High-speed Railway Intelligent and Efficient Security Screening Diversion System

Abstract

With the rapid development of national railway construction and the continuous improvement of people's consumption levels and concepts, high-speed rail has become the preferred mode of transportation. However, the time-consuming nature of security checks at high-speed rail stations has gradually emerged as an issue. To address the low efficiency and lengthy duration of these checks, this paper proposes an automatic shunt security check method. This method constructs a security shunt system that allows for simultaneous checks of baggage and passengers in their respective channels.The security check process is divided into two main parts: shunting and security checks, specifically consisting of a one-time shunt and two security checks. Passengers can scan a code in the lobby or input their identity information to unlock a trolley for loading their luggage, after which they enter their designated security channels. When both baggage and passengers pass the security checks, they converge at the platform entrance, where passengers can scan the code or input their identity information to access the train and retrieve their luggage. If baggage fails the first security check, it will be sent for a second check; if it passes the second check, it will be transported to the platform entrance. If it fails again, it will enter a baggage waiting area for manual inspection and processing. Similarly, if a passenger fails the first security check, they will undergo a second check, and if they fail this as well, they will be directed to a waiting area for manual processing.During the shunt security check process, passengers can monitor the status of their baggage and security checks in real time through a mobile app. This automatic shunt security check system effectively addresses the long wait times for security checks and the potential loss of luggage. This research is significant for improving the efficiency of security checks at high-speed rail stations.