Baggage Drop System with Physical Barrier and Weighing Scale

The patent introduces an intermediary monitoring system with sensors and detection devices that act as a mediator between the open baggage drop system and the restricted areas. This intermediary layer detects unauthorized access attempts (such as persons trying to enter through the baggage conveyance system) and triggers alerts or automated responses, thereby maintaining both ease of operation and security simultaneously

The patent replaces complex mechanical closed systems with an automated monitoring and detection system using sensors, photoelectric cells, and electronic control mechanisms. Instead of physically closing off areas with complex mechanical barriers, the system uses electronic detection and automated responses to achieve security, thereby reducing device complexity while maintaining security effectiveness

The patent implements self-service baggage drop systems where passengers independently place their baggage on the conveyance system after checking in at automated kiosks. The system automatically monitors, detects, and processes baggage without requiring manual supervision at each desk, thereby eliminating the trade-off between reliability and productivity by enabling high-volume automated processing while maintaining oversight through electronic monitoring systems

The patent designs the detection system to serve multiple functions simultaneously: it monitors for unauthorized access, detects baggage characteristics, verifies flight information, and triggers automated responses. By making the system multi-functional, the patent avoids adding separate dedicated systems for each function, thereby improving security without proportionally increasing device complexity