TST Passenger Aerial Online Ropeway Intelligent Monitoring System With AI visual recognition
INTRODUCTION
The AI visual recognition and detection system for aerial passenger equipment is an engineering system that performs online real-time monitoring of wire rope diameter shrinkage and captures images beyond the limit. The system uses visual recognition technology to monitor the reduction in wire rope diameter in real time, and automatically saves the image if it exceeds the limit. At the same time, it can monitor the flaw of the wire rope in multiple dimensions, effectively protecting the safety of the wire rope. This will greatly reduce inspection and maintenance time, thereby improving the efficiency of wire rope use.
Specifications
System Function
▪1
The system uses a high-definition camera to shoot the surface of the wire rope at high speed with the assistance of a fill light, and detects the change in the diameter of the wire rope in real time;
▪2
The upper computer software of the system can analyze the real-time images, once flaw is discovered, the alarm will be called immediately, and the flaw image can be captured and saved to facilitate users to view and analyze specific problems;
▪3
This system can clearly and intuitively display the status of the wire rope in real-time by video, and through intelligent detection and analysis of the image, it can find out the abnormal conditions of the wire rope;
▪4
This system can realize the video and image output function of wire rope flaw historical detection data, and the data and images can be used for query;
▪5
The system has the functions of point management and parameter configuration;
▪6
This system can be integrated with the magnetic flaw detection system;
▪7
The upper computer software of this system adopts multi-thread compression and special disk operation mode to collect data, which ensures that there is no difference from the actual wire rope surface image;
▪8
This system is simple to operate and install, and its use environment is basically unrestricted. It can still be used normally even in harsh environments such as strong wind, humidity, and severe salt spray corrosion;
Application Site
INQUIRY