Optical Signal TRIZ Cases

Extending tail lamp side portions beyond flashers creates separate mounting points, while a light-shielding panel prevents interference between sources.

A motorcycle layout separates the main harness from ABS pipes across opposite vehicle sides to streamline component routing.

Separate cover member prevents light leakage while maintaining simple housing shapes, resolving formability trade-offs.

An integrally-molded headlight stay supports a motorcycle headlight with an external aiming mechanism mounted within the structure.

A motorcycle tail light device uses a support stay with multiple engagement members to adjust its position relative to the license plate.

An elastic stopper bracket mounts the headlamp lower portion to a cowl stay, reducing structural changes during design updates.

Elongated and elastic bolt holes enable easy headlight orientation adjustment without careful fastening.

A rear fender projection hides the license plate lamp attaching portion, preventing rainwater accumulation in the gap while maintaining illumination.

A clutch control unit reduces hydraulic pressure to limit torque during high-gear starts.

Segmented lens regions hide the bulb to improve aesthetics without compromising rear visibility or recognizability.

Nesting the power supply circuit in a lamp unit recess accommodates components in a downsized front fairing while an elastic body absorbs vibration.

Segmented side gussets with inwardly curved flanges cool internal components using traveling air.

Lateral headlight attachment on a divided upper cowling eliminates front wheel interference and reduces harness length for easier maintenance.

Integrating detachable turn signals within handlebar grips resolves insufficient low-light warning visibility while maintaining modular component reliability.

Mudguard upper section secures to key cylinder, blocking mud water entry through inner fender openings and protecting handlebar components.

Rearward ring support enables aiming operations without enlarging the headlight case volume, resolving size constraints.

A signaling device projects a characteristic image downwards to alert motorists of cyclist presence.

A rotating mechanism allows the telescoping pole to pivot away from obstacles, preventing rider injury during collisions.

A recessed side cover surface allows a direction indicator lamp to protrude outwardly for better visibility.

Movable grid elements switch between impact interception and retracted positions to maintain lighting capacity and meet type-approval standards.

Extracting flashers from the handle cover onto the front fork improves visibility without enlarging the handle or reducing rider comfort.

Stepped mudguard portions block splashes while preserving license plate visibility.

Oblique transparent cover geometry reduces heat space volume and sheds rainwater to maintain high beam irradiation efficiency.

A clamping enclosure assembly surrounds a vehicle tube and secures an electronic circuit housing using a fastening mechanism accessible only from the interior side.

A bicycle shifter base member features a radial accommodating structure for secure power supply insertion.

Segmented motor and battery mounts preserve bicycle balance while enabling easy installation without modifying existing components.

A run-turn-brake converter circuit reconfigures vehicle wiring to drive multi-function indicator lights.

Sleeve accelerometers filter common motion to detect independent arm gestures, illuminating specific lights for turn indication.

Separating the license plate light from the taillight simplifies structure and enables precise angle adjustment for better visibility.

Edge computing device processes front and rear images to display warnings, resolving blind spot awareness gaps.

A straddle vehicle positions a constituent component between the antenna and sensing unit to reduce electromagnetic interference.

A frame-mounted battery containment framework holds standard batteries without a custom case, enabling easy removal and replacement.

A retaining system with a deformable damping element allows gentle insertion of an electrical energy store, preventing damage to contacts during locking.

A motorcycle steering torque sensor detects directional changes by monitoring rider input forces.

Structural battery housing reinforces motorcycle chassis while positioning energy storage for optimal weight distribution.

A motorcycle headlamp uses outward support points and central tilt members to reduce forward dimensions.

Curved meter covering front wall redirects reflected sunlight away from the focal point, preventing display damage and ghost formation.

Recessed side cover grooves house projecting indicators to resolve the contradiction between interior design flexibility and exterior appearance.

A brake caliper bracket supports a wheel speed sensor cable routed through its thickness to minimize length.

A segmented hanging frame supports a motorcycle radar device within the front cowl recess to maintain structural rigidity.

Hollow stay portions encase electric lines to prevent damage and conceal wiring from the vehicle exterior.

Harness insertion grooves in side covers route wire harnesses neatly, resolving the trade-off between concealed appearance and maintenance workability.

Segmented front and rear antennas overcome rider signal attenuation to extend rearward communication distance.

Detachable clamp holders resolve closed channel constraints for flexible cable installation.

Variable spoiler wing adjusts pitch angle via sensor data to reduce wind resistance at low speeds while maintaining high-speed steering stability.

Mounting the connector below the harness attachment point creates sag space for easy detachment, eliminating complex maintenance lids.

A wearable device detects head rotation to signal direction changes automatically.

A wraparound light assembly uses a grommet and projection system to secure the lens housing.

A motorcycle electric control unit mounts between the head lamp unit and front cowling to create a protective gap.

Segmenting the front cover into a detachable first part and a stiff second part resolves the trade-off between easy maintenance and structural rigidity.