Optical Signal TRIZ Cases

A locked rear fuel or charging cover opens by its own weight after release, removing springs and dampers while simplifying access.

A base-board thermal module integrates motor and battery fluid loops to cut packaging complexity, save space, and improve cooling efficiency.

A multi-direction lever separates turn, cancel, and hazard actions, improving instant handlebar operation without adding extra controls.

A multi-direction operation knob triggers hazard mode immediately and returns to neutral to avoid delayed input and erroneous turn signal switching.

A blocking limit in the mirror adjustment joint stops overwinding, protecting electrical lines and preserving reliable rear mirror connections.

Speed-dependent display regions shift peripheral alerts on the mirror to cut driver distraction while preserving blind spot awareness.

A radar unit nested in the headlight assembly preserves forward sensing while maintaining front-end styling and simplifying alignment.

By moving turn signals from the scooter to earwear LEDs, this case enables hands-free direction signaling where no mounting space exists.

A built-in third reflection surface redirects guided light through the exit wall side face to widen outward vehicle lamp visibility.

Viewing ports, light guides, and a transfer element let riders check battery indicators and press controls without removing the cover.

Segmented reflection surfaces with angled ridge lines spread light across the full output wall and reduce dead spaces in vehicle lamps.

By moving turn signals from the scooter to ear-worn LEDs, this case enables hands-free direction signaling where no install space exists.

An extendable light support projects an elongated light pattern from a motorcycle to improve visibility while staying compact when retracted.

Rear sensors detect close-following vehicles and warn the rider by time gap, helping avoid hard braking that could create acute danger.

A three-point screw and spring mechanism gives a snowmobile headlight ±7° adjustment while a flexible cowl keeps body gaps consistent.

Mounting the rear radar on the seat frame preserves tail light visibility and reduces vibration from low-rigidity rear body parts.

Snake-scale-like keratin-PVA membrane layers with saw-tooth edges reduce wear and help triboelectric nanogenerators maintain stable voltage.

An obstacle sensor and ECU trigger intensified rear alerts when frontal hazards are detected, helping following vehicles react sooner.

Direction-triggered side fill lights improve bicycle turn illumination by avoiding gyroscope false activation from pedaling tilt.

Movable body-side contact surfaces shift tactile alerts from the steering wheel to the driver's legs, improving clarity without complicating steering.

Multiple vibration points on left and right steering grips encode more vehicle states and intervention cues without relying on simple on-off alerts.

Separate cantilevered rear light units keep turn and brake LEDs visible on short-tail motorcycles while reducing light interference.

Projected road lines mark legal passing distance while AI sensors detect approaching vehicles and alert cyclists to daytime hazards.

Wireless remote lights on a rider's helmet and clothing mirror motorcycle tail, brake, and turn states to expand rear visibility.

A rotating anchor lock and recessed aperture secure small vehicle accessories with easy attachment, strong vibration stability, and optional electrical connectivity.

Orientation sensors let one removable vehicle light switch between headlight, taillight, and turn-signal modes across mounts.

A detachable heat sink cools perpendicular motor and crank sub-units in compact e-bike drive units while easing frame adaptation and replacement.

Brake fluid pressure sensing replaces a separate brake switch and wiring, simplifying saddle-type vehicle handlebar brake layouts.

A connection circuit placed beside battery connectors shortens EV power-line routing and shrinks the wire region inside the battery case.

Dynamic road-surface markers expand EV visibility at night by shifting projection regions with acceleration, deceleration, and turning.

A coreless stator and centrally mounted bearings cut iron loss, noise, heat, and magnetic bearing wear while simplifying hub motor wiring.

A flexible upright light extends above low-profile vehicles, improving visibility distance while still allowing rider mounting.

A transparent wheel cover integrates lighting and power to avoid wrapping light cords on spokes, improving mounting convenience and wheel appearance.

Mounting the lower cover to both the front cowl and cowl brace improves rigidity, preventing sagging and unwanted contact in vehicle fronts.

Wireless remote lights on a rider's helmet and clothing replicate brake, tail, and turn signals to expand rear visibility in low light.

A grip-embedded actuator and eccentric weight deliver operator alerts while also damping handle vibration, cutting space and part count.

Mechanical fixing and power contacts are merged so a detachable vehicle body connects electrical loads automatically without manual wiring.

Mounting the front camera to the motorcycle headlamp enables concurrent aiming, reducing alignment labor and vibration exposure.

Different lamp irradiation ranges for acceleration and deceleration help match vehicle speed more accurately and improve visibility.

An FSR-equipped brake lever correlates rider pressure with servo actuation to balance front and rear braking and reduce rear-wheel skidding.

A base-board thermal module integrates motor and battery fluid loops with electrical lines to save space, cut flow resistance, and simplify mounting.

A brake controller adjusts deceleration thresholds to ABS states on front and rear wheels, improving emergency signal timing on motorcycles.

Detection zones shift with the motorcycle's lane position to cover adjacent lanes more accurately while limiting false alerts.

A rubber-mounted sensor unit shares a fixed member with electrical components to suppress travel vibration without adding new brackets.

A split display switch updates vehicle function symbols continuously, expanding control coverage while keeping operation intuitive during driving.

A lock-through anchor fixture secures small vehicle accessories while making electrical contact for powered devices in one attachment step.

A hinged housing with clasps, gasket sealing, and flexible mounting solves tool-free access, moisture protection, and secure use on moving objects.

A radial handlebar switch layout separates operating members and positions the light emitter for easier control and clearer recognition.

A recess-based modular handlebar switch assembly adds or removes optional controls with a cap or switch housing, reducing clutter and inventory variants.

Integrated conductors in the body and vehicle fixing points create automatic electrical connection, cutting manual cable joining time.

Rear mounting of the lower cover to a cowl brace boosts rigidity, preventing sagging and component contact below the headlight.

Placing the drive recorder switch on the accessory-control handlebar lets riders actuate recording without releasing grip under vibration and wind.

An integrated buffer battery in a bicycle headlamp maintains constant voltage for LED groups while supplying power through a multi-pole connection.