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With the rapid development of international trade, the shipping industry has also been greatly developed. However, container transportation involves a wide range of issues, a large amount of information, and numerous links, which cause management arduousness. This also highlights a major problem: Without the strong support of the information system, the modern container transportation system cannot operate and manage effectively. The container transportation management system based on UHF RFID technology, because it can adapt to the harsh environment of metal box groups, can carry out real-time monitoring of containers and consignment vehicles in the transportation link, and implement intelligent management, so it has become the best container transportation management. choose.
System composition
Card issuer, UHF RFID reader, ceramic tag, antenna, monitoring system
System workflow
1. Packing at the starting point: material information entry and query.
2. On-the-go checkpoint inspection: the current information and status of materials and container information are read and inspected.
3. Container pick-up and placement: After being picked up by the system and transported to the stacking location, the platform will then be allocated to a suitable location for placement, and data will be entered in real time.
4. Box door switch monitoring: including mechanical monitoring and photosensitive monitoring to realize the safety monitoring of the box during transportation.
5. Temperature and humidity monitoring: real-time monitoring of temperature and humidity inside the container.
6. Vibration monitoring: realize the safety monitoring of fragile products.
7. Abnormal event alarm: realize the prevention and alarm for illegal door opening and closing and illegal movement events.
8. Search in designated cargo yard to realize safe and accurate unloading of materials.
System advantages
1. Collect information automatically and quickly, without manual involvement in the whole process.
2. Eliminate the phenomenon of wrong and missing containers.
3. Solve the problems of human error and untimely information exchange.
4. Realize a high degree of information sharing.
5. Realize the effective integration of business.
6. Realize the reasonable allocation and optimization of resources.
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