Full-process electronic operating system for inspecting the quality and safety of air traffic control system and inspection method thereof

Abstract

The invention relates to a full-process electronic operating system for inspecting the quality and safety of an air traffic control system and the inspection method thereof. The system consists of a first PC terminal, a first Ethernet network, a first relay apparatus, a first gateway, a data processing server, a data memory, a second PC terminal, a second Ethernet network, a second relay apparatus, a third PC terminal or at least one first laptop, a third relay apparatus, a third gateway, a fourth PC terminal, a fourth Ethernet network, a fourth relay apparatus, a fourth gateway, a fifth PC terminal, a fifth Ethernet network and a fifth relay apparatus. The system and the method have the advantages that: a clear and highly visual human-human interactive interface with complete user interfaces is provided for various users, and the distributed collaboration and interaction environment and the quality and safety inspection process are transparent; the organization management, process management, communication & coordination and collection & notification of process information of the quality and safety inspection work of the air traffic control system can be carried out electronically, and the objective of real-time monitoring of the inspection process is achieved.

Description

technical field [0001] The invention belongs to the technical field of civil aviation safety inspection, and in particular relates to an electronic operating system for the whole process of air traffic control system quality safety inspection and an inspection method thereof. Background technique [0002] In 2009, the Air Traffic Management Bureau of the Civil Aviation Administration issued the "Regulations on the Implementation and Management of the Civil Aviation Traffic Management System Operation Quality Supervision Mechanism" (hereinafter referred to as the "Quality Supervision Mechanism"), requiring the establishment of an air traffic control quality supervision mechanism in the civil aviation traffic management system. In recent years, with the increase in frequency, workload and complexity of quality supervision, the scale of supervision, supervision cost (time cost and human resource cost) and supervision difficulty are also gradually increasing. The quality inspect...

AI Technical Summary

Problems solved by technology

The quality inspection departments at all levels of civil aviation have deeply realized that the traditional manual and semi-automatic methods can no longer meet the needs of the quality supervision organization. The main defects are as follows: 1. The constraints and requirements that must be complied with in the work are scattered in different laws and documents, covering a wide range of areas and parameters, and it is difficult to fully grasp the inspectors' memory alone. or WORD form, inspectors cannot quickly find out all the relevant requirements for a specific job content, which causes great obstacles and difficulties for full inspection, and often makes many inspection contents incomplete or even mere formalities. It brings great difficulties to uniformly revise all relevant requirements for a specific work content; 2. Lack of a whole-process control mechanism for the inspection organization, and occasionally the inspection organization is chaotic and the inspectors operate illegally The phenomenon

That is, inspectors can fill in false inspection report forms before completing the inspection list or the inspection work has ended, and the inspectors modify the inspection results in violation of regulations, etc.; 3. A large number of work files and supervision information will be generated during the quality and safety supervision process. The collection and reporting of information in the process requires the establishment of corresponding channels and a certain amount of time. The cost of information collection, processing and notification will be greatly reduced by manually reviewing the historical checklist, and the cost of information collection, processing and notification will be greatly reduced. efficiency and quality; 4. The use of paper inspection documents is likely to cause a lot of waste of paper resources, and is not conducive to preservation and modification

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