Optical Signalling TRIZ Cases

A raised bumper section transfers pushing force between vehicles while keeping indicator lights visible and wheels clear.

By combining a side marker light with a wireless camera, this case enables blind spot monitoring on towed vehicles without complex retrofit work.

A floating joint plate and lever-ratio reset mechanism returns turn signal levers at short switching paths while protecting parts from overload.

User-priority control of headlights, hazard lights, and wipers reduces discomfort by overriding autonomous mode requests when needed.

Intersecting oblique lens strips and a reflective zone improve vehicle lamp light distribution, optical efficiency, and road visibility.

An electromagnetic actuator, unlocking lever, and locking slider simplify turn-signal cancellation while keeping the rotary switch compact and easy to assemble.

Separate transmitter and receiver modules use central time synchronization to cut LiDAR packaging and energy burdens across driving conditions.

An LED strip along the hood-fender interface extends fender illumination while combining styling, turn indication, and task lighting in one assembly.

Large-pitch display pixels with sub-wavelength light elements let a vehicle front display stay visible while radar beams pass through undisturbed.

A trim-panel lamp chamber cuts through-lamp weight while enabling flexible mounting and lower pedestrian harm in vehicle collisions.

Radiation manipulators align LiDAR and radar through a headlamp cover, reducing parallax and saving integration space for vehicle sensing.

By narrowing the irradiation range as source output drops with heat, the sensor maintains illuminance and object sensing accuracy.

A laser scanning headlight uses one module for road illumination and reflected-light detection, cutting complexity, energy use, and glare.

An integrated molded screen and dual light guides simplify vehicle logo lamp assembly while maintaining uniform logo illumination.

A tinted light collector and segmented optics let one rearview mirror light module meet different regional color and function rules.

Mode-selection output terminals let trailer lamps support added functions through existing wiring, avoiding extra pigtails and custom circuitry.

Angled actuators, bevel gears, and a force-locking follower position a vehicle light module while preventing thread overload and fracture.

Selecting and compressing only part of lighting-pattern rows cuts CAN-FD data load while preserving image quality for adaptive beams and road writing.

Detachable indicator lamps let one radiator cover platform support custom text or pattern orders while cutting variant inventory.

Integrated roof sensors sit outside the see-through area under the roof skin, preserving panoramic visibility and vehicle styling.

A hinged crankshaft and piston linkage deploys a bus safety device while cutting weight, simplifying installation, and easing part replacement.

Backup rollback and restriction logic prevent unsafe light patterns when a vehicle lamp OTA control update fails.

Complementary guide pins and slots keep the headlamp spaced from the fender tip during insertion, preventing anti-UV coating scratches.

A vehicle-mounted plow and salt spreader clears driveways and prevents ice while reducing manual effort for physically limited users.

Magnetic feet, a guide tube, and a locking bolt create a weather-resistant car roof hat mount that stays secure yet swaps covers easily.

Removable central hooking and chassis-fixed side modules cut mold complexity, vibration, and maintenance in industrial vehicle light brackets.

Invisible light fills the off-cycle of a flashing road projection, keeping machine perception accurate while limiting heat and power use.

Smart key motion detection lets a parked vehicle shift laterally within a parking space, avoiding manual steering and reverse maneuvers.

Coordinated brake light patterns suppress flicker in virtually connected vehicles while preserving precise following distance and clearer road signaling.

Controlling boron contamination in a red phosphor sharpens spectrum width and boosts emission intensity for more efficient LED color conversion.

A transparent-matrix fiber composite boosts backlighting intensity in vehicle trim while preserving strength and lowering power demand.

Layered inner and outer lenses use occluding and translucent deposits to create 3D multicolor fascia lighting without losing lamp function.