Ornamental Structures TRIZ Cases

See how a glass container combines laser-formed internal images with a colored side-surface bac

See how segmented modeling bodies with protrusion-notch fitting parts replace fragile interlock

See how segmented flat cookie pieces with slots and protrusions interlock to form stable, visua

See how a ribbon decoration device uses nested storage and pre-organized ribbons to prevent tan

See how embossing and cutting thin polymeric sheets creates realistic artificial tree needles t

See how an integrated spool assembly stores multiple ribbons on a shared structure to prevent t

A three-layer PVC covering bonds directly to 3D textile backing, cutting glue, emissions, and production effort in automotive trim.

Low-waviness, high-roughness PVB sheets reduce applesauce and mottle in laminated glass panels while preserving lamination performance.

A glass or crystalline connecting member bridges wood and decorative articles to prevent adhesive failure and detachment on columns or walls.

Laser engraving, PVD, and plating replace manual firearm decoration to expand coverage and improve corrosion and wear resistance.

A locking mechanism unlocks only selected beads on a pivoted framework, preserving structured patterns while allowing controlled rotation.

A profiled rod, plug-in region, and fixing element let toggle-lever clamps adjust opening angle precisely while keeping adapter parts securely fixed.

Ceramic layers deposited by sputtering create reproducible variable-gloss press plates without chromium, reducing process harm and cost.

Particulate decorative materials on flat substrates create mass-producible interior parts with random aesthetics, tactile quality, and environmental resistance.

Radial grooves linking adjacent bead holes improve sheet visibility for precise placement while supporting low-cost integral molding.

Phase-changing the texturing material or reaction product enables non-contact removal from cured panel surfaces, cutting tool wear and damage risk.

Turning the texturing substance into a liquid or gas enables easy removal from cured panel surfaces while reducing mechanical power and tool wear.

Image-based stringing instructions and a modular peg loom cut manual winding time and reduce errors in geometric string art creation.

By melting the texturing reaction product before removal, the process avoids high mechanical force, reducing cured-surface damage and tool wear.

Segmented artwork uses cylindrical joint portions and a shaft connection to cut shipping volume while preserving assembled form.

A thermoformed multilayer film with polymer-filled recesses replaces injection molding and chromium plating for flexible decorative elements.

The guide board and punch board create aligned holes, reducing manual measurement while improving nail placement precision and uniform height.

Microcapsule foam particles in a controlled resin and polyvinyl alcohol layer support fast, low-temperature stereoscopic printing with water resistance.

Microcapsule foam particles, polyvinyl alcohol, and thermoplastic resin support fast, low-temperature printing with water resistance.

This case uses ceramic layers on a press tool to produce reproducible gloss levels and surface structures without harmful chromium coatings.

A biodegradable plastic blend achieves UL94 V2 flame retardancy using decabromodiphenyl ether and diantimony trioxide.

An adhesion promoter layer attaches a structured lacquer top coat to a melamine resin base, enabling precise alignment without complex embossing tools.

A water-soluble resin bead features a segmented surface with textured and smooth zones to enhance grip.

Embedding unfused colored polymer particles in a transparent polymeric matrix resolves the contradiction between homogeneous structure and visual depth.

Hollow spheres reduce density in a synthetic clay composition, resolving the contradiction between repeated moldability and shape retention without hardening.

Recessed patterns on both sides of a bead board improve design versatility while increasing device complexity.

Resin impregnation transforms flat fabric or paper into stable three-dimensional relief structures, preserving material integrity against humidity and sunlight.

Micro/nano-structures replace printing to eliminate dot patterns, delivering high-resolution color gradients without instability or high costs.

A sol-gel binder mixed with high pigment content forms a porous ceramic-like structure on glass substrates.

Segmenting a flexible sheet into ornament strips eliminates manual bonding, boosting productivity and shape consistency in rainbow stick toys.

A UV-LED curing artificial nail 3D printing system forms custom designs with rapid photopolymerization.

Varying masking agent thickness during curing creates distinct height profiles, eliminating separate edge chamfering steps and reducing processing time.

A moldable sand composition hardens at room temperature through polar polymeric resin crosslinking to maintain shape.

Laminating pre-stressed plastic layers to a metal substrate via adhesive bonding.

Segments the manufacturing process into standardized steps to resolve contradictions between productivity and systematic management.

UV-cured release sheets transfer negative textures to laminates, reducing production time and complexity.

Parallel transparent plates with gaps enable high-resolution shadow casting, reducing material weight compared to solid opaque blocks.

A filling tool inserts functional bodies into decorative blanks, forming fluid-tight assemblies via adhesive sealing.