Artificial Islands TRIZ Cases

Torque limiting means absorb dynamic overloads from swell movements, preventing static or dynamic overload on the gear train and maintaining stability.

A cementitious facing body embeds a monolithic plastic reticular structure to stabilize vertical ground extensions.

Differentiated opening sizes in the revetment reduce erosion while lowering material costs compared to uniform mesh designs.

Variable ballast chambers in a buoyant offshore hull adjust displacement to secure the structure on the sea floor, reducing infrastructure needs.

Segmented housing and self-service grout injection eliminate diver installation while maintaining sealing reliability across variable tubing positions.

Radially displaceable internal walls in guide tubes support piles during installation and release them for extraction.

Movable bearing surfaces allow tilting a grid relative to the frame, enabling reorientation without disassembly.

A one-piece connector links soil reinforcing elements to concrete facing anchors via a stem and tab assembly.

A segmented mold uses a flexible member to shape textured block faces while a rigid form defines the body.

A retaining wall system uses interlocking concrete blocks with integral leg portions to connect face and trunk units for flexible assembly.

A drinking fountain uses a standardized manhole cover as its foundation part to provide structural stability and vandalism resistance.

Rear interlock connectors join building blocks via rear grooves, resolving alignment difficulties during stacking.

A drainage frame uses a separate spring clip to secure covers while directing dirt through angled openings.

Glass fiber reinforced polyester resin eliminates theft risks while maintaining the strength of cast iron.

A cantilever arm apparatus moves lifting and foundation tools along its length to position piles over water from a shore support base.

A fatigue-resistant wind turbine foundation uses post-tensioned radial ribs and a central pedestal to maintain structural stiffness under heavy cyclical loads.

Pointed lugs traverse impermeable fabric to guide hoop positioning, resolving obscured securing hole detection.

A modified spudcan uses a peripheral skirt with a tip higher than the central cone to optimize seabed contact and resistance.

A diving bell protects the underfloor distributor during vertical movement.

A connecting profiled element uses a hook strip to pivot interlocks within receiving profiles.

A conical cage rests on a tapered monopile to guide pipes, avoiding welding damage and simplifying installation.

A specialized vessel uses a sliding deck and support frame to transport pre-assembled offshore wind generators.

Inclined intermediate sheets connect confronting security mesh panels to transfer forces, preventing angle grinder attachment and increasing breach time.

Tension rods transfer deck loads from hydraulic cylinders to a permanent fixation system, enabling cylinder storage on uneven seabeds.

Segmented insulation panels with tongue-and-groove joints create an airtight seal to block heat transfer through building openings.

Automated rainwater collection and distribution system flushes sheltered substation regions, preventing corrosion in shadowed areas without manual maintenance.

An inflatable blocking device conforms to access passages and deposits a transferable marker on intruders.

A reversible retaining wall block uses a lateral interlock system to enable flexible orientation for shelf or overhang ledges.

Clamping devices compress seal gaskets against panel peripheries to prevent water ingress while allowing quick removal and transport of the flood control cover.

Segmented mats with tubular rings create modular blocks that resolve the trade-off between structural strength and installation speed.

Precast concrete segments form circular rings that eliminate temporary shoring needs, reducing construction time and costs while enhancing soil stability.

Welded wire mesh gabions contain larger rock sizes to resist lateral movement and prevent erosion on steep slopes where cellular confinement structures fail.

A transport vessel uses a longitudinal groove and bottom slots to secure floating platform legs during towing operations.

Segmented metallic flanges resolve material compatibility issues between lightweight composite piles and heavy subsea anchor lines.

A semi-floating foundation uses buoyancy bodies to transfer tensile and compressive forces, straightening a skewed tower.

Relocating the production facility to site reduces transport costs for large diameter sections by enabling vertical orientation.

Horizontal tendon assembly on a barge eliminates long-distance wet towing risks and lowers installation expenses.

Sand-filled geotextile geogrid mattress prevents internal erosion while enabling lightweight installation below water.

A spring-loaded pin retains the hinge within a crowning element housing, preventing loss during handling while enabling easy extraction for installation.

Curved saw-teeth engage obstacle protrusions to constrain plate position, preventing deformation under varying anchor angles.

A multi-function retaining structure uses water jet tubes to soften soil and a wedge-shaped tip to penetrate hard rock surfaces.

Encapsulating contaminated fill with impermeable membranes stabilizes reinforced walls, reducing disposal costs and regulatory risks.

Movable sleeve in well slot prevents return cement flow below foundation to reduce operational time.

Adapter ring with alignment body and bearing edge locks manhole neck against horizontal displacement without modifying standard flat end faces.

Segmented hinge plates pivot covers via mechanical advantage, eliminating bulky davits and welding damage.

Pre-cast modular segments link through precision coupling subassemblies, eliminating time-consuming on-site concrete pouring.

Drilled angled piles replace impact driving to eliminate seabed noise while maintaining anchoring strength.

Segmented platform sections and a self-erecting lift reduce transportation costs while enabling rapid offshore assembly.