen of the terminal device 20, and the inspector says, "What is this?" You can say "oral" to impress the testee.

  4. In the first illustration-confirmation, a screen as shown in FIG. 55 is displayed on the terminal device 20, but the central characters (such as "Aloud. ..." and "Answered") are not displayed, The examiner says verbally what is indicated by this letter.

  Item of intervention task 1. In the inspection explanation, a screen as shown in FIG. 56 is displayed on the terminal device 20, but basically the inspector explains. Item 2. In the question confirmation, the screen shown in FIG. 39 is displayed on the terminal device 20.

  Item 3 Since there is a time limit (for example, 30 seconds) for answer entry 1 of, the process proceeds according to the flow shown in FIG. As the answer sheet as shown in Fig. 57 is displayed on the display screen of the terminal device 20, the inspector says that please draw a hatching on numbers 1 and 7 of pattern B of the intervention task set in the initial setting. . Handwriting is permitted only for a predetermined time. When the predetermined time has elapsed, the handwritten information is read by the terminal device 20, sent to the inspector device 10, and stored in the terminal-specific input information storage area of the corresponding terminal device (S213).

  Answering is repeated once more. Item 4 In response entry 2, the examiner verbally says that the second digit 3, 5 and 8 of the pattern B that has been initialized is hatched. When the time limit (30 seconds) has passed, the handwritten information is also sent to the inspector device 10 and stored in the terminal-specific input information storage area (S213).

  Go to the category of delayed replay (free reply), item 1. In the examination description, the screen shown in FIG. 59 is displayed, and the examiner verbally explains by the examiner what to do.

  Item 2. In the question confirmation, the same screen as FIG. 39 is displayed.

  Item 3 Since there is a time limit, the answer entry is executed according to the flow shown in FIG. There is a time limit (eg 3 minutes) during which handwriting is allowed. The answer sheet shown in FIG. 60 is displayed on the display screen of the terminal device 20. When a predetermined time has passed, handwriting is prohibited, and the handwritten content is read by the terminal device 20, and the read response (image data) is sent to the inspector device 10 and stored in the input information storage area classified by terminal. (S213).

  Items of category of delayed reproduction (clue response) 1. Inspection description, item 2. Question confirmation is performed. The screen shown in FIG. 61 is displayed on the terminal device 20. The explanation will be made by the inspector.

  Item 3 There is a time limit (for example, 3 minutes) for answer entry, and the screen shown in FIG. 62 is displayed according to the flow shown in FIG. 78, and the process proceeds. Handwriting input is permitted only for a limited time. The answer (image data) as shown in FIG. 63 input by handwriting in the terminal device 20 is transmitted to the inspector device 10, and stored in the terminal-specific input information storage area (S213).

  The last clock drawing category 1. In the examination explanation, a screen as shown in FIG. 64 is displayed, and the examiner gives a verbal explanation. 2. For the question confirmation, the screen of FIG. 39 is displayed.

  3. In the answer entry, verbally said that the inspector should draw a clock face. There is a time limit (for example, one minute). FIG. 65 is displayed. An example of the dial drawn by the examiner is shown in FIG. When the "delete and rewrite" button is touched, the drawn dial is deleted.

  Item 4 below. Proceed to answer. This process also proceeds in accordance with the flow of FIG. The display screen of the terminal device 20 is kept in the state where the dial is drawn as shown in FIG. The inspector says verbally express at 8:20 set in the initial setting and on the dial on which this time is drawn with a short hand and a long hand. This process also has a time limit (for example, 30 seconds). An example answer is shown in FIG. After the time limit elapses, the displayed clock face, the short hand, and the picture (image data) of the long hand are transmitted to the inspector device 10 and stored in the input information storage area (S213).

  All examinations are finished in the end category. The inspector presses the end button 35 displayed on the display screen of the inspector device 10 (FIG. 72, S214).

  As described above, even in the synchronous operation mode, the inspection contents performed by the examiner are the same as in the asynchronous mode, but basically the inspector operates the “Next” button 43 of the inspector device to advance the inspection To go. The progress status is displayed on the display screen of the inspector device 10. The terminal device 20 performs screen display and the like in accordance with the instruction from the inspector device 10. When the "return" button 42 is pressed, the value of the management pointer is returned, and the previous process is instructed to the terminal device 20 (S205, S206). If the grading button 34 is pressed, the process proceeds to grading processing.

10, 10A inspector device
11 Control unit
12 Display
13 storage unit
20 terminal equipment
32 Progress Management Table Display Unit

Claims (19)

A plurality of terminal devices each having a display input device having a touch panel on a display screen and an audio output unit,
Inspector device with display device to display information for progress management,
For each of the plurality of terminal devices, at least an explanation, an instruction, a question, or a question is displayed on the display screen with respect to examinations of a plurality of different types of categories, and the voice output unit Inspection execution control means for controlling to execute an inspection process that outputs an audio signal and takes in input information when information is input on the touch panel,
Transmission control means for controlling to transmit examination information including input information acquired in each examination process and information indicating progress of examination process from each terminal device,
Sequence control means for starting the next inspection processing in a predetermined order when each inspection processing is completed in each of the above-mentioned terminal devices, and controlling each of the terminal devices to execute the inspection processing independently of each other,
The terminal-by-terminal inspection information storage means for storing the inspection information sent from each of the above-mentioned terminal devices corresponding to the category of the inspection for each terminal device, and the above-mentioned plurality of terminal devices are stored in the above-mentioned terminal-by-terminal inspection information storage means Progress status display control means for displaying on the display screen of the display device of the inspector device the progress management table indicating the progress status of the inspection expressed on the basis of the inspection information of each terminal device for each terminal device,
Examination control system of cognitive function examination provided with.   The examination control system for cognitive function examination according to claim 1, wherein in each of the terminal devices, examination processing is performed for each item or a plurality of items in each category, and the progress of the examination is represented by categories and items. . Each of the inspection processes has a display input device provided with a touch panel on the display screen, displays items relating to the inspection on the display screen, and takes in the information input on the touch panel for each of a plurality of different categories of inspections Multiple terminal devices to execute,
A system for controlling an inspector device having a display device for displaying on a display screen the progress statuses of a plurality of types of inspections executed by a plurality of terminal devices;
Asynchronous operation mode control means for controlling each of the terminal devices to execute the inspection processing independently of each other in the order of predetermined categories and to start the inspection processing of the next category when each inspection processing is completed When,
Synchronous operation mode control means for controlling the plurality of terminal devices to simultaneously execute examinations of the same category in response to an instruction given;
Examination control system of cognitive function examination. It further comprises operation mode switching means for switching between the asynchronous operation mode and the synchronous operation mode,
The test control system of the cognitive function test according to claim 3. In the asynchronous operation mode, the terminal device further includes an audio output unit for outputting an audio signal corresponding to an item related to a test displayed on the display screen.
The test control system of the cognitive function test according to claim 3. A display input device having a touch panel on the display screen and an audio output unit are provided, and for examinations of a plurality of different types, items relating to the inspection are displayed on the display screen and corresponding audio signals from the audio output unit A plurality of terminal devices that execute inspection processing for outputting and capturing information input on the touch panel;
A system for controlling an inspector device having a display device for displaying on a display screen the progress statuses of a plurality of types of inspections executed by a plurality of terminal devices;
Inspection control means for controlling each of the terminal devices to execute the inspection processing independently of each other in the order of predetermined categories and to start the inspection processing of the next category when each inspection processing is completed;
Terminal-by-terminal progress status storage means for storing, for each terminal device, at least information indicating the progress of inspection processing sent from each of the terminal devices;
About the plurality of terminal devices, the examination progress status represented based on the information indicating the progress of the examination processing for each terminal device stored in the terminal-by-terminal progress status storage means display screen of the inspector device for each terminal device And a progress status display control means to be displayed above,
Examination control system of cognitive function examination. A cognitive function test system comprising: a plurality of terminal devices each having a display input device having a touch panel and a voice output unit on a display screen; and a inspector device having a display device for displaying information for progress management,
Regarding inspection of multiple types of different categories, each of the inspection processing described above displays items related to the inspection on the display screen, outputs a corresponding audio signal from the audio output unit, and takes in the information input on the touch panel Test control means for controlling each of the above-mentioned terminal devices so that they are mutually independently executed in the order of predetermined categories in the terminal device and start the inspection processing of the next category when each inspection processing is completed ,
Terminal-by-terminal progress status storage means for storing, for each terminal device, at least information indicating the progress of inspection processing sent from each of the terminal devices;
Display device of the inspector device for each of the plurality of terminal devices, based on the information indicating the progress of the inspection process for each terminal device stored in the terminal-by-terminal progress status storage means And a progress status display control means for displaying on the display screen of
Examination control system of cognitive function examination. In test controlling system for progressive control of cognitive function tests carried out in a plurality of terminal devices each having a display input equipment having a touch panel on the display screen,
Terminal-by-terminal progress status storage means for storing, for each terminal device, at least information indicating the progress of inspection processing sent from each of the terminal devices;
For the plurality of terminal devices, the progress status of the examination represented on the basis of the information indicating the progress of the examination processing for each terminal device stored in the above-mentioned progress status storage means by terminal And a progress status display control means for displaying on a display screen,
Examination control system of cognitive function examination. In a cognitive function inspection system comprising a display input device having a touch panel on a display screen, a plurality of terminal devices each having an audio output unit, and an inspector device having a display device for displaying information for progress management,
The examination execution control means displays, for each of the plurality of terminal devices, at least an explanation, an instruction, a question, or a question on the display screen for examination of a plurality of types of different categories. The audio output unit outputs a corresponding audio signal, and performs control to execute an inspection process that takes in input information when information is input on the touch panel,
The sending control means controls the sending of the examination information including the input information taken in each examination process and the information indicating the progress of the examination process from each of the terminal devices;
The sequence control means controls the inspection processing to be executed independently of each other between the terminal devices by starting the next inspection processing in a predetermined order when each inspection processing is completed in each terminal device. ,
The terminal-by-terminal examination information storage means stores the examination information sent from each of the above-mentioned terminal devices in correspondence with the category of examination for each terminal device, and the progress display control means mentions the above-mentioned plurality of terminal devices. A progress management table is displayed on the display screen of the display device of the inspector device indicating the progress status of the inspection represented on the basis of the inspection information of each terminal device stored in the inspection information storage means for each terminal,
Test control method of cognitive function test. Each of the inspection processes has a display input device provided with a touch panel on the display screen, displays items relating to the inspection on the display screen, and takes in the information input on the touch panel for each of a plurality of different categories of inspections Multiple terminal devices to execute,
In a system for controlling an inspector device having a display device for displaying on a display screen the progress statuses of a plurality of types of examinations executed by a plurality of terminal devices,
The asynchronous operation mode control means causes each of the terminal devices to execute the inspection process independently of each other in the order of the predetermined category and to start the inspection process of the next category when the inspection process is completed. Control,
The synchronous operation mode control means controls the plurality of terminal devices to simultaneously execute the examination of the same category in response to the given instruction,
Test control method of cognitive function test. A display input device having a touch panel on the display screen and an audio output unit are provided, and for examinations of a plurality of different types, items relating to the inspection are displayed on the display screen and corresponding audio signals are output from the audio output unit A plurality of terminal devices that execute inspection processing for outputting and capturing information input on the touch panel;
In a system for controlling an inspector device having a display device for displaying on a display screen the progress statuses of a plurality of types of examinations executed by a plurality of terminal devices,
The inspection control means controls each of the terminal devices to execute the inspection processing independently of each other in the order of the predetermined category and to start the inspection processing of the next catago when each inspection processing is completed. ,
The terminal-by-terminal progress status storage means stores, for each terminal device, at least information indicating the progress of inspection processing sent from each of the terminal devices;
The progress status display control means indicates, for each of the plurality of terminal devices, the progress status of the examination represented based on the information indicating the progress of the inspection process for each terminal device stored in the terminal-by-terminal progress status storage device. Display on display screen of inspection device,
Test control method of cognitive function test. In a cognitive function test system comprising: a plurality of terminal devices each having a display input device having a touch panel on a display screen and a voice output unit; and an inspector device having a display device for displaying information for progress management,
An examination control means displays an examination-related matter on the display screen and outputs a corresponding audio signal from the audio output unit for examination of a plurality of types of different categories, and incorporates information input on the touch panel The above-mentioned terminals are controlled so that the above-mentioned terminals execute mutually independently in the order of the predetermined category and start the inspection processing of the next category when the inspection processing is finished. The
The terminal-by-terminal progress status storage means stores, for each terminal device, at least information indicating the progress of inspection processing sent from each of the terminal devices;
The progress status display control means displays, for each of the plurality of terminal devices, the progress status of the examination represented based on the information indicating the progress of the inspection process for each of the terminal devices stored in the above-mentioned progress status storage device for each terminal. Display on the display screen of the above-mentioned inspector device display,
Test control method of cognitive function test. An examination control system for progress management of a cognitive function examination performed in a plurality of terminal devices each having a display input device provided with a touch panel on a display screen,
The terminal-by-terminal progress status storage means stores, for each terminal device, at least information indicating the progress of inspection processing sent from each of the terminal devices;
The progress status display control means displays, for each of the plurality of terminal devices, the progress status of the examination represented based on the information indicating the progress of the inspection process for each of the terminal devices stored in the above-mentioned progress status storage device for each terminal. Display on the display screen of the inspector device display,
Test control method of cognitive function test. In a cognitive function inspection system comprising a display input device having a touch panel on a display screen, a plurality of terminal devices each having an audio output unit, and an inspector device having a display device for displaying information for progress management,
For each of the plurality of terminal devices, at least an explanation, instruction, question, or question is displayed on the display screen for examination of a plurality of different categories, and the corresponding voice signal is displayed as the voice. Control is performed to execute an inspection process that outputs from the output unit and takes in input information when information is input on the touch panel,
Controlling each inspection apparatus to transmit examination information including input information acquired in each examination process and information indicating the progress of the examination process,
When each inspection process is completed in each of the above-mentioned terminal devices, the next inspection process in a predetermined order is started, and control is performed so that the inspection processes are mutually independently executed between the terminal devices,
The inspection information sent from each of the terminal devices is stored in the inspection information storage means for each terminal corresponding to the category of inspection for each terminal device, and the plurality of terminal devices are stored in the inspection information storage means for each terminal For controlling the computer to display a progress management table indicating the progress of the examination represented on the basis of the examination information of each of the terminal devices for each terminal device on the display screen of the display device of the inspector device,
Examination control program of cognitive function examination. Each of the inspection processes has a display input device provided with a touch panel on the display screen, displays items relating to the inspection on the display screen, and takes in the information input on the touch panel for each of a plurality of different categories of inspections In a system for controlling a plurality of terminal devices to be executed and an inspector device having a display device for displaying the progress statuses of a plurality of types of examinations to be executed by the plurality of terminal devices on a display screen
When the asynchronous operation mode is set, the above-mentioned terminal devices execute the inspection processing independently of each other in the order of the predetermined category, and the inspection processing of the next category when each inspection processing is completed Control the computer to start
When the synchronization mode is set, the computer is controlled to simultaneously execute the same category inspection in the plurality of terminal devices in response to the given instruction.
Examination control program of cognitive function examination. Each of the display screen has a display input device having a touch panel and an audio output unit, and for the examination of a plurality of different types of items, the items relating to the examination are displayed on the display screen and corresponding audio signals are output. An inspector with a plurality of terminal devices that execute inspection processing that takes in the information input in step and a display device that displays the progress status of multiple types of inspections performed by the plurality of terminal devices on the display screen In a system that controls devices,
In each of the terminal devices, the inspection process is executed independently of each other in the order of the predetermined category, and the inspection process of the next category is started when each inspection process is completed,
Storing at least information indicating the progress of the inspection process sent from each of the terminal devices in the terminal-by-terminal progress status storage unit for each terminal device;
About the plurality of terminal devices, the examination progress status represented based on the information indicating the progress of the examination processing for each terminal device stored in the terminal-by-terminal progress status storage means display screen of the inspector device for each terminal device Control the computer to display on top,
Examination control program of cognitive function examination. In a cognitive function test system comprising: a plurality of terminal devices each having a display input device having a touch panel on a display screen and a voice output unit; and an inspector device having a display device for displaying information for progress management,
Regarding inspection of multiple types of different categories, each of the inspection processing described above displays items related to the inspection on the display screen, outputs a corresponding audio signal from the audio output unit, and takes in the information input on the touch panel The terminal devices control the computers of the respective terminal devices so that they are mutually independently executed in the order of predetermined categories and start the inspection processing of the next category when each inspection processing is completed,
Controlling the computer to store information indicating at least the progress of the inspection process sent from each terminal device in the terminal-by-terminal progress status storage means for each terminal device;
Display device of the inspector device for each of the plurality of terminal devices, based on the information indicating the progress of the inspection process for each terminal device stored in the terminal-by-terminal progress status storage means Control the computer to display on the display screen of
Examination control program of cognitive function examination. An examination control system for progress management of a cognitive function examination performed in a plurality of terminal devices each having a display input device provided with a touch panel on a display screen,
Controlling the computer to store information indicating at least the progress of the inspection process sent from each terminal device in the terminal-by-terminal progress status storage means for each terminal device;
For the plurality of terminal devices, the progress status of the examination represented on the basis of the information indicating the progress of the examination processing for each terminal device stored in the above-mentioned progress status storage means by terminal Control the computer to display on the display screen,
Examination control program of cognitive function examination. The medium which recorded the test control program of the cognitive function test according to any one of claims 14 to 18 .

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