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D SIMULATION
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0 Geometries 0 Meshes 0 Simulation setups 0 ResultsAbout this project
Create a realistic 3D industrial simulation of an AI-powered air jet waste sorting system inside a recycling facility. The system includes: A moving conveyor belt carrying mixed waste items such as plastic bottles, paper sheets, metal cans, and glass bottles. An overhead industrial camera mounted above the conveyor for AI material detection. A Raspberry Pi or small embedded computer connected to the camera. Multiple high-speed air jet nozzles aligned along one side of the conveyor. Separate labeled bins for Plastic, Paper, Metal, and Glass placed beside the conveyor. Simulation behavior: Waste items move continuously on the conveyor. When the AI detects a plastic bottle, the system calculates the timing based on conveyor speed. At the correct moment, a specific air jet nozzle activates and pushes the plastic item into the Plastic bin. The same logic applies for paper, metal, and glass. Display visual feedback such as bounding boxes around detected objects and material labels floating above them. Show a small live dashboard in the corner displaying: Material detected Sorting count Efficiency percentage Environment: Industrial recycling plant interior Realistic lighting Slight dust particles in air Metallic textures Mechanical sound effects Animation details: Conveyor belt rotates continuously. Air jet produces visible compressed air burst. Waste items react physically when pushed. Camera angles: Wide industrial view Close-up detection view Side view showing air jet ejection Style: Realistic engineering simulation Clean, modern smart factory environment Professional industrial visualization
