JP2017033423A - Process control system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To enable a primary contractor to speedily determine how much labor of subcontractors, workers and so on, needs to be secured to perform what kind of work.SOLUTION: The present invention relates to a process management system constituted including a management server device and a client device, the process management system comprising: original plan construction day registering means capable of registering original plan construction days by kinds of construction and construction areas in the management server device; construction schedule and construction result registering means capable of registering construction schedule days, construction-result days and no-construction-result days on a day basis by the kinds of construction and the construction areas in the management server device 3 after the original plan construction days are registered; and progress degree presenting means 38 of calculating and presenting progress degrees by the kinds of construction for the original plan construction days based upon the information registered by the original plan construction day registering means and the information registered by the construction schedule and construction result registering means.SELECTED DRAWING: Figure 10

Description

  The present invention relates to a process management system that can be used as a groupware tool. For example, the present invention relates to a process management system for managing processes such as building repair / renovation sites or construction sites.

  Process management is said to be important management along with safety management, quality control, etc. at building repair / renovation sites or construction sites. Various specific methods of process management have been proposed, and among them, the horizontal line process chart (bar chart) is widely used in the repair / renovation site and construction site of buildings. The horizontal line type process chart is a table in which the types of construction are listed vertically, and the period of each construction is entered as a horizontal line or horizontal bar in a diagram showing the number of days and calendar days in the horizontal direction. According to this horizontal line type process table, in addition to the start date, the end date, and the number of required days of construction, the type of construction performed on a certain day can be known at a glance.

  Patent Document 1 has a description regarding the horizontal line process chart. That is, the process management device disclosed in the document 1 is a process table (FIG. 8 of the document) in which work schedules are separately shown for each work area in accordance with a user instruction, and the work schedules are displayed for each type of work. The process table (FIG. 10 of the same document) and the process table (FIG. 12 of the same document) in which the work schedule is separately expressed for each job type can be printed. The process chart shown in FIG. 10 of the same document is a horizontal line process chart in which construction types are listed vertically and calendar days are taken in the horizontal direction. Although not shown in the figure, it is generally known that a horizontal line type process table is added with information on the results of each work area (the fact that construction was actually performed).

JP-A-10-205130

  By the way, in the main contractor company that handles many repair / renovation sites and construction sites at the same time, it is common to always ensure the labor of many subcontractors and craftsmen. However, due to the recent shortage of labor, it is difficult to secure sufficient labor for subcontractors and craftsmen. Therefore, if delays occur in multiple works at the same time, it is necessary to secure the labor of craftsmen who undertake each work at an early stage in order to recover the delay. However, it was not possible to easily determine from the conventional process chart how much work the craftsman needed to secure.

  The present invention has been made in view of the above circumstances, and it is possible to quickly determine to what extent it is necessary to secure the labor of subcontractors, craftsmen, etc. that perform any type of construction in the main contractor company. Is to provide a simple process control system.

  The process management system according to the present invention is premised on a configuration including a management server device that provides a service and a client device connected to the management server device via a network. The initial planned work date registration means that can register the initial planned work date in the management server device for each work zone, and after the registration of the initial planned work date, the planned work date and work for each work type and each work zone A construction schedule / construction result registration means capable of registering in the management server device on a daily basis either a date with actual results or a day without construction results, information registered by the initial planned construction date registration means, and the construction schedule / construction And a progress degree presenting means for calculating and presenting the degree of progress for each type of construction with respect to the originally planned construction date based on the information registered by the result registering means. The one in which the features.

  According to the process management system having such a configuration, since the progress degree is presented for each construction type by the progress degree presentation means, the progress for each construction type can be easily and quickly grasped.

  The process management system according to the second aspect of the present invention manages the process table according to the first aspect in which construction types are listed in one of the vertical and horizontal directions and the calendar date is taken in either of the vertical and horizontal directions. It is further provided with a process chart display means for displaying on the client device connected to the server device, and the progress degree presentation means is based on the information registered by the initial planned construction date registration means and the construction schedule / construction result registration means. Based on the registered information, the degree of progress for each type of construction on a predetermined reference date is calculated and presented, and on the process table displayed by the process table display means, the predetermined table is displayed. The progress degree may be presented by a display in a predetermined form in which a reference day is one end and a position away from the one end in the horizontal direction by the number of days corresponding to the degree of progress is the other end.

  According to the process management system having such a configuration, the progress degree is presented by the distance between the one end and the other end of the display in the predetermined form, so that it becomes easy to intuitively grasp the progress degree.

  The process management system according to the third aspect of the present invention provides a progress degree designation that designates either “the degree of progress for each type of construction” or “the degree of progress for each work area” as the target of the degree of progress to be presented in the first aspect of the present invention. The progress degree presenting means is registered by the initial planned construction date registering means when the “degree of progress for each construction type” is designated by the progress degree presenting target designation means. And the degree of progress for each type of construction with respect to the originally planned construction date is calculated and presented based on the information registered by the construction schedule and construction result registration means, When the “degree of progress for each” is designated, it is based on the information registered by the initial planned construction date registration means and the information registered by the construction schedule / construction result registration means. , Presented by calculating the degree of progress of each work area to the initial plan the construction date, it may be a thing.

  According to the process management system having such a configuration, since the progress degree is presented for each work section by the progress degree presenting means, it is possible to easily and quickly grasp the progress of each work section.

  The process management system according to the present invention 4 manages the process table according to the present invention 3 in which construction types are listed in one of the vertical and horizontal directions and a calendar date is taken in either of the vertical and horizontal directions. The apparatus further includes a process chart display means for displaying on the client device connected to the server device, and the progress degree presenting means is provided when the “progress degree for each type of construction” is designated by the progress degree presentation target designating means. Calculates and presents the degree of progress for each type of construction on a predetermined reference date based on the information registered by the initial planned construction date registration means and the information registered by the construction schedule / construction result registration means. When the “progress degree for each work area” is designated by the progress degree presentation target designating means, the information registered by the initial planned construction date registration means and the construction schedule and construction results Based on the information registered by the recording unit, the degree of progress for each work area on a predetermined reference date is calculated and presented, and the predetermined level is displayed on the process table displayed by the process table display unit. Shows the degree of progress for each type of construction or the degree of progress for each work area with a display in a predetermined form with the reference day as one end and the other end at a position separated from the one end by the number of days according to the degree of progress. Yes, it is good.

  According to the process management system having such a configuration, the progress degree is presented by the distance between one end and the other end of the display in the predetermined form for each work section, so it is easy to intuitively grasp the progress degree of the work area.

  The process management system according to the present invention 5 is the process management system according to the present invention 2 or 4, wherein the operation performed for registration by the construction schedule / construction result registration means is performed on the process chart displayed by the process chart display means. It is desirable that

  According to the process management system having such a configuration, it is possible to perform the registration work by the construction schedule / construction result registration means while confirming the degree of progress.

  The process management system according to the present invention 6 is the process according to the present invention 2, 4 or 5, wherein the process chart display means corresponds to the initial planned work date registered by the initial planned work date registration means in the process chart. It is desirable to color the display so that it can be distinguished from others.

  According to the process management system having such a configuration, it is possible to perform the registration work by the construction schedule / construction result registration means while visually confirming the initially planned construction date.

  In the process management system according to the seventh aspect of the present invention, in the second, fourth, fifth, or sixth aspect of the present invention, the predetermined reference date is preferably set to a specific day of the week nearest to the current day.

  In the case of prime contractors that handle a large number of building repair / renovation sites and construction sites at the same time, in many cases, the day for receiving reports from subcontractors, etc. is set to a specific day of the week. Is easy to use.

  In the process management system having any one of the configurations described above, it is preferable that the process chart display means displays the process chart to be displayed so as to be distinguishable from a column representing the current day and a column representing another day.

  According to the process management system having such a configuration, it is possible to perform registration work by the construction schedule / construction result registration means while visually confirming the current date.

  According to the present invention, since the progress of the construction is displayed by the progress display for each construction type, it is possible to easily and quickly grasp the progress of each construction type.

It is a figure which shows the system configuration example of a process management system. It is a figure which shows an example of a construction process table | surface. It is a figure which shows an example of a forecast management sheet. It is a figure which shows an example of a progress management sheet. It is a figure for demonstrating a mode that the display of a cell changes. It is a figure which shows a part of process schedule of a progress management sheet. It is a figure which shows a part of process schedule of a progress management sheet. It is a figure which shows a part of process schedule of a progress management sheet. It is a figure which shows an example of a progress management sheet. It is a figure which shows an example of a progress management sheet. It is a figure which shows an example of a progress management sheet. It is a figure which shows an example of a progress management sheet. It is a figure which shows an example of a progress management sheet. It is a figure which shows an example of a progress management sheet. It is a figure which shows an example of a progress management sheet. It is a figure which shows an example of a progress management sheet. It is a figure which shows an example of a construction process table | surface. It is a figure which shows an example of the progress management sheet which concerns on 2nd Embodiment. It is a figure which shows an example of the progress management sheet which concerns on 3rd Embodiment.

  Hereinafter, a process management system according to an embodiment of the present invention will be described with reference to the drawings. In the present embodiment, a process management system applied to process management at an apartment repair / renovation site will be described as an example.

  As shown in FIG. 1, a process management system 1 according to an embodiment of the present invention is connected to a management server device 3 installed in a data center 2 and a network 4 such as the Internet. The client apparatus 5 is mainly configured.

  For example, the management server device 3 includes a computer in which a predetermined program is incorporated, and functions as a server that provides a service to be described later by executing the program.

  The client device 5 includes, for example, a personal computer 6 and a mobile terminal device 7 (a mobile phone, a smartphone, etc.). The client device 5 incorporates a browser and receives a service provided by the management server device 3 through the browser. Note that the client device 5 may be configured such that predetermined dedicated software is installed in the client device 5 instead of the browser, and the service provided by the management server device 3 is received by executing the dedicated software.

  The process management system 1 includes a user information registration function in addition to a process management function described in detail later.

  The user information registration function registers user identification information and hierarchy information in association with each other. In the present embodiment, a person having a predetermined authority (for example, a system administrator) performs a predetermined input operation in the management server apparatus 3 or from the client apparatus 5 connected to the management server apparatus 3 by logging in. Thus, the user identification information and the hierarchy information can be registered in the management server device 3. The hierarchy information includes the construction manager (first hierarchy), the current location length that is higher than the construction manager (second hierarchy), the construction manager that is higher than the current location length (third hierarchy), etc. Can be registered. Note that the types of hierarchical information listed here are merely examples, and the settings are changed as appropriate according to the operation mode of the process management system 1 and the circumstances of the operating company.

  The process management function provided in the process management system 1 is a function for performing process management at an apartment repair / renovation site. For example, the “initial planned construction date registration function” for registering the initial planned construction date in the management server device 3 for each type of construction and each work zone, and the planned construction date, the date with construction results, and the construction result for each construction type and each work zone. “Scheduled construction / work result registration function” for registering one of the none days in the management server device 3 on a daily basis, information registered by the “initial planned construction date registration function”, and the “scheduled work / work result registration function” And a “progress degree presenting function” that calculates and presents the degree of progress for each type of construction based on the information registered in the above. Note that both the “initial planned construction date” and the “scheduled construction date” are common in the sense that the construction is scheduled, whereas the “initial planned construction date” is determined in the long-term plan, The “scheduled construction date” is different in that it is determined by the person in charge of the site (in this embodiment, the person in charge of construction) most recently. Hereinafter, the process management function of the process management system 1 will be described in more detail.

  When a user uses the process management system 1, first, a person having a predetermined authority (for example, a system administrator) registers basic construction information in the management server device 3 while referring to a construction schedule, a construction contract, etc. To do. The basic information registration work for this construction is performed, for example, on a basic information registration screen (not shown) displayed by a person having the above authority logging in to the management server device 3 or logging in to the management server device 3. This is performed by an input operation from the same screen displayed on the connected client device 5. The basic information of the construction is, for example, a construction number, a construction name, a name of a construction manager, a property name (a condominium name), a construction type, a construction period, and the like.

  An example of the construction process table is that whose contents have already been discussed among the construction officials of the apartment and presented to the apartment management association. In the present embodiment, the construction process table of this type is illustrated in FIG. The construction process table 11 shown in the figure is created by spreadsheet software or the like, and the construction types are listed in the vertical direction and the calendar date is taken in the horizontal direction. The types of work listed in the construction process table 11 are “common temporary work”, “scaffolding temporary work”, “sealing work”, “frame repair work”, and so on. The line indicating the type of each work is further divided into fine lines, and a progress display line 32, a scheduled line 33, and an actual result line 34 are assigned in order from the top. In the scheduled line 33, the initially planned construction period (initial planned construction date) is displayed as a construction distinction by a horizontal bar. Information is input to the progress display line 32 and the result line 34 after the results are generated. In the construction process table 11 of FIG. 2, illustration is omitted for the sake of space, but “Deterioration work” is followed by “Outer wall cleaning / cleaning work”, “Inner / outer wall painting work”, “Iron part” “Painting work”, “Rooftop waterproofing work”, “Roof balcony waterproofing work”, etc. are listed as types of work.

  After the registration of the basic information of the construction is completed, the initial planned construction date registration work can be performed for each construction type and each work area (this function is referred to as “initial planned construction date registration function”). This registration operation is performed on the actual management sheet 12 shown in FIG. 3 displayed by a person having a predetermined authority (for example, a system administrator) logging in to the management server apparatus 3 or on the management server apparatus 3. It is performed by an input operation from the pre-management sheet 12 as shown in FIG. 3 displayed on the client apparatus 5 connected by logging in.

  The premise management sheet 12 has a construction type display 13 for displaying the type of construction registered by the registration work of the basic information of the construction described above, and is associated with each construction type display 13 on a one-to-one basis or on a one-to-one basis. The work area input field 14 displayed and the initial planned work period input field 15 displayed in a one-to-one correspondence with each work area input field 14 are included. A person having a predetermined authority (for example, a system administrator) inputs the name of the work area in the work area input field 14 while referring to the information described in the work schedule 11 (see FIG. 2), and enters the initial planned work period input field. In 15, enter the start date and end date of the initially planned construction period. Then, when the save button 35 is selected, the initially planned construction date is registered in the management server device 3 for each construction type and each work section.

  As described above, after the registration of the initial planned construction date for each type of construction and each work area is completed by the “initial planned construction date registration function”, the construction manager at each construction site logs in to the management server device 3. The connected client device 5 can display the progress management sheet 17 illustrated in FIG.

  The progress management sheet 17 is generated in the management server device 3 based on the information registered by the “initial planned construction date registration function” and provided as data displayed on the screen of the client device 5. The progress management sheet 17 includes a process table 20 in which construction types are listed as major items in the vertical direction and calendar days are taken in the horizontal direction. The process chart 20 of the progress management sheet 17 includes a record 18 including a construction type display 18a for displaying a type of construction, and one or a plurality of records 19 including a work area display 19a displayed in association with each record 18. It has. In the progress management sheet 17 shown in FIG. 4, “common temporary construction”, “tentative temporary construction”, etc. are listed as the construction type display 18 a. Although not displayed in FIG. 4, when the process chart 20 is scrolled by operating the scroll bar 23 of the progress management sheet 17, “sealing work”, “frame repair work”, “ "Outer wall cleaning / cleaning work", "Inner / outer wall painting work", "Iron part painting work", "Roof waterproofing work", "Roof balcony waterproofing work" appear in order. These construction type indications 18a are registered by the above-described basic information registration work. Further, in the progress management sheet 17 shown in FIG. 4, “East surface”, “West surface”, “North surface”,..., “3 work area”, “1 work area”,. Listed as sub-items. These work area displays 19a are registered in the management server device 3 in association with the type of each construction by the “initial planned construction date registration function”. That is, it is input and registered in the work area input field 14 of the pre-actual management sheet 12 shown in FIG.

  In the record 19 on which the work area display 19a of the progress management sheet 17 is made, the cells (the squares) corresponding to the registered initial planned construction date are colored and displayed in a predetermined color (for example, orange) (cells darkly filled in FIG. 4). 25-29) and displayed so as to be distinguishable from other cells. Hereinafter, the cells colored and displayed as described above are also referred to as “initial planned construction date display”. Although not shown, the column representing the current date in the process chart 20 of the progress management sheet 17 is displayed in a predetermined color (for example, pink).

  Next, registration of a scheduled construction date, a date with construction results, and a date with no construction results by the “construction schedule / construction results registration function” will be described. The authority to register the scheduled construction date, etc. with the “construction schedule / construction result registration function” and the authority to register the initial planned construction date, etc. with the “initial planned construction date registration function” are the user information registration function described above. It is divided according to the hierarchy registered in. In this embodiment, the “construction manager” is authorized to register the scheduled construction date, the date with construction results, and the date with no construction results.・ The authority to change is not given.

  Progress management in the client device 5 that is logged in and connected to the management server device 3 by a person who has the authority to register the planned construction date and the like by the “construction schedule / construction result registration function” (in this embodiment, “construction manager”) The sheet 17 can be displayed. In the progress management sheet 17, the cell corresponding to the registered initial planned construction date is colored as “initial planned construction date display” as shown in FIG. 5 (a1) (filled display in FIG. 5 (a1)). Has been. When this cell is selected by a predetermined selection operation (for example, “click operation”), as shown in FIG. 5 (b1), a rectangular box 24 having smaller vertical and horizontal dimensions than that cell is displayed in the cell. The box 24 is composed of a colored outline (for example, a red outline) and an uncolored area inside the box. The operation for displaying the box 24 in this way is an operation for designating the day as the scheduled construction date for the work area corresponding to the row. After the save button 36 is selected later, the cell displaying the box 24 indicates that the day is the scheduled construction date registered for the work area corresponding to the row (hereinafter, “scheduled construction date display”). Is also called.) It should be noted that the same box 24 is displayed even if a cell other than the cell for which “initial planned construction date display” is selected by a predetermined selection operation (see FIGS. 5A2 and 5B2).

  When the cell (see FIG. 5 (b1) or FIG. 5 (b2)) displaying the box 24 is further selected by a predetermined selection operation, as shown in FIG. 5 (c1) and FIG. A balloon display 31 including a (garlic) input field 21 and a confirmation button 22 appears on the sheet. Artificial (numerical) can be input to the artificial input column 21 by an input operation from the keyboard or the like of the client device 5, and the artificial input operation is completed by inputting the artificial and selecting the confirmation button 22. , 22 and 31 disappear, and the input artificial numbers (numbers) are displayed in the box 24. In this way, the operation to display the artificial is designated as the day when the construction area corresponding to the row has the construction record (hereinafter, this day is also referred to as “the construction record date”), and the day with the construction record is present. This is an operation to specify an artificial one. Further, after the save button 36 is selected later, the cell displaying this artificial (numeral) indicates that the construction performance has been registered on that day, and the number in the box 24 indicates the artificial performance related to the construction performance. Is registered.

  After the artificial is input to the balloon display 31 or when the cell is further selected by a predetermined selection operation without the artificial being input to the balloon display 31, FIG. 5 (d1) or FIG. 5 (d2) As shown in FIG. 6, a hatched line 37 is displayed in the box 24 of the cell. In this way, the operation for displaying the oblique line 37 is an operation for designating the day as the day when there is no construction record (hereinafter, this day is also referred to as “no construction record day”) for the work area corresponding to the row. After the save button 36 is selected later, the box 24 displaying this diagonal line 37 indicates that the initial construction schedule date was reached, but there was no construction performance date for some reason. The circumstances when there is no actual construction date include when the construction was completed earlier than the original scheduled construction period, and it was no longer necessary to perform construction on the last day of the scheduled construction period. There may be a case where construction could not be carried out due to rain, etc. on the day.

  When the cell on which “No construction record date” is displayed is further selected by a predetermined selection operation, the original state display shown in FIG. 5 (a1) or FIG. 5 (a2) is restored.

  In this way, the “scheduled construction date”, “date with construction results”, and “day without construction results” are displayed in the cell for each type of construction and each work area, and when the save button 36 is selected, these are displayed. Is registered in the management server device 3. When the save button 36 is selected, a progress display 38 for displaying (presenting) the progress of construction on the record 18 of the progress management sheet 17 by the “progress progress presentation function” as shown in FIG. 10, for example. Appears. The progress level display 38 indicates the degree of progress with respect to the “initial planned construction date” based on “initial planned construction date”, “scheduled construction date”, “date with construction result”, “day without construction result”, etc. The calculation is performed according to the calculation rule, and the degree of progress is presented based on a predetermined reference date (the reporting date on the last Friday in the present embodiment).

  As described above, when “scheduled construction date”, “date with construction result”, “day without construction result”, etc. are registered, the information and the progress display 38 are displayed for other users connected to the management server 3. It also appears on the progress management sheet 17 displayed on the client device 3 (for example, the current location manager, construction manager, etc.).

  Hereinafter, the “progress degree presentation function” will be described in more detail. The progress display 38 displayed in the record 18 of the progress management sheet 17 includes “initial planned construction date”, “scheduled construction date”, “date with construction result” and “day without construction result” registered in the management server device 3. ", And the latest report date (the latest Friday in this embodiment). When the progress indicator 38 forms a convex figure in the future direction, it indicates that the progress of the type of construction is progressing, and when the progress indicator 38 forms a convex figure in the past direction, Indicates that the progress of the type of construction is delayed. Further, when the progress display 38 does not form a convex figure, it indicates that the progress of the type of construction is on-time. The degree of progress indicated by the progress indicator 38 is when the report date is on the initial planned construction period (any day from the first day to the last day of the originally planned construction day) of any work area belonging to the type of construction concerned. It is indicated by the lateral length from the base end to the tip end of the convex figure. On the other hand, if the reporting date is not within the initial planned construction period of any work zone belonging to the type of construction, if the progress indicator 38 forms a convex figure in the past direction, In the case where the degree of progress is indicated by the horizontal length from the right end of the initial planned construction date to the tip of the convex figure, and the progress indicator 38 forms a convex figure in the future direction, The degree of progress is indicated by the horizontal length from the left end of the originally planned construction day to the tip of the convex figure.

  Hereinafter, processing operations executed in the management server device 3 of the process management system 1 in order to execute the “progress degree presentation function” will be described. This processing operation is basically executed by the following steps (1) to (5). In the present embodiment, the registered artificial is not referred to when the “progress degree presentation function” is executed.

  As step (1), first, a “work zone progress index” is calculated based on the registered initial planned construction date, scheduled construction date, date with construction results, date without construction results, and the like. The “Work Zone Progress Index” is a numerical value of the progress of construction in each work zone on a daily basis. It is negative if the progress of construction is delayed, positive if the progress of construction is progressing, 0 if the construction progress is on-time. Depending on the relationship between the latest future report date (hereinafter simply referred to as “report date”) and the originally planned construction date, the method for calculating the progress index of the work area can be calculated from any of four calculation methods. One applies.

The first calculation method is a case where the report date is after the last day (including the last day) of the initially planned construction date of the work area to be calculated. As an example applicable to this calculation method, for example, as shown in FIG. 6A, the initial planned construction date is registered for five consecutive days from June 1 (Monday) to June 5 (Friday). In this case, if the reporting date is June 5 (Friday), as shown in Fig. 6 (b), the initial planned construction date is three consecutive days from June 1 (Mon) to June 3 (Wed). If the report date is June 5 (Friday), the initial planned construction dates are June 1 (Monday) and June 3 (Wednesday), as shown in Fig. 6 (c). ), The reporting date is June 5th (Friday) in the case of non-sequential registration for only two days. In the case of this calculation method, the work area progress index is represented by the following formula [1]. However, the “number of remaining days” is the number of days of “scheduled construction date” (excluding “date with construction results” and “day without construction results”) of the work area to be calculated.
Industrial zone progress index = 0-number of remaining days ... [1]
Hereinafter, the calculation of the work area progress index by the first calculation method is also referred to as “step (1-1)”.

The second calculation method is that the reporting date is the same day as the first day of the initial planned construction date of the calculation target area, and the date between the first and last day of the initial planned construction date of the calculation target area. This is the case. As an example applicable to this calculation method, for example, as shown in FIG. 7A, the initial planned construction date is registered for five consecutive days from June 2 (Tue) to June 6 (Sat). If the reporting date is June 5 (Friday), as shown in Fig. 7 (b), the initial planned construction date is June 1 (Monday), June 2 (Tuesday), June For example, when the report date is June 5 (Friday) when registered for a total of four days, Monday, June 9 (Tuesday). In the case of this calculation method, the work area progress index is expressed by the following equation [2]. However, “digestion” is the number of days from the day following the reporting date of the initially planned construction date of the work area to be calculated. In the process management system 1 according to the present embodiment, Sunday is not counted when calculating “digestion postponement”.
Industrial zone progress index = postponement of digestion-remaining days ... [2]
Hereinafter, the calculation of the work area progress index by the second calculation method is also referred to as “step (1-2)”.

The third calculation method is when the report date is the day before the first day of the initial planned construction date of the work area to be calculated, and (the number of days of the initial planned construction day) ≥ (the day with the actual construction date) The number of days). In this case, the work area progress index is expressed by the following equation [3].
Industrial Zone Progress Index = Number of days with construction results ... [3]
Hereinafter, the calculation of the work area progress index by the third calculation method is also referred to as “step (1-3)”.

The fourth calculation method is when the report date is the day before the first day of the initial planned construction date of the work area to be calculated, and (the number of days of the initial planned construction day) The number of days). In this case, the work zone progress index is expressed by the following equation [4].
Industrial zone progress index = number of days of initial planned construction day [4]
Hereinafter, the calculation of the work area progress index by the fourth calculation method is also referred to as “step (1-4)”.

  Next, as step (2), a progress index for each type of construction (hereinafter simply referred to as “progress index”) is calculated. This “progress index” is obtained by adding the work area progress index for each type of construction. For example, when the type of construction is “common temporary construction”, the “progress index” is “East”, “West”, “North”, “South”, “Toya”, “ The work area progress index calculated for “removal of protective pipes” and “office dismantling” is added.

  Next, as step (3), a base date is set for each type of construction. This “base date” is one element that determines the tip position of the progress display 38. For the setting of the base day, any one of the following four setting methods is applied.

  The first setting method is applied, as shown in Fig. 8 (a), when the initial planned construction date (initial planned construction period) of the work area belonging to the type of construction subject to calculation overlaps with the reporting date. It is. In this case, the report date is set as the base date. Hereinafter, the setting method of the base date according to the first setting method is also referred to as “step (3-1)”.

  As shown in Fig. 8 (b), the second setting method is applied to the initial planned construction date of the work area starting from the day after the last day of the initial planned construction date (initial planned construction period) of a certain work area. This is the case where there is a report date by the day before the first day of the (initial planned construction period). In this case, if (progress index)> 0 (that is, if the progress is ahead of schedule), the first day of the initially planned construction date of the subsequent work zone is set as the base date. In this case, however, 1 is subtracted from the progress index. If (progress index) <0 (that is, if the progress is behind schedule), the last day of the initially planned construction date of the previous work area is set as the base date. If (progress index) = 0 (that is, if progress is on-time), the reporting date is set as the base date. Hereinafter, the setting method of the base date according to the second setting method is also referred to as “step (3-2)”.

  The third setting method is applied, as shown in FIG. 8C, when the report date is a day before the first day of the initially planned construction date of any work area. In this case, if (progress index)> 0 (that is, if the progress is ahead of schedule), the start date of the initial planned construction date nearest to the report date is set as the base date. In this case, however, 1 is subtracted from the calculated progress index. If (progress index) = 0 (that is, if progress is on-time), the reporting date is set as the base date. Hereinafter, the setting method of the base date according to the third setting method is also referred to as “step (3-3)”.

  As shown in FIG. 8D, the fourth setting method is applied when the report date is later than the last day of the initially planned construction date of any work area. In this case, if (progress index) <0 (that is, if the progress is delayed from the schedule), the end date of the initial planned construction date nearest to the report date is set as the base date. If (progress index) = 0 (that is, if progress is on-time), the reporting date is set as the base date. Hereinafter, the setting method of the base date according to the fourth setting method is also referred to as “step (3-4)”.

Next, as a step (4), a leading end date that is a leading end position of the progress display 38 is set. The tip date is represented by the following formula [5]. For example, in the case where the first condition is satisfied, if the base date is June 5 and the progress index is +1, the leading date is June 6. In addition, when the first condition is satisfied, the base date is June 5, and when the progress index is -1, the leading date is June 4.
Cutting edge date = Base date + Progress index ... [5]

  Finally, as step (5), as shown in FIG. 10, the type of construction is indicated by a progress indicator 38 with the reporting date (June 12) as the base and the leading date (June 6) as the leading edge. Present the degree of progress for each. The progress indicator 38 forms a convex figure that protrudes to the left (the past in the calendar) when the progress is delayed, and protrudes to the right (the future in the calendar) when the progress is progressing. Convex figures are formed. Further, when the progress is on-time, no convex figure is formed. The degree of progress (degree of delay or degree of advance) is indicated by a length corresponding to the number of days of progress from the base date to the tip of the convex figure. In the process table 20, there is a column width for one day, but the report date, leading date, base date, etc. are based on the right end position of the column corresponding to that date. For example, if the tip date is June 6 and the report date is June 12, the tip position of the progress indicator 38 is on the boundary line between the June 6 column and the June 7 column, and the progress indicator is displayed. The base position of 38 is on the boundary line between the June 12 column and the June 13 column.

  In the present embodiment, the progress display 38 is a convex figure or vertical line composed of two V-shaped line segments (when progress is on-time), and when progress is progressing or delaying, The convex figure is the tip of the base day (the right end of the column indicating the base day (when progress is delayed) or the left end (when progress is progressing)) at a position that is horizontally separated by the number of days according to the degree of progress. Is placed.

  Hereinafter, specific examples of the progress display 38 will be described with reference to FIGS. In the present embodiment, a thick line is displayed in a predetermined color (for example, red) in the vertical direction at the position corresponding to the report date (the right end of the report date column), and the thick line is connected to the base end of the progress display 38. ing.

  The progress level display 38 regarding “common temporary construction” in FIG. 9 will be described. In this example, the current date is June 4 and the reporting date is June 5. In this example, the reporting date is the day before the originally planned construction date of any work area, and (days of the originally planned construction date) ≧ (days of construction performance) is established for any of the work areas. Therefore, in step (1), the calculation method according to equation [3] in step (1-3) is applied. In this case, since any work area has a construction record date of 0, according to the equation [3], the work area progress index of any work area is 0. Next, in the step (2), all the work area progress indexes of the work areas belonging to the “common temporary work” are added, but since the work area progress index of any work area is 0, the progress index of the “common temporary work” is also 0. It becomes. Next, in step (3), since the reporting date is the day before the first day of the initially planned construction date of any work area, step (3-3) is applied and (progress index) = 0. A reporting date (June 5) is set as the base date. Next, in the step (4), the base date = report date and the progress index = 0 are applied to the equation [5]. As a result, the reporting date (June 5) is set as the leading date. Next, in the step (5), since the tip date = report date, the progress indicator 38 does not form a convex figure, but forms a vertical line as shown in FIG. The progress of “Construction” is shown to be on-time.

The progress level display 38 regarding “common temporary construction” in FIG. 10 will be described. In this example, the current date is June 11 and the report date is June 12.
First, in the step (1), for the “East” and “West” zones, the reporting date is after the last day of the originally planned construction date of the zone, so step (1-1) is applied. The In this case, according to the equation [1], the work area progress index is −3 for the “east face” work area and −2 for the “west face” work area. For other work zones, the reporting date is the day before the originally planned work date of any work zone, and for any work zone, (the number of days of the originally planned work date) ≥ (the number of days with work results) Therefore, step (1-3) is applied. In this case, since any work area has a construction record date of 0, the work area progress index of any work area is 0.
Next, in the step (2), all the work area progress indexes of the work areas belonging to the “common temporary work” are added together. In the above case, the work area progress index is -3 for "East" work area, -2 for "West face" work area, and the work area progress index for other work areas is 0. The index is -5.
Next, in the above step (3), from the day after the last day of the initial planned construction date (initial planned construction period) of the “West Side” industrial zone, the first day of the initial planned construction date (initial planned construction period) of the “North Side” industrial zone Since there is a report date up to the previous day and the progress index of “Common Temporary Construction” is -5, step (3-2) is applied, and the last day of the originally planned construction date of the “Seomyeon” work zone (June 11th) is set as the base date.
Next, in the step (4), according to the formula [5], June 6 obtained by adding the base date (June 11) and the progress index of -5 (Sun) is set as the leading date. The
Finally, in the step (5), as shown in the progress display 38 of the “common temporary construction” in FIG. A convex figure at the tip is formed, which indicates that the progress of the “common temporary construction” is delayed by five days. In addition, as shown in the example shown in FIG. 10, when the reporting date is not within the initial planned construction period of any work area, the length from the right end of the initial planned construction date closest to the reporting date to the right end of the leading end date. The progress degree (for 5 days) is indicated.

In the example shown in FIG. 11, in the example shown in FIG. 10, an artificial is input on the scheduled construction date of the “East side” and “West side” zones belonging to “Common temporary construction”, and the save button 36 is selected. Later, that is, a state in which a construction record date is registered is shown.
That is, when an artificial is input on the planned construction date of the “East Side” work zone and “West Side” work zone belonging to “Common Temporary Work” and the save button 36 is selected, in the step (1), “East face” is selected. For the work area and the “Seomyeon” work area, step (1-1) is applied because the report date is after the last day of the initially planned work date of the work area. In this case, according to the formula [1], the work area progress index is 0 for both the “east face” work area and the “west face” work area. For other work zones, the work zone progress index is 0 as already described in the description of FIG.
Next, in the step (2), all the work area progress indexes of the work areas belonging to the “common temporary work” are added together. In the above case, since the work area progress index is 0, the progress index of “common temporary construction” is 0.
Next, in the above step (3), from the day after the last day of the initial planned construction date (initial planned construction period) of the “West Side” industrial zone, the first day of the initial planned construction date (initial planned construction period) of the “North Side” industrial zone Since there is a reporting date between the previous day and the progress index of “Common Temporary Construction” is 0, step (3-2) is applied and the reporting date (June 12) is set as the base date The
Next, in the step (4), the base date = report date and the progress index = 0 are applied to the equation [5]. As a result, the reporting date (June 12) is set as the leading date.
Next, in step (5), since the leading end date = the reporting date, the progress indicator 38 does not form a convex figure, but forms a vertical line as shown in FIG. The progress of “Construction” is shown to be on-time.

The progress level display 38 relating to “sealing work” in FIG. 12 will be described. In this example, the current date is July 6 and the reporting date is July 10.
First, in step (1), for “1 work area”, since the report date is after the last day of the initially planned construction date of the work area, step (1-1) is applied. In this case, the work area progress index is -1 by the equation [1]. For “2 work zones”, the reporting date is the day between the first day and the last day of the initially planned construction date of the work area, so step (1-2) is applied. In this case, by applying 6 days as the number of remaining days and 1 day as a postponement to Formula [2], the work area progress index becomes -5. For “3 work areas” to “6 work areas”, the reporting date is the day before the first day of the initially planned work date of the work area, so step (1-3) is applied. In this case, by applying 0 day as the number of days with construction results to Formula [3], any work zone progress index becomes 0.
Next, in the step (2), all the work area progress indexes of the work areas belonging to the “sealing work” are added. In the above case, the work area progress index of “1 work area” is −1, the work area progress index of “2 work areas” is −5, and the work area progress indexes of “3 work areas” to [5 work areas] are all 0. The progress index of “sealing work” is -6.
Next, in the step (3), since the initial planned construction date (initial planned construction period) and the reporting date of “2 work zones” overlap, the step (3-1) is applied. In this case, the reporting date (July 10) is set as the base date.
Next, in the step (4), according to the formula [5], July 4 obtained by adding the base date (July 10) and the progress index -6 (Sun) is set as the leading date. The
Finally, in the step (5), as shown in the progress display 38 of the “sealing work” in FIG. 12, the reporting date (July 10) is used as the base and the tip date (July 4) is the tip. This indicates that the progress of the “sealing work” is delayed by 6 days. In addition, as shown in the example shown in FIG. 12, when the report date is on the initial planned construction period of any of the work zones, the progress degree (6 days delay) is indicated by the length from the report date to the tip date. .

The progress level display 38 relating to “sealing work” in FIG. 13 will be described. In this example, the current date is July 6 and the reporting date is July 10.
First, in step (1), for “1 work area”, since the report date is after the last day of the initially planned construction date of the work area, step (1-1) is applied. In this case, by applying 1 day as the remaining number of days to Formula [1], the work zone progress index becomes -1. For “2 work zones”, the reporting date overlaps with the originally planned work date of the work zone, so step (1-2) is applied. In this case, by applying 5 days as the number of remaining days and 1 day as a postponement to Formula [2], the work area progress index becomes -4. For “3 working zones”, the reporting date is the day before the first day of the initially planned construction date of the working zone, so step (1-3) is applied. In this case, by applying 1 day as the number of days with construction results to Formula [3], the work zone progress index becomes +1. For “4 work zones” to “6 work zones”, since the report date is the day before the first day of the initially planned work date of the work zone, step (1-3) is applied. In this case, by applying 0 day as the number of days with construction results to Formula [3], any work zone progress index becomes 0.
Next, in the step (2), all the work area progress indexes of the work areas belonging to the “sealing work” are added. In the above case, the work area progress index of “1 work area” is −1, the work area progress index of “2 work areas” is −4, the work area progress index of “3 work areas” is +1, and the work areas of “4 work areas” to [5 work areas] Since all the progress indexes are 0, the progress index of “sealing work” is −4.
Next, in the step (3), since the initial planned construction date (initial planned construction period) and the reporting date of “2 work zones” overlap, the step (3-1) is applied. In this case, the reporting date (July 10) is set as the base date.
Next, in the step (4), according to the formula [5], July 6 obtained by adding the base date (July 10) and the progress index -4 (Sun) is set as the leading date. The
Finally, in the step (5), as shown in the progress display 38 of the “sealing work” in FIG. 13, the reporting date (July 10) is used as the base, and the tip date (July 6) is the tip. This indicates that the progress of the “sealing work” is delayed by 4 days. In addition, as shown in the example shown in FIG. 13, when the reporting date is on the initial planned construction period of any of the work zones, the progress degree (4 days delay) is indicated by the length from the reporting date to the tip date. .

The progress level display 38 relating to “sealing work” in FIG. 14 will be described. In this example, the current date is July 6 and the reporting date is July 10.
First, in step (1), for “1 work area”, since the report date is after the last day of the initially planned construction date of the work area, step (1-1) is applied. In this case, by assigning 0 days as the number of remaining days to Formula [1] (days without construction results are not counted as the number of remaining days), the work area progress index becomes 0. For “2 work zones”, the reporting date overlaps with the originally planned work date of the work zone, so step (1-2) is applied. In this case, by applying 4 days as the number of remaining days and 1 day as a postponement to Formula [2], the work area progress index becomes -3. For “3 working zones”, the reporting date is the day before the first day of the initially planned construction date of the working zone, so step (1-3) is applied. In this case, by applying 3 days to the formula [3] as the number of days with construction results, the work zone progress index becomes +3. For “4 work zones” to “6 work zones”, since the report date is the day before the first day of the initially planned work date of the work zone, step (1-3) is applied. In this case, by applying 0 day as the number of days with construction results to Formula [3], any work zone progress index becomes 0.
Next, in the step (2), all the work area progress indexes of the work areas belonging to the “sealing work” are added. In the above case, the work area progress index of “1 work area” is 0, the work area progress index of “2 work areas” is −3, the work area progress index of “3 work areas” is +3, and the work area progress of “4 work areas” to [5 work areas] Since the indexes are all 0, the progress index of “sealing work” is 0.
Next, in the step (3), since the initial planned construction date (initial planned construction period) and the reporting date of “2 work zones” overlap, the step (3-1) is applied. In this case, the reporting date (July 10) is set as the base date.
Next, in the step (4), according to the formula [5], July 10 obtained by adding the base day (July 10) and the progress index 0 (day) is set as the leading day. .
Finally, the step (5) De is based on the report date (July 10) and the tip date (July 10), as shown in the progress display 38 of “Sealing work” in FIG. A convex figure is not formed for the tip. This indicates that the progress status of the “sealing work” is on-time.

The progress level display 38 relating to “outer wall cleaning / cleaning work” in FIG. 15 will be described. In this example, the current date is July 6 and the reporting date is July 10.
First, in step (1), for “1 work area”, since the report date is the day before the first day of the initially planned work day of the work area, step (1-3) is applied. In this case, by applying 1 day as the number of days with construction results to Formula [3], the work zone progress index becomes +1. Steps (1-3) are applied to other work zones because the report date is the day before the first day of the initially planned work date of the work zone. In this case, by applying 0 day as the number of days with construction results to Formula [3], the work area progress index of any work area becomes 0.
Next, in the step (2), all the work area progress indexes of the work areas belonging to the “outer wall cleaning / cleaning work” are added together. In the above case, since the work area progress index of “1 work area” is +1 and the work area progress indices of other work areas are all 0, the progress index of “outer wall cleaning / cleaning work” is +1.
Next, in the step (3), since the report date is a day before the first day of the initially planned construction date of any work area, the step (3-3) is applied. In this case, the starting date (July 13) immediately after the initial planned construction date is set as the base date, and 1 is subtracted from the progress index, and the progress index becomes 0.
Next, in the step (4), according to the formula [5], July 13 obtained by adding the base day (July 13) and the progress index 0 (day) is set as the leading day. .
Finally, in the step (5), as shown in the progress indicator 38 of “outer wall cleaning / cleaning work” in FIG. 15, the report date (July 10) is used as the base date and the tip date (July 13th). ) Is formed, and this indicates that the progress of the “sealing work” has progressed by one day (one day from the left end of the first day of the initial planned construction day most recently reported) Only convex figures appear in the future direction). As shown in the example shown in FIG. 15, when the reporting date is not within the initial planned construction period of any work area, the length from the left end of the initial planned construction date closest to the reporting date to the right end of the leading end date. Indicates the degree of progress.

The progress level display 38 relating to “iron part painting work” in FIG. 16 will be described. In this example, the current date is July 6 and the reporting date is July 10.
First, in the step (1), the report date for the “rust-prevention coating (previous corridor)” work area is after the last day (July 4) of the original planned work day of the work area. ] Is applied to the remaining number of days (one day), the work area progress index becomes -1. For other work zones, the reporting date is the day before the first day of the originally planned work date of the work zone, so step (1-3) is applied. In this case, by applying 0 day as the number of days with construction results to Formula [3], the work area progress index of any work area becomes 0.
Next, in the step (2), all the work area progress indexes of the work areas belonging to “iron part painting work” are added together. In the above case, since the work area progress index of the “rust-prevention coating (preceding corridor)” work area is −1 and the work area progress indices of the other work areas are all 0, the progress index of “iron coating work” is −1. It becomes.
Next, in the above step (3), the report date (July 10) is the day after the last day of the originally planned construction date (initial planned construction period) (July 5) of the "rust-prevention coating (advance around corridor)" work area From the first day (July 19th) on the first day of the initial planned construction date (initial planned construction period) of "1 work zone", and (progress index) <0, so "rust prevention coating (advance around corridor)" The last day (July 4) of the initial planned construction date of the work area is set as the base date.
Next, in the step (4), according to the formula [5], July 3 obtained by adding the base date (July 4) and the progress index -1 (day) is set as the leading date. The
Finally, in step (5), as shown in the progress indicator 38 of “iron part painting work” in FIG. 16, the reporting date (July 10) is the base date and the tip date (July 3). This indicates that the progress of “Iron part painting work” is delayed by one day (from the right end of the last day of the initial planned construction date closest to the reporting date). Convex figures appear in the past direction for the day). In addition, as shown in the example shown in FIG. 16, when the report date is not within the initial planned construction period of any of the work zones, the leading date from the right end of the initial planned construction date (July 4) closest to the report date. The degree of progress is indicated by the length to the right end of (July 3).

<Other progress indication functions>
In the above description, the case where the progress display 38 is displayed on the process table 20 of the progress management sheet 17 has been described. However, the process management system 1 according to the embodiment of the present invention has been described based on FIG. It is possible to generate a display of the progress level display 38 on the construction work table 11 and display it on the client device 5.

  For example, the construction process table 11A shown in FIG. 17 displays the progress display 38 in the progress display line 32 in the construction process table 11 in FIG. 2, and the artificial line registered through the progress management sheet 17 in the result line 34. Although displayed, the management server device 3 can generate such a construction process table 11 A and display it on the client device 5. The progress display 38 in the construction process table 11A is displayed based on the leading date, the base date, and the like set by the same method as that displayed on the progress management sheet 17.

  As is clear from the above description, according to the process management system 1 according to the embodiment of the present invention, the progress of the construction is displayed by the progress display 38 for each construction type. The progress can be grasped easily and quickly. For this reason, the above-mentioned process management system 1 is very useful for a prime contractor and the like in which it is important to grasp the excess and deficiency of labor of subcontractors, craftsmen, etc. for each type of construction.

<Second Embodiment>
Hereinafter, a process management system according to a second embodiment of the present invention will be described with reference to the drawings. Hereinafter, only differences from the process management system according to the first embodiment will be described, and description of the same configurations and functions as those of the process management system according to the first embodiment will be omitted.

  The process management system according to the second embodiment specifies either “progress degree for each construction type” or “progress degree for each work area” as the target of the progress degree to be presented. It further includes a “designating function”. The designation of either “progress degree for each type of construction” or “progress degree for each work area” is displayed on a basic setting screen (not shown) displayed when a person having a predetermined authority logs in at the management server device 3 Alternatively, it is performed by an input operation from the same screen displayed on the client device 5 connected by logging in to the management server device 3. When “progress degree for each construction type” is designated as the target of the progress degree to be presented, the progress degree for each construction type is presented as described in the first embodiment.

  On the other hand, when “progress degree for each work area” is designated as the target of the progress degree to be presented, a “progress degree presentation function” different from the first embodiment is executed in the process management system 1. . In other words, when the “degree of progress for each work area” is specified, it is based on the information registered by the “initial planned construction date registration function” and the information registered by the “construction schedule / construction result registration function”. The degree of progress for each work area with respect to the originally planned construction date is calculated and presented. Hereinafter, this function is referred to as a “work zone progress degree presentation function”.

  Hereinafter, the processing operation executed in the management server device 3 of the process management system 1 in order to execute the “work zone progress degree presentation function” will be described. This processing operation is basically executed by the following steps (1A) to (4A). In the present embodiment, the registered artificials are not referred to when executing the “work zone progress degree presentation function”.

  As step (1A), first, a “work zone progress index” is calculated based on the registered initial planned construction date, scheduled construction date, date with construction results, date with no construction results, and the like. The method for calculating the “work zone progress index” is the same as that described as step (1) in the first embodiment.

  Next, as a step (2A), a base date is set for each work section. This “base date” is one element that determines the tip position of a work area progress display 38A described later. For the setting of the base day, any one of the following four setting methods is applied.

  The first setting method is applied to the initial planned construction date (initial planned construction period) and reporting date of the work area for which the report date is to be calculated, as in the “Seiyo” work area shown in Fig. 8 (a). Are overlapping. In this case, the report date is set as the base date.

  The second setting method is applied on the day before the first day of the initial planned construction date of the work area to be calculated, as in the “West Side” work area shown in FIG. 8B. Is the case. In this case, if (progress index)> 0 (that is, if the progress is ahead of schedule), the start date of the initial planned construction date nearest to the report date is set as the base date. In this case, however, 1 is subtracted from the calculated progress index. If (progress index) = 0 (that is, if progress is on-time), the reporting date is set as the base date.

  The third setting method is applied on the day after the last day of the initially planned construction date of the work area for which the report date is to be calculated, as in the “Seomyeon” work area shown in FIG. 8 (d). This is the case. In this case, if (progress index) <0 (that is, if the progress is delayed from the schedule), the end date of the initial planned construction date nearest to the report date is set as the base date. If (progress index) = 0 (that is, if progress is on-time), the reporting date is set as the base date.

Next, as a step (3A), a leading edge date which is the leading edge position of the work area progress display 38A is set. The tip date is represented by the following formula [5a].
Tip date = Base date + Industrial zone progress index ... [5a]

  Finally, as step (4A), as shown in FIG. 18, the progress degree for each work area is presented in the work area progress column 18b by the work area progress display 38A. Similarly to the progress display 38 for each type of construction, the work area progress display 38A also forms a convex figure projecting to the left (the past in the calendar) when the progress is delayed (shown in FIG. 18). When the progress is progressing, a convex figure protruding rightward (toward the future of the calendar) is formed. Further, when the progress is on-time, no convex figure is formed. The degree of progress (degree of delay or degree of advance) is indicated by a length corresponding to the number of days of progress from the base date to the tip of the convex figure. The process table 20A in FIG. 18 also has a column width for one day, but the report date, leading date, base date, etc. are based on the right end position of the column corresponding to that date.

  In the example shown in FIG. 18, regarding the “East surface” work area, the work area progress indication 38A (“East surface”) is based on the reporting date (June 12) and the leading edge date (June 7). The progress of the work area progress display 38A) displayed in the work area progress column 18a above the record in FIG. In addition, for the “West Side” work zone, the progress date display 38A (above the record of “West Side”) is based on the report date (June 12) and the tip date (June 9). The progress degree display 38A) displayed in the work area progress column 18a indicates the progress of the work area with a delay of two days. Convex figures are not formed for other work zones, and progress is presented on time.

  According to the process management system 1 according to the second embodiment described above, not only the progress degree for each type of construction but also the progress degree for each work area can be easily and quickly grasped by the work area progress display 38A. Can do. For this reason, it is convenient when, for example, it is desired to easily and quickly grasp the work zone where construction is most delayed.

<Third Embodiment>
In the example of the process chart 20A shown in FIG. 18, the progress display 38 indicating the progress for each type of construction is not displayed, but the steps (1) to (5) described in the first embodiment and the first By causing the management server 3 to execute both steps (1A) to (4A) described in the second embodiment, as shown in the process chart 20B of FIG. A progress indicator 38 indicating the degree of progress for each type may also be displayed.

<Other embodiments>
In the above-described embodiment, when the report date is not included in the initial planned construction period of any work area, the base date is not the report date but the most recent initial planned work date, but the base date is always reported. It may be a day. In this case, the horizontal length of the progress display 38 and the work area progress display 38A always indicates the progress, regardless of the relationship between the report date and the initially planned construction period of the work area.

  In the construction process table 11 and the process tables 20, 20A and 20B of the progress management sheet 17 described above, the construction types are listed in the vertical direction and the calendar date is taken in the horizontal direction, but the construction types in the horizontal direction. Can be enumerated and the calendar date can be taken in the vertical direction.

  In the above-described embodiment, when calculating “postponement of digestion”, Sunday is not counted. However, Sunday can also be counted. Alternatively, it is possible not to count both Saturday and Sunday.

  The present invention can be applied to, for example, a process management system for managing processes such as building repair / renovation sites or construction sites.

DESCRIPTION OF SYMBOLS 1 Process management system 3 Management server apparatus 4 Network 5 Client apparatus 11 Construction process table 20 Process table 24 Box 25-29 Original planned construction day display 37 Diagonal line 38 Progress display 38A Work area progress display

The process management system according to the present invention is premised on a configuration including a management server device that provides a service and a client device connected to the management server device via a network. The initial planned work date registration means that can register the initial planned work date in the management server device for each work zone, and after the registration of the initial planned work date, the planned work date and work for each work type and each work zone A construction schedule / construction result registration means capable of registering in the management server device on a daily basis either a date with actual results or a day without construction results, information registered by the initial planned construction date registration means, and the construction schedule / construction on the basis of the information that has been registered by the achievement registration means, to calculate the "work area progress index", which quantify the progress of the construction of each work area on a daily basis, work the "work area progress index" By summing for each type, it is characterized in that and a progress presentation means for presenting to calculate the degree of progress of each type of construction for the initial plan construction date.

The process management system according to the present invention 2 is based on the premise that the process management system includes a management server device that provides a service and a client device connected to the management server device via a network. The initial planned work date registration means that can register the initial planned work date in the management server device for each work zone, and after the registration of the initial planned work date, the planned work date and work for each work type and each work zone A construction schedule / construction result registration means capable of registering in the management server device on a daily basis either a date with actual results or a day without construction results, information registered by the initial planned construction date registration means, and the construction schedule / construction on the basis of the information that has been registered by the achievement registration means, and a progress presentation means for presenting to calculate the degree of progress of each type of construction work for the originally planned construction date, vertical A process table display means for displaying a process table in which the type of construction is listed in one of the horizontal and horizontal directions and the calendar date is taken in either of the vertical and horizontal directions on a client device connected to the management server device Further, the progress degree presenting means is based on the information registered by the initial planned construction date registering means and the information registered by the construction schedule / actual result registering means. The degree of progress for each type is calculated and presented, and on the process chart displayed by the process chart display means, the predetermined reference date is used as one end, and the number of days corresponding to the degree of progress from the one end It is also possible to present the degree of progress by a display in a predetermined form with the other end at a position separated in the horizontal direction.

The process management system according to the present invention 3 is based on the premise that the process management system includes a management server device that provides a service and a client device connected to the management server device via a network. The initial planned work date registration means that can register the initial planned work date in the management server device for each work zone, and after the registration of the initial planned work date, the planned work date and work for each work type and each work zone A construction schedule / construction result registration means capable of registering in the management server device on a daily basis either a date with actual results or a day without construction results, information registered by the initial planned construction date registration means, and the construction schedule / construction on the basis of the information that has been registered by the achievement registration means, and a progress presentation means for presenting to calculate the degree of progress of each type of construction work for the originally planned construction date, Hisage As a target of the degree of progress to be made, the apparatus further comprises a progress degree presentation target designating unit for designating either “a degree of progress for each type of construction” or “a degree of progress for each work area”, When the “progress degree for each type of construction” is designated by the degree presentation target designation means, the information registered by the initial planned construction date registration means and the information registered by the construction schedule / construction result registration means Based on the above, the degree of progress for each type of construction with respect to the initially planned construction date is calculated and presented, and when the “degree of progress for each work area” is designated by the progress degree presentation target designating means, Based on the information registered by the planned construction date registration means and the information registered by the construction schedule / construction result registration means, the degree of progress of each work area with respect to the initial planned construction date is calculated. Shimesuru, it may be things.

Claims (7)

A management server device that provides the service;
A client device connected to the management server device via a network;
In a process management system comprising
Initial planned construction date registration means capable of registering the initial planned construction date in the management server device for each type of construction and work zone,
After the initial planned construction date has been registered, a construction that can be registered in the management server device on a daily basis for any of the construction types and work zones. Schedule and construction results registration means,
Progress to calculate and present the degree of progress for each type of construction with respect to the initial planned construction date based on the information registered by the initial planned construction date registration means and the information registered by the construction schedule / construction result registration means Degree presentation means,
A process management system comprising: In the process management system according to claim 1,
Process chart display means for displaying a process chart in which construction types are listed in one of the vertical and horizontal directions and a calendar date is taken in either of the vertical and horizontal directions on the client apparatus connected to the management server apparatus Further comprising
The progress degree presenting means is based on the information registered by the initial planned construction date registering means and the information registered by the construction schedule / construction result registering means, and the degree of progress for each type of construction on a predetermined reference date Is calculated and presented, and on the process table displayed by the process table display means, the predetermined reference date is one end, and a distance corresponding to the number of days according to the degree of progress is separated from the one end. The degree of progress is presented by a display in a predetermined form with the other position as the other end.
Process management system characterized by that. In the process management system according to claim 1,
As a target of the degree of progress to be presented, it further comprises a progress degree presentation target designating means for designating either “the degree of progress for each type of construction” or “the degree of progress for each work area”,
The progress degree presenting means, when the “progress degree for each construction type” is designated by the progress degree presentation target designation means, the information registered by the initial planned construction date registration means and the construction schedule / Based on the information registered by the construction results registration means, the degree of progress for each type of construction with respect to the originally planned construction date is calculated and presented, and the "degree of progress for each work area" is designated by the progress degree presentation target designation means If it is, the degree of progress for each work area with respect to the initial planned construction date is calculated based on the information registered by the initial planned construction date registration means and the information registered by the construction schedule / construction result registration means. Present
Process management system characterized by that. In the process management system according to claim 3,
Process chart display means for displaying a process chart in which construction types are listed in one of the vertical and horizontal directions and a calendar date is taken in either of the vertical and horizontal directions on the client apparatus connected to the management server apparatus Further comprising
The progress degree presenting means, when the “progress degree for each construction type” is designated by the progress degree presentation target designation means, the information registered by the initial planned construction date registration means and the construction schedule / Based on the information registered by the construction record registration means, the progress degree for each type of construction on the predetermined reference date is calculated and presented, and the "progress degree for each work area" is designated by the progress degree presentation target designating means. If it is, the degree of progress for each work area on a predetermined reference date is calculated based on the information registered by the initial planned construction date registration means and the information registered by the construction schedule / construction result registration means. The predetermined reference date is defined as one end on the process table displayed by the process table display means, and is separated from the one end in the horizontal direction by the number of days corresponding to the degree of progress. The position display of a predetermined mode to the other end was is to provide a degree of progress or degree of progress of each of the work area for each type of the construction,
Process management system characterized by that. In the process management system according to claim 2 or 4,
The operation performed to register by the construction schedule / construction result registration means is performed on the process chart displayed by the process chart display means.
Process management system characterized by that. In the process management system according to claim 2, 4 or 5,
The process chart display means is colored and displayed in the process chart so that the part corresponding to the initial planned work date registered by the initial planned work date registration means can be distinguished from others.
Process management system characterized by that. In the process management system according to any one of claims 2, 4, 5 or 6,
A process management system in which the predetermined reference date is a specific day of the week immediately after the current date.