Forms/Shuttering/Falseworks TRIZ Cases

See how a frangible mold connection enables single-pour countertops with thickened edges, reduc

A junction box assembly embeds outlets flush in concrete walls, removing visible cover plates while preserving code-compliant enclosure and safety.

A secondary plate and removable blank let electrical boxes cast into concrete sit flush without visible cover plates while meeting code.

A junction box assembly mounts to the concrete form so outlets finish flush without visible cover plates while preserving code-compliant installation.

A circulating drive with selective locking enables continuous, synchronized formwork climbing while reducing friction losses and manual actuator resets.

An integrated tank, motor, and pump on the climbing rail removes long hydraulic hoses, cutting leakage, maintenance, and synchronization drift.

Real-time setting-rate feedback adjusts slip form speed, position, and angle to prevent bulging and cracks during continuous building formation.

A compact prop head uses sliding brackets, a turret, and a locking pin to secure waler connections faster while reducing handling weight and injury risk.

Spring-biased locking and compression arms secure concrete form boards to varied stake shapes while allowing easy adjustment and removal.

Dual beam-locating features in a prop-head assembly keep horizontal construction beams from shifting and provide a fail-safe catch position.

A wedge intermediary between the corner element and panel enables quick formwork disassembly after concrete setting without damage.

Slight beam curvature and variable openings cut formwork weight while preserving central strength and limiting slab bulging.

Using the formwork top edge as a leveling reference helps create a flat foundation surface at the target height while keeping anchors accurately positioned.

A threaded telescoping form support improves concrete form leveling, cuts disposable formwork waste, and speeds setup with reusable supports.

Overlapping compensation decks let formwork platforms bridge panel gaps and adjust working width with stable support and simpler assembly.

Passive locking between the hook and formwork recess prevents upward dislodgment of climbing brackets without extra wedges or supports.

Aluminum extruded posts with interchangeable fittings cut formwork and shoring inventory while speeding assembly across vertical and horizontal builds.

Automated climbing formwork uses adjustable securing appendages to lift and anchor inside shafts with less labor, time, and wall residue.

A multi-level drophead lets slab formwork build standard and cantilever grids with fewer parts while preventing plywood trapping during early striking.

Multiple beam-locating features on a prop-head assembly catch laterally shifted beams to prevent falls and keep column-supported framing stable.

Integrated lifting and adjustable anchoring sections let shaft formwork climb and secure itself, cutting crane use, labor, and attachment time.

A threaded bar and elastic-lip spacers let concrete wall formwork panels be positioned from one side while maintaining joint tightness.

Pre-positioned anchor shafts and sill plate markings prevent bolt misalignment and utility conflicts in prefabricated wall installation.

A pivot-mounted catch grid secures gaps between formwork beams without extra guides, reducing installation complexity and fall risk.

Standardized extruded posts with reusable fittings cut formwork and shoring inventory while speeding assembly and supporting worker access.

Cross-arranged plates and vertical protrusions let one formwork head support multiple beams and direct panel placement without gaps near walls.

Interchangeable wedge faces and angled engagement surfaces secure shoring components across ramp angles while preventing shifting.

A two-part reversible connector lets formwork shells separate from beams by normal pulling force, cutting damage, waste, and disassembly time.

Movable fingers on a form panel seal uneven surface gaps faster than manual wooden boards while securely retaining castable slurry.

End clips, pockets, and side trough connections simplify concrete formwork corners, speed assembly, and improve stability without extra support.

An integrated lifting chain, winch, and retractable formwork structure replaces cranes for overhanging concrete work in confined sites.

An integrated hydraulic lifting formwork machine replaces cranes for overhanging concrete work in confined spaces, cutting time, cost, and manpower.

A removable plug creates a post-cure void for threaded fastener access while the embedded anchor body preserves concrete load support.

Clamping or magnetic fixation keeps a long ridge aligned on formwork, preventing twisted concrete grooves and simplifying setup.

A balanced hook-and-weight lifting fork speeds standing formwork transport and assembly while reducing manual fastening and storage space.

Self-aligning corner locks and gravity-assisted drophead release speed large-panel detachment and reduce labor in slab formwork cycles.

Two independent mounts let one suspension shoe support the climbing rail and carriage, reducing anchor points for exterior construction.

Hinged hooks let crews secure concrete-floor formwork from below, reducing elevated assembly hazards while keeping panels stable.

A movable locking hook lets workers assemble and dismantle concrete-floor formwork from below while supporting early striking and material reuse.