Full process tracing system and method based on RFID for luggage

Abstract

The invention discloses a full process tracing system and method based on an RFID for luggage. The system includes a luggage strip printer, a first RFID reading device, a second RFID reading device, athird RFID reading device and a fourth RFID reading device; the luggage strip printer has an RFID reading and writing function and used for writing luggage information onto an RFID label and printinga luggage strip with the RFID label; the first RFID reading device is arranged on a luggage transportation sorting line and used for obtaining classification information of the luggage; the second RFID label reading device is arranged in a luggage loading and sorting area and used for obtaining the loading information of the luggage; the third RFID reading device is used for obtaining the boarding information of the luggage; the fourth RFID reading device is arranged in a destination airport. By adopting the system, a service department of an airport and a service department of an airline canavoid dispute caused by luggage loss and wrong transportation.

Description

technical field [0001] The invention relates to the field of luggage and cargo logistics transportation, in particular to an RFID-based full-process tracking system and method for luggage. Background technique [0002] With the continuous development of global informatization and the maturity of Internet of Things technology, major airports, airlines, and logistics companies around the world have begun to use or plan to use the full-process tracking system for luggage and cargo. [0003] The basis of the whole-process tracking system for luggage and cargo is data collection. The traditional data collection method relies on manual identification, counting, and entry. Pointing the scanning gun at the barcode to scan, it is still more difficult to operate on large or heavy goods. In the continuous working state, the physical energy consumption of the operator is greater. In addition, the luggage barcode will be scratched during the sorting process. , damage, resulting in unrea...

AI Technical Summary

Problems solved by technology

[0004] As mentioned above, the traditional data collection method relies on manual identification, counting, input, etc. The method of barcode identification still needs to manually point the scanning gun at the barcode to scan, which is inefficient

The labor intensity is high, the real-time performance of data collection is poor, and the operator has no interactive information with the goods and equipment

The general-purpose UHF RFID antennas on the market are classified according to polarization, gain, etc., because the amplitude and range of electromagnetic waves emitted by the antenna cannot be effectively controlled. When multiple antennas work in the same area at the same time, mutual interference will occur. It cannot be used normally in the complex electromagnetic environment of the airport, and it does not have human-computer interaction functions such as sound and light.

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