False Floors TRIZ Cases

See how connecting flanges nested between top plate and sponge layer secure ramp sections to pr

See how a threaded-rod floor element enables continuous height adjustment from above, solving a

Individually controlled LED strips in a raised floor create reconfigurable AGV routes, cutting localization complexity and line-change downtime.

An elastic open ring locks or unlocks raised floor support tilting without changing the head or intermediate element, cutting complexity and cost.

A moisture-expandable core layer swells at panel joints to block water ingress, while keeping interlocking floor panels easy to install.

Spiral lower and upper rotors speed raised-floor height adjustment while built-in markings provide immediate, precise level identification.

Modular rails, spacers, and adjustable feet create level elevated flooring without bonding agents, easing tile replacement and outdoor drainage.

Detachable edge connectors lock adjacent floor panels to spread loads, keep surfaces even, and drain water without adjustable feet.

A reversible adapter lets one raised-floor support head hold panels, wooden joists, or metal sections while cutting mould, storage, and installation complexity.

Elastic side-wall notches lock slats quickly on uneven floors, avoiding wedges, vibration, and height shifts during batten grid assembly.

Spiral lower and upper rotors enable fast raised-floor height adjustment while clear markings show the set height immediately.

A translating extension frame and folding railing keep an elevated worker platform rigid, level, and safer to traverse during extension and retraction.

An elastic open ring locks or releases head tilting on a universal raised-floor support without redesigning its core components.

Wind-induced uplift can dislodge paving slabs; a retention member and tension path secure them to the floor support.

Support bases, crossbeams, and grooved floor corners accommodate varying floor thicknesses while preserving a smooth surface.

This case uses concealed fasteners and single-material pedestal construction to improve appearance and weather stability.

A spherical joint and friction lock enable in-situ angle adjustment and stable raised-floor support under load.

A threaded head adjusts support height, while radial ribs and a pivotable element guide uniform outdoor floor board spacing.

Nesting support components provide adjustable flooring heights for 10–24 mm clearances while maintaining stable slab support.

Segmented restraint components attach to pedestals to resist wind uplift forces while allowing selective tile removal.

Spherical cap geometry allows large angular pivoting in support bearings, resolving moisture accumulation and construction complexity issues.

Segmented support plates allow independent repair of broken sections without removing continuous wooden boards, resolving assembly complexity.

L-shaped profiles support filling elements, reducing material usage and improving rainwater drainage efficiency.

Curved window support element guides spacers radially to resolve fixed-distance constraints and enable non-rectilinear slab geometries.

A flooring panel integrates a warning element that projects beyond the surface to form a visual hazard indicator.

A raised floor support head uses a ring nut and threaded protrusion to lock a tilting element in place.

Pin fasteners secure braced pedestals to eliminate threaded engagement, improving assembly ease while maintaining structural stability.

A rigid floor tile featuring a matrix of interconnected vaults on its underside to create channels for air, water, and wiring.

A raised flooring grid integrates threaded sustaining elements to enable rapid height adjustment and flexible tile placement.

A support plate uses a bolt-shaped clamping extension to secure floor tiles on rail substructures.

Adhesive anchors join subfloors to concrete slabs without piercing, preserving surface integrity and reducing sound transmission.

A deck pedestal uses a threaded shaft and connectors to adjust height precisely.

Stackable connecting pieces with interlocking relief projections and cavities bridge large surface irregularities while maintaining structural stability.

Through holes in the bridge allow adjustment of feet height and inclination after beam positioning, reducing installation time.

Screw adjustment lifts the upper support while plug-and-turn stacking extends the distance range on uneven ground.

Cutting slots in the tile enable on-site size adjustments, resolving inflexibility in modular platform configurations.

Segmented supports reduce material waste by cutting only replaceable members while insulating materials block noise transfer.

A peripheral restraint system uses a wedge member to frictionally grip an anchoring member against a wall, securing elevated flooring units.

Support plates bridge pedestals and tiles using adhesives to prevent movement while maintaining drainage gaps.

Integrally formed ground connector clip on raised floor pedestal post eliminates separate grounding components, reducing installation complexity and cost.

A safety mesh beneath the paver contains shards and absorbs impact, mitigating injury risk from brittle failure.

A terrace pedestal uses a bituminous levelling body to adhere floor boards directly to the supporting plate.

Threaded connectors in the adjustment apparatus modify vertical distance between base and support plates, accommodating uneven substrate surfaces.

Buttress threads adjust floor height to prevent soil compaction and corrosion in crawl spaces.

A leveling spacer device uses a protection ring nut with differentiated friction surfaces to press tiles without scratching.

A modular temporary flooring system uses tongue-and-groove panels to create a secure surface.

Open cell structural panels attach to framing members via clips and mechanical fasteners.

Arresting means hold the locking element in position to prevent pin disengagement under vibrational stress.

A dampening spacer uses a resilient bushing to isolate the screw from construction elements for effective vibration control.

Threaded pin connectors enable height adjustments from above, improving access beneath decks while securing guardrails to the framework.

A raised floor support system uses spherical coupling between a concave base and lower element to maintain vertical alignment on uneven surfaces.