Floors TRIZ Cases

Deformable locking elements enable secure floor panel assembly by resolving the trade-off between connection strength and ease of operation.

Ground-level floor plates use cambers and pedestals to control deflection, reducing crane operations.

End connectors with struts and diagonal members increase end reaction load capacity by up to 100%.

Panel-shaped formwork features upper edge support with integrated positioning recesses for reinforcement placement.

Integrating fixing bases into a concrete pre-slab allows spoiler-type retaining elements to form the peripheral rim, reducing manual setup time.

Prefabricated beam units feature structural engagement connectors that interlock under gravity assistance for rapid on-site assembly.

Hinged flanges engage reinforcing bar ribs to maintain vertical position stability in shifting soil.

Segmented beams support a flush floor, eliminating storage space needs and preventing liner damage during installation.

A prefabricated concrete element integrates main and secondary thermal insulation units to ensure continuous protection across the construction surface.

Prefabricated storey modules hoisted vertically using cranes and pull cables to eliminate sequential concrete curing delays.

Light gauge steel extendable joists resolve the contradiction between structural strength and installation complexity in traditional timber decking.

Integrally connecting hollow columns and beams via a poured bonding core eliminates temporary shoring needs while resisting dynamic loads.

Cavity-forming devices position rebars to bridge post-tensioned concrete slabs, eliminating construction delays caused by slab tensioning shrinkage.

Chemical etching with amorphous colloidal silica shaves concrete surfaces without mechanical scratches, reducing labor costs and improving finish quality.

Asymmetric cellular steel beams accommodate concrete units between flanges while integrating service structures within web openings.

Spaced steel beams support prefabricated concrete panels, enabling shallower floor cross-sections while maintaining load-bearing capacity.

Segmented bracing units distribute loads between structural members, reducing shear stress failures under torsional loading.

A variable vapor barrier changes permeance based on ambient humidity levels.

Segmented plates and pockets minimize air gaps and misalignment stresses while distributing loads across slab edges.

Movable support carriages pivot to hold formwork panels, then lower to maintain continuous beam support after curing, enabling early panel reuse.

A joist pocket assembly integrates a structural frame with insulation layers and sealing flanges to create a continuous vapor barrier.

Segmented cover panels nest together to minimize storage space while spanning the pool opening without damaging the structure or requiring drainage.

A modular screed hardware apparatus with an adjustable peel-and-stick base and cap enables precise height adjustments during concrete pouring.

A tubular connector transfers shear flow between structural elements using a cutting toothed crown, eliminating pre-drilled holes and resin sealing.

Segmented concrete ceilings use a porous granulate surface to absorb sound energy without compromising the thermal conductivity of the underlying mass.

Integrating receiving elements with insulating formwork modules reduces on-site assembly time and positioning effort for parapet securing.

A selectively permeable multilayer structure blocks liquid water while allowing vapor transmission.