Covering/Linings TRIZ Cases

A corner protection rail features integrated length markings for precise shortening without external tools.

Radial fiber optic routing within transmissive tiles illuminates the entire surface area, resolving dull border-only lighting in wet environments.

A joint support featuring an inner polysaccharide adhesive layer bonds directly to building surface panels.

Bonding a foamed mix to a solid plastic layer reduces specific gravity while preserving surface hardness.

A 3D-printed building material system integrates lighting, insulation, and sensors into modular architectural elements.

Segmented tiled panels eliminate skilled labor requirements by enabling DIY installation of waterproof, durable finishes without on-site curing delays.

Fluted furring strips merge ventilation channels with load-bearing capacity to resolve moisture entrapment in building siding.

Cement board wall system uses fluid-applied adhesive to form drainage channels, preventing water damage while reducing construction time.

Wheeled carriages support acoustic panels and enable angular interlocking, resolving installation complexity.

A two-piece plastering strip uses a flexible joint to adjust the angle between its fixing and plastering legs.

A curable composition containing reactive silyl group polymers forms siloxane bonds to create a flexible, waterproof exterior coating.

A segmented plaster sealing strip couples a base profile and additional profile to embed securely in thick render layers.

A high-density mineral wool panel supports a three-dimensional grid structure to anchor cement-based plaster coatings directly onto building exteriors.

A one-piece base and stretchable strap system uses triangular ridges to self-adjust tile alignment without external tools.

Segmented adhesive tabs on a grid-patterned liner allow complete tile removal, simplifying recycling while preventing water infiltration.

A roll-up tile system uses a flexible frame to hold interchangeable tiles for easy installation and cleaning.

A perforated carrier bracket secures masonry slips via adjustable mechanical fastening, eliminating toxic epoxy resins and reducing installation time.

Embedding a radar device in floor panels enables reliable differentiation between humans and machines, resolving safety risks from limited sensor coverage.

Raised portions on a grooved cornerbead enhance adhesive strength and resist mechanical deformation to prevent plaster chipping at corners.

A two zone siding panel uses distinct face and edge coatings to create a visually appealing design.

Interlocking foundation and wall blocks use tapered surfaces to join, reducing concrete usage while maintaining structural integrity.

A profiled section holds a pre-compressed joint sealing strip with a dissolvable film that releases the tape upon contact with water.

A wall mounted acoustic structure uses unevenly folded wooden panels to scatter sound waves and reduce reverberation.

Scored window trim segments into adjustable widths while a hidden adhesive band concealed by a structural nub prevents visible glue and dirt accumulation.

A thixotropic para-aramid gel reinforces historic plaster ceilings without adding weight or requiring full scaffolding access.

A multilaminar plastic carrier plate combines virgin and recycled thermoplastics to enhance mechanical stability.

An adjustable keder rail maintains attachment stability under wind and ice loads without permanent welding.

Undulated construction plates cover tunnel surfaces to prevent water infiltration.

Segmenting the attachment system into plastic structure connectors and metal safety elements maintains manufacturing ease while ensuring fire resistance.

A recessed channel filled with flexible impermeable material directs water away from fluid storage tank insulation joints.

A fleece layer prevents base body telegraphing and maintains natural surface appearance while resisting mechanical wear.

A composite flooring layer uses a rubber buffer structure to absorb vibratory impacts and reduce noise transmission.

Arc-shaped protruding ribs and grooves guide stress transmission along curved paths to disperse force across the peripheral side of anti-cracking components.

Bulges on the clip front surface increase momentum inertia to reduce bending, resolving alignment issues during heavy board installation.

A double plate floor panel reduces structural vibrations without adding mass by using elastic connectors sandwiched between panels.

Transverse channels in the spline connector allow sealing agent penetration to create impermeable joints resisting building movements.

Integrated hang and lock tabs in folded metal panels eliminate separate clips to resolve installation complexity while maintaining consistent gaps.

A tapered stainless steel gusset connects facade cladding to load-bearing walls using a constant cross-section insulating zone.

A detachable block strip with a projection engages an adhesive bonding strip to secure glass panes without drilling holes.

Threaded clips secure modular panels to frames, eliminating demolition and reducing installation time.