Covering/Linings TRIZ Cases

Parallel strips and a wedge apply mechanical force to level and align tiles while reducing tool changes and spacing errors.

Integrated supports, dampers, actuators, and wiring help louver walls install faster while preserving airflow space for cooling.

A ventilation member uses separate passageways and legs to vent upward and drain moisture downward between cladding and substrate.

A cementitious sheathing panel combines adhesive-backed breathable fabric with insulation to resist moisture and reduce installation labor.

Grooves reduce material while a separate balancing layer helps preserve flatness and locking strength in thermoplastic panels.

This case combines cement, plaster, resins, and lightweight aggregates with controlled curing to reduce transport and installation burden.

Spacer elements support ventilated wall finishing panels from the wall support, avoiding insulation perforation and simplifying assembly.

This case combines thermoplastic matrix materials with covalently bonded elastic particles to resist deformation and hygroscopicity.

Learn how grooved laminate panel cores reduce material and weight by up to 20% while supporting vertical and horizontal locking.

A patterned fixing agent, powder deposition, suction, and firing produce thicker, precise 3D tile structures while reducing defects.

A laminated low-density foam layer and pressure-sensitive adhesive support secure attachment, repositioning, and clean wall removal.

This façade sub-structure combines ventilation, drainage, and heat-activated fire barriers to limit fire spread between compartments.

Specific PVC copolymer blends and a cross-linked topcoat limit bleeding while improving aqueous-ink color, sharpness, and adhesion.

Silanol and silica fume create integral waterproofness in fiber cement boards, avoiding separate membrane installation.

Clamping structures on all four sides enable horizontal joining, avoiding A/B plate sorting and vertical installation.

Rotatable magnets strengthen tile bonds and support flexible 3D assembly.

This panel uses hook profiles, a sealing nose, and orthogonal butting surfaces to resist water ingress and mold formation.

FRP panels with elastic members create weatherproof joints that accommodate movement while improving insulation and fire resistance.

This case uses local heating, pressure forming, and optional cooling to shape bevels in rigid, high-filler building panels.

A bonded foam-core board extends beyond porcelain tile edges, absorbing impacts during handling and installation.

Preformed ventilation channels in exterior siding drain water and circulate air, reducing moisture and installation-related buckling.

Natural wood fibers form a bonded foam core that delivers thermal and sound insulation without synthetic polymers.

This cladding method replaces vertical studs with point connectors that stabilize adjacent panels and prevent uneven junctions.

This panel joint uses orthogonal abutment surfaces and a sealing nose to preserve locking while preventing water ingress and mold.

Grooved spline couplings create durable, cleanable seals for baseboard and crown transitions, limiting dirt, grease, and bacteria buildup.

Switchable adhesive bonds laminated panels during use, then lowers strength for clean recycling delamination.

Segmented rib-and-groove connectors provide selectable reveal gaps between adjoining cladding panels without fixed spacing.

An elastic plate fitting wire-rod intersections enables easy, precise wall decoration attachment while concealing seams.

A polymer layer in the metal laminate RC channel dampens sound while inclined webs and arched ribs maintain rigidity.

This building component uses integrated protrusions and recesses to retain coverings if adhesive bonds weaken over time.

This case uses a heat-activated bonding layer to laminate facing and backing materials with less solvent and improved recyclability.

This cladding system uses interlocking polymer panels and concealed fixings to prevent visible joints, rust, and mold.

Disambiguate shared broadcasts by matching fingerprints with location and distributor data.

Multiple tongue-and-flank locks distribute assembly stress, enabling stable angled or vertical coupling while preserving a closed seam.

Metal phosphinate-based layers improve flame retardance while preserving transparency, pattern sharpness, and color stability.

This plaster profile uses a continuous plasterable film to improve corner adhesion, contain plaster, and eliminate a separate plastic cover.

A controller rotates independent cladding panels to vary facade designs while protecting the substrate and supporting energy efficiency.

This case shows how segmented profile angles and creases balance smooth vertical insertion with strong, sealed panel interlocking.

A container and apertured discharger apply adhesive to tile backs consistently, reducing labor, time, and uneven coverage.

Bonded foam-core reinforcement and perimeter overhangs protect porcelain slabs during handling, transport, installation, and cutting.

Decorative panels use rear-side QR codes and printed instructions to preserve material and installation guidance beyond packaging.

A layered flooring structure combines truncated pyramids and cushioning to reduce fall forces without sacrificing walking performance.

This decorative panel uses a directly applied crosslinked coating to resist localized pressure, scratches, and layer deformation.

Resin layers and mechanical coupling improve ceramic floor installation and replacement.

A pivoting panel connector combines groove insertion and latching engagement to improve vertical retention and simplify reuse.

A cardboard-sleeved pad fits between cladding brackets and substructures to limit heat loss while preserving attachment spacing.

This case uses rounded coupling geometry to reduce cracking in brittle mineral floor and wall panels during installation.

Shallow locking engagement helps thin floor panels cut weight and cost.

A separate grout covering layer shapes the curved recess, improving visual authenticity and helping protect tile panels from moisture.

This case uses intumescent expansion to close a ventilated facade cavity during fire while fixings secure the barrier through insulation.