JPH08314536A - Plant report management device - Google Patents

Abstract

PURPOSE: To eliminate the need of procuring by generating report data by adding index information to plant information, preserving/registering it into a history file, taking out report data from the file based on index information when a retrieval request is given and outputting it to outside. CONSTITUTION: When a report generation request is given, a history data retrieval means M1 retrieves a retrieval PID recording file F2, extracts plant ID corresponding to requested unit ID, takes out plant data corresponding to plant ID and preserves it into a plant retrieval result file F3. A report data generation means M2 takes out preserved plant data, adds index information to it, generates report data and preserves it into a report data file F4. A report data registration/take-out means M3 takes out and preserved report data, preserves it onto a report document data history file F5 so as to register it and takes out report data from the file F5 based on index information.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a plant report management device for preparing and managing plant reports such as reports for power generation and chemical plants.

[0002]

2. Description of the Related Art For example, in a power generation plant, a report is prepared in the form of a paper for a malfunction relating to equipment of 10,000 pieces per power generation plant. Conventionally, reports of these power plants are managed by humans.After registering the trouble title name etc. in the trouble report ledger, the report is bound to the file binder and the file binder is stored in the bookshelf rocker. are doing.

Since the power plant is composed of a plurality of units such as No. 1 unit, No. 2 unit, ...
In accordance with this, the defect report ledger is also divided into separate units. In addition, the power plant malfunction report ledger for one unit is subdivided by each facility equipment such as turbine, boiler, generator, condenser, etc. that compose the unit, and the power plant fault title etc. is stored in the management ledger for each facility equipment. be registered. In the power plant defect management ledger, defect titles, equipment names, device names, date of occurrence, and presence / absence of measures regarding the power plant defect report are registered in this order.

Similarly, the file binder for each unit is also
A separate volume is prepared for each equipment name, and power plant malfunction reports are filed in the order of creation. Bookcase lockers for storing file binders are prepared for each unit.

Further, the information written in the picture by actually seeing the state of the defective device is also stored on a separate sheet of information which is a graph showing the past state change of the defective device and is stored together with the report. Is going.

[0006]

However, the above-mentioned management of the plant report has various problems as described below. When searching for one plant report from among the hundreds of types and tens of thousands of plant reports related to the above-mentioned plant defects, refer to several power plant report management ledgers It is necessary to find out the rocker name of the bookshelf where the plant report is stored, the binder name, the title of the power plant failure title, and the presence or absence of the troubleshooting, which requires a lot of labor and time.

[0007] For example, when confirming whether or not there is a malfunction in the power plant and the contents thereof, in the power plant report ledger,
Identify the items that have not been implemented and identify the rocker name of the item,
Find and check each binder name one by one. To find out what kind of response was made to a problem that occurred in similar equipment in the past, extract the same equipment name and equipment name from the report ledger of the power plant and report the contents from the binder. It takes a lot of work to check.

In order to make it easy to see the past state change of the defective device, as an attached material when preparing the report,
It is also difficult to manage paper such as graphs created by handwriting together.

[0009] Therefore, an object of the present invention is to provide a plant report management apparatus that creates and manages a plant report without manpower.

[0010]

According to the invention of claim 1, a plant history data file for storing history of plant data corresponding to a plant ID, and a device ID for retrieving and extracting plant data from the plant history data file. A search PID recording file that saves the plant ID corresponding to, a plant search result file that saves the plant data extracted from the plant history data file, and a report data file that saves the created report data. Index information that saves the report document data history file that stores and manages the report data as a report and the index information for searching the report that is saved and managed in this report document data history file Search the database and search PID recording file when there is a request to create a report The plant ID is extracted by the requested device ID, the plant data corresponding to this plant ID is taken out and saved in the plant search result file, and the plant data saved in the plant search result file is taken out. , Report data creation means for creating report data by adding index information to this plant data and saving it in a report data file,
History of the report data saved in the report data file is saved and registered in the report document data history file, while the report data is retrieved from the report document data history file based on the index information. Index information registration that registers the index information in the index information database when creating the report data and when the report data is created, and notifies the index information to the outside when the report data created from the report document data history file is taken out. A search means is provided.

The invention of claim 2 is, in the plant report management apparatus of claim 1, search PID by interactive processing.
A plant data search PID changing means for changing the plant ID corresponding to the device ID registered in the recording file is added.

According to a third aspect of the present invention, in the plant report management apparatus according to the first or second aspect, an image data history file for storing image data together with index information and a request for registration of the image data are sent. If so, the image data is registered in the image data history file via the input means, and if necessary, the index information associated with the report data is saved in the index information database. Image data display registration means for taking out image data from the history file based on the index information is added.

According to a fourth aspect of the present invention, in the plant report management apparatus according to the third aspect, image data correction means for correcting the image data taken out from the image data history file by the image data display registration means by interactive processing is added. It is something that is done.

[0014]

According to the plant report management apparatus of claim 1,
When there is a report creation request, the search PID recording file is searched, the plant ID is extracted by the requested device ID, and the plant data corresponding to the plant ID is taken out. Index information is added to this plant data to create report data, which is saved and registered in the report document data history file. When a search request is issued, the report data is retrieved from the report document data history file based on the index information and output to the outside.

With this, a report can be created by a simple operation, stored as a history, and stored in the created report.
Based on the above, the report can be arbitrarily output to the outside. Therefore, it is not necessary to manually create a report such as a conventional file, and the time and effort required to create a report is greatly reduced. Further, since the past report is easily retrieved and taken out, the time and effort to search the report from the file etc. are greatly reduced. In addition, there is no need for a storage location for files, etc., and the entire report can be managed efficiently.

According to the plant report management apparatus of the second aspect, the plant ID corresponding to the device ID registered in the search PID recording file is changed by the interactive processing. As a result, the plant ID can be arbitrarily changed, so that it is possible to deal with the case where the plant ID is changed due to modification or the like.
It can be done by simple operation by interactive processing.

According to the plant report management apparatus of claim 3, when there is a request for registration of image data, the image data is registered in the image data history file via the input means and is associated with the report data as necessary. Saving index information in the index information database. on the other hand,
When the image data search request is issued, the image data is taken out from the image data history file based on the index information.

As a result, what can be represented more accurately by photographs, drawings, etc. than by text is stored as image data in association with the report data and can be taken out together with the report data. Management improves management efficiency.

According to the plant report management apparatus of the fourth aspect, the image data taken out from the image data history file is corrected by the image data correction means by the interactive processing. Therefore, since the image data can be easily corrected, the report itself can be adapted to the actual situation.

[0020]

Embodiments of the present invention will be described below with reference to the drawings.

FIG. 1 is a block diagram of a plant report management apparatus S1 showing a first embodiment of the present invention.

The plant report management device S1 includes a history data search means M1, a report data creation means M2, a report data registration / extraction means M3, an index information registration / search means M4, an input / output means M5, and a search PID recording file F2. It is composed of a plant search result file F3, a report data file F4, a report document data history file F5, an index information database F6 and an input / output device I1, and is connected to the control computer device Z1 via the plant history data file F1. ing.

Here, the plant history data file F1
Is the history data of the plant data corresponding to the plant ID. The search PID recording file F2 stores the plant ID corresponding to the device ID for searching and extracting the plant data from the plant history data file F1. The plant search result file F3 is
The plant data extracted from the plant history data file F1 is saved.

The report data file F4 stores the created report data. The report document data history file F5 stores and manages the created report data as a report. The index information database F6 stores index information for searching for reports managed by being stored in the report document data history file F5.

When there is a request to create a report, the history data search means M1 searches the search PID recording file F2, extracts the plant ID by the requested device ID, and extracts the plant data corresponding to this plant ID. The data is saved in the plant search result file F3. The report data creating means M2 uses the plant search result file F
In addition to taking out the plant data stored in No. 3 and adding index information to this plant data, report data is created and stored in the report data file F4.

The report data registration / extraction means M3 stores the history of the report data saved in the report data file F4 and saves and registers it in the report document data history file F5, while the report data is stored based on the index information. The report data is retrieved from the document data history file F5.

The index information registration / retrieval means M4 registers the index information in the index information database F6 when creating the report data, and indexes the report data created from the report document data history file F5. The information is notified to the outside.

Next, a case of newly creating a report will be described.

First, when an index information list display request is issued from the input / output device I1, the index information registration / search means M4 shown in FIG.
Is processed. That is, the index information registration search means M4
As a result, the index information database F6 shown in FIG. 3 is searched and the index information list data d1.1 is taken out from the index information registration search means M4 and passed to the input / output device I1 via the input / output means M5 (101 to 104). ).

As shown in FIG. 3, the index information database F6 stores the index information of the plant data and the report document data. One piece of index information is made up of a creation date indicating the date and time when the data was created, a creation hour, minute, second, a unit number, a facility name, a device name, the presence / absence of countermeasure implementation, and data index information. The data index information is composed of plant data index information, report document data index information, and image data index information used in the third embodiment.

The input / output device I1 displays the index information list data d1.1 received from the input / output means M5. When the item index information d1.2 for creating a report is selected from the index information list display of the input / output device I1, it is passed to the input / output means M5. The input / output means M5 transfers the index information d1.2 received from the input / output device I1 to the report data creation means M2, and makes a report creation request d1.3.

The report data creating means M2 first inputs the report creating request d1.3 and the device name d1.4 of the index information by the processing of FIG.
1 (111-113).

In response to this, the history data retrieval means M1
When the process of FIG. 5 is performed and the device name d1.4 is received, the search PID recording file F shown in FIG. 6 is acquired from this device name d1.4.
2 is searched (121, 122).

As a result, the plant ID d1.5 corresponding to the device name d1.4 is taken out (123). Based on the taken out plant ID d1.5, the control computer device Z1 in advance.
From the plant history data file F1 shown in FIG. 7 transmitted and stored from the plant data d1.6, the plant data d1.7 is stored in the plant search result file F3 shown in FIG.
The data extraction completion notification d1.8 is passed to (124 to 12).
6).

When the report data creating means M2 continues the processing shown in FIG. 4 and receives the data extraction completion notice d1.8 from the history data searching means M1, the plant search is performed in the graph part of the document format created in advance. Data is registered based on the data d1.9 extracted from the result file F3 (114 to 116).

Also, the equipment name, unit number, equipment name, and presence / absence of trouble countermeasure of the index information d1.2 received from the input / output means M5 are registered in the index portion of the document format, and the report data file shown in FIG. Report data d1 to F4
-Save 10 (117). Report data d1.11
Is passed to the input / output means M5 (118). In the input / output means M5, the received report data d1.11 is input / output device I1.
To display it.

As shown in FIG. 9, the report data file F4 is composed of a creation date indicating the creation date and time of the data, a creation hour, minute, second, plant data, and report document data. Further, the plant data includes a start date and time and a start hour / minute / second indicating the start date / time of the time series data, a data cycle of the time series data, the number of stored data of the time series data, and each time series data. Each time series data is composed of as many plant data as the number of stored data at data cycle intervals.

Next, the case of registering report data will be described.

First, the report data d1.11 displayed on the input / output device I1 is sent to the input / output means M5 as a registration request d1.12. The input / output means M5 requests the report data registration and extraction means M3 to register the report data d1.12.
And the index information d1.2 of the report.

The report data registration / extraction means M3 is shown in FIG.
The registration request d1.12 and the index information d1.2 of the report are received from the input / output means M5 by executing the processing shown in 0 (1
31, 132).

Next, the report data file F shown in FIG.
The report data d1.13 is taken out from No. 4 and registered in the report document data history file F5 shown in FIG. 11 as the report data d1.14 (133, 134). Also, the presence or absence of report document data is set in the index information d1.15 of the report, and the index information d1.1 is set in the index information registration search means M4.
Pass 5 (135).

Corresponding to this, index information registration search means M
When the index information d1.15 is received from the report data registration / extraction means M3 by performing the processing shown in FIG. 2, the index information d1.16 is registered in the index information database F6 (10).
1, 105, 106).

Next, the case of searching will be described.

First, the creation date, unit number, equipment name, equipment name, and search condition d1.17 indicating whether or not countermeasures are to be taken are searched for from the input / output device I1 as necessary, and the input / output means is set. Passed to M5. The input / output unit M5 receives the search condition d1 · 17 from the input / output device I1, and passes the search condition d1 · 17 and the search request d1 · 18 to the index information registration search unit M4.

The index information registration / search means M4 executes the processing shown in FIG. 2 to search for items matching the search conditions based on the search conditions d1.17 in the search request d1.18 received from the input / output means M5. The retrieval result d1.19 retrieved from the index information database F6 is passed to the input / output means M5 (107, 108).

The input / output means M5 receives the retrieval result d1 · 19 and transfers it to the input / output device I1. The input / output device I1 receives the search result d1.19 and displays the list.

As described above, according to the first embodiment, there is no need to manage the trouble report ledger without paying attention to the tack index in the conventional file binder, and the operator can arbitrarily operate the I / O device I1. The index information of the device can be displayed in a list only by inputting the unit or equipment classification, the presence / absence of trouble handling, and the like. Furthermore, by extracting the past data of the defective device based on the plant history data from the control computer Z1 and incorporating the graph display etc. in a part of the report, the status of the defective device can be viewed. Can be created.

FIG. 12 is a block diagram of a plant report management apparatus showing a second embodiment of the present invention.

The plant report management apparatus S2 is the same as the plant report management apparatus S1 shown in FIG.
ID changing means M6 is additionally provided.

In FIG. 12, the reference numerals of the signals in the portions described in FIG. 1 are omitted.

Here, the plant data search PID changing means M6 uses the interactive PID recording file F2.
The plant ID corresponding to the device ID registered in is changed.

First, the plant data retrieval PID changing means M6 carries out the processing shown in FIG. 13, and when the plant ID list is displayed via the input / output means M5, all the equipment names and equipment IDs are retrieved from the retrieval PID recording file F2. The registered plant ID d2.1 is taken out and passed to the input / output means M5.

The input / output means M5 is a plant data search P
Plant ID corresponding to device ID from ID changing means M6
It receives d2.1 and passes it to the input / output device I1 (141 to 1).
43). The input / output device I1 displays a list of plant IDs. When the plant ID corresponding to the displayed device ID is changed on the display screen, the plant ID d2.2 of the changed device ID is passed to the input / output means M5.

The input / output means M5 receives the changed plant ID d2.2 from the input / output device I1 and transfers it to the plant data search PID changing means M6. The plant data search PID changing means M6 performs the processing shown in FIG. 13 and finds the plant ID d2.2 of the device received from the input / output means M5 in the search PID recording file F2.
Is changed (144, 145).

As described above, according to the second embodiment, the device I registered in the search PID recording file F2 by the interactive processing.
The plant ID corresponding to D is changed. This allows
Since the plant ID can be arbitrarily changed, it is possible to deal with the case where the plant ID is changed due to remodeling or the like, and moreover, it is possible to perform a simple operation by the interactive processing.

FIG. 14 is a block diagram of a plant report management apparatus showing a third embodiment of the present invention.

The plant report management apparatus S3 additionally has an image data display registration means M7, an image data history file F7 and an image capturing apparatus I2 in addition to the first embodiment shown in FIG. In FIG. 14, the reference numerals of the signals described in FIG. 1 are omitted.

Here, the image data history file F7
Is to store image data as a history together with index information. Upon receiving the image data registration request, the image data display registration means M7 reads the image data into the image capturing device I2 and the image data history file F.
7 and the index information associated with the report data is saved in the index information database F6 as needed, while the image data search request is made, the image data is externally output from the image data history file F7 based on the index information. To take out. The image capturing device I2 is
This is to read drawings and the like in an image.

First, as in the first embodiment, the report document data of the power plant is the report document data history file F5.
The index information of the plant data and the report document data is stored in the index information database F6. As shown in FIG. 11, the report document data history file F5 stores document data created as a report (report document data) as history information.

Next, the case of newly registering image data will be described.

First, the image capturing device I2 converts a handwritten drawing or photograph relating to a defective portion generated by the power generation plant into image data d3.1, and transfers it to the image data display registration means M7.

The image data display registration means M7 executes the processing shown in FIG. 15 and receives the image data d3.1 captured by the image capture device I2 when there is a display request from the input / output means M5. Image data received d3
1 is passed to the input / output means M5 (151, 152).

The input / output means M5 transfers the image data d3.2 received from the image data display registration means M7 to the input / output device I1. The input / output device I1 displays the image data d3.3 received from the input / output means M5 and outputs it to the printer.

When the display-outputted image data d3.3 is to be saved, it is determined which report data the image data d3.3 has already been saved. Therefore, the index information registration / retrieval means M4 is requested for the index information of the report data.

The index information registration / search means M4 reads the index information d3.4 from the index information database F6 and transfers it to the input / output means M5.

In the input / output means M5, the index information d3.5 received from the index information registration / search means M4 is input / output device I1.
Pass to. The input / output device I1 displays a list of the index information d3.6 received from the input / output means M5. The index information of the report data to be associated with the image data is selected from the list display and passed to the input / output means M5. The input / output unit M5 transfers the index information d3.8 received from the input / output device I1 to the report data creating unit M2.

The report data creating means M2 obtains the report document data index information d3.9 from the index information d3.8 received from the input / output means M5.
Pass to 3. The report data registration / extraction means M3 reads the report document data d3.10 corresponding to the index information d3.8 received from the input / output means M5 from the report document data history file F5 and reports similar to those shown in FIG. Write to data file F4.

The input / output means M5 reads the report document data d3.12 written in the report data file F4 and transfers it to the input / output device I1. The input / output device I1 reads the image data d3.3 read and displayed from the image capturing device I2.
In order to confirm the relation with, the report document data d3.13 received from the input / output means M5 is displayed and output.

When associating the image data d3.3 with the report document data d3.13, the image data d3.14 is sent to the image data display registration means M7 via the input / output means M5. Ask to save. Further, in that case, the fact that the related image data is stored is added to the report document data d3.13 from the input / output device I1.

Next, the image data display registration means M7
15 continues the processing shown in FIG. 15 and follows the image data registration request from the input / output means M5.
4 is stored in the image data history file F7 (15
3,154). At this time, the image data index information is passed to the index information registration / search means M4 (155).

The image data history file F7 is shown in FIG.
As shown in FIG. 6, the image data is stored as history information.

The index information registration / search means M4 receives the index information d3.1 received from the image data display registration means M7.
5 is stored in the index information for image data in the index information database F6.

The input / output means M5 receives the report document data d3.17 additionally described that the related image data is stored in the input / output device I1, and passes it to the report data creating means M2. The report data creating means M2 writes the report document data d3.18 received from the input / output means M5 into the report data file F4, and the report document data d3.
・ Overwrite 11 and save.

The report data registration and extraction means M3 is used for the report document data d written in the report data file F4.
Revised report document data d3.2
Report document data history file F with 0 as d3.21
Overwrite and save to 5.

Next, the case of retrieving already stored image data will be described.

First, in response to the index information read request from the input / output device I1, the index information registration / search means M4 fetches the index information d3.22 from the index information database F6 and passes it to the output means M5. The input / output unit M5 transfers the index information d3 · 23 received from the index information registration / search unit M4 to the input / output device I1.

The input / output device I1 uses the index information d3 · 24 received from the input / output means M5 as a list of index information and CR.
It is displayed on T or output to a printer. From the displayed and output index information d3 · 24, the index information relating to the display image data is selected and passed to the input / output means M5. The input / output means M5 transfers the index information d3 · 25 received from the input / output device I1 to the image data display registration means M7.

Next, the image data display registration means M7
Executes the process shown in FIG. 15, reads the image data d3 · 27 from the image data history file F7 based on the index information for image data of the index information d3 · 26 received from the input / output unit M5, and executes the input / output unit. Hand it over to M5 (156-158).

The input / output means M5 transfers the image data d3.28 received from the image data display registration means M7 to the input / output device I1. The input / output device I1 has an input / output means M.
The image data d3.29 received from 5 is displayed on a CRT or output to a printer or the like.

As described above, according to the third embodiment, when an image data registration request is issued, the image data is registered in the image data history file F7 and, if necessary, the index information associated with the report data is added to the index information. Save in database F6. On the other hand, when the image data search request is issued, the image data is taken out from the image data history file F7 based on the index information.

As a result, a defect report prepared for a defect that has occurred in the power plant can be saved as image data by associating it with the report data, which can be more accurately represented by hand-drawing drawings or photographs of the defect, and saving the report. Since it can be taken out together with the data, the management efficiency can be improved by the collective management of reports.

FIG. 17 is a block diagram of a plant report management apparatus showing a fourth embodiment of the present invention.

The plant report management device S4 is the image data correction means M for correcting the image data in the third embodiment.
8 is added, and the image capturing device I2 is deleted.

The image data correction means M8 corrects the image data extracted from the image data history file F7 by the image data display registration means M7 by interactive processing.

First, the report document data of the generator plant is saved in the report document data history file F5, the index information of the plant data, the report document data and the image data is saved in the index information database F6, and the image data is saved. It is saved in the image data history file F7.

Next, when the index information display request is issued from the input / output device I1, the index information registration / search means M4 reads the index information d4.1 from the index information database F6,
It is passed to the input / output means M5. The input / output device M5 transfers the index information d4.2 received from the index information registration / search device M4 to the input / output device I1, and the input / output device I1 sends the index information d4.
List 3

When the index information d4.4 of the image data to be displayed and corrected is selected from the list display, the index information d4.4 is passed to the image data display registration means M7 via the input / output means M5.

The image data display registration means M7 is the third
Similar to the embodiment, the index information d received from the input / output means M5
Based on 4.5, the image data d4.6 is read from the image data history file F7 and passed to the input / output device I1 as the image data d4.7 through the input / output means M5. As a result, the input / output device I1 displays the image data d4.8 received from the input / output means M5 on the CRT or outputs it to the printer.

Next, the case of correcting the image data displayed and output to the input / output device I1 will be described.

First, the image data d4 output for display is displayed.
9 is passed to the image data correction means M8. The image data correction means M8 executes the processing shown in FIG. 18, and when it receives the image data d4.9, adds or deletes the image to correct the image (161 to 163).

The corrected image data d4.10 is output to the input / output device I1 for display, and is passed to the input / output device I1 (164). Also, the corrected image data d4
11 is stored in the image data history file F7, and is therefore passed to the image data display registration means M7 (16
5).

The input / output device I1 receives the corrected image data d4.10 received from the image data correction means M8.
Is displayed on a CRT or is output to a printer.

The image data display registration means M7 overwrites and stores the corrected image data d4.12 received from the image data correction means M8 over the uncorrected image data d4.6.

As described above, according to the fourth embodiment, it is possible to correct and save the image data of the handwritten drawing and the photograph concerning the defective portion related to the defective report prepared for the defective occurring in the power plant, Since the image data can be easily modified, the report itself can be adapted to the actual situation. The image data and report data can be managed collectively.

According to the present invention, it is not necessary to carry out the work based on a complicated manual document management ledger for registering and retrieving reports, documents and the like in which a huge amount of documents are stored in the form of paper. . Further, when preparing a report of malfunctions, it is not necessary to manually create a graph of past plant state changes and attach it to the report in order to grasp the operating status of the equipment.

Further, the database of the plant report management device of the present invention is provided with the index information of the report, the information of the report file, and the information of the image data so that the report can be searched from this information or the image can be displayed. It is possible to As a result, it is possible to manage and arbitrarily search documents without referring to a complicated ledger. In addition, when creating a report, it is possible to grasp the device status at the time of failure by extracting the device data based on the plant history data and automatically creating a graph based on this data and displaying it in the report. Is possible.

In the embodiment of the present invention, the power plant failure report has been described, but the present invention is not limited to this.

That is, as in the power plant report,
In some plants other than power plants, report documents, drawings, diagrams, etc. may be managed as they are on paper. The present invention can be applied to the management of creating such a plant report.

[0099]

As described above, according to the invention of claim 1, a report is created by a simple operation, the history is saved, and the report is arbitrarily selected based on the device ID from among the created reports. Since it can be output to the outside, it is not necessary to manually create a report such as a conventional file, and the time and effort required to create a report is greatly reduced. Further, since the past reports can be easily retrieved and retrieved, the time and effort required to search for the reports from files etc. can be greatly reduced. In addition, there is no need for a storage location for files, etc., and the entire report can be managed efficiently.

Further, according to the invention of claim 2, the search PI
Since the plant ID corresponding to the device ID registered in the D recording file can be changed, when the plant ID is changed due to remodeling or the like, it can be immediately dealt with, and further, it can be performed by a simple operation by the interactive processing.

Further, according to the invention of claim 3, the index information in which the image data is associated with the report data is stored in the index information database, and when a search request is made, the image data is read from the image data history file based on the index information. Since data is taken out to the outside, management efficiency is improved by centralized management.

Further, according to the invention of claim 4, since the image data can be corrected by the interactive processing, the report itself can be adapted to the actual situation, and the management efficiency is improved by the batch management with the report. .

[Brief description of drawings]

FIG. 1 is a configuration diagram of a plant report management apparatus showing a first embodiment of the present invention.

FIG. 2 is a flowchart showing a processing procedure of an index information registration / search means of FIG.

3 is a configuration diagram showing the index information database of FIG. 1. FIG.

FIG. 4 is a flowchart showing a processing procedure of the report data creating means of FIG.

5 is a flowchart showing a processing procedure of the history data search means of FIG.

6 is a configuration diagram showing a search PID recording file of FIG. 1. FIG.

FIG. 7 is a configuration diagram showing a plant history data file of FIG. 1.

FIG. 8 is a configuration diagram showing a plant search result file of FIG. 1.

9 is a configuration diagram showing the report data file of FIG. 1. FIG.

10 is a flowchart showing a processing procedure of the report data registration / extraction means of FIG.

FIG. 11 is a configuration diagram showing a report document data history file of FIG. 1.

FIG. 12 is a configuration diagram of a plant report management device showing a second embodiment of the present invention.

13 is a flowchart showing a processing procedure of the plant data search PID changing means of FIG.

FIG. 14 is a configuration diagram of a plant report management device showing a third embodiment of the present invention.

15 is a flowchart showing a processing procedure of the image data display registration means of FIG.

16 is a configuration diagram showing an image data history file of FIG.

FIG. 17 is a configuration diagram of a plant report management device showing a fourth embodiment of the present invention.

FIG. 18 is a flowchart showing a processing procedure of the image data correction means in FIG.

[Explanation of symbols]

 M1 history data search means M2 report data creation means M3 report data registration extraction means M4 index information registration search means M5 input / output means M6 plant data search PID change means M7 image data display registration means M8 image data correction means F1 plant history data File F2 Search PID recording file F3 Plant search result file F4 Report data file F5 Report document data history file F6 Index information database F7 Image data history file I1 Input / output device I2 Image capture device

Claims (4)

[Claims] 1. A plant history data file for storing history of plant data corresponding to a plant ID, and a plant ID corresponding to a device ID for retrieving and extracting plant data from the plant history data file.
A search PID recording file for saving the data, a plant search result file for saving the plant data extracted from the plant history data file, a report data file for saving the created report data, and a created report data A report document data history file that stores and manages as a report, an index information database that stores index information for searching reports that are stored and managed in this report document data history file, and a report When there is a request to create a document, a history data search means for searching the search PID recording file, extracting the plant ID by the requested device ID, extracting the plant data corresponding to this plant ID, and saving it in the plant search result file And the plant data saved in the plant search result file Report data creating means for creating report data by adding index information to this plant data and saving it in the report data file, and history of the report data saved in the report data file Report data registration / extracting means for extracting report data from the report document data history file based on index information while saving and registering the report document data history file, and creating the report data as described above. A plant characterized by including index information registration search means for registering the index information in the index information database and for notifying the index information to the outside when the report data created from the report document data history file is taken out. Report management device. 2. The plant report management according to claim 1, further comprising plant data search PID changing means for changing a plant ID corresponding to a device ID registered in the search PID recording file by interactive processing. apparatus. 3. An image data history file for historically storing image data together with index information, and a registration request for the image data, the image data is registered in the image data history file through an input means, and If necessary, the index information associated with the report data is stored in the index information database, and when a search request for image data is made, image data display registration for extracting image data from the image data history file to the outside based on the index information is registered. 3. The plant report management apparatus according to claim 1, further comprising means. 4. The plant report management device according to claim 3, further comprising image data correction means for correcting the image data taken out from the image data history file by the image data display registration means by interactive processing. .