Pre-owned Device Evaluation System Microdefect Detection

The patent replaces manual visual inspection with an automated image processing system that uses cameras to capture device images and computer vision algorithms to detect microdefects. This substitution of mechanical/manual inspection with optical and computational methods enables precise detection of microdefects while managing system complexity through automation.

The patent introduces an intermediary image processing system between the physical device and the evaluation decision. This intermediary layer captures images, processes them to identify microdefects, and provides structured evaluation data, thereby enabling precise defect detection without requiring direct complex physical measurement of the device itself.

The patent implements a universal evaluation system where a single integrated platform provides multiple services including repair quotes, insurance assessment, certification, and trade-in valuation. The system uses a common image capture and processing infrastructure to serve all these different evaluation purposes, thereby achieving high versatility without proportionally increasing complexity.

The patent segments the comprehensive evaluation system into distinct functional modules: image capture module, defect detection module, repair estimation module, insurance assessment module, and certification module. Each module handles a specific service function while sharing common data structures and processing resources, enabling versatile service provision with managed system complexity.

The patent performs preliminary image capture and basic processing actions automatically when the device is placed in the evaluation system. The system pre-processes images by capturing multiple angles, identifying key components, and performing initial defect screening before the final evaluation decision is made. This preliminary action reduces the time required for subsequent detailed analysis while maintaining high measurement precision.

The patent implements continuous image processing where the system continuously captures, processes, and analyzes device images throughout the evaluation process. Rather than performing discrete evaluation steps, the system maintains continuous operation to detect defects, assess conditions, and generate evaluations in real-time, thereby reducing total evaluation time while preserving detection precision through uninterrupted monitoring.