Artificial Islands TRIZ Cases

Segmented modules with integral perforations dissipate wave energy through turbulence, reducing installation costs and protecting shorelines from erosion.

Modular steel formworks reduce labor costs and construction time while improving concrete surface quality.

Guide brackets position tensile members to transmit soil pressure forces directly to piles, resolving difficult force application in soft ground.

Rotatable locking members on a subgrade vault lid resolve the contradiction between ease of access and security by allowing selective engagement.

Countersunk channels and nested nuts prevent safety hazards from protruding components while maintaining structural integrity.

Segmented gravity base system reduces fabrication difficulty and material costs by using independent ballast confiners for stability.

Composite steel and concrete members resolve fatigue versus cost contradictions while heave plates reduce motion response amplitude for deep-sea applications.

Segmented tapered blocks with reversible faces create random visual variety while maintaining manufacturing precision and reducing labor costs.

Direct horizontal force sensing replaces indirect rack phase differential methods to resolve inaccurate leg bending moment readings.

Tapered interlocking blocks stack without mortar, reducing installation complexity and skill requirements for retaining walls.

An inclined stabilizer bar guides a motor-mounted handle to improve maneuverability and stability while reducing weight and assembly time for horizontal boring.

Precast concrete modules form channels for underground water flow management while resisting traffic loads through segmented composite construction.

Segmented composite panels join via half-lap connections to form large structures, reducing transportation weight while maintaining structural strength.

A tripod linkage mechanism with a stop locks legs at predetermined pivot angles.

A suction caisson system employs a weakened section to shear off during ice impact, protecting subsea wellheads from gouging damage without complex shielding.

A monopile maintenance unit attaches to offshore foundations using a self-propelled jack-up barge and hydraulic erection system.

Multi-layer protective coating applied to offshore wind support struts prevents bacterial adhesion and corrosion while enhancing structural rigidity.

Segmented plastic base and upright sections anchor natural stone cladding, eliminating heavy burial requirements.

A rectangular fiber sheet system with attached netting stabilizes soil and captures sediment.

Force sensors detect drill string sag and bending moments to correct azimuth and inclination measurements, resolving trajectory precision errors.

Segmented face panels and beams resolve the trade-off between structural variability and production cost by eliminating custom molds.

A tensioning apparatus uses a ball and socket joint to adjust tether angles on subsea buoys.

Disposable road plates in an adjustable frame eliminate asphalt shaping, reducing setup time and labor costs.

A precast cantilevered wing wall uses a base shear key and grout-filled blockouts to enhance friction resistance.

Segmenting the retaining wall and column with a moving diaphragm beam reduces axial compression and shear forces caused by thermal expansion.

Segmented precast concrete panels use flexible geogrids wrapped around anchor rods to resolve stability versus adaptability trade-offs in earth retention.

Rotatable locking members and tamper-proof fasteners secure a subgrade vault against unauthorized access while maintaining easy authorized entry.

Segmented modular building elements integrate beam members and alignment voids to resolve structural variability limits while reducing mold costs.

Segmented concrete panels with angled reinforcement connect via in-situ grout, eliminating specialized ground anchors and reducing construction time.

A spring-loaded closure plug seals a key access opening in a locking mechanism to prevent debris entry.

Nesting the hinge inside the frame protects the mechanism from traffic loads, reducing wear while maintaining operational ease.

A jack-up rig supplies power and drilling mud to a movable decommissioning tower positioned over an offshore well bay.

Radial frame members support skirt panels on a prefabricated thumb section, eliminating heavy crane reliance and reducing tolerance stack-ups.

Real-time earth pressure monitoring calculates shield casing friction forces to prevent jamming and maintain continuous tunneling operations.

Segmented caissons penetrate the seabed via depressurisation, reducing transport drag and installation time.

An extender bar raises mooring line connections above the seabed, preventing trench erosion that reduces pile holding capacity and station-keeping reliability.

A shaft assembly adapter connects new polymer liners to existing sewer bases, enabling rapid installation without full component removal.

Segmented boards create an inner channel that routes electrical conduits, resolving the trade-off between configuration versatility and system complexity.

A hybrid utility cover combines a metal outer frame with a polymer concrete insert to support traffic loads while allowing wireless signal transmission.

Polyethylene shoring panels resist delamination from moisture while metal corner protectors prevent structural damage during installation.

Modular offshore wind supports use hollow concrete segments lined with steel or FRP inner pipes to reduce cement consumption and construction difficulty.

A claw device uses pivotable arms to frictionally grip manhole frames, reducing manual labor during heavy assembly installation.

A flat fiber sheet system replaces cylindrical wattles to eliminate ground gaps and water undercutting while reducing transportation costs.

A modular manhole base assembly uses a non-cylindrical concrete core fully lined with polymer or fiberglass to protect against chemical and physical attack.

An embedded wireless power reception antenna charges the manhole cover battery without manual replacement, eliminating traffic control needs.

A manhole cover latch assembly incorporates a follower arm and stop feature to facilitate controlled pressure dissipation.

Ice-breaking protrusions and visco-elastic coatings absorb vibrations, protecting primary structures in arctic regions.

Segmented enabling members and asymmetric coded interfaces resolve the contradiction between high security against unauthorized access and device complexity.

On-site electricity generation from recovered gas lowers operational costs while foldable liquid containers reduce transportation expenses.

Dechlorination microbial capsules use electricity-generating microorganisms to flow electrons through steel fibers, removing chlorine ions from seawater.