Floors TRIZ Cases

Amorphous colloidal silica penetrates concrete to enable uniform material shaving via a bladed tool edge.

Positioning dimples on framing components guide precise alignment while securing plate members avoid interference with the dimple geometry.

Universal support pieces carry insulation panels astride partition walls, reducing component complexity and manufacturing costs.

Bridging supports span parallel joists to create a stable flooring surface without compacting insulation layers.

Segmenting the tie bar into an insert and sleeve allows easy form removal after pouring, eliminating tight fits that cause labor delays.

Force-neutral zones absorb shear forces from media lines, preserving the shear-bearing capacity of concrete structures.

A noise control flooring system uses a compressible layer to create a resilient cushion within an entangled net structure.

Temporary supports ensure precise assembly positioning then extract to eliminate air pockets in the steel beam interior.

A cold formed metal stud features flange channels and web openings for structural framing applications.

A connector with a sleeve and piston element uses mechanical oscillations to liquefy thermoplastic material for anchoring.

Closed stirrups extend connecting rings to receive beam surface longitudinal rebars, resolving spatial conflicts in narrow rib widths.

Magnetic suspension decouples interior components from wind turbine towers using elastic coupling to absorb vibrations and preserve structural integrity.

A load transfer plate and pocket system self-centers between concrete slabs to distribute vertical loads across a broader area.

Preliminary supports and sliding blades secure beams to pillars, eliminating visible shelves while ensuring structural stability during assembly.

Asymmetric elastomeric sleepers isolate structure-borne noise while maintaining structural support for commercial flooring assemblies.

A sliding reinforcement basket retracts into a concrete precast slab to resolve the contradiction between structural connection strength and handling ease.

An integrated connection device combines thermal insulation with shear and compressive force transmission, eliminating complex multi-component assemblies.

Extruding metal sections into polystyrene creates bidirectional reinforcing channels, eliminating separate insertion steps and reducing construction complexity.

Segmented modular panels integrate plumbing lines to resolve weather protection trade-offs in temporary housing.

Steel beams with carbon-fiber reinforcement reduce vertical depth to increase usable floor space and lower construction costs.

Welded lateral side plates transfer horizontal loads from steel beams to consoles, preventing longitudinal movement.

A hollow composite beam uses a dual-web structure to house tendons within an internal space for efficient tensioning.

A modular floor-ceiling assembly uses profiled hollow bricks to form a space for reinforced concrete beams.

Modular inverted-T insulated tracks with adjustable legs resolve assembly complexity while providing thermal resistance and moisture control.

Press brake deformation induces permanent camber in tub girders, resolving manufacturing complexity while improving load-carrying capacity.

Carrier elements support a sealing film on the formwork panel, preventing complex insertion and ensuring water tightness at expansion joints.

Flat reinforcement plates expand the concrete contact surface, raising traction resistance without adding material volume.

Concentric projections and lateral extensions allow nested stacking, reducing plastic usage and overall height for ventilated floors.

U-shaped composite beams with segmented brackets simplify manufacturing and reduce costs while maintaining structural integrity through consistent depths.

Self-drilling stand-off fasteners eliminate steel beams and powder-driven tools, reducing installation time while maintaining load-bearing capacity.

A hollow cylinder drying device uses a sliding conical element to seal floor openings and maximize air volume flow.

A building element features an insulating body with through-apertured formations for post-tensioning tendons.

Expansion ring actuator expands malleable seal radially to resolve installation errors and flow restrictions in retrofit roof drains.

Tensioned tendon assemblies compress precast concrete edge beams between columns, eliminating on-site curing delays and reducing construction costs.

Milling recesses into steel blanks enables precise bending with laser welding reinforcement for high rigidity.

Offset wavelike plastic walls transfer vertical loads and allow lateral movement, preventing spalling under heavy traffic.

Opposing hooks pinch reinforcement bars to stabilize hollow sections, preventing guardrail overturning under force.

Breakable portions in the thermal breaker adjust its profile to accommodate reduced axial spacing without complex cutting.

A decking connector wedges into board grooves to secure planks without visible fasteners.

Multi-height leg members maintain reinforcement position while preventing reflective cracking in composite structures.

Heavier gauge stiffening connectors join light gauge deck pans to resolve the tradeoff between material quantity and load carrying capacity.

A segmented reinforcement element connects carrier components via rods to distribute forces in concrete slabs.

A vibration damper device connects warehouse crossbeams to main beams using an intermediate floating element and elastoplastic members.

Vertical cuts with enlarged bases anchor transversal bars in profiled sheet stiffeners, resolving assembly difficulty and boosting load-bearing capacity.

Internal beams within the core material relieve high shear forces, reducing panel thickness and weight while maintaining structural integrity.

Hybrid vibration isolation system fills hollow steel support members with damping foam to reduce floor-borne vibrations.

A formwork mechanism uses perforated plates and structural elements to construct reticular slabs.

Alternating thermal insulation blocks with structural concrete connection elements reduces thermal bridges while simplifying floor-wall installation.