Aviation maintenance tool management system based on RF (radio frequency) label

Abstract

The invention discloses an aviation maintenance tool management system based on an RF (radio frequency) label. The aviation maintenance tool management system based on the RF label comprises an intelligent tool storeroom unit, an intelligent tool box unit and an intelligent tool with the RF label, wherein a network terminal, and an RF label reader and a Zigbee receiving and dispatching module which are respectively connected with the network terminal are arranged in the intelligent tool storeroom unit, the intelligent tool box unit comprises a main control module which uses power supplied by a power module, and an RF label reading and writing module, an RF label reading and writing module trigger, a Zigbee communication module and a peripheral input and output module which are respectively connected with the main control module, the RF label reader reads a primary serial number of the RF label reading and writing module in the intelligent tool box unit and primary attribute information of the RF label carried by the intelligent tool placed in the intelligent tool box unit, and the Zigbee receiving and dispatching module receives the primary serial number and the primary attribute information, and wirelessly sends the primary serial number and the primary attribute information to the network terminal. The maintenance tool management system based on the RF label achieves aviation maintenance tool automation management, greatly reduces probability of leaving behind a maintenance tool, and improves aviation safety.

Description

technical field [0001] The invention relates to the technical field of management systems, in particular to an RF tag-based aviation maintenance tool management system. Background technique [0002] With the continuous development of my country's aviation industry, the fleet size of various airlines continues to expand, about 20,000 aircraft take off and land every day, each aircraft is equipped with more than a dozen maintenance personnel, and dozens of hundreds of maintenance tools are used. , so there are many problems in management, and these problems are always threatening the safety of civil aviation. [0003] In the process of management and use of traditional aviation maintenance tools, maintenance has always followed the principle of "three counts" of tools, and through this relatively cumbersome method of manual checks against multiple lists to ensure that the tools are not lost during the maintenance process, Especially to prevent the phenomenon that tools are lef...

AI Technical Summary

Problems solved by technology

However, in recent years, there have been too many incidents where maintenance tools have been left in the cabin due to carelessness of maintenance personnel, threatening aviation safety.

[0004] This cumbersome maintenance tool management system, which relies on manual work, has gradually failed to keep up with the development of the aviation industry. In the long-term work practice of maintenance personnel, it has gradually revealed its fatal drawbacks. Affected by human factors, tools are lost and lost, which threatens aviation safety

[0005] Existing equipment can only be used to log in and out of the tool warehouse, and there is no complete solution. Due to the lack of intelligent management solutions, maintenance personnel are labor-intensive, work inefficient, and the probability of maintenance tools being lost is high. Safety

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