Digital post-repair test data management and control system

Abstract

The invention relates to the technical field of nuclear power maintenance, in particular to a digital post-repair test data management and control system, which comprises a post-repair test identification entry number generation module, and the post-repair test identification entry number generation module establishes post-repair test identification entries by inputting inspection item entry information; the post-repair test identifier entry management module reads the post-repair test identifier entries to form a post-repair test identifier entry list; the post-repair test list generation module is used for forming a post-repair test list of equipment by inputting power plant and equipment position number information of the equipment and selecting post-repair test identification entries; and the post-repair test standard management module forms a post-repair test standard of the equipment by inputting related information of the power plant equipment and reading the post-repair test list. According to the method and the system, the post-repair test data identifier with uniqueness is established, and the post-repair test identifier entry management module and the post-repair test standard management module are established, so that centralized and efficient management of the post-repair test is realized, and the accuracy and the effectiveness of the post-repair test data are greatly improved.

Description

Technical Field

[0001] The present invention relates to the technical field of nuclear power maintenance, and in particular to a digital post-repair test data management and control system. Background Art

[0002] Post-repair testing refers to the various planned technical status checks, parameter verifications, and performance verification activities conducted after repair of individual equipment to verify the quality of the repair and whether the repaired equipment can meet system functional requirements. Post-repair testing is also necessary when repair work that affects the performance of a system or equipment's intended design functions, as well as when repair work on nuclear safety equipment is carried out and equipment, operations, and maintenance engineers cannot demonstrate that equipment functionality has not been affected.

[0003] Post-repair testing is primarily performed according to the applicable post-repair testing procedures, and the results are recorded on a dedicated post-repair test record sheet. This sheet includes various post-repair test inspection items, such as equipment characteristic indicators, status parameter standards, and functional requirements. The maintenance management department is responsible for compiling this sheet, and its standards are primarily derived from equipment drawings and system manuals.

[0004] Existing technologies for controlling post-repair test data at power plants are deficient. A lack of unified management results in different names for the same inspection items for similar equipment, leading to misunderstandings and high communication costs during cross-departmental communication. Post-repair test standards and other data for similar equipment are not updated in a timely and synchronized manner because they are assigned to different post-repair test record sheets. This leads to inconsistent control standards for post-repair test data for similar equipment, hindering the communication of experience feedback and the control of maintenance quality. Summary of the Invention

[0005] The present invention provides a digital post-repair test data management and control system for solving the problems in the prior art of lack of unified management of post-repair test data of power plants, inability to synchronize data recording and inconsistent data management and control standards.

[0006] The technical solutions of the present invention are as follows:

[0007] The present invention proposes a digital management and control system for post-repair test data. The system includes a post-repair test identification entry generation module, a post-repair test identification entry management module, a post-repair test form generation module, and a post-repair test standard management module. The post-repair test identification entry generation module establishes post-repair test identification entries by inputting inspection item entry information; the post-repair test identification entry management module reads the post-repair test identification entries of the post-repair test identification entry generation module, manages the post-repair test identification entries, and forms a list of post-repair test identification entries; the post-repair test form generation module forms a post-repair test form for the equipment by inputting the power plant and equipment position number information of the equipment and selecting the corresponding post-repair test identification entries of the equipment from the list of post-repair test identification entries; the post-repair test standard management module forms a post-repair test standard for the equipment by inputting relevant information of the power plant equipment and reading the post-repair test form of the post-repair test form generation module corresponding to the power plant equipment.

[0008] In some embodiments, the inspection item entry information of the post-repair test identification entry generation module includes serial number, inspection item identification, inspection item name, status, entry time, and entry person. The inspection item identification has a structure of "XH" plus three digits, and the inspection item identification starts numbering from XH001. The inspection item identification of the newly added entry will be newly added by default after the existing numbers; the status entry is defaulted to "disabled", and the staff needs to enable the post-repair test identification entry in the post-repair test identification entry management module.

[0009] In some embodiments, the entry time and entry person of the inspection item entry information are automatically generated according to the logged-in account and time.

[0010] In some embodiments, the post-repair test identification entry management module displays the list of post-repair test identification entries to the user. The management of the post-repair test identification entries by the post-repair test identification entry management module specifically includes query and modification functions. The modification function specifically includes editing the inspection item name of the post-repair test identification entry and enabling / disabling the post-repair test identification entry.

[0011] In some embodiments, the relevant information of the power plant equipment input by the post-repair test standard management module includes: power plant, unit, system code, equipment position number, equipment name, equipment category, equipment model, equipment manufacturer, inspection item, and acceptance standard. The inspection item content in the relevant information of the power plant equipment is automatically associated with the post-repair test form of the equipment in the post-repair test form generation module according to the input equipment position number, so as to automatically fill the post-repair test identification entries in the post-repair test form into the inspection items.

[0012] In some embodiments, the post-repair test standard management module forms a list of post-repair test standards for the generated post-repair test standards and displays the list of post-repair test standards to the user.

[0013] In some embodiments, the post - repair test standard management module can add equipment post - repair test standards by manually inputting relevant information of power plant equipment and batch - importing relevant information of power plant equipment through templates.

[0014] In some embodiments, the post - repair test standard management module has the functions of querying and modifying equipment post - repair test standards. The modification function specifically includes: adding and deleting inspection items and acceptance criteria of equipment post - repair test standards, and deleting the equipment post - repair test standard function.

[0015] In some embodiments, the post - repair test standard management module completes the equipment post - repair test standard list and automatically generates a post - repair test record sheet for the equipment. The post - repair record sheet includes inspection items and corresponding standards of the equipment post - repair test standards.

[0016] Implementing the present invention has the following beneficial effects:

[0017] The present invention proposes a digital post - repair test data control system. The system establishes a naming method for inspection item identification names, unifies the names of post - repair test data, which can effectively avoid improper communication and incorrect result recording caused by different names, facilitate the control of post - repair test results of similar equipment, and at the same time provide a concise and standardized reference for the creation of new post - repair test record sheets. The present invention realizes the centralized and efficient management of post - repair tests by establishing unique post - repair test data identifiers and establishing a post - repair test identifier item management module and a post - repair test standard management module, greatly improving the accuracy and effectiveness of post - repair test data. Brief Description of the Drawings

[0018] Figure 1 It is a schematic diagram of the post - repair test data identifier list of a digital post - repair test data control system proposed by an embodiment of the present invention;

[0019] Figure 2 It is a schematic diagram of the post - repair test identifier item management module of a digital post - repair test data control system proposed by an embodiment of the present invention;

[0020] Figure 3 It is a schematic diagram of the post - repair test standard management module of a digital post - repair test data control system proposed by an embodiment of the present invention;

[0021] Figure 4 It is a schematic diagram of the post - repair test standard management module of a digital post - repair test data control system proposed by an embodiment of the present invention;

[0022] Figure 5 It is a schematic diagram of the post - repair test record sheet of a digital post - repair test data control system proposed by an embodiment of the present invention. Detailed Embodiments

[0023] The technical solution of the present invention will be clearly and completely described below in conjunction with the accompanying drawings and specific embodiments. Obviously, the described embodiments are part of the embodiments of the present invention, rather than all of the embodiments. All other embodiments obtained by those of ordinary skill in the art based on the embodiments of the present invention without creative efforts shall fall within the protection scope of the present invention.

[0024] As Figures 1 to 5 shown, the present invention proposes a digital management and control system for post-repair test data. The system includes a post-repair test identification entry generation module, a post-repair test identification entry management module, a post-repair test form generation module, and a post-repair test standard management module. The post-repair test identification entry generation module establishes post-repair test identification entries by inputting inspection item entry information; the post-repair test identification entry management module reads the post-repair test identification entries of the post-repair test identification entry generation module, manages the post-repair test identification entries, and forms a list of post-repair test identification entries; the post-repair test form generation module forms a post-repair test form for the equipment by inputting the power plant and equipment position number information of the equipment and selecting the corresponding post-repair test identification entries of the equipment from the list of post-repair test identification entries; the post-repair test standard management module forms a post-repair test standard for the equipment by inputting relevant information of the power plant equipment and reading the post-repair test form of the post-repair test form generation module corresponding to the power plant equipment.

[0025] The inspection item entry information of the post-repair test identification entry generation module includes "serial number", "inspection item identification", "inspection item name", "status", "entry time", and "entry person". Among them, the serial number is automatically generated according to the existing number of post-repair test identification entries. For example, if there is already one, the serial number of the newly added entry is "2". The inspection item identification is a structure of "XH" plus three digits. The inspection item identification starts numbering from XH001. For newly added entries, the identification will be newly added by default after the existing numbers. For example, if there are a total of 72 existing identifications, the newly added identifications will start from XH073. The status is default "disabled". If it needs to be enabled, the staff needs to enable the post-repair test identification entry in the post-repair test identification entry management module to enable it. The entry time and entry person entries will be automatically recorded according to the logged-in account and the current time. After all the above information entries are input into the post-repair test identification entry generation module, a post-repair test identification entry is generated.

[0026] The post-repair test identification entry management module displays the list of post-repair test identification entries read from the post-repair test identification entry generation module to the user, including the functions of querying and modifying post-repair test identification entries.

[0027] As Figure 2As shown, the post-repair test identification item management module allows users to query by checking two information items: the inspection item identification and the inspection item name. The specific query function is as follows: In the search box after "Inspection Item Identification" at the top of the post-repair test identification item management module interface, the default prompt is "Please enter the inspection item identification". After entering a standard inspection item identification, such as entering "XH001", click the "Query" button to perform the query. Another way is in the search box after "Inspection Item Name" at the top of the post-repair test identification item management module interface, where the default prompt is "Please enter the inspection item name". Enter the inspection item name, such as entering "Operation Mode", and then click the "Query" button to perform the query. The query results will be displayed below, and the results include information item columns such as "Serial Number", "Inspection Item Identification", "Inspection Item Name", "Status", "Entry Time", and "Entry Person". Click the "Clear" button to delete the previous query content for a new query.

[0028] As Figure 2 As shown, the modification function of the post-repair test identification item management module includes editing and enabling / disabling post-repair test identification items. There is a column of information items after each post-repair test identification item in the display interface of the post-repair test identification item management module, with the content "Operation". There are two operation buttons in the operation column: Edit and Disable / Enable. Click the "Edit" button, and an edit pop-up box will appear. In the pop-up box, you can modify the "Inspection Item Name". After completing the modification and entry, there are "Modify" and "Cancel" buttons in the lower right corner of the pop-up box. Click the "Modify" button in the lower right corner of the pop-up box to save the modified content. Click the "Cancel" button to cancel the current modification. If you click the "Modify" button, the pop-up box will automatically close, and at the same time, a "Operation Successful" description box will automatically pop up at the top of the interface, indicating that the modification has been completed. If you click the "Cancel" button, no pop-up box will appear.

[0029] Click the "Disable" button to disable this post-repair test identification item. The information item in the status bar will automatically show "Disabled", and at the same time, a "Operation Successful" description box will automatically pop up at the top of the interface, indicating that the modification has been completed. After clicking the "Disable" button, the button will automatically become the "Enable" button. Click the "Enable" button to restore the commissioning of the post-repair test identification item. Its status bar will automatically show "Enabled", and at the same time, a "Operation Successful" description box will automatically pop up at the top of the interface, indicating that the modification has been completed.

[0030] The post-repair test form generation module selects and adds the corresponding post-repair test identification items according to the power plant and equipment unit number, and enters the corresponding acceptance criteria for the post-repair test identification items, then a post-repair test form for the specified equipment of the specified power plant can be formed.

[0031] The post - repair test standard management module forms the post - repair test standard for equipment by inputting the relevant information of power plant equipment and reading the post - repair test sheet generated by the post - repair test sheet generation module corresponding to the power plant equipment. The relevant information of power plant equipment in the post - repair test standard management module includes: "power plant", "unit", "system code", "equipment position number", "equipment name", "equipment category", "equipment model", "equipment manufacturer", "inspection items", and "acceptance criteria". The post - repair test standard management module forms a list of post - repair test standards for equipment and displays the list of post - repair test standards to the user, specifically as Figure 3 shown.

[0032] As Figure 3 shown, there are two methods for adding new post - repair test standards for equipment. One is the item - by - item input method. By sequentially inputting the above - mentioned relevant information of power plant equipment in the post - repair test standard management module, the addition of new post - repair test standards for equipment can be achieved. Among them, there is no need to fill in the "inspection items". The content of the "inspection items" is automatically associated with the post - repair test sheet of the equipment in the post - repair test sheet generation module according to the input equipment position number, so that the post - repair test identification items therein are automatically filled into the "inspection items".

[0033] The other is to import in batches through a template. The specific method is as follows: First, click the "Export Template" button in the post - repair test standard management module to download the template, and the template format is EXCEL. Fill in the above - mentioned relevant information of power plant equipment in the template. Then click the "Import" button and select the entered template. The addition of new items for the post - repair test standards of new equipment can be achieved.

[0034] As Figure 3 shown, the post - repair test standard management module also has the functions of querying and modifying the post - repair test standards for equipment. The query function can query the post - repair test standards for equipment through the above - mentioned relevant information of power plant equipment, including: "power plant", "unit", "system code", "equipment position number", "equipment name", "equipment category", "equipment model", "equipment manufacturer". The query results will be displayed below, and the results include: serial number, unit, system code, equipment position number, equipment name, equipment category, equipment model, equipment manufacturer, and details of the post - repair test of the equipment. Click the "Clear" button to delete the previous query content, which is convenient for new queries.

[0035] In the display interface of the post - repair test standard management module, there is a column of information items after each equipment's post - repair test standard, with the content "Operation". There are two operation buttons in the operation column, namely "Edit" and "Delete". Click the "Edit" button. In the pop - up edit interface, the content of the equipment's post - repair test standard can be modified, including adding and deleting the equipment - related inspection items and acceptance criteria. Click the "Delete" button in the operation column. A pop - up window will display "Are you sure to delete the data?". Click the "OK" button, and the equipment's post - repair test standard will be deleted. Click "Cancel", and the deletion will not be implemented.

[0036] As Figure 5 shown, after the post - repair test standard management module completes the compilation of the equipment's post - repair test standard, it can automatically generate a post - repair test record sheet for the equipment. This post - repair test record sheet is used as a reference for the content of the post - repair test when conducting the post - repair test of the equipment. The content of this post - repair record sheet includes four parts: "Basic Information", "Inspection and Records before Post - repair Test", "Working Steps", and "Signature / Date of Maintenance Personnel". Among them, the content in the working steps is the various inspection items and corresponding acceptance criteria of the equipment's post - repair test standard.

[0037] The above embodiments only represent several implementation manners of the present invention. The description is relatively specific and detailed, but it should not be construed as a limitation on the scope of the present invention patent. It should be noted that for those of ordinary skill in the art, without departing from the concept of the present invention, several modifications and improvements can still be made, and these all belong to the protection scope of the present invention. Therefore, the protection scope of the present invention patent should be subject to the appended claims.

Claims

1. A digital post-repair test data control system, characterized in that, The system includes a post - repair test identification entry generation module, a post - repair test identification entry management module, a post - repair test form generation module, and a post - repair test standard management module. The post - repair test identification entry generation module creates post - repair test identification entries by inputting inspection item entry information. The post - repair test identification entry management module reads the post - repair test identification entries generated by the post - repair test identification entry generation module, manages the post - repair test identification entries, and forms a list of post - repair test identification entries. The post - repair test form generation module forms a post - repair test form for the equipment by inputting the power plant and equipment position number information of the device and selecting the corresponding post - repair test identification entries of the equipment from the list of post - repair test identification entries. The post - repair test standard management module forms a post - repair test standard for the equipment by inputting the relevant information of the power plant equipment and reading the post - repair test form generated by the post - repair test form generation module corresponding to the power plant equipment.

2. The digital post-repair test data control system according to claim 1, wherein The inspection item entry information of the post - repair test identification entry generation module includes serial number, inspection item identification, inspection item name, status, input time, and input person. The inspection item identification is a structure of "XH" plus three - digit numbers, and the inspection item identification starts numbering from XH001. The inspection item identification of the newly added entry will be newly added by default after the existing numbers. The status entry is defaulted to disabled, and the staff needs to enable the post - repair test identification entry in the post - repair test identification entry management module.

3. A digital post-repair test data management and control system according to claim 2, characterized in that, The input time and input person of the inspection item entry information are automatically generated according to the logged - in account and time.

4. A digital post-repair test data management and control system according to claim 3, characterized in that, The post - repair test identification entry management module displays the list of post - repair test identification entries to the user. The management of the post - repair test identification entries by the post - repair test identification entry management module specifically includes query and modification functions. The modification function specifically includes editing the inspection item name of the post - repair test identification entry and enabling / disabling the post - repair test identification entry.

5. The digital post-repair test data management and control system according to claim 4, characterized in that The relevant information of the power plant equipment input by the post - repair test standard management module includes: power plant, unit, system code, equipment position number, equipment name, equipment category, equipment model, equipment manufacturer, inspection item, and acceptance standard. The inspection item content in the relevant information of the power plant equipment is automatically associated with the post - repair test form of the equipment in the post - repair test form generation module according to the input equipment position number, so that the post - repair test identification entries in the post - repair test form are automatically filled into the inspection items.

6. The digital post-repair test data control system according to claim 5, wherein The post - repair test standard management module forms a list of post - repair test standards for the generated post - repair test standards and displays the list of post - repair test standards to the user.

7. A digital post-repair test data control system according to claim 6, characterized in that The post - repair test standard management module can complete the addition of the post - repair test standard for the equipment by manually inputting the relevant information of the power plant equipment and batch - importing the relevant information of the power plant equipment through a template.

8. A digital post-repair test data control system according to claim 7, characterized in that, The post - repair test standard management module has functions of querying and modifying the post - repair test standard for the equipment. The modification function specifically includes: adding and deleting the inspection item and acceptance standard of the post - repair test standard for the equipment, and the function of deleting the post - repair test standard for the equipment.

9. A digital post-repair test data management and control system according to claim 8, characterized in that The post - repair test standard management module completes the list of post - repair test standards for the equipment and automatically generates a post - repair test record form for the equipment. The post - repair record form includes the inspection items and corresponding acceptance standards of the post - repair test standard for the equipment.

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