There is a vehicle crossing renovation project, but I have no experience and lack sufficient understanding of security inspection information. What should I do? You can take a look at the technical architecture diagram of the vehicle underbody security inspection scanning at the vehicle crossing. This architecture diagram clearly shows the various levels of the system, the monitored objects, the alarm methods and other contents, allowing you to have a clear understanding of the vehicle crossing security inspection system. The hierarchy of the technical architecture diagram for vehicle underbody security inspection scanning at vehicle crossings1Underbody scanning equipment: Collects image data of the vehicle chassis......
The hierarchy of the technical architecture diagram for vehicle underbody security inspection scanning at vehicle crossings
2Vehicle underbody scanning system platform: Integrates vehicle information at the crossing and can enter black and white lists. It is capable of performing system operations such as embedding and integration, and uniformly managing the crossing equipment.
3Safety monitoring: Panoramic video, intelligent alarm, automatic image recognition, intrusion alarm, vibration sensing, and other functions enhance the safety guarantee of vehicle crossing renovation and reduce the risk of dangerous incidents.
4Network service: It can be connected to the central control center for unified dispatching and allocation.
5Remote operation and maintenance: Using mobile phonesappThe computer software can be used to browse vehicle information at the crossing, control the start and stop of equipment, configure system data, etc.
The above is the renovation of vehicle crossingsUndercarriage security check scanningThe introduction of the technical architecture diagram, presented through text and images, enables one to understandVehicle underbody security inspection scanning systemIt is a system capable of achieving unified monitoring, centralized management, intelligent operation and maintenance, and automatic inspection of vehicles at railway crossings. It can help users improve management efficiency, reduce risks, and increase safety factors.
