Aquatic Toys TRIZ Cases

Hollow columns, reinforcing ribs, and fewer pre-magnetized magnets help a reusable water balloon resist deformation, reduce leakage, and shorten production.

Fast-fill water passages and an inner retaining bladder boost water capacity while cushioning impact for safer, reusable water play.

A hemispherical nose, deformable bumper, fins, and hollow fillable body make pool projectiles safer to throw while preserving underwater range.

See how a threaded adjusting rod tunes sealing force between two rubber half-shells for reusable, flexible water filling.

Polymer foam combines buoyancy, fluid responsiveness, and surface-safe handling in a finger-operated surfboard for realistic play.

A water-soluble bath agent separates hidden parts after dissolution, creating distinct sinking and floating interactions.

A flexible water-filled chamber, buoyant top, and dense bottom let the toy shift between floating, neutral, and sinking states.

This case replaces hand-pressure spraying with an electric pump, waterproof box, and sealed charging port to prevent short circuits.

Embedding a connectable toy inside a dissolving bath agent reveals hidden elements, resolving the trade-off between structural simplicity and child engagement.

A magnetic positioning structure biases a buoyant rotating body toward equilibrium, preventing sidewall contact and stalling in larger containers.

A fishing toy uses a dissolving capsule to release an expanding sponge that increases line weight and drag.

A buoyant foam sword uses a tubular piston to fire its tip or squirt water.

A modular foam tube supports detachable head, tail, and seat attachments for customizable aquatic play.

Interchangeable toy sections use magnetic and ferromagnetic connectors to enable diverse vehicle configurations.

Water eruption jet simulates geysers via RFID sensors, reducing queue wait times.

A water play structure uses a vertical guide and return conduit to move projectiles through interactive chains.

Asymmetric loop inclination and variable curvature reduce peak acceleration forces, preventing injury while preserving thrill.

Segmented trough sections form fixed rider paths in waterslide bowls, reducing mold counts and eliminating hazardous guiding fins.

An aquatic toy uses an energizable coil and magnet to drive oscillatory propeller motion for forward movement.

Magnetic petal water ball eliminates single-use balloon waste by enabling repeated filling without pressurized sources.

An annular bowl structure slows riders via curved friction surfaces within a compact footprint.

Segmented dive sticks link into wearable rings, freeing hands to carry more objects while boosting training efficiency.

A chain-shaped splicing toy connects multiple balls using coupling and buckling portions to form diverse structures.

A surf disc uses a central hemispherical dome and annular thumb recess to enhance rider control.

Asymmetric aperture positioning resolves the trade-off between adult single-handed operation and child operability while maintaining an airtight seal.

A half-pipe water ride uses segmented jets from sidewall nozzles to propel riders across a flat middle section.

Segmenting the shell from the removable sealing cover resolves manufacturing complexity while extending service life through reusability.

Piston assembly enables complete water drainage from toy duck, eliminating bacterial growth risks.

Merges controllers and manifolds into an enclosed unit to eliminate extensive wiring and reduce installation space.

A nested flume ride structure positions an inner channel within an outer channel to enable direct user interaction between separate water streams.

Augmented reality system controls movable objects via wireless signals and mobile device displays.

A biomimetic turtle uses a deformable flipper to generate forward propulsion while a movable head adjusts the center of gravity.

Segmented translucent windows enable visual mold detection in blow-molded toys without compromising bright aesthetic colors.

A load cell measures rider weight and a controller adjusts water jet flow rate to ensure safe acceleration across varying masses.

Silicone containers with wall mounts enable children to arrange water play configurations.

Hydrographic printing applies durable custom graphics to the buoyant body while a pivotable rudder enables curved trajectories instead of straight paths.

Non-radial jets rotate floatable elements, resolving the trade-off between interactive engagement and device complexity.

A waterproof pool game device uses a spring to urge an actuator upward, creating suction for underwater attachment.

A finger-sized aerodynamic board uses fins to generate lift and drag forces for realistic surfing simulation.

Magnetic attraction seals petal frames to form a water retaining layer, eliminating disposable balloons and environmental pollution.

A palm-sized flying disc uses a domed top and cupped bottom to achieve high weight-to-area ratios for stable flight.

Water drainage pivots the track segment to release vehicles across a gap, resolving low play value without adding device complexity.

A water toy system combines pressurized pump flow and gravity-driven conduit flow to create interactive visual displays for children.