Data Carrier Security Feature Ink Migration

The patent merges the data page and connecting element into a single integrated component. The connecting element is embedded within the data page structure, creating an inseparable unit that cannot be detached or replaced without destroying the overall structure. This integration ensures that any attempt to forge or replace the data page would necessarily involve replicating the connecting element as well, significantly increasing security against forgery while maintaining manufacturing feasibility through one-piece construction methods.

The patent segments the security feature into two distinct parts: the connecting element that physically integrates with the data page, and the security print that is applied to the connecting element. This segmentation allows the security function to be added as a separate layer or step without fundamentally redesigning the entire data carrier structure. The connecting element provides structural security, while the security print provides visual authentication, dividing the security function into manageable components that reduce overall device complexity.

The patent modifies the physical parameters of the plastic material used for the data page. Specifically, it uses a plastic material with a thickness of 0.2 to 0.4 mm, which is thin enough to allow flexible bending and turning similar to paper, yet thick enough to maintain structural integrity and security features. The plastic material is also designed with appropriate flexibility and durability characteristics, enabling it to be folded along the connecting element while maintaining its security properties and resistance to forgery.