Roundabouts TRIZ Cases

A rotating lift and motion base move ride vehicles vertically and rotationally between rooms, aligning projection scenes for immersive guest motion.

The hinged support folds toward the base, removing the counterweight while enabling telescopic extension for a more engaging ride.

Coordinated drives solve limited figure control by enabling independent lifting and rotation while maintaining forward-facing orientation.

A length-adjustable guide and multi-axis bearing expand wobble motion while limiting lateral sliding and environmental collisions.

Position feedback overcomes fixed-path limits by choreographing multi-directional ride vehicles while maintaining safe spacing.

This case combines vertical lift motion and a rotating base to align ride vehicles with multiple attraction rooms.

A rotatable amusement apparatus features a seat mounted on an elongate member with a leveraging arm for manual operation.

Extension plates on raised support arms form a continuous platform, eliminating ladders and safety harnesses during round ride maintenance.

A cranking mechanism constrains rotational speed while an elevated perimeter contains children, preventing ejection from hazardous centripetal forces.

A recreational apparatus uses resilient balls protruding through seat rims to absorb impact energy and enable rotational motion.

Optical sensors detect rider arm flapping to control gondola motion, resolving the trade-off between ease of operation and device complexity.

Radial mass shifting in a swing ride gondola alters the center of gravity, eliminating clumsy rudder manipulation while expanding the swinging range.

A chassis-mounted generator converts kinetic energy from passenger input into electrical power for onboard components.

Curved support arms guide passenger vehicles along radial tracks to vary rotational radius during operation.

Angled handholds on an elevated merry-go-round enable suspended rotation, resolving the trade-off between play versatility and structural complexity.

A four-bar linkage mechanism drives passenger vehicles along an irregular motion profile to enable lateral flight on a rotating amusement ride.

Processor adjusts content length to match simulation vehicle arrival time, resolving ride duration inconsistencies.

Segmented channel platforms pivot on a central fulcrum base, resolving transportability constraints while maintaining structural stability.

Flexible cords suspend an angled lower ring from an upper framework, accommodating children of varying heights without complex mechanical adjustments.

A center assembly couples satellite units to enable synchronized rocking and linear motion through a biasing system.

A hollow hemispherical toy device features an annular wavy side flange to stimulate balance and coordination skills in users.

A support arm assembly actuates to change vertical angles while a suspension link freely pivots to move passenger vehicles.

A big wheel roundabout ride uses a magnetic coupler to spin the rider compartment independently of the track motion.

Independent ring rotation creates varied motion profiles while returning all vehicles to a consistent height for easier loading and unloading.

Independent track rotation over hills and valleys eliminates repetitive ride profiles while maintaining structural stability.

A segmented rotating platform enables concurrent visitor interaction with circumferential objects.

A circular playground spinner uses a central dividing wall to separate two face-to-face seating compartments for shared motion.

A carousel lift system moves ride figures vertically along annular tracks to adjust their height relative to the rotating platform.