Special Ornamental Structures TRIZ Cases

A taxidermy display apparatus suspends animal skulls using an eyebolt, washer, barrel nut, and anchor.

Separating carrier material from decoration units before storage eliminates high inventory costs while maintaining rapid delivery times.

A transparent optical functional layer with an optically anisotropic material creates settable color contrasts when illuminated by polarized light.

Molded translucent fiberglass portions convey expressive features while allowing pinpoint light transmission for enhanced day and night visibility.

A decorative film with an inert backing layer provides high dimensional stability and surface resistance.

A composite board uses a single hot press to bond cellulose fiber webs and a wood core into one structure.

Latex and epoxy adhesive bonds veneer to paper, eliminating formaldehyde emissions while maintaining lamination reliability.

Segmenting the mount into a base and cover resolves manufacturing precision conflicts by maintaining anatomical accuracy while simplifying production.

Polyurethane coating seals panel edges against moisture while preserving natural visual appearance.

Punching a conical recess in the leather base layer secures gemstones directly, bypassing weak dressing layers that cause detachment under stress.

Siloxane-modified resin composition enables decorative panel production with reduced pressing energy.

Measurement blocks detect active word line duration to trigger refresh circuits, preventing data loss from disturbance in adjacent cells.

Transparent film fills laser-etched grooves in interior material, preventing dust accumulation that reduces transmittance.

A portable automated apparatus wraps panel edges using a folding bar and roller to secure laminate flaps with hot-melt adhesive.

A decorative nonwoven scrim laminate bonds a polymeric sheet to a colorant-deposited nonwoven layer.

Digital printing on caravan wall panel skins eliminates manual wallpaper alignment and adhesive vinyl application steps.

Segmented compartments fix gemstones between glass panels, eliminating adhesive optical interference and enabling pattern rearrangement.

Embeds decorative elements in base and cover layers via a thermosetting adhesive surface, preventing pattern rearrangement during injection molding.

Elevating balancing layer moisture to 8-15% counteracts shrinking forces, reducing thermosetting binder usage while maintaining panel flatness.

A resin component integrates a natural wooden veneer with a light-transmitting ink printed layer and reinforcement structure.

Modular interlocking tiles combine a printed design layer with a protective coating to resist dents and abrasion during repeated installation.

A non-flammable laminate combines a resin-impregnated glass fiber carrier with melamine-treated decorative paper to create a thin structural panel.

Adhesive bonding joins natural material layers to a carrier, preventing deformation and breakage during production.

A radiation-cured adhesive layer bonds a substrate and transparent film at minimal pressure.

A segmented color and clear coating system applies specific resin compositions to natural cork substrates.

Threaded rod tool compresses bulged stained glass segments back to original plane without removing window from frame.

Composite laminate achieves flame resistance and mechanical strength by combining cellulose fiber mats with inorganic fillers.

Selective resin application on decorative paper sides resolves swelling and dimensional stability issues during laminate flooring production.

Selective liquid wetting anchors decorative powder to specific substrate areas, resolving the trade-off between wear resistance and intricate design capability.

A decorative laminate topcoat incorporates non-spherical inorganic glass particles and spherical organic additives to enhance surface abrasion resistance.

A dry powder layer of refined fibers and resin cures into a durable surface coating, preventing pigment bleed from decorative papers during lamination.

Ultra-short laser pulses color transparent glass bulk without compromising transparency, preventing brittleness and microcracks during industrial decoration.

Segmented reinforcing members accommodate thermal expansion, preventing cracking while maintaining ballistic strength.

A floor panel features a milled lateral edge exposing the plastic core to create a deep joint groove between connected panels.

Differentiated coatings on ribs and flat areas create trompe-l'oeil effects without complex structural modifications.

Hard particles in the overlay layer improve abrasion resistance while maintaining surface gloss.

Liquid resin penetrates dry decorative paper from the rear, displacing trapped air to prevent weak laminate points while maintaining dimensional accuracy.

Chemical strengthening enables thin glass to replace thicker tempered alternatives, reducing vehicle weight and cost while maintaining durability.

A color mapping method determines a skeleton from an oligochromatic image gamut to perform adaptive correction in digital printing.

A lithophane display unit integrates a light source within a receptacle to illuminate the image through a roughened stand piece.

A panel edge features a lowered part with varying cross-section perpendicular to the edge.

Segmenting silver ink into distinct layers using a UV curable resin fine pattern restores depth and luminance lost in direct printing.

Two-stage radiation prevents stress relaxation in thermosetting coatings, preserving gloss stability under exterior conditions.

A multilayer laminated material with an intermediate fibrous adhesive layer absorbs thermal expansion differences between glass and plastic substrates.

A polymer coating composition enables durable adhesive bonding to glass without requiring a separate primer layer.

Oxygen-controlled titanium sintered bodies suppress wear acceleration in sliding applications by maintaining a pore-free alpha-beta phase structure.

Laser printing artistic works on metal substrates cut to exact locket dimensions.