Multi-Point Tapping Device for Medium Alignment

The displacement function is segmented into multiple displacement units positioned at different locations along the medium. Each displacement unit independently displaces the medium at its specific position, ensuring that the entire medium is properly aligned regardless of its length. This segmentation resolves the contradiction by distributing the alignment function across multiple points rather than relying on a single unit.

Each displacement unit is equipped with its own bias unit to provide localized elastic support and displacement capability. The local quality principle ensures that each segment of the medium receives appropriate alignment force at its specific location, accommodating variations in medium length while maintaining overall alignment precision without requiring a complex centralized control system.

The alignment system is divided into multiple independent displacement units, each with its own bias unit. This segmentation allows each unit to independently handle the displacement needs of different medium lengths, improving alignment precision while keeping each individual unit relatively simple in structure.

Instead of using a single complex displacement mechanism that attempts to handle all medium lengths, the invention inverts the approach by using multiple simple displacement units distributed along the medium. Each unit performs a simple local displacement function, and collectively they achieve the complex goal of universal alignment across varying medium lengths.