Large and small repair network cascade processing system and method based on key box

Abstract

The invention discloses a large and small repair network cascade processing system and method, and the system comprises: a large and small repair network cascade module which comprises an operation safety analysis template, a work ticket template, and an isolation certificate template; a large and small repair network cascade device which is used for mapping entity key boxes into virtual key boxesone by one, dividing the boxes into different areas according to maintenance professions, reading an isolation certificate template and a work ticket template in a virtual key box, connecting the keyboxes through cascading lines, reflecting a real cascading cross relationship, and generating all work tickets in an overhaul period at one time according to the generated work ticket template, isolation certificate template, operation safety analysis template and cascading cross relationship at the beginning of overhaul. According to the large and small maintenance network cascade processing system and method, the burden of maintainers in the maintenance period is reduced, the maintainers can be put into maintenance work in a whole body and mind mode, the working efficiency is improved, andthe invoicing time is saved.

Description

Technical field [0001] The invention relates to the technical field of production management of asset-intensive enterprises, in particular to a large and small repair network cascade processing system and method based on isolation point cross control and key box cascade management in the process of equipment, system and unit repairs. Background technique [0002] Modern asset-intensive enterprises, such as the power system with many participating elements, complex structure, centralized equipment, and intertwined multiple systems, should not be underestimated. Problems such as increasing power demand pressure in winter and summer, normal load problems of units, unplanned shutdowns caused by uncertain factors, etc., have led to emergency repairs around the entire maintenance of the normal operation of the power system, temporary maintenance, transformation and upgrades, etc. Rest, the task is heavy! [0003] At the same time, the domestic power system reform requires the separation...

AI Technical Summary

Problems solved by technology

[0005] 1) The power generation system itself is complex;

[0006] 2) Maintenance personnel are not familiar with the equipment;

[0008] 4) The work area is wide and there are many cross-operations;

[0009] 5) The maintenance site does not work according to the safety management requirements;

[0010] 6) It is easy to accidentally open and operate the equipment to cause danger;

[0011] 7) Security management is difficult to control;

[0012] 8) The equipment maintenance time is not at the same time, and the safety of trial operation cannot be guaranteed

[0013] The above factors are mixed and intertwined. At present, relying on the isolation management of artificially controlled equipment and the analysis of cross-operation in the process of equipment maintenance in China has been unable to ensure the safety management of maintenance work, cannot promote the orderly completion of maintenance, and cannot adapt to the times. Advanced safety, health and environmental management requirements

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