Covering/Linings TRIZ Cases

An integrated support grid transfers building loads directly from cladding parts, eliminating separate structural frames and reducing on-site installation time.

Composite wall panelling uses intumescent coating on fibrous insulation to expand and seal gaps, preventing smoke and fire spread through cladding systems.

Asymmetric fixing bracket uses rigid fingers and resilient tongue to secure building façade panels in coplanar alignment.

Positioning apertures directly beneath the drainage mat resolves water retention issues behind veneer walls, preventing plaster damage and cracking.

Segmented polygonal trays reduce surface area and material quantity while integrating electronic components into architectural installations.

Segmented plank back channels constrain construction adhesive volume to prevent waste while maintaining bond stability under varying environmental conditions.

Relocating sealing functions to the rear dimension eliminates moisture damage and mold growth on visible joints while maintaining structural stability.

A reinforcing flexing layer embedded in a thermoplastic support structure reduces overall thermal expansion.

An integral locking member pivots via a living hinge to eliminate separate components, reducing manufacturing complexity and production accuracy requirements.

Flexible flat bars with swivel joints enable the drip strip to roll for storage, resolving space occupation issues during transport.

Pre-manufactured dry flooring panels eliminate moisture-related warping and construction delays caused by wet cementitious underlayments.

Segmented half-shells in the blocking tie-rod constrain the projecting element, resolving coplanity issues while simplifying component detachment.

Offset mounting anchors secure insulation layers to prevent thermal bridging during independent wall assembly.

An artificial stone siding product features an integral mounting support that enables secure fastening to walls using mechanical anchors.

Segmented rectangular foam blocks prevent blanket insulation compression against conductive girts, reducing heat losses through the building envelope.

Composite spacers resist thermal conduction between building components, eliminating steel thermal bridges that reduce insulation performance.

Integrated fiberglass shell, positioners, and axial reinforcing bars increase structural capacity while protecting deteriorated columns from corrosion.

Protrusions lock into receptacles via elastic deformation to maintain leak-tight seals while reducing material usage in structural repairs.

Adjustable brackets with sliding rails resolve alignment time bottlenecks while maintaining structural stability.

Segmented panels with composite barriers resolve installation time trade-offs by combining inextensible backing with dual-layer protection.

Asymmetric retainer parts embed in concrete frames to secure rails without damaging insulation layers during installation.

An embedded anchor features a chassis and bonding leg that transitions through a curved intermediate region to join panels securely.

A novel in-line process mills cellular PVC siding to create pre-finished clapboards with specific dimensional features.

Segmented panels form channels for removable battens, resolving the trade-off between manufacturing simplicity and design flexibility.

A construction panel with interchangeable arms enables lap or flush siding mounting through precise guiding mechanisms.

A cladding element foot profile houses a lighting device within a recessed receiving area to maintain facade uniformity.

Hardening molded material onto canvas reduces weight while preserving the aesthetic effect of original graffiti walls.

Adjustable spacers in the wall panel mounting system establish a dynamic air gap that enables moisture egress and airflow while simplifying installation.

Relief grooves in shock absorbing mats accommodate lateral expansion during axial compression.

Segmented panels with integrated attachment mechanisms install over existing surfaces without demolition, eliminating secondary finishing operations.

Coextruding an unfoamed barrier prevents thermal reactivation of foaming agents, reducing weight while maintaining structural integrity.

Staggered lugs on cladding accessories enable non-overlapping fixation, eliminating surface unevenness and preserving structural integrity during assembly.

Adjustable support blocks compensate for height differences exceeding 14 mm, eliminating the need for multiple profiled elements.

A plastering strip with expansion strips maintains sealing contact across variable gaps.

A lightweight cementitious panel uses low-density aggregates and fibrous reinforcement to reduce mass while maintaining structural integrity.

Thermoplastic resin bonds nonwoven fiber layers to isolate foundation cracks and block moisture vapor emission from concrete slabs.

An intermediate magnetic layer attaches ceramic tiles to uncured thinset, enabling easy removal without damaging the subfloor.

Closed cell extruded polystyrene boards with sealed intersections prevent moisture intrusion and condensation in wall assemblies.

A fastener connects a rotating thread to a stationary dowel via a hollow shaft.

Integrally formed locking elements and spacers align siding panels parallel to the support surface, preventing separation under wind forces.

Conical chamber walls distribute thermal expansion stress while the adhesion layer secures mortar, preventing cladding cracks.

A self-aligning double wire corner bead aligns along three surfaces to provide uniform thickness.