Floors TRIZ Cases

Pre-formed slots in insulation segments secure drainage tubes, preventing displacement and simplifying slab manufacturing.

A floor structure uses a granulate insulation layer with integrated channels to extract moisture via vacuum pressure.

An irregular polygon spacer extension rotates to adjust plank spacing, preventing moisture accumulation between planks and the substructure.

Elastic securing clip engages flooring elements via guiding groove lips, eliminating tool requirements and preventing component damage.

Recessed connectors eliminate tripping hazards while rotatable couplers enable easy lifting of heavy mats.

Secured void forming members form a reinforced honeycomb structure that withstands soil erosion and moisture variations without cracking.

A concrete shaping insert uses interstitial tubes in displacement bodies to accept connecting components for on-site assembly.

Rigid trapezoidal insert modules replace fragile foils in crawl spaces, eliminating tearing and leakage while ensuring reliable thermal performance.

Rounded sockets retain mounting pins to form hinge joints, maintaining consistent rotation axes and predictable gap sizes across varying incline angles.

A modular platform with a grid frame provides an elevated support surface using hollow tubular members.

Suspended aluminum panels with spring mounts reduce impact forces and eliminate complex welding processes.

A bridge drainage device with smooth surfaces connects adjacent floor units to maintain continuous water flow paths under building foundations.

Optimized austenitic stainless steel composition lowers thermal conductivity to 13.5 W/mK while maintaining structural strength and corrosion resistance.

Conformal sound insulation layer reduces sound transmission through corrugated metal decking to meet building code standards.

Prefabricated clay floor blocks incorporate integrated joist seats and expanded clay granules to eliminate thermal bridges and reduce construction time.

Polymer shell with internal compartments supports layered rebars and a concrete slab, reducing material waste and labor costs.

Segmented components and dynamic clips reduce installation time while maintaining panel alignment and preventing edge damage from heavy loads.

Segmented membrane creates a dynamic gutter depression that diverts infiltrating water from wall joints, preventing structural decomposition.

A prefabricated concrete slab uses a monolithic metal cage to resist bending forces during transport and installation.

Embedded fabricated truss supports construction loads before curing and resists tension stress with concrete.

Recycled spacing blocks in base panel depressions eliminate lumber joists and on-site measurement.

Securement brackets on hollow web members transfer shear force into concrete, resolving the contradiction between rapid assembly speed and structural strength.

Pin-connected aluminum frame beams allow manual assembly, eliminating crane requirements for confined bridge maintenance.

Composite balcony ribs channel rainwater runoff while supporting structural loads, eliminating separate gutters that reduce usable height.

Integrated metal reinforcement bars within an expanded plastic body eliminate temporary supports during installation, reducing labor costs for longer spans.

Thickened precast concrete floors connect via hollow steel frames and elastomeric pads, reducing on-site errors during modular construction.

A joint profile uses hook-shaped retaining elements engaging undercut grooves to secure pivotally resting bridge unit heads within anchor sockets.

Variable-width slots minimize friction during insertion while ensuring precise alignment of reinforcing elements in concrete slab modules.

Embossed sheet metal increases dimensional stability in the formwork element, eliminating on-site drilling damage that compromises reusability.

Embedding wooden joists in foam forms replaces steel ribs, enabling large clear-spans while maintaining industry acceptance for residential construction.

Continuous production of massive cross-laminated timber plates with inserted pre-stressed ribs reduces vapor condensation risk and improves load resistance.

Prestressed metal jackets confine wooden cores to prevent local buckling, resolving fire vulnerability without chemical treatments.

Tapered rail members create a drainage slope while a perimeter ventilation panel provides airflow to prevent moisture accumulation and structural degradation.

Rigid foam insulation boards fit between I-joists to resolve labor-intensive installation and sagging issues in insulated floor structures.

A self-raising concrete form uses a translating wall to clear protruding rebar during vertical movement.

Replaceable buckling restrained reinforcements allow quick component replacement, reducing post-event repair time and avoiding total building demolition.

A prefabricated floor element uses two insulation parts with different thermal conductivity coefficients to optimize heat resistance.

Segmented nodes and tubes create multi-level frames with continuous cavities, resolving assembly efficiency versus structural stability.

Modular edge protection system couples adjacent PVC formwork lengths with steel bridging pins, eliminating installation sloppiness and panel interface damage.

Shear connectors join light gauge steel beams to concrete infill panels, eliminating heavy pre-cast elements while maximizing composite slab efficiency.

A checkerboard arrangement of connected and supported slabs uses removable fasteners to cut assembly time while maintaining structural stability.

Pre-drilled rim and ledger brackets align mounting bolts to eliminate manual holding, reducing labor costs while ensuring structural code compliance.

Merging anchors with inclined metal strips creates a truss structure that boosts shear resistance without adding separate components.

Recesses and projections in flat building modules enable staggered assembly, resolving stability trade-offs while reducing material usage.

L-shaped sheet metal parts with longitudinal recesses secure vertical brackets to reinforce concrete components against punching shear.

Recycled thermoplastic composite structures reduce construction complexity and environmental impact while maintaining structural integrity under heavy loads.

Mechanical vibration activates thixotropic flow in concrete around a guardrail sleeve, eliminating radial gaps and preventing deformation during installation.

Integrating reservation boxes into precast slabs eliminates manual duct installation, reducing construction time and complexity.

Perpendicular support integration eliminates visible metal saddles and preferential heat transfer zones in concrete floor slabs.