Training material display system and training material display method

Abstract

The present invention relates to a training teaching material display system and method, comprising: an information input device (10, 30) for acquiring information of operation input of a simulated operation; a storage device for storing the operation object part of the maintenance operation, the tools used, and the operation input process; an output information generating device (20) for generating one or more display screens based on the storage information of the storage device, wherein the one or more display screens can display or execute any one or more of the tools, operation object parts, and operation inputs to the operation object parts required for the maintenance operation; and a display output device (30) for displaying and outputting each screen of the one or more display screens according to a predetermined output condition, wherein each screen of the one or more display screens includes: an instruction display area for requesting selection of an operation, etc.; and an operation object image display area for displaying an operation object image in a manner capable of executing a selection operation, etc.

Description

[0001] This application is a divisional application of a Chinese invention patent with an application date of July 29, 2019, a priority date of November 20, 2018, an application number of "201980045885.8", and an invention name of "Training materials display system and training materials display method". Technical Field

[0002] The present invention relates to a training material display system and a training material display method for displaying training materials for maintenance work of target equipment to trainees. Background Art

[0003] Before the maintenance work of the target equipment is carried out, training is carried out to make the operators understand the process and content of the maintenance work. Generally, the training is carried out in the form of intensive education in which the instructor uses the actual target equipment to explain the structure of the target equipment, the process and content of the maintenance work, etc.

[0004] On the other hand, there is also known a training system that uses a computer to individually train workers instead of or in combination with centralized education (for example, refer to Patent Document 1).

[0005] Patent Document 1 discloses a maintenance education and training system for factory equipment, which compiles multimedia data such as pictures, images, texts, and voices that provide preparation work, necessary tools, and work contents in maintenance work as teaching materials.

[0006] Prior art literature

[0007] Patent Literature

[0008] Patent Document 1: Japanese Patent Application Laid-Open No. 10-268746 Summary of the invention

[0009] Problem that the invention aims to solve

[0010] However, in the previous maintenance education and training system for factory equipment recorded in Patent Document 1, it is assumed that the trainees have a certain degree of professional knowledge of the equipment to be maintained, and even if they do not have professional knowledge of the equipment to be maintained, there is no consideration of making the trainees understand the process and content of the maintenance work.

[0011] The present invention is made to solve the above-mentioned problems, and its purpose is to provide a maintenance operation training system and a maintenance operation training method, which can enable the trainees to easily and accurately grasp the operation process without actual equipment even if they do not have professional knowledge of the object equipment of the maintenance operation.

[0012] Solutions for solving problems

[0013] In order to achieve the above-mentioned purpose, the training material display system 1 of the present invention displays training materials including three-dimensional images related to the maintenance operation of the object equipment 401 together with the operation space display, and changes the display content of the training materials according to the operation input of the simulated operation corresponding to each stage of the maintenance operation. The training material display system 1 is characterized in that it has: information input devices 10, 30, which obtain information on the operation input of the simulated operation; a storage device 220, which stores the operation object part 402 of the maintenance operation and the tool 404 used for the maintenance operation as multiple operation object images 400, 403 that can be displayed and selected for operation, and stores the process of the operation input of the simulated operation; an output information generating device 20, which generates one or more display screens 70A, 70B, 70C in a manner that can display output based on the storage information of the storage device, and the one or more display screens 70A, 70B, 70C are respectively generated in a manner that can display output, and the one or more Multiple display screens 70A, 70B, and 70C are capable of displaying or executing any one or more of a specific tool 404 required for any process of the maintenance operation among the multiple operation object images, an operation object part 402 of a specific process among the multiple operation object images, and an operation input 405 of the simulated operation on the operation object part of the specific process; and a display output device 30, which displays and outputs each of the one or more display screens on the display screen according to predetermined output conditions, and each of the one or more display screens includes: an instruction display area 701, which requests the selection operation or the operation input; and an operation object image display area 702, which displays a specific operation object image among the multiple operation object images corresponding to the display content of the instruction display area in a manner capable of executing the selection operation or the operation input of the simulated operation on the operation object image.

[0014] According to this structure, in the training material display system, since each of the one or more display screens includes: an instruction display area, which requests selection operations of tools, work object parts or operation inputs to the selected work object parts; and an operation object image display area, which can perform selection operations of specific operation object images corresponding to the display content or simulated work operation inputs, the screen display content changes sequentially according to the user's operation inputs to each screen, and the work process can be easily and accurately grasped without actual equipment.

[0015] In addition, in the training materials display system of the present invention, it can also be a structure as follows: the information input device can obtain: first input information, which is the information of the selection operation performed by the lecturer 3 or the operation input of the simulation operation; and second input information, which is the information of the selection operation performed by the trainer 4 or the operation input of the simulation operation, and the output information generating device sets the predetermined output condition corresponding to the process of the operation input of the simulation operation based on the first input information.

[0016] According to this configuration, based on the standard operation input by the instructor, training materials and practice materials according to the required maintenance work procedures can be easily and quickly created.

[0017] In addition, in the training materials display system of the present invention, it can also be a structure as follows: the output information generating device sets the specific tool that should be selected using the one or more display screens, the work object part of the specific process that should be selected using the one or more display screens, and the benchmark operation input content of the simulated work that should be performed using the one or more display screens, based on the first input information, as part of the predetermined output conditions.

[0018] According to this structure, based on the standard operation input of the instructor, accurate training materials and practice materials can be easily and quickly produced.

[0019] In addition, the training material display system of the present invention may also be structured as follows, having an educational material display function, wherein the educational material display function is to respectively guide the display of the specific tool that should be selected using the one or more display screens, the work object part of the specific process that should be selected using the one or more display screens, and the content of the benchmark operation input of the simulated operation that should be performed using the one or more display screens on the one or more display screens.

[0020] According to this configuration, the trainee can learn based on the guidance display, thereby being able to easily and accurately grasp the maintenance work process without having to use the actual equipment.

[0021] In addition, the training material display system of the present invention may also be structured as follows, having a practice material display function, wherein the practice material display function is as follows: in the instruction display area on the one or more display screens, an instruction display is executed, the instruction display requesting the selection operation on the one or more display screens or requesting to perform an operation input of the simulated operation on the one or more display screens, and obtaining the input content of the selection operation on the one or more display screens or the content of the operation input of the simulated operation on the one or more display screens from the second input information, and according to the specific tool set based on the first input information, the operation object part of the specific process and the benchmark operation input of the simulated operation, and the content of the selection operation or the operation input of the simulated operation obtained from the second input information, the display content of the training materials in the instruction display area and the operation object image display area is changed, and the trainee is caused to practice the simulated operation.

[0022] According to this configuration, the trainee performs exercises, thereby being able to easily and accurately grasp the maintenance work process without having actual equipment.

[0023] In addition, the training materials display system of the present invention may also be structured as follows: the output information generating device obtains the content of the selection operation on the one or more display screens or the operation input of the simulated operation on the one or more display screens from the second input information for at least a portion of the stages of the maintenance operation, and compares the content of the selection operation or the operation input of the simulated operation with the specific tool that should be selected using the one or more display screens, the work object part of the specific process that should be selected using the one or more display screens, and the content of the operation input of the simulated operation that should be performed using the one or more display screens, thereby having the function of evaluating the proficiency of the simulated operation performed by the trainee, and the function of managing the evaluation results of the proficiency of the simulated operation performed by the trainee.

[0024] According to this configuration, the proficiency of the trainee can be evaluated and managed with respect to the maintenance work, so that the motivation of the trainee can be improved and the trainee can be appropriately guided.

[0025] In addition, the training material display method of the present invention displays training materials including three-dimensional images related to maintenance operations of the target equipment together with the operation space display, and changes the display content of the training materials according to the operation input of the simulated operation corresponding to each stage of the maintenance operation. The training material display method is characterized in that it includes: information input steps S1 and S9, which obtain information on the operation input of the simulated operation; storage steps S2 and S3, which store the operation object part of the maintenance operation and the tools used for the maintenance operation as multiple operation object images that can be displayed and selected for operation, and store the process of the operation input of the simulated operation; output information generation step S4, which generates one or more display screens 70A, 70B, 70C in a manner that can display output based on the storage information stored in the storage step, and the one or more display screens Screens 70A, 70B, and 70C are capable of displaying or executing any one or more of a specific tool required for any process of the maintenance operation among the multiple operation object images, an operation object part 402 of a specific process among the multiple operation object images, and an operation input 405 of the simulated operation on the operation object part of the specific process; and a display output step S8, which displays and outputs each of the one or more display screens on the display screen according to predetermined output conditions, and each of the one or more display screens includes: an instruction display area, which requests the selection operation or the operation input; and an operation object image display area, which displays a specific operation object image among the multiple operation object images corresponding to the display content of the instruction display area, in a manner capable of executing the selection operation or the operation input of the simulated operation on the operation object image.

[0026] According to this structure, in the training material display method, since each of the one or more display screens includes: an instruction display area, which requests a selection operation of a tool, a work object part, or an operation input to a selected work object part; and an operation object image display area, which can perform a selection operation of a specific operation object image corresponding to the display content or simulate an operation operation input, the screen display content changes sequentially according to the user's operation input to each screen, and the operation process can be easily and accurately grasped without actual equipment.

[0027] Effects of the Invention

[0028] According to the present invention, a training material display system and a training material display method can be provided, which enable trainees to easily and accurately grasp the operation process without the actual equipment, even if the trainees do not have professional knowledge of the equipment to be maintained. BRIEF DESCRIPTION OF THE DRAWINGS

[0029] Figure 1 It is a structural diagram of a training material display system according to an embodiment of the present invention.

[0030] Figure 2 yes Figure 1 The structural diagram of the action acquisition terminal shown.

[0031] Figure 3 yes Figure 2 The structure diagram of the job information record database is shown.

[0032] Figure 4 yes Figure 1 The structure diagram of the training material generation server is shown.

[0033] Figure 5 yes Figure 4 The structure diagram of the template database is shown.

[0034] Figure 6 yes Figure 1 The structural diagram of the training materials execution terminal is shown.

[0035] Figure 7 yes Figure 6 The structure diagram of the execution information recording database is shown.

[0036] Figure 8 It is a flow chart of the training materials display method of this embodiment.

[0037] Fig. 9 This is a diagram showing the structure of a display screen of a training material execution terminal (education mode).

[0038] Fig.10 This is a diagram showing the structure of a display screen of a training material execution terminal (education mode).

[0039] Fig.11 This is a diagram showing the structure of a display screen of a training material execution terminal (education mode).

[0040] Fig.12 It is a diagram showing the structure of a display screen of a training material execution terminal (training mode).

[0041] Fig.13 It is a diagram showing the structure of a display screen of a training material execution terminal (training mode).

[0042] Fig.14 It is a diagram showing the structure of a display screen of a training material execution terminal (training mode).

[0043] Fig.15 This is a diagram showing a display example (education mode) of a screen of a training material execution terminal.

[0044] Fig.16 This is a diagram showing a display example (practice mode) of a screen of a training material execution terminal.

[0045] Fig.17 This is a diagram showing a display example (practice mode) of a screen of a training material execution terminal.

[0046] Fig.18 This is a diagram showing a display example (practice mode) of a screen of a training material execution terminal.

[0047] Fig.19A This figure shows a display example of a screen of a training material execution terminal (for explaining the device structure).

[0048] Fig.19B This figure shows a display example of a screen of a training material execution terminal (for explaining the device structure). DETAILED DESCRIPTION

[0049] The training material display system according to the embodiment of the present invention is described below with reference to the accompanying drawings.

[0050] The training material display system 1 of this embodiment is a system for displaying training materials to trainees, and the training materials are used to learn the maintenance operation technology of the target equipment, especially the operation process. In the following, the fitness bike (registered trademark) is used as an example of the target equipment for explanation, but the target equipment of the maintenance operation is of course not limited to this.

[0051] In the training material display system 1 of the present embodiment, training materials including three-dimensional images (3DCG (Three-dimensional computer graphics) data) related to the maintenance work of the object equipment 401 are displayed together with the work space display, and the display content of the training materials is changed according to the operation input of the simulated work corresponding to each stage of the maintenance work.

[0052] Figure 1 1 is a structural diagram showing the structure of a training material display system 1 according to an embodiment of the present invention. Figure 1 As shown, the training material presentation system 1 includes an action acquisition terminal 10 , a training material generation server 20 , and a training material execution terminal 30 , and these action acquisition terminal 10 , training material generation server 20 , and training material execution terminal 30 are connected via a communication network 40 .

[0053] The training material display system 1 can be a structure that does not go through the communication network 40, and can also be implemented by integrating any two of the action acquisition terminal 10, the training material generation server 20, and the training material execution terminal 30 into one device (or server or terminal), or integrating all three into one device.

[0054] Action acquisition terminal

[0055] First, the action acquisition terminal 10 will be described.

[0056] The action acquisition terminal 10 is a tablet terminal, a personal computer (PC), a smart phone, etc., and acquires information for generating (writing) training materials for maintenance operations. Specifically, the action acquisition terminal 10 acquires information (referred to as first input information) of selection operations or operation inputs performed by the instructor 3 in the simulation operations corresponding to each stage of the maintenance operation. In addition, the action acquisition terminal 10 corresponds to the information input device and the output information generation device of the present invention.

[0057] For example, when the target device of the maintenance operation is a fitness bike, the "selection operation, operation input" of the simulated operation corresponding to the console disassembly stage of the fitness bike is the selection operation of the tool to be used, the selection operation of the operation object part where the tool is used (such as a hexagonal bolt), the operation input of moving the console in a specific direction for disassembly, etc.

[0058] The action acquisition terminal 10 may also acquire information such as images, videos, voices, body actions, and location information of the work place of the instructor 3 during the simulated work. By analyzing such information through image processing or the like, information on selection operations and operation inputs during the simulated work can be obtained.

[0059] Figure 2 is a structural diagram showing the structure of the action acquisition terminal 10. Figure 2 As shown, the action acquisition terminal 10 includes a control unit 100, a memory 110 storing various processing programs, a storage 120 storing various databases, a communication unit 101, a sensor unit 102, a recording unit 103, a video recording unit 104, a display unit 105, an operation unit 106, and a power supply unit 107, and these parts are connected by a connecting line (or bus) 130.

[0060] The control unit 100 may be a computer having a CPU, ROM, RAM, an input / output interface, and an external storage device, and part or all of its functions may be realized by executing various processing programs stored in the memory 110 with the CPU.

[0061] The communication unit 101 communicates with the training material generating server 20 and the training material executing terminal 30 via the communication network 40 .

[0062] The recording unit 103 includes a microphone, and records the voice of the lecturer 3 during work, sounds from work target equipment, surrounding sounds, and the like.

[0063] The recording unit 104 includes a camera or a video camera, and records the work so that, for example, the work target device and the arm of the lecturer 3 are reflected.

[0064] The display unit 105 is, for example, a liquid crystal display, and is constituted by a display unit of a personal computer (PC), a tablet terminal, or the like.

[0065] The operation unit 106 includes, for example, a keyboard, a mouse, a touch panel, and the like, and can detect an input operation from the lecturer 3 .

[0066] The sensor unit 102 includes a ToF (Time Of Flight) sensor, and detects the spatial positional relationship of the lecturer 3 relative to the work object device by measuring the distance between the work object device and the lecturer 3. Thus, for example, it is possible to detect contact between the lecturer 3 and the work object device. In addition, the sensor unit 102 can detect the position of the motion acquisition terminal 10 using GPS (Global Positioning System).

[0067] The power supply unit 107 supplies power required to drive the motion acquisition terminal 10 .

[0068] The memory 110 stores various processing programs constituting the motion integration processing unit 111, the teaching material generation processing unit 112, and the information transmission and reception processing unit 113. When these processing programs are executed by the CPU of the control unit 100, the respective processing functions can be realized.

[0069] The action accumulation processing unit 111 acquires and accumulates information on the actions (selection operation, operation input) of the lecturer 3 by executing a processing program by the CPU of the control unit 100 . The information on the actions of the lecturer 3 is stored in the work information recording database 121 stored in the storage 120 .

[0070] The teaching material generation processing unit 112 executes a process for creating training teaching materials (contents) using a 3DCG engine by causing the CPU of the control unit 100 to execute a processing program.

[0071] The information transmission and reception processing unit 113 executes the processing program by the CPU of the control unit 100 to drive and control the communication unit 101 to perform the processing of transmitting and receiving information with the training material generation server 20 or the training material execution terminal 30 .

[0072] The storage 120 stores a work information record database 121 .

[0073] Figure 3 1 is a structural diagram showing the structure of the job information record database 121. Figure 3 As shown, the items of each record (row) recorded in the work information record database 121 are a lecturer number, a work number, a process number, a tool number used, a work target part, an operation, a recorded video, and a recorded voice.

[0074] The lecturer number is an identification number uniquely assigned to each lecturer 3. The job number is a number uniquely assigned to specify a job. The process number is a number for specifying which process among the process of the job specified by the job number is the process.

[0075] The tool number is an identification number uniquely assigned to a tool used in a process specified by the job number and the process number. The work target part is a target part operated by the tool. The operation indicates the content of the operation performed by using the tool on the work target part.

[0076] The recorded video has the video file name recorded in the operation, and can access the recorded video stored in the storage 220 of the training material generating server 20. The recorded voice has the voice file name recorded in the operation, and can access the recorded voice stored in the storage 220 of the training material generating server 20.

[0077] Furthermore, regarding recording video and recording voice, when the lecturer 3 performs a selection operation using the operation unit 106 for an image displayed in a selectable or operable manner on the display unit 105 of the action acquisition terminal 10 , recording video and recording voice may not be necessary.

[0078] Every time the instructor 3 performs a work process specified by the work number and the process number, record (row) data is added to the work information record database 121 .

[0079] Training materials generation server

[0080] Next, the training material generating server 20 will be described.

[0081] Figure 4 2 is a structural diagram of the training material generation server 20. Figure 4 As shown, the training material generating server 20 comprises a control unit 200, a memory 210 storing various processing programs, a storage 220 storing various databases, a communication unit 201, a display unit 205, an operation unit 206, and a power supply unit 207, and these parts are connected by a connecting line (or bus) 230.

[0082] In addition, the training material generating server 20 corresponds to the output information generating device of the present invention, and the storage 220 corresponds to the storage device of the present invention.

[0083] The control unit 200 may also be a computer structure having a CPU, ROM, RAM, input / output interface, external storage device, etc. Part or all of the functions of the training material generation server 20 may be realized by executing various processing programs stored in the memory 210 using the CPU.

[0084] The communication unit 201 communicates with the action acquisition terminal 10 and the training material execution terminal 30 via the communication network 40 .

[0085] The display unit 205 is composed of a liquid crystal display or the like, and can display training materials, working images of the instructor 3, management status of the training material display system, and the like.

[0086] The operation unit 206 includes, for example, a keyboard, a mouse, a touch panel, and the like, and can detect an input operation from an operator.

[0087] The power supply unit 207 supplies power required to drive the training material generating server 20 .

[0088] The memory 210 stores various processing programs constituting the operation integration processing unit 211, the teaching material generation processing unit 212, and the information transmission and reception processing unit 213. When these processing programs are executed by the CPU of the control unit 200, respective processing functions can be realized.

[0089] The action totalizing processing unit 211 performs totalizing processing of the work information transmitted from the action acquiring terminal 10 by causing the CPU of the control unit 200 to execute a processing program.

[0090] The teaching material generation processing unit 212 performs training teaching material generation processing using a 3DCG engine based on the operation information transmitted from the action acquisition terminal 10 by causing the CPU of the control unit 200 to execute a processing program.

[0091] The information transmission and reception processing unit 213 executes the processing program by the CPU of the control unit 200 to drive and control the communication unit 201 to perform the processing of transmitting and receiving information with the action acquisition terminal 10 or the training material execution terminal 30 .

[0092] The storage 220 stores a template database 221 and a training material database 222 .

[0093] Figure 5 2 is a structural diagram showing the structure of the template database 221. Figure 5As shown, the items of each record (row) recorded in the template database 221 are a template number, a progress mode number, and a screen configuration number.

[0094] The template number is an identification number uniquely assigned to a template used in the training material. The progress mode number is an identification number uniquely assigned to a mode in which the display screen progresses according to the operation input of the trainer 4. For example, when the progress mode number is 1, the screen structure displayed on the display unit 205 changes (progresses) in the manner of screen structure number 1 → screen structure number 2 → screen structure number 4 every time there is an operation input by the trainer 4.

[0095] The screen configuration number is an identification number uniquely assigned to the screen configuration displayed on the display unit 205. For example, Fig. 9 As shown, screen structure number 1 represents the following configuration mode, having an instruction display area 501 at the upper right corner of the screen, an operation object image display area 502 at the lower right corner of the screen, a guide display area 503 at the left side of the screen, and an operation object image 400 representing the object device 401 is displayed in the operation object image display area 502.

[0096] The teaching material generation processing unit 212 can designate the progress mode of the training screen by designating the template number registered in the template database 221 .

[0097] Whenever a new progress pattern is designed, record (row) data is added.

[0098] The training material database 222 stores the training materials generated by the material generation processing unit 212. The training materials are linked using a material number, a target device name, and work content uniquely assigned to each material, and can be searched and acquired based on information such as the material number.

[0099] Training materials execution terminal

[0100] The training material execution terminal 30 is described below.

[0101] The training material execution terminal 30 is, for example, a tablet terminal, a PC, etc. In addition, the training material execution terminal 30 corresponds to the information input device and the display output device of the present invention.

[0102] Figure 6 is a structural diagram showing the structure of the training material execution terminal 30. Figure 6 As shown, the training material execution terminal 30 includes a control unit 300 , a memory 310 storing various processing programs, a storage 320 storing various databases, a communication unit 301 , a display unit 305 , an operation unit 306 , and a power supply unit 307 .

[0103] The control unit 300 may be a computer having a CPU, ROM, RAM, input / output interface, external storage device, etc., and part or all of its functions may be realized by executing various processing programs stored in the memory 310 with the CPU.

[0104] The communication unit 301 communicates with the training material generation server 20 and the action acquisition terminal 10 via the communication network 40 .

[0105] The display unit 305 is, for example, a liquid crystal display, and is constituted by a display unit of a tablet terminal, a PC, or the like.

[0106] The operation unit 306 includes, for example, a keyboard, a mouse, a touch panel, etc., and can detect an input operation from the trainee 4 .

[0107] The power supply unit 307 supplies power required to drive the training material execution terminal 30 .

[0108] The memory 310 stores various processing programs constituting the teaching material execution processing unit 311, the execution data accumulation processing unit 312, and the information transmission and reception processing unit 313. When these processing programs are executed by the CPU of the control unit 300, respective processing functions can be realized.

[0109] The teaching material execution processing unit 311 executes the processing program by the CPU of the control unit 300 to execute the processing program, thereby executing the training teaching material distributed from the training teaching material generation server 20. The so-called execution of the training teaching material means that the display screen included in the training teaching material is displayed on the display unit 305, and the training personnel 4 perform exercises and education according to the operation input to the operation unit 306.

[0110] The execution data accumulation processing unit 312 acquires and accumulates information on selection operations and operation inputs performed by the trainer 4 by executing a processing program by the CPU of the control unit 300 . The execution information of the trainer 4 is stored in the execution information recording database 321 stored in the memory 320 .

[0111] The information transmission and reception processing unit 313 executes the processing program by the CPU of the control unit 300 to drive and control the communication unit 301 to perform the processing of transmitting and receiving information with the training material generation server 20 or the action acquisition terminal 10 .

[0112] The storage 320 stores an execution information record database 321 .

[0113] Figure 7 3 is a structural diagram showing the structure of the execution information recording database 321. Figure 7As shown, the items of each record (row) recorded in the execution information recording database 321 are the training personnel number, the operation number, the process number, the tool number used, the operation object part, the operation, the accuracy, and the proficiency.

[0114] The trainer number is an identification number uniquely assigned to each trainer 4. The job number is a number uniquely assigned to specify a job. The process number is a number for specifying which process among the process of the job specified by the job number is to be performed.

[0115] The tool number is a number uniquely assigned to a tool used in a process specified by the job number and the process number. The work target part is a target part operated by the tool. The operation indicates the content of the operation performed by using the tool on the work target part.

[0116] The correctness indicates whether the work contents (tools used, work target parts, operations) performed by the trainer 4 are consistent with the work contents of the instructor 3. For example, an O mark indicates consistency, and an X mark indicates inconsistency.

[0117] The proficiency indicates the proficiency of the work of the trainer 4, and is ranked according to the degree of consistency between the work content (tools used, work object part, operation) performed by the trainer 4 and the work content of the instructor 3. The proficiency is represented by three levels of A, B, and C (A>B>C), for example. Figure 7 Among processes 1 to 3, two are correct and one is incorrect, so the proficiency is B in the middle.

[0118] Every time the trainee 4 performs a task specified by a task number and a process number, record (row) data is added to the execution information recording database 321 .

[0119] Next, the training material display method of this embodiment is described.

[0120] Figure 8 It is a flow chart of the training material display method of this embodiment. First, the generation stage of the training material is described.

[0121] In the training material generation stage, in the action acquisition terminal 10, the lecturer 3 performs a simulation operation and obtains the operation input information in the simulation operation (S1). Specifically, the lecturer 3 operates the image of the 3DCG data of the object device displayed on the display screen of the action acquisition terminal 10 in an operable manner using the operation unit 106 such as a mouse, keyboard, and touch panel, and the action acquisition terminal 10 obtains the operation input information.

[0122] The information of the operation input in the simulated work may be acquired by image processing or the like based on a video of the simulated work performed by the instructor 3 .

[0123] On the other hand, the training material generation server 20 stores the work object parts of the maintenance work and the tools used for the maintenance work as a plurality of operation object images that can be displayed and selected for operation in the storage 220 (S2), and based on the operation input information obtained in step S1, stores the operation input process of the simulated work in the storage 220 (S3).

[0124] Then, the training material generating server 20 generates display screens of the training material including the first to third display screens in a displayable output manner based on the storage information stored in steps S2 and S3 (S4). The first display screen ( Fig.16 The second display screen (70A) is a screen that displays a specific tool required for any one of the maintenance operations among the plurality of operation object images stored in step S2. Fig.17 70B) is a screen showing the work target part of a specific process among a plurality of operation target images. The third display screen ( Fig.18 70C) is a screen for inputting operations for performing simulated operations on the work object part of a specific process.

[0125] As described above, each of the first display screen, the second display screen, and the third display screen includes an instruction display area 701 and an operation object image display area 702. The instruction display area is a display area for requesting a selection operation or an operation input. The operation object image display area is a display area for displaying a specific operation object image corresponding to the display content of the instruction display area among a plurality of operation object images in a manner that enables a selection operation or an operation input of a simulated operation to be performed on the operation object image.

[0126] Next, the implementation phase of the training materials is described.

[0127] like Figure 8 As shown, first, the trainer 4 inputs the name of the equipment to be maintained and the training menu into the training material execution terminal 30 (S5). The training menu includes, for example, an educational mode and a practice mode.

[0128] Then, the device name and training menu information input by the trainer 4 are transmitted to the training material generating server 20 (S6).

[0129] The training material generating server 20 searches for the corresponding training material (content) based on the device name and the training menu information received from the training material executing terminal 30, and distributes the training material found in the search to the training material executing terminal 30 (S7).

[0130] Next, the training material execution terminal 30 displays and outputs the first display screen, the second display screen, and the third display screen of the distributed training material on the display screen of the display unit 305 according to a predetermined output condition ( S8 ).

[0131] The trainee 4 operates the operation unit 306 according to the instruction displayed in the instruction display area of ​​the display screen of the training material execution terminal 30, and the training material execution terminal 30 obtains the information of the operation input in the simulated operation (S9).

[0132] In step S10, it is determined whether the training or process is completed. If not, the process returns to step S8, and if it is completed, the process proceeds to step S11.

[0133] In step S11, the operation input of the trainer 4 obtained in step S9 is compared with the operation input of the instructor 3 obtained in step 1 of the training material generation stage, and the proficiency of the maintenance work is evaluated according to the degree of consistency (S11). For example, the proficiency can be ranked by A, B, C (proficiency is A>B>C), or integers from 1 to 10 (the larger the number, the greater the proficiency).

[0134] The training material execution terminal 30 records and manages the proficiency of the trainee 4 on the maintenance work in the execution information recording database 321 of the storage 320 ( S12 ).

[0135] Next, the execution of the training material in the training material execution terminal 30 will be described with reference to the display screen of the display unit 305 .

[0136] First, the case where the mode of the training menu is "Education" is described.

[0137] Fig. 9 , Fig.10 , Fig.11 This figure illustrates a part of the training material in the education mode and shows the structure of the display screen of the display unit 305 of the training material execution terminal 30. Fig. 9 As shown, the display screen 50A in the educational mode includes an instruction display area 501 , an operation object image display area 502 , and a guidance display area 503 .

[0138] The instruction display area 501 is an area where the instruction content to the trainer 4 is displayed, for example, "Please click "Change valve"" or the like is displayed.

[0139] The operation target image display area 502 is an area where an image of the target device 401 of the operation is displayed. For example, the image of the target device 401 specified by the device name A is displayed.

[0140] The guidance display area 503 is an area for displaying guidance information for training, and displays information such as the equipment name, mode of the training menu, work content, and work process.

[0141] exist Fig. 9 In the display screen 50A, if the trainee 4 clicks on "Replace valve" recorded in the guide display area 503 with the mouse, the display color of the corresponding component (operation object part 402) of the object device 401 in the operation object image 400 displayed in the operation object image display area 502 changes.

[0142] Next, enter Fig.10 The display screen 50B displays “Please click “(1) Remove the cover”” in the instruction display area 501. The corresponding operation object part 402 (screw) of the object device 401 in the operation object image 400 displayed in the operation object image display area 502 flashes and is displayed. In addition, a tool image 403 showing a tool 404 (screwdriver) being used is displayed near the operation object part 402. In addition, items in the guide display area 503 that have been clicked and the operation has been completed can be recognized as completed by changing the color, adding an underline, or adding a bold color display. In this state, the trainee 4 clicks “(1) Remove the cover” in the guide display area 503 with a mouse or the like.

[0143] Next, enter Fig.11 The display screen 50C is displayed. In the instruction display area 501, it is displayed “Please click “(3) Disassemble valve””. In addition, the attention display area 504 is displayed in a manner overlapping with the operation object image display area 502. In the attention display area 504, it is flashingly displayed “Pay attention to the rotation direction before disassembly” and the trainee 4 is informed that the trainee 4 should pay attention to the rotation direction when disassembling the valve. If the trainee 4 clicks “(3) Disassemble cover” in the guidance display area 503 with a mouse, the next display screen is further entered. In this way, the trainee 4 can understand the process and content of the maintenance work by simply clicking the items in the guidance display area 503 according to the instructions displayed in the instruction display area 501.

[0144] Next, the case where the mode of the training menu is "Practice" is described.

[0145] Fig.12 , Fig.13 , Fig.14 This figure illustrates a part of the training material in the practice mode and shows the structure of the display screen of the display unit 305 of the training material execution terminal 30. Fig.12 As shown, the display screen 60A of the training mode includes an instruction display area 601 , an operation object image display area 602 , a guide display area 603 , and a tool display area 604 .

[0146] The instruction display area 601 is an area where the content of instructions to the trainee 4 is displayed, and for example, “Please select a tool required to remove the cover” or the like is displayed.

[0147] The operation target image display area 602 is an area where an image of the target device 401 of the operation is displayed, and for example, an image of the target device 401 specified by the device name A is displayed.

[0148] The guidance display area 503 is an area for displaying guidance information for training, and displays information such as the equipment name, mode of the training menu, work content, and work process.

[0149] The tool display area 604 displays images 403a, 403b, 403c, 403d, ... of tools used for maintenance work in a scrollable manner in the horizontal direction. The trainee 4 selects a tool to be used among the tools displayed in the tool display area 604 using a mouse or the like according to the instruction in the instruction display area 601 .

[0150] If the tool selected by the trainer 4 is correct, "correct" is displayed; if it is incorrect, "incorrect" is displayed and the Fig.13 If the selection is incorrect, the selection operation can be repeated until it is correct.

[0151] exist Fig.13 In the display screen 60B, the instruction display area 601 displays “Please click the positions of the screws required for removing the cover the number of times required”.

[0152] The image of the 3DCG model of the target device 401 to be embedded in the work target part 402 (screw) is displayed in the operation target image display area 602. If the trainee 4 clicks the required number of roots with a mouse or the like, the position clicked is the work target part, and "correct" is displayed. If it is an error, "incorrect" is displayed, and the next question, i.e. Fig.14 Display screen 60C.

[0153] exist Fig.14 In the display screen 60C, “Please select the purpose of removing the cover” is displayed in the instruction display area 601.

[0154] Answer passages 606a, 606b, and 606c are displayed in the answer display area 605. The trainer 4 selects the answer that he thinks is correct by clicking on the answer passage. If the answer passage selected by the trainer 4 is correct, "correct" is displayed; if it is incorrect, "incorrect" is displayed and the next display screen is entered. In this way, as long as the trainer 4 performs the selection operation according to the instructions displayed in the instruction display area 601, he can answer the practice questions of the maintenance work.

[0155] Next, the display screen of the display unit 305 of the training material execution terminal 30 will be described by taking the case where the target device 401 is a training bicycle as an example.

[0156] Fig.15 FIG. 8 is a diagram showing a display screen 80 of the training material execution terminal 30 in the education mode. Fig.15 As shown, the display screen 80 includes an instruction display area 801 , an operation object image display area 802 , guidance display areas 803 , 805 , and a warning display area 804 .

[0157] The guide display area 803 lists the work items, and the item "(1) Loosen the fixing screw" in "Replacement of the transmission belt" is selected by the trainee 4. The selected item is highlighted by changing the text color, adding an underline, or converting it to bold.

[0158] The guidance display area 805 is an area for displaying which process (operation) is to be performed in the maintenance work, and for example, "process: replacement of transmission belt" or the like is displayed.

[0159] The operation target image 400 showing the exercise bike as the target device 401 is displayed in the operation target image display area 802. In addition, a caution display area 804 is provided to overlap the operation target image display area 802, and the trainer 4 is informed of the cautions in the operation of "(1) Loosening the fixing screws" such as "Caution: The screws are only loosened slightly, and are not to be removed." In addition, the fixing screws as the operation target parts may be flashed or the display color may be changed to emphasize the display.

[0160] Instructions to the trainee 4 are displayed in the instruction display area 801, which is displayed as "User operation: Click after confirmation." The trainee 4 understands the operation target part and precautions of the operation "(1) Loosen the fixing screw" in the "Replacement of the transmission belt", and clicks the next operation, namely "(2) Loosen the belt tensioner". The trainee 4 enters the next display screen through the click operation.

[0161] Next, the display screen of the display unit 305 of the training material execution terminal 30 will be described by taking the case where the target device 401 is a training bicycle as an example.

[0162] Fig.16 FIG. 7 is a diagram showing a display screen 70A of the training material execution terminal 30 in the practice mode. Fig.16 As shown, the display screen 70A includes an instruction display area 701, an operation object image display area 702, a guide display area 703, and a tool display area 704. In addition, the display screen 70A corresponds to the display screen of the present invention.

[0163] In the guidance display area 703, the work items are listed, and the item "Change console" is selected by the trainee 4. The selected item is highlighted by changing the text color, adding an underline, or converting it into bold.

[0164] An operation target image 400 showing an exercise bike as the target device 401 is displayed in the operation target image display area 702 .

[0165] In the tool display area 704, a plurality of tool images 403a, 403b, 403c, 403d, ... showing a plurality of tools 404a, 404b, 404c, 404d, ... are displayed. Fig.16 In the example, four tool images are displayed, but other tool images can be displayed by horizontal scrolling. For example, tool images can be prepared for all tools used for maintenance work on the exercise bike and displayed in the tool display area 704.

[0166] In the instruction display area 701, "User operation: Please select a tool for disassembling the console" is displayed as an instruction to the trainee 4. The trainee 4 selects a tool to be used for disassembling the console from the tool group displayed in the tool display area 704. The selection can be performed by clicking the selected object with a pointer such as a mouse.

[0167] If the tool selected by the trainer 4 is correct, "correct" will be displayed; if it is incorrect, "incorrect" will be displayed, and then the Fig.17 The display screen for the next question is shown.

[0168] Fig.17 It is a figure which shows the display screen 70B of the next question.

[0169] The operation target image display area 702 displays the operation target image 400 showing the exercise bike as the target device 401. The instruction display area 701 displays “User operation: Click the number of hexagonal bolts for removing the console” as an instruction to the trainer 4.

[0170] The trainer 4 selects all the positions of the hexagonal bolts (the work target part 402) in the operation target image 400 showing a part of the exercise bike displayed in the operation target image display area 702 by clicking on them. If the positions of all the clicked hexagonal bolts are correct, "correct" is displayed. If even one is wrong, "incorrect" is displayed. Then, the trainer 4 enters the operation target image display area 702. Fig.18 The display screen for the next question is shown. In addition, this display screen 70B corresponds to the second display screen of the present invention.

[0171] Fig.18 It is a figure which shows the display screen 70C of the next question.

[0172] The operation target image 400 showing a portion of the console of the exercise bike as the target device 401 is displayed in the operation target image display area 702. Three arrows are displayed near the console, indicating the direction in which the console is to be moved when it is removed. In the instruction display area 701, as an instruction to the trainer 4, "User operation: When removing the console from the column, please select the direction in which the console is to be initially moved." is displayed.

[0173] The trainer 4 clicks and selects the arrow that he thinks is correct among the arrows indicating the direction of disassembling the console of the exercise bike displayed in the operation object image display area 702. If the direction indicated by the clicked arrow is correct, "correct" is displayed, and if it is wrong, "incorrect" is displayed, and then the display screen of the next question is entered. In this way, the trainer 4 can practice the maintenance work by selecting or inputting operations according to the instructions displayed in the instruction display area 701. In addition, this display screen 70C corresponds to the third display screen of the present invention.

[0174] In the above description, the training material database 222 is structured to generate: a first display screen 70A, which displays a specific tool 404 required for any one of the maintenance operations among a plurality of operation target images; a second display screen 70B, which displays an operation target part 402 of a specific process among a plurality of operation target images; and a third display screen 70C, which is a screen capable of executing an operation input 405 of a simulated operation on the operation target part 402 of the specific process, but the structure is not limited thereto. The training material database 222 may also be structured as follows: based on the storage information of the storage 220 (storage device), one or more display screens are generated in a displayable output manner, and the one or more display screens are capable of displaying or executing: a specific tool 404 required for any one of the maintenance operations among a plurality of operation target images; an operation target part 402 of a specific process among a plurality of operation target images; and an operation input 405 of a simulated operation on the operation target part 402 of the specific process.

[0175] For example, a specific tool 404 required for any one of the maintenance operations among the plurality of operation target images and an operation target part 402 of a specific operation among the plurality of operation target images may be displayed on the first display screen 70A. Also, for example, a specific tool 404 required for any one of the maintenance operations among the plurality of operation target images and an operation target part 402 of a specific operation among the plurality of operation target images may be displayed on the first display screen 70A, and an operation input 405 of a simulated operation on the operation target part 402 of the specific operation may be displayed in an executable manner. In this case, a single display screen may be generated for the specific operation. Also, for example, an operation target part 402 of a specific operation among the plurality of operation target images may be displayed on the second display screen 70B, and an operation input 405 of a simulated operation on the operation target part 402 of the specific operation may be displayed in an executable manner. In any case, in each of the display screens 70A, 70B, and 70C, the display content of the training material changes according to the operation input or selection operation of the simulated operation corresponding to each stage of the maintenance operation.

[0176] FIG. 19 is a diagram showing an example of another display screen of the display unit 305 of the training material execution terminal 30. Fig.19A As shown, the image of the equipped exercise bike is displayed on the display unit 305. If the trainer 4 uses the operation unit 306 to perform a predetermined operation, such as clicking an operation at any location in the display screen, the following is displayed: Fig.19B Exploded view shown.

[0177] exist Fig.19A , Fig.19B In the embodiment, the exercise bike or its component group can be rotated in the dragging direction by dragging the mouse, etc. In this way, the exercise bike or its component group can be observed from any direction, and the structure of the object device is easier to understand.

[0178] Next, the functions and effects are described.

[0179] As described above, in the training material display system 1 and the training material display method of the present embodiment, each of the first to third display screens 70A, 70B, and 70C includes: an instruction display area 701, which requests a selection operation of a tool 404 or a work object part 402 or an operation input 405 to a selected work object part; and an operation object image display area 702, which can perform a selection operation of a specific operation object image 400 corresponding to the display content or simulate an operation operation input. According to this structure, the screen display content changes sequentially according to the user's operation input to each screen, and the operation process can be easily and accurately grasped without the actual device.

[0180] In addition, in the training material display system 1 of the present embodiment, the action acquisition terminal 10 can acquire the information of the selection operation or the operation input of the simulation operation performed by the lecturer 3, that is, the first input information, and the training material execution terminal 30 can acquire the information of the selection operation or the operation input of the simulation operation performed by the trainee 4, that is, the second input information, and the training material generation server 20 sets a predetermined output condition corresponding to the process of the operation input of the simulation operation based on the first input information. According to this structure, based on the standard operation input of the lecturer 3, it is possible to easily and quickly create training materials and exercise materials based on the required maintenance operation process.

[0181] In addition, in the training material display system 1 of the present embodiment, the training material generation server 20 sets, as part of the predetermined output conditions, the specific tool 404 to be selected using the first display screen 70A, the work target part 402 of the specific process to be selected using the second display screen 70B, and the content of the reference operation input 405 of the simulated work to be performed using the third display screen 70C, based on the first input information input by the lecturer 3. According to this structure, accurate training materials and practice materials can be easily and quickly prepared based on the standard operation input of the lecturer 3.

[0182] In addition, the training material display system 1 of this embodiment has an educational material display function, which is to guide and display on the display screen: a specific tool 404 to be selected and operated using the first display screen 70A; a work object part 402 of a specific process to be selected using the second display screen 70B; and the content of the reference operation input 405 of the simulated operation to be performed using the third display screen 70C. According to this structure, the trainee 4 can learn based on the guidance display and can easily and accurately grasp the maintenance operation process without the actual equipment.

[0183] In addition, the training material display system 1 of the present embodiment has a training material display function, which is to perform a command display in the command display area 701 on the display screen, the command display requesting a selection operation on the first display screen 70A or the second display screen 70B or requesting an operation input of a simulated operation on the third display screen 70C, and obtain the input content of the selection operation on the first display screen 70A or the second display screen 70B or the content of the operation input of the simulated operation on the third display screen 70C from the second input information input by the trainee 4, and change the display content of the training material in the command display area 701 and the operation object image display area 702 according to the content of the reference operation input of the specific tool, the specific process, and the simulated operation set based on the first input information, and the content of the selection operation or the operation input of the simulated operation obtained from the second input information, and make the trainee perform the simulated operation practice. According to this structure, the trainee 4 performs the practice, so that the maintenance operation process can be easily and accurately grasped without the actual equipment.

[0184] In addition, in the training material display system 1 of the present embodiment, the training material generation server 20 acquires the content of the selection operation on the first display screen 70A to the third display screen 70C or the operation input of the simulation operation on the third display screen 70C from the second input information input by the trainee 4 for at least a part of the maintenance operation, and compares the content of the selection operation or the operation input of the simulation operation with the specific tool to be selected by the first display screen 70A, the work object part of the specific process to be selected by the second display screen 70B, and the operation input of the simulation operation to be performed by the third display screen 70C, thereby having a function of evaluating the proficiency of the simulation operation performed by the trainee 4 and a function of managing the evaluation result of the proficiency of the simulation operation performed by the trainee 4. According to this structure, since the proficiency of the trainee can be evaluated and managed with respect to the maintenance operation, the enthusiasm of the trainee 4 for the training can be improved, and the trainee 4 can be properly guided.

[0185] As described above, the present invention has the effect of enabling trainees to easily and accurately grasp the operation process without actual equipment even if they do not have professional knowledge of the target equipment for maintenance operations. This is very useful for all training material display systems and training material display methods.

[0186] Description of reference numerals:

[0187] 1: Training materials display system

[0188] 3: Lecturer

[0189] 4: Train staff

[0190] 10: Action acquisition terminal (information input device)

[0191] 20: Training materials generation server (output information generation device)

[0192] 30: Training materials execution terminal (information input device, display output device)

[0193] 40: Communication Network

[0194] 50A, 50B, 50C, 60A, 60B, 60C: Display image

[0195] 70A: First display screen

[0196] 70B: Second display screen

[0197] 70C: Third display screen

[0198] 100, 200, 300: Control unit

[0199] 101, 201, 301: Ministry of Communications

[0200] 102: Sensor Department

[0201] 103: Recording Department

[0202] 104: Video Department

[0203] 105, 205, 305: Display unit

[0204] 106, 206, 306: Operation department

[0205] 107, 207, 307: Power supply unit

[0206] 110, 210, 310: Memory

[0207] 111, 211: Action accumulation processing unit

[0208] 112, 212: Teaching material generation and processing department

[0209] 113, 213, 313: Information sending and receiving processing department

[0210] 120, 220, 320: storage (storage device)

[0211] 121: Job information record database

[0212] 221: Template Database

[0213] 222: Training materials database

[0214] 311: Teaching Materials Execution and Processing Department

[0215] 312: Execution data accumulation processing unit

[0216] 321: Execution Information Record Database

[0217] 400: Operation object image

[0218] 401: Object device

[0219] 402: Operation object part

[0220] 403: Tool Image

[0221] 404: Tools

[0222] 405a, 405b, 405c: Operation input

[0223] 501, 601, 701, 801: Command display area

[0224] 502, 602, 702, 802: Operation object image display area

[0225] 503, 603, 703, 803, 805: Guide display area

[0226] 504, 804: Attention caused display area

[0227] 604, 704: Tool display area

[0228] 605: Answer display area

[0229] 606a, 606b, 606c: Answer the article

Claims

1. A training material display system (1) displays a training material including a three-dimensional image related to a maintenance operation of an object device (401) together with a work space display, and changes the display content of the training material according to an operation input of a simulated operation corresponding to each stage of the maintenance operation, wherein the training material display system is characterized in that: An information input device (10, 30) for acquiring information of operation input of the simulated operation; A storage device (220) storing a work target part (402) of the maintenance work and a tool (404) used for the maintenance work as a plurality of operation target images (400) that can be displayed and can be selected for operation, and storing a process of operation input of the simulation work; An output information generating device (20) generates a plurality of display screens (50A, 50B, 50C; 60A, 60B, 60C; 70A, 70B, 70C; 80), the plurality of display screens are capable of displaying or executing any one or more of a specific tool (404) required for any one process of the maintenance operation among the plurality of operation object images, an operation object part (402) of a specific process among the plurality of operation object images, and an operation input (405) of the simulated operation on the operation object part of the specific process; as well as A display output device (30) is configured to display and output each of the plurality of display screens on a display screen according to a predetermined output condition, Each of the plurality of display screens includes: an instruction display area (501, 601; 701; 801) which requests the selection operation or the operation input; and an operation object image display area (502, 602; 702; 802) which displays a specific operation object image among the plurality of operation object images corresponding to the display content of the instruction display area in a manner that enables the selection operation or the operation input of the simulation operation to be performed on the operation object image. The information input device is capable of acquiring: first input information, which is information input by the selection operation or the simulation operation performed by the lecturer (3); and second input information, which is information input by the training personnel (4) through the selection operation or the operation of the simulation operation, The output information generating device sets the predetermined output condition corresponding to the process of the operation input of the simulated operation based on the first input information, and when each of the plurality of display screens for training (50A, 50B, 50C; 60A, 60B, 60C; 80) requesting to obtain the second input information is output in the instruction display area, each of the training screens includes the operation object image display area (502, 602; 802) and also includes an attention display area (504, 804) for displaying the attention points of the operation when notifying the attention points of the operation corresponding to the display content of the instruction display area, The attention-causing display area is provided to overlap with the operation object image display area.

2. The training material display system according to claim 1, characterized in that: The attention points of the work are displayed in the attention-drawing display area in a blinking manner.

3. The training material display system according to claim 1, characterized in that: The output information generating device is used for, when outputting each of a plurality of display screens (50A, 50B, 50C; 60A, 60B, 60C; 80) for training requesting to obtain the second input information in the instruction display area, including a guide display area (503, 603, 803) in each of the training screens for showing the operation process of a simulated operation requesting to obtain the second input information by displaying a plurality of operation contents (①, ②, ③).

4. A training material display method, comprising: preparing an action acquisition terminal, a training material execution terminal, and a training material generation server, displaying a training material including a three-dimensional image related to a maintenance operation of an object device together with a work space display, and changing the display content of the training material according to an operation input of a simulated operation corresponding to each stage of the maintenance operation, wherein the training material display method is characterized in that it includes: An information input step, which obtains the operation input information of the simulated operation through the action acquisition terminal and the training material execution terminal respectively; A storage step, in which the training material generating server stores the operation object parts of the maintenance operation and the tools used for the maintenance operation as a plurality of operation object images that can be displayed and can be selected for operation, and stores the operation input of the simulated operation; an output information generating step, wherein the training material generating server generates a plurality of display screens in a displayable output manner based on the storage information stored in the storage step, wherein the plurality of display screens can display or execute any one or more of a specific tool required for any process of the maintenance operation among the plurality of operation object images, an operation object part of a specific process among the plurality of operation object images, and an operation input of the simulated operation on the operation object part of the specific process; as well as The display output step is to display and output each screen of the plurality of display screens on a display screen according to a predetermined output condition through the training material execution terminal. Each of the plurality of display screens includes: an instruction display area that requests the selection operation or the operation input; and an operation object image display area that displays a specific operation object image among the plurality of operation object images corresponding to the display content of the instruction display area in a manner that enables the selection operation or the operation input of the simulation operation to be performed on the operation object image, In the information input step, first input information can be obtained through the action acquisition terminal, and the first input information is information input by the selection operation performed by the lecturer or the operation of the simulated operation. Second input information can be obtained through the training material execution terminal, and the second input information is information input by the selection operation performed by the trainee or the operation of the simulated operation. In the output information generating step, based on the first input information, the predetermined output condition corresponding to the process of the operation input of the simulated operation is set, and when each of the plurality of display screens for training that requests to obtain the second input information is output in the instruction display area, each of the training screens includes the operation object image display area and also includes an attention display area (504, 804) for displaying the attention points of the operation corresponding to the display content of the instruction display area when notifying the attention points of the operation. The attention-causing display area is provided to overlap with the operation object image display area.

Images