Walls TRIZ Cases

Insulating plastic bar between metal frame and façade blocks heat transfer without compromising structural stability.

A triangular modular shuttering block with integrated assembly means enables precise interlocking alignment of formwork segments.

Complementary edge shapes lock adjacent collapsible formwork modules in place, eliminating tedious positioning and reducing transport space.

A pocket hole method drives fasteners into spaced fiberglass profile walls to create a secure mechanical joint.

Inorganic ceramic boards replace organic polystyrene to resolve the trade-off between thermal insulation performance and fire prevention requirements.

A split iron frame door structure uses detachable thin-wall square tubes and flat iron sections connected by I-shaped materials.

Frame clips attach new cladding members to existing foundational frames, eliminating the need to remove structurally sound aluminum frames during updates.

Sliding connector posts eliminate foundation requirements and assembly complexity by enabling tool-free reconfiguration of frameless wall systems.

A modular assembly jig system configures structural elements on-site using adjustable clamps and alignment guides.

Ballistic paver blocks form multi-layer walls that stop NATO M80 rounds without metal shielding.

A demountable wall system uses slideable seals and caps to hold panels within frame channels for clean interior aesthetics.

A hybrid wall anchor uses a thermoplastic thermal break to isolate metal components and reduce heat conduction through cavity walls.

Grid array thru-holes in expanded polystyrene panels disrupt mechanical coupling to resolve complex installation trade-offs and reduce sound transmission.

L-shaped joint plates position anchor bolts below reinforcement bars, preventing interference and maintaining pull-out resistance.

A partition profile uses elastomeric elements to frictionally couple sheet-like panels for secure mounting.

Segmented formwork elements use push-in brackets to reduce transport volume while maintaining structural stability.

Segmented wall panels house electrical assemblies in internal chambers, resolving conduit routing challenges while maintaining structural integrity.

Intumescent washers expand under heat to form insulating layers, preventing smoke barrier failure during fires.

Elongated metal restraint strap with distributed bolt members links parallel structural bodies to suppress displacement.

A tapered section distributes closing force on the gasket, preventing premature deformation and easing lid closure.

Elastomeric vapor permeable membranes on reinforced foam panels reduce thermal bridging and simplify building envelope installation.

A tie rod with a smooth intermediate section reduces friction during building component installation.

Compressible foam sealing plug with intumescent layer seals irregular curtain wall mullion passages, expanding under heat to block fire and reduce noise.

Plastic deformation of the panel frame reduces mechanical stress on building structures during explosions.

A universal sealing profile with a U-shaped central section and perpendicular webs maintains a common sealing plane across post-and-beam constructions.

Wedge-shaped intermeshing elements inside the profile apply tensile stress, preventing deformation under load while preserving external appearance.

Temporary segmented opening forms replace permanent wooden frames, eliminating thermal bridging and water ingress risks while maintaining insulation integrity.

Turnbuckle-based tensioning mechanisms stabilize prefabricated steel wall panels, preventing strap buckling under load without requiring site re-welding.

Rigid guide profiles constrain cavity blocks to eliminate operator skill dependency while enabling non-vertical and ventilated wall configurations.

A reconfigurable partition assembly uses beam channels and connectors to move work tools along a support structure.

Segmented hard foam bases with guide channels fix profiles while resisting heat conduction through screw grooves.

A modular cap panel adjoins wall panels to form a fire-rated ceiling enclosure.

Steel reinforcement strip with integral spacing protuberances maintains wire straightness for complete mortar embedding.

Segmented wood boards attached by brackets form a cavity filled with insulation, boosting thermal resistance while maintaining structural strength.

Alternating mirror-image corner blocks with integrated protrusions form 90-degree corners, eliminating costly external fasteners.

U-shaped rails and composite panels enable reusable partitioning that reduces demolition waste and material loss during space reconfiguration.

A separating cut isolates the base while an exoskeleton absorbs seismic forces, reducing structural volume and interrupting rising dampness.

Telescoping extendable members within a slotted housing adjust to span openings, eliminating single-use wood frames and reducing material waste.

Laminate floor panels use mechanical locking systems to connect non-rectangular segments, resolving swelling issues in printed paper layers.

Inner-mounted sealing sheets protect against abrasion while guides ensure alignment, resolving durability trade-offs in modular containment systems.

Segmented panels with energy-absorbing cavities distribute ballistic loads, resolving the trade-off between structural mobility and protection reliability.

Segmented wall modules reduce construction time and project complexity while maintaining structural integrity through parallel manufacturing.

A glazing frame with detachable clamping parts enables direct access to the glass unit from either building side.

An intumescent strip expands within a header track to seal head-of-wall construction joints against heat exposure.

Align dry cast blocks with non-planar topographical definitions and mirror-image edges to eliminate visible joints between adjacent units.

A pre-bent steel flute plug assembly compresses fire-blocking material within head-of-wall voids to create a durable seal.

Universal pockets in a molded plastic housing accept interchangeable locking elements, reducing manufacturing complexity and inventory costs.

A non-linear dynamic absorber transfers vibrational energy from a rigid panel to an attached mass via a leaf with embedded ends.

Risers extend above outer members into stacked voids to eliminate vertical pinning while allowing foundation nailing.

Pre-made triangular forms coupled to struts via hinges enable spontaneous alignment of axial and dihedral angles during geodesic structure construction.