Pattern Printing TRIZ Cases

Punched relief points align the interchangeable foil with the base plate, eliminating manual adjustment errors and reducing setup time.

Segmenting the process with variable radiation doses resolves gloss uniformity trade-offs while maintaining production efficiency.

Segmenting toner channels into sets with adjusted reflectance resolves low gloss toner limitations, enabling reliable security features in standard devices.

Wireless mobile terminal authentication resolves the security-convenience trade-off by allowing remote biometric verification for private image printing.

A metal foil intermediary enables noncontact spectral interference detection of varnish film thickness on printed articles.

Embossing plastic resin layers onto curved substrates using a forming tool and UV curing to create precise microlens arrays.

A micro-refractive image uses cylindrical lenses aligned with a periodic line pattern to create complex optical effects.

A transfer blanket receives ink from a digital print unit, enabling high-definition decoration of metallic containers without reducing production speed.

Laser inactivation of specific pixels maintains image integrity when UV non-transmission layers are replaced.

Replacing BOPP with regenerated cellulose eliminates static buildup during offset printing, allowing larger transparent window regions.

Replace brittle glass with printed toner patterns on flexible substrates to lower production costs while maintaining optical diffraction performance.

Decompose image data into color components recorded on separate members bonded to a protection film and base material.