JP2008040994A - Analysis management task support device and computer program for analysis management task support - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To support the determination task of water quality abnormality based on an analytic result being the result of water quality inspection. <P>SOLUTION: The designation of an analysis object is permitted, and an analysis result database (schedule file 121, analytic data file 122) in which analytic results about one or more items are stored in every predetermined cycle of yearly units for every analysis object is referenced to acquire the analytic result about the designated analysis object, and display data 127 in which the analytic results are displayed as the graph of every predetermined cycle of yearly units are generated based on the acquired analytic results, and the generated display data 127 are output. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to an analysis management work support apparatus and an analysis management work support computer program for supporting, for example, water quality analysis work.

  For example, in a thermal power plant, seawater is pumped and used for various purposes such as industrial water and in-house water. For this reason, water quality inspection is necessary. As an example, in a thermal power plant, industrial water, in-house water, pure water, condensate, and the like are analyzed. The PH value, electrical conductivity, dissolved oxygen, and the like are used as analysis items.

  To describe the water quality inspection work in the thermal power plant in more detail, in general, the staff of the thermal power plant prepares an analysis work plan so as to analyze each analysis target at a predetermined cycle of an annual unit as an example. As the predetermined cycle, for example, a cycle such as once a week, once every two weeks, or once a month is adopted for each analysis item to be analyzed. When the analysis work plan is created, the manager's approval is obtained as necessary, and then the water quality inspection, that is, the analysis work is performed for each analysis object in accordance with the created analysis work plan. And if the result of a water quality test is obtained, the result is provided as an analysis result. Thermal power station personnel refer to the analysis results to determine whether there is an abnormality.

  Here, Patent Document 1 describes an invention that makes it possible to automatically and uniformly estimate troubles in treated water at a sewage treatment plant.

  Patent Document 2 calculates the ratio (C / N ratio) between the nitrogen component and the organic component of the inflow water flowing into the sewage treatment plant in order to maintain the treated water from the sewage treatment plant well, and the circulation flow rate. The invention that controls the return flow rate and the like is described. Patent Document 2 provides an influent water quality database for storing each time series data of water quality test results, and based on the time series data stored in the influent water quality database, nitrogen components of the inflow water flowing into the sewage treatment plant It is also described that the organic component is predicted and the (C / N ratio) is calculated based on the predicted data.

  Patent Document 3 describes an invention in which a reliable and efficient sample collection schedule is created for water quality analysis.

Japanese Patent Application No. 07-016400 JP 2002-000810 A JP 2000-31494 A

  As described above, the thermal power plant refers to the analysis result, which is the result of the water quality test, and determines whether there is an abnormality. However, although there is a reference value for each analysis item of each analysis target, the reference value does not always become a normal value due to various factors. For example, depending on seasonal factors such as temperature and humidity, geographical factors where the power plant is installed, operating conditions of equipment, etc., a value outside the standard value is judged as a normal value, and vice versa. There may be cases where it is determined that there is an abnormality within the range.

  In order to solve such a problem, the inventor of this application searched Patent Documents 1 and 2 through a prior art search. However, the quality of water used in thermal power plants has various fluctuation factors, and it is difficult to automatically predict the normal value of the water quality.

  For example, in a thermal power plant, the workflow described above such as creation of an analysis work plan, approval of an analysis work plan, implementation of a water quality test, and determination of water quality abnormality based on the analysis result which is a water quality test result is performed. It has been implemented. In some cases, such workflows may include the creation and approval of budget documents and performance reports. For this reason, practical application of a system that supports such a workflow is desired. Although Patent Document 3 mentions the creation of a sampling schedule, it does not give any suggestion about the realization of a workflow requested in a thermal power plant or the like.

  In addition, water quality inspections and generation of analysis results that are water quality inspection results may be outsourced to external organizations. In this case, if the delivery of the analysis result is made via a paper document, e-mail, etc., the handling of the paper document or e-mail is cumbersome, causing troublesome storage and management, and past data cannot be easily referred to. There is also a problem.

  Here, the problem associated with the water quality inspection is described as an example. On the other hand, the problems as described above have universality applicable to various inspection objects such as air inspection and fuel inspection.

  An object of the present invention is to support an operation for determining abnormalities in water quality, air, fuel, and the like based on an analysis result that is a result of a test on water, air, fuel, and the like.

  Another object of the present invention is to support a workflow performed in a thermal power plant or the like.

  The present invention is an analysis management business support device, which is a means for permitting designation of an analysis target, and an analysis result for storing an analysis result for one or more items for each analysis target at a predetermined cycle of a predetermined period unit A means for acquiring an analysis result for the specified analysis target with reference to a database, and generating display data for displaying the analysis result as a graph for each predetermined period based on the acquired analysis result based on the acquired analysis result Means, and means for outputting the generated display data.

  The predetermined period unit is, for example, an annual unit.

  The means for generating the display data may generate a graph of analysis results for a plurality of years. In this case, the display of the graphs of the analysis results for the plurality of years may be divided for each year.

  Further, the means for generating the display data refers to a reference value database that stores reference values for the analysis items, and sets the reference values corresponding to the analysis results included in the display data as the same time series data as the analysis results. It may be included in the display data. Alternatively, the related event database that stores the acquisition result of the related event collected together with the analysis result stored in the analysis result database is referred to, and the acquisition result of the related event corresponding to the analysis result included in the display data is the analysis result. May be included in the display data as the same time-series data.

  The analysis management work support apparatus may allow a computer connected via a network and accessing via the network to specify the analysis target and output the display data to the computer. In this case, the computer accessed via the network may further include means for permitting creation of an analytical work plan. In this case, the computer accessed via the network may further include means for permitting browsing of the created analytical work plan. Furthermore, in this case, the computer accessed via the network may further include means for allowing the created analysis work plan to be approved.

  The analysis management work support device is configured to allow a computer connected via a network to access the network via the network and specify the analysis target, and output the display data to the computer. In the case where the computer is accessed via the network, the computer may be further provided with means for allowing input of analysis results and means for taking the input analysis results into the analysis result database. In this case, the means for permitting the input of the analysis result may permit the input of the analysis result created by the spreadsheet software.

  Another aspect of the present invention is an analysis management business support computer program, which is installed in a computer and allows the computer to specify an analysis target, and one or more items for each analysis target. Means for obtaining an analysis result for the specified analysis target with reference to an analysis result database for storing the analysis result for each predetermined cycle of a predetermined period unit, and the analysis result is obtained based on the obtained analysis result. Means for generating display data to be displayed as a graph for each predetermined period in a predetermined period unit and means for outputting the generated display data are executed.

  Since the present invention generates display data for displaying the analysis result as a graph for each predetermined period of a predetermined period based on the acquired analysis result, and outputs the generated display data. Based on the display data At a glance, the viewer can visually recognize the changes in the analysis results over time, so it is possible to determine whether the analysis results of water quality, air, fuel, etc. are normal or abnormal. Work can be facilitated and supported.

  An embodiment of the present invention will be described with reference to FIGS.

  FIG. 1 is a block diagram showing the overall system configuration. The present embodiment is an analysis management work support system constructed so that a client PC 301 as a computer can access a server 101 constituting an analysis management work support apparatus via a communication network 201. In such an analysis management business support system, a LAN, a dedicated network, an Internet communication network, or the like can be used as the network 201.

  The server 101 mainly includes a ROM 103 that fixedly stores fixed data in a CPU 102 that executes various processes, and a microcomputer in which variable data is rewritably stored and a RAM 104 that is used as a work area is connected via a system bus 105. As a component. Such a server 101 is provided with an HDD 106, a display device 107, and an input device 108, and these units are also connected to the CPU 102 via the system bus 105. The HDD 106 stores an analysis management work support computer program 109. The analysis management work support computer program 109 is entirely or partially copied to the RAM 104 at the time of activation, thereby speeding up the processing. The server 101 is further provided with a communication interface 110 for connecting to the network 201 connected to the system bus 105.

  The client PC 301 mainly includes a microcomputer in which a CPU 303 that executes various processes stores a fixed data in a ROM 303 and a RAM 304 in which variable data is rewritably stored and used as a work area via a system bus 305. As a component. Such a server 101 is provided with an HDD 306, a display device 307, and an input device 308, and these units are also connected to the CPU 302 via a system bus. Browser software 309 is stored in the HDD 306. The browser software 309 is entirely or partially copied to the RAM 304 when the browser software 309 is started, so that the processing speed is increased. The browser software 309 makes it possible for the client PC 301 to browse various information provided by the server 101 by the computer program 109 for supporting the analysis management work. The server 101 is further provided with a communication interface 310 for connecting to the network 201 connected to the system bus 305.

  The user of the client PC 301 is, for example, a member of an organization that performs analysis management work, or a member of an organization that is entrusted with all or part of the analysis management work from the organization. Further, in the organization that performs the analysis management work, both the members who receive various approvals for the analysis management work and the members that give the approval can be users of the client PC 301.

  The analysis work management support system includes a plurality of printers 401 that are connected to the network 201 and execute a print operation based on a print instruction from the server 101 or the client PC 301. As an example, these printers 401 print out various types of information provided by the analysis management work support computer program 109 in accordance with a print instruction from the client PC 301. Further, the client PC 301 can designate the type of the printer 401 that performs the printing operation, various print settings, and the like.

  FIG. 2 is a schematic diagram showing a schedule file constituting a part of the analysis result database. The server 101 stores and saves a schedule file 121 constituting a part of the analysis result database in the HDD 106. As another embodiment, the schedule file 121 may be stored and saved in an external storage device (not shown) accessible by the server 101 via the network 201 or the like. The schedule file 121 stores an ID number (see FIG. 3) for specifying the analysis result for the analysis target for each year, month, and day.

  FIG. 3 is a schematic diagram showing an analysis data file constituting another part of the analysis result database. The server 101 stores and saves in the HDD 106 an analysis data file 122 that constitutes a part of the analysis result database. As another embodiment, the analysis data file 122 may be stored and saved in an external storage device (not shown) accessible by the server 101 via the network 201 or the like. The analysis data file 122 stores an analysis result for each analysis item of the water quality test. The analysis data file 122 is managed by an ID number corresponding to the ID number stored in the schedule file 121 shown in FIG.

  Therefore, the analysis database composed of the schedule file 121 shown in FIG. 2 and the analysis data file 122 shown in FIG. 3 is provided for each analysis target such as industrial water, in-house water, and pure water (see schedule file 121), PH, electricity The analysis results for the analysis items such as conductivity, dissolved oxygen, turbidity, etc. are stored every predetermined cycle of the year.

  FIG. 4 is a schematic diagram showing a regular schedule management file. The server 101 stores and saves the regular schedule management file 123 constituting a part of the analysis result database in the HDD 106. As another embodiment, the regular schedule management file 123 may be stored and saved in an external storage device (not shown) accessible by the server 101 via the network 201 or the like. The regular schedule management file 123 is a file that defines items to be analyzed such as pH, electrical conductivity, turbidity, dissolved oxygen, iron, copper, silica, etc. for each analysis target such as industrial water, in-house water, and pure water. Yes, the analysis frequency is also defined for each analysis target.

  FIG. 5 is a schematic diagram showing the reference data for industrial water set in the reference value database. The server 101 stores and saves the reference value database 124 in the HDD 106. As another embodiment, the reference value database 124 may be stored and saved in an external storage device (not shown) accessible by the server 101 via the network 201 or the like. The reference value database 124 has reference value data 124a for industrial water as one of the reference values for constructing the database.

  FIG. 6 is a schematic diagram showing the reference value data of in-house water set in the reference value database 124. The reference value database 124 has in-house water reference value data 124b as one of the reference values for constructing the database.

  FIG. 7 is a schematic diagram showing the reference value data of pure water set in the reference value database 124. The reference value database 124 has pure water reference value data 124c as one of the reference values for constructing the database.

  FIG. 8 is a schematic diagram showing the condensate reference value data set in the reference value database 124. The reference value database 124 has condensate reference value data 124d as one of the reference values for constructing the database.

  FIG. 9 is a schematic diagram showing a reference value of water supply set in the reference value database 124. The reference value database 124 has water supply reference value data 124e as one of the reference values for constructing the database.

  FIG. 10 is a schematic diagram showing the reference value of boiler water set in the reference value database 124. The reference value database 124 has boiler water reference value data 124f as one of the reference values for constructing the database.

  FIG. 11 is a schematic diagram showing the reference value of steam set in the reference value database 124. The reference value database 124 includes steam reference value data 124g as one of reference values for constructing the database.

  FIG. 12 is a schematic diagram showing a related event database. The server 101 stores and saves the related event database 125 constituting a part of the analysis result database in the HDD 106. As another embodiment, the related event database 125 may be stored in an external storage device (not shown) accessible by the server 101 via the network 201 or the like. The related event database 125 stores related events when analysis data is collected, such as air temperature and water temperature. Such a related event database 125 is managed by ID numbers corresponding to the ID numbers stored in the schedule file 121 shown in FIG. 2 and the analysis data file 122 shown in FIG.

  FIG. 13 is a schematic diagram showing a flow of display data generation processing. The server 101 included in the analysis management business support system according to the present embodiment specifies the analysis target and the period by the processing of the CPU 102 in accordance with the analysis management business support computer program 109, so that the secular change graph of the specified period is obtained. Can be created. The secular change graph in this case can display the analysis result as a graph 628 (see FIGS. 37 to 40) for each predetermined cycle in units of years. Hereinafter, a display data generation process for creating the aging graph (graph 628) will be described.

  First, the server 101 acquires analysis objects such as industrial water, in-house water, and pure water together with a period. The analysis target and period in this case can be input from the browser screen of the client PC 301 as an example. That is, the server 101 provides an input form for inputting the analysis target and the period from the browser screen to the client PC 301 that is browsed by the browser software. Here, the function of means for allowing the designation of the analysis target is executed. The client PC 301 can input the analysis target and the period via the input form.

  When the server 101 acquires the analysis target and the period, the server 101 refers to the schedule file 121 configuring the analysis result database, and acquires the ID number of the analysis target in the period. Then, referring to the analysis data file 122, the analysis data of the acquired ID number is acquired. Here, a function of means for acquiring an analysis result for a specified analysis target by referring to an analysis result database for storing an analysis result for one or more items for each analysis target at a predetermined cycle of an annual unit. Executed.

  Next, the server 101 refers to the regular schedule management file 123 and searches for the analysis frequency of the target analysis target. There are three types of analysis frequencies in this case, once a week, once every other week, and once a month. When the server 101 searches for the analysis frequency, the server 101 selects a display data form from the display data form 126. There are three types of display data forms 126: a weekly display data form 126a, a biweekly display data form 126b, and a monthly display data form 126c. These display data forms 126a to 126c are, for example, tabular data in which a plurality of cells are set in a vertical and horizontal matrix format.

  If the display data form 126 is selected, the server 101 inserts the acquired analysis data into the selected display data form. The analysis management work support computer program 109 has software for creating a graph 628 based on the value of each cell inserted into the display data form 126. Since the graph creation function based on such tabular data is a well-known technique, the description thereof is omitted. Therefore, the server 101 performs the analysis result based on the analysis data inserted in each cell of the selected display data form 126 by the processing of the CPU 102 according to the graph creation function of the computer program 109 for analysis management business support. Is displayed as a graph 628. The display data 127 is generated in a data format that the client PC 301 can browse with the browser software 309. Here, based on the acquired analysis result, a function of means for generating display data 127 for displaying the analysis result as a graph 628 for each predetermined period of the year is executed.

  Here, for example, when a period for a plurality of years is designated, the means generates display data so as to create a graph 628 of analysis results for a plurality of years. In this case, as an example, the display data 127 may be generated so that a graph 628 of analysis results for a plurality of years is superimposed and displayed in a display column in units of one year. In order to make the overlapping graphs 628 easier to see, it is desirable that the display of each graph 628 be divided by year. The division is performed by color classification as an example, and is performed by line classification such as a solid line, a dotted line, and a broken line as another example (see FIG. 38 above).

  Further, the server 101 can cause the client PC 301 to input and specify that the reference value of each analysis item is superimposed on the graph 628. In other words, the server 101 displays a display for accepting such a selection designation on a screen that can be browsed by the client PC 301, and when there is a designation designation from the client PC 301, the reference value is superimposed on the graph 628. Display data 127 is generated. At this time, the server 101 refers to the reference value database 124 to acquire the reference value of each analysis item, and displays the reference value corresponding to the analysis result included in the display data 127 as the same time series data as the analysis result. (See FIG. 39).

  Further, the server 101 can cause the client PC 301 to specify that the related event of each analysis item is superimposed on the graph 628. That is, the server 101 displays a display for accepting such a selection designation on a screen that can be browsed by the client PC 301, and when a selection designation is made from the client PC 301, the related event is superimposed on the graph 628. Display data 127 is generated. At this time, the server 101 refers to the related event database 125 and includes the acquisition result of the related event of each analysis item, for example, temperature, humidity, water temperature, etc. in the display data 127 as the same time series data as the analysis result (the foregoing) , See FIG.

  When the server 101 creates display data, the server 101 transfers the created display data to the accessing client PC 301. Here, the function of the means for outputting the generated display data is executed. The client PC 301 browses the input analysis result as a graph 628 for a predetermined cycle in units of year, that is, a cycle once a week, a cycle once every other week, or a cycle once every month. be able to.

  FIG. 14 is a schematic diagram showing a main menu screen. In accordance with the activation designation from the client PC 301, the server 101 activates the computer program 109 for analysis management work support, and provides the main menu 501 that can be browsed with the browser software 309 to the client PC 301. The main menu 501 includes analysis request / management buttons 502, a task schedule confirmation button 503, an analysis data inquiry button 504, and an analysis result input button 505, and includes an end button 506.

  The analysis request / management task specified by the analysis request / management button 502 is a task for creating and managing an analysis task plan and placing an order for an analysis request.

  The job schedule confirmation job specified by the job schedule confirmation button 503 is a job for executing confirmation and approval of the analysis job plan.

  The analysis data introduction operation designated by the analysis data inquiry button 504 is an operation for introducing analysis data, displaying a secular change graph, or the like.

  The analysis result input task specified by the analysis result input button 505 is a task of importing the analysis result into the analysis management task support system.

  Note that the executable business authority may be defined according to the type of user. For example, as the types of users, among the members of the organization that conducts analysis management work, the members who receive various approvals for the analysis management work, the members that give approval, and the analysis management work The members of the organization who are entrusted with all or part of the analysis management work from the organization to be considered, etc., so that the business authority that can be executed is defined according to the type of such users. In this case, for tasks for which authority is not granted, the analysis request / management button 502 to be displayed in the main menu, the task schedule confirmation button 503, the analysis data inquiry button 504, and the analysis result input button 505 are hidden or displayed. It is preferable to control for each type of user. For example, the user type can be confirmed when logging on to the main menu.

  The server 101 executes the analysis request / management work, the work schedule confirmation work, the analysis data introduction work, and the analysis result input work by the processing of the CPU 102 in accordance with the analysis management work support computer program 109. Hereinafter, each of those tasks executed by the server 101 will be described.

  FIG. 15 is a schematic diagram showing an analysis request / management menu screen. The server 101 provides the client PC 301 with the analysis request / management menu 511 shown in FIG. 15 when the client PC 301 inputs and designates the analysis request / management button 502 in the main menu shown in FIG. The analysis request / management menu 511 includes a regular button 512 and a temporary button 513, and also includes an end button 514.

  A regular button 512 designates an analytical work plan creation work related to an analytical work performed on a regular basis. The temporary button 513 designates an analytical work plan creation work related to an analytical work performed on a temporary basis. When the end button 514 is input on the client PC 301, the server 101 returns the screen provided to the client PC 301 to the main menu 501 shown in FIG.

  FIG. 16 is a schematic diagram showing an analysis work plan. When the regular button 512 in the analysis request / management menu 511 shown in FIG. 15 is input and specified on the client PC 301, the server 101 provides the client PC 301 with the analysis work plan 701 illustrated in FIG. The data of the analytical work plan 701 is stored and saved in the HDD 106 of the server 101 as an example.

  The analytical work plan 701 displays the analytical work plan in a matrix format having a vertical axis and a horizontal axis. A vertical axis | shaft displays analysis objects, such as industrial water and in-house water. The horizontal axis displays the day and day of each month in the year relative to the present. The month can be changed by the spin button 702. As the month changes, the display of the day and day of the week is also changed. In a cell 703 where the test group displayed on the vertical axis and the day and day of the week displayed on the horizontal axis intersect, numbers can be input. The number input in the cell 703 means the number of inspections for each analysis target. The numerical input in the cell 703 means creation of a business plan for performing an analysis defined as a test group corresponding to the day and day of the month displayed as the analysis work plan 701.

  The analysis work plan 701 has a standard pattern button 704. When the standard pattern button 704 is designated and input on the client PC 301, the server 101 sets the definition (analysis target) of the test group stored and saved in the HDD 106 and the definition (analysis item and frequency) of the regular schedule management file 123 (see FIG. 4). The standard pattern is input to the analysis work plan 701 by referring to the reference pattern. The input in this case is expressed in the analytical work plan 701 as a numerical input to the cell 703 where the test group displayed on the vertical axis and the day and day of the week displayed on the horizontal axis intersect. The user of the client PC 301 can change the standard pattern by changing the number in the cell 703 or deleting the number from the cell 703.

  The analysis work plan 701 has a registration button 705 and an end button 706. When the registration button 705 is designated for input by the client PC 301, the server 101 registers the input contents so far. This registration means an analysis request for the input analysis object. When the end button 706 is input and specified on the client PC 301, the server 101 ends the process of creating the analysis work plan 701 and returns the screen provided to the client PC 301 to the analysis request / management menu 511 shown in FIG. 15.

  FIG. 17 is a schematic diagram showing a temporary request screen. In the analysis request / management menu 511 shown in FIG. 15, the server 101 provides the temporary request screen 521 illustrated in FIG. 17 to the client PC 301 so that browsing is possible when the temporary button 513 is input and specified on the client PC 301. The temporary request screen 521 has a target date input field 522, an analysis target input field 523, a purpose input field 524, and an article input field 525 as input fields. Therefore, the implementation date of the water quality test can be specified by the target date input field 522, the analysis target can be input by the analysis target input field 523, and the desired input field 524 and the article input field 525 have a desired value. You can enter text.

  The temporary request screen 521 has an analysis item reference button 526, a temporary registration button 527, and an end button 528 as operation designation buttons.

  FIG. 18 is a schematic diagram illustrating a state in which the analysis target is displayed in a pull-down manner in the temporary request screen 521. In the input column, the target date input column 522 and the analysis target input column 523 are pull-down menus, and selection input from the pull-down menu is possible. That is, when a spin button in the target date input field 522 or the analysis target input field 523 is selected and specified by an operation from the client PC 301, a corresponding pull-down menu is displayed, and a desired menu can be selected. .

  When the analysis item reference button 526, the temporary registration button 527, and the end button 528 are designated by the operation on the client PC 301, the server 101 executes corresponding processing. That is, when the temporary registration button 527 is designated for operation, the server 101 executes temporary registration for the input analysis target. For temporary registration, the operation schedule confirmation button 503 is designated for operation, and among the confirmation tasks for the business schedule, the analysis work plan is approved and this registration is performed, and the analysis request for the input analysis target is confirmed. (See FIG. 27). When the business schedule is fully registered, the contents are incorporated in the data of the analytical work plan 701. When the end button 528 is input and specified on the client PC 301, the server 101 ends the temporary request input process and returns the screen to be provided to the client PC 301 to the analysis request / management menu 511 shown in FIG. 15.

  FIG. 19 is a schematic diagram in the case where the analysis item reference for the selected analysis target is designated after the analysis target is selected. In FIG. 19, the cursor is moved to the position of the temporary registration button 527, and the temporary registration button 527 is about to be selected and designated. When the temporary registration button 527 is designated for operation, the server 101 displays the analysis items for the analysis target selected in the analysis target input field 523, as shown in FIG.

  FIG. 20 is a schematic diagram illustrating a display example of analysis items for a selected analysis target.

  As described above, the various processes in the server 101 described with reference to FIGS. 15 to 20 correspond to the process of executing the function of the means for permitting the designation of the analysis target already described in the display data generation process illustrated in FIG. . The function of means for allowing the client PC 301 as a computer accessed via the network 201 to create the analytical work plan 701 by various processes in the server 101 described with reference to FIGS. Is executed.

  FIG. 21 is a schematic diagram showing a work schedule confirmation menu screen. The server 101 provides the client PC 301 with a job schedule confirmation menu 531 shown in FIG. 21 when the client PC 301 inputs and designates a job schedule confirmation button 503 in the main menu shown in FIG. The business schedule confirmation menu 531 is divided into a regular column 532 and a temporary column 533. The regular field 532 includes a month input field 534, a monthly schedule button 535, and a weekly schedule button 536. The month input field 534 includes a spin button 534a, and the display month can be increased or decreased by operating the spin button 534a. The temporary column 533 includes a temporary button 537, a temporary approval button 538, and an authentication input column 539. The authentication input field 539 further includes a user ID input field 539a and a password input field 539b. Further, the work schedule confirmation menu 531 includes an end button 540.

  FIG. 22 is a schematic diagram showing a monthly work schedule as an analysis work plan. When the monthly schedule button 535 is designated from the business schedule confirmation menu 531 shown in FIG. 21 by the operation on the client PC 301, the server 101 provides the monthly business schedule table 541 shown in FIG. The monthly work schedule table 541 is generated based on the data of the analysis work plan 701 (see FIG. 16) stored in the HDD 106 by the server 101. As described above, the data of the analysis work plan 701 includes a temporary request. Therefore, the monthly work schedule table 541 provided to the client PC 301 when the monthly schedule button 535 is designated to operate from the work schedule confirmation menu 531 includes, for example, only the regular request and not the temporary request. As another example, both the regular request and the temporary request can be included.

  As the display format of the monthly work schedule table 541, the analysis work plan is displayed as the monthly work schedule table 541 in a matrix format having a vertical axis and a horizontal axis, as in the analysis work plan 701 illustrated in FIG. 16. The vertical and horizontal axes of the monthly work schedule table 541 have the same meaning as the analysis work plan 701 illustrated in FIG. That is, the vertical axis displays analysis objects such as industrial water and in-house water. The horizontal axis displays the day and day of each month in the year relative to the present. The month can be changed by the spin button 542. As the month changes, the display of the day and day of the week is also changed. In the cell 545 where the vertical axis and the horizontal axis in the monthly work schedule 541 illustrated in FIG. 22 intersect, the number of inspections for each analysis target (industrial water, in-house water, etc.) is displayed numerically.

  The monthly work schedule 541 includes a form output button 543 and an end button 544. When the end button 544 is designated by an operation on the client PC 301, the server 101 ends the display process of the monthly work schedule table 541 and returns the screen provided to the client PC 301 to the work schedule confirmation menu 531 shown in FIG. .

  FIG. 23 is a schematic diagram showing that the monthly work schedule 541 as the analysis work plan is being printed. When the above-described form output button 543 included in the monthly work schedule 541 is designated by an operation on the client PC 301, a process of printing out the monthly work schedule 541 as a form is executed. That is, since the client PC 301 transfers the data of the monthly work schedule 541 from the server 101 and temporarily stores it, the monthly work temporarily stored in the designated printer 401 by the operation designation of the form output button 543 is stored. The data of the schedule table 541 is transferred together with a print command as print data. Accordingly, the printer 401 prints out the monthly work schedule 541 as a form according to the received print data. At this time, a printing execution screen 546 shown in FIG. 23 is displayed on the client PC 301.

  FIG. 24 is a schematic diagram showing a weekly work schedule as an analysis work plan. When the weekly schedule table button 536 is designated from the job schedule confirmation menu 531 shown in FIG. 21 by the operation on the client PC 301, the server 101 provides the client PC 301 with the weekly schedule table 551 shown in FIG. The weekly work schedule table 551 is generated based on the data of the analysis work plan 701 (see FIG. 16) stored in the HDD 106 by the server 101. In such a weekly work schedule table 551, the vertical axis displays analysis objects such as industrial water and in-house water, and the horizontal axis displays the day and day of the week for the year based on the present. The day and day of the week can be changed by the spin button 552. In the cell in which the vertical axis and the horizontal axis intersect in the weekly work schedule table 551, the number of analysis items (PH, electrical conductivity, etc.) for each analysis target (industrial water, in-house water, etc.) is displayed as the number of cases.

  The weekly work schedule table 551 includes a form output button 553 and an end button 554. When the end button 554 is designated by an operation on the client PC 301, the server 101 ends the display processing of the weekly work schedule table 551 and returns the screen provided to the client PC 301 to the work schedule confirmation menu 531 shown in FIG. .

  FIG. 25 is a schematic diagram showing that a weekly work schedule as an analysis work plan is being printed. When the above-described form output button 553 included in the weekly work schedule 551 is designated by an operation on the client PC 301, a process of printing out the weekly work schedule 551 as a form is executed. That is, since the client PC 301 transfers the data of the weekly work schedule table 551 from the server 101 and temporarily stores it, the weekly work stored temporarily for the printer 401 to be designated by the operation designation of the form output button 553 is stored. The data of the schedule table 551 is transferred together with a print command as print data. Accordingly, the printer 401 prints out the weekly work schedule table 551 as a form according to the received print data. At this time, the client PC 301 displays a printing execution screen 555 shown in FIG.

  FIG. 26 is a schematic diagram showing a temporary work schedule as an analysis work plan. When the temporary button 537 is designated from the business schedule confirmation menu 531 shown in FIG. 21 by the operation on the client PC 301, the server 101 provides the temporary schedule table 561 shown in FIG. The temporary work schedule table 561 displays a list of temporary requests. The list display is color-coded to indicate whether it is unapproved, approved (analysis result not input), or approved (analysis result input completed). Further, when a specific temporary request is selected with a cursor by operating the client PC 301 during the list display, the server 101 displays the purpose input in the purpose input field 524 and the article input field 525 in the temporary request screen 521 illustrated in FIG. The text of the article is displayed and output in a purpose display column 562 and an article display column 563 prepared in the temporary work schedule table 561.

  Such a temporary work schedule table 561 has an end button 564. When the end button 564 is designated by an operation on the client PC 301, the server 101 ends the display process of the temporary work schedule table 561 and returns the screen provided to the client PC 301 to the work schedule confirmation menu 531 shown in FIG. .

  A means for allowing the client PC 301 as a computer accessed via the network 201 to browse the created analysis work plan 701 by various processes in the server 101 described with reference to FIGS. The function is executed.

  FIG. 27 is a schematic diagram showing a temporary approval screen. When the temporary approval button 538 is designated from the work schedule confirmation menu 531 shown in FIG. 21 by the operation on the client PC 301, the server 101 provides the temporary approval screen 571 shown in FIG. At this time, when the server 101 provides the temporary approval screen 571 to the client PC 301, it is conditional on the input of predetermined information in the authentication input field 539. That is, the user of the client PC 301 needs to input a user ID in the user ID input field 539a and a password in the password input field 539b. As a result, it is possible to prevent unauthorized access of those who do not have the authorization authority.

  The temporary approval screen 571 displays a list of temporary requests. In the list display, unapproved and approved (approval can be canceled) are displayed in different colors. Further, when a specific temporary request is selected with a cursor by operating the client PC 301 during the list display, the server 101 displays the purpose input in the purpose input field 524 and the article input field 525 in the temporary request screen 521 illustrated in FIG. The text of the article is displayed and output in a purpose display field 572 and an article display field 573 prepared on the temporary approval screen 571.

  Such a temporary approval screen 571 includes an approval button 574, a collective approval button 575, an approval cancellation button 576, and an end button 577. When a specific temporary request that has not been approved by an operation on the client PC 301 is selected with a cursor and the approval button 574 is designated for operation, the temporary request is approved. In other words, in the HDD 106 of the server 101, the unapproved temporary request is in an unregistered state, but becomes a registered state when approved. Further, when the collective approval button 575 is designated by an operation on the client PC 301, all temporary requests that have not been approved are collectively approved. However, the user of the client PC 301 who can view the temporary approval screen 571 selects the specific temporary request that has been approved by the operation on the client PC 301 with the cursor, and then specifies the operation to cancel the approval cancel button 576. The approval of the temporary request can be canceled. That is, when the server 101 recognizes an operation designation of the approval cancellation button 576 after selecting a specific approved temporary request, the server 101 cancels the approval of the temporary request. The cancellation of the approval is executed by the process of setting the registration state to the unregistered state in the HDD 106 of the server 101.

  When the end button 577 is designated for operation, the server 101 ends the display process of the temporary approval screen 571 and returns the screen to be provided to the client PC 301 to the work schedule confirmation menu 531 shown in FIG.

  The function of the means for permitting the approval of the created analytical work plan 701 to the client PC 301 as a computer accessed via the network 201 is executed by various processes in the server 101 described with reference to FIG. Is done.

  FIG. 28 is a schematic diagram showing an analysis data inquiry menu screen. When the analysis data inquiry button 504 is input and specified on the client PC 301 in the main menu shown in FIG. 14, the server 101 provides the client PC 301 with the analysis data inquiry menu 581 shown in FIG. 28. The analysis data inquiry menu 581 has a report confirmation column 582 and a graph creation column 583. The report confirmation column 582 includes a regular button 584 and a temporary button 585, and the graph creation column 583 includes an aging graph button 586. The analysis data inquiry menu 581 further has an end button 587.

  FIG. 29 is a schematic diagram showing a state in which the analysis target is displayed in a pull-down manner in the analysis data inquiry screen (for a regular example). When the regular button 584 is designated from the analysis data inquiry menu 581 shown in FIG. 28 by the operation on the client PC 301, the server 101 provides the regular analysis data inquiry screen 591 shown in FIG. 29 to the client PC 301. In the analysis data inquiry screen 591 for the regular amount, the analysis target can be input by the combo box 592.

  FIG. 30 is a schematic diagram showing an analysis data inquiry screen 591 for a regular amount. On the analysis data inquiry screen 591 for the regular period, the year can be specified in the year column 593 and the month can be specified in the month column 594. The year and month are specified by using spin buttons prepared in the year column 593 and the month column 594. Also, a check box 595 displayed as “designated” is provided in the month column 594. By deselecting this check box 595, the month is not designated and only the year is designated.

  The regular analysis data inquiry screen 591 is provided with a search button 596 and an end button 597. When the search button 596 is selected and designated by the operation of the client PC 301 in a state where the analysis target is selected by the combo box 592 and the year and month are selected by the year column 593 and the month column 594, the server 101 satisfies the specified condition. Search for data.

  FIG. 31 is a schematic diagram showing a display screen of a data list that meets the specified conditions. The server 101 displays the retrieved data as a data list 598 on the analysis data inquiry screen 591 for a regular amount. The data list 598 can be printed out by the printer 401 by selecting and designating the form button 599 displayed on the regular analysis data inquiry screen 591 by operating the client PC 301.

  In the analysis data inquiry screen 591 for the regular amount, a desired analysis target (industrial water, in-house water, etc.) in the data list 598 is selected with the cursor by the operation of the client PC 301 and displayed on the analytical data inquiry screen 591 for the regular amount. When the inquiry button 600 is selected, the analysis result (values such as PH and electrical conductivity) for the selected analysis target is displayed as analysis data 601 (see FIG. 32).

  FIG. 32 is a schematic diagram illustrating an example in which the analysis result is displayed as analysis data 601. A calculation button 602 is displayed on the analysis data inquiry screen 591 for the regular example illustrated in FIG. 32. When the calculation button 602 is designated by an operation on the client PC 301, the server 101 executes a necessary calculation process and calculates the value. return it. The content rate and the reported value in the analysis data 601 are the calculation results obtained by the calculation returned by the server 101.

  The analysis data 601 can be printed out by the printer 401 by selecting and specifying the form button 599 displayed on the regular analysis data inquiry screen 591 by operating the client PC 301.

  Then, by selecting and specifying the end button 597 by the operation of the client PC 301, the server 101 ends the display processing of the regular analysis data inquiry screen 591, and the analysis data inquiry menu 581 shown in FIG. Return to.

  FIG. 33 is a schematic diagram showing an analysis data inquiry screen (temporary portion). When the temporary data button 585 is designated from the analysis data inquiry menu 581 shown in FIG. 28 by the operation on the client PC 301, the server 101 provides the temporary analysis data inquiry screen 611 shown in FIG. On the temporary analysis data inquiry screen 611, the year can be specified in the year column 612 and the month can be specified in the month column 613. The designation of the year and month is performed using spin buttons prepared in the year column 612 and the month column 613. The month column 613 is provided with a check box 614 displayed as “designated”. When the check box 614 is unchecked, the month is not designated and only the year is designated.

  The temporary analysis data inquiry screen 611 is provided with a search button 615 and an end button 616. When the search button 615 is selected and designated by the operation of the client PC 301 with the year and month selected in the year column 612 and the month column 613, the server 101 searches for data that meets the specified condition.

  FIG. 34 is a schematic diagram showing a display screen of a data list that meets the specified conditions. The server 101 displays the retrieved data as a data list 617 on the temporary analysis data inquiry screen 611. The data list 617 can be printed out by the printer 401 by selecting and designating the form button 618 displayed on the temporary analysis data inquiry screen 611 by operating the client PC 301.

  On the analysis data inquiry screen 591 for the regular period, a desired analysis target (industrial water, in-house water, etc.) in the data list 617 is selected with the cursor by the operation of the client PC 301 and displayed on the temporary analysis data inquiry screen 611. When an inquiry button 619 is selected, analysis results (values such as PH and electrical conductivity) for the selected analysis target are displayed as analysis data 620 (see FIG. 35).

  FIG. 35 is a schematic diagram illustrating an example in which analysis results are displayed as analysis data. The analysis data 620 can be printed out by the printer 401 by selecting and designating the form button 618 displayed on the temporary analysis data inquiry screen 611 by operating the client PC 301.

  Then, by selecting and specifying the end button 616 by the operation of the client PC 301, the server 101 ends the display processing of the temporary analysis data inquiry screen 611 and displays the screen provided to the client PC 301 as an analysis data inquiry menu 581 shown in FIG. Return to.

  FIG. 36 is a schematic diagram showing a condition setting screen for an aging graph. When the aging graph button 586 is designated from the analysis data inquiry menu 581 shown in FIG. 28 by the operation on the client PC 301, the server 101 provides the aging graph condition setting screen 621 shown in FIG. . The condition setting screen 621 includes an analysis target input field 622, a display period input field 623, a graph display button 624, and an end button 625. The analysis target input field 622 is configured such that an analysis target (industrial water, in-house water, etc.) is displayed in a pull-down menu by operating a spin button, and a desired analysis target can be designated by the client PC 301 with a cursor. The display period input field 623 is configured so that a period can be selected and specified in a format from a certain date to a certain date, and the date can be increased or decreased by a spin button. When the graph display button 624 is selected and specified by the operation of the client PC 301 in a state where the analysis target is selected in the analysis target input field 622 and the period is selected in the display period input field 623, the server 101 selects the specified analysis target and Recognize the period. As a result, the server 101 starts the processing shown in FIG. 13 and generates display data 127.

  FIG. 37 is a schematic view illustrating an aging graph. As described above with reference to FIG. 13, when the display data is created, the server 101 transfers the created display data to the accessing client PC 301. The client PC 301 browses the input analysis result as a graph 628 for a predetermined cycle in units of year, that is, a cycle once a week, a cycle once every other week, or a cycle once every month. be able to. FIG. 37 shows an example of such a graph 628.

  FIG. 38 is a schematic view illustrating a secular change graph for a plurality of years. As described with reference to FIG. 13, the display data 127 generated by the server 101 is generated so that the graphs 628 of the analysis results for a plurality of years are superimposed and displayed in the display column in units of one year. May be. FIG. 38 is an example in which graphs 628 for three years are displayed in an overlapping manner. As shown in FIG. 38, in order to make the overlapping graphs 628 easy to see, the display of each graph 628 is divided by year.

  FIG. 39 is a schematic view illustrating a secular change graph for a plurality of years on which a reference value is superimposed. As described with reference to FIG. 13, the server 101 can cause the client PC 301 to specify that the reference value of each analysis item is superimposed on the graph 628. A button for such input designation is a reference value display button 626. That is, when the reference value display button 626 is selected and specified on the client PC 301, the server 101 acquires the reference value data 124 a to 124 g of each analysis item with reference to the reference value database 124, and the analysis result included in the display data 127. Is included in the display data 127 as the same time-series data as the analysis result. FIG. 39 shows an example in which a reference value graph 629 based on the reference value data 124a to 124g included in the display data 127 is displayed superimposed on the graph 628.

  FIG. 40 is a schematic view illustrating a secular change graph for a plurality of years on which related events are superimposed. As described with reference to FIG. 13, the server 101 can cause the client PC 301 to specify that the related event of each analysis item is superimposed on the graph 628. Such an input designation button is a related event display button 627. The related event display button 627 pulls down a plurality of types of related events using a spin button. These related events are linked to related events collected at the time of examination of the analysis target and stored in the HDD 106 of the server 101, for example, data such as temperature, humidity, and water temperature. The client PC 301 can select a desired related event from the related events displayed in the pull-down display. Thereby, the server 101 recognizes the selection of a certain related event, and includes the related event data stored and stored in the HDD 106 linked to the related event in the display data 127 as the same time series data as the analysis result. As a result, as illustrated in FIG. 40, the related event graph 630 based on the related event data included in the display data 127 is displayed superimposed on the graph 628.

  FIG. 41 is a schematic diagram showing an analysis result input menu screen. The server 101 provides an analysis result input menu 631 shown in FIG. 41 to the client PC 301 when the analysis result input button 505 is designated by the client PC 301 in the main menu shown in FIG. The input menu 631 has a file specifying dialog 632 and an execution button 633.

  The file specifying dialog 632 includes an input field for file location 632a, a display field for file name 632b and file type 632c, an open button 632d, and a cancel button 632e. The file location 632a is configured so that a file in the local file of the client PC 301 can be selected using a spindle button or the like. For the selected file, the file name is displayed in the file name 632b, and the file type is displayed in the file type 632c. Therefore, when the open button 632d is selected and specified while the file is selected by the operation of the client PC 301, the selected file is temporarily stored on the client PC 301. In this state, when the execution button 633 is selected and designated by the operation of the client PC 301, the file data temporarily stored on the client PC 301 is transferred to the server 101.

  Here, in the present embodiment, an analysis result is created by spreadsheet software, transferred to the server 101, and taken into the analysis data file 122 constituting the analysis result database. Therefore, the server 101 allows the client PC 301 to temporarily store the analysis result created by the spreadsheet software on the client PC 301 using the file specifying dialog 632. Here, the function of means for permitting the input of the analysis result to the client PC 301 as a computer accessed via the network 201 is executed. This function allows input of analysis results created by spreadsheet software. Further, the server 101 can cause the client PC 301 to transfer the analysis result temporarily selected and specified by selecting the execution button 633 to the server 101. Here, the function of means for taking the input analysis result into the analysis data file 122 constituting the analysis result database is executed.

  As an example, the analysis result is input by a member of an organization entrusted with all or part of the analysis management business from the organization that performs the analysis management business. That is, this member is a user of the client PC 301 and is given an access authority to the server 101.

  Organizations that carry out analysis and management work, if delivery of analysis results is done via paper documents or e-mail, etc., the handling of paper documents and e-mails is cumbersome and cumbersome to store and manage. I have to accept the disadvantage of not being able to refer to it easily. On the other hand, if the analysis result is obtained in the form of the analysis data file 122 input from the analysis result input menu screen, the analysis data file 122 which is the analysis result can be easily stored and managed, and past data can be referred to. Can be done easily and freed from such disadvantages.

1 is a block diagram showing an overall system configuration as an embodiment of the present invention. It is a schematic diagram which shows the schedule file which comprises some analysis result databases. It is a schematic diagram which shows the analysis data file which comprises another part of an analysis result database. It is a schematic diagram which shows a regular schedule management file. It is a schematic diagram which shows the reference data of the industrial water set to the reference value database. It is a schematic diagram which shows the reference value data of the in-house water set in the reference value database. It is a schematic diagram which shows the reference value data of the pure water set to the reference value database. It is a schematic diagram which shows the reference value data of the condensate set to the reference value database. It is a schematic diagram which shows the reference value of the water supply set to the reference value database. It is a schematic diagram which shows the reference value of the boiler water set to the reference value database. It is a schematic diagram which shows the reference value of the vapor | steam set to the reference value database. It is a schematic diagram which shows a related event database. It is a schematic diagram which shows the flow of a display data generation process. It is a schematic diagram which shows a main menu screen. It is a schematic diagram which shows an analysis request / management menu screen. It is a schematic diagram which shows an analysis work plan. It is a schematic diagram which shows a temporary request screen. It is a schematic diagram which shows the state by which the analysis object is pull-down displayed on the temporary request screen. It is a schematic diagram in the case of specifying the reference of the analysis item about the selected analysis object after selecting the analysis object. It is a schematic diagram which shows the example of a display of the analysis item about the selected analysis object. It is a schematic diagram which shows a work schedule confirmation menu screen. It is a schematic diagram which shows an analysis work plan (monthly work schedule). It is a schematic diagram which shows that the analytical work plan (monthly work schedule) is being printed. It is a schematic diagram which shows an analysis work plan (weekly work schedule). It is a schematic diagram which shows that the analytical work plan (weekly work schedule) is being printed. It is a schematic diagram which shows an analysis work plan (temporary work schedule). It is a schematic diagram which shows a temporary approval screen. It is a schematic diagram which shows an analysis data inquiry menu screen. It is a schematic diagram which shows the state by which the analysis object is pull-down displayed in the analysis data inquiry screen (for regular cases). It is a schematic diagram which shows an analysis data inquiry screen (for a regular part). It is a schematic diagram which shows the display screen of the data list which adapts to designation | designated conditions. It is a schematic diagram which shows an example which displayed the analysis result by analysis data. It is a schematic diagram which shows an analysis data inquiry screen (for a temporary part). It is a schematic diagram which shows the display screen of the data list which adapts to designated conditions. It is a schematic diagram which shows an example which displayed the analysis result by analysis data. It is a schematic diagram which shows the condition setting screen of a secular change graph. It is a schematic diagram which illustrates a secular change graph. It is a schematic diagram which illustrates the secular change graph for several years. It is a schematic diagram which illustrates the secular change graph for several years with which the reference value was superimposed. It is a schematic diagram which illustrates the secular change graph for several years with which the related event was superimposed. It is a schematic diagram which shows an analysis result input menu screen.

Explanation of symbols

121, 122 Analysis result database (schedule file, analysis data file)
124 Reference value database 125 Related event database 127 Display data 201 Network 301 Computer (client PC)

Claims (13)

Means to allow specification of the analysis target;
Means for referring to an analysis result database for storing analysis results for one or more items for each analysis target for each predetermined period in a predetermined period unit, and obtaining an analysis result for the specified analysis target;
Based on the acquired analysis result, means for generating display data for displaying the analysis result as a graph for each predetermined period in a predetermined period unit;
Means for outputting the generated display data;
An analysis management business support device comprising:   The analysis management work support apparatus according to claim 1, wherein the predetermined period unit is an annual unit.   The analysis management business support apparatus according to claim 2, wherein the means for generating the display data generates a graph of analysis results for a plurality of years.   The analysis management work support apparatus according to claim 3, wherein the graph of the analysis results for the plurality of years is divided into displays for each year.   The means for generating the display data refers to a reference value database that stores a reference value for an analysis item, and the reference data corresponding to the analysis result included in the display data is used as the same time series data as the analysis result. The analysis management work support apparatus according to claim 1, which is included in the system.   The means for generating the display data refers to a related event database that stores acquisition results of related events collected together with the analysis results stored in the analysis result database, and related events corresponding to the analysis results included in the display data The analysis management work support apparatus according to claim 1, wherein the display data is included in the display data as the same time-series data as the analysis result. Connected to the network,
Allowing the analysis target to be specified for a computer accessed via the network;
Outputting the display data to the computer;
The analysis management work support apparatus according to any one of claims 1 to 6.   The analysis management work support apparatus according to claim 7, further comprising means for permitting the computer accessed via the network to create an analysis work plan.   The analysis management work support apparatus according to claim 8, further comprising means for allowing the computer accessed via the network to view the created analysis work plan.   The analysis management work support apparatus according to claim 9, further comprising means for permitting the computer accessed via the network to approve the created analysis work plan. Means for allowing the computer accessed via the network to input analysis results;
Means for capturing the input analysis result into the analysis result database;
The analysis management work support apparatus according to claim 7, further comprising:   The analysis management work support apparatus according to claim 11, wherein the means for allowing the input of the analysis result allows the input of the analysis result created by the spreadsheet software. Installed on a computer,
Means to allow specification of the analysis target;
Means for referring to an analysis result database for storing analysis results for one or more items for each analysis target for each predetermined period in a predetermined period unit, and obtaining an analysis result for the specified analysis target;
Based on the acquired analysis result, means for generating display data for displaying the analysis result as a graph for each predetermined period in a predetermined period unit;
Means for outputting the generated display data;
A computer program for supporting analysis and management work.

Images