The invention detailed here is an AI-driven robotic system designed to autonomously maintain and repair large structures. This system addresses the inefficiencies of manual maintenance operations often found in industrial contexts, such as shipyard repairs or building maintenance, which are time-consuming and prone to human error.
Problem Addressed
Current solutions for maintaining large structures are labor-intensive, require significant time investments, and often involve hazardous working conditions.
Core Features
The system consists of an automated guided vehicle (AGV) equipped with a scanner, processors, a grinding module, and a painting device. The scanner collects data on the structure's condition, which is processed to determine necessary repairs. The grinding module can then remove rust or old paint, while the painting device can apply a new coating.
Novelty
The unique integration of AI-driven diagnostics combined with an automated application of maintenance processes sets this system apart from existing manual methods.
Benefits
Efficiency is significantly improved with less downtime, and safety is enhanced by reducing the need for human labor in dangerous environments. Moreover, precision in maintenance is elevated, ensuring longer-lasting repairs.
Broader Impact
This system can revolutionize maintenance protocols across various industries, enhancing safety, reducing environmental impacts through optimized processes, and leading to more sustainable operations.