JP2013117881A - Work state management server, work state management system, work state management method, and work state management program - Google Patents

Abstract

PROBLEM TO BE SOLVED: To manage progress in work at a work site substantially in real time.SOLUTION: A work state management server includes: a storage unit which stores progress plan table data showing a progress plan table in which schedule times when respective work contents are scheduled to be executed are allocated for each process including the plurality of work contents; a communication unit which receives work progress information showing progress of the work contents; a progress determination unit which determines whether or not the progress of the work contents shown by the work progress information is delayed against a predetermined plan in the progress plan table; and a progress table creation unit which generates progress table image data of an image displaying a display form of the work contents delayed in progress against the plan and a display form of the work contents not delayed in progress against the plan so as to distinguish each other, on the basis of the determination result by the progress determination unit.

Description

  The present invention relates to a work situation management server, a work situation management system, a work situation management method, and a work situation management program.

At product manufacturing sites, construction sites, etc., work contents assigned to each by a plurality of workers are advanced in parallel.
For example, in a construction site such as construction equipment, an operator moves to a work site assigned to each person and performs each work. In such a construction site, there is one in which work instructions for each worker are transmitted to a terminal attached to each worker's helmet and transmitted to each worker by voice (see, for example, Patent Document 1). As a result, the operator can receive work instructions in a hands-free manner, so even if he / she is working at a high place, he / she performs the work while confirming the work content described on the paper. This saves time and improves work efficiency.

JP 2002-328716 A

However, when one manufacturing process is executed by a plurality of workers, the work content and work speed of each worker are different, so that the time required for the work content assigned to each worker may vary. In this case, since the end time of one manufacturing process depends on the completion time of the worker who completed the work, the work completion time may be delayed from the schedule. Therefore, an administrator who manages each manufacturing process may need to change the assignment of personnel in real time according to the progress of work in order to avoid delays in the completion time of all work. That is, when the progress of work is delayed, the manager may add personnel to the delayed work and change the work assignment so as to recover the delay.
In such a case, the manager understands the work status of each worker, and if there is a delay, determines the extent of the delay and assists the delayed work. You have to work to find and replenish people who can do it. Therefore, if it takes a long time to grasp the progress, there is a problem that the assignment of the worker according to the work situation cannot be performed quickly because the determination of the assignment of the staff is delayed.
As described above, when the work area is determined in advance for each manufacturing process, when the completion time of the previous process is delayed in the work area, the worker of the subsequent process working in the work area next We have to wait for the completion of the previous process. For this reason, there is a problem that a delay occurs in the entire manufacturing site.

  The present invention has been made in view of the above points, and a work situation management server, a work situation management system, a work situation management method, and a work situation management method capable of managing the progress of work in a work site in near real time. The purpose is to provide a work status management program.

  The present invention has been made to solve the above-described problems, and the work status management server according to one aspect of the present invention is scheduled to execute each work content for each process composed of a plurality of work contents. Work progress status information indicating a progress status of the work content, connected to a storage unit that stores progress plan data indicating the progress plan table to which the scheduled time is allocated, and a worker terminal of a worker who executes the work content. A progress status determination unit that determines whether the progress status of the work content indicated by the work progress status information is delayed with respect to a plan predetermined in the progress plan table; It is an image for displaying a progress status table showing the progress status of the work content with respect to the progress plan table, and the display mode of the work content in which the progress status is delayed with respect to the plan, and the plan A progress situation in which progress status table image data of an image to be displayed on the progress situation table is generated based on a determination result by the progress situation determination unit so as to distinguish each display form of the work content whose progress is not delayed. A table creation unit.

  In the work status management server, the scheduled time of the plurality of work contents included in the process is assigned to each work area for performing the plurality of work contents included in the process in the progress plan table. Yes.

  The work status management server described above further includes an actual / plan time ratio calculation unit that calculates a ratio of the work time required for the work content with respect to the scheduled time allocated in the progress plan table.

  In addition, the above-described work status management server inputs the determination result of the progress status determination unit, and for the external device connected via the communication unit, the determination result is information suitable for each external device. And a notification control unit that converts the information into the external device and transmits the information to the external device.

  The present invention has been made to solve the above-described problems, and a work status management system according to an aspect of the present invention includes the above-described work status management server and a plurality of worker terminals that transmit the work progress status information. And a management terminal connected to the work status management server and displaying the progress status table on a display unit based on the progress status table image data received from the work status management server.

  The present invention has been made to solve the above-described problems. In the work status management method according to one aspect of the present invention, execution of each work content is scheduled for each process configured by a plurality of work contents. A work progress status information receiving step for receiving work progress status information indicating a progress status of the work content from a worker terminal of a worker who executes the work content according to a progress plan table to which a scheduled time is assigned, and the work A progress status determining step for determining whether or not the progress status of the work content indicated by the progress status information is delayed with respect to a plan predetermined in the progress plan table; and the progress of the work content with respect to the progress plan table It is an image that displays a progress status table indicating the status, and the display form of the work content whose progress status is delayed with respect to the plan, and the progress status with respect to the plan Progress status table creation step for generating progress status table image data of an image to be displayed on the progress status table so as to be distinguished from the display mode of the work content not delayed, based on the determination result in the progress status determination step And comprising.

  The present invention has been made to solve the above-described problems, and the work status management program according to one aspect of the present invention is designed to execute each work content for each process constituted by a plurality of work contents. Work progress status information receiving means for receiving work progress status information indicating the progress status of the work content from a worker terminal of the worker who executes the work content according to the progress plan table to which the scheduled time is assigned. Progress status determination means for determining whether or not the progress status of the work content indicated by the work progress status information is delayed with respect to a plan determined in advance in the progress plan table, the status of the work content with respect to the progress plan table It is an image that displays a progress status table indicating the progress status, and the display form of the work content whose progress status is delayed with respect to the plan, and the plan A progress situation in which progress status table image data of an image to be displayed on the progress situation table is generated based on a determination result by the progress situation determination means so as to be distinguished from a display form of the work content whose progress is not delayed. It is a work status management program for functioning as a table creation means.

  According to the present invention, it is possible to manage the progress of work at a work site at a speed close to real time.

It is a block diagram which shows an example of a structure of the work condition management system which concerns on embodiment of this invention. It is a figure for demonstrating an example of the work site which can apply the work condition management system concerning an embodiment of the present invention. It is an example of the progress plan table which the work schedule of each worker concerning the embodiment of the present invention shows. It is a block diagram which shows an example of a structure of the work condition management server 2 which concerns on this embodiment which concerns on embodiment of this invention. It is a figure which shows an example of the progress plan table data table which concerns on embodiment of this invention. It is a figure which shows an example of the worker registration data table which concerns on embodiment of this invention. It is a figure which shows an example of the work progress status data table which concerns on embodiment of this invention. It is a figure which shows an example of the work card | curd which concerns on this embodiment which concerns on embodiment of this invention. It is a figure which shows an example of the work condition table data table which concerns on embodiment of this invention. It is a figure which shows an example of the performance and plan time ratio data table which concerns on embodiment of this invention. It is a figure showing an example of a progress situation table created by a progress situation table creation part concerning an embodiment of the present invention. It is a figure which shows an example of the image of the bar graph of the results and plan time ratio created by the results and plan time ratio calculation part concerning the embodiment of the present invention. It is a block diagram which shows an example of a structure of the worker terminal which concerns on this embodiment which concerns on embodiment of this invention. It is a block diagram which shows an example of a structure of the work area management terminal which concerns on embodiment of this invention. It is a flowchart for demonstrating an example of the working condition management method which concerns on this embodiment which concerns on embodiment of this invention. It is an example of the work card display screen produced by the work condition management server which concerns on embodiment of this invention. It is a figure for demonstrating the specific example which concerns on embodiment of this invention. It is a figure which shows an example of the progress status table which concerns on embodiment of this invention. It is a figure which shows an example of the progress status table which concerns on embodiment of this invention. It is a figure which shows an example of the progress status table which concerns on embodiment of this invention. It is a figure which shows an example of the progress status table which concerns on embodiment of this invention. It is a figure which shows an example of the progress status table which concerns on embodiment of this invention. It is a block diagram which shows an example of a structure of the other work condition management system which concerns on embodiment of this invention. It is a block diagram which shows an example of a structure of the other work condition management server which concerns on embodiment of this invention. It is a figure for demonstrating the other example of the progress status table which concerns on embodiment of this invention. It is a block diagram which shows an example of a structure of the work condition management server 2 which concerns on this embodiment which concerns on embodiment of this invention. It is a figure which shows an example of the progress plan table data table which concerns on other embodiment of this invention. It is a figure which shows an example of the worker registration data table which concerns on other embodiment of this invention. It is a figure which shows an example of the work progress status data table which concerns on other embodiment of this invention. It is a figure which shows an example of the work card | curd which concerns on this embodiment which concerns on other embodiment of this invention. It is a figure which shows an example of the work condition table data table which concerns on other embodiment of this invention. It is a figure which shows an example of the performance and plan time ratio data table which concerns on other embodiment of this invention. It is a figure which shows an example of the progress condition table created by the progress condition table preparation part which concerns on other embodiment of this invention. It is a figure which shows an example of the image of the bar graph of the performance and plan time ratio created by the performance and plan time ratio calculation part which concerns on other embodiment of this invention. It is a block diagram which shows an example of a structure of the operator terminal which concerns on this embodiment which concerns on other embodiment of this invention. It is a block diagram which shows an example of a structure of the work area management terminal which concerns on other embodiment of this invention. It is a flowchart for demonstrating an example of the working condition management method which concerns on this embodiment which concerns on other embodiment of this invention. It is an example of the work card display screen produced by the work condition management server which concerns on other embodiment of this invention. It is a figure for demonstrating the specific example which concerns on other embodiment of this invention. It is a figure which shows an example of the progress status table which concerns on other embodiment of this invention. It is a figure which shows an example of the progress status table which concerns on other embodiment of this invention. It is a figure which shows an example of the progress status table which concerns on other embodiment of this invention. It is a figure which shows an example of the progress status table which concerns on other embodiment of this invention. It is a figure which shows an example of the progress status table which concerns on other embodiment of this invention. It is a figure which shows an example of the progress status table which concerns on other embodiment of this invention.

[First Embodiment]
Embodiments of the present invention will be described in detail with reference to the drawings. FIG. 1 is a block diagram showing a configuration of a work status management system 101 according to the present embodiment.
As shown in FIG. 1, the work status management system 101 includes a work status management server 2, a plurality of worker terminals 3 (3_1, 3_2,... 3_n), and a plurality of work area management terminals 4 (4_1, 4_2,... -4_m).
This work status management server 2 can communicate with each of a plurality of worker terminals 3 (3_1, 3_2... 3_n) and each of a plurality of work area management terminals 4 (4_1, 4_2... 4_m). It is connected to the.
Each of the plurality of worker terminals 3 is a terminal managed by each worker. The worker terminal 3 is, for example, a PHS phone, a mobile phone, a smartphone, or a tablet terminal.
Each of the plurality of work area management terminals 4 is a terminal installed in each work area. The work area management terminal 4 is, for example, a personal computer or a tablet-type terminal.

Next, an example of a work site to which the work status management system 101 can be applied will be described with reference to FIG. FIG. 2 illustrates an example of a work site and a progress plan table to which the work status management system 101 can be applied.
As shown in FIG. 2, for example, three work areas 1001, 1002, and 1003 are provided in a work site to which the work status management system 101 according to the present embodiment can be applied. Work area management terminals 4_1, 4_2, and 4_3 are installed in the work areas 1001, 1002, and 1003, respectively. Note that the work area management terminals 4_1, 4_2, and 4_3 are installed in the work areas 1001, 1002, and 1003, respectively, but can display work statuses related to other work areas, and work statuses related to all work areas. Can be displayed.
Work objects Obj1 to Obj3 are placed in the work areas 1001, 1002, and 1003. The work objects Obj1 to Obj3 are large-sized devices that are airplane wings or main bodies, for example.
The work schedules in the work areas 1001, 1002, and 1003 are determined in advance as shown in the progress plan table shown in the figure.

For example, in the work area 1001, 3 hours from 13:00 to 16:00 are allocated as the work time of the process 1-1 for the work object Obj1. Further, after this step 1-1, a work step 1-2 for the work object Obj1 is scheduled, and 2 hours from 16:00 to 18:00 are allocated as the work time. Note that a work team C1 composed of six workers is assigned as the plurality of workers who perform the work in step 1-1. In addition, a work team C2 composed of eight workers is assigned as a plurality of workers who execute the work in the process 1-2.
In the work area 1002, 2 hours from 13:00 to 15:00 are allocated as work hours for the work in the step 2-1 for the work object Obj2. Further, after this step 2-1, a work step 2-2 for the work object Obj2 is scheduled, and 3 hours from 15:00 to 18:00 are allocated as the work time. In addition, work team C2 is assigned as a plurality of workers who perform the work in step 2-1. In addition, a work team C4 composed of eight workers is assigned as the plurality of workers who perform the work in step 2-2.

Further, in the work area 1003, 3 hours from 13:00 to 16:00 are allocated as work hours for the work in the step 3-1 for the work object Obj3. Further, after this step 3-1, a work step 3-2 for the work object Obj3 is scheduled, and 2 hours from 16:00 to 18:00 are allocated as the work time. Note that a work team C3 composed of 10 workers is assigned as a plurality of workers who execute the work in the step 3-1. In addition, a work team C1 is assigned as a plurality of workers who perform the work in the step 3-2.
That is, the work team C1 is scheduled to move to the work area 1003 without taking a break after completing the work of the process 1-1 in the work area 1001, and to perform the work of the process 3-2 here. ing.
In addition, the work team C2 performs the work of the process 4-1 in the work area 1004 after the work of the process 2-1 in the work area 1002 is completed, and then performs the work of the process 1-2 in the work area 1001. Is scheduled to be. Although not shown, the work area 1004 is an area that is predetermined as a place where the work of step 4-1 is performed.

Next, an example of the progress plan table will be described in detail with reference to FIG. FIG. 3 is an example of a progress plan table showing the work schedule of each worker.
As shown in FIG. 3, the six workers of the work team C1 are workers with worker IDs “12345” to “12350”. Each worker is assigned with work items A to K having different work contents. Note that the scheduled time required for the work may differ depending on the contents of the work items A to K. For example, as work schedule of Mr. Nakamura with worker ID “12345”, work on work item A in process 1-1 is performed from 15:00 to 15:00, and work of work item B in process 1-1 is performed from 15:00 to 16:00. It is decided to do. Thus, the work of process 1-1 is completed by completing all the work items A to K assigned to the workers of the work team C1.
In addition, after all the work of the process 1-1 is completed, the work team C1 moves to the work area 1003. The work team C1 executes the work items A to F in the process 3-2 in the work area 1003. Further, instead of the work team C1, the work team C2 moves to the work area 1001. The work team C2 executes the work items A to H in the process 1-2 in the work area 1001.
That is, when all of the work items A to K of the process 1-1 by the work team C1 are not completed by 16:00, the work team C2 cannot start the work of the process 1-2. It will be in a waiting state.

The work status management server 2 according to the present embodiment displays a progress plan table as shown in FIG. 3 on the work area management terminal 4 and displays the progress status of each worker's work in the progress plan table. For example, when the work of work item A in process 1-1 by Mr. Nakamura of worker ID “12345” is behind schedule, the part of “work item A of process 1-1” in the progress plan table is “red”. Is displayed. On the other hand, when the work of the work item C of the process 1-1 of Mr. Yamada with the worker ID “12346” is progressing earlier than planned, the part of “work item C of the process 1-1” in the progress plan table is “blue”. "Is displayed.
Thereby, the manager can grasp the progress status of each worker displayed on the work area management terminal 4 in a time near real time.
While looking at the progress plan table showing the progress status, this manager helps Mr. Yamada, who is working earlier than planned, to assist Mr. Nakamura, who is working later than planned. Can be instructed to do. This makes it possible to appropriately arrange human resources within the team or the work site so as to cover the delay, and to prevent a delay in the work time of each process. That is, the work status management system 101 according to the present embodiment displays the progress status of the worker on the work area management terminal 4 in a time close to real time, thereby grasping the work status when the manager places human resources. Can contribute to quick work progress.

Next, an example of the configuration of the work status management server 2 according to the present embodiment will be described with reference to FIG. FIG. 4 is a block diagram showing an example of the configuration of the work status management server 2 according to the present embodiment.
As shown in FIG. 4, the work status management server 2 includes a storage unit 201, an input unit 202, a work card information acquisition unit 203, a communication unit 204, a registration unit 205, a timing unit 206, and a progress status determination unit. 207, a progress status table creation unit 208, and an actual / planned time ratio calculation unit 209.
The storage unit 201 stores a progress plan table data table 2011, a worker registration data table 2012, a work progress status data table 2013, a work status table data table 2014, and an actual / planned time ratio data table 2015. Has been.

Here, an example of each data stored in the storage unit 201 will be described with reference to FIGS.
FIG. 5 is a diagram illustrating an example of the progress plan table data table 2011. The progress plan table data table 2011 is a table in which information included in the progress plan table shown in FIG. 3 is associated with each item.
As shown in FIG. 5, the progress plan table data table 2011 is a table that associates, for example, a process ID, a work item, a work ID, a work area, a worker ID, a worker name, and a planned work time. It is.
The process ID is unique information for identifying each process from other processes.
The work item is information indicating the name of each work item. One process includes a plurality of work items.
The work ID is unique information for identifying the work contents of each work item included in each process from other work contents.
The work area is information indicating a work area (place) where work of each work item is performed.
The worker ID is unique information for identifying a worker assigned as a person in charge of each work item from other workers.
The worker name is the name of the worker indicated by the work ID.
The planned work time is a time determined in advance as a time required for work of each work item.

FIG. 6 is a diagram illustrating an example of the worker registration data table 2012. The worker registration data table 2012 is a table in which information about workers registered in advance is associated with each item.
As shown in FIG. 6, the worker registration data table 2012 is a table that associates worker IDs, worker names, work team names, and e-mail addresses.
The e-mail address is an e-mail address set in the worker terminal 3 (3_1, 3_2... 3_n) possessed by each worker.

FIG. 7 is a diagram illustrating an example of the work progress status data table 2013. This work progress status data table 2013 associates information indicating the progress status of each work content for each item based on the work progress status information received from the worker terminal 3 (3_1, 3_2,..., 3_n). It is a table.
As shown in FIG. 7, the work progress status data table 2013 includes a process ID, a work item, a work ID, a planned work time, a work start time, a work end time, a start worker ID, and an end worker. It is a table which matches ID with each.
The process ID, the work item, the work ID, and the planned work time are written in advance based on each information written in the progress plan table data table 2011.
The work start time is, for example, a time at which a work reported from each worker via the worker terminal 3 is started.
The work end time is, for example, the time when the work reported from each worker through the worker terminal 3 is finished.
The start worker ID is information indicating the worker of the worker terminal 3 of the worker who has reported the start of the work via the worker terminal 3.
The end worker ID is information indicating the worker of the worker terminal 3 of the worker who reports the end of the work through the worker terminal 3.

Information indicating the work start time, the work end time, the start worker ID, and the end worker ID written in the work progress status data table 2013 is included in the work progress status information transmitted from the worker terminal 3. It is.
This work progress status information is information transmitted from each worker terminal 3, for example, when the worker who is the owner of the worker terminal 3 starts work and when the work is finished Information to be transmitted. The work progress status information transmitted at the start of work includes information (process ID and work ID) indicating work contents to be started from now on, and information indicating the time at which work of the work contents is started. Yes. Further, the work progress status information is associated with a mail address indicating each worker terminal 3 as a transmission source. The work status management server 2 can identify the worker ID of the worker terminal 3 that has transmitted the work progress status information by referring to the worker registration data table 2012 based on the mail address of the transmission source.

Here, an example of work card information transmitted from the work status management server 2 to the worker terminal 3 in order to acquire work progress status information from the worker terminal 3 will be described with reference to FIG. FIG. 8 is a diagram illustrating an example of a display screen on which the work card information according to the present embodiment is displayed on the worker terminal 3. The display screen shown in FIG. 8 is hereinafter referred to as a work card display screen.
As shown in FIG. 8, the work card display screen is an image displayed on the operation screen of the worker terminal 3, and includes a work content selection operation area G1, an elapsed time display area G2, a work start operation area G3, A work end operation area G4 and a work attribute information display area G5 are provided.
The work content selection operation area G1 is an operation screen for designating the work content of the work progress status information, and is an image area indicating the work content designation status specified by the combination of the process ID and the work item name. . Information displayed in the work content selection operation area G1 is work card information.
The elapsed time display area G2 is an image area indicating the elapsed time from the start of work. In the present embodiment, the elapsed time display area G2 counts down the scheduled planned work time and displays the time remaining in the work.
The work start operation area G3 is an operation button for instructing transmission of work progress status information when starting work.
The work end operation area G4 is an operation button for instructing transmission of work progress status information when the work is finished.
The work attribute information display area G5 is information indicating work attributes of the work progress status information, and is, for example, an image area that displays process IDs, work areas, and the like indicating the steps of each work.

  In the present embodiment, an example in which the work card information is transmitted from the work status management server 2 to the worker terminal 3 will be described. However, the present invention is not limited to this example. It may be stored in advance when connected to the management server 2.

FIG. 9 is a diagram illustrating an example of the work situation table data table 2014. The work status table data table 2014 is a table in which information indicating the determination result determined by the progress status determination unit 207 is associated with each item.
As illustrated in FIG. 9, the work situation table data table 2014 is a table that associates process IDs, work items, work IDs, and delay determination results.
The process ID, work item, and work ID are written in advance based on each information written in the progress plan table data table 2011.
The delay determination result is a result determined by the progress status determination unit 207, and the progress status of the work content is delayed or not delayed with respect to a plan determined in advance in the progress plan table. Information indicating either of them.

FIG. 10 is a diagram illustrating an example of the actual / planned time ratio data table 2015. The actual / planned time ratio data table 2015 is a table in which information indicating the actual / planned time ratio calculated by the actual / planned time ratio calculating unit 209 is associated with each item.
As shown in FIG. 10, the actual / planned time ratio data table 2015 is a table that associates process IDs, work items, work IDs, and actual / planned time ratios.
The process ID, work item, and work ID are written in advance based on each information written in the progress plan table data table 2011.
The actual / plan time ratio is information indicating the actual / plan time ratio calculated by the actual / plan time ratio calculation unit 209.
The actual / planned time ratio in which the process ID, the work ID, and the worker ID are associated with each other stores information indicating the actual / planned time ratio of each process.
The actual / planned time ratio in which only the process ID and the worker ID are associated, that is, the actual / planned time ratio in which the work ID is not associated with each other is the actual / planned time of each process. Information indicating the ratio is stored.

Next, returning to FIG. 4, each configuration of the work status management server 2 will be described.
The input unit 202 includes an interface for inputting data to be stored in the storage unit 201 and an operation unit that receives an operation from an operator.
The work card information acquisition unit 203 acquires work card information to be transmitted to the worker terminal 3 to obtain work progress status information. The work card information is information displayed in the work content selection operation area G1 on the work card display screen shown in FIG. 8, and is information indicating the work content of each worker.
The work card information acquisition unit 203 refers to the progress plan table data table 2011 and the work progress status data table 2013, and acquires work card information corresponding to the work content to be started. For example, when information indicating the work end time is written in the work end time column associated with the work ID “101-A” in the work progress status data table 2013, the work card information acquisition unit 203 The work ID “101-B”, which is the work after the work that has been completed, is acquired. Then, the work card information acquisition unit 203 refers to the progress plan table data table 2011 and acquires work card information indicating the work content associated with the work ID “101-B”. In the present embodiment, the work card information acquisition unit 203 acquires work card information indicating the work contents in the future for each worker and for each process.

Further, the work card information acquisition unit 203 reads the mail address corresponding to the worker ID from the worker registration data table 2012, and sends the work card information to the worker terminal 3 indicated by the mail address so as to send it to the communication unit 204. Instruct.
Specifically, when the work card information for Mr. Nakamura who is the worker is acquired, the work card information acquisition unit 203 sets the mail address “nakamura@abc.jp” corresponding to the work ID “12345” of Mr. Nakamura. The data is read from the worker registration data table 2012 and output to the communication unit 204 in association with the acquired work card information.

  The communication unit 204 transmits and receives information to and from the worker terminal 3 and the work area management terminal 4 via wireless communication or wired communication. The communication unit 204 transmits the work card information acquired by the work card information acquisition unit 203 to the worker terminal 3 based on the associated mail address. Further, the communication unit 204 outputs the work progress status information received from the worker terminal 3 to the registration unit 205.

The registration unit 205 acquires information indicating the work progress status of each worker based on the work progress status information input from the communication unit 204 and writes the information in the work progress status data table 2013 of the storage unit 201.
For example, from the worker terminal 3 of Mr. Nakamura of the worker ID “12345”, work progress status information indicating that the work item A of the work items A and B of the process ID 1-1 was started at 12:55, It is assumed that the registration unit 205 has received via the communication unit 204. In this case, the registration unit 205 extracts information indicating the process ID “1-1”, the work ID “101-A”, and the planned work time “2 hours” from the work progress status information. In addition, the registration unit 205 acquires a mail address “nakamura@abc.jp” indicating the transmission source of the work progress status information. The registration unit 205 adds a mail address “nakamura @ abc” to the column of the work content specified in the work progress status data table 2013 based on the combination of the acquired process ID “1-1” and work ID “101-A”. The worker ID “12345” indicated by “.jp” is written in the column of the start worker ID, and the received work start time “12:55” is written in the column of the work start time.

  Similarly, from the worker terminal 3 of Mr. Nakamura with worker ID “12345”, among the work items A and B of the process ID 1-1, the work indicating that the work item A is completed at “15:50”. It is assumed that the registration unit 205 receives the progress status information via the communication unit 204. In this case, the registration unit 205 determines the process ID “1-1” and the work ID “101-” from the work progress status information. A ”and information indicating the work completion time“ 15:50 ”are extracted. In addition, the registration unit 205 acquires a mail address “nakamura@abc.jp” indicating the transmission source of the work progress status information. The registration unit 205 adds a mail address “nakamura @ abc” to the column of the work content specified in the work progress status data table 2013 based on the combination of the acquired process ID “1-1” and work ID “101-A”. The worker ID “12345” indicated by “.jp” is written in the column of the end worker ID, and the received work end time “15:50” is written in the column of the work end time.

  The timekeeping unit 206 measures the current time and outputs information indicating the time measured.

The progress status determination unit 207 refers to the work progress status data table 2013 to determine whether or not the progress status of the work content indicated by the work progress status information is delayed with respect to a plan predetermined in the progress plan table. To do.
For example, when the information indicating the work start time or the work end time in the table is updated with reference to the work progress status data table 2013 in the storage unit 201, the progress status determination unit 207 responds based on the updated information. It is determined whether the work content to be performed is delayed.
The progress status determination unit 207 outputs information indicating the determination result to the progress status table creation unit 208.

More specifically, in the work progress status data table 2013, information indicating “12:55” is displayed in the column of the work start time associated with the process “1-1” and the work ID “101-A”. If written, the progress status determination unit 207 determines that the work of the work item A of the process ID 1-1 has started.
Further, in the work progress status data table 2013, when information indicating “15:50” is written at the work completion time associated with the process “1-1” and the work ID “101-A”, the progress is made. The situation determination unit 207 reads the process “1-1”, the work ID “101-A”, and the planned work time “2 hours” from the work progress situation data table 2013. Further, the progress status determination unit 207 refers to the work progress status data table 2013, and the work start time “12:55” associated with the process “1-1” and the work ID “101-A”. And the work end time “15:50” are read out, and the time required for the work (hereinafter referred to as the actual work time) is calculated. That is, the progress status determination unit 207 calculates the actual work time = “1 hour 55 minutes”, which is the length of time from the work start time “12:55” to the work end time “15:50”.
The progress status determination unit 207 reads the planned work time “2 hours”, and compares the planned work time “2 hours” with the calculated actual work time “1 hour 55 minutes”.

The progress status determination unit 207 determines that the progress status of the work content is not delayed with respect to the plan determined in advance in the progress plan table when the actual work time ≦ the planned work time. On the other hand, when the actual work time> the planned work time, the progress status determination unit 207 determines that the progress status of the work content is delayed with respect to the plan predetermined in the progress plan table.
In this example, since the actual work time “1 hour 55 minutes” ≦ the planned work time “2 hours”, the progress status determination unit 207 indicates that the progress status of the work content of the work item A of the process ID 1-1 is the progress plan. In the table, it is determined that there is no delay with respect to the predetermined plan.

The progress status table creating unit 208 creates information for displaying an image of the progress status table indicating the progress status of the work content on the display. In addition, the progress status table creation unit 208 uses the determination result of the progress status determination unit 207 to display the work content whose progress status is delayed with respect to the plan in the image for displaying the progress status table and the plan. On the other hand, information to be displayed on the display is created so as to distinguish the display form of the work content whose progress is not delayed. Further, the progress status table creating unit 208 creates information to be displayed on the display so as to distinguish between the display mode of the work content that has started and the display mode of the work content that has not yet started.
More specifically, the progress status table creation unit 208 is information for displaying the progress plan table on the display unit 407 of the work area management terminal 4, and in this progress plan table, the progress status with respect to the plan is displayed. Image data is generated in which the display column for the work content that is delayed is displayed in blue, and the display column for the work content that is not delayed in progress with respect to the plan is displayed in red. Further, the progress status table creation unit 208 is information for displaying the progress plan table on the display unit 407 of the work area management terminal 4, and in this progress plan table, the display column of the work content that has started is displayed in yellow. In addition, image data for displaying the display column of the work content that has not yet started in white is created. In addition, an image in which a mask image of a color corresponding to the progress status of the work is superimposed on the progress plan table is referred to as a progress status table.

Here, an example of the progress situation table created by the progress situation table creation unit 208 will be described with reference to FIG. FIG. 11 is a diagram illustrating an example of a progress status table created by the progress status table creation unit 208.
As shown in FIG. 11, the progress status table is displayed by superimposing a mask image of a color according to the determination result determined by the progress status determination unit 207 on the progress plan table. This progress plan table shows work plans assigned to six workers between 13:00 and 17:00. In addition, although detailed illustration is abbreviate | omitted, process ID, a work item name, planned work time, etc. are described in the column of each time frame. Further, when the progress status report based on the work progress status information has not yet been received from the worker terminal 3, the time frame field is displayed in white, for example.
The current time is displayed with a double line. In the example shown, it is 15:30.
In the case of the illustrated example, a blue mask image is superimposed and displayed in the time frame columns of Mr. Nakamura, Mr. Honma, Mr. Yoshida, and Mr. Sato. On the other hand, a red mask image is superimposed and displayed in the time frame column of Mr. Yamada and Mr. Otani.
Here, the manager may determine that it is necessary to add an assistant to the work of Mr. Yamada and Mr. Otani who are delayed in the work by looking at this progress table. In this case, Mr. Nakamura, Mr. Honma, and Mr. Sato have already finished their work at the current time. Therefore, after considering each person's work, etc., the manager will be one of Mr. Nakamura, Mr. Honma, and Mr. Sato for Mr. Yamada's work and one of the other for Mr. Otani. An instruction to participate as an assistant in the work can be given.

For example, when the actual / planned time ratio calculation unit 209 receives information requesting the actual / planned time ratio of the designated worker from the work area management terminal 4 via the communication unit 204, the designated work The information indicating the work performance of the person is read from the work progress status data table 2013, and the actual / planned time ratio is calculated based on the read information indicating the work performance.
More specifically, the actual / planned time ratio calculation unit 209 determines from the work progress status data table 2013, for example, the planned work time, the work start time, and the work end for each work item subject to the actual / planned time ratio. Information indicating the time is read for each worker. The actual / planned time ratio calculation unit 209 calculates the time (actual work time) required for the work of the target work item based on the read information indicating the work start time and work end time.
The actual / planned time ratio calculation unit 209 calculates the actual / planned time ratio according to the arithmetic expression shown in the following formula (1).
<Calculation formula of actual / planned time ratio>
Actual / planned time ratio (%) = actual work time (minutes) ÷ planned work time (minutes)
... Formula (1)
Note that the actual work time = work end time−work start time.
That is, the actual / planned time ratio calculation unit 209 calculates a quotient obtained by dividing the calculated actual work time by the planned work time as the actual / planned time ratio. The actual / planned time ratio calculation unit 209 writes the calculated actual / planned time ratio in the actual / planned time ratio data table 2015.

The actual / planned time ratio calculation unit 209 can calculate the actual / planned time ratio according to the instructed target.
For example, when the calculation of the actual / planned time ratio of each process is instructed, the actual / planned time ratio in one process assigned to each worker is calculated. That is, when a plurality of work items are assigned to one worker in one process, the actual / plan time ratio calculation unit 209 adds the planned work time and the actual work time of the plurality of work items, respectively. Based on the value, the actual / planned time ratio of the specified process is calculated for each worker. For example, a plurality of work items A and B in step 1-1 are assigned to Mr. Nakamura who is the worker. Therefore, the actual / planned time ratio in the process 1-1 of Mr. Nakamura is the sum of the actual work time of work item A and the actual work time of work item B, and the planned work time of work item A and the planned work of work item B. This is the quotient divided by the sum of time.
On the other hand, when the calculation of the actual / planned time ratio for each work item is instructed, the actual / planned time ratio for each work item is calculated. That is, when a plurality of work items are assigned to one worker, the actual / plan time ratio calculation unit 209 calculates the actual / plan time ratio for each of the plurality of work items for the same worker. To do. In other words, in the case of Mr. Nakamura, the actual / planned time ratio in the work item A of the process 1-1 is obtained by a quotient obtained by dividing the actual work time of the work item A by the planned work time of the work item A. Further, the actual / planned time ratio in the work item B of the process 1-1 is obtained by a quotient obtained by dividing the actual work time of the work item B by the planned work time of the work item B.

  The actual / planned time ratio calculation unit 209 is an image showing a bar graph for comparing the calculated actual / planned time ratio for each worker or each work item, and is displayed on the display unit 407 of the work area management terminal 4. Create information to be displayed. The actual / planned time ratio calculation unit 209 determines that the actual work / planned time ratio exceeds 100%, that is, the worker or the work item in which the actual work time is longer than the planned work time and the work delay occurs. Displays the bar graph in red. On the other hand, the actual / planned time ratio calculation unit 209, when the actual / planned time ratio is 100% or less, that is, the worker or the work item in which the actual work time does not exceed the planned work time and the work delay has not occurred. For, the bar graph is displayed in blue.

Here, with reference to FIG. 12, an example of the image of the bar graph of the actual / planned time ratio created by the actual / planned time ratio calculating unit 209 will be described. FIG. 12 is a diagram illustrating an example of an image of a bar graph of the actual / planned time ratio created by the actual / planned time ratio calculating unit 209. The actual / planned time ratio bar graph is an example of the actual / planned time ratio calculated based on the work status of each worker in step 1-1 shown in FIG.
As shown in FIG. 12, Mr. Nakamura, Mr. Honma, Mr. Yoshida, and Mr. Sato have completed the work without delay, and therefore the actual / planned time ratio is 100% or less. The bar graph is displayed in blue. On the other hand, Mr. Yamada and Mr. Otani's work is delayed, and the actual / planned time ratio exceeds 100%. The bar graph is displayed in red. This bar graph indicates that the worker with a lower actual / plan time ratio took less time to work on the plan.
Here, the manager can numerically grasp the progress information of each worker by looking at the bar graph of the actual / planned time ratio. Then, the manager can instruct an operator with a low actual / planned time ratio to participate as an assistant in the work of a worker whose actual / planned time ratio exceeds 100%.

Next, an example of the configuration of the worker terminal 3 according to the present embodiment will be described with reference to FIG. FIG. 13 is a block diagram illustrating an example of the configuration of the worker terminal 3 according to the present embodiment.
As shown in FIG. 13, the worker terminal 3 includes a storage unit 301, an operation unit 302, a timing unit 303, a communication unit 304, a registration unit 305, a display control unit 306, a display unit 307, a work situation A reporting unit 308.
The storage unit 301 stores a work card information storage area 3011. This work card information storage area 3011 is a storage area for storing work card information received from the work status management server 2 by the worker terminal 3. The storage unit 301 sequentially overwrites and stores the work card information received from the work status management server 2 by the worker terminal 3.

The operation unit 302 receives an operation from the operator.
The clock unit 303 counts the current time and outputs information indicating the clocked time.
The communication unit 304 transmits and receives information to and from the work status management server 2 via wireless communication or wired communication. The communication unit 304 receives work card information from the work status management server 2. In addition, the communication unit 304 transmits work progress status information to the work status management server 2.
The registration unit 305 writes the work card information input from the communication unit 304 in the work card information storage area 3011 of the storage unit 301.
The display control unit 306 displays a work card display screen as shown in FIG. 8 on the display unit 307 based on the information stored in the work card information storage area 3011.
The display unit 307 is, for example, a touch panel display. The display unit 307 displays an image showing a work card and displays an operation screen of the operation unit 302.

The work status report unit 308 creates work progress status information based on information input from the operation unit 302 and transmits the work progress status information to the work status management server 2 via the communication unit 304.
For example, the work status reporting unit 308 transmits information indicating that the work of the work item A in step 1-1 has started as work progress status information to the work status management server 2 via the communication unit 304. Specifically, the work status reporting unit 308 transmits work progress status information indicating “work item A of process 1-1 started at 12:55” to the work status management server 2.
Similarly, when there is an instruction to end the operation via the operation unit 302, the work status report unit 308 sets the current time measured by the time measuring unit 303 as the “work end time”. Work progress status information indicating completion of the work is transmitted to the work status management server 2 via the communication unit 304.

Next, an example of the configuration of the work area management terminal 4 according to the present embodiment will be described with reference to FIG. FIG. 14 is a block diagram showing an example of the configuration of the work area management terminal 4 according to the present embodiment.
As illustrated in FIG. 14, the work area management terminal 4 includes a storage unit 401, an operation unit 402, a communication unit 404, a registration unit 405, a display control unit 406, and a display unit 407.
The storage unit 401 includes a progress status table data area 4011 and an actual / planned time ratio data area 4012. The progress status table data area 4011 is a storage area for storing information for displaying the progress status table image data created by the work status management server 2 on the display unit 407. The actual / planned time ratio data area 4012 is a storage area for storing information for displaying on the display unit 407 the image data of the actual / planned time ratio bar graph created by the work status management server 2.

The operation unit 402 receives an operation from the operator.
The communication unit 404 transmits and receives information to and from the work status management server 2 via wireless communication or wired communication. The communication unit 404 includes information for displaying an image of the progress status table created by the work status management server 2 on the display unit 407 and an image of a bar graph of the actual / planned time ratio created by the work status management server 2. Is received from the work status management server 2 for displaying information on the display unit 407.
The registration unit 405 stores information input from the communication unit 304 in each storage area of the storage unit 401.
The display control unit 406 reads information from the progress status table data area 4011 or the actual / planned time ratio data area 4012 of the storage unit 401 in accordance with an instruction from the operation unit 402, and displays an image based on the read information on the display unit 407. Display.
The display unit 407 is, for example, a touch panel display. The display unit 407 displays an image showing a progress status table and displays an operation screen of the operation unit 402.

Next, an example of a work status management method according to the present embodiment will be described with reference to FIG. FIG. 15 is a flowchart for explaining an example of the work status management method according to the present embodiment.
(Step ST1)
The work status management server 2 writes, for example, information indicating a progress plan table input via the input unit 202 in the progress plan table data table 2011 of the storage unit 201 and registers it. Then, the storage unit 201 copies information that overlaps with the information in the work progress status data table 2013 from the information in the progress plan table data table 2011 based on the registered information in the progress plan table data table 2011, so that the work progress is made. Write to the status data table 2013. Similarly, the storage unit 201 stores information on the work status table data table 2014 or the actual / planned time ratio data table 2015 in the information on the progress plan table data table 2011 based on the registered information on the progress plan table data table 2011. Are copied to the work status table data table 2014 or the actual / planned time ratio data table 2015. It is assumed that predetermined information input via the input unit 202 has already been registered in the worker registration data table 2012.

(Step ST2)
The work card information acquisition unit 203 of the work status management server 2 refers to the progress plan table data table 2011 based on the current time measured by the time measuring unit 206, and the work card corresponding to the work content to be started from now on. The work card information indicating is acquired.
For example, when the current time is 12:00 on October 1st, work card information indicating the work content after 13:00 after 1 hour is acquired. In the present embodiment, the work card information acquisition unit 203 acquires the work card information indicating only the process starting from the latest, that is, the work of the process 1-1 among the work contents of Mr. Nakamura with the worker ID “12345”. To do. For example, the work card information includes a process ID indicating the most recent work process, a work ID indicating a work item included in the work process having the process ID, and information indicating a planned work time. The work card information created in advance is stored in the progress plan table data table 2011.
The work card information acquisition unit 203 then reads the mail address “nakamura@abc.jp” of Mr. Nakamura of the worker ID “12345” with reference to the worker registration data table 2012, along with the created work card information, The data is output to the communication unit 204. The communication unit 204 transmits this work card information to the worker terminal 3_1 of the mail address “nakamura@abc.jp”.

(Step ST3)
Next, the communication unit 304 of Mr. Nakamura's worker terminal 3_1 for which the e-mail address “nakamura@abc.jp” is set receives the work card information transmitted from the work status management server 2. Then, the communication unit 304 outputs the received work card information to the registration unit 305. The registration unit 305 writes and registers information included in the work card information in the work card information storage area 3011 of the storage unit 301 for each item. That is, the registration unit 305 writes the process ID, work ID, work area, and information indicating the planned work time of each work item included in the work card information in the work card information storage area 3011 in association with each other.

(Step ST4)
Then, the display control unit 306 of the worker terminal 3_1 reads the work card information from the work card information storage area 3011 of the storage unit 301, and displays an image represented based on the work card information on the display unit 307. An example of an image represented based on the work card information is a work card display screen as shown in FIG.
On the work card display screen, the work item A of the process ID 1-1 and the work item B of the process ID 1-1 are displayed in the work content selection operation area G1. In the work attribute information display area G5, a process ID 1-1 and a work area 1001 are displayed. At this time, since the elapsed time displayed in the elapsed time display area G2 is not counted, the planned work time “02: 00: 00: 00” is displayed.

(Step ST5)
Next, Mr. Nakamura who is a worker reports to the work status management server 2 that work of work item A in step 1-1 is started. Thereby, work progress status information indicating the progress status of the work assigned to Mr. Nakamura who is the worker is transmitted from the worker terminal 3_1 to the work status management server 2.
Specifically, in the work card display screen displayed on the display unit 307 of the worker terminal 3_1, the “work A” of the work item A displayed in the work content selection operation area G1 is designated by the worker. Is done. For example, the worker touches the display portion of “work A” from the screen of the display unit 307 which is a touch panel. Thereby, the operation unit 302 receives the operation content in which “Work A” is designated. Next, on the work card display screen displayed on the display unit 307 of the worker terminal 3_1, a work start operation area G3 displayed as “Arrival” is designated. For example, the operator touches the display portion of “Arrival” from the screen of the display unit 307 that is a touch panel. Thereby, the operation part 302 receives the operation content which reports the work start of the work item A of the process 1-1. Then, the operation unit 302 outputs work progress status information indicating that the work of the work item A in step 1-1 has started to the work status report unit 308.

Thereafter, when the work of the work item A in the process 1-1 is finished, Mr. Nakamura who is the worker reports to the work status management server 2 that the work of the work item A in the process 1-1 is finished. Thereby, work progress status information indicating the progress status of the work assigned to Mr. Nakamura who is the worker is transmitted from the worker terminal 3_1 to the work status management server 2.
Specifically, in the work card display screen displayed on the display unit 307 of the worker terminal 3_1, the “work A” of the work item A displayed in the work content selection operation area G1 is designated by the worker. Is done. For example, the worker touches the display portion of “work A” from the screen of the display unit 307 which is a touch panel. Thereby, the operation unit 302 receives the operation content in which “Work A” is designated. Next, the work end operation area G4 displayed as “complete” on the work card display screen displayed on the display unit 307 of the worker terminal 3_1 is designated. For example, the operator touches the display portion of “complete” from the screen of the display unit 307 which is a touch panel. Thereby, the operation part 302 receives the operation content which reports the completion | finish of work of the work item A of the process 1-1. Then, the operation unit 302 outputs work progress status information indicating that the work of the work item A in step 1-1 has been completed to the work status report unit 308.

(Step ST6)
Then, the work status reporting unit 308 creates work progress status information based on information input from the operation unit 302.
More specifically, as described in step ST5, when the work start operation area G3 displayed as “Arrival” is designated by the worker, the work status reporting unit 308 displays the work item A in step 1-1. As the “work start time” of the work ID “101-A” indicating the current time, information indicating the current time “12:55” timed by the timekeeping unit 303 is acquired. As a result, the work status reporting unit 308 creates work progress status information indicating that the work item A in step 1-1 is started at the work start time “12:55”.
The work status reporting unit 308 transmits work progress status information indicating that the work of the work item A in step 1-1 has been started to the work status management server 2 via the communication unit 304. For example, the work status reporting unit 308 transmits work progress status information indicating “work item A of process 1-1 started at 12:55” to the work status management server 2.
On the other hand, as described in step ST5, when the work end operation area G4 displayed as “complete” is designated by the worker, the work status reporting unit 308 displays the work ID indicating the work item A in step 1-1. As the “work end time” of “101-A”, information indicating the current time “15:50” timed by the time counting unit 303 is acquired. As a result, the work status reporting unit 308 creates work progress status information indicating that the work item A in step 1-1 has been completed at the work start time “15:50”.
The work status reporting unit 308 transmits work progress status information indicating that the work of the work item A in step 1-1 has been completed to the work status management server 2 via the communication unit 304. For example, the work status reporting unit 308 transmits work progress status information indicating that “work item A in step 1-1 is completed at 15:50” to the work status management server 2.

(Step ST7)
When the communication unit 204 of the work status management server 2 receives work progress status information indicating that “work item A of process 1-1 started at 12:55” from the worker terminal 3_1, the worker of the transmission source The information is output to the registration unit 205 together with the mail address “nakamura@abc.jp” of the terminal 3_1.
Then, the registration unit 205 updates the work progress status data table 2013 based on the input information. More specifically, the registration unit 205 obtains the work ID “101-A” from the work progress status information indicating “work item A of process 1-1 started at 12:55”. In the work progress status data table 2013, the work start time “12:55” is written in the work start time column associated with the work ID “101-A”.
Further, when the communication unit 204 of the work status management server 2 receives the work progress status information indicating that “the work item A of the process 1-1 is completed at 15:50” from the worker terminal 3_1, the work of the transmission source Together with the mail address “nakamura@abc.jp” of the user terminal 3_1, the information is output to the registration unit 205.
Then, the registration unit 205 updates the work progress status data table 2013 based on the input information. More specifically, the registration unit 205 obtains the work ID “101-A” from the work progress status information indicating that “the work item A in the process 1-1 has been completed at 15:50”. In the work progress status data table 2013, “15:50” which is the work end time is written in the work end time column associated with the work ID “101-A”.

(Step ST8)
Next, the progress status determination unit 207 reads information from the work progress status data table 2013 of the storage unit 201, and whether or not the updated work has been started, or the progress status of the updated work content is the progress plan table. It is determined whether or not it is late with respect to the predetermined plan.
For example, the progress status determination unit 207 determines whether information indicating the work start time is written from the work progress status data table 2013 in the work start time column of “work item A of process 1-1”. judge. For example, since the information indicating the work start time “12:55” is written in the work start time column of “work item A of process 1-1”, the progress determination unit 207 indicates that the process ID 1-1 It is determined that work for work item A has started. Then, the progress status determination unit 207 outputs information indicating the determination result to the progress status table creation unit 208.
The progress status determination unit 207 registers the determination result in the work status table data table 2014. In other words, the progress status determination unit 207 associates “information indicating that work has started” with the work ID indicating “work item A of process 1-1” and writes it in the work status table data table 2014.

Further, the progress status determination unit 207 determines whether or not information indicating the work end time is written from the work progress status data table 2013 in the work end time column of “work item A of process 1-1”. judge. For example, since the information indicating the work end time “15:50” is written in the column of the work end time of “work item A of process 1-1”, the progress status determination unit 207 indicates that the process ID 1-1. It is determined that the work for work item A has been completed.
In this case, the progress determination unit 207 determines from the work progress status data table 2013 that the work start time “12:55” and the work end associated with the process “1-1” and the work ID “101-A”. The time “15:50” is read, and the actual work time required for the work is calculated. That is, the progress status determination unit 207 calculates the time length from the work start time “12:55” to the work end time “15:50”, and calculates the actual work time = “1 hour 55 minutes”.
Then, the progress status determination unit 207 reads the planned work time “2 hours” associated with the process “1-1” and the work ID “101-A” from the work progress status data table 2013, and the planned work time The calculated work time “1 hour 55 minutes” is compared with “2 hours”.
In this example, since the actual work time “1 hour 55 minutes” ≦ the planned work time “2 hours”, the progress status determination unit 207 indicates that the progress status of the work content of the work item A of the process ID 1-1 is the progress plan. In the table, it is determined that there is no delay with respect to the predetermined plan. Then, the progress status determination unit 207 outputs information indicating the determination result to the progress status table creation unit 208.
The progress status determination unit 207 registers the determination result in the work status table data table 2014. That is, the progress status determination unit 207 associates “information indicating that there is no delay” with the work ID indicating “work item A of process 1-1” and writes it in the work status table data table 2014.

(Step ST9)
Based on the determination result of the progress status determination unit 207, the progress status table creation unit 208 displays the progress status table in an image displaying the progress status table in red in the column of work contents whose progress status is delayed with respect to the plan. Information to be displayed on the display is created so that the work content fields whose progress is not delayed are distinguished in blue. Further, the progress status table creating unit 208 creates information to be displayed on the display so as to distinguish between the display mode of the work content that has started and the display mode of the work content that has not yet started.
More specifically, the progress status table creation unit 208 is information for displaying the progress plan table on the display unit 407 of the work area management terminal 4, and as described in step ST5, “Arrival” is displayed. When the work start operation area G3 is designated by the worker, in this progress plan table, information of a mask image for displaying the column of the work item A in step 1-1 in yellow is created. Then, the progress status table creation unit 208 transmits the created information to the work area management terminal 4 via the communication unit 204.
On the other hand, as described in step ST5, when the work end operation area G4 displayed as “complete” is designated by the worker, the progress status table creation unit 208 displays the progress plan table on the work area management terminal 4. This is information to be displayed on the section 407, and in this progress plan table, information on a mask image for displaying the column of the work item A in step 1-1 in blue is created. Then, the progress status table creation unit 208 transmits the created information to the work area management terminal 4 via the communication unit 204.

(Step ST10)
As described in step ST5, when the work start operation area G3 displayed as “arrival” is designated by the worker, the communication unit 404 of the work area management terminal 4 receives the “progress” received from the work status management server 2. Information for displaying the plan table on the display unit 407 of the work area management terminal 4 and registering “information for displaying the column of the work item A of the process 1-1 in yellow in the progress plan table” is registered. The data is output to the unit 305. The registration unit 305 writes this information in the progress status table data area 4011 of the storage unit 401 and registers it.
On the other hand, as described in step ST5, when the work end operation area G4 displayed as “complete” is designated by the worker, the communication unit 404 of the work area management terminal 4 receives from the work status management server 2. “Information for displaying the progress plan table on the display unit 407 of the work area management terminal 4 and for displaying the column of the work item A of step 1-1 in this progress plan table in blue” To the registration unit 305. The registration unit 305 writes this information in the progress status table data area 4011 of the storage unit 401 and registers it.
Then, based on the information read from the progress status table data area 4011 of the storage unit 401, the display control unit 406 displays an image in which the column of the work item A of step 1-1 is displayed in yellow or blue in the progress plan table. Be displayed on the unit 407.

(Step ST11)
The actual / planned time ratio calculation unit 209 is designated when, for example, information requesting the actual / planned time ratio of the designated worker is received from the work area management terminal 4 via the communication unit 204. The information indicating the work performance of the worker is read from the work progress status data table 2013, and the actual / planned time ratio is calculated based on the read information indicating the work performance.
More specifically, when the work area management terminal 4 receives an instruction to display the actual / planned time ratio in the process 1-1 of the team C1 via the operation unit 402, for example, the work area management terminal 4 performs the process 1 of the team C1. 1 is transmitted to the work status management server 2 via the communication unit 404. The work status management server 2 receives this information via the communication unit 204.
Then, the communication unit 204 of the work situation management server 2 outputs the received information to the actual / planned time ratio calculation unit 209. The actual / planned time ratio calculating unit 209 inputs each work item in the process 1-1 from the work progress status data table 2013 based on the input “information requesting the actual / planned time ratio in the process 1-1 of the team C1”. The information indicating the planned work time, the work start time, and the work end time is read for each worker belonging to the team C1. Then, the actual / planned time ratio calculation unit 209 calculates the actual / planned time ratio according to the arithmetic expression shown in Expression (1).

For example, the actual / planned time ratio calculating unit 209 performs the actual work required for the work items A and B in the process 1-1 based on the information indicating the work start time and work end time of Mr. Nakamura with the work ID “12345”. Calculate work time. In addition, the actual / planned time ratio calculation unit 209 refers to the work progress status data table 2013, reads out the planned work time predetermined as the work time of the work items A and B in step 1-1, and adds them up. . In this case, the planned work time is 3 hours.
The actual / planned time ratio calculation unit 209 calculates a quotient obtained by dividing the calculated actual work time by the planned work time as the actual / planned time ratio.
The actual / plan time ratio calculation unit 209 writes the calculated actual / plan time ratio in the actual / plan time ratio data table 2015.
Further, the actual / planned time ratio calculating unit 209 is an image represented by a bar graph for comparing the calculated actual / planned time ratio for each worker, and is displayed on the display unit 407 of the work area management terminal 4. Create information. Note that the actual / planned time ratio calculation unit 209 displays a bar graph when the actual / planned time ratio exceeds 100%, that is, for an operator whose actual work time is longer than the planned work time and the work delay occurs. Is displayed in red. On the other hand, the actual / planned time ratio calculation unit 209, when the actual / planned time ratio is 100% or less, that is, for the worker whose actual work time does not exceed the planned work time and no work delay occurs, The bar graph is displayed in blue. Then, the actual / planned time ratio calculating unit 209 calculates the actual / planned time / calculated value calculated for the work area management terminal 4 that has transmitted information requesting the actual / planned time ratio via the communication unit 204. Send time ratio.

  Here, the actual / planned time ratio calculation unit 209 has been described with respect to an example in which calculation of the actual / planned time ratio in units of processes is instructed from the work area management terminal 4, but the present invention is not limited thereto. Instead, the actual / planned time ratio in units of work items may be calculated.

(Step ST10)
Then, the communication unit 404 of the work area management terminal 4 receives the “information of the image indicated by the bar graph for comparing the calculated actual / planned time ratio for each worker” received from the work status management server 2 in the registration unit 305. Output. The registration unit 305 writes this information in the actual / planned time ratio data area 4012 of the storage unit 401 and registers it.
The display control unit 406 displays on the display unit 407 an image represented by a bar graph for comparing the actual / planned time ratio for each worker based on the information read from the actual / planned time ratio data area 4012 of the storage unit 401. Let

In this way, the work status management server 2 obtains the progress status table indicating the progress status of each worker and the actual / planned time ratio based on the work progress status information acquired from each worker via the worker terminal 3. It is displayed on the work area management terminal 4.
Therefore, the manager can grasp the work status of each worker by looking at the progress status table and the actual / planned time ratio, and if there is a delay, the extent of the delay Etc. can be quickly grasped. In addition, it is possible to quickly determine to search for and replenish personnel who can assist in the delayed work. Therefore, it is possible to shorten the time required for grasping the progress status, quickly determine the personnel assignment, and quickly assign the worker according to the work status.
Thus, as in the present embodiment, when the work area is determined in advance for each manufacturing process, when the completion time of the previous process is delayed in the work area, the next process to work next in the work area The operator must wait for the completion of the previous process. However, by promptly assigning workers according to the work situation, it is possible to suppress the occurrence of delay for each process, and thus to suppress the occurrence of delay in the entire manufacturing site.

  In the above-described example, an example has been described in which occurrence of delay is determined both at the start of work and at the end of work, and a blue or red mask image is displayed in the progress status table based on the determination result. However, the present invention is not limited to this, and it is only necessary to determine the occurrence of delay based on at least the work end time and display a blue or red mask image on the progress status table based on the determination result.

Second Embodiment
Next, a second embodiment according to the present invention will be described with reference to FIGS. In addition, this embodiment can be implemented by applying the work status management server 2, the worker terminal 3, and the work area management terminal 4 according to the first embodiment. Here, the same reference numerals are given, and descriptions of the configuration and function of each device are omitted.
In the present embodiment, an example in which a plurality of work levels are defined in each work item A, B, C. In the present embodiment, not only the start and end of the work item are reported from the worker, but an intermediate report of the progress status is sent from the worker terminal 3 using a work level predetermined for each work item. This is performed by transmitting work progress status information to the work status management server 2.

FIG. 16 is an example of a work card display screen created by the work status management server 2.
As shown in FIG. 16, the work content selection operation area G1 shows the work level of the work content divided for each timing of the intermediate report.
More specifically, the work content selection operation area G1 shows the work content that each worker will perform. In FIG. 16, for example, work contents of work levels B1 to B5 are shown. In addition, when a plurality of work levels B1 to B15 are included in one work item, the work contents are displayed in the work content selection operation area G1 for each work level divided at the report timing. . In the present embodiment, the report timing in the work item B in step 1-1 is as follows: when work is started, when work levels B1 to B5 are finished, work levels B6 to B10 are finished, and work levels B11 to B11 are finished. It is predetermined when B15 is finished.

Next, specific examples according to the present embodiment will be described with reference to FIG. The progress plan according to the present embodiment is the same as the content of the progress plan table shown in FIG. 3 in the first embodiment, and the planned schedule time is determined in more detail according to the work level. .
Here, the work situation of Mr. Nakamura who is the work ID “12345” will be described. In the work plan table of Mr. Nakamura, the work item B of the process ID 1-1 has the planned schedule time of the work levels B1 to B5 of “20 minutes”, the planned schedule time of the work levels B6 to B10 of “20 minutes”, and the work level. The planned schedule time of B11 to B15 is “20 minutes”. Information such as the planned schedule time included in this progress plan table is stored in the progress plan table data table 2011 and the work progress status data table 2013 in the storage unit 201 as described above.
Mr. Nakamura started the work item A in the process 1-1 at “12:55” and finished at “15:03”. That is, the actual work time is “2 hours 08 minutes”, exceeds the planned scheduled time “2 hours” in the plan of the progress plan table, and is delayed by 8 minutes from the plan of the progress plan table.
Therefore, the time when Mr. Nakamura started work item B was “15:05”, which is 5 minutes behind the plan in the progress schedule. Therefore, the end time of the work levels B1 to B5 of the work item B is “15:30”. In other words, the actual work time “25 minutes” exceeds the “20 minutes” of the planned schedule time of the work levels B1 to B5, and a delay of 5 minutes occurs from the plan of the progress plan table.
Therefore, the administrator considered, for example, replenishing Mr. Yamamoto of the work team C2 who completed the work during that time period as an assistant to Mr. Nakamura's work. Then, the administrator distributes the work contents of Mr. Nakamura to Mr. Nakamura and Mr. Yamamoto and assigns the work levels B6, B7, B11 to B13 of the work item B of the process 1-1 to Mr. Nakamura. The work levels B8 to B10, B14, and B15 of the work item B in the process 1-1 are instructed to be performed.

Mr. Nakamura transmits work progress status information to the work status management server 2 via the worker terminal 3_1 at the stage where the work at the work levels B6 and B7 of the work item B in the designated process 1-1 is completed. To do. Then, at the stage where the work at work level B11-13 of work item B in the designated step 1-1 is completed, work progress status information is transmitted to the work status management server 2 via the worker terminal 3_1.
In addition, Mr. Yamamoto transmits work progress status information to the work status management server 2 via the worker terminal 3_7 when the work at the work levels B8 to B10 of the work item B in the designated process 1-1 is completed. To do. Then, the work progress status information is transmitted to the work status management server 2 via the worker terminal 3_7 at the stage where the work at the work levels B14 and B15 of the instructed work item B in the process 1-1 is completed.

In this way, Mr. Yamamoto assisted Mr. Nakamura's work, and Mr. Nakamura started work at work levels B6 and B7 at 15:30 and finished it at 15:40 in 10 minutes work time. . And Nakamura-san can start work at work levels B11 to B13 from 15:40 and finished at 15:55 in 15 minutes work time.
In addition, Mr. Yamamoto started work at work levels B8 to B10 at 15:30, and finished it at 15:50 with a work time of 20 minutes. Then, Mr. Yamamoto started work at work levels B14 to B15 at 15:50 and finished at 16:00 in 10 minutes work time.
That is, as a result, the work item B in the process 1-1 started at 15:05 and ended at 16:00, and the actual work time was 55 minutes in total. Therefore, the actual work time is within the planned scheduled time “60 minutes” in the plan of the progress plan table, and ends 5 minutes earlier than the plan of the progress plan table.

  Next, in the situation described with reference to FIG. 17, changes in the image displayed on the work area management terminal 4 and the operation of each component will be described with reference to FIGS. .

  For example, in the state where “work B1 to B5 in step 1-1” is designated on the work card display screen (see FIG. 16) displayed on the display unit 307 of the worker terminal 3_1, Mr. Nakamura The work start operation area G3 is displayed. The current time at this time is 15:05. As a result, the work status reporting unit 308 acquires information indicating the current time “15:05” from the time measuring unit 303, and starts “work item B (B1 to B5) of step 1-1 at 15:05. The work progress status information indicating "

When the work status management server 2 receives the work progress status information indicating that “the work item B (B1 to B5) of the process 1-1 has been started at 15:05” from the worker terminal 3_1, The work progress status data table 2013 is updated.
Then, the progress status determination unit 207 of the work status management server 2 determines that the work of the work item B (B1 to B5) in step 1-1 has been started. Then, the progress status determination unit 207 outputs information indicating the determination result to the progress status table creation unit 208.

  The progress status table creation unit 208 is information for displaying the progress plan table on the display unit 407 of the work area management terminal 4 based on the determination result of the progress status determination unit 207. The information for displaying the column of work item B of -1 in yellow is created. Then, the progress status table creation unit 208 transmits the created information to the work area management terminal 4 via the communication unit 204. For example, the progress status table creation unit 208 creates data for displaying a mask image in which the column of the work item B (B1 to B5) of step 1-1 is displayed in yellow on the progress plan table. In addition, you may display this to a mask image.

The communication unit 404 of the work area management terminal 4 is “information for displaying the progress plan table received from the work status management server 2 on the display unit 407 of the work area management terminal 4. Information for displaying the column of the work item B (B1 to B5) 1-1 in yellow ”is output to the registration unit 305. The registration unit 305 writes this information in the progress status table data area 4011 of the storage unit 401 and registers it.
Then, based on the information read from the progress status table data area 4011 of the storage unit 401, the display control unit 406 displays a yellow mask image in the work item B (B1 to B5) column of step 1-1 in the progress plan table. The superimposed image is displayed on the display unit 407. An example of this display is shown in FIG.

  Next, Mr. Nakamura is in a state where “operations B1 to B5 in step 1-1” are designated on the work card display screen (see FIG. 16) displayed on the display unit 307 of the worker terminal 3_1. The work end operation area G4 is displayed. The current time at this time is 15:30. As a result, the work status reporting unit 308 acquires information indicating the current time “15:30” from the time measuring unit 303, and “work item B (B1 to B5) of step 1-1 is ended at 15:30. The work progress status information indicating “has been received” is transmitted to the work status management server 2.

When the work status management server 2 receives the work progress status information indicating that “the work item B (B1 to B5) of the process 1-1 has been completed at 15:30” from the worker terminal 3_1, The work progress status data table 2013 is updated.
The progress status determination unit 207 of the work status management server 2 reads information from the work progress status data table 2013 of the storage unit 201, and the progress status of the updated work content is compared with a plan determined in advance in the progress plan table. To determine whether it is late.
Here, the progress status determination unit 207 refers to the work progress status data table 2013, and the work start time associated with the process “1-1” and the work ID “101-B (B1 to B5)”. “15:05” and work end time “15:30” are read, and the actual work time “25 minutes” required for this work is calculated. Then, the progress status determination unit 207 reads the planned work time “20 minutes” from the work progress status data table 2013, and compares the planned work time “20 minutes” with the calculated actual work time “25 minutes”.
In this case, since the planned work time “20 minutes” exceeds the actual work time “25 minutes”, the progress status determination unit 207 determines whether the progress status of the work content is predetermined in the progress plan table. Judge that it is late. Then, the progress status determination unit 207 outputs information indicating the determination result to the progress status table creation unit 208.

  The progress status table creation unit 208 is information for displaying the progress plan table on the display unit 407 of the work area management terminal 4 based on the determination result of the progress status determination unit 207. The mask image in which the column of the work item B (B1 to B5) of -1 is displayed in red is superimposed and displayed on the progress plan table.

The communication unit 404 of the work area management terminal 4 is “information for displaying the progress plan table received from the work status management server 2 on the display unit 407 of the work area management terminal 4. Information for displaying the column of the work item B (B1 to B5) 1-1 in red is output to the registration unit 305. The registration unit 305 writes this information in the progress status table data area 4011 of the storage unit 401 and registers it.
Then, based on the information read from the progress status table data area 4011 of the storage unit 401, the display control unit 406 displays a red mask image in the column of the work item B (B1 to B5) of step 1-1 in the progress plan table. The superimposed image is displayed on the display unit 407. An example of this display is shown in FIG.

  Looking at the screen shown in FIG. 19, the manager requests Mr. Yamamoto's assistance. Note that the details of the work instructions to Mr. Nakamura and Mr. Yamamoto are as described above.

Then, Mr. Nakamura has selected “End” in the state where “operations B6 to B10 in step 1-1” are specified on the operation card display screen (see FIG. 16) displayed on the display unit 307 of the operator terminal 3_1. The work start operation area G3 is displayed. Next, when the work is completed, Mr. Nakamura designated “work B6 to B10 in step 1-1” on the work card display screen (see FIG. 16) displayed on the display unit 307 of the worker terminal 3_1. In the state, the work end operation area G4 displayed as “complete” is indicated. The current time at this time is 15:40.
Here, Mr. Nakamura has completed only “operations B6 to B7 in step 1-1”, but the work content to be specified is divided into “operations B6 to B10 in step 1-1”. On the system, the completion of “operations B6 to B10 in step 1-1” is reported.
As a result, the work status reporting unit 308 acquires information indicating the current time “15:40” from the time measuring unit 303, and “work item B (B6 to B10) in step 1-1 is ended at 15:40. The work progress status information indicating “has been received” is transmitted to the work status management server 2.

  When the work status management server 2 receives the work progress status information indicating that “the work item B (B6 to B10) in the process 1-1 has been completed at 15:40” from the worker terminal 3_1, The work progress status data table 2013 is updated. The registration unit 205 of the work status management server 2 refers to the worker registration data table 2012 based on the mail address of the worker terminal 3_1 that is the transmission source of the work progress status information, and Mr. Nakamura's worker ID. “12345” is acquired. Then, in the work progress status data table 2013, this worker ID “12345” is written in the “finished worker ID” column corresponding to “work item B (B6 to B10) of step 1-1”.

Next, the progress status determination unit 207 of the work status management server 2 reads information from the work progress status data table 2013 of the storage unit 201, and the progress status of the updated work content is determined in advance in the progress plan table. It is determined whether or not it is late.
Here, the progress status determination unit 207 determines from the work progress status data table 2013 that the updated work end time “15:40” of “work item B (B6 to B10) of process 1-1” and the work item B The work start time “15:05” of “work item B (B1 to B5) of process 1-1”, which is the work start time of “1”, is read, and the result of “work item B of process 1-1 (B1 to B10)” is read The work time “35 minutes” is calculated.
Then, the progress status determination unit 207 calculates the planned work time “40 minutes” of the updated “work item B (B1 to B10) of process 1-1” based on the information read from the work progress status data table 2013. To do. The progress status determination unit 207 compares the calculated planned work time “40 minutes” of “work item B (B1 to B10) of process 1-1” with the calculated actual work time “35 minutes”.
In this case, since the actual work time “35 minutes” is less than or equal to the planned work time “40 minutes”, the progress status determination unit 207 delays the progress status of the work content from the plan determined in advance in the progress plan table. Judge that it is not. Then, the progress status determination unit 207 outputs information indicating the determination result to the progress status table creation unit 208.

  The progress status table creation unit 208 is information for displaying the progress plan table on the display unit 407 of the work area management terminal 4 based on the determination result of the progress status determination unit 207. The information for displaying the column of work item B (B1 to B10) of -1 in blue is created. Then, the progress status table creation unit 208 transmits the created information to the work area management terminal 4 via the communication unit 204. For example, the progress status table creation unit 208 creates data for displaying a mask image in which the column of the work item B (B1 to B10) in step 1-1 is displayed in blue on the progress plan table.

The communication unit 404 of the work area management terminal 4 is “information for displaying the progress plan table received from the work status management server 2 on the display unit 407 of the work area management terminal 4. Information for displaying the column of the work item B (B1 to B10) 1-1 in blue is output to the registration unit 305. The registration unit 305 writes this information in the progress status table data area 4011 of the storage unit 401 and registers it.
The display control unit 406 then displays a blue mask image in the column of the work item B (B1 to B10) of step 1-1 in the progress plan table based on the information read from the progress status table data area 4011 of the storage unit 401. The superimposed image is displayed on the display unit 407. An example of this display is shown in FIG.

On the other hand, Mr. Yamamoto, on the work card display screen (see FIG. 16) displayed on the display unit 307 of the worker terminal 3_1 when the work "work B8 to B10 of process 1-1" is completed, In a state in which the work B6 to B10 "1-1 is designated, the work end operation area G4 displayed as" complete "is designated.
Here, Mr. Yamamoto has only completed “operations B8 to B10 in step 1-1”, but the work content to be designated is divided into “operations B6 to B10 in step 1-1”. On the system, the completion of “operations B6 to B10 in step 1-1” is reported. The current time at this time is 15:50.
As a result, the work status reporting unit 308 acquires information indicating the current time “15:50” from the time measuring unit 303, and “work item B (B6 to B10) of step 1-1 is ended at 15:50. The work progress status information indicating “has been received” is transmitted to the work status management server 2.

When the work status management server 2 receives the work progress status information indicating that “the work item B (B6 to B10) of the process 1-1 has been completed at 15:50” from the worker terminal 3_1, The work progress status data table 2013 is updated. The registration unit 205 of the work status management server 2 refers to the worker registration data table 2012 based on the mail address of the worker terminal 3_1 that is the transmission source of the work progress status information, and Mr. Yamamoto's worker ID. “12351” is acquired. Then, in the work progress status data table 2013, this worker ID “12351” is written in the “finished worker ID” column corresponding to “work item B (B6 to B10) in step 1-1”.
In this “end worker ID” column, the worker ID “12345” of Mr. Nakamura who made the end report earlier is written. Therefore, when the registration unit 205 writes Mr. Yamamoto's worker ID “12351”, for example, Mr. Nakamura's worker indicates that Mr. Yamamoto's report is later than Mr. Nakamura's report time. The operator ID “12351” of Yamamoto is written after the ID “12345”.
In the “work end time” column, the work end time “15:40” of Mr. Nakamura who made the end report earlier is written. Therefore, the registration unit 205 writes Mr. Yamamoto's work end time “15:50” after Mr. Nakamura's work end time “15:40”.

Next, the progress status determination unit 207 of the work status management server 2 reads information from the work progress status data table 2013 of the storage unit 201, and the progress status of the updated work content is determined in advance in the progress plan table. It is determined whether or not it is late.
Here, the progress status determination unit 207 reads from the work progress status data table 2013 the work completion time “15:50” of the updated “work item B (B6 to B10) of process 1-1” and the work item B. The work start time “15:05” of “work item B (B1 to B5) of process 1-1”, which is the work start time of “1”, is read, and the result of “work item B of process 1-1 (B1 to B10)” is read The work time “45 minutes” is calculated.
Then, the progress status determination unit 207 calculates the planned work time “40 minutes” of the updated “work item B (B1 to B10) of process 1-1” based on the information read from the work progress status data table 2013. To do. The progress status determination unit 207 compares the calculated planned work time “40 minutes” of “work item B (B1 to B10) of process 1-1” with the calculated actual work time “45 minutes”.
In this case, since the actual work time “45 minutes” exceeds the planned work time “40 minutes”, the progress status determination unit 207 determines whether the progress status of the work content is predetermined in the progress plan table. Judge that it is late. Then, the progress status determination unit 207 outputs information indicating the determination result to the progress status table creation unit 208.

  The progress status table creation unit 208 is information for displaying the progress plan table on the display unit 407 of the work area management terminal 4 based on the determination result of the progress status determination unit 207. The information for displaying the column of work item B (B1 to B10) of -1 in red is created. Then, the progress status table creation unit 208 transmits the created information to the work area management terminal 4 via the communication unit 204. For example, the progress status table creation unit 208 creates data for displaying a mask image in which the column (B1 to B10) of the work item B in step 1-1 is displayed in red on the progress plan table.

The communication unit 404 of the work area management terminal 4 is “information for displaying the progress plan table received from the work status management server 2 on the display unit 407 of the work area management terminal 4. The information for displaying the column of the work item B (B1 to B10) 1-1 in red is output to the registration unit 305. The registration unit 305 writes this information in the progress status table data area 4011 of the storage unit 401 and registers it.
The display control unit 406 then displays a red mask image in the column of the work item B (B1 to B10) of step 1-1 in the progress plan table based on the information read from the progress status table data area 4011 of the storage unit 401. The superimposed image is displayed on the display unit 407. An example of this display is shown in FIG.

Next, although detailed explanation is omitted, a work start report and a work end report of “operations B11 to B15 of step 1-1” are made by Mr. Nakamura and Mr. Yamamoto, respectively. By this report, the work status management server 2 receives the work progress status information including the work start time and the work progress status information including the work end time from Mr. Nakamura's worker terminal 3_1 and Mr. Yamamoto's worker terminal 3_7. To do. As described above, the work status management server 2 uses the progress status determination unit 207 to determine whether the progress status of the work content is delayed with respect to a plan determined in advance in the progress plan table. As mentioned above, Mr. Nakamura reported the end of each work at 15: 055 and Mr. Yamamoto at 16:00.
Therefore, for example, after reporting the completion of Mr. Yamamoto's work, the progress status determination unit 207 refers to the updated work progress status data table 2013 and updates the updated “work item B of process 1-1 (B11-B11”). B15) ”and the work start time“ 15:05 ”of“ work item B (B1 to B5) of process 1-1 ”, which is the work start time of work item B, are read out, The actual work time “55 minutes” of “work item B (B1 to B15) of step 1-1” is calculated.
Then, the progress status determination unit 207 calculates the planned work time “60 minutes” of the updated “work item B (B1 to B15) of process 1-1” based on the information read from the work progress status data table 2013. To do. The progress status determination unit 207 compares the calculated planned work time “60 minutes” of “work item B (B1 to B15) of process 1-1” with the calculated actual work time “55 minutes”.
In this case, since the actual work time “55 minutes” is less than or equal to the planned work time “60 minutes”, the progress status determination unit 207 delays the progress status of the work content from the plan determined in advance in the progress plan table. Judge that it is not.
Thereby, the work area management terminal 4 displays an image in which a blue mask image is superimposed and displayed in the column of the work item B (B1 to B15) of the process 1-1 in the progress plan table according to the determination result. Is displayed on the display unit 407. An example of this display is shown in FIG.

In this way, by dividing the work contents of each work item according to the work level, in the work for one work item, the work progress status is grasped by the interim report, and the result of the interim report is displayed in the progress status table. Can be displayed. Thereby, it is possible to display the progress information of each worker's work on the work area management terminal 4 and report it to the manager while working on one work item. Therefore, the administrator can grasp the progress concessions of the work of each worker in a time closer to real time.
In addition, even when the work for one work item is performed by a plurality of workers, the shared work is uniquely specified by the same process ID and work ID, so the progress of the work for each work item Information can be managed and displayed on the work area management terminal 4.
Although not described in detail, in the work status management server 2, the actual / planned time ratio calculation unit 209 calculates the actual / planned time ratio according to the progress using the work progress status information in the interim report. Then, it may be displayed on the work area management terminal 4.

<Third Embodiment>
Next, a third embodiment according to the present invention will be described with reference to FIG. In addition, this embodiment can be implemented by applying the work status management server 2, the worker terminal 3, and the work area management terminal 4 according to the first embodiment. Here, the same reference numerals are given, and descriptions of the configuration and function of each device are omitted.

  As shown in FIG. 23, the work status management system 102 according to the present embodiment includes a work status management server 21, a worker terminal 3, a work area management terminal 41, a mobile phone transmission device 51, and a manager mobile phone 52. A lamp lighting / buzzer sounding device 61, a field buzzer 62, and a field lamp 63. The work status management server 21, the worker terminal 3, the work area management terminal 41, the mobile phone transmission device 51, and the lamp lighting / buzzer sounding device 61 are respectively wired communication or wireless communication (for example, Local Area Network). ).

  The work status management server 21 has a partially different configuration from the work status management server 2 according to the first embodiment. The detailed configuration will be described later with reference to FIG. The work status management server 21 notifies each device of the determination result by the progress status determination unit 207. In the present embodiment, the work status management server 21 determines that the work is delayed only when the progress status determination unit 207 determines that a delay has occurred, and that the target device connected via the LAN Notify

The work area management terminal 41 includes an administrator portable terminal 42, an administrator PC (Personal Computer) display 43, and an on-site PC display 44. The work area management terminal 41 has the same configuration as the work area management terminal 4 according to the first embodiment.
The administrator portable terminal 42 is, for example, a smartphone or a tablet-type terminal, and is a portable terminal possessed by the administrator. The manager manages the work site, and supervises the site such as replenishing a supplementary person to the site where the delay has occurred.
The administrator PC display 43 is a computer provided for the administrator.
The on-site PC display 44 is a computer that is installed on the site and is provided mainly for the operator to confirm the work status and the like. One on-site PC display 44 is installed for each work area, for example.

The mobile phone transmission device 51 converts the information received from the work status management server 21 into voice data, and notifies the administrator mobile phone of the notification information from the work status management server 21 by voice.
The administrator mobile phone 52 is a mobile phone possessed by the administrator. The administrator mobile phone 52 is equipped with a call function and a mail function.
The lamp lighting / buzzer sounding device 61 controls the site buzzer 62 to emit a buzzer sound or controls the site lamp 63 to be lit based on the information received from the work status management server 21. .
One or a plurality of on-site buzzers 62 are provided at the work site, and notify the manager of the result of work status determination by the progress status determination unit 207 using a buzzer sound.
One or a plurality of on-site lamps 63 are provided at the work site, and notify the manager of the determination result of the work status by the progress status determination unit 207 by lighting the lamp.

Next, an example of the configuration of the work status management server 21 according to the present embodiment will be described with reference to FIG.
With reference to FIG. 24, an example of a configuration of the work status management server 21 according to the present embodiment will be described. FIG. 24 is a block diagram illustrating an example of the configuration of the work status management server 21 according to the present embodiment. 24, the same components as those in the work status management server 2 illustrated in FIG. 4 are denoted by the same reference numerals, and detailed description thereof is omitted.
As illustrated in FIG. 24, the work status management server 21 includes a notification control unit 210.
The notification control unit 210 inputs the determination result of the progress state determination unit 207, converts the determination result into appropriate information for each external device connected via the communication unit 204, and sends the determination result to each external device. Send.

For example, when the progress state determination unit 207 determines that the work of a specific worker (for example, Mr. Nakamura of work ID “12345”) is delayed, the notification control unit 210 sets the worker registration data table 2012. , Information indicating that the work is delayed is transmitted to the worker terminal 3_1 in which the mail address “nakamura@abc.jp” of Mr. Nakamura is set. Thereby, worker terminal 3_1 emits the sound and light which show that work is late, for example.
Further, in this case, the notification control unit 210 displays information indicating that the work of the specific worker (Mr. Nakamura) is delayed, the administrator mobile terminal 42 of the work area management terminal 41, the administrator PC display 43, Transmit to each of the on-site PC displays 44. As a result, each device of the work area management terminal 41 displays characters indicating that the work is delayed, information indicating the number of workers who are delayed and the details of the delayed work on the display. Each device of the work area management terminal 41 may emit a sound or light indicating that the work is delayed.
In the present embodiment, the configuration in which the work status management server 21 includes the progress status determination unit 207 has been described. However, the present invention is not limited to this. For example, the worker terminal 3 includes the progress status determination unit 207. There may be.

Further, in this case, the notification control unit 210 transmits information indicating that the work of the specific worker (Mr. Nakamura) is delayed to the mobile phone transmission device 51 and the lamp lighting / buzzer sounding device 61. The mobile phone transmission device 51 calls the administrator mobile phone 52 and reproduces a voice that indicates that the work of a specific worker (Mr. Nakamura) is delayed. In addition, the mobile phone transmission device 51 may transmit an email describing that the work of a specific worker (Mr. Nakamura) is delayed to the administrator mobile phone 52.
Further, the lamp lighting / buzzer sounding device 61 sounds the on-site buzzer 62 and the work of a specific worker (Mr. Nakamura) is delayed, or a delay occurs in the work team to which the specific worker belongs. Is notified by a buzzer sound. Furthermore, the lamp lighting / buzzer sounding device 61 turns on the on-site lamp 63 and the work of a specific worker (Mr. Nakamura) is delayed or a delay occurs in the work team to which the specific worker belongs. This is notified by a buzzer sound.

  As described above, when the work delay occurs, the progress status determination unit 207 determines that the work delay has occurred by notifying the manager or the worker directly or notifying the entire work site. In addition, the determination result can be promptly notified to the parties. In addition, because workers and managers at the site can share information that work delays occur in near real time, an environment where efforts are made to prevent work delays has been nurtured and managed. It is expected that the work assignment of the workers by the worker will proceed promptly and the work efficiency in the field will be improved.

<Fourth embodiment>
Next, an example of the progress status table according to the present embodiment will be described with reference to FIG. With reference to FIG. 25, an example of the row status table according to the present embodiment will be described. In addition, this embodiment can be implemented by applying the work status management server 2, the worker terminal 3, and the work area management terminal 4 according to the first embodiment. Here, the same reference numerals are given, and descriptions of the configuration and function of each device are omitted.
In the present embodiment, an example different from the progress status table created by the progress status table creation unit 208 of the work status management server 2 in the first embodiment will be described.
The progress situation table here is an overall bird's-eye view when the work site is seen from above, as shown. Here, a part of the work site is described, but it may be an overall overhead view in which the whole is described.
Based on the determination result of the progress status determination unit 207, the progress status table creation unit 208 displays the overall bird's-eye view in the image of the work area whose progress status is delayed with respect to the plan and the plan. Information to be displayed on the display is created so as to distinguish the display form of the work area whose progress is not delayed.
More specifically, the progress status table creation unit 208 is information for displaying the overall overhead view on the display unit 407 of the work area management terminal 4. The display column of the work area that is delayed is displayed in blue, and the image data that displays the display column of the work area whose progress is not delayed with respect to the plan is generated in red.

In the illustrated example, a delay occurs in the work areas 1001 and 1003. On the other hand, work is progressing as planned in work areas 1002 and 1004. The work area 1005 indicates that the work area is not used, and is displayed in white, for example.
Further, as shown in the drawing, near the display column of each work area, a work team working in the work area and a process ID indicating the work content are displayed. Therefore, by confirming the overall bird's-eye view displayed on the work area management terminal 4, the administrator can grasp the work area where the work delay occurs in the entire work site. Here, for example, when the administrator clicks the mouse pointer on the display area of the work area, the work area management terminal 4 displays the progress status indicating the work information of the worker who is working in this work area. Information requesting display of the table is transmitted to the work status management server 2. Based on this request, the work status management server 2 creates information indicating a corresponding progress status table and transmits it to the work area management terminal 4. As a result, the work area management terminal 4 can display the work status of the worker in the designated work area. Therefore, the manager can grasp the delay of the entire work site, and can grasp the delay for each worker and each work content.

The present invention is not limited to the above-described embodiment, and can be configured by a combination of the above-described configurations.
In addition, the work situation management system according to the present invention uses the time measured by the time measuring unit 206 of the work situation management server 2 at a predetermined timing in order to unify the current time among the devices. It may be transmitted to the terminal 3 and the work area management terminal 4 to synchronize.

<Fifth Embodiment>
Next, an example of the configuration of the work status management server 2 according to the present embodiment will be described with reference to FIG. FIG. 26 is a block diagram illustrating an example of the configuration of the work status management server 2 according to the present embodiment.
As shown in FIG. 26, the work status management server 2 includes a storage unit 201, an input unit 202, a work card information acquisition unit 203, a communication unit 204, a registration unit 205, a timing unit 206, and a progress status determination unit. 207, a progress status table creation unit 208, and an actual / planned time ratio calculation unit 209.
The storage unit 201 stores a progress plan table data table 2011, a worker registration data table 2012, a work progress status data table 2013, a work status table data table 2014, and an actual / planned time ratio data table 2015. Has been.

Here, an example of each data stored in the storage unit 201 will be described with reference to FIGS.
FIG. 27 is a diagram illustrating an example of the progress plan table data table 2011. The progress plan table data table 2011 is a table in which information included in the progress plan table shown in FIG. 3 is associated with each item.
As shown in FIG. 27, the progress plan table data table 2011 includes, for example, a process ID, a work item, a work ID, a work area, a worker ID, a worker name, a planned start time, and a planned end time. Is a table that associates with each other.
The process ID is unique information for identifying each process from other processes.
The work item is information indicating the name of each work item. One process includes a plurality of work items.
The work ID is unique information for identifying the work contents of each work item included in each process from other work contents.
The work area is information indicating a work area (place) where work of each work item is performed.
The worker ID is unique information for identifying a worker assigned as a person in charge of each work item from other workers.
The worker name is the name of the worker indicated by the work ID.
The scheduled start time is the time at which the work for each work item is scheduled to start.
The scheduled end time is the time at which the work for each work item is scheduled to end.

FIG. 28 is a diagram illustrating an example of the worker registration data table 2012. The worker registration data table 2012 is a table in which information about workers registered in advance is associated with each item.
As shown in FIG. 28, the worker registration data table 2012 is a table that associates worker IDs, worker names, work team names, and e-mail addresses.
The e-mail address is an e-mail address set in the worker terminal 3 (3_1, 3_2... 3_n) possessed by each worker.

FIG. 29 is a diagram illustrating an example of the work progress status data table 2013. This work progress status data table 2013 associates information indicating the progress status of each work content for each item based on the work progress status information received from the worker terminal 3 (3_1, 3_2,..., 3_n). It is a table.
As shown in FIG. 29, the work progress status data table 2013 includes a process ID, a work item, a work ID, a scheduled start time, a scheduled end time, a work start time, a work end time, and a start worker ID. And a table that associates the end worker ID with each other.
The process ID, the work item, the work ID, the scheduled start time, and the scheduled end time are written in advance based on each information written in the progress plan table data table 2011.
The work start time is, for example, a time at which a work reported from each worker via the worker terminal 3 is started.
The work end time is, for example, the time when the work reported from each worker through the worker terminal 3 is finished.
The start worker ID is information indicating the worker of the worker terminal 3 of the worker who has reported the start of the work via the worker terminal 3.
The end worker ID is information indicating the worker of the worker terminal 3 of the worker who reports the end of the work through the worker terminal 3.

Information indicating the work start time, the work end time, the start worker ID, and the end worker ID written in the work progress status data table 2013 is included in the work progress status information transmitted from the worker terminal 3. It is.
This work progress status information is information transmitted from each worker terminal 3, for example, when the worker who is the owner of the worker terminal 3 starts work and when the work is finished Information to be transmitted. The work progress status information transmitted at the start of work includes information (process ID and work ID) indicating work contents to be started from now on, and information indicating the time at which work of the work contents is started. Yes. Further, the work progress status information is associated with a mail address indicating each worker terminal 3 as a transmission source. The work status management server 2 can identify the worker ID of the worker terminal 3 that has transmitted the work progress status information by referring to the worker registration data table 2012 based on the mail address of the transmission source.

Here, an example of work card information transmitted from the work status management server 2 to the worker terminal 3 in order to obtain work progress status information from the worker terminal 3 will be described with reference to FIG. FIG. 30 is a diagram illustrating an example of a work card display screen in which work card information according to the present embodiment is displayed on the worker terminal 3.
As shown in FIG. 30, the work card display screen is an image displayed on the operation screen of the worker terminal 3, and includes a work content selection operation area G1, an elapsed time display area G2, a work start operation area G3, A work end operation area G4 and a work attribute information display area G5 are provided.
The work content selection operation area G1 is an operation screen for designating the work content of the work progress status information, and is an image area indicating the work content designation status specified by the combination of the process ID and the work item name. . Information displayed in the work content selection operation area G1 is work card information.
The elapsed time display area G2 is an image area indicating the elapsed time from the start of work. In the present embodiment, the elapsed time display area G2 counts down the scheduled planned work time and displays the time remaining in the work.
The work start operation area G3 is an operation button for instructing transmission of work progress status information when starting work.
The work end operation area G4 is an operation button for instructing transmission of work progress status information when the work is finished.
The work attribute information display area G5 is information indicating work attributes of the work progress status information, and is, for example, an image area that displays process IDs, work areas, and the like indicating the steps of each work.

FIG. 31 is a diagram illustrating an example of the work situation table data table 2014. The work status table data table 2014 is a table in which information indicating the determination result determined by the progress status determination unit 207 is associated with each item.
As illustrated in FIG. 31, the work situation table data table 2014 is a table that associates process IDs, work items, work IDs, and delay determination results.
The process ID, work item, and work ID are written in advance based on each information written in the progress plan table data table 2011.
The delay determination result is a result determined by the progress status determination unit 207, and the progress status of the work content is delayed or not delayed with respect to a plan determined in advance in the progress plan table. Information indicating either of them.

FIG. 32 is a diagram illustrating an example of the actual / planned time ratio data table 2015. The actual / planned time ratio data table 2015 is a table in which information indicating the actual / planned time ratio calculated by the actual / planned time ratio calculating unit 209 is associated with each item.
As shown in FIG. 32, the actual / planned time ratio data table 2015 is a table for associating process IDs, work items, work IDs, and actual / planned time ratios.
The process ID, work item, and work ID are written in advance based on each information written in the progress plan table data table 2011.
The actual / plan time ratio is information indicating the actual / plan time ratio calculated by the actual / plan time ratio calculation unit 209.
The actual / planned time ratio in which the process ID, the work ID, and the worker ID are associated with each other stores information indicating the actual / planned time ratio of each process.
The actual / planned time ratio in which only the process ID and the worker ID are associated, that is, the actual / planned time ratio in which the work ID is not associated with each other is the actual / planned time of each process. Information indicating the ratio is stored.

Next, each configuration of the work status management server 2 will be described.
The work card information acquisition unit 203 acquires work card information to be transmitted to the worker terminal 3 to obtain work progress status information. The work card information is information displayed in the work content selection operation area G1 on the work card display screen shown in FIG. 30, and is information indicating the work content of each worker.
The work card information acquisition unit 203 refers to the progress plan table data table 2011 based on the current time measured by the time measuring unit 206, and displays work card information indicating a work card corresponding to the work content to be started. create. For example, when the current time is 12:00 on October 1, work card information indicating work contents after 13:00 after 1 hour is created. In the present embodiment, the work card creation unit 203 creates work card information indicating the work contents in the future for each worker and for each process.
More specifically, the work card creation unit 203 creates work card information indicating only the work of the process starting most recently among the work contents of Mr. Nakamura with the worker ID “12345” at the current time. In the work card thus created, the work item A of process ID 1-1 and the work item B of process ID 1-1 are displayed in the work content selection operation area G1. In the work attribute information display area G5, a process ID 1-1 and a work area 1001 are displayed.

Further, the work card information acquisition unit 203 reads the mail address corresponding to the worker ID from the worker registration data table 2012, and sends the work card information to the worker terminal 3 indicated by the mail address so as to send it to the communication unit 204. Instruct.
Specifically, when the work card information for Mr. Nakamura who is the worker is acquired, the work card information acquisition unit 203 sets the mail address “nakamura@abc.jp” corresponding to the work ID “12345” of Mr. Nakamura. The data is read from the worker registration data table 2012 and output to the communication unit 204 in association with the acquired work card information.

  In the present embodiment, the work card creation unit 203 will be described below as creating work card information for each worker based on the latest work contents after one hour from the current time. However, the present invention is not limited to this, and a work card based on the work content after a predetermined set time, for example, 12 hours, 24 hours, and 1 week later, is created in advance, and the storage unit 201 It may be stored in the memory. In this case, the work card creation unit 203 reads the work card information from the storage unit 201 when the work start time included in the work card information is one hour before or 30 minutes before the work card information, and via the communication unit 204. It may be transmitted to the worker terminal 3. Alternatively, when receiving information requesting transmission of work card information from the worker terminal 3, the communication unit 204 reads out work card information based on the work content at the work start time closest to the current time from the storage unit 201, It may be a reply to the worker terminal 3.

  The communication unit 204 transmits and receives information to and from the worker terminal 3 and the work area management terminal 4 via wireless communication or wired communication. The communication unit 204 transmits the work card information acquired by the work card information acquisition unit 203 to the worker terminal 3 based on the associated mail address. Further, the communication unit 204 outputs the work progress status information received from the worker terminal 3 to the registration unit 205.

The registration unit 205 acquires information indicating the work progress status of each worker based on the work progress status information input from the communication unit 204 and writes the information in the work progress status data table 2013 of the storage unit 201.
For example, from the worker terminal 3 of Mr. Nakamura of the worker ID “12345”, work progress status information indicating that the work item A of the work items A and B of the process ID 1-1 was started at 12:55, It is assumed that the registration unit 205 has received via the communication unit 204. In this case, the registration unit 205 extracts information indicating the process ID “1-1”, the work ID “101-A”, and the work start time “12:55” from the work progress status information. In addition, the registration unit 205 acquires a mail address “nakamura@abc.jp” indicating the transmission source of the work progress status information. The registration unit 205 adds a mail address “nakamura @ abc” to the column of the work content specified in the work progress status data table 2013 based on the combination of the acquired process ID “1-1” and work ID “101-A”. The worker ID “12345” indicated by “.jp” is written in the column of the start worker ID, and the received work start time “12:55” is written in the column of the work start time.

  Similarly, from the worker terminal 3 of Mr. Nakamura with the worker ID “12345”, among the work items A and B of the process ID 1-1, the work indicating that the work item A is completed at “15:55”. It is assumed that the registration unit 205 receives the progress status information via the communication unit 204. In this case, the registration unit 205 determines the process ID “1-1” and the work ID “101-” from the work progress status information. A ”and information indicating the work completion time“ 15:55 ”are extracted. In addition, the registration unit 205 acquires a mail address “nakamura@abc.jp” indicating the transmission source of the work progress status information. The registration unit 205 adds a mail address “nakamura @ abc” to the column of the work content specified in the work progress status data table 2013 based on the combination of the acquired process ID “1-1” and work ID “101-A”. The worker ID “12345” indicated by “.jp” is written in the column of the end worker ID, and the received work end time “15:55” is written in the column of the work end time.

  The timekeeping unit 206 measures the current time and outputs information indicating the time measured.

The progress status determination unit 207 refers to the work progress status data table 2013 to determine whether or not the progress status of the work content indicated by the work progress status information is delayed with respect to a plan predetermined in the progress plan table. To do.
For example, when the information indicating the work start time or the work end time in the table is updated with reference to the work progress status data table 2013 in the storage unit 201, the progress status determination unit 207 responds based on the updated information. It is determined whether the work content to be performed is delayed.
The progress status determination unit 207 outputs information indicating the determination result to the progress status table creation unit 208.

More specifically, in the work progress status data table 2013, information indicating “12:55” is displayed in the column of the work start time associated with the process “1-1” and the work ID “101-A”. If written, the progress status determination unit 207 determines that the work of the work item A of the process ID 1-1 has started.
Further, in the work progress status data table 2013, when information indicating “15:55” is written at the work completion time associated with the process “1-1” and the work ID “101-A”, the progress is made. The situation determination unit 207 reads the process “1-1”, the work ID “101-A”, and the work start time “12:55” from the work progress situation data table 2013. The progress status determination unit 207 refers to the work progress status data table 2013 (or progress plan table data table 2011), and is scheduled to be associated with the process “1-1” and the work ID “101-A”. The start time “13:00” is read, and the scheduled start time “13:00” is compared with the work start time “12:55”.
When the work start time is before the scheduled start time, the progress status determination unit 207 determines that the progress status of the work content is not delayed from a plan determined in advance in the progress plan table. On the other hand, when the work start time is later than the scheduled start time, the progress status determination unit 207 determines that the progress status of the work content is delayed with respect to a plan determined in advance in the progress plan table.
In this example, since the work start time “12:55” is before the scheduled start time “13:00”, the progress status determination unit 207 advances the progress status of the work content of the work item A of the process ID 1-1. It is determined that there is no delay with respect to the plan determined in advance in the plan table.

The progress status table creating unit 208 creates information for displaying an image of the progress status table indicating the progress status of the work content on the display. In addition, the progress status table creation unit 208 uses the determination result of the progress status determination unit 207 to display the work content whose progress status is delayed with respect to the plan in the image for displaying the progress status table and the plan. On the other hand, information to be displayed on the display is created so as to distinguish the display form of the work content whose progress is not delayed. Further, the progress status table creating unit 208 creates information to be displayed on the display so as to distinguish between the display mode of the work content that has started and the display mode of the work content that has not yet started.
More specifically, the progress status table creation unit 208 is information for displaying the progress plan table on the display unit 407 of the work area management terminal 4, and in this progress plan table, the progress status with respect to the plan is displayed. Image data is generated in which the display column for the work content that is delayed is displayed in blue, and the display column for the work content that is not delayed in progress with respect to the plan is displayed in red. Further, the progress status table creation unit 208 is information for displaying the progress plan table on the display unit 407 of the work area management terminal 4, and in this progress plan table, the display column of the work content that has started is displayed in yellow. In addition, image data for displaying the display column of the work content that has not yet started in white is created. In addition, an image in which a mask image of a color corresponding to the progress status of the work is superimposed on the progress plan table is referred to as a progress status table.

Here, an example of the progress situation table created by the progress situation table creation unit 208 will be described with reference to FIG. FIG. 32 is a diagram illustrating an example of a progress status table created by the progress status table creation unit 208.
As shown in FIG. 32, the progress status table is displayed by superimposing a mask image of a color according to the determination result determined by the progress status determination unit 207 on the progress plan table. This progress plan table shows work plans assigned to six workers between 13:00 and 17:00. Although detailed illustration is omitted, in each time frame column, a process ID, a work item name, a scheduled start time, a scheduled end time, and the like are described. Further, when the progress status report based on the work progress status information has not yet been received from the worker terminal 3, the time frame field is displayed in white, for example.
The current time is displayed with a double line. In the example shown, it is 15:30.
In the case of the illustrated example, a blue mask image is superimposed and displayed in the time frame columns of Mr. Nakamura, Mr. Honma, Mr. Yoshida, and Mr. Sato. On the other hand, a red mask image is superimposed and displayed in the time frame column of Mr. Yamada and Mr. Otani.
Here, the manager may determine that it is necessary to add an assistant to the work of Mr. Yamada and Mr. Otani who are delayed in the work by looking at this progress table. In this case, Mr. Nakamura, Mr. Honma, and Mr. Sato have already finished their work at the current time. Therefore, after considering each person's work, etc., the manager will be one of Mr. Nakamura, Mr. Honma, and Mr. Sato for Mr. Yamada's work and one of the other for Mr. Otani. An instruction to participate as an assistant in the work can be given.

For example, when the actual / planned time ratio calculation unit 209 receives information requesting the actual / planned time ratio of the designated worker from the work area management terminal 4 via the communication unit 204, the designated work The information indicating the work performance of the person is read from the work progress status data table 2013, and the actual / planned time ratio is calculated based on the read information indicating the work performance.
More specifically, the actual / planned time ratio calculation unit 209 determines from the work progress status data table 2013, for example, the planned start time, planned end time, and work start time for each work item that is the target of the actual / planned time ratio. , And information indicating the work end time is read for each worker. The actual / planned time ratio calculation unit 209 calculates the time (actual work time) required for the work of the target work item based on the read information indicating the work start time and work end time. Further, the planned execution rate calculation unit 209 calculates a time (hereinafter, “planned work time”) determined in advance as the work time of the target work item based on the information indicating the planned start time and the planned end time.
The actual / planned time ratio calculation unit 209 calculates the actual / planned time ratio according to the arithmetic expression shown in the following formula (1).
<Calculation formula of actual / planned time ratio>
Actual / planned time ratio (%) = actual work time (minutes) ÷ planned work time (minutes)
... Formula (1)
Actual work time = work end time-work start time,
Planned work time = scheduled end time−scheduled start time.
That is, the actual / planned time ratio calculation unit 209 calculates a quotient obtained by dividing the calculated actual work time by the planned work time as the actual / planned time ratio. The actual / planned time ratio calculation unit 209 writes the calculated actual / planned time ratio in the actual / planned time ratio data table 2015.

The actual / planned time ratio calculation unit 209 can calculate the actual / planned time ratio according to the instructed target.
For example, when the calculation of the actual / planned time ratio of each process is instructed, the actual / planned time ratio in one process assigned to each worker is calculated. That is, when a plurality of work items are assigned to one worker in one process, the actual / plan time ratio calculation unit 209 adds the planned work time and the actual work time of the plurality of work items, respectively. Based on the value, the actual / planned time ratio of the specified process is calculated for each worker. For example, a plurality of work items A and B in step 1-1 are assigned to Mr. Nakamura who is the worker. Therefore, the actual / planned time ratio in the process 1-1 of Mr. Nakamura is the sum of the actual work time of work item A and the actual work time of work item B, and the planned work time of work item A and the planned work of work item B. This is the quotient divided by the sum of time.
On the other hand, when the calculation of the actual / planned time ratio for each work item is instructed, the actual / planned time ratio for each work item is calculated. That is, when a plurality of work items are assigned to one worker, the actual / plan time ratio calculation unit 209 calculates the actual / plan time ratio for each of the plurality of work items for the same worker. To do. In other words, in the case of Mr. Nakamura, the actual / planned time ratio in the work item A of the process 1-1 is obtained by a quotient obtained by dividing the actual work time of the work item A by the planned work time of the work item A. Further, the actual / planned time ratio in the work item B of the process 1-1 is obtained by a quotient obtained by dividing the actual work time of the work item B by the planned work time of the work item B.

  The actual / planned time ratio calculation unit 209 is an image showing a bar graph for comparing the calculated actual / planned time ratio for each worker or each work item, and is displayed on the display unit 407 of the work area management terminal 4. Create information to be displayed. The actual / planned time ratio calculation unit 209 determines that the actual work / planned time ratio exceeds 100%, that is, the worker or the work item in which the actual work time is longer than the planned work time and the work delay occurs. Displays the bar graph in red. On the other hand, the actual / planned time ratio calculation unit 209, when the actual / planned time ratio is 100% or less, that is, the worker or the work item in which the actual work time does not exceed the planned work time and the work delay has not occurred. For, the bar graph is displayed in blue.

Here, with reference to FIG. 34, an example of the image of the actual / planned time ratio bar graph created by the actual / planned time ratio calculation unit 209 will be described. FIG. 34 is a diagram showing an example of an image of a bar graph of the actual / planned time ratio created by the actual / planned time ratio calculating unit 209. The actual / planned time ratio bar graph is an example of the actual / planned time ratio calculated based on the work status of each worker in step 1-1 shown in FIG.
As shown in FIG. 34, Nakamura-san, Honma-san, Yoshida-san, and Sato-san have completed their work without delay, and therefore the actual / planned time ratio is 100% or less. The bar graph is displayed in blue. On the other hand, Mr. Yamada and Mr. Otani's work is delayed, and the actual / planned time ratio exceeds 100%. The bar graph is displayed in red. This bar graph indicates that the worker with a lower actual / plan time ratio took less time to work on the plan.
Here, the manager can numerically grasp the progress information of each worker by looking at the bar graph of the actual / planned time ratio. Then, the manager can instruct an operator with a low actual / planned time ratio to participate as an assistant in the work of a worker whose actual / planned time ratio exceeds 100%.

Next, an example of the configuration of the worker terminal 3 according to the present embodiment will be described with reference to FIG. FIG. 35 is a block diagram illustrating an example of the configuration of the worker terminal 3 according to the present embodiment.
As shown in FIG. 35, the worker terminal 3 includes a storage unit 301, an operation unit 302, a timing unit 303, a communication unit 304, a registration unit 305, a display control unit 306, a display unit 307, a work situation A reporting unit 308.
The storage unit 301 stores a work card information storage area 3011. This work card information storage area 3011 is a storage area for storing work card information received from the work status management server 2 by the worker terminal 3. The storage unit 301 sequentially overwrites and stores the work card information received from the work status management server 2 by the worker terminal 3.

The operation unit 302 receives an operation from the operator.
The clock unit 303 counts the current time and outputs information indicating the clocked time.
The communication unit 304 transmits and receives information to and from the work status management server 2 via wireless communication or wired communication. The communication unit 304 receives work card information from the work status management server 2. In addition, the communication unit 304 transmits work progress status information to the work status management server 2.
The registration unit 305 writes the work card information input from the communication unit 304 in the work card information storage area 3011 of the storage unit 301.
The display control unit 306 displays a work card display screen as shown in FIG. 30 on the display unit 307 based on the information stored in the work card information storage area 3011.
The display unit 307 is, for example, a touch panel display. The display unit 307 displays an image showing a work card and displays an operation screen of the operation unit 302.

The work status report unit 308 creates work progress status information based on information input from the operation unit 302 and transmits the work progress status information to the work status management server 2 via the communication unit 304.
For example, the work status reporting unit 308 transmits information indicating that the work of the work item A in step 1-1 has started as work progress status information to the work status management server 2 via the communication unit 304. Specifically, the work status reporting unit 308 transmits work progress status information indicating “work item A of process 1-1 started at 12:55” to the work status management server 2.
Similarly, when there is an instruction to end the operation via the operation unit 302, the work status report unit 308 sets the current time measured by the time measuring unit 303 as the “work end time”. Work progress status information indicating completion of the work is transmitted to the work status management server 2 via the communication unit 304.

Next, an example of the configuration of the work area management terminal 4 according to the present embodiment will be described with reference to FIG. FIG. 36 is a block diagram illustrating an example of the configuration of the work area management terminal 4 according to the present embodiment.
As illustrated in FIG. 36, the work area management terminal 4 includes a storage unit 401, an operation unit 402, a communication unit 404, a registration unit 405, a display control unit 406, and a display unit 407.
The storage unit 401 includes a progress status table data area 4011 and an actual / planned time ratio data area 4012. The progress status table data area 4011 is a storage area for storing information for displaying the progress status table image data created by the work status management server 2 on the display unit 407. The actual / planned time ratio data area 4012 is a storage area for storing information for displaying on the display unit 407 the image data of the actual / planned time ratio bar graph created by the work status management server 2.

The operation unit 402 receives an operation from the operator.
The communication unit 404 transmits and receives information to and from the work status management server 2 via wireless communication or wired communication. The communication unit 404 includes information for displaying an image of the progress status table created by the work status management server 2 on the display unit 407 and an image of a bar graph of the actual / planned time ratio created by the work status management server 2. Is received from the work status management server 2 for displaying information on the display unit 407.
The registration unit 405 stores information input from the communication unit 304 in each storage area of the storage unit 401.
The display control unit 406 reads information from the progress status table data area 4011 or the actual / planned time ratio data area 4012 of the storage unit 401 in accordance with an instruction from the operation unit 402, and displays an image based on the read information on the display unit 407. Display.
The display unit 407 is, for example, a touch panel display. The display unit 407 displays an image showing a progress status table and displays an operation screen of the operation unit 402.

Next, an example of a work status management method according to the present embodiment will be described with reference to FIG. FIG. 37 is a flowchart for explaining an example of the work status management method according to the present embodiment.
(Step ST1)
The work status management server 2 writes, for example, information indicating a progress plan table input via the input unit 202 in the progress plan table data table 2011 of the storage unit 201 and registers it. Then, the storage unit 201 copies information that overlaps with the information in the work progress status data table 2013 from the information in the progress plan table data table 2011 based on the registered information in the progress plan table data table 2011, so that the work progress is made. Write to the status data table 2013. Similarly, the storage unit 201 stores information on the work status table data table 2014 or the actual / planned time ratio data table 2015 in the information on the progress plan table data table 2011 based on the registered information on the progress plan table data table 2011. Are copied to the work status table data table 2014 or the actual / planned time ratio data table 2015. It is assumed that predetermined information input via the input unit 202 has already been registered in the worker registration data table 2012.

(Step ST2)
The work card information acquisition unit 203 of the work status management server 2 refers to the progress plan table data table 2011 based on the current time measured by the time measuring unit 206, and the work card corresponding to the work content to be started from now on. The work card information indicating is acquired.
For example, when the current time is 12:00 on October 1st, work card information indicating the work content after 13:00 after 1 hour is acquired. In the present embodiment, the work card information acquisition unit 203 acquires the work card information indicating only the process starting from the latest, that is, the work of the process 1-1 among the work contents of Mr. Nakamura with the worker ID “12345”. To do. For example, the work card information includes a process ID indicating the most recent work process, a work ID indicating a work item included in the work process of the process ID, a work area, a scheduled start time and a scheduled end of each work item. It includes information indicating the time. The work card information created in advance is stored in the progress plan table data table 2011.
The work card information acquisition unit 203 then reads the mail address “nakamura@abc.jp” of Mr. Nakamura of the worker ID “12345” with reference to the worker registration data table 2012, along with the created work card information, The data is output to the communication unit 204. The communication unit 204 transmits this work card information to the worker terminal 3_1 of the mail address “nakamura@abc.jp”.

(Step ST3)
Next, the communication unit 304 of Mr. Nakamura's worker terminal 3_1 for which the e-mail address “nakamura@abc.jp” is set receives the work card information transmitted from the work status management server 2. Then, the communication unit 304 outputs the received work card information to the registration unit 305. The registration unit 305 writes and registers information included in the work card information in the work card information storage area 3011 of the storage unit 301 for each item. That is, the registration unit 305 associates information indicating the process ID, work ID, work area, and scheduled start time and scheduled end time of each work item included in the work card information in the work card information storage area 3011. Write.

(Step ST4)
Then, the display control unit 306 of the worker terminal 3_1 reads the work card information from the work card information storage area 3011 of the storage unit 301, and displays an image represented based on the work card information on the display unit 307. An example of an image represented based on the work card information is a work card display screen as shown in FIG.
On the work card display screen, the work item A of the process ID 1-1 and the work item B of the process ID 1-1 are displayed in the work content selection operation area G1. In the work attribute information display area G5, a process ID 1-1 and a work area 1001 are displayed. At this time, since the elapsed time displayed in the elapsed time display area G2 is not counted, the planned work time “02: 00: 00: 00” is displayed.

(Step ST5)
Next, Mr. Nakamura who is a worker reports to the work status management server 2 that work of work item A in step 1-1 is started. Thereby, work progress status information indicating the progress status of the work assigned to Mr. Nakamura who is the worker is transmitted from the worker terminal 3_1 to the work status management server 2.
Specifically, in the work card display screen displayed on the display unit 307 of the worker terminal 3_1, the “work A” of the work item A displayed in the work content selection operation area G1 is designated by the worker. Is done. For example, the worker touches the display portion of “work A” from the screen of the display unit 307 which is a touch panel. Thereby, the operation unit 302 receives the operation content in which “Work A” is designated. Next, on the work card display screen displayed on the display unit 307 of the worker terminal 3_1, a work start operation area G3 displayed as “Arrival” is designated. For example, the operator touches the display portion of “Arrival” from the screen of the display unit 307 that is a touch panel. Thereby, the operation part 302 receives the operation content which reports the work start of the work item A of the process 1-1. Then, the operation unit 302 outputs work progress status information indicating that the work of the work item A in step 1-1 has started to the work status report unit 308.

Thereafter, when the work of the work item A in the process 1-1 is finished, Mr. Nakamura who is the worker reports to the work status management server 2 that the work of the work item A in the process 1-1 is finished. Thereby, work progress status information indicating the progress status of the work assigned to Mr. Nakamura who is the worker is transmitted from the worker terminal 3_1 to the work status management server 2.
Specifically, in the work card display screen displayed on the display unit 307 of the worker terminal 3_1, the “work A” of the work item A displayed in the work content selection operation area G1 is designated by the worker. Is done. For example, the worker touches the display portion of “work A” from the screen of the display unit 307 which is a touch panel. Thereby, the operation unit 302 receives the operation content in which “Work A” is designated. Next, the work end operation area G4 displayed as “complete” on the work card display screen displayed on the display unit 307 of the worker terminal 3_1 is designated. For example, the operator touches the display portion of “complete” from the screen of the display unit 307 which is a touch panel. Thereby, the operation part 302 receives the operation content which reports the completion | finish of work of the work item A of the process 1-1. Then, the operation unit 302 outputs work progress status information indicating that the work of the work item A in step 1-1 has been completed to the work status report unit 308.

(Step ST6)
Then, the work status reporting unit 308 creates work progress status information based on information input from the operation unit 302.
More specifically, as described in step ST5, when the work start operation area G3 displayed as “Arrival” is designated by the worker, the work status reporting unit 308 displays the work item A in step 1-1. As the “work start time” of the work ID “101-A” indicating the current time, information indicating the current time “12:55” timed by the timekeeping unit 303 is acquired. As a result, the work status reporting unit 308 creates work progress status information indicating that the work item A in step 1-1 is started at the work start time “12:55”.
The work status reporting unit 308 transmits work progress status information indicating that the work of the work item A in step 1-1 has been started to the work status management server 2 via the communication unit 304. For example, the work status reporting unit 308 transmits work progress status information indicating “work item A of process 1-1 started at 12:55” to the work status management server 2.
On the other hand, as described in step ST5, when the work end operation area G4 displayed as “complete” is designated by the worker, the work status reporting unit 308 displays the work ID indicating the work item A in step 1-1. As the “work end time” of “101-A”, information indicating the current time “15:50” timed by the time counting unit 303 is acquired. As a result, the work status reporting unit 308 creates work progress status information indicating that the work item A in step 1-1 has been completed at the work start time “15:50”.
The work status reporting unit 308 transmits work progress status information indicating that the work of the work item A in step 1-1 has been completed to the work status management server 2 via the communication unit 304. For example, the work status reporting unit 308 transmits work progress status information indicating that “work item A in step 1-1 is completed at 15:50” to the work status management server 2.

(Step ST7)
When the communication unit 204 of the work status management server 2 receives work progress status information indicating that “work item A of process 1-1 started at 12:55” from the worker terminal 3_1, the worker of the transmission source The information is output to the registration unit 205 together with the mail address “nakamura@abc.jp” of the terminal 3_1.
Then, the registration unit 205 updates the work progress status data table 2013 based on the input information. More specifically, the registration unit 205 obtains the work ID “101-A” from the work progress status information indicating “work item A of process 1-1 started at 12:55”. In the work progress status data table 2013, the work start time “12:55” is written in the work start time column associated with the work ID “101-A”.
Further, when the communication unit 204 of the work status management server 2 receives the work progress status information indicating that “the work item A of the process 1-1 is completed at 15:50” from the worker terminal 3_1, the work of the transmission source Together with the mail address “nakamura@abc.jp” of the user terminal 3_1, the information is output to the registration unit 205.
Then, the registration unit 205 updates the work progress status data table 2013 based on the input information. More specifically, the registration unit 205 obtains the work ID “101-A” from the work progress status information indicating that “the work item A in the process 1-1 has been completed at 15:50”. In the work progress status data table 2013, “15:50” which is the work end time is written in the work end time column associated with the work ID “101-A”.

(Step ST8)
Next, the progress status determination unit 207 reads information from the work progress status data table 2013 of the storage unit 201, and whether or not the updated work has been started, or the progress status of the updated work content is the progress plan table. It is determined whether or not it is late with respect to the predetermined plan.
The progress status determination unit 207, for example, from the work progress status data table 2013, updates the scheduled start time “13:00” of the “work item A of process 1-1” and the work start time “12:55”. And compare the two.
In this case, since the work start time “12:55” is before the scheduled start time “13:00”, the progress status determination unit 207 determines that the progress status of the work content is determined in advance in the progress plan table. It is determined that it is not late. Then, the progress status determination unit 207 outputs information indicating the determination result to the progress status table creation unit 208.
The progress status determination unit 207 registers the determination result in the work status table data table 2014. That is, the progress status determination unit 207 associates “information indicating that there is no delay” with the work ID indicating “work item A of process 1-1” and writes it in the work status table data table 2014.

(Step ST9)
Based on the determination result of the progress status determination unit 207, the progress status table creation unit 208 displays the progress status table in an image displaying the progress status table in red in the column of work contents whose progress status is delayed with respect to the plan. Information to be displayed on the display is created so that the work content fields whose progress is not delayed are distinguished in blue. Further, the progress status table creating unit 208 creates information to be displayed on the display so as to distinguish between the display mode of the work content that has started and the display mode of the work content that has not yet started.
More specifically, the progress status table creation unit 208 is information for displaying the progress plan table on the display unit 407 of the work area management terminal 4, and as described in step ST5, “Arrival” is displayed. When the work start operation area G3 is designated by the worker, in this progress plan table, information of a mask image for displaying the column of the work item A in step 1-1 in yellow is created. Then, the progress status table creation unit 208 transmits the created information to the work area management terminal 4 via the communication unit 204.
On the other hand, as described in step ST5, when the work end operation area G4 displayed as “complete” is designated by the worker, the progress status table creation unit 208 displays the progress plan table on the work area management terminal 4. This is information to be displayed on the section 407, and in this progress plan table, information on a mask image for displaying the column of the work item A in step 1-1 in blue is created. Then, the progress status table creation unit 208 transmits the created information to the work area management terminal 4 via the communication unit 204.

(Step ST10)
As described in step ST5, when the work start operation area G3 displayed as “arrival” is designated by the worker, the communication unit 404 of the work area management terminal 4 receives the “progress” received from the work status management server 2. Information for displaying the plan table on the display unit 407 of the work area management terminal 4 and registering “information for displaying the column of the work item A of the process 1-1 in yellow in the progress plan table” is registered. The data is output to the unit 305. The registration unit 305 writes this information in the progress status table data area 4011 of the storage unit 401 and registers it.
On the other hand, as described in step ST5, when the work end operation area G4 displayed as “complete” is designated by the worker, the communication unit 404 of the work area management terminal 4 receives from the work status management server 2. “Information for displaying the progress plan table on the display unit 407 of the work area management terminal 4 and for displaying the column of the work item A of step 1-1 in this progress plan table in blue” To the registration unit 305. The registration unit 305 writes this information in the progress status table data area 4011 of the storage unit 401 and registers it.
Then, based on the information read from the progress status table data area 4011 of the storage unit 401, the display control unit 406 displays an image in which the column of the work item A of step 1-1 is displayed in yellow or blue in the progress plan table. Be displayed on the unit 407.

(Step ST11)
The actual / planned time ratio calculation unit 209 is designated when, for example, information requesting the actual / planned time ratio of the designated worker is received from the work area management terminal 4 via the communication unit 204. The information indicating the work performance of the worker is read from the work progress status data table 2013, and the actual / planned time ratio is calculated based on the read information indicating the work performance.
More specifically, when the work area management terminal 4 receives an instruction to display the actual / planned time ratio in the process 1-1 of the team C1 via the operation unit 402, for example, the work area management terminal 4 performs the process 1 of the team C1. 1 is transmitted to the work status management server 2 via the communication unit 404. The work status management server 2 receives this information via the communication unit 204.
Then, the communication unit 204 of the work situation management server 2 outputs the received information to the actual / planned time ratio calculation unit 209. The actual / planned time ratio calculating unit 209 inputs each work item in the process 1-1 from the work progress status data table 2013 based on the input “information requesting the actual / planned time ratio in the process 1-1 of the team C1”. Information indicating the scheduled start time, scheduled end time, work start time, and work end time is read for each worker belonging to the team C1. Then, the actual / planned time ratio calculation unit 209 calculates the actual / planned time ratio according to the arithmetic expression shown in Expression (1).

For example, the actual / planned time ratio calculating unit 209 performs the actual work required for the work items A and B in the process 1-1 based on the information indicating the work start time and work end time of Mr. Nakamura with the work ID “12345”. Calculate work time. In addition, the actual / planned time ratio calculation unit 209 refers to the work progress status data table 2013 as the work time of the work items A and B in the process 1-1 based on the information indicating the planned start time and the planned end time. A predetermined time (planned work time) is calculated. In this case, the planned work time is 3 hours.
The actual / planned time ratio calculation unit 209 calculates a quotient obtained by dividing the calculated actual work time by the planned work time as the actual / planned time ratio.
The actual / plan time ratio calculation unit 209 writes the calculated actual / plan time ratio in the actual / plan time ratio data table 2015.
Further, the actual / planned time ratio calculating unit 209 is an image represented by a bar graph for comparing the calculated actual / planned time ratio for each worker, and is displayed on the display unit 407 of the work area management terminal 4. Create information. Note that the actual / planned time ratio calculation unit 209 displays a bar graph when the actual / planned time ratio exceeds 100%, that is, for an operator whose actual work time is longer than the planned work time and the work delay occurs. Is displayed in red. On the other hand, the actual / planned time ratio calculation unit 209, when the actual / planned time ratio is 100% or less, that is, for the worker whose actual work time does not exceed the planned work time and no work delay occurs, The bar graph is displayed in blue. Then, the actual / planned time ratio calculating unit 209 calculates the actual / planned time / calculated value calculated for the work area management terminal 4 that has transmitted information requesting the actual / planned time ratio via the communication unit 204. Send time ratio.

  Here, the actual / planned time ratio calculation unit 209 has been described with respect to an example in which calculation of the actual / planned time ratio in units of processes is instructed from the work area management terminal 4, but the present invention is not limited thereto. Instead, the actual / planned time ratio in units of work items may be calculated.

(Step ST10)
Then, the communication unit 404 of the work area management terminal 4 receives the “information of the image indicated by the bar graph for comparing the calculated actual / planned time ratio for each worker” received from the work status management server 2 in the registration unit 305. Output. The registration unit 305 writes this information in the actual / planned time ratio data area 4012 of the storage unit 401 and registers it.
The display control unit 406 displays on the display unit 407 an image represented by a bar graph for comparing the actual / planned time ratio for each worker based on the information read from the actual / planned time ratio data area 4012 of the storage unit 401. Let

In this way, the work status management server 2 obtains the progress status table indicating the progress status of each worker and the actual / planned time ratio based on the work progress status information acquired from each worker via the worker terminal 3. It is displayed on the work area management terminal 4.
Therefore, the manager can grasp the work status of each worker by looking at the progress status table and the actual / planned time ratio, and if there is a delay, the extent of the delay Etc. can be quickly grasped. In addition, it is possible to quickly determine to search for and replenish personnel who can assist in the delayed work. Therefore, it is possible to shorten the time required for grasping the progress status, quickly determine the personnel assignment, and quickly assign the worker according to the work status.
Thus, as in the present embodiment, when the work area is determined in advance for each manufacturing process, when the completion time of the previous process is delayed in the work area, the next process to work next in the work area The operator must wait for the completion of the previous process. However, by promptly assigning workers according to the work situation, it is possible to suppress the occurrence of delay for each process, and thus to suppress the occurrence of delay in the entire manufacturing site.

  In the above-described example, an example has been described in which occurrence of delay is determined both at the start of work and at the end of work, and a blue or red mask image is displayed in the progress status table based on the determination result. However, the present invention is not limited to this, and it is only necessary to determine the occurrence of delay based on at least the work end time and display a blue or red mask image on the progress status table based on the determination result.

<Sixth Embodiment>
Next, a second embodiment according to the present invention will be described with reference to FIGS. In addition, this embodiment can be implemented by applying the work status management server 2, the worker terminal 3, and the work area management terminal 4 according to the first embodiment. Here, the same reference numerals are given, and descriptions of the configuration and function of each device are omitted.
In the present embodiment, an example in which a plurality of work levels are defined in each work item A, B, C. In the present embodiment, not only the start and end of the work item are reported from the worker, but an intermediate report of the progress status is sent from the worker terminal 3 using a work level predetermined for each work item. This is performed by transmitting work progress status information to the work status management server 2.

FIG. 38 is an example of a work card display screen created by the work status management server 2.
As shown in FIG. 38, the work content selection operation area G1 shows the work level of the work content and the scheduled start time and scheduled end time of the work divided for each timing of intermediate reporting. It is assumed that the scheduled start time and scheduled end time of each work level are written in advance in the progress plan table data table 2011.
Specifically, in the work content selection operation area G1, there are five levels of work levels A1 to A45 of the work item A of the process ID 1-1 and work levels B1 to B15 of the work item B of the process ID 1-1. The scheduled start time and scheduled end time of the work content divided for each are shown. When a plurality of work levels B1 to B15 are included in one work item, the work contents are displayed in the work content selection operation area G1 for each work level divided at the report timing. In the present embodiment, the report timing in the work item B in step 1-1 is as follows: when work is started, when work levels B1 to B5 are finished, work levels B6 to B10 are finished, and work levels B11 to B11 are finished. It is predetermined when B15 is finished.
In this way, the work is displayed for each work level classified in the report timing, and the scheduled start time and scheduled end time of each work are displayed, so that the worker can grasp the future work schedule. It becomes easy.

Next, specific examples according to the present embodiment will be described with reference to FIG. The progress plan according to the present embodiment is the same as the content of the progress plan table shown in FIG. 3 in the first embodiment, and the planned schedule time is determined in more detail according to the work level. .
Here, the work situation of Mr. Nakamura who is the work ID “12345” will be described. In Nakamura-san's work plan table, work item B of process ID 1-1 is scheduled for work levels B1 to B5 from scheduled start time “15:00” to scheduled end time “15:20”, and work levels B6 to B10. It is planned that the time “15:20” to the scheduled end time “15:40” and the work levels B11 to B15 are the scheduled start time “15:40” to the scheduled end time “16:00”. Information such as the planned schedule time included in this progress plan table is stored in the progress plan table data table 2011 and the work progress status data table 2013 in the storage unit 201 as described above.
Mr. Nakamura finished the work item A in the process 1-1 at “15:03”. Therefore, the end time was delayed by 2 minutes from the plan of the progress schedule. Therefore, the time to start work item B was also “15:05”, which is 5 minutes behind the plan in the progress plan table. Therefore, the end time of the work levels B1 to B5 of the work item B is “15:25”. That is, the work items B1 to B5 of the work item B are also delayed by 5 minutes from the plan of the progress plan table.
Therefore, the administrator considered, for example, replenishing Mr. Yamamoto of the work team C2 who completed the work during that time period as an assistant to Mr. Nakamura's work. Then, the administrator distributes the work contents of Mr. Nakamura to Mr. Nakamura and Mr. Yamamoto and assigns the work levels B6, B7, B11 to B13 of the work item B of the process 1-1 to Mr. Nakamura. The work levels B8 to B10, B14, and B15 of the work item B in the process 1-1 are instructed to be performed.

Mr. Nakamura transmits work progress status information to the work status management server 2 via the worker terminal 3_1 at the stage where the work at the work levels B6 and B7 of the work item B in the designated process 1-1 is completed. To do. Then, at the stage where the work at work level B11-13 of work item B in the designated step 1-1 is completed, work progress status information is transmitted to the work status management server 2 via the worker terminal 3_1.
In addition, Mr. Yamamoto transmits work progress status information to the work status management server 2 via the worker terminal 3_7 when the work at the work levels B8 to B10 of the work item B in the designated process 1-1 is completed. To do. Then, the work progress status information is transmitted to the work status management server 2 via the worker terminal 3_7 at the stage where the work at the work levels B14 and B15 of the instructed work item B in the process 1-1 is completed.

In this way, Mr. Yamamoto assisted Mr. Nakamura's work, and Mr. Nakamura finished work at work levels B6 and B7 two minutes earlier than planned. As a result, Mr. Nakamura was able to start work at work levels B11 to B13 as planned and finished 5 minutes earlier than planned.
In addition, Mr. Yamamoto delayed the work at work levels B8 to B10 by 5 minutes from the plan. Accordingly, Mr. Yamamoto started work at work levels B14 to B15 with a delay of 7 minutes from the plan, but ended 5 minutes earlier than the plan.
That is, as a result, the work item B of the process 1-1 was completed 5 minutes earlier than planned.

Next, with reference to FIGS. 40 to 45, changes in the image displayed on the work area management terminal 4 in the situation described with reference to FIG. 39 will be described, and the operation of each component will be described. .
For example, Mr. Nakamura finishes the work displayed as “complete” in the work card displayed on the display unit 307 of the worker terminal 3_1 in a state where “work A41 to A45 in step 1-1” is designated. The operation area G4 is indicated. The current time at this time is 15:03. As a result, the work status reporting unit 308 obtains information indicating the current time “15:03” from the time measuring unit 303, and “work item A (A41 to A45) of step 1-1 is completed at 15:03. The work progress status information indicating "

When the work status management server 2 receives the work progress status information indicating that “the work item A (A41 to A45) of the process 1-1 has been completed at 15:03” from the worker terminal 3_1, The work progress status data table 2013 is updated.
The progress status determination unit 207 of the work status management server 2 reads information from the work progress status data table 2013 of the storage unit 201, and the progress status of the updated work content is compared with a plan determined in advance in the progress plan table. To determine whether it is late.
Here, the progress status determination unit 207 determines from the work progress status data table 2013 that the updated scheduled end time “15:00” of “work item A (A41 to A45) of process 1-1” and the work end time. “15:03” is read and compared.
In this case, since the work end time “15:03” exceeds the scheduled end time “15:00”, the progress status determination unit 207 determines that the progress status of the work content is predetermined in the progress plan table. It is determined that it is late for. Then, the progress status determination unit 207 outputs information indicating the determination result to the progress status table creation unit 208.

  The progress status table creation unit 208 is information for displaying the progress plan table on the display unit 407 of the work area management terminal 4 based on the determination result of the progress status determination unit 207. The information for displaying the work item A field of -1 in red is created. Then, the progress status table creation unit 208 transmits the created information to the work area management terminal 4 via the communication unit 204.

The communication unit 404 of the work area management terminal 4 is “information for displaying the progress plan table received from the work status management server 2 on the display unit 407 of the work area management terminal 4. Information for displaying the column of the work item A 1-1 in red ”is output to the registration unit 305. The registration unit 305 writes this information in the progress status table data area 4011 of the storage unit 401 and registers it.
Then, based on the information read from the progress status table data area 4011 of the storage unit 401, the display control unit 406 causes the work item A column of step 1-1 to be displayed with a red mask image superimposed on the progress plan table. The displayed image is displayed on the display unit 407. An example of this display is shown in FIG.

  Next, Mr. Nakamura displays “Arrival” on the work card display screen displayed on the display unit 307 of the worker terminal 3_1 in a state where “operations B1 to B5 in step 1-1” are designated. The work start operation area G3 is indicated. The current time at this time is 15:05. As a result, the work status reporting unit 308 acquires information indicating the current time “15:05” from the time measuring unit 303, and starts “work item B (B1 to B5) of step 1-1 at 15:05. The work progress status information indicating “has been received” is transmitted to the work status management server 2.

When the work status management server 2 receives the work progress status information indicating that “the work item B (B1 to B5) of the process 1-1 has been started at 15:05” from the worker terminal 3_1, The work progress status data table 2013 is updated.
The progress status determination unit 207 of the work status management server 2 reads information from the work progress status data table 2013 of the storage unit 201, and the progress status of the updated work content is compared with a plan determined in advance in the progress plan table. To determine whether it is late.
Here, the progress status determination unit 207 determines from the work progress status data table 2013 that the updated scheduled start time “15:00” of “work item B (B1 to B5) of process 1-1” and the work start time. “15:05” is read and compared.
In this case, since the work start time “15:05” exceeds the scheduled start time “15:00”, the progress status determination unit 207 determines that the progress status of the work content is predetermined in the progress plan table. It is determined that it is late for. Then, the progress status determination unit 207 outputs information indicating the determination result to the progress status table creation unit 208.

  The progress status table creation unit 208 is information for displaying the progress plan table on the display unit 407 of the work area management terminal 4 based on the determination result of the progress status determination unit 207. The information for displaying the work item B field of -1 in red is created. Then, the progress status table creation unit 208 transmits the created information to the work area management terminal 4 via the communication unit 204. For example, the progress table creation unit 208 displays a mask in which the work item B (B1 to B5) column of the process 1-1 is displayed in red in the work item B field of the process 1-1. Data for displaying the image superimposed on the progress plan table is created. Since the start is delayed, this may be displayed on the mask image.

The communication unit 404 of the work area management terminal 4 is “information for displaying the progress plan table received from the work status management server 2 on the display unit 407 of the work area management terminal 4. Information for displaying the column of the work item B (B1 to B5) 1-1 in red is output to the registration unit 305. The registration unit 305 writes this information in the progress status table data area 4011 of the storage unit 401 and registers it.
Then, based on the information read from the progress status table data area 4011 of the storage unit 401, the display control unit 406 displays a red mask image in the column of the work item B (B1 to B5) of step 1-1 in the progress plan table. The superimposed image is displayed on the display unit 407. An example of this display is shown in FIG. As shown in the figure, the past side of the time axis of the mask image coincides with the time axis of the work start time “15:05”.

  Next, Mr. Nakamura displays “complete” in the state where “operations B1 to B5 in step 1-1” are designated on the work card display screen displayed on the display unit 307 of the worker terminal 3_1. The work end operation area G4 is indicated. The current time at this time is 15:25. As a result, the work status reporting unit 308 obtains information indicating the current time “15:25” from the time measuring unit 303, and “work item B (B1 to B5) of step 1-1 is ended at 15:25. The work progress status information indicating “has been received” is transmitted to the work status management server 2.

When the work status management server 2 receives the work progress status information indicating that “the work item B (B1 to B5) of the process 1-1 has been completed at 15:25” from the worker terminal 3_1, The work progress status data table 2013 is updated.
The progress status determination unit 207 of the work status management server 2 reads information from the work progress status data table 2013 of the storage unit 201, and the progress status of the updated work content is compared with a plan determined in advance in the progress plan table. To determine whether it is late.
Here, the progress status determination unit 207 determines, from the work progress status data table 2013, the scheduled end time “15:20” of the updated “work item B (B1 to B5) of process 1-1” and the work end time. “15:25” is read and compared.
In this case, since the work end time “15:25” exceeds the scheduled end time “15:20”, the progress status determination unit 207 determines that the progress status of the work content is predetermined in the progress plan table. It is determined that it is late for. Then, the progress status determination unit 207 outputs information indicating the determination result to the progress status table creation unit 208.

  The progress status table creation unit 208 is information for displaying the progress plan table on the display unit 407 of the work area management terminal 4 based on the determination result of the progress status determination unit 207. In the work item B field of -1, the mask image in which the work item B (B1 to B5) field of step 1-1 is displayed in red is superimposed on the progress plan table in accordance with the work start time point. Create the data to be displayed.

The communication unit 404 of the work area management terminal 4 is “information for displaying the progress plan table received from the work status management server 2 on the display unit 407 of the work area management terminal 4. Information for displaying the column of the work item B (B1 to B5) 1-1 in red is output to the registration unit 305. The registration unit 305 writes this information in the progress status table data area 4011 of the storage unit 401 and registers it.
Then, based on the information read from the progress status table data area 4011 of the storage unit 401, the display control unit 406 displays a red mask image in the column of the work item B (B1 to B5) of step 1-1 in the progress plan table. The superimposed image is displayed on the display unit 407. An example of this display is shown in FIG. As illustrated, the past side of the time axis of the mask image coincides with the time axis of the work start time “15:05”. Further, the future side of the time axis of the mask image matches the time axis of the work start time “15:25”.

  Looking at the screen shown in FIG. 42, the manager requests Mr. Yamamoto's assistance. Note that the details of the work instructions to Mr. Nakamura and Mr. Yamamoto are as described above.

Then, Mr. Nakamura is displayed as “arrival” in the state where “operations B6 to B10 in step 1-1” are designated on the work card display screen displayed on the display unit 307 of the worker terminal 3_1. The work start operation area G3 is indicated. Next, when the work is completed, Mr. Nakamura is in a state where “work B6 to B10 in step 1-1” is designated on the work card display screen displayed on the display unit 307 of the worker terminal 3_1. "Indicates the work end operation area G4. Here, Mr. Nakamura has completed only “operations B6 to B7 in step 1-1”, but the work content to be specified is divided into “operations B6 to B10 in step 1-1”. On the system, the completion of “operations B6 to B10 in step 1-1” is reported. The current time at this time is 15:38.
As a result, the work status reporting unit 308 obtains information indicating the current time “15:38” from the time measuring unit 303, and “work item B (B6 to B10) in step 1-1 is ended at 15:38. The work progress status information indicating “has been received” is transmitted to the work status management server 2.

  When the work status management server 2 receives the work progress status information indicating that “the work item B (B6 to B10) in the process 1-1 has been completed at 15:38” from the worker terminal 3_1, The work progress status data table 2013 is updated. The registration unit 205 of the work status management server 2 refers to the worker registration data table 2012 based on the mail address of the worker terminal 3_1 that is the transmission source of the work progress status information, and Mr. Nakamura's worker ID. “12345” is acquired. Then, in the work progress status data table 2013, this worker ID “12345” is written in the “finished worker ID” column corresponding to “work item B (B6 to B10) of step 1-1”.

Next, the progress status determination unit 207 of the work status management server 2 reads information from the work progress status data table 2013 of the storage unit 201, and the progress status of the updated work content is determined in advance in the progress plan table. It is determined whether or not it is late.
Here, the progress status determination unit 207 determines from the work progress status data table 2013 that the updated scheduled end time “15:40” of “work item B (B6 to B10) of process 1-1” and the work end time. Read “15:38” and compare both.
In this case, since the work end time “15:38” is before the scheduled end time “15:40”, the progress status determination unit 207 determines that the progress status of the work content is determined in advance in the progress plan table. It is determined that it is not late. Then, the progress status determination unit 207 outputs information indicating the determination result to the progress status table creation unit 208.

  The progress status table creation unit 208 is information for displaying the progress plan table on the display unit 407 of the work area management terminal 4 based on the determination result of the progress status determination unit 207. The information for displaying the column of work item B (B1 to B10) of -1 in blue is created. Then, the progress status table creation unit 208 transmits the created information to the work area management terminal 4 via the communication unit 204. For example, the progress status table creation unit 208 displays a mask in which the work item B (B1 to B10) column of the process 1-1 is displayed in blue in the work item B field of the process 1-1. Data for displaying the image superimposed on the progress plan table is created.

The communication unit 404 of the work area management terminal 4 is “information for displaying the progress plan table received from the work status management server 2 on the display unit 407 of the work area management terminal 4. Information for displaying the column of the work item B (B1 to B10) 1-1 in blue is output to the registration unit 305. The registration unit 305 writes this information in the progress status table data area 4011 of the storage unit 401 and registers it.
The display control unit 406 then displays a blue mask image in the column of the work item B (B1 to B10) of step 1-1 in the progress plan table based on the information read from the progress status table data area 4011 of the storage unit 401. The superimposed image is displayed on the display unit 407. An example of this display is shown in FIG. As illustrated, the past side of the time axis of the mask image matches the time axis of the work start time “15:05” of the work item B. Further, the future side of the time axis of the mask image coincides with the time axis of the work end time “15:38”.

On the other hand, Mr. Yamamoto has displayed “Arrival” in the state where “operations B6 to B10 in step 1-1” are designated on the operation card display screen displayed on the display unit 307 of the operator terminal 3_7. The work start operation area G3 is indicated. Next, when the work is completed, “completed” is displayed in the state where “work B6 to B10 in step 1-1” is designated on the work card display screen displayed on the display unit 307 of the worker terminal 3_1. The operation end operation area G4 is indicated.
Here, Mr. Yamamoto has only completed “operations B8 to B10 in step 1-1”, but the work content to be designated is divided into “operations B6 to B10 in step 1-1”. On the system, the completion of “operations B6 to B10 in step 1-1” is reported. The current time at this time is 15:45.
As a result, the work status reporting unit 308 acquires information indicating the current time “15:45” from the time measuring unit 303, and “work item B (B6 to B10) of step 1-1 is ended at 15:45. The work progress status information indicating "

When the work status management server 2 receives the work progress status information indicating that “the work item B (B6 to B10) of the process 1-1 has been completed at 15:45” from the worker terminal 3_1, The work progress status data table 2013 is updated. The registration unit 205 of the work status management server 2 refers to the worker registration data table 2012 based on the mail address of the worker terminal 3_1 that is the transmission source of the work progress status information, and Mr. Yamamoto's worker ID. “12351” is acquired. Then, in the work progress status data table 2013, this worker ID “12351” is written in the “finished worker ID” column corresponding to “work item B (B6 to B10) in step 1-1”.
In this “end worker ID” column, the worker ID “12345” of Mr. Nakamura who made the end report earlier is written. Therefore, when the registration unit 205 writes Mr. Yamamoto's worker ID “12351”, for example, Mr. Nakamura's worker indicates that Mr. Yamamoto's report is later than Mr. Nakamura's report time. The operator ID “12351” of Yamamoto is written after the ID “12345”.
In the “work end time” column, the work end time “15:38” of Mr. Nakamura who made the end report earlier is written. Therefore, the registration unit 205 writes Mr. Yamamoto's work end time “15:45” after Mr. Nakamura's work end time “15:38”.

Next, the progress status determination unit 207 of the work status management server 2 reads information from the work progress status data table 2013 of the storage unit 201, and the progress status of the updated work content is determined in advance in the progress plan table. It is determined whether or not it is late.
Here, the progress status determination unit 207 determines from the work progress status data table 2013 that the updated scheduled end time “15:40” of “work item B (B6 to B10) of process 1-1” and the work end time. Read “15:45” and compare both.
In this case, since the work end time “15:45” exceeds the scheduled end time “15:40”, the progress status determination unit 207 determines that the progress status of the work content is predetermined in the progress plan table. It is determined that it is late for. Then, the progress status determination unit 207 outputs information indicating the determination result to the progress status table creation unit 208.

  The progress status table creation unit 208 is information for displaying the progress plan table on the display unit 407 of the work area management terminal 4 based on the determination result of the progress status determination unit 207. The information for displaying the column of work item B (B1 to B10) of -1 in red is created. Then, the progress status table creation unit 208 transmits the created information to the work area management terminal 4 via the communication unit 204. For example, the progress status table creation unit 208 displays the work item B fields (B1 to B10) of the process 1-1 in red in the work item B fields of the process 1-1 in accordance with the work end point. Data for displaying the image superimposed on the progress plan table is created.

The communication unit 404 of the work area management terminal 4 is “information for displaying the progress plan table received from the work status management server 2 on the display unit 407 of the work area management terminal 4. The information for displaying the column of the work item B (B1 to B10) 1-1 in red is output to the registration unit 305. The registration unit 305 writes this information in the progress status table data area 4011 of the storage unit 401 and registers it.
The display control unit 406 then displays a red mask image in the column of the work item B (B1 to B10) of step 1-1 in the progress plan table based on the information read from the progress status table data area 4011 of the storage unit 401. The superimposed image is displayed on the display unit 407. An example of this display is shown in FIG. As illustrated, the past side of the time axis of the mask image matches the time axis of the work start time “15:05” of the work item B. Further, the future side of the time axis of the mask image coincides with the time axis of the work end time “15:45”.

Next, although detailed explanation is omitted, a work start report and a work end report of “operations B11 to B15 of step 1-1” are made by Mr. Nakamura and Mr. Yamamoto, respectively. By this report, the work status management server 2 receives the work progress status information including the work start time and the work progress status information including the work end time from Mr. Nakamura's worker terminal 3_1 and Mr. Yamamoto's worker terminal 3_7. To do. As described above, the work status management server 2 uses the progress status determination unit 207 to determine whether the progress status of the work content is delayed with respect to a plan determined in advance in the progress plan table. As described above, both of them report the end of each work at 15:55, so that they end 5 minutes earlier than the scheduled end time 16:00. Therefore, the progress status determination unit 207 determines that the progress status of the work content is not delayed from the plan determined in advance in the progress plan table.
Thereby, the work area management terminal 4 displays an image in which a blue mask image is superimposed and displayed in the column of the work item B (B1 to B15) of the process 1-1 in the progress plan table according to the determination result. Is displayed on the display unit 407. An example of this display is shown in FIG. As illustrated, the past side of the time axis of the mask image matches the time axis of the work start time “15:05” of the work item B. Further, the future side of the time axis of the mask image coincides with the time axis of the work end time “15:55”.

In this way, by dividing the work contents of each work item according to the work level, in the work for one work item, the work progress status is grasped by the interim report, and the result of the interim report is displayed in the progress status table. Can be displayed. Thereby, it is possible to display the progress information of each worker's work on the work area management terminal 4 and report it to the manager while working on one work item. Therefore, the administrator can grasp the progress concessions of the work of each worker in a time closer to real time.
In addition, even when the work for one work item is performed by a plurality of workers, the shared work is uniquely specified by the same process ID and work ID, so the progress of the work for each work item Information can be managed and displayed on the work area management terminal 4.
Although not described in detail, in the work status management server 2, the actual / planned time ratio calculation unit 209 calculates the actual / planned time ratio according to the progress using the work progress status information in the interim report. Then, it may be displayed on the work area management terminal 4.

  A program for realizing a procedure by the work status management system, the work status management server, the worker terminal, and the work area management terminal is recorded on a computer-readable recording medium, and the program recorded on the recording medium May be executed by causing the computer system to read and execute. Here, the “computer system” may include hardware such as an OS (Operating System) and peripheral devices.

  Further, the “computer system” includes a homepage providing environment (or display environment) if a WWW system is used. The “computer-readable recording medium” means a flexible disk, a magneto-optical disk, a ROM, a writable nonvolatile memory such as a flash memory, a portable medium such as a CD-ROM, and a hard disk built in a computer system. It refers to the recording device.

Further, the “computer-readable recording medium” refers to a volatile memory (for example, DRAM (DRAM) in a computer system that becomes a server or a client when a program is transmitted through a network such as the Internet or a communication line such as a telephone line. Dynamic Random Access Memory)) that holds a program for a certain period of time is also included.
The program may be transmitted from a computer system storing the program in a recording device or the like to another computer system via a transmission medium or by a transmission wave in the transmission medium. Here, the “transmission medium” for transmitting the program refers to a medium having a function of transmitting information, such as a network (communication network) such as the Internet or a communication line (communication line) such as a telephone line.
The program may be for realizing a part of the functions described above.
Furthermore, what can implement | achieve the function mentioned above in combination with the program already recorded on the computer system, and what is called a difference file (difference program) may be sufficient.

  DESCRIPTION OF SYMBOLS 2 ... Work condition management server, 3 ... Worker terminal, 4 ... Work area management terminal, 201 ... Memory | storage part, 202 ... Input part, 203 ... Work card preparation part, 204 ... Communication part, 205 ... Registration part, 206 ... Timekeeping 207 ... Progress status determination unit, 208 ... Progress status table creation unit, 209 ... Actual / planned time ratio calculation unit

Claims (7)

A storage unit that stores a progress plan table data indicating a progress plan table to which a scheduled time at which each work content is scheduled to be executed is assigned for each process constituted by a plurality of work contents;
A communication unit that connects to a worker terminal of a worker who executes the work content and receives work progress status information indicating a progress status of the work content;
A progress status determination unit that determines whether the progress status of the work content indicated by the work progress status information is delayed with respect to a plan determined in advance in the progress plan table;
It is an image for displaying a progress status table indicating the progress status of the work content with respect to the progress plan table, the display mode of the work content in which the progress status is delayed with respect to the plan, and the progress status with respect to the plan Progress status table creation for generating progress status table image data of an image to be displayed on the progress status table so as to be distinguished from the display mode of the work content that is not delayed, based on the determination result by the progress status determination unit And
A work status management server comprising:   The scheduled time of the plurality of work contents included in the process in the progress plan table is assigned to each work area for performing the plurality of work contents included in the process. The work status management server described.   The performance / planned time ratio calculating unit that calculates a ratio of work time required for the work content with respect to the scheduled time allocated in the progress plan table is further provided. Work status management server.   The determination result of the progress status determination unit is input, and the determination result is converted into information suitable for each external device and transmitted to the external device for the external device connected via the communication unit. The work status management server according to any one of claims 1 to 3, further comprising a notification control unit that performs the operation. The work status management server according to any one of claims 1 to 4,
A plurality of the worker terminals that transmit the work progress status information;
A management terminal connected to the work status management server and displaying the progress status table on a display unit based on the progress status table image data received from the work status management server;
A work status management system comprising: For each process composed of a plurality of work contents, according to a progress plan table assigned with a scheduled time for which each work content is scheduled to be executed, from the worker terminal of the worker who executes the work contents, the work contents A work progress status receiving step for receiving work progress status information indicating the progress status of
A progress status determining step for determining whether the progress status of the work content indicated by the work progress status information is delayed with respect to a plan predetermined in the progress plan table;
It is an image for displaying a progress status table indicating the progress status of the work content with respect to the progress plan table, the display mode of the work content in which the progress status is delayed with respect to the plan, and the progress status with respect to the plan Progress status table creation for generating progress status table image data of an image to be displayed on the progress status table so as to be distinguished from the display mode of the work content that is not delayed, based on the determination result in the progress status determination step Steps,
A work status management method comprising: Computer
For each process composed of a plurality of work contents, according to a progress plan table assigned with a scheduled time for which each work content is scheduled to be executed, from the worker terminal of the worker who executes the work contents, the work contents Work progress status information receiving means for receiving work progress status information indicating the progress status of
Progress status determination means for determining whether the progress status of the work content indicated by the work progress status information is delayed with respect to a plan predetermined in the progress plan table;
It is an image for displaying a progress status table indicating the progress status of the work content with respect to the progress plan table, the display mode of the work content in which the progress status is delayed with respect to the plan, and the progress status with respect to the plan Progress status table creation for generating progress status table image data of an image to be displayed on the progress status table so as to be distinguished from the display mode of the work content that is not delayed, based on the determination result by the progress status determination means means,
Work status management program to function as

Images