Walls TRIZ Cases

Double jack screw mechanisms adjust individual glass panel heights to accommodate uneven floors while stiffening channels maintain structural integrity.

Composite shells and dampening materials reinforce structures against blasts while reducing installation complexity.

Non-metallic elongate members with opposing flanges enclose panel frames, reducing construction time and material waste through off-site assembly.

Vertical support structure carries loads through aligned holes while mechanical attachments join logs independently.

Non-wooden thermal break accommodates differential expansion between concrete wythes while providing structural support for mounted fixtures.

A 3-stage facade element uses a vacuum silica board between hydrophobic layers to achieve high thermal insulation.

Angled block clamp assembly holds glass partitions securely within a slot, enabling easy removal without damaging the partition.

Offset profile element stacks plasterboard sections on parallel fastening surfaces to create a rigid double layer wall system.

A beam-connection member with a perpendicular column surface and internal rib transmits stress between structural components.

Rigid plate base prevents deformation during handling, reducing manufacturing time and eliminating specialized equipment needs.

A composite expansion joint seal uses a non-foam member between foam prisms to deliver water and fire resistance.

Relocating structural supports to the exterior allows interior cavity filling with local soil or waste, reducing transport costs and material usage.

Vertical mortises in horizontal logs accept splines from upright timbers, eliminating heavy equipment needs for assembly.

Encapsulating a rigid wood core with high-density rail insulation resolves the contradiction between structural soundness and thermal reliability.

Optimized web thickness ratios in insulating bricks reduce vibration to improve soundproofing without compromising thermal performance.

An insulator profile overlaps an inner seal to create a continuous sealing plane and enhance mechanical stability in facade structures.

A sliding panel system uses a displaceable hinge pin to pivot panels within a frame.

Pre-installed upright portions in an insulated concrete form holder constrain lateral movement to eliminate manual alignment adjustments during construction.

Segmented blocking part resolves privacy versus openness contradiction in outdoor structures.

Segmented dampers in the building envelope dissipate wind-induced torsion energy, eliminating heavy pendulum masses and preserving usable interior volume.

A modular wall panel system uses a pivotable lower trim assembly connected to a floor channel for quick reconfiguration.

A composite foundation wall system combines timber studs, fiberglass reinforcement, and foam insulation for structural integrity.

A relocatable concrete armory vault uses removable lifting cams to enable easy relocation of the heavy structure.

Segmented wall elements with integrated sealing modules resolve weight versus insulation contradictions in mobile partitions.

A movable wall panel system uses a sensor and touch screen to manage drive activation for safe operation.

A nonwoven acoustic panel blends comminuted seatbelt and airbag fibers with low melt binder to create a structural mat.

Integrated bracket portions on corrugated bridging members resist torsional loads in steel stud walls without separate fasteners.

Particulate poly(phenylene ether) reduces flammability and moisture absorption in rigid polyurethane foam.