Covering/Linings TRIZ Cases

Silver-based film reflects near and mid-infrared solar radiation to reduce cabin heat, protected by sacrificial layers against oxidation.

A plastic mounting bracket uses parallel arms to secure cladding panels to walls.

An obtuse angle between abutting and embedding plates reduces the moment arm under weight load, eliminating L-shaped fixing members for direct wall fastening.

Control coloured areas on ceramic slabs enable spectral measurement of decoration quality, resolving handling difficulties for large dimension elements.

Corner connecting pieces join L-shaped tile profiles using inserts to resolve difficult alignment at external angles.

A facade bracket uses a recessed connecting member to position veneer supports closer to the structure.

Bonded continuous fibers in cellular PVC maintain dimensional integrity against thermal expansion while avoiding complex manufacturing processes.

Integrated membranes extend beyond board edges to create adhesive bonds that prevent water penetration and mold growth.

Dielectric and titanium oxide layers on glass sheets boost contrast without expensive interlayer formulation changes.

A square unit bracket uses a central mesh part to bond securely to walls via adhesive.

A facade holding device uses a segmented connecting plate to join a retaining rail and counter plate for adjustable depth mounting.

Segmented rigid boxes protect fragile vacuum insulation panels from mechanical loads while maintaining thermal resistance above 2 m².K/W.

Extension overhangs with corner recesses align adjacent building panels, reducing seam overlap to lower construction time and thermal tension risks.

Elastic damping underlay bonded to a motif top layer via polyurethane adhesive for stable walking surfaces.

Flexible tube mats replace rigid spacers in building facade coatings, ensuring defined distance and reducing crack risk while simplifying handling.

A building-sheath element uses a fastened weighting body to assist the release device in detaching the sheet-material layer from its supporting structure.

A waterproof panel with a mineral composite core resists temperature changes and substrate irregularities.

Integrated groove inserts secure cladding against movement while adhesive cures, eliminating separate fixtures and labor-intensive assembly steps.

Embedded LEDs in finishing bricks transmit media, eliminating secondary fixing operations and reducing construction time.

A rectangular hollow floorboard uses cantilevered webs for pivoting snap connections between adjacent planks.

Thermoplastic resin impregnation bonds the fabric layer to prevent peeling while maintaining texture.

Horizontal tongue displacement eliminates separation forces during vertical folding, allowing easy connection of thin floor panels.

Multi-layer flooring material uses a specific primer composition and electron beam cross-linked PE foam for enhanced adhesion and acoustic performance.

A spacer sleeve with an external milling device expands the bore for easy assembly.

Corrugated elevations and depressions in the leg surface create drainage paths that prevent moisture accumulation behind facade elements.

Segmenting the load-bearing plastic core from the aesthetic wood layer resolves manufacturing complexity while ensuring long service life.

Digital pattern scaling prevents misalignment between printed and embossed layers by replacing mechanical stretching with coordinate transformation algorithms.

Mechanical interlocking replaces adhesives to eliminate fire hazards while reducing construction time for metal interior installations.

Hollow plastic cladding panels use rotational moulding to create lightweight structures with integrated mounting formations.

A protrusion on an elongated auxiliary securing support prevents dropping into gaps between wall material and vertical frame members.

Impregnating paper with fire-retardant resins meets safety standards while maintaining design flexibility.

Milled substrate coupling members secure ceramic tiles mechanically, eliminating labor-intensive grouting.

Parallel plaster ribs formed by an impression mould guide stone strips for straight joints while preventing sagging and reducing material wastage.

A reinforcing mesh element embeds fiber bundles in a plastic matrix featuring distinct rigid thermoset and flexible elastomer zones.

An engineered stop on the top element spaces siding panels to prevent buckling and redirects water away from the joint.

Segmented floorboards with integrated conductive layers eliminate support preparation while ensuring reliable ESD protection.

Local tumble polishing of waste glass reduces re-melting energy while creating decorative panels.

Laminating rigid foam insulation to structural members via cross-linking adhesive resolves the trade-off between thermal resistance and fastener pull strength.

Bottom-side extensions embed within tile concavities to anchor detectable warning tiles in wet substrate, preventing cracking and detachment at platform edges.

A radiation-cured polyurethane top-layer applied to plasticized polyvinyl chloride flooring.

Direct aqueous inkjet printing on resin-impregnated paper eliminates special ink-receiving layers, reducing production complexity and costs.

Basalt fiber composite brackets retain ventilated façade panels, resolving the contradiction between mechanical strength and thermal conductivity.

Segmented body assembly creates consistent reveal gaps via interlocking features, resolving installation complexity.