Optical Signalling TRIZ Cases

A UV-curable diffusing layer with beaded fillers bonds directly to substrates for uniform light distribution.

Road surface projection communicates safe distances to merging drivers, resolving information loss in collision prevention.

Wireless communication synchronizes garment turn signals with motorcycle controls for seamless rider visibility.

Concave microstructures on the light guide plate resolve the trade-off between manufacturing cost and uniform brightness in automotive brake lamps.

Flexible flanges and suction cups secure the sign while motion sensors trigger automatic illumination for better visibility.

Segmenting the bearing component from the housing resolves inaccessible mounting points, enabling error-free assembly of the headlamp adjustment system.

An actuated safety light mounted on a low trailer reach resolves highway blind spot visibility issues by raising the signal above passenger door obstructions.

A vehicle headlight leveling device uses a perpendicular motor shaft and symmetrically arranged power-supplying terminals to standardize component layouts.

Segmented geometry and spheroidality control radial light propagation, resolving intensity loss and inhomogeneity in vehicle lighting.

A vehicle system controller monitors GPS coordinates to automatically activate specific camera displays for the driver.

A segmented photodetector array uses distinct performance regions to capture reflected light signals for time-of-flight measurements.

Integrates vehicle lighting directly into the moldboard structure to eliminate separate mounting stands.

Decoupling means on the light guide create a light curtain effect that meets side marker intensity thresholds while maintaining homogeneous tail light emission.

A motor vehicle projection device adjusts light distribution extent along the longitudinal axis based on vehicle speed to maintain driver visibility.

Angularly offset reflectors direct light from multiple sources to create distinct illumination patterns for reversing, braking, and turning actions.

A vehicle headlamp alignment system uses a camera to capture beam images for automatic aim adjustment.

A vehicle tail light assembly uses a light pipe to direct illumination from LEDs through an output lens for uniform wide-angle coverage.

A taillight housing integrates a LIDAR sensor to emit optical signals and process reflected data for external object detection.

A vehicle daytime running light adjusts its brightness using a controller and photo sensor to match peripheral illumination levels.

Spacers isolate the printed circuit from the plastic housing to prevent thermal damage while positioning means maintain photometric alignment.