Optical Viewing TRIZ Cases

A six-element imaging lens uses a cemented biconvex fifth lens to suppress higher-order aberrations and negative distortion.

A sensor alignment apparatus uses antenna switching and tilting motors to correct vertical orientation.

Automatic front curb viewing system corrects wide-angle lens distortion to help drivers judge curb position during parking maneuvers.

Stepped flexible deflector stretches during mirror adjustment to block wind noise and debris intrusion through housing gaps.

A modular rearview device uses interchangeable head assemblies to adapt mirror and camera configurations for different vehicle markets.

Controller applies pre-set mirror configurations to extendable side-view mirrors based on stored trailer identifying indicia.

Segmented lens groups correct aberrations while expanding the angle of view for in-car cameras.

An integrated base bracket encased within the door sheet metal eliminates redundant outer components and simplifies assembly.

Segmented emitters with a diffuser provide uniform near-infrared illumination while reducing retina glare for accurate driver monitoring.

Visual alignment markers guide truck drivers to adjust mirrors accurately, eliminating the need for dedicated adjustment areas or specialized training.

Linear camera movement behind a semitransparent mirror expands the visible area and eliminates dead angles without complex actuation.

A side mirror assembly with adjustable axial spacing between parallel mirrors.

Serpentine lip part with radial flexion parts buries irregular clearance between vehicle body and stay, securing reliable sealing.