Cycle Stands TRIZ Cases

Rotatable cradles on a cantilevered hitch carrier adjust tube angles to prevent handlebar interference while maintaining stable loading.

A rubber sheet protects the painted surface from foot contact scratches while an extended duct cover rear part maintains vehicle wind heat dissipation.

Segmented foot-placing portions with varying thicknesses resolve the trade-off between structural rigidity and weight reduction in saddle-ride vehicles.

An automatic kickstand deploys via elastic energy to park scooters upright, solving the bottleneck of cumbersome manual side-opening mechanisms.

Segmented forward and rear assemblies with caster trucks resolve maneuverability complexity trade-offs.

A motorcycle controller uses a side stand sensor to manage engine operation based on position data.

A vertical bicycle storage assembly uses a movable carriage to elevate tires above the loading position.

A bike rack uses a C-shaped clamp to secure bicycle wheels and frames without drilling into vehicle components.

A cable spool applies constant torque to lift loads while an inertial brake prevents dangerous acceleration and accidental cable release.

A detachable front fork support rod inserts into bicycle fork perforations to prevent slipping and falling during parking.

An inclined conveyor system stacks scooters at angles to increase packing density and reduce urban sidewalk obstructions.

Segmented blocks with recesses support training wheels to enable indoor cycling while resolving stability versus versatility trade-offs.

Automatic locking plate prevents tray rotation and bike damage by rising under spring force between wheel trays.

A bicycle transport trolley uses a hollow mast and movable plastron to suspend the front wheel.