JP2012073811A - Work management system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a work management system which enables multiple operators to visually and easily grasp a work schedule in the relation with a work site (work area).SOLUTION: The work management system 1 includes multiple operator terminals 10, a work site terminal device 200 installed in a construction site, and a management entity business system 100 for a supervisory control of the system connected to one another via a network 20. The management system 100 has a storage device 120 having master plan information DB 121 and target-work work schedule DB 122 and a management server 111. The management server 111 generates work schedule information 300 from a work area acquired from the master plan information DB 121 and a target work acquired from the work schedule DB 122 so as to display it on a screen of the terminal device. Based on locational information of the target work, the work schedule information displays, at a specified spot in the work area, a work item A where a pair of a work mark 301 indicating a work content of the target work and an undertaker mark 302 indicating a work undertaker are shown.

Description

  The present invention relates to a work management system at a construction site where a plurality of companies work together.

  In the construction of large buildings and facilities, the current situation is that a specific company alone cannot undertake construction. For example, in industrial plants such as power plants and chemical plants, and large-scale urban development, even if multiple business operators form a single business entity or receive contracts from specific business operators, the business operators It is common to work in collaboration with other group companies and their subcontractors. A plurality of network systems for exchanging information with each other in order to cooperate such a plurality of business operators have been proposed. Businesses participating in these systems formulate work schedules for each business according to the master plan, register these via the network, and execute the work.

  However, at the construction site where the actual business is carried out, it is drafted by the construction planning department, divided into work group units, and written in the work schedule of the site office. The field supervisor (work group manager) confirms the work to be performed on that day at the pre-work meeting every morning, and conducts the work by supervising the site workers. After a day's work, process management was performed by reporting the work status of the day again at the meeting and coordinating with the construction planning department if there was a problem.

  Here, in the field office, the site manager reads the information from the terminal device, creates a process chart on a blackboard or large bulletin board, and writes various information on this process chart or marks it with magnets And it is common to have a meeting based on this.

JP 09-158478 A JP-A-5-282330 JP-A-6-176029 JP 2010-19092 A

  Most of the conventional process charts adopted in various places are described in a list format in which work contents are arranged in a matrix by date and time. For this reason, although these list formats are superior in terms of data management, it is difficult for multiple workers in meetings to grasp the work schedule visually in relation to the work site (work area) There is. Moreover, in these list formats, since each work is independent, there is a problem that it is difficult to grasp information between each other, such as a work requiring attention at the same place.

  Therefore, the present invention provides a work management system in which a plurality of workers can easily grasp a work schedule visually in relation to a work site (work area).

  In order to achieve the above object, in the work management system and the display method thereof according to the present invention, work schedule information generated from a work area obtained from master plan information and work items obtained from work schedule information, Based on the position information of the work item, the work schedule information is displayed in pairs at a predetermined position in the work area with a work mark indicating the work content of the work item and an operator mark indicating the work company. To.

  According to the present invention, since the work mark and the operator mark are displayed in pairs on the work site (work area), a plurality of workers can visually determine the work schedule in relation to the work site (work area). An easy-to-understand work management system and its display method are provided.

It is a schematic block diagram of the work management system which concerns on this Example. It is a data block diagram of work schedule master DB. It is a basic screen figure. It is the basic screen figure which displayed the area | region selection window. It is a screen figure of an area selection window. It is a display figure of a detail window and a work item. It is a screen figure of a detail window. It is an operation | movement flowchart of warning mark production | generation. It is operation explanatory drawing of an edit window. It is operation explanatory drawing of an edit window.

  Hereinafter, the work management system according to the present invention will be described in detail with reference to FIGS. Here, in all drawings, similar parts are denoted by the same reference numerals, and redundant description is omitted.

  First, the work management system according to this embodiment will be described in detail with reference to FIG. Here, FIG. 1 is a schematic configuration diagram of a work management system according to this embodiment.

  In FIG. 1, a work management system generally indicated by reference numeral 1 is suitable for work management at a construction site where a plurality of business operators work together. In this embodiment, the parent company, a group company of the parent company, and a subcontractor of these group companies can participate. Of course, the present invention can also be applied to a construction work in which a plurality of companies constitute one enterprise.

  The work management system 1 includes a management entity business system 100 operated by an operator who mainly operates the work management system 1, and worker terminals 10 operated by a plurality of operators participating in the work management system 1. The work site system 200 installed at the work site is connected via the network 20.

  The management entity business system 100 includes a system main body 110 that constitutes a management entity of the system 100 and a management terminal 140 that performs input / output of the system 100. The system main body 110 includes a management server 111 that performs overall control of the system main body 110 and a storage device 120 that stores various databases.

  The storage device 120 is constructed from a construction master plan database (DB) 121 storing work plan drawings and costs undertaken by the system 100, a work schedule master database (DB) 122, and costs and safety. A prohibited work database (DB) 123 is stored in which prohibited work on site and prohibited work by a combination of work are stored. In addition, the storage device 120 stores a business operator list, a material list, a supplier list, and the like (not shown) that participate in the construction at each work site.

  The management terminal 140 performs input / output of the system main body 110, and includes a management terminal display device 141, an input device 142 such as a keyboard and a mouse, and a management terminal control device 143 that comprehensively controls the management terminal 140. And comprising.

  On the other hand, the worker terminal 10 is composed of an extremely general personal computer. The work site system 200 includes a site server 210 that controls the work site system 200 in an integrated manner and a plurality of site terminals 220. The on-site terminal 220 includes an on-site terminal main body 221 that controls the on-site terminal 220 in an integrated manner, and a large-screen on-site monitor 222 having a touch panel device on the front surface thereof.

  In this work management system 1, businesses that participate in this system 1 access the management entity business system 100 via the network 20, and based on the construction plan master DB 121, the work schedules of the businesses are stored in the work plan master DB 122. Can be entered. The management server 111 generates work schedule information 300 in a map format based on the work schedule master DB 122 and outputs this to the management terminal 140. The management server 111 receives the correction from the management terminal 140, corrects the work schedule master DB 122, and generates the map-type work schedule information 300 generated based on the corrected work schedule master DB 122 as the worker terminal 10 and the work. Output to field system 200. At the work site, the work can be performed based on the instruction content based on the work schedule information 300.

  One of the major features of the work management system 1 according to this embodiment is that the work schedule information 300 in map format is generated from the work area map acquired from the construction master plan DB 121 and the work schedule master DB 122.

  That is, in the prior art, work schedules are managed by a work schedule master DB in a list format in which work contents are arranged in a matrix form by date and time. For this reason, there is a problem that it is difficult for the management entity to check the relationship between work contents such as date and time, place, or work contents. In addition, even at the work site, there is a problem that it is difficult to grasp the information of other companies related to me.

  Therefore, the present inventors pay attention to the fact that the actual worker works at the work site (work area) and the construction master plan DB 121 has a map of the construction site (plan view). It was categorized for each work site (work area), and it was proposed to generate work schedule information 300 for arranging each work item A on a construction site map (plan view) based on the work position. Thereby, it can be made easy to grasp | ascertain both a manager and a worker through vision.

  Another major feature of the work management system 1 according to this embodiment is that a work item A displayed on a map (work area) includes a work mark 301 indicating the work content of the work item A, a work This is a point where a business operator mark 302 indicating a business operator is displayed in a pair.

  That is, it becomes difficult to understand when a lot of information is displayed on the map (work area). Therefore, the inventors express the most important business operator and the work content among the work contents by the work mark 301 and the business person mark 302 that can be easily identified, and the work marks A are represented by these two marks. The work position (predetermined position) on the corresponding map is displayed. This makes it possible to recognize at a glance "who" is doing "what work" at "where". Since the work schedule information 300 displays the work schedule for one day, it is possible to identify “schedule” in addition to “who”, “where” and “what work”.

  In addition, another important feature of the work management system 1 according to this embodiment is that the work schedule master DB 122 generated by each business operator when the work schedule information 300 is generated is used as the prohibited work DB 123. The check result is reflected in the work schedule information 300.

  In this embodiment, items that should be prohibited such as safety, expense, time, and duplicate work are registered in the prohibited work DB 123 when the business operator works. In generating the work schedule information 300, the management server 111 according to this embodiment determines whether the prohibited work is applicable, and displays a warning mark 303 in proximity to the work item A if there is a problem in the result. Thereby, the administrator can take measures against the warning mark 303 via the management terminal 140.

  Another important feature of the work management system 1 according to this embodiment is that the administrator can easily modify the work schedule information 300 via the management terminal 140.

  That is, the work schedule information 300 of this embodiment is a basic screen 320 for displaying a map of a specific work area, an area selection window 350 for selecting a specific work area, a work item A is corrected, or a new input is made. Or an edit window 370 that allows a work instruction to be input can be displayed at any time and corrected. Thereby, an administrator's work can be improved. In this embodiment, the operator terminal 10 and the work site system 200 are restricted so that the edit window 370 cannot be used with a known authentication technique.

  Further, by selecting a specific work item A from the basic screen 320, the detailed window 400 can be displayed. That is, the on-site monitor 222 displays the basic screen 320 in principle. In this case, information may be insufficient with only work item A. Therefore, by touching the work item A, the detailed window 400 can be displayed to know the detailed information.

  Hereinafter, a more detailed description will be given based on FIG. 1 and with reference to FIGS. Here, FIG. 2 is a data configuration diagram of the work schedule master DB. FIG. 3 is a basic screen diagram. FIG. 4 is a basic screen showing the area selection window. FIG. 5 is a screen view of the area selection window. FIG. 6 is a detailed window and a work item display diagram. FIG. 7 is a screen view of the details window. FIG. 8 is an operation flow chart for generating a warning mark. 9 and 10 are diagrams for explaining the operation of the editing window.

  Next, the work schedule master DB 122 will be described with reference to FIG. Here, (a) figure shows the data items of detailed schedule master DB122a, and (b) figure shows the data structure of summary schedule master DB122b.

  In this embodiment, input of each item of the detailed schedule master DB 122a is accepted from the worker terminal 10. That is, the work target date, primary worker name, building, work area, work target, secondary worker name, start time, end time, work personnel, work subject, work item, and the like. In this embodiment, when the work schedule information 300 is generated, an outline schedule master DB 122b necessary for generating the work schedule information 300 is generated from the detailed schedule master DB 122a. Of course, the work schedule information 300 may be directly generated from the detailed schedule master DB 122a.

  The summary schedule master DB 122b includes a work target date, a primary worker name, a building, a work area, and a work target. In this embodiment, the target date of the work schedule information 300 is specified from the work target date, the operator mark 302 is generated from the primary worker name, the work mark 301 is generated from the work target, and the work area is determined from the building and the work area. The position of the work item A is specified.

  The construction master plan DB 121 stores building machine and piping three-dimensional CAD (Computer Aided Design) information and design information as arrangement information, and the part number corresponding to the arrangement information as the work target of the detailed schedule master DB 122a and If the work content is stored, the work schedule information 300 can be generated by determining the floor in the building and the position in the floor from the three-dimensional information in the arrangement information from the part number and the work content. . Further, since specific parts and work contents are specified, it is possible to display a range in which the work affects. Next, the basic screen 320 of the work schedule information 300 will be described with reference to FIG. In FIG. 3, this basic screen 320 is a screen that the management server 111 outputs by accessing the system main body 110 from various terminals. The basic screen 320 is displayed in a window format on the OS of the information processing apparatus, and is displayed on the display screen by selecting a trajectory icon (not shown) arranged on the OS desktop. A map area 321 in which a plan view of a specific work area is displayed is provided at the center of the window of the basic screen 320, and the login person name, building, work area, and work of the specific work area are displayed at the top. A title area 322 indicating the target date is provided, and below that, an all area designating area 323 in which work items A designating all work areas of the building are arranged, and work items where the work area of the building is unknown An area unknown area 324 in which A is arranged is arranged.

  In this embodiment, a plan view of the building is displayed in the map area 321. In this plan view, the coordinates in the plan view are shown with pillars and the like provided on the wall surface as marks. In the work area of the work schedule master DB 122, a position corresponding to this coordinate is registered. Thereby, the work item A is displayed at the position of this coordinate. In addition, if necessary, facilities installed in the building can be illustrated.

  In this embodiment, if the entire area is designated in the work area of the work schedule master DB 122, the work item A is displayed not in the map area 321 but in the whole area designation area 323, and nothing is entered in the work area. The work item A is displayed in the area unknown area 324.

  In addition, a display switching button 325 and an editing operation button 326 are arranged separately on both sides above the basic screen 320. In this embodiment, the area selection window 350 can be called by selecting and operating the display switching button 325, and the editing window 370 can be called by selecting and operating the editing work button 326. These two called windows are superimposed on both sides of the basic screen 320, respectively. That is, in this embodiment, all operations can be executed within the area of the basic screen 320.

  Next, with reference to FIG. 4 and FIG. 5, the area selection window 350 called by the selection operation of the display switching button 325 will be described.

  In FIG. 4, when the display switch button 325 is selected, the management server 111 displays an area selection window 350 in the left area of the basic screen 320. This area selection window 350 is used to select a specific work area to be displayed in the map area 321 of the basic screen 320. In the area selection window 350, a specific work area can be selected by the display area flag 351a, and a business operator to be displayed in the selected work area can be selected by an operation of the display trader 351b. In addition, the display area flag 351a can be selected from either a 3D drawing or a list by a selection operation of the switching button 352. This will be further described with reference to FIG.

  FIG. 5A shows the area selection window 350a in a state where the 3D drawing switch button 352 of the display area flag 351a is selected, and FIG. 5B shows the list switch button 352 of the display area flag 351a. The area selection window 350b in a state where is selected is shown, and FIG. 10C shows the area selection window 350c in a state where the display agent 351b is selected. Note that a close button 353 for closing this window is provided at the bottom of each window.

  (A) In the figure, a plurality of options of a tree structure displayed in a 3D (solid figure) format is set in the area selection window 350a. In this embodiment, a building selection area 354 for selecting a building, a floor selection area 355 for selecting a floor of the selected building, and an area selection area 356 for selecting an area of the selected floor are set.

  According to these three areas, when a specific building is selected from the building selection area 354, the selected building is displayed in the floor selection area 355. When a specific floor is selected from the floor selection area 355, the area selection area 356 is displayed. When the selected floor is selected and a specific area is selected from the area selection area 356, a plan view of the specific area selected from the area selection area 356 is displayed in the map area 321 of the basic screen 320.

  On the other hand, in FIG. 6B, the area selection window 350b is provided with a building selection area 354a, a floor selection area 355a, and an area selection area 356a that are displayed in a list format, and the same operation as the area selection window 350a is performed on the list. be able to.

  (C) In the figure, in the area selection window 350c, the work items A displayed in the map area 321 can be narrowed down from work projects. That is, the area selection window 350c is provided with an operator selection field 357 for a plurality of operator operators. By selecting the operator selection field 357, only the work item A of the selected operator can be selected. Accordingly, if all the business operator selection fields 357 are selected, all work items A are displayed, and if a specific business operator selection field 357 is selected, the work items A of the specific business operators are narrowed down and displayed. can do.

  Next, with reference to FIG. 6 and FIG. 7, the work item A which is a characteristic function of the work management system 1 will be described in more detail.

  In FIG. 6, the inventors of the present invention pay attention to the fact that, as a result of the fact-finding at the construction site, the workers on the site are using the circular magnets with abbreviations attached to the schedule display. Then, it was conceived that the work schedule information 300 that is easy to see for the field worker can be obtained by taking the magnet with the familiar abbreviations into the work schedule information 300.

  In this embodiment, the most important work object is adopted as the work mark 301 with a circular magnet as a motif. The work item A is composed of the work mark 301 and the operator mark 302 representing the worker. There may be one or more work marks 301, but the work marks 301 are always displayed in pairs with one operator mark 302 that performs the work. In the example of FIG. 6, it is shown that the operator “HPP” performs “high” indicating an aerial work, “pressure resistance” indicating a pressure work, and “fire” indicating a fire work. This work item A can be moved in pairs.

  On the other hand, when the management server 111 receives an operation for selecting the work item A, the management server 111 calls the detailed information of the corresponding work item A from the detailed schedule master DB 122a and displays it on the detailed window 400. In the detail window 400, the name of the secondary trader, the work time, the work target, and the like are displayed. Further, all buttons 401 are provided in the detail window 400. When this all button 401 is operated, the management server 111 switches the detailed window 400 to the all information window 410 shown in FIG. 7A where detailed information is displayed and displays it.

  In FIG. 7A, in the all information window 410, the names of secondary contractors, work times, and work targets for the target work are displayed in a list format in all applicable works. The all information window 410 is provided with a narrowing button 411. When one of the target works is selected and the narrowing button 411 is operated, the management server 111 displays an individual work window 430 shown in FIG. 7C. . The individual work window 430 is provided with a detailed information area 431 for displaying various information, a target work area 432 for displaying the target work mark 301, an edit button 433, and a return button 434. If the edit button 433 is operated, the detailed information area 431 and the target work area 432 can be corrected. In addition, the original state can be restored by operating the return button 434.

  Returning to FIG. 6, when a specific worker in the details window 400 is selected, the management server 111 switches the display content to the worker window 420 shown in FIG. 7B. The worker window 420 displays target work, work time, and work contents for the worker in a list format, and includes all buttons 421 and a return button 422. When the all button 421 is selected, a window (not shown) in which all the work contents of the worker are displayed is displayed, and the return button 422 can return to the original state. Furthermore, it is possible to switch to the individual work window 430 shown in FIG.

  As described above, in this embodiment, each work item is displayed as an easy-to-understand work item A when displayed in the map area 321, and when more detailed information is required, the work item A is selected and operated. In addition to displaying a detailed window, the contents can be confirmed, and if necessary, the work can be corrected.

  Next, with reference to the operation flow of FIG. 8, the generation operation of the warning mark 303 displayed in proximity to the work item A will be described.

  In generating the work schedule information 300, the management server 111 refers to the prohibited work DB 123 to determine whether there is a prohibited work for each work target (step 501) or whether there is a prohibited work for the combination of work targets (step 503). ). If there is a prohibited work in step 501, a warning mark 303 is displayed on the work target (step 502). If there is a prohibited work in step 503, a warning mark 303 is displayed on the related work target (step 504).

  Further, when generating the work item A, the management server 111 determines whether or not there is a warning mark 303 in the work target constituting the work item A (step 505). Information 300 is generated (step 511). On the other hand, if there is a warning mark 303 in step 505, the warning mark 303 is displayed on the work item A (step 507), and the work area, work floor, and building including the work item A with the warning mark 303 are further warned. Display is performed (step 509), and a work schedule 300 is generated (step 511). Then, the management server 111 determines whether or not the warning mark 303 is included in the work schedule table 300 (step 513). If not included, the flow ends, and if included, returns to step 501.

  According to this embodiment, since the warning mark 303 is displayed in proximity to the work item A in FIG. 6 including the prohibited work, it is possible to take measures against the work item A. In FIG. 5, the work area including the work item A with the warning mark 303 is displayed as a warning in the building selection area 354, the floor selection area 355, and the area selection area 356 of the area selection window 350 for extracting the work area. Therefore, it is possible to quickly extract work areas that need countermeasures.

  Next, the edit window 370 will be specifically described with reference to FIGS. 9 and 10. The edit window 370 can be used by the administrator selecting and operating the edit work button 326 when the administrator modifies the work item A, newly inputs, or inputs a work instruction. it can.

  In FIG. 9, the edit window 370 is provided with a work flag 371a used when newly creating and modifying a work item A, and a memo flag 371b used when inputting a memo. FIG. 9 shows an operation flow for creating a new work item A.

  In FIG. 9, a plurality of work selection boxes 372, a next button 373, and a close button 374 are provided in the work flag 371a area. The work selection box 372 can be used by adding a check, and another work selection box 372 can be displayed by operating the next button 373. The close button is used when the edit window 370 is closed.

  When one work selection box 372 is dragged to the map area 321, the management server 111 displays the work item A at the dragged position in the map area 321. Then, the selection operation of the dragged work item A is accepted, and (b) the individual work window 430 shown on the left side of the figure is displayed. Here, the work item A and the individual work window 430 may be displayed simultaneously by the drag operation.

  The individual work window 430 can input individual contents of the detailed information area 431 by selecting and operating the edit button 433. For example, when a worker in the detailed information area 431 is selected, the management server 111 switches to and displays a worker input window 440 that can select a plurality of tasks. An operator can be selected and input. In this embodiment, the other input items of the detailed information area 431 are also provided with a window (not shown) similar to the worker input window 440, and therefore can be easily input via these windows.

  Further, when it is desired to add another work to the target work area 432, the work selection box 372 to be added can be input by dragging to the work item A being created. Furthermore, when the work position is changed, the work item A can be input by moving. In addition, when the existing work item A is corrected, the individual work window 430 is displayed by selecting the work item A, and the content can be corrected.

  As described above, in this embodiment, the administrator can input data on the map area 321 corresponding to the work site, instead of inputting the data to the list of the detailed schedule master DB 122a. Then, the input content is notified as a work instruction to the worker terminal 10 through the work management system 1, and the worker can confirm the content on the job site via the job monitor 222.

  In addition, if an additional function of the work item A by using the editing window 370 is used, it can be adopted for an input operation from the worker terminal 10. In this case, it is necessary to pay attention to authentication work.

  In FIG. 10, in this embodiment, the administrator can enter necessary comments and instructions on the map area 321 via the memo flag 371b. Various input tools can be provided in the memo flag 371b. In this embodiment, in the area of the memo flag 371b, a color selection unit 375 composed of a color palette, a tool selection unit 376 for selecting a comment graphic, and an input selection unit 377 for selecting a date, time, and fixed phrase. It has.

  According to this embodiment, if one of the tools is selected and dragged to the map area 321, a figure of the tool can be drawn. The size of this figure can be instructed by a mouse or touch operation. The color can be designated by the color selection unit 375. Furthermore, the comment drawn in the figure can be input by displaying the corresponding window (not shown) by designating the input selection unit 377.

  By using the memo flag 371b, various instructions and comments can be input to the map area 321, and further, instructions can be given to the work item A.

  As described above, the work management system according to this embodiment includes a plurality of operator terminal devices (worker terminals 10), a work site terminal device 200 installed at a construction site, and a management system (management) that performs overall control of the system. A construction site work management system 1 in which a plurality of businesses work together by connecting to the main business system 100) via the network 20, and the management system 100 is a design drawing of the construction site. And a master plan information database 121 including process management information, a storage device 120 including a work schedule database 122 storing a work schedule of a target work input from the business operator terminal, and overall control of the management system Management server 111, the management server 111, the work area acquired from the master plan information database 121, The work schedule information 300 is generated from the target work acquired from the work schedule database 122 and output to the display screen of the terminal device. The work schedule information is determined based on the position information of the target work. A work item A representing a work mark 301 indicating the work content of the target work and a business operator mark 302 indicating the work business operator in a pair is displayed at the position.

  In this case, the storage device stores a prohibited work database 123 that stores prohibited work associated with a combination of the prohibited work and the target work, and the management server generates the prohibited work database when generating the work schedule information. The target work is determined based on the work database, and a warning mark 303 is displayed on the work item including the prohibited work.

  The work schedule information includes a basic screen 320 on which work items are displayed at predetermined positions in the target area. In this case, the basic screen includes a display switching button 325 for calling a selection window 350 for selecting a target area, and the selection window called by the display switching button 325 is displayed so as to overlap the area of the basic screen. To. Further, the basic screen includes an edit button 326 for calling an edit window 370 for editing a work item, and the edit window called by the edit button is displayed in an overlapping manner on the area of the basic screen.

  The work item is configured to display a detail window 400 including detailed information of the target work in proximity to the work item by selecting the work item.

DESCRIPTION OF SYMBOLS 1 ... Work management system, 10 ... Worker terminal, 20 ... Network, 100 ... Management subject business system, 110 ... System main body, 111 ... Management server, 120 ... Storage device, 121 ... Construction master plan database (DB), 122 ... Work schedule master database (DB), 122a ... Detailed schedule master DB, 122b ... Outline schedule master DB, 123 ... Prohibited work database (DB), 140 ... Management terminal, 141 ... Management terminal display device, 142 ... Input device, 143 ... Management terminal control device, 200 ... work site system, 210 ... site server, 220 ... site terminal, 221 ... site terminal body, 222 ... site monitor, 300 ... work schedule information, 301 ... work mark, 302 ... business mark, 303 ... warning mark, 320 ... basic screen, 321 ... map area, 322 ... Thailand Area 323 ... all area designation area, 324 ... area unknown area, 325 ... display switching button, 326 ... edit operation button, 350 ... area selection window, 351 ... flag, 351a ... display area flag, 351b ... display trader, 352 ... Switch button, 353 ... Close button, 354 ... Building selection area, 355 ... Floor selection area, 356 ... Area selection area, 357 ... Company selection field, 370 ... Edit window, 371a ... Work flag, 371b ... Memo flag, 372 ... Work selection box, 373 ... Next button, 374 ... Close button, 375 ... Color selection unit, 376 ... Tool selection unit, 377 ... Input selection unit, 400 ... Details window, 401 ... All button, 410 ... All information window, 411 ... Refine button, 420 ... worker window, 430 ... individual work Guiding, 431 ... More information area, 432 ... target work area, 433 ... edit button, 434 ... Back button, A ... work items

Claims (6)

Construction where multiple operators work together by connecting multiple operator terminal devices, work site terminal devices installed at the construction site, and a management system that controls the system over a network An on-site work management system,
The management system includes a master plan information database including a construction site blueprint and process management information, and a storage device including a work schedule database storing a work schedule of a target work input from the operator terminal, A management server that performs overall control of the management system;
The management server generates work schedule information from the work area acquired from the master plan information database and the target work acquired from the work schedule database, and outputs the work schedule information to the display screen of the terminal device,
The work schedule information is a work item that represents a pair of a work mark indicating the work content of the target work and a business person mark indicating the work company at a predetermined position in the work area based on the position information of the target work. A work management system characterized by displaying. In the work management system according to claim 1,
The storage device stores a prohibited work database storing prohibited work associated with a combination of prohibited work and target work.
In generating the work schedule information, the management server determines the target work based on the prohibited work database,
A work management system, wherein a warning mark is displayed on the work item including prohibited work. In the work management system according to claim 1 or 2,
The work schedule information includes a basic screen on which work items are displayed at predetermined positions in a target area. In the work management system according to claim 3,
The basic screen includes a display switching button for calling a selection window for selecting a target area, and the selection window called by the display switching button is overlaid on the area of the basic screen. Management system. In the work management system according to claim 3,
The basic screen includes an edit button for calling an edit window for editing a work item, and the edit window called by the edit button is overlaid on an area of the basic screen. . In the work management system according to any one of claims 1 to 5,
The work management system is characterized in that a detailed window including detailed information of a target work is displayed in proximity to the work item by selecting the work item.

Images