Handheld boarding method

Abstract

The invention relates to a handheld boarding method. An applied system comprises a tablet computer, a portable Bluetooth second-generation-identity card reader, a portable Bluetooth RFID (Radio Frequency Identification) boarding card reader and a portable Bluetooth printer. According to the method, a boarding queue, equivalently a mobile boarding counter, is dynamically added at a boarding port of an airport by ground service personnel through a handheld boarding system according to the needs of traffics, resources and businesses, passengers transact boarding business at the queue through the tablet computer of the ground service personnel, the system supports currently-mainstream boarding evidences, namely paper one-dimensional and two-dimensional bar codes, phone one-dimensional and two-dimensional bar codes, second-generation identity cards and RFID boarding cards, and passenger stub information is printed by the portable Bluetooth printer according to the business needs. The method serves as a supplement of the existing counter boarding and the existing self-service boarding; and through the low-cost dynamic increase of boarding queues, the flexibility of resource allocation is enhanced, the queuing time for the passengers is reduced, the overall traffic efficiency is improved, the flight delay is reduced, and the boarding experience for the passengers is improved.

Description

technical field [0001] The invention relates to the field of airport information management and airport passenger service, in particular to a hand-held boarding method. Background technique [0002] Table 1 lists some terms and definitions used in the present invention. [0003] Table 1 [0004] [0005] In recent years, the domestic civil aviation industry has developed rapidly, and the number of passengers has increased significantly every year. Airports increase their own capacity through reconstruction, expansion, new construction, and optimization of internal information systems and management. Airlines increase capacity by optimizing routes, acquiring new aircraft, and streamlining passenger processing. As the last processing link for passengers to leave their destination by plane, the boarding link is particularly important for its convenience and humanity. However, there are still many problems that affect the passenger experience. For example, when a large nu...

AI Technical Summary

Problems solved by technology

[0011] In order to overcome the problems of slow speed of existing boarding methods, high cost of other optimization and transformation methods, and low resource utilization, the present invention provides a hand-held boarding system

Therefore, the present invention effectively solves the problem of a large number of passengers boarding in a short period of time and the long queue time for boarding large passenger planes, improves customer experience, increases the time for airlines to process value-added services and special services, and optimizes the overall traffic efficiency of the airport

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