Contrasting matte and glossy varnish zones on a banknote improve wear resistance while maintaining security element visibility.
A combined bookbinding machine automates overlapped signature formation using barcode configuration data to guide feeding and deposition.
A data carrier feature region uses laser radiation to modify curved cutting lines, creating unique visual and machine-detectable markings.
A textile connecting strap overlaps and penetrates a data page print, ensuring that any attempt to detach the page damages the printing and reveals tampering.
Varying thickness viscous layers compensate for chip height differences to prevent surface irregularities and strain on embedded components.
A passive thin plastic tag uses micro retroreflective arrays to encode information via structured light patterns.
A motorized gift accessory uses a miniature motor to drive mobile elements for interactive motion.
A motorized greeting card integrates rotating mobile objects and audio playback within a pop-up structure.
System adjusts document parameters or segments content to resolve spine thickness contradictions and enable feasible single-copy printing.
Automated device applies adhesive layers to security document covers using a blade and heating unit.
Multi-walled carbon nanotubes in the paint system enhance thermal conductivity, reducing power consumption and thermal deformation.
Stretched threads suspend sequins across card cutouts to resolve the contradiction between simple manufacturing and dull relief effects.
A pop-up card uses a secured panel to form a pocket, resolving the trade-off between holding removable items and maintaining structural simplicity.
An integrated pouch and sound module resolve the contradiction between adding interactive audio playback and increasing device complexity.
Multi-tonal document uses varying halftone element sizes to create copy-evident security features.
A secure document structure uses a luminescent agent to render modified opacity features visible under excitation light.
A layered security element uses superimposed UV-active printing layers to create a visible gradient transition.
Origin noise levels authenticate packages by comparing manufacturing acoustic signatures against stored references, preventing counterfeit replication.
Segmented metal layers separated by flexible spacer material maintain high opacity under bending.