Aerial overhaul tool management system based on Internet of Things

Abstract

The invention discloses an aerial overhaul tool management system based on the Internet of Things. The aerial overhaul tool management system comprises overhaul tools on which electronic tags are installed, a handheld RFID read-write terminal, a backstage management system and a fixed RFID read-write terminal. When the overhaul tools on which the electronic tags are installed are taken out of a warehouse, the backstage management system will use the fixed RFID read-write terminal for writing ex-warehouse information such as getting reasons and ex-warehouse time into internal storages of the electronic tags installed on the overhaul tools; after ex-warehouse is finished, the backstage management system shares an ex-warehouse tool list and ex-warehouse tool information with a database of the handheld RFID read-write terminal through wireless communication; the handheld RFID read-write terminal and the overhaul tools are together conveyed to a work site, the handheld RFID read-write terminal sets up a virtual warehouse in the 5 m-radius peripheral range with the handheld RFID read-write terminal as the center for warehousing and ex-warehouse management on the overhaul tools through the RFID communication technology, so that recover and usage of the overhaul tools are monitored, and it is prevented that the tools are lost on a plane and cause flight potential safety hazards.

Description

Technical field [0001] The invention relates to an airport maintenance tool management system, in particular to an aviation maintenance tool management system based on the Internet of Things. Background technique [0002] As the flight safety of aircraft is becoming more and more important, in order to ensure the safety factor of every aspect of the aircraft, the need to strengthen the automated management of tools during aircraft maintenance is becoming more and more urgent. There are a huge number of aircraft maintenance tools, which are caused by human factors during maintenance. Missing tools on the aircraft may cause safety hazards to flight safety. Traditional on-site management of maintenance tools is manual management. Due to differences in human personality and urgent constraints of tasks, there is a possibility that maintenance tools may be missed on the aircraft after the completion of the maintenance work, which will cause greater risks to the flight safety of the air...

AI Technical Summary

Problems solved by technology

[0002] Due to the increasing importance of aircraft flight safety, in order to ensure the safety factor of every link of the aircraft, the need to strengthen the automatic management of tools during aircraft maintenance is becoming more and more urgent. The number of aircraft maintenance tools is huge, and there are human factors during maintenance The possibility of missing tools on the plane and causing safety hazards to flight safety

The traditional on-site management of maintenance tools is manual management. Due to the differences in personalities and the urgent constraints of tasks, there is a possibility that the maintenance tools will be missed on the aircraft after the maintenance work is completed, which will cause a greater risk to the flight safety of the aircraft.

Images