Artificial Islands TRIZ Cases

Integrated liner with spigot seal eliminates gaps to resist microbial corrosion in sewer systems.

Segmented adjustable panels adapt to underground obstructions while maintaining structural strength through modular connections.

Movable connectors link facing blocks to a central trellis panel, allowing relative movement that prevents buckling and toppling in mortarless walls.

Directional locking stops enable safe line installation and removal in marine environments.

A telescopic street cap uses inwardly protruding segmented rings to secure the upper part within the lower housing.

Grouting inert debris with modified steel rebar creates a unified structural mass, reducing construction costs and vibration damage to existing structures.

Motorized wall contact members engage trench box apertures to enable rapid stacking without manual intervention in deep trenches.

Modular wall panels resolve adaptability complexity trade-offs through universal reversible coupling mechanisms.

Automated system determines suitable sheet pile wall components and layouts based on user-defined construction parameters.

Segmented connection elements distribute tieback loads across multiple contact points, preventing panel damage while stabilizing steep earthen slopes.

Flexible polymer enclosures accommodate underground obstacles and allow on-site modification, reducing breakage and inventory costs.

Hollow prefabricated elements connect via metal joints and fill with self-hardening slurry, reducing transport weight while maintaining wall strength.

Tapered side surfaces and interlocking protrusions enable tight curvature radii while partial stabilizing sheet coverage reduces material costs.

An inclined frame body distributes traffic forces into a layered backfill, reducing stress concentration on narrow opening edges.

Asymmetric multi-sided columns resist wave forces and improve stability in harsh marine environments.

A hybrid support ring combines a plastic inner formwork with on-site concrete to create a durable structural component.

Electro-welded mesh panel fixed to double-torsion gabion front face using metal clips prevents earth thrust deformation and simplifies construction.

Segmented fixed piles distribute hydro-generator thrust to reduce pile weight and mounting costs.

An adjustable torsion lift system with one-way bias maintains pop-up distance in utility vault covers.

Spuds connect the vessel to the platform, applying controlled forces to prevent capsizing during transport and installation.

Segmented gravity-based support structure lowers steel blocks to resolve weight and depth constraints in offshore wind turbine foundations.

A liquid fillable drop tank holds over 500 cubic meters of water to generate massive gravitational impact energy.

A cover plate with a deployable retainer mechanism engages aperture contours to secure the device in place.

A cover element protects the elastic ring of a street cap sealing device from liquid asphalt exposure.

Positioning the system center of gravity forward of the hub creates a restoring moment that counters weather waning instability at high wind speeds.

A hybrid permanent anchor combines tension and compression segments to distribute concentrated loads across the fixed body.

A manhole cover latch assembly uses a dynamic yoke and spring-loaded member to secure the lid during normal traffic conditions.

Rotating outer ring engages inward ribs with inner ring outward ribs to lock telescopic extension at desired depth.

Threaded rod mechanisms replace concrete collars to provide accurate manhole cover adjustment without traffic disruption.

A telescopic pivot pin with a compression spring engages blind holes in the frame.

Wire mesh posts with screw-clamp fastening resist horizontal deflection while lowering construction complexity.

Tapered cast blocks replicate natural stone aesthetics while reducing installation labor intensity.

A joint system uses locking pins to secure precast ground beams together without grout.

Installing a hollow second pile around an existing foundation supports modern turbines without costly decommissioning.

Segmented polyvinyl walls with compressible ribs resolve the contradiction between structural strength and ease of installation for basement windows.

A manhole access assembly uses a rotating shaft to engage cover plates for secure retention.

A rotatable gripping device transitions to an idle state during tilt, allowing wedge assemblies to engage the object securely.

Segmenting a solid sleeve and bubble screen mitigates frequency-specific noise, resolving adaptability trade-offs.

Protruding resistance pockets on flexible strips enhance passive and pull-out resistance, reducing installation length and earthwork volume in retaining walls.

A floating footer uses a compressible squeeze block to distribute loads and accommodate settlement without compromising the reinforced soil arch structure.

Vertical struts stabilize the submerged turbine against wave-induced motions while maintaining alignment with tidal currents.

An adaptable electrical connection modulates electron flow from galvanic anodes to adjust the polarization potential of offshore wind turbine steel structures.

Elastic studs support road gully covers to prevent dirt accumulation between the frame and grid, reducing noise pollution from vehicle passage.

Reversible valve switching alters fluid paths in a hydraulic cylinder unit, enabling stable tensioning across 10% to 100% capacity ranges.

Segmented pillars anchor to the ground to absorb high-speed collision forces, preventing traffic obstruction while protecting workers.

Positioning a dedicated module on the support structure eliminates costly assisting vessel presence during extended well abandonment operations.

Orthogonal I-beams and rollers suppress torque-induced jamming during uneven hydraulic lifting for stable flood protection.

Segmented and asymmetric forming blades split concrete blocks into complex, natural stone-like patterns without requiring separate specialized equipment.

Segmented polymer stiffeners and self-engaging clamps simplify offshore installation while preventing cable over-bending.