Directed Digital Currency Voucher-Tag Segmentation

The patent segments the digital currency into two distinct components: a base currency unit and attachable voucher-tags. Each voucher-tag contains specific encoded information (restrictions, qualifications, purpose limitations) that can be independently added or removed. This segmentation allows the currency to maintain its general exchangeability while adapting to specific purposes through selective tag attachment, resolving the contradiction between ease of operation and adaptability.

The patent implements dynamic characteristics by making the voucher-tags removable and reattachable to different currency units. The encoded controls on voucher-tags can be dynamically adjusted through issuance, redemption, and transfer processes. This dynamic structure enables the currency to flexibly adapt to different purposes and systems while maintaining operational simplicity, as users can attach or remove tags based on transaction needs without complicating the core exchange mechanism.

The patent separates the currency issuance process into two independent stages: issuing the base currency unit (simple process) and issuing voucher-tags (complex process with encoded controls). The base currency can be manufactured and issued using existing simple digital currency infrastructure, while the voucher-tags with embedded controls, restrictions, and information can be added separately. This segmentation maintains ease of manufacture for the core currency while enabling rich control capabilities through the attachable tags.

The voucher-tag acts as an intermediary component between the simple base currency and the complex control requirements. It mediates by carrying encoded information (restrictions, qualifications, purpose limitations) without requiring changes to the core currency issuance mechanism. The tag system provides a layer of complexity management, allowing simple currency issuance while embedding sophisticated controls through the intermediary tag structure.

The patent segments the directional control functionality into separate voucher-tags that can be attached to currency units. Each tag contains specific encoded information about intended purposes, restrictions, or qualifications. Users can attach only the necessary tags for their specific transaction needs, maintaining ease of operation for transactions that don't require restrictions while enabling precise directional control when needed. The segmented tag structure allows optional complexity rather than mandatory complexity for all transactions.

The patent applies local quality by allowing different voucher-tags with different encoded controls to be attached to different currency units based on specific transaction requirements. Not all currency units need the same level of control or directionality. The system enables localized application of controls where needed while maintaining simplicity where not needed, resolving the contradiction between ease of operation and ability to direct currency toward specific purposes.