Electronic Device Object Recognition Line Interval Adjustment

The patent segments the detection process into multiple stages: first detecting individual objects, then determining their respective baselines, and finally calculating line intervals between baselines. This segmentation allows the system to handle contiguous objects by processing them in discrete steps, preventing detection errors even when objects are closely spaced on multiple lines.

The patent introduces baselines as intermediary elements between objects and line intervals. Instead of directly measuring intervals between contiguous objects, the system first establishes baselines for each object and then calculates intervals between these baselines. This intermediary approach simplifies the detection process and improves accuracy for closely spaced objects.

The patent implements a feedback mechanism where the detected line interval is compared against a reference interval, and if the detected interval is less than the reference interval, the system reconfigures the line interval. This feedback loop ensures that detection errors are corrected while maintaining overall processing efficiency through automated adjustment.

The patent dynamically adjusts the line interval parameter based on detection results. When the initial detection indicates a line interval less than the reference interval, the system changes this parameter to the reference interval value, thereby correcting detection errors and improving object recognition accuracy without requiring complete reprocessing.