Waterborne Vessels TRIZ Cases

Navigation simulation module processes sensor data to generate simulated anti-collision routes, reducing collision risk in complex conditions.

Injection molded surf fins lock pre-loaded composite inserts in tension to enable unique structural configurations.

A semi-rigid binding system uses rigid sidewalls and a movable heel to secure the foot while allowing direct contact with the ski surface.

A rotatable flotation device secures boat lines above water using tapered gripping fingers and a helical ridge mechanism.

Adjustable lateral posts on a cleat attachable device accommodate varying horn lengths for secure line attachment.

A thermal conversion unit transfers heat from the water surface to deeper depths using a conductive medium.

Training predictive models with multi-plant sensor data improves production performance prediction reliability while reducing unplanned downtime.

Intermediate shaft reduces centrifugal forces to allow larger clutch diameter, absorbing torque variations and preventing heat build-up.

Lateral ridges on surfboard fins disrupt trailing vortices to generate forward thrust while minimizing drag forces.

A cellular buoy array extends offshore communication range using wave energy converters to power transceivers.

A ball and socket device allows a power cable to rotate freely while restraining vertical movement.

A powered pivotal support system lifts a boat bow into deeper water to enable safe trailer operations.

Staple fasteners attach seismic nodes to cables, reducing operational complexity while maintaining secure fastening.

Elevating the mooring lead via a pole structure removes entanglement risks from submerged ropes while maintaining stable anchoring through gravity.

A disconnectable mooring system uses a conical buoy and rotatable turret to align conduits with risers.

Segmented shipping containers with composite insulation provide thermal comfort while maintaining rapid deployment speed on water.

Buoyant housing elevates the pump above debris while an integrated strainer filters water to prevent premature failure and improve operator safety.

Segmented sleeve fins provide uniform drag to reduce joint strain during aquatic movement.

Vertical storage device uses actuated clamps to hold wakeboards, freeing passenger compartment space on watercraft.

A holding tank drains residual liquefied natural gas from transfer lines and uses pressurized inert gas to push the liquid back into the source tank.

A sliding surfboard fin uses a translucent small piece to reveal the planar tab channel for real-time position adjustment.

A self-charging autonomous submersible vessel harnesses ocean wave energy through a hydrodynamic pump to power onboard systems.

Movable half-covers with inflatable cushions hold anchor chains in place within boat chain lockers.

A V-shaped floating platform stores compressed air generated by wind machines to drive generators.

A surfboard blank uses expanded polystyrene core panels and polyurethane rail panels to balance buoyancy and structural integrity.

Conical rubber wedges deform inside scupper holes to create frictional engagement for secure watercraft transport.

Retractable handle assembly integrates into water craft hulls to facilitate carrying oversized boards while preventing wind damage.

A portable tow winch uses a DC motor and wireless throttle to manage rope retrieval speed.

Nested rigid sections expand to protect surfboards and fins, resolving weight and volume trade-offs while preventing wax adhesion damage.

A buoy featuring a reorienting ramp surface that tips the device horizontally as a trawler net slides across its body.

A mono-block cork anti-slip pad eliminates tension zones from detached grid elements, resolving detachment issues while reducing environmental impact.

A mobile extraction sled uses a winch and pulley to pull heavy loads onto a cart track.

Adjustable connecting portion with a dangling loop member provides a secure foothold and grasping surface for paddleboard users.

Water-reactive band releases compressed gas to inflate a buoyant bag, solving bulky cork limitations and flammability risks.

Circular rails support an orbital weighing carriage that drives a generator, reducing friction losses from central pivots.

A ski line bracket mounting system uses a friction disc to pivot the tow bracket, preventing tilt-induced water disturbance during operation.

A dock line system featuring a secondary release mechanism with a wire lock pin.

An adjustable clamp head with a resilient structure accommodates varying board thicknesses without complex mechanical assemblies.

A portable mooring mate uses a cleat and clamping jaw to secure boats on dock rails.

Hydraulic jack system breaks salt-induced bonds in marine outdrives without heat or manual force.

A buoyant turret mooring system pulls riser decks to deck level for open ventilation and maintenance.

Segmented design with a flexible spheroid cap navigates conduit bends while rigid body ensures secure attachment.

A hydraulic drive system actuates a surgical robotic end effector to transmit driving forces with minimal friction.

A portable crane system lifts components onto floating wind turbine sub-structures using a service vessel ship crane.

Integrated smart raft merges sensor monitoring with plant-based phytoremediation, reducing operational costs while mitigating algal blooms.

A surfboard traction pad extends behind the leash pin hole to secure the surfer's rear foot for aggressive maneuvers.

A caseless float body molded from high-density urethane integrates mounting hardware directly into the buoyant structure.

The material maintains dimensional stability in humid environments while providing improved friction-proof and wear-proof characteristics under dry oscillating conditions.

A floating tidal current energy system uses a sealed cabin and yawing mechanism to orient underwater assemblies for efficient power generation.