Optical Signal TRIZ Cases

Relocating the power source to the central hub eliminates center-of-mass offset and centripetal forces while maintaining illumination through flexible wiring.

A brake pipe routes through a space between the head pipe and second front fork to accommodate long stroke expansion.

A motorcycle headlamp driver repositioned above the light source utilizes structural dead space for compact integration.

Vertical multi-point support distributes heavy headlight loads to reduce vibration and maintain compact handle cover dimensions.

An integrated fender assembly with a right-angle support section enables precise reflector attachment on saddle vehicles.

Merged hand guard and lighting housing positions LEDs away from handlebars to eliminate shadows and reduce component crowding.

Segmented flashers and extracted headlamps resolve accommodation space limits for large wheel diameters.

Segmented radial pole pieces prevent flux interference, enabling compact electric generators that maintain efficiency at low rotation speeds.

Elastic positioning devices enable rapid mounting of bicycle light assemblies, preventing theft and corrosion damage when detached.

Integrating motorcycle indicators into the handlebar switch case reduces component count while preventing knee interference through recessed start switches.

Integrated cable receptacles route signals through the stem wall to shield lines from mechanical damage and weather exposure.

Modular battery assembly slides into the down tube, resolving stability versus accessibility trade-offs.

A wearable signaling device uses an accelerometer to trigger lights and alerts based on deceleration thresholds.

Scooter design positions oil filler forward of flashers to resolve leg space versus fuel supply trade-off.