A method for dynamically control high-risk operation in a device overhaul site

Abstract

A method for dynamically control high-risk operation in device maintenance field includes a network-based multi-terminal electronic monitoring platform, Log on as user, Release plant overhaul schedules, Identification of high-risk operations, Develop high-risk operation plan, to examine and approve the high-risk operation plan, Determine on-site supervision responsibility monitoring, carry out high-risk operation on the site of equipment overhaul, Upon completion of high-risk operation, the dynamic control of the high-risk operation in the maintenance site is completed by the statistics and analysis of the site data, It ensures the safety of personnel in high-risk operation, realizes the dynamic, real-time, comprehensive and whole-process supervision, inspection and control of all kinds ofoverhaul high-risk operation activities in the device area, and reduces the general complicated data input work of grass-roots staff as much as possible.

Description

technical field [0001] The invention relates to the field of high-risk operation control at the maintenance site, and in particular to a dynamic control method for high-risk operation at the device maintenance site. Background technique [0002] On-site operation of device maintenance has the following characteristics: [0003] 1. Strict constraints on the construction period. A large number of resources such as personnel, machinery, materials and other resources are invested in a small area within a limited time; the operation sites are multifaceted, wide and diverse, and the operation interfaces overlap and overlap, making it very difficult to supervise the direct operation link on site. [0004] 2. The increasing use of new technologies, new processes and new materials has no previous experience to follow, and the existing defects and possible risks are difficult to accurately predict, which will increase additional risks to on-site operations. [0005] 3. The superimpo...

AI Technical Summary

Problems solved by technology

A large number of resources such as personnel, machinery, materials and other resources are invested in a small area within a limited time; the operation sites are multi-faceted, wide-ranging and miscellaneous, and the operation interfaces overlap and overlap, making it very difficult to supervise the direct operation on site

[0004] 2. The increasing use of new technologies, new processes and new materials has no previous experience to follow, and the existing defects and possible risks are difficult to accurately predict, which will increase additional risks to on-site operations

[0005] 3. The superposition, interlacing, fusion and parallelization of process activities and construction activities are extensive, and the safety management of multi-type, multi-unit, multi-location and multi-level on-site operations has a large risk

There are many departments and links involved, the procedures are complicated, the progress is lagging behind, and the time is fixed

It is impossible to realize real-time response and timely control to the changing actual situation on site

Moreover, there are many documents, and the tables are complicated and repeated

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