Temporary operation transfer method and system based on fusion boundary and medium

Abstract

The invention provides a temporary operation transfer method and system based on a fusion boundary and a medium, and the method comprises the steps: determining boundary change information of temporary operation transfer based on a created isolation application instruction; comparing the current boundary area and the final boundary area corresponding to the boundary change information; on the basis that a fusion boundary exists in a set of the compared current boundary area and the final boundary area, it is determined that boundary fusion operation is executed on an isolation operation list generated by the isolation application instruction. According to the method, the step of fusing the plurality of temporary operation transfer areas is executed when it is judged that no system and equipment which do not belong to the temporary operation transfer areas exist among the plurality of temporary operation transfer areas, so that the problem that the operation efficiency is low when corresponding temporary operation transfer steps are executed on the plurality of temporary operation transfer areas is solved.

Description

Technical Field

[0001] The present invention relates to the technical field of nuclear power operation management, and in particular to a temporary operation handover method, system and medium based on fusion boundary. Background Art

[0002] When nuclear power systems and equipment are handed over from the commissioning party to the operator, corresponding temporary operation handover steps need to be performed to completely separate a temporary operation area from the outside world, to demarcate a temporary operation area, and to prevent the operating activities in the area from affecting the safety of activities in adjacent areas.

[0003] In the process of handing over from the commissioning side to the operator, multiple temporary operation handover areas are involved. Corresponding boundaries need to be set between these different temporary operation handover areas. By executing the temporary operation handover steps on the boundaries of multiple areas, the safety of activities in the temporary operation handover area and the activities in the adjacent non-temporary operation handover areas can be ensured. However, this requires executing the corresponding temporary operation handover steps for temporary operation handover areas in different locations, resulting in cumbersome operation steps, low operation efficiency and long construction period in the process of handing over nuclear power systems and equipment from the commissioning side to the operator.

[0004] It should be noted that the information disclosed in the above background technology section is only used to enhance the understanding of the background of the present invention and does not constitute any limitation to the present invention. Summary of the invention

[0005] In view of the shortcomings of the prior art mentioned above, the present invention provides a temporary operation handover method, system and medium based on fused boundaries. When it is determined that there are no systems and equipment that do not belong to the temporary operation handover areas between multiple temporary operation handover areas, the steps of fusing the multiple temporary operation handover areas are executed to solve the problem of low efficiency of executing corresponding temporary operation handover steps for multiple temporary operation handover areas separately.

[0006] The present invention provides a temporary operation handover method based on fusion boundary, comprising:

[0007] Determine boundary change information of temporary operation transfer based on the created isolation application instruction;

[0008] Comparing the current boundary area and the final boundary area corresponding to the boundary change information;

[0009] Based on the existence of a fusion boundary in the collection of the compared current boundary area and the final boundary area, it is determined that a boundary fusion operation step is executed on the isolation operation sheet generated by the isolation application instruction.

[0010] In one embodiment of the present invention, the boundary change information of the temporary operation handover is determined based on the created isolation application instruction, including: creating an isolation application instruction according to the current boundary area, and creating an isolation operation form according to the final boundary area; the isolation application instruction is converted into an isolation operation form by filling in the boundary change information through a conversion tool; wherein the conversion tool is used to input the boundary change information filled in the isolation application instruction in the isolation handover step into the isolation application instruction of the temporary operation handover step.

[0011] In one embodiment of the present invention, comparing the current boundary area and the final boundary area corresponding to the boundary change information includes: obtaining a first isolation instruction corresponding to the isolation application instruction of the current boundary area; obtaining a second isolation instruction corresponding to the isolation operation order of the final boundary area; and determining the difference instructions between the first isolation instruction and the second isolation instruction corresponding to the boundary area.

[0012] In one embodiment of the present invention, based on the comparison, a fusion boundary exists in the collection of the current boundary area and the final boundary area, including: determining that there is a collection of the first isolation instruction and the second isolation instruction; determining that there is a stage fusion boundary in the temporary operation handover boundary based on determining that the boundary in the confirmed isolation state or the processed state has the order number of the isolation handover step in the isolation operation sheet of the temporary operation handover step; or determining that there is an isolation handover boundary in the temporary operation handover boundary in the confirmed isolation state or the processed state; determining the operation steps of executing stage fusion or forced fusion of the temporary operation handover boundary.

[0013] In one embodiment of the present invention, determining whether there is a stage fusion boundary in the temporary operation transfer boundary includes: before the created isolation application instruction generates an isolation operation form, confirming the third isolation instruction of the stage fusion boundary and bringing it into the second isolation instruction for generating the isolation operation form; the second isolation instruction is a collection of the first isolation instruction and the third isolation instruction.

[0014] In one embodiment of the present invention, determining whether there is a forced fusion boundary in the temporary operation handover boundary includes: in the first isolation instruction for creating the isolation application instruction, by confirming the fourth isolation instruction with the forced fusion boundary, the second isolation instruction for generating the isolation operation sheet is not written; the fourth isolation instruction is a subset of the first isolation instruction, and the second isolation instruction is the complement of the fourth isolation instruction in the first isolation instruction.

[0015] In one embodiment of the present invention, the operational steps for determining the temporary operation transfer boundary execution phase fusion or forced fusion include: after the second isolation instruction of the isolation operation sheet is confirmed, checking the temporary operation transfer boundary through the expansion tool; comparing the lists of the first isolation instruction, the second isolation instruction, the third isolation instruction and the fourth isolation instruction through the conversion tool, and identifying and distinguishing the identical isolation instructions therein.

[0016] In one embodiment of the present invention, after determining the operation steps of executing stage fusion or forced fusion at the temporary operation handover boundary, it includes: based on the second isolation instruction corresponding to the stage fusion boundary or the forced fusion boundary, determining to release the relevant temporary operation handover boundary, and setting the isolation operation sheet to the completed execution status.

[0017] The present invention also provides a temporary operation handover system based on fusion boundary, comprising:

[0018] A boundary comparison unit, which is used to obtain boundary change information during the temporary operation handover process, and compare the current boundary area and the final boundary area corresponding to the boundary change information to determine whether the current boundary area and the final boundary area have the same boundary;

[0019] A fusion inspection unit forms a fusion difference list based on the collection of isolation instructions of the isolation application instruction corresponding to the current boundary area and the isolation instructions of the isolation operation order corresponding to the final boundary area, and determines whether the current boundary area and the final boundary area are in a stage fusion or forced fusion state according to the fusion difference list.

[0020] The present invention also provides a computer-readable storage medium on which a computer program is stored, and the computer program is used to execute the above method.

[0021] The beneficial effects of the present invention are as follows: by judging that the collection of the current boundary area and the final boundary area has a fusion boundary, and when there are no systems and equipment that do not belong to the temporary operation transfer area between multiple temporary operation transfer areas, the steps of merging multiple temporary operation transfer areas are performed to form the boundary of a temporary operation transfer area, thereby optimizing the process steps of executing the temporary operation transfer process in multiple areas respectively, and improving the operation efficiency of the temporary operation transfer steps. At the same time, it avoids the mutual influence of the activities in the temporary operation transfer area and the activities in the adjacent non-temporary operation transfer area in terms of safety, thereby ensuring that the operation content in the process of handing over the nuclear power system and equipment from the commissioning party to the operator meets the safety specification requirements.

[0022] It is to be understood that the foregoing general description and the following detailed description are exemplary and explanatory only and are not restrictive of the invention. BRIEF DESCRIPTION OF THE DRAWINGS

[0023] The drawings herein are incorporated into the specification and constitute a part of the specification, showing embodiments consistent with the present invention, and together with the specification, are used to explain the principles of the present invention. Obviously, the drawings described below are only some embodiments of the present invention, and for those of ordinary skill in the art, other drawings can be obtained based on these drawings without creative work. In the drawings:

[0024] Figure 1 It is a flow chart of the temporary operation handover method based on fusion boundary of the present invention;

[0025] Figure 2 It is an architecture diagram of a temporary operation handover system based on fusion boundary of the present invention;

[0026] Figure 3 The present invention is a flowchart of executing implementation / release steps of the temporary operation handover method based on fusion boundary. DETAILED DESCRIPTION

[0027] The following describes the embodiments of the present invention by specific examples, and those skilled in the art can easily understand other advantages and effects of the present invention from the contents disclosed in this specification. The present invention can also be implemented or applied by other different specific embodiments, and the details in this specification can also be modified or changed in various ways based on different viewpoints and applications without departing from the spirit of the present invention. It should be noted that the features in the following embodiments and embodiments can be combined with each other without conflict. It should also be understood that the terms used in the embodiments of the present invention are to describe specific specific embodiments, rather than to limit the scope of protection of the present invention.

[0028] See also Figures 1 to 3 . It should be noted that the structures, proportions, sizes, etc. illustrated in the drawings in this specification are only used to match the contents disclosed in the specification for people familiar with this technology to understand and read, and are not used to limit the limiting conditions for the implementation of the present invention, so they have no substantial technical significance. Any structural modification, change in proportional relationship, or adjustment of size, without affecting the effects and purposes that can be achieved by the present invention, should still fall within the scope of the technical content disclosed by the present invention. At the same time, the terms such as position and quantitative relationship cited in this specification are only for the convenience of description, and are not used to limit the scope of the implementation of the present invention. Changes or adjustments in their relative relationships should also be regarded as the scope of the implementation of the present invention without substantially changing the technical content.

[0029] See also Figure 1 The present invention provides a temporary operation handover method based on fusion boundary, comprising:

[0030] Determine boundary change information of temporary operation transfer based on the created isolation application instruction;

[0031] Comparing the current boundary area and the final boundary area corresponding to the boundary change information;

[0032] Based on the existence of a fusion boundary in the collection of the compared current boundary area and the final boundary area, it is determined that a boundary fusion operation step is executed on the isolation operation sheet generated by the isolation application instruction.

[0033] Specifically, in the embodiment of the present invention, the area that needs to be temporarily transferred and the related information such as the specific location and scope of the border area are clarified through the isolation application instruction created during the temporary operation transfer, as well as the information expected to affect the border area, that is, the adjacent border area that may be affected is identified. At the same time, according to the isolation application instruction, the boundary change information of the temporary operation transfer is determined. By collecting the geographical and operational data of the current border area and comparing the boundary between the temporary operation area and the adjacent area, the specific content of the boundary change, such as the newly added, reduced or adjusted border area, can be identified.

[0034] By recording the current boundary area, i.e. the existing boundary status, including all relevant security control areas and operation restriction areas, and the final boundary area, i.e. the expected final boundary status according to the quarantine application instructions, the current boundary area is compared with the final boundary area to confirm the specific situation of the boundary change.

[0035] Through system functions or user manual judgment, detect the adjacent parts of the current boundary area and the final boundary area in space. And judge that there are adjacent and touching boundary parts between the current boundary area and the final boundary area. Then continue to execute the isolation operation sheet generated by the isolation application instruction, and formulate corresponding operation steps and determine the safety measures requirements according to the new boundary, that is, the final boundary area. If it is judged that there is no adjacent and touching boundary part, execute other operation steps, which will not be repeated here.

[0036] In this way, when the temporary operation transfer areas at different locations need to perform corresponding temporary operation transfer steps respectively, by judging that the collection of the current boundary area and the final boundary area has a fusion boundary, and when there are no systems and equipment that do not belong to the temporary operation transfer area between multiple temporary operation transfer areas, the steps of merging multiple temporary operation transfer areas are performed to form the boundary of a temporary operation transfer area, thereby optimizing the process steps of performing the temporary operation transfer process in multiple areas respectively. At the same time, it avoids the mutual influence of safety between the activities in the temporary operation transfer area and the activities in the adjacent non-temporary operation transfer area, thereby ensuring that the operation content in the process of handing over the nuclear power system and equipment from the commissioning party to the operator meets the safety specification requirements.

[0037] In one embodiment, the boundary change information of the temporary operation handover is determined based on the created isolation application instruction, including: creating an isolation application instruction according to the current boundary area, and creating an isolation operation form according to the final boundary area; the isolation application instruction is converted into an isolation operation form by filling in the boundary change information through a conversion tool; wherein the conversion tool is used to input the boundary change information filled in the isolation application instruction in the isolation handover step into the isolation application instruction of the temporary operation handover step.

[0038] Specifically, in an embodiment of the present invention, by describing the current boundary area, the specific location, range, such as coordinates, area, etc. of the current boundary are clarified. Safety control measures and operation restrictions of the relevant boundary areas are recorded. The relevant operation content that needs to be temporarily operated and transferred is then indicated, thereby listing the expected boundary changes, including specific descriptions of newly added boundary areas, reduced boundary areas, or adjusted boundary areas. Based on this, an isolation operation sheet is created, that is, the specific description of the new final boundary area is determined, and the new boundary status and safety requirements are recorded. The content of the isolation operation sheet may include: operation steps such as listing all operation steps in detail, responsibility allocation such as clarifying the person responsible for each step, and time arrangements such as setting implementation time nodes. After confirming the accuracy and rationality of the boundary change information in the isolation application instruction, the approved boundary change information is directly transferred from the isolation application instruction to the boundary change information of the isolation operation sheet.

[0039] It should be noted that before the nuclear power system and equipment are handed over from the commissioning party to the operating party, there is also an isolation handover step that is handed over from the construction party to the commissioning party. Generally speaking, the boundary areas involved in the isolation handover process and the temporary operation handover process are basically the same. Therefore, the relevant boundary operation instructions used in the isolation handover process can be directly used in the temporary operation handover process, that is, the content of the isolation application instruction based on the isolation handover step is filled into the isolation operation sheet of the temporary operation handover step. In this way, by filling in the same type of isolation instruction content, the operational efficiency of the temporary operation handover step is improved.

[0040] More specifically, in the preparation stage of filling in the boundary change information, by confirming the isolation application instructions, the isolation application instructions that need to be filled in are collected and reviewed. By identifying the boundary change information, the boundary change information that needs to be converted is clarified, such as the specific description of adding boundaries, reducing boundaries, and adjusting boundaries. Then, by importing the relevant information in the isolation application instructions into the conversion tool, the boundary change information is filled in item by item into the isolation operation sheet of the temporary operation handover step as needed. In this way, the boundary change information in the isolation application instructions can be efficiently converted into the isolation operation sheet to ensure the standardization and smoothness of the temporary operation handover.

[0041] In one embodiment, comparing the current boundary area and the final boundary area corresponding to the boundary change information includes: obtaining a first isolation instruction corresponding to the isolation application instruction of the current boundary area; obtaining a second isolation instruction corresponding to the isolation operation order of the final boundary area; and determining the difference instructions between the first isolation instruction and the second isolation instruction corresponding to the boundary area.

[0042] Specifically, in an embodiment of the present invention, by obtaining the first isolation instruction, that is, extracting the current boundary area information from the isolation application instruction, it contains all relevant boundary data. Obtaining the second isolation instruction, that is, extracting the final boundary area information from the isolation operation sheet, ensures that the instruction also contains complete boundary data for effective comparison. By comparing the boundary data such as position difference, area change, and shape change in the first isolation instruction and the second isolation instruction item by item, a difference report is generated accordingly. And the boundary area differences found are sorted into difference instructions, and the specific changes, that is, adding a new boundary area, removing a boundary area, and adjusting a boundary area, are recorded. In this way, the changes between the current boundary area and the final boundary area are compared to provide support for subsequent decision-making implementation. Among them, the first isolation instruction and the second isolation instruction, that is, the instruction content of the specific boundary operation performed for the temporary operation transfer boundary in the isolation application instruction and the isolation operation sheet, are judged by the difference in the specific instruction content between the two, so as to obtain intuitive boundary area difference data.

[0043] See also Figure 1 and Figure 2 In one embodiment, based on the comparison, there is a fusion boundary between the collection of the current boundary area and the final boundary area, including: determining that there is a collection of the first isolation instruction and the second isolation instruction; determining that there is a stage fusion boundary in the temporary operation handover boundary based on determining that the boundary in the confirmed isolation state or the processed state has the order number of the isolation handover step in the isolation operation sheet of the temporary operation handover step; or determining that there is an isolation handover boundary in the temporary operation handover boundary in the confirmed isolation state or the processed state; determining the operation steps of executing stage fusion or forced fusion of the temporary operation handover boundary.

[0044] Specifically, in the embodiment of the present invention, the set of the current boundary area and the final boundary area is determined by extracting information of the current boundary area and the final boundary area from the first isolation instruction and the second isolation instruction, that is, comparing whether there is the same boundary part between the current boundary area and the final boundary area.

[0045] By checking the boundaries that are in a confirmed isolation state or a processed state, that is, confirming the state of these boundaries in the temporary operation handover step, the conversion tool has been used to fill in the boundary information of the corresponding isolation instructions in the isolation operation sheet. In this way, it is verified that there is an isolation application instruction number of the isolation handover step. When the isolation application instruction number of an isolation handover step exists in two isolation operation sheets in the temporary operation handover, that is to say, the isolation instructions of the same isolation handover step are filled into the two isolation operation sheets through the conversion tool, there must be the same isolation instructions, and then there are the same boundaries that meet the fusion boundary conditions. Therefore, by judging that the same isolation handover step number exists in the isolation instructions of the two isolation boundaries in the temporary operation handover step, it is ensured that there is a fusion boundary, that is, a stage fusion boundary.

[0046] Similarly, the actual boundary can also be judged, and the temporary operation handover boundary and the isolation handover boundary are both implemented based on their respective isolation instructions, that is, by directly judging that there is an isolation handover boundary in the temporary operation handover boundary, that is, there is a boundary related to the fusion boundary condition, and finally confirming that there is a fusion boundary between the current boundary area and the final boundary area, that is, a forced fusion boundary. In this way, according to the result of the judgment, the operation steps that need to be performed in the temporary operation handover are determined, that is, the corresponding operation steps are formulated for stage fusion or forced fusion. By judging the fusion boundary in the temporary operation handover, it is ensured that the isolation instructions in different states can be reasonably processed.

[0047] It should be noted that the fusion check rules include stage fusion, forced fusion, and no fusion according to the fusion status. The stage fusion judgment logic is that according to the current boundary, all boundaries in the system that are in confirmed isolation, i.e., ETG (Execution To Go) status or processed, i.e., PTAG (Pending to Go / Processed Tag) status are queried. If the functional location has two temporary operation transfer numbers and there is also an isolation transfer (not this system) number, then the stage fusion logic is met. The forced fusion judgment logic is that according to the current boundary, all boundaries in the system that are in ETG status or PTAG status are queried. If there is at least one boundary with only temporary operation transfer and no corresponding isolation transfer boundary is found, then the forced fusion condition is met.

[0048] In one embodiment, determining whether there is a stage fusion boundary in the temporary operation transfer boundary includes: before the created isolation application instruction generates an isolation operation form, confirming the third isolation instruction of the stage fusion boundary and bringing it into the second isolation instruction for generating the isolation operation form; the second isolation instruction is a collection of the first isolation instruction and the third isolation instruction.

[0049] Specifically, in an embodiment of the present invention, the first isolation instruction is the isolation instruction preliminarily set in the isolation handover step. The second isolation instruction is the isolation instruction executed by the isolation operation sheet in the temporary operation handover step, both of which contain the isolation boundary information of the current boundary area and the final boundary area. The third isolation instruction is an isolation instruction for judging whether there is a stage fusion boundary situation. Since the stage fusion boundary is necessarily related to the current boundary area and the final boundary area, the third isolation instruction is confirmed to be the isolation boundary instruction content that meets the stage fusion boundary requirements, and then it is integrated with the current boundary area, that is, the first isolation instruction, and the isolation instruction set formed is the second isolation instruction, and the second isolation instruction is generated as the isolation boundary instruction in the isolation operation sheet. In this way, it is ensured that in the process of creating the isolation application instruction and generating the isolation operation sheet, the stage fusion boundary is successfully integrated, that is, implemented.

[0050] More specifically, when the boundary in the temporary operation transfer application form is determined to be a phase fusion, the phase fusion boundary list will pop up first when creating the isolation operation form, showing the phase fusion boundary list of the temporary operation transfer form and the isolation transfer form in the operating system, where the temporary operation transfer form is marked with "fusion warning" and the isolation transfer form is marked with "warning". Then click to enter the isolation operation form creation interface, and the phase fusion boundary will be brought into the isolation operation form boundary synchronously.

[0051] In one embodiment, determining whether there is a forced fusion boundary in the temporary operation handover boundary includes: in the first isolation instruction for creating the isolation application instruction, by confirming the fourth isolation instruction with the forced fusion boundary, the second isolation instruction for generating the isolation operation sheet is not written; the fourth isolation instruction is a subset of the first isolation instruction, and the second isolation instruction is the complement of the fourth isolation instruction in the first isolation instruction.

[0052] Specifically, the fourth isolation instruction is an isolation instruction for judging the existence of a forced fusion boundary situation. Similarly, the forced fusion boundary is related to the current boundary area and the final boundary area. Therefore, by confirming the fourth isolation instruction, that is, the isolation boundary instruction content that meets the forced fusion boundary requirements, and then integrating it with the current boundary area, that is, the first isolation instruction, the complement of the isolation instruction formed in the first isolation instruction is the second isolation instruction, and the second isolation instruction is generated as the isolation boundary instruction in the isolation operation sheet. In this way, the forced fusion boundary in the temporary operation handover is managed to ensure that the scope included between the first, second, and fourth isolation instructions is clear. This can minimize the risk and ensure that all necessary isolation measures and conditions are followed during the temporary operation handover process. This process not only optimizes the safety of the operation, but also improves the efficiency of the operation. At the same time, in the process of creating an isolation operation sheet by forcing the fusion boundary, the boundaries applied for by the isolation instruction in the temporary operation handover are all written into the temporary operation handover list of the isolation operation sheet header, and the isolation instruction determined to be a forced fusion boundary is not written into the isolation instruction list corresponding to the boundary area of ​​the isolation operation sheet.

[0053] In one embodiment, the operational steps for determining the temporary operation transfer boundary execution phase fusion or forced fusion include: after the second isolation instruction of the isolation operation sheet is confirmed, checking the temporary operation transfer boundary through the expansion tool; comparing the lists of the first isolation instruction, the second isolation instruction, the third isolation instruction and the fourth isolation instruction through the conversion tool, and identifying and distinguishing the identical isolation instructions therein.

[0054] Specifically, by reviewing the content of the second isolation instruction, confirming that it covers all necessary isolation measures, determine the set relationship between the second isolation instruction and the first isolation instruction and the third isolation instruction or the fourth isolation instruction. By using the expansion tool to check the temporary operation transfer boundary, that is, according to the upgrade instruction of the boundary, that is, the second isolation instruction, the expansion of the current boundary area to the final boundary area can be completed by directly modifying the current boundary area, or merging and modifying the current boundary area with other current boundary areas. Through these steps, it is possible to flexibly adjust the upgrade plan of the current boundary area to the final boundary area according to different current boundary areas, thereby realizing the expansion of the current boundary area. The conversion tool is used to comprehensively compare the first, second, third and fourth isolation instructions to ensure that the same and different instruction parts are clearly identified, so as to accurately identify the same and different isolation instructions found in the comparison process. Through the above steps, the effectiveness and safety of the stage fusion or forced fusion operation steps can be ensured in the execution stage of the temporary operation transfer boundary. In this way, by confirming the instruction content of the second isolation instruction, namely the isolation operation sheet, and using expansion and conversion tools for inspection and comparison, it is possible to ensure that the isolation measures corresponding to the isolation operation sheet are accurately executed, avoid potential risks and errors, improve the transparency of the operation steps, and enhance collaboration efficiency.

[0055] In one embodiment, after determining the temporary operation handover boundary to execute the stage fusion or forced fusion operation steps, it includes: based on the second isolation instruction corresponding to the stage fusion boundary or the forced fusion boundary, determining to release the relevant temporary operation handover boundary, and setting the isolation operation sheet to the completed execution status.

[0056] Specifically, after completing the implementation steps of stage fusion or forced fusion, all relevant equipment and systems are ready for release. According to the fusion check results, determine the scope of the boundary that can be released to release the relevant boundaries of the temporary operation handover. Utilize the implementation measures related to the temporary operation handover boundary specified by the second isolation instruction, that is, obtain and review the specific content of the second isolation instruction to release the implementation measures related to the temporary operation handover boundary. Synchronously set it to the completed execution status in the system's isolation operation sheet, and mark the relevant isolation operation sheet as completed. More specifically, after the implementation steps of the forced fusion boundary are completed, when the release steps are executed on it, it is achieved by writing back the isolation instruction data of the relevant isolation operation sheet.

[0057] Through the above steps, it is ensured that after the temporary operation transfer boundary is executed, the relevant temporary operation transfer boundary is successfully released, and the isolation operation order is set to the completed execution status to ensure the safety and compliance of its operation.

[0058] See also Figure 2 and Figure 3The present invention also provides a temporary operation handover system based on fusion boundary, comprising:

[0059] A boundary comparison unit, which is used to obtain boundary change information during the temporary operation handover process, and compare the current boundary area and the final boundary area corresponding to the boundary change information to determine whether the current boundary area and the final boundary area have the same boundary;

[0060] A fusion inspection unit forms a fusion difference list based on the collection of isolation instructions of the isolation application instruction corresponding to the current boundary area and the isolation instructions of the isolation operation order corresponding to the final boundary area, and determines whether the current boundary area and the final boundary area are in a stage fusion or forced fusion state according to the fusion difference list.

[0061] Specifically, in an embodiment of the present invention, the boundary comparison unit identifies the current boundary area and the final boundary area by collecting all boundary change data recorded during the temporary operation handover process, and according to the collected boundary change information. By comparing the collection of the current boundary area and the final boundary area, it is determined that there is the same boundary. The fusion inspection unit forms a fusion difference list according to the isolation instructions of the current boundary area and the final boundary area, and determines whether the fusion state between the two is stage fusion or forced fusion. It obtains the isolation instruction, that is, obtains the isolation application instruction corresponding to the current boundary area, and obtains the isolation instruction of the isolation operation sheet corresponding to the final boundary area to form a fusion difference list. Then, according to the fusion difference list, the relationship between the current boundary area and the final boundary area is evaluated, and its state is determined to be stage fusion. The judgment logic is that according to the current boundary, all boundaries in the system that are in the confirmed isolation, that is, the ETG state or the processed, that is, the PTAG state are queried. If the functional position has two temporary operation handover numbers and there is an isolation handover number at the same time, the stage fusion logic is satisfied. The forced fusion judgment logic is that according to the current boundary, all boundaries in the system that are in the ETG state or PTAG state are queried. If there is at least one temporary operation handover boundary and no corresponding isolation handover boundary is found, the forced fusion condition is met. The corresponding fusion state result is output and the corresponding steps are executed.

[0062] That is to say, by receiving data such as boundary change information, isolation application instructions, and isolation operation orders, the boundary change information is processed and the current and final boundary areas are compared. Then the information of the same boundary is output. According to the isolation instructions of the input current and final boundary areas, a fusion difference list is generated. Then, according to the fusion difference list, the fusion state is evaluated and judged as stage fusion or forced fusion, and then the judgment result and the fusion difference list are output. In this way, the temporary operation handover system can effectively manage and monitor boundary changes, ensure reasonable fusion checks between different boundary areas, and thus improve the efficiency and safety of temporary operation handover.

[0063] Please see attached Figure 2 In one embodiment, during the execution of temporary operation handover, the boundary changes of the system equipment area during the temporary operation handover process show a situation where a fused boundary exists. In the boundary change situation shown in the figure, there are no other system equipment terminals between the current temporary operation handover boundary and the adjusted temporary operation handover boundary, that is, there are directly contacting adjacent boundaries between the two boundary areas. The specific boundary information of the two temporary operation handover boundaries is obtained by the boundary comparison unit, and it is determined that there are the same boundaries therein. Similarly, it is determined by the fusion inspection unit that there are no other system equipment terminals between the adjacent boundaries of the two temporary operation handover boundaries, that is, the boundaries can be directly fused.

[0064] Please see attached Figure 3 In one embodiment, when the implementation steps are executed in the main control panel module of the temporary operation transfer system, for example, constructed by the SAP system, the TOTO certificate is prepared by applying for the TOTO isolation application instruction (the "TOB to TOTO tool" in the attached figure can be understood as the tool of the boundary management system itself, which will not be described in detail here); it also includes signing and confirming the work permit corresponding to the isolation application instruction, that is, signing the TOTO certificate, and creating a TOTO class work permit, that is, WCA (Work Control Authorization), with the debugging information of the isolation application; then, by calling the boundary instruction created by the debugging, that is, the isolation application instruction, a TOTO class isolation operation sheet, that is, WCD (Work Clearance Document) is created; at the same time, the TOB to TOTO tool is used to compare the isolation operation sheet with the isolation application content list; then the WCA / WCD is set to the status of pending approval / approved, that is, DEVD / REVD (Development Status / Recovery Status); then the operation shift leader reviews and approves the WCA / WCD, that is, the review and confirmation certificate; then, by performing a fusion check on the operation content of the WCA / WCD, and selecting the operation steps with fusion boundary conditions according to the results of the fusion check, the corresponding TOTO isolation measures are executed.

[0065] When it is confirmed that there is a fusion boundary in the work content, the isolation application instruction / isolation operation sheet WCA / WCD can be placed in the pending / processed BTG / PTAG (Pending to Go / Processed Tag) status; based on this, the TOTO type isolation operation sheet and isolation card can be printed; and handed over to the on-site operator for on-site card collection; then the on-duty isolation manager can place the temporary operation transfer boundary in the execution completed, that is, EUG (Execution Undergone) status and in an inactive state (by placing it in an inactive state, potential safety risks are avoided before all necessary inspections and preparations are completed); finally, the relevant work permit, that is, WCA, is put back to the issuance status (existing safety risks can be avoided by re-evaluating the issuance of WCA).

[0066] After the implementation steps are completed, when executing the release steps, the on-duty isolation manager will revoke the approval status of the work permit, i.e. WCA, on the isolation manager's side; thereby, the temporary operation transfer, i.e. TOTO's isolation application instruction, can be released and can be set to an unexecutable, i.e. BUG, ​​status; accordingly, the TOTO isolation release operation sheet is printed; the on-site delisting is performed; then the isolation instruction can be released and can be set to an execution completed, i.e. EUG, status; at the same time, all the instructions of the isolation operation sheet, i.e. WCD, are also in an execution completed, i.e. EUG status, and the isolation operation sheet WCD is closed; finally, the isolation application WCA is closed.

[0067] The present invention also provides a computer-readable storage medium on which a computer program is stored, and the computer program is used to execute the above method.

[0068] In summary, the present invention provides a temporary operation handover method, system and medium based on fused boundaries. By judging whether a fused boundary exists in the collection of the current boundary area and the final boundary area, and when there are no systems and devices that do not belong to the temporary operation handover area between the multiple temporary operation handover areas, the steps of merging the multiple temporary operation handover areas are executed to form a boundary of a temporary operation handover area, and the process steps of executing the temporary operation handover process in multiple areas are optimized, thereby improving the operating efficiency of the temporary operation handover steps.

[0069] The above embodiments are merely illustrative of the principles and effects of the present invention, and are not intended to limit the present invention. Anyone familiar with the art may modify or alter the above embodiments without departing from the spirit and scope of the present invention. Therefore, all equivalent modifications or alterations made by a person of ordinary skill in the art without departing from the spirit and technical concept disclosed by the present invention shall still be covered by the claims of the present invention.

Claims

1. A temporary operation handover method based on fusion boundary, characterized in that: include: Determine boundary change information of temporary operation transfer based on the created isolation application instruction; Comparing the current boundary area and the final boundary area corresponding to the boundary change information; Based on the existence of a fusion boundary in the compared set of the current boundary area and the final boundary area, it is determined to execute a boundary fusion operation step on the isolation operation sheet generated by the isolation application instruction.

2. The method according to claim 1, characterized in that Determine the boundary change information of temporary operation transfer based on the created isolation application instruction, including: Creating the isolation application instruction according to the current boundary area, and creating the isolation operation form according to the final boundary area; the isolation application instruction is converted into the isolation operation form by filling the boundary change information through a conversion tool; The conversion tool is used to input the boundary change information filled in the isolation application instruction in the isolation handover step into the isolation application instruction of the temporary operation handover step.

3. The method according to claim 1, characterized in that Comparing the current boundary area and the final boundary area corresponding to the boundary change information includes: Obtain a first isolation instruction corresponding to the isolation application instruction for the current boundary area; obtain a second isolation instruction corresponding to the isolation operation sheet for the final boundary area; and determine the difference instruction between the boundary areas corresponding to the first isolation instruction and the second isolation instruction.

4. The method according to claim 1, characterized in that A fusion boundary exists in a collection of the compared current boundary area and the final boundary area, including: Determining whether the first isolation instruction and the second isolation instruction exist in a set; Based on judging that the boundary in the confirmed isolation state or the processed state also has the order number of the isolation transfer step in the isolation operation order of the temporary operation transfer step, determining that there is a stage fusion boundary in the temporary operation transfer boundary; or Based on the judgment that the temporary operation handover boundary in the confirmed isolation state or the processed state exists the isolation handover boundary, determining that the temporary operation handover boundary exists a forced fusion boundary; Determine the operation steps of executing phase fusion or forced fusion at the temporary operation handover boundary.

5. The method according to claim 4, characterized in that Determining that a phase fusion boundary exists in the temporary operation handover boundary includes: Before the isolation application instruction is created to generate the isolation operation sheet, the third isolation instruction of the stage fusion boundary is confirmed and brought into the second isolation instruction for generating the isolation operation sheet; the second isolation instruction is a combination of the first isolation instruction and the third isolation instruction.

6. The method according to claim 4, characterized in that Determining that a mandatory fusion boundary exists in the temporary operation handover boundary includes: In the first isolation instruction for creating the isolation application instruction, the fourth isolation instruction with the forced fusion boundary is confirmed and not written into the second isolation instruction for generating the isolation operation sheet; the fourth isolation instruction is a subset of the first isolation instruction, and the second isolation instruction is the complement of the fourth isolation instruction in the first isolation instruction.

7. The method according to claim 5 or 6, characterized in that: Determining the operation steps of executing phase fusion or forced fusion of the temporary operation transfer boundary includes: after the second isolation instruction of the isolation operation sheet is confirmed, checking the temporary operation transfer boundary by using an expansion tool; The conversion tool is used to compare the lists of the first isolation instruction, the second isolation instruction, the third isolation instruction and the fourth isolation instruction, and identify and distinguish the same isolation instructions therein.

8. The method according to claim 7, characterized in that After determining the temporary operation handover boundary execution phase fusion or forced fusion operation steps, it includes: Based on the second isolation instruction corresponding to the stage fusion boundary or the forced fusion boundary, it is determined to release the related temporary operation transfer boundary, and the isolation operation sheet is set to a completed execution state.

9. A temporary operation handover system based on fusion boundary, characterized in that: include: A boundary comparison unit, which is used to obtain boundary change information during the temporary operation handover process, and compare the current boundary area and the final boundary area corresponding to the boundary change information to determine whether the current boundary area and the final boundary area have the same boundary; A fusion checking unit forms a fusion difference list based on the collection of the isolation instructions of the isolation application instructions corresponding to the current boundary area and the isolation instructions of the isolation operation order corresponding to the final boundary area, and determines whether the current boundary area and the final boundary area are in a stage fusion or forced fusion state according to the fusion difference list.

10. A computer-readable storage medium, characterized in that: A computer program is stored thereon, and the computer program is used for civil servants to execute the method as described in any one of claims 1-8.

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