Artificial Islands TRIZ Cases

See how interconnected floating platforms integrate PV panels, electrolyzer, and fuel cell with

See how underground concrete facilities with soil cover layers maintain stable temperatures, re

See how prefabricated plugs and inserts create segmented, airtight habitats in tunnels to contr

See how blocking plates with air disturbing holes and base-pipe structures reduce wind and wave

See how a gravity-based structure with composite materials, hydraulic ballasting, and modular l

See how a manhole suppression system monitors explosive gas buildup and activates ventilation d

See how a GBS with protruding protective parts and ballast compartments resists ice impact, red

See how horizontally arrayed heat exchangers in moistened aggregate improve thermal retention a

See how slot nuts and jack screws enable precise height adjustment of buried tubular fixtures w

See how a pivotable fan mounted on a component cover enables air circulation to prevent mold wh

See how a seabed-supported heat exchanger uses thermal conduction at depth to cool offshore ele

See how a modular border bench merges seating and retaining wall functions to enable close pare

See how bidirectional vent holes and an air-moving assembly exchange vault atmospheres to remov

See how slot nuts and jack screws enable in-place height adjustment of buried tubular fixtures,

See how sublimation coating with protective layering enables uniform decorative finishes on sho

See how a manhole event suppression system monitors combustible gas buildup and activates venti

See how a manhole cover with integrated airflow control and segmented zones continuously vents

See how active ventilation dilution differentiates sensor drift from real manhole events, enabl

See how polymeric support members provide thermal and galvanic insulation for heated walking su

See how an autonomous ladder cleaning device uses rung detection sensors and self-propulsion to

See how an autonomous ladder cleaning device uses self-propelling movement, rung detection, and

Dry-transferred LNG plant modules move from heavy lift vessels onto fixed support structures without lifting, cutting coastal impact and cost.

Pivoting barrier panels form a removable guard around formwork penetrations, protecting workers while allowing reinforcement cage lowering.

Freezing natural water into insulated ice units enables rapid river closure, lower dam construction cost, and earlier temporary power generation.

A reinforced subsea section transitions to an unreinforced duct section to cut eddy-current heating and raise cable current capacity.

A vault adapter replaces complex split lids, enabling pedestal upgrades and new utility line access without full excavation.

Integrated slots and reinforcement members make underground utility covers easier to lift while preserving traffic-load strength without fracture.

Snap-fit shell members and an HDPE lid cut enclosure weight, fasteners, and installation time while preserving structural protection.

A sliding lock with expandable arms secures marine power conduits in generator sockets to limit cable movement, wear, and maintenance.

Hinged side panels, interlocking hooks, and over-center clamps let an underground utility vault ship flat and assemble quickly without tools.

Aligned cable feed-throughs in the foundation and transition piece simplify offshore cable routing, limit free cable length, and help prevent grout leakage.

A compartmented in-ground enclosure packs cell tower power and signal equipment into less land while maintaining sealing, cooling, and EMI protection.

Pocketed fastening tabs and hollow protrusions lock a plastic shaft base plate in place to prevent shifting and improve grip under wet or dirty footing.

A sliding lock and latch assembly secures the marine power conduit in the generator socket to limit cable movement, wear, and maintenance.

Digital vessel monitoring and warning zones protect uncovered subsea pipelines without costly seabed modification or physical covers.

Pressure-responsive flexible seals let water enter a submerged support interior but block outflow, limiting corrosion and buckling.

Standardized transformer modules replace custom wind farm substations, cutting construction cost while preserving safety and maintenance standards.

Pre-terminated cable ends and a hang-off connection simplify offshore platform jointing, cutting space, time, and pull-in complexity.

Driver response models set tunnel arousal section color, luminance, length, and spacing to improve fatigue alerting at different speeds.

Land-prepared cable ends, pull-in head handling, and hang-off fixation simplify offshore platform jointing while reducing space and equipment needs.

Self-buoyant modular pipeline sections adjust depth across deep ocean terrain while snap-shut doors isolate leaks and speed repair.

Tool-free clamping and locking secure a plastic head frame on shaft walls, speeding manhole closure installation under heavy traffic loads.

A radial cable guide on the foundation outer wall routes submarine cables from the bushing to the seabed with less current-induced stress and simpler installation.

Alternating ribs and fins let an HDPE utility access box reach high load ratings while staying lightweight for stacking and transport.

Weighted elements around free-span submarine cables raise bending stiffness and cut motion-induced fatigue to extend cable life.

Curved guide walls and a narrowed flow channel suppress pile scour while capturing ebb and flood tidal energy for reliable local power generation.

A segmented cable protector with a reinforced section, traction rope, and retaining ring prevents offshore cable overbending and dropped parts.

Separate handhole walls use tongue-and-groove joints for on-site assembly, cutting shipping bulk and installation effort while preserving strength.

A radial cable routing arrangement lets submarine cables exit the foundation wall and reach the seabed with lower current load and simpler installation.

Metal tensioning portions pretension plastic ground shaft walls to resist vehicle-induced lateral deformation and improve durability.

An underground base with a projection support places the street cabinet outside the footpath while keeping front access and interior cabling space.

Built-in conduit passageways let marine concrete structures be cast without later steel pull-tube installation, cutting time and scaffolding needs.

A load-responsive granular matrix thickens or hardens under pressure to strengthen cylindrical shells against hydrostatic buckling with less weight.

A winch-driven pulling assembly and guide rail align offshore hoses between structures, cutting manual connection time and personnel risk.

Plastically deformed twisted tabs join cable shaft frame parts without welding, cutting transport volume and enabling fast on-site assembly.

Satellite and AIS monitoring defines warning zones around uncovered subsea pipelines to deter harmful vessel entry without seabed trenching.

A frangible connector releases the retaining element during pull-in, avoiding spring corrosion, latch migration, and cable loss.

A reinforced SMC utility cover uses slots, bosses, and lower ribs to stay easier to lift while maintaining traffic-load strength.

Routing the pump and water line through the tower shields the electrolyzer feed from wind, waves, corrosion, and marine growth.

Modular computing units tap offshore wind power behind the meter to cut energy levies, reduce infrastructure, and ease remote maintenance.

Independent buoyancy, pneumatic sheathing, and a cradle let sea foundation pile plugs seal piles, cut installation force, and tow multiple piles.

A self-driving vehicle locates manholes, removes covers, deploys tools, and restores access points to automate unsafe roadway inspection work.

Preformed polymeric wall panels enable angled pipe openings and watertight concrete connections without slow drilling or separate sealing rings.

A low-friction rotating pull-in head limits torque transfer during subsea cable and CPS installation, reducing twisting, tangling, and release issues.

Water channels and through-openings cool bend stiffener hot spots in dynamic submarine power cables, raising current capacity.

Pivoting coated blades cut the stress sleeve and rubber body so locked power cable connectors can be released safely during offshore emergencies.

A spring-loaded hinged ice shield lets tower-mounted equipment withstand falling ice by spreading impact energy over time and reducing peak loads.

An internal and aperture-mounted external antenna bypass grounded cast iron shielding to transmit manhole sensor signals reliably.

A rotary suspended drum on a movable arm unwinds ground anchor cable mechanically, reducing manual strain and sudden tension-release risk.

Pressurized inflatable elements grip offshore support structures securely, reducing packer complexity, failure risk, and weather-driven installation cost.

Double curvature and electrofusion welds stiffen wire mesh in two directions, limiting bulges while reducing steel use and corrosion.

Pull straps, loop units, and anchors hold a liner and inflation bladder to manhole offsets, preventing separation and bladder bursting.

Hidden fasteners and interlocking flange sections prevent septic riser tampering while preserving safe maintenance access.

Helically wound cables and rotatable collars suppress VIV on deployed subsea tubulars while cutting retrofit installation time and cost.

A hinged, spring-latched helical strake cuts installation tooling while keeping retrofit VIV suppression secure in high currents.

A retractable winding structure controls wrap angle and tension to wind 3D nonwoven geotextiles without folding, creasing, or cell damage.

Core-shell organosilicon microcapsules help precast concrete block substance penetration while preserving strength and stable air content.

A lightweight steel caisson is crane-installed, then ballasted on the seabed to support offshore wind turbines on shallow or rocky ground.

Adjustable box check walls with telescoping beams and airlock partitions resolve inadequate airflow control in mining conveyor installations.

Combines precast concrete units with cast-in-place concrete to form stable bridge foundations.

A removable electronics module lowers through a wind turbine tower base to resolve serviceability constraints without adding nacelle weight.

On-site casting system uses plastic liners to form durable manhole assemblies, eliminating pre-cast plants and reducing production time.

Segmented molds enable precise reinforcement bar placement and concrete casting inside damaged pipes, reducing traffic obstruction during repair operations.

A wall anchoring device uses a pivotable threaded fastener to adjust and restore basement walls.

Warp-knitted synthetic compost filter netting maintains linear length stability, resolving shrinkage miscalculations during filling.

Tufted synthetic grass blades shade the geo-textile backing, preventing UV degradation and erosion in mechanically stabilized earth walls.

Pivotable and slidable legs allow the manhole cover to release pressure dynamically, preventing structural damage from explosions.

Continuous closed-loop fasteners hook to concrete facings and form internal loops to secure synthetic reinforcement strips, resolving installation constraints.

Anchoring ribs on the plastic frame bond to concrete, resolving corrosion and strength trade-offs in manhole covers.

Adjustable tendon tensions in a quasi-isostatic anchoring system reduce interference between adjacent flexible pipes while maintaining structural stability.

Oblong hinge holes enable a manhole cover to tilt freely and lock automatically in upright or inverted positions, eliminating complex blocking mechanisms.

Movable bottom tray separates partially cured blocks from the mold housing to enable immediate reuse of the casting cavity.

A guide structure between the manhole cover and frame forces rotation during lowering to achieve a secure locking position.

A composite binder using ferrous slag and kiln dust solidifies to bind aggregate particles.

Segmented suction chambers reduce soil shear strength to enable controlled penetration in impermeable seabed layers.

Node shells form rings around corner legs to join struts without welding, reducing assembly time and labor costs.

A jammed stone construction integrates a flexible covering membrane attached to internal strings.

Segmented elastic envelopes dampen sound propagation without continuous compressed air, eliminating high resource expenditure of traditional bubble curtains.

Geosynthetic strips loop through PVC pipes in concrete panels, eliminating steel corrosion and reducing connection complexity.

A manhole rehabilitation system uses non-structural liners surrounded by hardening aggregate fill to create a durable chamber.

Magnetic particles move across surfaces via changing fields to remove biological films through abrasion or peeling mechanisms.