Wave Generating Vessels TRIZ Cases

Sequential chamber actuation sustains pool wave amplitude longer and lets users tune wave size, shape, pattern, and timing from a mobile app.

A ratcheting handle lets boat drain plugs be tightened by hand, loosened with a tool when seized, and protected from overtightening damage.

Movable water diverters reshape the surf wake on demand, enabling left-right switching without ballast while preserving watercraft stability.

A top-axis tilting block with a convex face generates surfable waves while suppressing rear waves, reducing splashing, flooding, and drive complexity.

Sensor feedback from pump voltage, current, and hydraulic conditions replaces run-time estimates to improve ballast accuracy and safety.

Direct mechanical or hydraulic engine drive speeds wakeboat ballast filling and draining while cutting electrical conversion losses in emergencies.

Aft image sensors and onboard vision analysis detect when a water-sports participant has fallen, reducing operator monitoring load.

An imager and image processor read a towed user's gestures to adjust hull propulsion without wrist-button input or diverted sightlines.

Sensors track pitch, roll, and yaw so ballast and trim actuators can correct orientation and produce a more repeatable wake.

A suction-mounted, tool-free wake shaper uses an adjustable blade and lanyard to change wake size, position, and shape with easier handling.

Pivoting plates with downturned surfaces redirect water aft and delay convergence to create larger, better-defined wakes for wake sports.