JP2021117894A - Program and workshop system - Google Patents

Abstract

To provide a technique which can make a facilitator give guidance to a participant whose work is delayed.SOLUTION: A terminal program of a participant terminal receives input of a participant and transmits a sheet file indicating a work sheet reflecting the input of the participant to a server. A server program of the server calculates a progress rate of the work sheet input by the participant on the basis of the received sheet file and the prescribed character number stored in a memory. The server program also calculates an average progress rate for each group. The server program transmits the participant name whose calculated progress rate is low and the progress rate, the calculated average progress rate and the group name to a facilitator terminal. A terminal program of the facilitator terminal displays the received participant name and progress rate on a low progress rate participant display region 58 and displays the received group name and average progress rate on a group display region 57.SELECTED DRAWING: Figure 8

Description

The present invention relates to a program that assists in conducting a workshop.

Patent Document 1 is an educational support system in which a server sends a worksheet stored in a database to a user terminal used by a student, and collects the worksheet after the student has performed work such as filling in from the user terminal. Is disclosed.

JP-A-2018-194652

In the workshop, the contents to be filled out by the students on the worksheet and the progress speed vary, so the facilitator needs to manage the workshop flexibly. Since the operation of such a workshop depends on the competence of the facilitator, in order to keep the quality of the workshop constant, it is necessary to secure multiple facilitators with high abilities or to train facilitators with high abilities. is necessary.

Further, Patent Document 1 does not disclose a technique in which a facilitator manages a worksheet in which a user is working.

An object of the present invention is to provide a technique capable of homogenizing the operation and management of a workshop. Another object of the present invention is to provide a technique for facilitators to easily confirm the work of workshop participants.

(1) The program according to the present invention includes a first program mounted on a communication device including a first display, a first input interface, and a facilitator terminal having a first communication interface, and a second display and a second input interface. And a second program implemented in each of a plurality of participant terminals having a second communication interface. The first program is based on the first display process of displaying the distribution icon for accepting the distribution of the worksheet stored in the memory on the first display and the selection of the distribution icon, and the first communication. The first transmission process of transmitting the worksheet to the participant terminal through the interface is executed. The second program receives the worksheet through the second communication interface, displays the received worksheet on the second display, and receives input to the worksheet. , The entry worksheet which is the input worksheet, and the second transmission process of transmitting the notification information including the terminal identification information or the participant identification information to the communication device through the second communication interface. .. The first program receives, based on the reception of the notification information through the first communication interface, a generation process for generating progress information indicating progress from the entry worksheet included in the received notification information. A specific process for specifying attribute information from the terminal identification information or the participant identification information included in the notification information, and a third display process for displaying the progress information including the specified attribute information on the first display. To execute.

The first program causes the first display to display progress information including the specified attribute information. Therefore, the facilitator can keep track of the progress of the worksheet in the group or participants. This allows the facilitator to, for example, go to the table of a slow progress group or the seat of a slow progress participant to assist in the work of the slow progress participant.

(2) The second program receives a plurality of the worksheets, and based on the receipt of the plurality of worksheets, the switching icon that accepts the switching between the display of the worksheet displayed on the second display and the other worksheets. May be further executed in the fourth display process for displaying the above on the second display.

If the participants of the workshop complete the entry on one worksheet within the working time and have not completed the entry on the previous worksheet, the participants will complete the entry on the previous worksheet. It can be done in time. Therefore, the program according to the present invention allows participants to work efficiently.

(3) The first program is associated with an output process for outputting image data stored in a memory to a display device, a display image indicated by the image data, and the display image, and the memory. The fifth display process of displaying the characters stored in the first display on the first display may be further executed.

The facilitator can give an appropriate explanation for the display image displayed by the display device by reading out the characters associated with the display image. Therefore, the program according to the present invention can assist, for example, the explanation of an unfamiliar facilitator.

(4) The first program further performs a sixth display process of displaying the remaining time, which is counted down with the work time stored in the memory as an initial value, on the first display based on the transmission of the worksheet. You may do it.

According to the above configuration, the facilitator can be made to recognize the remaining time.

(5) The first program calculates the progress rate based on the entry worksheet in the generation process, and the progress information is the average value of the progress rate in the group to which the participant belongs and the minimum progress rate of the participant. And at least one of them may be included.

If the progress information includes the average progress rate of the group, the facilitator can identify the slow progress group, and if the progress information includes the minimum progress rate of the participants, the facilitator will identify the slow progress participants. Can be identified. The facilitator assists the participants in the slow progress group or the slow progress participants in performing the work.

(6) The memory stores an appropriate progress rate associated with the remaining time, and the progress information includes the progress rate calculated by the first program based on the entry worksheet, and the first one. Based on the transmission of the worksheet, the program counts down the work time stored in the memory as an initial value, calculates the remaining time, and calculates the remaining appropriate progress rate associated with the calculated remaining time. In the third display process, the progress information including the progress rate that is less than the specified appropriate progress rate may be displayed on the first display.

The first program causes the first display to display progress information including progress information that is less than the specified appropriate progress rate. Therefore, the facilitator can identify groups and participants who may not complete the worksheets within the working hours and assist the participants.

(7) The communication device includes the facilitator terminal and a server capable of communicating with the participant terminal and the facilitator terminal via the Internet. The first program includes a server program implemented by the server and the facilitator. It may include a facilitator program implemented by the terminal.

(8) The workshop system according to the present invention includes a communication device including a facilitator terminal having a first display, a first input interface, a first communication interface, and a first controller, and a second display, a second input interface, and a first controller. It includes two communication interfaces and a plurality of participant terminals each having a second controller. The first controller receives the first display process of displaying the distribution icon for receiving the distribution of the worksheet stored in the memory on the first display and the selection of the distribution icon, and then the first communication. The first transmission process of transmitting the worksheet to the participant terminal through the interface is executed. The second controller receives the worksheet through the second communication interface, displays the received worksheet on the second display, and receives input to the worksheet. , The entry worksheet which is the input worksheet, and the second transmission process of transmitting the notification information including the terminal identification information or the participant identification information to the communication device through the second communication interface. .. Based on the reception of the notification information through the first communication interface, the first controller receives the generation process of generating progress information indicating progress from the entry worksheet included in the received notification information. A specific process for specifying attribute information from the terminal identification information or the participant identification information included in the notification information, and a third display process for displaying the progress information including the specified attribute information on the first display. To execute.

The present invention can also be regarded as a workshop system.

According to the program and management system according to the present invention, the operation and management of the workshop can be homogenized. In addition, the facilitator can easily confirm the work of the workshop participants.

FIG. 1 is a diagram showing the configuration of the workshop system 10. FIG. 2 is a diagram showing the group name to which the participants belong. FIG. 3A is a diagram showing a first correspondence table, FIG. 3B is a diagram showing a second correspondence table, and FIG. 3C is a diagram showing a third correspondence table. , FIG. 3 (D) is a diagram showing a database. FIG. 4 is a diagram illustrating a part of processing executed by the terminal program 29 of the facilitator terminal 11, the terminal program 39 of the participant terminal 12, and the server program 49 of the server 13. FIG. 5 is a diagram showing a continuation of the process shown in FIG. FIG. 6 is a diagram showing a continuation of the process shown in FIG. FIG. 7 is a diagram showing a continuation of the process shown in FIG. 8 (A) is a diagram showing the first screen of the facilitator, FIG. 8 (B) is a diagram showing the first screen of participants, and FIG. 8 (C) is a diagram showing the second screen of the facilitator. be. 9 (A) is a diagram showing a participant 1st worksheet screen, FIG. 9 (B) is a diagram showing a participant 2nd worksheet screen, and FIG. 9 (C) is a modification. It is a figure which shows the 2nd screen of the facilitator.

Hereinafter, embodiments of the present invention will be described. It goes without saying that the embodiments described below are merely examples of the present invention, and the embodiments of the present invention can be appropriately changed without changing the gist of the present invention.

In this embodiment, the workshop system 10 shown in FIG. 1 will be described. The workshop system 10 is a system that assists the facilitator in executing the workshop. The facilitator uses the workshop system 10 to carry out a workshop for participants.

The workshop system 10 includes a facilitator terminal 11 used by the facilitator, a plurality of participant terminals 12 used by participants, a server 13, and a projection device 16. The facilitator terminal 11 and the server 13 are examples of communication devices. The projection device 16 is an example of a display device. The display device is not limited to the projection device 16 as long as the screen can be displayed.

Multiple participants will be divided into multiple groups to participate in the workshop. In the example shown in FIG. 2, a plurality of participants are divided into four groups having group names "A", "B", "C", and "D". Participants are notified in advance of the participant ID and group name. Participants operate the participant terminal 12 installed on the table with the same group name as the notified group name.

The facilitator terminal 11 and the plurality of participant terminals 12 shown in FIG. 1 are personal computers, tablets, and the like. The facilitator terminal 11 and the plurality of participant terminals 12 are connected to each other so as to be able to communicate with each other by a local network 15 such as a wired LAN or a wireless LAN. The local network 15 is connected to the Internet 14 via a router (not shown).

The server 13 is a so-called web server that publishes a URL on the Internet 14, and is connected to the Internet 14. The server 13 may be a so-called rental server or a server owned by the person who operates the workshop system 10 as long as the person who operates the workshop system 10 has the authority to use the server 13.

The projection device 16 is a device such as a projector that projects an image onto the screen 17. The projection device 16 is connected to the facilitator terminal 11 so as to be able to communicate with each other by using a USB (registered trademark) cable or the like. Alternatively, the projection device 16 may be connected to the facilitator terminal 11 so as to be able to communicate with each other using a wireless communication standard such as Bluetooth (registered trademark), or may be connected to the local network 15 and the facilitator through the local network 15. It may be connected to the terminal 11 so as to be able to communicate with each other.

The facilitator operates the facilitator terminal 11 to project an image on the screen 17 to explain to the participants, and also displays a worksheet on the participant terminal 12 to allow the participants to perform the work. Run a workshop on. Hereinafter, the configurations of the facilitator terminal 11, the participant terminal 12, and the server 13 will be described in detail. In the following, an example in which the facilitator terminal 11 and the participant terminal 12 are personal computers will be described.

The facilitator terminal 11 includes a controller 21, a first display 22, a first input I / F23, and a first communication I / F24. "I / F" is an abbreviation for "interface". The controller 21 is an example of the first controller.

The first input I / F23 is an interface that accepts input from a facilitator such as a keyboard, a mouse, or a microphone.

The first communication I / F 24 is wiredly connected to the local network 15 or wirelessly connected to the local network 15. The facilitator terminal 11 transmits an HTTP request to the server 13 through the first communication I / F 24, and receives an HTTP response to the transmitted HTTP request to communicate with the server 13.

The controller 21 includes a CPU 25, which is a central processing unit, a memory 26, and a communication bus 27. The memory 26 is a storage area such as a hard disk for storing the OS 28 or the terminal program 29 executed by the CPU 25, a storage area such as a RAM used for executing the OS 28 or the terminal program 29, or another storage area such as a buffer. Has. The terminal program 29 is an example of a facilitator program.

In addition to the OS 28 and the terminal program 29, the memory 26 also stores a server URL, which is a URL published by the server 13, an IP address and a MAC address assigned to the server 13.

The CPU 25, the memory 26, the first display 22, the first input I / F23, and the first communication I / F24 are connected to each other by the communication bus 27. That is, the OS 28 or the terminal program 29 executed by the CPU 25 can read information or data from the memory 26 or write the information or data to the memory 26, input the image data to the first display 22, and display the image first. It can be displayed on the display 22, the signal output by the first input I / F23 can be received, and information and data can be transmitted and received through the first communication I / F24.

The OS 28 is an operating system and provides an API (abbreviation of Application Programming Interface) to a program including a terminal program 29. The terminal program 29 communicates with the server 13 using, for example, an API.

The terminal program 29 is, for example, a communication that inputs screen data to the first display 22 and communicates with the server 13 through the first communication I / F 24 with a UI module that receives an operation signal input from the first input I / F 23. It is composed of a plurality of modules such as a module and a main body module that instructs a UI module and a communication module to process. However, the terminal program 29 may be a single program that is not composed of a plurality of modules.

The terminal program 29 is a so-called application. However, the terminal program 29 may be a plug-in program that extends the functions of the browser implemented in the facilitator terminal 11. Alternatively, the terminal program 29 may be HTML data having a script processed by the browser.

The participant terminal 12 has the same configuration as the facilitator terminal 11. The participant terminal 12 includes a controller 31, a second display 32, a second input I / F 33, and a second communication I / F 34. The controller 31 has a CPU 35, a memory 36, and a communication bus 37. The memory 36 of the participant terminal 12 stores the OS 38, the terminal program 39, and the server URL. The controller 31 is an example of the second controller. The terminal program 39 is an example of the second program.

The server 13 includes a controller 41 and a communication I / F 44. The communication I / F 44 is connected to the Internet 14. The configuration of the communication I / F44 is the same as the configuration of the first communication I / F24 of the facilitator terminal 11.

The controller 41 includes a CPU 45, a memory 46, and a communication bus (not shown). The CPU 45, the memory 46, and the communication I / F 44 are connected to the communication bus. The configuration of the memory 46 is the same as the configuration of the memory 26. The memory 46 stores the OS 48 and the server program 49. The server program 49 and the terminal program 29 described above are examples of the first program.

The memory 46 stores a first correspondence table, a second correspondence table, a third correspondence table, and a database.

As shown in FIG. 3A, the first correspondence table is a table in which the facilitator ID, the workshop identification information, the workshop name, the facilitator screen data, and the participant screen data are associated with each other. ..

The facilitator ID is an ID that individually identifies the facilitator. The workshop identification information is identification information that individually identifies the workshop. For example, the facilitator inputs the facilitator ID into the facilitator terminal 11, accesses the server 13 through the facilitator terminal 11, and registers a new workshop in the server 13. The server program 49 of the server 13 attaches the workshop identification information to the newly registered workshop and registers it in the first table in association with the facilitator ID.

The workshop name is the name given to the workshop. For example, the facilitator inputs the workshop name to the server 13 through the facilitator terminal 11. The server program 49 registers the input facilitator name in the first table in association with the facilitator ID and the workshop name.

The facilitator screen data is screen data of the screen displayed on the first display 22 of the facilitator terminal 11 when the workshop is executed. The facilitator screen data is, for example, screen data for displaying a plurality of screens. The facilitator screen data is, for example, HTML data.

The participant screen data is screen data of the screen displayed on the second display 32 of the participant terminal 12 when the workshop is executed. Participant screen data is, for example, screen data for displaying a plurality of screens. The participant screen data is, for example, HTML data. For example, when registering a new workshop in the first correspondence table, the facilitator selects existing facilitator screen data and participant screen data, or generates new facilitator screen data and participant screen data. 1 Register in the corresponding table.

The first correspondence table is used to display a list of workshops on the selection screen for selecting the workshops that the facilitator wants to execute. Details will be described later.

As shown in FIG. 3B, the second correspondence table is a table that associates the workshop identification information, the execution order, the worksheet ID, the sheet file, the work time, and the specified number of characters.

The execution order indicates the order of the works executed in the workshop. A sheet file is a worksheet file. The worksheet ID is an ID that individually identifies the worksheet. The working time is a time limit for performing the work, which is a predetermined time for the worksheet.

The specified number of characters indicates the number of characters entered in the model answer of the worksheet indicated by the sheet file. The specified number of characters is used to calculate the progress rate of the worksheet. Details will be described later.

The facilitator, for example, generates a worksheet and a model answer in advance, selects a worksheet to be used for a newly registered workshop through the facilitator terminal 11, selects the worksheet to be used for the newly registered workshop from the generated worksheets, and attaches an execution order to the second. Register in the corresponding table. In addition, the facilitator registers the number of characters in the model answer as the specified number of characters in the second correspondence table. The server program 49 associates the sheet file and execution order of the registered worksheet, the work time predetermined for the sheet file, and the specified number of characters with the workshop identification information, and sets the second correspondence table. Register with. The specified number of characters may be specified by the server program 49 from the model answer and registered in the second correspondence table.

The server program 49 includes a sheet file indicating the worksheet to be transmitted to the participant terminal 12 in the selected workshop based on the facilitator selecting the workshop on the selection screen described later, the transmission order of the sheet files, and the transmission order of the sheet files. The working time is determined using the second correspondence table. Details will be described later.

As shown in FIG. 3C, the third correspondence table is a table that associates the workshop identification information, the participant ID, the participant's name, and the group name. The participant ID is an ID that individually identifies the participants. The group name is information indicating the group to which each participant belongs. Multiple participants are divided into multiple groups according to the group name. The facilitator accesses the server 13 through, for example, the facilitator terminal 11, and inputs the names and group names of the participants who participate in the workshop. The server program 49 assigns a participant ID to the input participant's name, associates it with the workshop identification information, and registers it in the third correspondence table. The participant ID is an example of participant identification information.

The third correspondence table is used by the server program 49 to determine whether or not the participant terminal 12 requesting the transmission of the worksheet is operated by an appropriate participant. Alternatively, the third correspondence table is used to determine the group name to which the participant belongs. Details will be described later.

As shown in FIG. 3 (D), the database uses the input sheet file, which is a worksheet after the participants have input, the facilitator ID, the workshop identification information, the participant ID, and the participants. It is a database that stores names, group names, and progress rates in association with each other.

The server program 49 registers the input sheet file transmitted by the participant terminal 12 in the database in association with the facilitator ID and the workshop identification information. Further, the server program 49 calculates the progress rate and the average progress rate based on the acquired input sheet file, and registers the calculated progress rate and the average progress rate in the database. Details will be described later.

The first correspondence table, the second correspondence table, and the third correspondence table may be a part of the database.

Hereinafter, refer to FIGS. 4 to 9 for the processes executed by the terminal program 29 of the facilitator terminal 11, the terminal program 39 of the participant terminal 12, and the server program 49 of the server 13 when the facilitator executes the worksheet. I will explain. Note that, in FIGS. 4 to 7, only one participant terminal 12 is shown among the plurality of participant terminals 12. The terminal program 39 of the plurality of participant terminals 12 executes the same processing as the terminal program 39 of the participant terminals 12 shown in FIGS. 4 to 7.

The facilitator activates the terminal program 29 of the facilitator terminal 11 and the terminal program 39 of the participant terminal 12. As shown in FIG. 4, the terminal program 29 of the activated facilitator terminal 11 causes the first input screen (not shown) to be displayed on the first display 22 (S11). The first input screen has a text box that accepts input of the facilitator ID. The facilitator inputs the facilitator ID into the text box using the first input I / F23. The terminal program 29 acquires the facilitator ID entered in the text box (S12). Then, the terminal program 29 transmits the HTTP request having the acquired facilitator ID to the server URL stored in the memory 26 through the first communication I / F 24 and the Internet 14 (S13). That is, the terminal program 29 transmits the facilitator ID to the server 13. In the following, transmitting an HTTP request to the server URL via the first communication I / F 24 and the Internet 14 will be described simply as “transmitting the HTTP request to the server 13”. Similarly, the participant terminal 12 transmitting the HTTP request to the server URL via the second communication I / F 34 and the Internet 14 will be described and described in the same manner.

The server program 49 of the server 13 receives the HTTP request transmitted by the facilitator terminal 11 through the Internet 14 and the communication I / F 44. In the following, receiving the HTTP request transmitted by the facilitator terminal 11 or the participant terminal 12 through the Internet 14 and the communication I / F 44 will be described simply as “receiving the HTTP request”.

The server program 49 of the server 13 specifies a plurality of workshop identification information and workshop names associated with the facilitator ID matching the facilitator ID included in the received HTTP request in the first correspondence table (S14). The server program 49 generates an HTTP response including the specified workshop identification information and a list of workshop names, and returns the generated HTTP response via the communication I / F44 and the Internet 14 (S15). Hereinafter, the fact that the server 13 returns the HTTP response to the facilitator terminal 11 and the participant terminal 12 via the communication I / F 44 and the Internet 14 will be described as simply “replying the HTTP response”.

The terminal program 29 of the facilitator terminal 11 receives the HTTP response transmitted by the server 13 through the Internet 14 and the first communication I / F 24 (S15). In the following, the fact that the facilitator terminal 11 and the participant terminal 12 receive the HTTP response through the Internet 14 and the first communication I / F24 (second communication I / F34) is simply described as "receiving the HTTP response". I will explain.

The terminal program 29 of the facilitator terminal 11 displays a selection screen having a list of workshop names included in the received HTTP response on the first display 22 based on the reception of the HTTP response transmitted by the server 13 (S15). (S16). The facilitator uses the first input I / F23 to select one workshop name from the displayed list of workshop names. The terminal program 29 acquires the workshop name selected by the facilitator (S17). Then, the terminal program 29 generates an HTTP request including the acquired workshop identification information associated with the workshop name, and transmits the generated HTTP request to the server 13 (S18).

The server program 49 of the server 13 is associated with the workshop identification information that matches the workshop identification information included in the received HTTP request based on the reception of the HTTP request transmitted by the facilitator terminal 11 (S18). The facilitator screen data is specified in the first correspondence table (S19). Then, the server program 49 generates an HTTP response including the specified facilitator screen data, and returns the generated HTTP response to the facilitator terminal 11 (S20).

The terminal program 29 of the facilitator terminal 11 receives the HTTP response transmitted by the server 13 (S20), and the facilitator first screen (FIG. 8 (A)) indicated by the facilitator screen data included in the received HTTP response. Is displayed on the first display 22 (S21). The process of step S21 is an example of the first display process and the fifth display process.

Further, the terminal program 29 transmits the slide image data included in the facilitator screen data to the projection device 16 (S22), and projects the slide image indicated by the slide image data on the screen 17. The process of step S22 is an example of output process. The slide image is an example of a display image.

FIG. 8A shows the first screen of the facilitator. The first screen of the facilitator has a slide image display area 51 on which a slide image is displayed, a script display area 52 on which a script is displayed, a distribution icon 53, an end icon 54, and front and rear slide image display areas 71, 72, 73. And have. The slide image displayed in the slide image display area 51 is the same screen as the slide image transmitted to the projection device 16 and projected on the screen 17 in step S22 (FIG. 4). The script displayed in the script display area 52 is a character, symbol, or figure indicating the content spoken by the facilitator according to the slide image displayed in the slide image display area 51. The distribution icon 53 is an icon that receives an instruction to distribute the worksheet. The end icon 54 is an icon that receives an instruction to end the workshop.

The front and rear slide image display areas 71, 72, and 73 are displayed in the slide image displayed in the slide image display area 51 before the slide image displayed in the slide image display area 51, and in the slide image display area 51. This is an area for displaying a slide image to be displayed in the slide image display area 51 after the slide image. For example, the previous slide image is displayed in the front-rear slide image display area 71, the next slide image is displayed in the front-rear slide image display area 72, and the slide image display area 72 is displayed in the front-rear slide image display area 73. Next to the slide image displayed in, the slide image to be displayed in the slide image display area 51 is displayed. The facilitator explains while checking not only the slide image displayed in the slide image display area 51, but also the slide image displayed before the slide image and the slide image scheduled to be displayed after the slide image. I do. That is, the slide images displayed in the front and rear slide image display areas 71, 72, and 73 facilitate the progress of the workshop by the facilitator.

The facilitator gives an explanation according to the content indicated by the displayed script while looking at the facilitator first screen displayed on the first display 22 of the facilitator terminal 11, and then uses the first input I / F23. And select the distribution icon 53.

On the other hand, the terminal program 39 of the participant terminal 12 displays a second input screen (not shown) on the second display 32 as shown in FIG. 5 (S31). The second input screen has, for example, a text box that accepts input of a participant ID. Each participant inputs the participant ID notified in advance into the text box by using the second input I / F33.

The terminal program 39 of the participant terminal 12 acquires the participant ID entered in the text box on the second screen (S32). The terminal program 39 generates an HTTP request including the acquired participant ID, and transmits the generated HTTP request to the server 13 (S33).

The server program 49 of the server 13 is a work associated with a participant ID that matches the participant ID included in the received HTTP request based on the reception of the HTTP request transmitted by the participant terminal 12 (S33). The shop identification information is specified in the third correspondence table. Then, the participant screen data associated with the workshop identification information that matches the specified workshop identification information is specified in the first correspondence table (S34). The server program 49 generates an HTTP response including the specified participant screen data, and returns the generated HTTP response to the participant terminal 12 (S35).

Although not shown in FIGS. 4 and 5, the server program 49 of the server 13 includes HTTP including error information indicating an error when the participant ID included in the received HTTP request is not registered in the database. A response is generated, and the generated HTTP response is returned to the participant terminal 12.

The terminal program 39 of the participant terminal 12 displays the first screen of the participant indicated by the participant screen data included in the received HTTP response as the second display based on the reception of the HTTP response transmitted by the server 13 (S35). It is displayed on 32 (S36).

FIG. 8B shows the first screen of the participants. The participant first screen has a slide image display area 55 on which the above slide image is displayed. In step S35, the server 13 may transmit slide image data to the participant terminal 12 instead of the participant screen data. In that case, the terminal program 39 of the participant terminal 12 causes the slide image to be displayed on the second display 32 instead of the participant's first screen in step S36.

On the other hand, the terminal program 29 of the facilitator terminal 11 is a work corresponding to the displayed facilitator screen based on the acceptance of the selection of the distribution icon 53 on the first screen of the facilitator (FIG. 8 (A)) (S41). Identify the sheet ID. The worksheet ID corresponding to the facilitator screen is included in the facilitator screen data received in step S20 in advance. For example, the first screen of the facilitator is associated with "K001-0" (FIG. 3B), which is a worksheet ID whose execution order is "1". The terminal program 29 generates an HTTP request including the specified worksheet ID, and transmits the generated HTTP request to the server 13 (S42).

The server program 49 of the server 13 receives a sheet file associated with a worksheet ID that matches the worksheet ID included in the received HTTP request based on the reception of the HTTP request transmitted by the facilitator terminal 11 (S42). And the working time is specified in the second correspondence table (S43). The server program 49 returns an HTTP response including the specified sheet file and working time to the facilitator terminal 11 (S44).

The terminal program 29 of the facilitator terminal 11 receives the HTTP response transmitted by the server 13 (S44), and the second screen of the facilitator including the first worksheet indicated by the sheet file included in the received HTTP response (FIG. 8 (C)) is displayed on the first display 22 (S45). Further, the terminal program 29 inputs the sheet file to the projection device 16 and displays the first worksheet on the screen 17 (S45). Then, the terminal program 29 starts the countdown of the countdown timer whose initial value is the work time included in the received HTTP response, and displays the remaining time indicated by the countdown timer on the second screen of the facilitator (S46). The process of step S46 is an example of the sixth display process.

As shown in FIG. 8C, the second screen of the facilitator has a worksheet display area 56 in which worksheets are displayed and a group display area in which an average progress rate, which is an average value of progress rates for each group, is displayed. 57, a low progress rate participant display area 58 in which the names and progress rates of the participants with the lowest progress rate are displayed, a remaining time display area 59 in which the above-mentioned remaining time is displayed, and a work end icon 60. Have. The work end icon 60 is an icon that instructs the server 13 to end the input to the displayed worksheet. The facilitator selects the work end icon, for example, when the remaining time is zero. The group name and progress rate displayed in the group display area 57 and the participant name and progress rate displayed in the low progress rate participant display area 58 will be described later. When the terminal program 39 of the participant terminal 12 forcibly ends the input to the worksheet in response to the remaining time becoming zero, the work end icon 60 may be omitted.

On the other hand, the terminal program 39 of the participant terminal 12 generates an HTTP request including a sheet file request after displaying the participant first screen on the second display 32 (S36), and determines the generated HTTP request. It is periodically transmitted to the server 13 at the time interval of (S47). The predetermined time interval is predetermined and stored in the memory 36 of the participant terminal 12.

The server program 49 of the server 13 returns an HTTP response including the sheet file and the working time specified in step S43 to the HTTP request (S47) received after executing the process of step S43 (S48). The process of step S48 is an example of the first transmission process.

The terminal program 39 of the participant terminal 12 receives the HTTP response returned by the server 13 (S48), and the participant first worksheet screen including the worksheet indicated by the received sheet file (FIG. 8 (A)). )) Is displayed on the second display 32 (S49). The terminal program 39 generates, for example, the participant first worksheet screen data based on the participant screen data received in step S35 and the sheet file received in step S48, and the generated participant first worksheet. The screen data is input to the second display 32, and the participant's first worksheet screen is displayed on the second display 32. The process of step S49 is an example of the second display process.

As shown in FIG. 9A, the participant first worksheet screen includes a worksheet display area 61 in which the worksheet is displayed, a remaining time display area 62 in which the remaining time is displayed, and a transmission icon 63. Have. The transmission icon 63 is an icon selected by the participants in response to the facilitator instructing the end of the work when the remaining time becomes zero. When the terminal program 39 of the participant terminal 12 forcibly sends the entry sheet file indicating the input worksheet to the server 13 based on the remaining time becoming zero, the transmission icon 63 is omitted. May be done.

As shown in FIG. 5, the terminal program 39 of the participant terminal 12 starts the countdown of the countdown timer whose initial value is the work time included in the HTTP response received in step S48, and sets the remaining time indicated by the countdown timer. It is displayed in the remaining time display area 62 of the participant first worksheet screen (S50).

Then, the terminal program 39 accepts the input to the first worksheet as shown in FIG. 6 (S51). The process of step S51 is an example of the work input acceptance process.

The terminal program 39 makes an HTTP request including a first entry sheet file which is a sheet file input by a participant, a participant ID, a workshop identification information, and a worksheet ID at predetermined time intervals. Generate and send the generated HTTP request to the server 13 (S52). The workshop identification information is included in the participant screen data received in step S35, and the worksheet ID is included in the sheet file received in step S48. Further, the predetermined time interval is predetermined and stored in the memory 36 of the participant terminal 12. The terminal program 39 includes the workshop identification information included in the participant screen data, the worksheet ID included in the sheet file, and the participant ID acquired in step S32 in the HTTP response. The HTTP request including the first entry sheet file, the participant ID, the workshop identification information, and the worksheet ID is an example of the notification information. The step S52 for transmitting the notification information is an example of the second transmission process.

The server program 49 of the server 13 registers the first entry worksheet included in the HTTP request in the database based on the receipt of the HTTP request transmitted by the participant terminal 12 (S52). More specifically, the server program 49 corresponds to the participant ID, the workshop identification information, and the participant ID, the workshop identification information, and the worksheet ID that match the worksheet ID in the database. Identify the attached field and register the first entry worksheet in the identified field. In step S53, the process of identifying the participant ID that matches the participant ID included in the received HTTP request is an example of the specific process. Further, the participant ID and the group name associated with the participant ID in the database or the third correspondence table are examples of attribute information.

Further, the server program 49 of the server 13 calculates the progress rate and the average progress rate based on the first entry worksheet, and registers the calculated progress rate and the average progress rate in the database (S54). More specifically, the server program 49 counts the number of characters entered in the first entry worksheet. Then, the server program 49 calculates the progress rate by dividing the counted number of characters by the specified number of characters (FIG. 3B) and multiplying by 100. The server program 49 acquires the specified number of characters from the second correspondence table by using the worksheet ID received in step S52.

Next, the server program 49 calculates the average value of the progress rate for each group name. For example, the server program 49 reads out a plurality of progress rates associated with the group name "A", calculates the average value of the read-out progress rates, and registers the calculated average value of the progress rates in the database.

On the other hand, the terminal program 29 of the facilitator terminal 11 generates an HTTP request including a request for progress information, a facilitator ID, and a workshop identification information, and periodically sends the generated HTTP request to the server 13 at predetermined time intervals. (S61). The predetermined time interval is predetermined and stored in the memory 26 of the facilitator terminal 11.

The server program 49 of the server 13 generates progress information (S62) based on the receipt of the HTTP request transmitted by the facilitator terminal 11 (S61). Specifically, the server program 49 includes the participant's name, group information, progress rate, etc. associated with the facilitator ID and the workshop identification information that match the facilitator ID and the workshop identification information included in the received HTTP request. And the average progress rate is read from the database, and progress information including the list data of the average progress rate for each group, the names of the participants with low progress rate, and the progress rate of the participants is generated. The process of step S62 is an example of the generation process.

The server program 49 generates an HTTP response including the generated progress information and the sheet file specified in step S43, and returns the generated HTTP response to the facilitator terminal 11 (S63).

The terminal program 29 of the facilitator terminal 11 causes the first display 22 to display the second screen of the facilitator having the progress information included in the received HTTP response based on the reception of the HTTP response returned by the server 13 (S63). (S64). The process of step S64 is an example of the third display process.

FIG. 9C shows the second screen of the facilitator. The second screen of the facilitator has a worksheet display area 56 where worksheets are displayed, a group display area 57 where the average progress rate for each group is displayed, and a low progress rate where the names of participants with low progress rates are displayed. It has a participant display area 58, a remaining time display area 59 for displaying the remaining time, and a work end icon 60. The work end icon 60 is an icon that instructs the terminal program 29 to display a screen including the next worksheet. In the worksheet display area 56, the first worksheet indicated by the sheet file included in the HTTP request transmitted by the server 13 in step S63 is displayed.

The facilitator identifies and identifies the groups and participants who need assistance based on the group name, average progress rate, participant name, and progress rate displayed in the group display area 57 and the low progress rate participant display area 58. Assist the work of the participants. In the example shown in FIG. 9C, the facilitator goes to the seats of Group C, which has a low average progress rate, and Mr. Saburo Tanaka, who has a low progress rate, to assist in the execution of work.

Although not shown in FIG. 9C, the overall average progress rate may be displayed on the second screen of the facilitator. In that case, the server program 49 or the terminal program 29 of the facilitator terminal 11 calculates the overall average progress rate based on the progress rate of each group. The terminal program 29 displays the overall average progress rate transmitted by the server program 49 or the overall average progress rate calculated by itself on the second screen of the facilitator.

Further, although not shown in the flowchart, the terminal program 29 of the facilitator terminal 11 may accept an instruction to change the remaining time by the facilitator. The facilitator gives an instruction to shorten the remaining time when, for example, the overall progress rate, the group progress rate, the average progress rate displayed in the low progress rate participant display area 58, etc. are higher than the appropriate progress rate. Input to the facilitator terminal 11. Alternatively, the facilitator gives an instruction to extend the remaining time, for example, when the overall progress rate, the group progress rate, or the average progress rate displayed in the low progress rate participant display area 58 is lower than the appropriate progress rate. Is input to the facilitator terminal 11. In that case, the terminal program 29 of the facilitator terminal 11 transmits an HTTP request including the shortened time or the extended time input by the facilitator to the server 13. The server program 49 transmits the received shortened time or extended time to the participant terminal 12, for example, as a response to the HTTP request received in step S52. The terminal program 39 of the participant terminal 12 increases or decreases the remaining time to be displayed in the remaining time display area 62 based on the received shortened time or extended time.

Further, the server program 49 registers the received shortened time or extended time in the second correspondence table (FIG. 3B) in association with the worksheet ID. The shortened time or the extended time registered in the second correspondence table is referred to in the setting of the working time of the worksheet. For example, if an extension time of 5 minutes is registered in the second correspondence table, it is considered to extend the worksheet work time by 5 minutes. That is, the information obtained in one workshop will be utilized in the next and subsequent workshops.

On the other hand, when the input to the worksheet is completed or the remaining time counted by the countdown timer becomes zero, the participant selects the transmission icon 63 (FIG. 9A) using the second input I / F33. .. The terminal program 39 of the participant terminal 12 completes the input based on the selection of the transmission icon 63 or the time-up of the countdown timer described above and the remaining time becoming zero (S71). An HTTP request including the completed first sheet file, which is the completed first sheet file, the participant ID, and the worksheet ID is generated, and the generated HTTP request is transmitted to the server 13 (S72). Although not shown in FIG. 6, the terminal program 39 may notify that the remaining time has become zero based on the fact that the remaining time has become zero.

Based on the reception of the HTTP request transmitted by the terminal program 39 (S72), the server program 49 of the server 13 has a participant ID and a worksheet that match the participant ID and worksheet ID included in the received HTTP request. The completed first sheet file is registered in the field of the database associated with the ID (S73). Further, the server program 49 calculates the progress rate and the average progress rate in the same manner as described above, and registers the calculated progress rate and the average progress rate in the database (S74).

On the other hand, the terminal program 39 of the participant terminal 12 stores the completed first sheet file in the memory 36 based on the fact that the HTTP request including the completed first sheet file is transmitted to the server 13 (S72). .. The completed first sheet file stored in the memory 36 is used by the terminal program 39 to display the first worksheet indicated by the completed first sheet file on the second display 32 in step S92 (FIG. 7) described later. Be done. Details will be described later.

Next, the terminal program 39 of the participant terminal 12 displays the second screen of the participant (not shown) on the second display 32 (S76). The second screen of the participants is the same screen as the first screen of the participants (FIG. 8 (B)). Specifically, the terminal program 39 inputs the participant second screen data included in the participant screen data received in step S35 (FIG. 5) to the second display 32, and displays the participant second screen as the second screen. It is displayed on the display 32. In the second participant screen, the slide image displayed in the slide image display area 55 is different from the first participant screen.

On the other hand, the terminal program 29 of the facilitator terminal 11 notifies that the remaining time has become zero based on the time-up of the countdown timer described above and the remaining time becoming zero (S81).

When notified, the facilitator selects the work end icon 60 (FIG. 8 (C)) using the first input I / F23. When the terminal program 29 of the facilitator terminal 11 accepts the selection of the work end icon 60 (S82), the facilitator third screen is displayed on the first display 22 (S83) as shown in FIG. 7. The third screen of the facilitator is the same screen as the first screen of the facilitator (FIG. 8 (A)). Specifically, the terminal program 29 inputs the facilitator third screen data included in the facilitator screen data received in step S20 (FIG. 4) to the first display 22, and shifts the facilitator third screen to the first display 22. Display it. In the facilitator third screen, the slide image displayed in the slide image display area 51 and the script displayed in the script display area 52 are different from the facilitator first screen.

Further, the terminal program 29 of the facilitator terminal 11 transmits the slide image data included in the facilitator screen data received in step S20 to the projection device 16 (S84). Then, the terminal program 29 re-executes the processes of steps S41, S42, S45, and S46. That is, the terminal program 29 accepts the selection of the distribution icon 53 (S41) and displays the facilitator screen including the worksheet on the first display 22 (S45). However, in step S45 executed here, the second worksheet, which is the worksheet shown by the sheet file (FIG. 3B) whose execution order is "2", is displayed on the first display 22.

On the other hand, the terminal program 39 of the participant terminal 12 re-executes the above-mentioned processes of S47, S48, S49, S50, S51, and S52. That is, the terminal program 39 acquires the participant worksheet screen (S47, S48) and displays it on the second display 32 (S49), causes the countdown timer to start the countdown (S50), and accepts the participant's input. (S51). However, in step S49 executed here, the participant second worksheet screen shown in FIG. 9B is displayed on the second display 32. The process of step S49 for displaying the participant's second worksheet screen on the second display 32 is an example of the fourth display process.

The participant second worksheet screen has a worksheet display area 61, a remaining time display area 62, and a transmission icon 63, similarly to the participant first worksheet screen. The participant second worksheet screen also has switching tabs 64, 65. The switching tab 64 is a tab that receives an instruction to display the second worksheet in the worksheet display area 61. The switching tab 65 is an icon that receives an instruction to display the first worksheet in the worksheet display area 61. The switching tabs 64 and 65 are examples of switching icons.

Participants select the switching tab 65 when they have completed the input on the second worksheet, the remaining time is not zero, and they want to input additionally on the first worksheet. The terminal program 39 of the participant terminal 12 determines whether or not the switching tab 65 is selected (S91). When the terminal program 39 determines that the switching tab 65 is selected (S91: Yes), the terminal program 39 displays the participant's second worksheet screen on the second display 32 (S92). Specifically, the terminal program 39 displays the first worksheet indicated by the first completed sheet file stored in the memory 36 in step S75 in the worksheet display area 61 of the participant's second worksheet screen. Participants use the surplus time of the work time for the second worksheet to make additional input to the first worksheet. Then, the terminal program 39 of the participant terminal 12 accepts the input to the first worksheet (S93). On the other hand, if the terminal program 39 determines in step S91 that the switching tab 65 is not selected (S91: No), the terminal program 39 skips the processes of steps S92 and S93.

Although not shown in FIG. 7, the terminal program 39 of the participant terminal 12 determines that the switching tab 64 is selected after the switching tab 65 is selected, and then sets the second worksheet to the participant second. It is displayed in the worksheet display area 61 of the worksheet screen.

The terminal program 39 of the participant terminal 12 is after the processing of step S93 is executed, or after the determination of "No" in step S91, and after the count value of the countdown timer executed in step S50 becomes zero ( S71), when the selection of the transmission icon 63 is accepted (S94), an HTTP request including the participant ID, the completed second sheet file, and the additional first sheet file is generated, and the generated HTTP request is transmitted to the server 13 (S71). S95). The completed second sheet file is a sheet file showing a second worksheet in which the input of the participants in step S51 (FIG. 6) is reflected. Addendum The first sheet file is a sheet file showing the first worksheet in which the input of the participants in step S93 is reflected. That is, the first worksheet and the second worksheet in which the input of the participant is reflected are transmitted to the server 13 together with the participant ID (S95).

Based on the fact that the server program 49 of the server 13 has received the HTTP request transmitted by the participant terminal 12 (S95), the completion second sheet file and the additional first sheet file included in the received HTTP request are described above. Register in the database in the same manner as in the process of step S53 (FIG. 6) (S96). Then, the server program 49 calculates the progress rate and the average progress rate for the second worksheet in the same manner as in the process of step S54 (FIG. 6) described above, and registers them in the database (S97).

On the other hand, the terminal program 29 of the facilitator terminal 11 determines whether or not the end icon 54 (FIG. 8 (A)) is selected on the second facilitator screen (S101). That is, the terminal program 29 determines in step S101 whether or not the facilitator has input an instruction to end the workshop. When the terminal program 29 determines that the end icon 54 is not selected (S101: No), the terminal program 29 re-executes the processes after step S82 (FIG. 6). When the terminal program 29 determines that the end icon 54 is selected in step S101 (S101: Yes), the terminal program 29 generates an HTTP request including the facilitator ID, the workshop identification information, and the end instruction, and sends the generated HTTP request to the server 13. It transmits (S102) and ends the process (end).

The server program 49 of the server 13 executes the termination process (S103) based on the reception of the HTTP request transmitted by the facilitator terminal 11 (S102). Specifically, for example, the server program 49 deletes the registration of the progress rate and the average progress rate in the database, and associates information such as an end flag indicating that the registration in the database is completed with the workshop identification information. It is stored in the memory 46.

Further, the server program 49 of the server 13 generates an HTTP response including an end instruction as a response to the above-mentioned HTTP request (S47) transmitted by the participant terminal 12, and transmits the generated HTTP response to the participant terminal 12. (S104), the process is terminated (end).

The terminal program 39 of the participant terminal 12 ends the process (end) based on receiving the HTTP response including the end instruction (S104).

[Action and effect of the embodiment]
In the present embodiment, the terminal program 29 of the facilitator terminal 11 displays the group name and the participant name in association with the average progress rate and the progress rate on the first display. Therefore, the facilitator can easily check the progress of the worksheets of groups and participants. This allows the facilitator to, for example, go to the table of a slow progress group or the seat of a slow progress participant to assist the slow progress group or participant. Therefore, the workshop system 10, the terminal programs 29, 39, and the server program 49 according to the present embodiment can have the facilitator give guidance to the participants whose work is delayed. In addition, the ratio of the operation and management of the workshop depending on the facilitator's ability is suppressed, and the workshop is homogenized for various facilitators.

In this embodiment, the workshop participants have completed the entry on one worksheet within a predetermined time by selecting the switching tab 65, and have not completed the entry on the previous worksheet. In some cases, the previous worksheet can be filled out with extra time. Therefore, the workshop system 10, the terminal programs 29, 39, and the server program 49 according to the present embodiment can make the participants work efficiently.

In the present embodiment, the script is displayed in the script display area 52 (FIG. 8 (A)), and the facilitator reads and explains the displayed script. Therefore, it is possible to prevent the explanation from being significantly different for each facilitator, and the script created by one facilitator can be inherited and used by other facilitators, and the quality of the explanation of an unfamiliar facilitator is improved. Can be made to.

In the present embodiment, the terminal program 29 of the facilitator terminal 11 causes the first display 22 to display the remaining time, which is the remaining time, out of the time specified for the work on the worksheet (S46). Therefore, the workshop system 10 and the terminal program 29 according to the present embodiment can make the facilitator recognize the remaining time of the work. In addition, regardless of the quality of the facilitator, time management in the workshop can be performed.

In the present embodiment, the terminal program 39 of the participant terminal 12 causes the second display 32 to display the remaining time, which is the remaining time, out of the time specified for the work on the worksheet (S50). Therefore, the workshop system 10 and the terminal program 39 according to the present embodiment can make the participants recognize the remaining time of the work.

[Modification example]
In this modified example, an example in which an appropriate progress rate according to the remaining time is displayed on the first display 22 of the facilitator terminal 11 in addition to the progress rate and the average progress rate will be described.

The server program 49 of the server 13 starts counting the countdown timer with the working time as the initial value, based on transmitting the HTTP response including the sheet file and the working time to the participant terminal 12 (FIG. 5: S44). Let me. Then, in step S62 (FIG. 6), the server program 49 reads out the appropriate progress rate corresponding to the remaining time indicated by the countdown timer from the memory 46. The memory 46 stores in advance a correspondence table in which the remaining time, the appropriate progress rate, and the worksheet ID are associated with each other. The server program 49 generates progress information including the appropriate progress rate read from the memory 46 (S62), and returns an HTTP response including the generated progress information to the facilitator terminal 11 (S63).

The terminal program 29 of the facilitator terminal 11 replaces the second screen of the facilitator shown in FIG. 8C in the process of step S64 executed after receiving the HTTP response transmitted by the server 13 (S63). The second screen of the facilitator shown in C) is displayed on the first display 22.

The second screen of the facilitator shown in FIG. 9C is the facilitator No. 2 shown in FIG. 8C in that the appropriate progress rate is further displayed in the group display area 57 and the low progress rate participant display area 58. Different from 2 screens.

The facilitator goes to the table of the group whose average progress rate is low and the average progress rate is less than the appropriate progress rate, and assists the work of the participants belonging to the group. Alternatively, the facilitator goes to the seat of a participant whose progress rate is low and the progress rate is less than the appropriate progress rate to assist the participant's work.

Even if the progress rate is low, the facilitator may forgo assistance to the participants if the progress rate is equal to or higher than the appropriate progress rate and there is other work to be performed. That is, the workshop system 10 and the terminal program 29 according to the present embodiment according to the present invention can make the facilitator efficiently execute the workshop.

[Other variants]
In the above-described embodiment, an example in which the workshop system 10 includes the server 13 has been described. However, the workshop system 10 does not have to include the server 13. That is, the workshop system 10 is composed of a facilitator terminal 11 and a plurality of participant terminals 12. In this case, the first correspondence table, the second correspondence table, the third correspondence table, and the database are stored in the memory 26 of the facilitator terminal 11. Then, the terminal program 29 of the facilitator terminal 11 further executes the process executed by the server program 49. For example, the terminal program 29 transmits a sheet file indicating a worksheet (S48), calculates the progress rate and the average progress to generate progress information (SS62), and creates an entry sheet file, a completion sheet file, and an additional sheet file. Register in the database (S73).

Further, in the above-described embodiment, an example in which the participant terminal 12 communicates with the server 13 has been described. However, the participant terminal 12 may communicate with the facilitator terminal 11. In this case, the server program 49 of the server 13 transmits data such as a participant screen data and a sheet file to the participant terminal 12 via the facilitator terminal 11, and fills out a sheet file and a completion sheet via the facilitator terminal 11. The file and the additional sheet file are received from the participant terminal 12.

Further, in the above-described embodiment, an example in which the participant ID is transmitted from the participant terminal 12 to the server 13 (S33) has been described. However, when the participant terminal to be used by the participant is predetermined, instead of the participant ID, the participant terminal 12 such as the IP address and the MAC address stored in the memory 36 of the participant terminal 12 is individually used. The identifiable terminal identification information may be transmitted to the server 13. In this case, in the third correspondence table, the terminal identification information, the workshop ID, the participant name, and the group name are registered in advance in place of the participant ID.

10 ... Workshop system 11 ... Facilitator terminal (communication device)
12 ... Participant terminal 13 ... Server (communication device)
14 ... Internet 21 ... Controller 22 ... 1st display 23 ... 1st input I / F
24 ... First communication I / F
29 ... Terminal program (first program)
31 ... Controller 32 ... Second display 33 ... Second input I / F
34 ... Second communication I / F
39 ... Terminal program (second program)
41 ... Controller 44 ... Communication I / F
49 ... Server program (first program)

Claims (8)

A first program implemented in a communication device including a first display, a first input interface, and a facilitator terminal having a first communication interface.
A program having a second program implemented on each of a plurality of participant terminals having a second display, a second input interface, and a second communication interface.
The first program above is
The first display process of displaying the distribution icon that accepts the distribution of the worksheet stored in the memory on the first display above, and
Based on the acceptance of the selection of the distribution icon, the first transmission process of transmitting the worksheet to the participant terminal through the first communication interface is executed.
The second program above is
A second display process in which the worksheet is received through the second communication interface and the received worksheet is displayed on the second display.
Work input acceptance processing that accepts input to the above worksheet, and
The input worksheet, which is the input worksheet, and the second transmission process of transmitting the notification information including the terminal identification information or the participant identification information to the communication device through the second communication interface are executed.
The first program is based on receiving the notification information through the first communication interface.
A generation process that generates progress information indicating progress from the above-mentioned entry worksheet included in the above-mentioned notification information received, and
Specific processing for identifying attribute information from the terminal identification information or the participant identification information included in the received notification information, and
A program that executes a third display process of displaying the progress information including the specified attribute information on the first display. The second program above is
Based on the receipt of the plurality of the worksheets, the second display displays a switching icon for accepting the switching between the display of the worksheet displayed on the second display and the display of the other worksheets. 4. The program according to claim 1, further executing display processing. The first program above is
Output processing that outputs the image data stored in the memory to the display device,
A claim for further executing a fifth display process of displaying the display image indicated by the image data, the characters associated with the display image and stored in the memory, on the first display. The program according to 1 or 2. The first program above is
The sixth display process of displaying the remaining time counted down with the work time stored in the memory as the initial value on the first display based on the transmission of the worksheet is further executed according to claims 1 to 3. The program described in either. The first program calculates the progress rate based on the entry worksheet in the generation process.
The program according to any one of claims 1 to 4, wherein the progress information includes at least one of an average value of the progress rate and the minimum progress rate of the participants in the group to which the participants belong. The above memory stores an appropriate progress rate associated with the remaining time.
The progress information includes the progress rate calculated by the first program based on the entry worksheet.
The first program above is
Based on the transmission of the worksheet, the remaining time is calculated by counting down with the work time stored in the memory as the initial value, and the appropriate progress rate associated with the calculated remaining time is specified. The program according to any one of claims 1 to 5, wherein in the third display process, the progress information including the progress rate that is less than the specified appropriate progress rate is displayed on the first display. The above communication device
With the above facilitator terminal
It is equipped with a server capable of communicating with the participant terminal and the facilitator terminal via the Internet.
The first program above is
The server program implemented by the above server and
The program according to any one of claims 1 to 6, which includes a facilitator program implemented by the facilitator terminal. A communication device including a facilitator terminal having a first display, a first input interface, a first communication interface, and a first controller.
A workshop system including a second display, a second input interface, a second communication interface, and a plurality of participant terminals each having a second controller.
The first controller is
The first display process of displaying the distribution icon that accepts the distribution of the worksheet stored in the memory on the first display above, and
Based on the acceptance of the selection of the distribution icon, the first transmission process of transmitting the worksheet to the participant terminal through the first communication interface is executed.
The second controller is
A second display process in which the worksheet is received through the second communication interface and the received worksheet is displayed on the second display.
Work input acceptance processing that accepts input to the above worksheet, and
The input worksheet, which is the input worksheet, and the second transmission process of transmitting the notification information including the terminal identification information or the participant identification information to the communication device through the second communication interface are executed.
The first controller receives the notification information through the first communication interface, and is based on the fact that the first controller receives the notification information through the first communication interface.
A generation process that generates progress information indicating progress from the above-mentioned entry worksheet included in the above-mentioned notification information received, and
Specific processing for identifying attribute information from the terminal identification information or the participant identification information included in the received notification information, and
A workshop system that executes a third display process of displaying the progress information including the specified attribute information on the first display.

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