Floors TRIZ Cases

Side walls and stand-off members let a joist hanger pass through drywall to keep structural load transfer strong while preserving fire shielding.

A folded intermediate core creates a lighter slab plate with load-bearing strength, continuous installation channels, and added thermal and acoustic insulation.

A two-edge connecting element anchors floor panels to the main profile, spreading horizontal shear loads without extra supports or profile machining.

Threaded connector rods and removable nuts let precast concrete joints be disassembled and reused while grout and surface features carry shear loads.

Adhesive applied only on membrane ribs preserves water vapor flow while maintaining strong bonding for building envelope moisture control.

Peripheral rebar and steel fibers strengthen wide slab edges and corners while cutting concrete use and carbon footprint.

Interconnected tubes and channeled concrete receptacles create a trellis base that improves static stability and simplifies crawl space installation.

Base interconnections link support tubes into concrete beams, improving crawl space and elevated platform stability without complex site anchoring.

Factory-built steel deck and concrete floor cassettes cut site time while improving fire resistance, sound insulation, and service routing.

Integrated channels beneath supporting tubes form concrete connecting beams, improving crawl space stability while simplifying on-site reinforcement work.

Continuous upper grooves help precast floor elements bond with cast-in-situ concrete, resist negative moments, limit cracking, and reduce shoring.

A removable slab-to-beam connector uses sealed heads and smooth rods to speed floor disassembly, enable reuse, and improve shear resistance.

Bendable tongue protrusions improve end locking, keep displacement resistance uniform, and lower floor panel installation friction.

Concrete-embedded reinforcement at different heights protects the slab bearer from heat, preserving load support and limiting bending in fire.

A textured adhesive mortar bonds wood to flowable concrete, improving shear transfer in composite ceilings without complex milling or granule devices.

A one-piece transition portion reinforces lowered hollow-core slab regions, preserving bending and shear strength while keeping the lower layer thin.

A J-shaped anchor links concrete topping to a cellulosic subfloor, improving load resistance while avoiding the weight of corrugated steel decks.

Bridged abutment plates and angled lacer bars protect concrete joint edges, block debris, and transfer wheel loads across moving slabs.

Pre-installed bracing links joists to decking panels to resist rollover and wind uplift while cutting field bracing time and material use.

Snap-fit interlocking flanges strengthen cellular beam assemblies while cutting weight, corrosion risk, and assembly time.

Interlocking ribbed polystyrene vaults create a sanitary slab that carries loads while improving insulation, ventilation, and moisture and gas protection.

A vacuum-sealed sacrificial glass layer lets scuffed walkway panels be replaced quickly while the structural glass stays in place.

A laminated barrier using metalized film, aluminized fiberglass, and intumescent paper helps engineered wood resist fire spread and weather damage.

Continuous reinforcement and post-tensioning let concrete slabs carry construction loads without backshoring, cutting delays and labor.

Integrated reinforcing bars and splicing let concrete slabs carry construction loads without backshoring, cutting delays, labor, and material use.