Flat Screen Cutting Strategy for Component Recovery

The invention divides the dismantling process into two distinct stages: first, cutting the frame along predefined lines to separate it from the slab, and second, then destroying or recycling the frame. This segmentation allows the slab with toxic substances to remain intact and isolated, preventing contamination and release of toxic materials during the destruction phase while maintaining high productivity through automated cutting processes.

The invention separates the frame from the slab through precise cutting along predefined lines, allowing the slab containing valuable recyclable materials (liquid crystals, metals) to remain intact. The frame alone is then subjected to destruction or recycling processes, ensuring that recyclable constituents are preserved and can be recovered without damage while maintaining efficient productivity.

The invention makes the cutting system adaptive by detecting the actual position of the frame edges and dynamically adjusting the cutting line definition. Instead of relying solely on a fixed geometric offset from a reference line, the system uses sensors or vision systems to detect frame deformations and recalculates the cutting line to maintain the required safety distance from the slab, thus adapting to various frame states while preserving the simplicity of the constant-distance principle.