Waterborne Vessels TRIZ Cases

A pliable fastening member connects the blade to the strut, distributing centrifugal loads across a larger area to reduce stress and fatigue.

Embedded structural members in the seat and back portions support a hinge assembly that resolves stability and comfort contradictions.

Ballast-controlled support decks lower to connect floating modules, resolving alignment difficulties in offshore installation.

A localized enlarged stopper distributes pulling strain to prevent fiber damage and signal loss during conduit installation.

Segmented drawbars with adjustable grips resolve transition phase control issues by allowing riders to optimize hand positions during pullout.

Segmented BSR members with radially spaced stiffness members limit cable bending strain while simplifying assembly complexity.

Dedicated exhaust air duct guides hot generator discharge away from cooling inlets, preventing recirculation and maintaining charging efficiency.

A water diffuser system modulates turbulent flow and cavitation generated by fin systems on water sports boards.

Elevated movable deck elements stage well intervention equipment near the drill floor, eliminating time-consuming piece-by-piece crane transportation.

A chain circulating device with oppositely oriented blades converts flowing water kinetic energy into continuous rotational power.

Side-mounted discharge pumps access upper hopper regions via elongate channel, enabling full emptying without complex structural retrofitting.

A flare boom plate intercepts unflared liquid hydrocarbons to prevent environmental fallout and safety risks.

A saddle apparatus attaches to aquatic boards via straps, enabling users to maintain balance by squeezing the device between their knees and ankles.

External attachment rails use cam clamps to secure hydrofoil plates, eliminating bulky internal tracks and reducing board weight.

A buoy apparatus uses a spool control device to retract a rope via a retractable head mechanism.

A buoy split key removal device applies steady compressive load via power screw to extract deformed fasteners.

Inelastic belt prevents drive unit sliding in inflatable surfboard by tensioning against high-pressure hull inflation.

Replacing mechanical pumps with natural convection currents eliminates clogging risks and external power requirements for pool heating.

Nested concentric tubulars and an elevator system enable compact transport of offshore wind turbines, reducing installation vessel requirements.

A mesh of autonomous buoys detects surface obstacles and currents to resolve the contradiction between real-time situational awareness and system complexity.

Unattached transport frames on a sea vessel resolve the contradiction between maintaining safe distance and accessing components for replacement.

Segmenting the buoy allows the surface module to deploy antennas while the submerged unit descends, resolving depth constraints.

A pivotable tow pylon assembly integrates a resilient equipment rack to secure gear while switching between towing and stowed positions.

A floating mounting structure equipped with a lifting device transfers wind turbine components between offshore platforms.

Integrating wave, solar, and wind energy on a single floating structure resolves the contradiction between multi-source efficiency and structural complexity.

A semi-automatic chain stopper locks mooring lines via a curved claw design that fits around chain links.

A movable cart supports a drilling riser inside an offshore well bay to enable rapid repositioning between slots.

Compressed plastic hexagonal blocks form a self-sustaining platform that harvests wave energy and reduces operational costs.

A water ski fin uses a slot with a wavy trailing edge to manage fluid flow dynamics.

A watercraft carrier uses a rotatable upright to adapt to different vessel shapes.

Slotted mounting plates on lateral posts guide looped lines onto horn cleats, resolving placement difficulty while maintaining structural simplicity.

A compact surge tank integrates intake passage members and an electronic throttle body to reduce device height.

A mobile water delivery device uses a pontoon structure and propulsion assemblies to move freely across a reservoir surface.

A spring-loaded cam mount secures water sports fins via finger pressure, eliminating tool requirements.

Curved plates expand to lock a surfboard fin seat into a box recess, enabling quick replacement of damaged components without removing the entire assembly.

A sports board leash cuff uses a precurved molded insert and overlapping wings to secure around a user's limb.

Automated multi-int maritime threat detection system analyzes vessel tracking data using overt behavior, activity patterns, and signal intelligence channels.

Flexible cape extends rearwardly from buoyant deck to form water barrier, reducing skill requirements for riders lacking balance.

Lattice rig turbines use hinged propellers to seal funnel openings, reducing drag and boosting conversion efficiency.

Floating offshore energy generation system uses hybrid positioning for stable operation in extreme marine conditions.

Curved bow and stern sections reduce drag while the flat central deck ensures stability when stationary, balancing mobility and rigidity.

Segment propulsion from hull using a universal jet board and modular seat to reduce storage volume and ownership costs.

Corrosion-proof nylon tubes guide retractable cleat legs, preventing saltwater leakage and wear.

Segmented stabilizing members with movable stirrups counteract tipping forces during wake traversal and curved path navigation.

An inflatable paddle board features an overhanging upper chamber that forms a curved front hull to boost buoyancy and structural integrity.

Pivoting inflatable wings on a towable aquatic vehicle resolve the contradiction between structural stability and versatile riding positions.

External surfboard housing secures supplies via magnetic or suction attachment, eliminating body-worn gear interference with surfing dynamics.

Removable G-Hook fasteners on webbing loops replace rigid mounts, resolving the trade-off between attachment strength and watercraft weight.

A waterproof camera system floats on water surfaces in multiple postures without exchanging float members.

Segmented microservices in an air-gapped system enable rapid software maintenance while maintaining strict security isolation.