Three-Dimensional Effects TRIZ Cases

A transparent resin, projection layer, and rear screen layer create angled image projection that gives molded parts a clear 3D appearance.

Vector conversion and high-resolution printing recreate embroidered stitch depth and fine detail in durable appliqué emblems.

Laterally offset light-refraction edges across translucent trim layers create a sharp 3D depth effect without blurry interior visuals.

Visible light-nonabsorbing particles create raised or recessed printed surfaces with stronger 3D effect and clear tactile relief.

A moiré magnifier display arrangement creates complex three-dimensional images using segmented motif and viewing grids.

Pre-forming the embossed pattern on a PETG substrate prevents heat-induced elongation, maintaining shape accuracy during lamination.

Printing stereo pairs on opposite edges of interleaved pages creates a 3D edge effect that captures viewer attention without special lenses.

Selective hydrophilic patterns on a super hydrophobic base force water pooling into thick, rounded edges, resolving poor artistic definition in liquid art.

Segmented lacquer layers hardened by UV and Excimer radiation resolve artificial appearance issues in thermoplastic floor coverings.

An oil-resistant ink layer prevents oily substance infiltration into the substrate while maintaining three-dimensional appearance.

Water flow systems and programmable LEDs generate dynamic visual effects that prevent static displays from losing artistic appeal over time.

Segmented ink deposition with intermediate curing prevents blurring, maintaining sharp line definitions while building multi-layer depth.

A printing system generates front and back images on a single transmissive medium to reproduce viewpoint-dependent visuals.

A decoration member uses alternating light reflection and absorption layers to generate specific colors through optical interference.

Conventional embossing lacks natural aesthetics. This solution uses pickling and polishing to expose convex peaks, creating varied texture and color difference.

A 3D object forming structure uses vector-defined image layers to create varied shapes from multiple angles.

Applying a color-receptive layer to metal panels resolves adhesion issues while maintaining structural durability.

A structural element creates a three-dimensional appearance on product packaging using a reflection image structure and a multicoloured colour image.

Offset translucent substrates above rigid base images to create dynamic three-dimensional optical illusions.

A decorative sheet uses light reflective projections and specific black ink to create a bright high-grade appearance.

Transparent security element with asymmetrical diffractive relief structure creates distinct optical effects when viewed from front versus back.

A multi-view display apparatus uses liquid crystal layers to dynamically balance spatial and angular resolution.

Curved microstructures generate optical variability through precise image point arrangement along defined trajectories.

Image processing algorithms simulate visual depth while clear dry ink deposits create tactile relief on printed surfaces.