Skate-Boards TRIZ Cases

Sensor groups on the skateboard deck measure pressure differences to steer the axle, resolving balance and control contradictions.

Motorized rolling shoes compensate for skid forces through dynamic lateral articulation, maintaining stability while enabling faster walking speeds.

Removable standing surface extension mounts via tongue-groove fastening to resolve wheelbite risk during cornering while enabling kicktail tricks.

A ratchet wheel and pawl mechanism prevents front wheel inversion, avoiding backward heel movement during lifting to enhance walking safety.

Deformation sensors on the truck generate weight signals for autonomous speed and steering control, eliminating the need for a handheld remote.

Segmenting the connection structure into rotating components increases wheel deflection range, resolving operational smoothness issues on uneven surfaces.

Segmented sole structure with arc-shaped holes distributes pressure to maintain stability while users navigate complex urban roads.

An electro-mechanical braking system adjusts torque according to the caster's steering angle, resolving control precision issues with soft polymer wheels.

Segmented longitudinal and transverse rollers enable overlapping rolling movements, resolving steering control versus stability trade-offs.