Baggage check method, device and system, service device and storage medium

Abstract

The invention relates to a baggage check method, device and system, a service device and a storage medium, the method comprising: obtaining flight information sent by a user terminal, user informationand codes of an RFID electronic tag arranged on a luggage to be checked, and binding the flight information, user information and codes and sending the codes to an aviation luggage handling system, wherein the air luggage handling system obtains the code of the RFID electronic tag on the luggage to be checked when detecting that the luggage to be checked passes through the luggage checking passage, and writes the flight information and user information corresponding to the code into the RFID electronic tag; acquiring the checked baggage status sent by the airline baggage handling system for user inquiry or prompting, wherein the air baggage handling system, when detecting that the baggage to be checked passes through each sorting node, controls the sorting and transmission of the baggageto be checked according to the flight information in the read RFID electronic tag of the baggage to be checked, and generates a checked state corresponding to the baggage to be checked,

Description

technical field [0001] The present invention relates to the application field of the Internet of Things and big data technology, and in particular to a luggage checking method, device, system, service equipment and storage medium. Background technique [0002] The traditional airline baggage handling system (Baggage Handling System, BHS) is to affix a one-time checked luggage tag with a barcode to the checked luggage, and then use the barcode scanning on the conveyor belt to identify and sort the luggage, which will cause the following problems: A problem: 1. The one-time luggage barcode sticker used for checked luggage is very expensive and cannot be reused; 2. There is a 10% error rate in scanning and reading on the luggage conveyor belt, and the airport needs to be equipped with staff at each transport node. Manual correction increases the cost and affects the efficiency; 3. The current baggage information system is only the internal system of the airline, and the systems...

AI Technical Summary

Problems solved by technology

[0002] The traditional airline baggage handling system (Baggage Handling System, BHS) is to affix a one-time checked luggage tag with a barcode to the checked luggage, and then use the barcode scanning on the conveyor belt to identify and sort the luggage, which will cause the following problems: A problem: 1. The one-time luggage barcode sticker used for checked luggage is very expensive and cannot be reused; 2. There is a 10% error rate in scanning and reading on the luggage conveyor belt, and the airport needs to be equipped with staff at each transport node. Manual corrections increase costs and affect efficiency; 3. The current baggage information system is only the internal system of the airline, and the systems of each airport are not unified

The biggest problem with these systems is that all RFID information can only be used within one airport, and the destination airport can only use the barcode on the suitcase to identify the luggage information. Moreover, passengers still cannot obtain the checked status of their luggage at any time, which will easily cause passengers to scatter. Waiting aimlessly, poor experience

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