Intelligent Eagle Eye Fog Cannon System

The Eagle Eye system sends a signal to activate the device for cruising and swinging spraying. It uses neural network-based vehicle intelligent recognition and positioning algorithms, vehicle behavior recognition algorithms, dust recognition algorithms, etc., to monitor the operation situation inside the material shed at a fixed angle of the camera. It performs real-time recognition and positioning of trucks transporting materials and forklifts loading and unloading materials inside the shed. The recognition content includes whether the vehicle is a transport vehicle, whether the vehicle has entered the material area, whether the vehicle is moving, whether the vehicle is unloading or loading materials, whether it has been stationary for a long time, whether there is obvious dust, whether there is large-scale dust, etc. After identification, conduct linkage command of spray operation with dust suppression equipment, and carry out quasi control for dust points. Consultation Hotline: Manager Wang

The intelligent eagle eye fog cannon system is developed by combining artificial intelligence algorithms with fog cannon equipment. The Eagle Eye system platform can switch between three scenarios to control dust suppression equipment: (1) plan linkage, and activate the equipment for cruising, swinging, and spraying through planned tasks.

2. Video linkage, through intelligent video recognition, the system issues start and rotation angle commands to accurately and precisely spray the target point;

3. TSP linkage: When the TSP value exceeds the standard, the Hawkeye system sends a signal to start the equipment for cruising and swinging spraying. Using neural network-based vehicle intelligent recognition and positioning algorithms, vehicle behavior recognition algorithms, dust recognition algorithms, etc., the system monitors the operation situation inside the material shed at a fixed angle of the camera, and performs real-time recognition and positioning of trucks transporting materials and forklifts loading and unloading materials in the shed. The recognition content includes whether the vehicle is a transport vehicle, whether the vehicle has entered the material area, whether the vehicle is moving, whether the vehicle is unloading or loading materials, whether it has been stationary for a long time, whether there is obvious dust, whether there is large-scale dust, etc. After identification, conduct linkage command of spray operation with dust suppression equipment, and carry out quasi control for dust points. The terminal data is communicated with the governance facility PLC through an intermediate AI intelligent box to achieve remote automatic recognition and control, and the operation data is synchronized and uploaded to the regional control platform. Capable of quickly identifying dust caused by vehicles and coordinating with equipment to suppress dust.