System and method for automatic matching and remote centralized interpretation of intelligent channels for travel inspection

Abstract

The invention discloses a system and method for automatic matching and remote centralized interpretation of intelligent channels for travel inspection, and the system comprises an automatic matching and remote centralized interpretation system AMRSS and an automatic basket returning system ABRS that are connected together. The method, by matching uniquely identification tag of the facial feature information and the tray, achieves accurate matching of passenger information, identification tags and image information, realizes the automatic recheck of suspicious luggage and reduces the labor intensity of the security inspectors. Through the design and allocation of multiple basket taking stages, interpretation of multiple operators and recheck of multiple openers, the efficiency of security inspection is improved, the number of passengers and the waiting time of passengers can be predicted, and the waiting time of passengers can be reduced. The cooperation of the automatic matching and remote centralized interpretation system and the automatic transmission subsystem for the travel inspection completes the jobs of people-baggage correspondence, centralized interpretation, baggage sorting and tray recycling, improves the pass rate of passengers in the travel inspection channels, realizes the management of people-baggage correspondence, and reduces the labor intensity of security inspectors.

Description

technical field [0001] The invention belongs to the technical field of safety detection, and in particular relates to a remote centralized interpretation system and method for automatic matching of travel inspection intelligent channels. Background technique [0002] At present, the three major pain points in the security inspection industry urgently need to be resolved: how to improve the effectiveness of security inspection, how to improve the efficiency of security inspection, and how to reduce labor intensity. Among them, the security check of passengers' hand luggage is the bottleneck of the efficiency of airport security checks. At present, the passing rate of passengers per hour for each travel check channel is about 150. The labor intensity of the security personnel at the travel inspection channel is also the greatest. Luggage needs to be placed in a targeted manner, images need to be carefully identified, and trays need to be manually recovered; these all affect th...

AI Technical Summary

Problems solved by technology

[0005] 1. Safe luggage and suspicious luggage cannot be sorted automatically, and need to be distinguished manually on site. If there is confusion on site, once the security inspectors are negligent, passengers will take away suspicious luggage. In addition, the empty boxes on site need to be carried back for labor. very strong

[0006] 2. The security check is interpreted on the spot, and the chaos on the spot can easily interfere with the quality of the security inspector's interpretation. The on-site interpretation uses scrolling display images, and it is more difficult to identify images in motion

On-site interpretation requires a security inspector for each security inspection device. Even if there is no passenger time, the security inspector cannot leave the security inspection site, resulting in a waste of personnel.

[0007] 3. The precise matching of the person and the image cannot be realized. In the later stage, when querying the luggage image of a certain passe

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