Natural Patterns TRIZ Cases

See how random phase tiles with indicator marks enable joint-free continuous layouts, reducing

See how computer vision and inkjet printing detect front-surface grain patterns and generate co

Varying resin opacity reveals mid-depth colored streaks while hiding deeper layers, giving extruded boards a stainable 3D wood look.

Controlled melting and die shaping preserve helical pigment veins, turning plastic co-extrusion into consistent wood-grain decorative molding.

A light-emitting module and decoration film reveal fixed touch patterns only when needed, reducing screen clutter without interrupting display content.

Irregular multi-direction hole spacing in a decorative sheet suppresses display fringe patterns while preserving image clarity and surface design.

An AG fluorescent film filters ambient light and decorative-pattern glare to keep vehicle center console displays clear and visually refined.

Differently pigmented mineral mixes and complementary stencils create repeatable stone-like veining in molded slabs.

Controlled color injection into extruded plastic lumber creates uniform, realistic woodgrain while avoiding complex coextruded layers.

Digital printing alters local coating cure and surface tension to create textured panel patterns with precise visual and tactile registration.

Sublimatable relief ink forms gaps in a coating to create sharp substrate textures with better abrasion resistance and simpler inkjet process control.

A pretreatment agent softens the embossing layer before brushing, enabling cleaner removal and more realistic 3D wood grain texture.

Measured base-decoration deviations are used to adapt the overlay template, improving registration accuracy and reducing decorative rejects.

A sublimatable relief product creates porous gaps in a coating, enabling high-definition textured surfaces with better abrasion resistance.

Irregular relief aligned with the printed pattern diffuses light reflection and reduces visible height differences for more natural ceramic tiles.

Two droplet volumes on a relief base layer create deeper, sharper panel recesses with smoother finish and better mechanical resistance.

A single-layer TPU faux leather decoration uses injection molding to cut cost, scale production, and prevent peeling on cosmetic containers.

Random composite fragments are printed on exposed side walls, then compressed to create through-body veining with a more natural stone appearance.

Vertical dispensing of pigmented mineral mixes creates repeatable stone-like veining in synthetic slabs while preserving stain and heat resistance.

A pre-cured thickness-adjusting layer protects the pattern while grooves form a clear 3D wood texture with strong wear resistance.

Digital printing of curable or surface-removing substances creates floor board relief patterns without costly embossed press plates or tool changes.

Multi-axis print head motion and UV curing improve pattern accuracy on complex 3D furniture surfaces made from MDF, HDF, or wood veneers.

A particle-filled protrusion layer and matting resin create tactile texture and gloss contrast without sacrificing decorative sheet designability.

Metal strapping and layered construction cut noise barrier panel weight, prevent sagging, and add decorative finish options.

Bonded sand, coral, and shell aggregates form stable artificial rock with a natural irregular texture, avoiding visible coatings and harmful curing chemicals.

Pigmented mineral mixes dispensed through complementary stencils create repeatable stone-like veining in molded slabs without losing manufacturability.

Specific silica-rich particles and quartz powder ratios give artificial marble quartzite-like depth, translucency, and interior-ready luminance.

Relief matched to the printed pattern diffuses glare and reduces artificial texture while keeping installed ceramic tiles visually uniform.

Hidden color-channel shifts embed machine-readable markers in decorative panels, preserving visual quality while enabling traceability and recycling.

A two-section porous core balances rigid panel locking with footstep noise damping and impact resistance in decorative flooring.

Hidden markers are embedded in decorative panel print data through color channel changes, preserving appearance while enabling traceability and recycling.

Compressible locking surfaces and edge displacement help coated panels absorb humidity-driven expansion and prevent floor peaking.

Barium-containing particles and high-purity quartz let artificial marble keep color patterns while adding quartzite-like depth and 6-20% transmittance.

Applying colorant to fragment side walls before roller compression creates natural veining through engineered stone slabs with fewer extra steps.

Learn how varied metallic particle mixes and binders create quarried-stone veining while improving slab resistance to stains and heat.

A transparent base reveals opaque stripes extending below the surface, giving artificial marble greater visual depth and natural-stone appeal.

Digital deposition creates varied floor board relief while avoiding costly embossed press plates and high-pressure rollers.