Artificial Islands TRIZ Cases

Segmented cross-members create openings that permit hand and tool access through the cover without increasing fall risk.

Vacuum ports in the safety fabric allow cleaning operations without removing covers, preventing fall and fire hazards in oily water lift stations.

A lockable utility box lid uses a recessed fastener cavity to secure the enclosure without exposing hardware.

Deck structures advance along guide means to form tunnel roofs, reducing landscape disturbance and reinstatement costs.

A bipartite sensor array uses rigid bodies and elongate flexures to measure tilt.

Curved wall panels distribute soil pressure across support posts, reducing labor costs and enabling DIY installation without heavy equipment.

Stochastic deterioration models estimate structural health and residual service life for offshore jacket platforms lacking inspection records.

A cellular sheet pile retaining system uses deeper unconnected tail walls to anchor the face wall and improve structural stability.

An expanding hydrophobic sleeve seals groundwater defects while a resinous liner cures to structurally renew the wall without manual entry.

Wedge insertion adjusts manhole cover height and inclination to match changing road surfaces.

A removable obturation device uses radial arms and extensible rods to block cylindrical passages.

Segmented module fabrication reduces heavy-lift vessel dependency, minimizing project delays while maintaining reliable installation completion.

A height-adjustable sewer adapter uses a circumferential wall on its bearing surface to define the mortar placement area.

Displacing means reposition elongate elements on a vessel deck, resolving insufficient lifting crane reach.

Segmented blocks with nested drainage channels eliminate hazardous gaps while ensuring reliable water flow.

Upward and downward reinforcement parts act as a simple beam to increase load-bearing capacity by 8.5% while reducing material weight by 13%.

A guide structure with sloping surfaces directs a super structure onto a foundation pile top end during lowering operations.

A honeycomb plastic plate provides structural support and erosion protection for embankments.

A dual-frame marine growth removal system cleans pile surfaces using high-pressure jetting and mechanical scraping mechanisms.

A spring-biased latch bolt secures a manhole cover within its frame to prevent unauthorized removal.

Full steel top-down construction eliminates concrete curing delays, reducing material storage and shortening the overall project timeline.

An insulated grid electrode provides electrochemical fouling protection for wetted structures.

Segmented hull construction reduces excessive loading and residual stresses during deck mating by lowering only the column portion.

A telescopic marine tower uses internal ballasting fluid to extend sections for offshore installation.

Segmented auxiliary structure enables one-visit installation by separating transport buoyancy from seabed anchoring.

Concave-convex structures and embedded grooves replace bolted connections to resolve stress concentration and waterproofing issues in assembled subway stations.

Segmented robotic arm uses counterweight support beams to reduce stress on fastening points while maintaining stability in harsh splash zone weather conditions.

A subsea vessel uses concrete fillers with glass bubbles to provide adjustable buoyancy for deepwater deployment.

Self-centering engagement cams and adjustable radial arms cut circular grooves to remove manholes on uneven surfaces.

Suction buckets anchor an offshore template via negative pressure, ensuring accurate pile alignment despite uneven seafloors.

A thermoplastic liner anchors within a new monolithic concrete wall to prevent corrosion and infiltration in deteriorating manholes.

Universal joints enable passive self-adjustment of cleaning mechanisms on curved surfaces, reducing destabilizing traction forces.

Flexible anchoring sheets extend rearward into the embankment to distribute tensile forces across multiple aligned blocks, preventing outward displacement.

Planar members between jacket and pile minimize movement to protect subsea packers from shearing forces, reducing installation costs.

A movable offshore cantilever uses a single sliding and swivel assembly to rotate about a fixed vertical axis on the deck.

An inflatable spacing member adjusts jacket height between flanges, enabling safe load transfer through cured grout after temporary support removal.

Level alignment between the foundation platform and tower entrance eliminates vertical transport gaps, reducing installation complexity.

Dual ramps on the frame guide cover cams for progressive tilting, preventing jamming and eliminating manual intervention.

Segmented spacers maintain uniform ventilation gaps to prevent heat and moisture buildup that compromises insulation effectiveness.

A manhole cover key lock uses a spring-loaded latch to ensure automatic closure without manual intervention.

Integrated wall components merge rainwater collection with structural support, eliminating bulky external tanks and reducing visual clutter.

Integrated liquid gauges in guide tubes measure pile height to resolve the contradiction between diver-assisted measurement time and placement precision.

A movable carrier with a rotatable stabilizing plate locks tensioner cylinders to prevent uncontrolled swinging.

A cylindrical support device uses a spring mechanism to lift offshore topsides.

A structural frame holds multiple axially displaceable piles and hammers, enabling simultaneous lowering and driving into the seabed.

Spin welding joins shell halves to prevent water ingress and core cracking.

A construction block uses honeycomb corner beams to reinforce structural connections between superimposed units.

A transition body connects lattice and tubular wind turbine tower sections using branching struts.

A stabilized soil facing element uses a cylindrical core with specific geometric parameters to enhance anchoring resistance.

Concentric helicopter landing pad integrates with nacelle structure to enable safe offshore maintenance access.