The RORS (RINAR Object Recirculation System) is designed for control and tracking of each unit of registered passenger baggage, assembled and actually loaded onto a specific flight, at all stages of baggage processing in airports (similar to BRS).
The RORS (RINAR Object Recirculation System) for passenger baggage control includes the monitoring of baggage inspection along the SAB and FTS lines, the removal of baggage from the SOB (Baggage Sorting System) for additional inspection procedures, and the control of the return of such baggage to the SOB. The system exchanges data with external systems about the removal of baggage from the flight, its passing through special baggage inspection, and the identification of suspicious baggage. The RORS system ensures the guaranteed loading of baggage only when the passenger is on board the aircraft.
1.The core of the system includes a database that stores both current and archived information about the system’s operation, as well as the system’s logical components and tools for managing all system elements. The core allows real-time management of personnel responsible for loading baggage onto flights (assigning baggage to flights, monitoring the loading process) and displays up-to-date information about the baggage assembly and loading process, as well as the status of baggage packaging and assembly equipment.
2.The system allows for rapid baggage scanning, baggage identification, and identification of packing equipment, while ensuring seamless data transmission to/from the system’s database.
3.The system monitors the amount of loaded and unloaded baggage during the flight service process and generates a list of tags for unloaded baggage to speed up its retrieval from the baggage carousel.
4.At the completion of baggage assembly for the flight, a baggage manifest is generated, categorizing the baggage and classifying it according to passenger service levels.
5.After the baggage is loaded onto the aircraft, a bmm (baggage manifest message) is generated and sent to the carrier and the destination airport.