Optical Viewing TRIZ Cases

An elastic holding member absorbs gear thrust and prevents motor backlash, enabling smoother, more stable vehicle mirror retraction.

A non-reflective integral bezel shifts attachment stress away from the viewing area, reducing distortion and distracting reflections.

Initial camera feeds set synchronization parameters, then trigger-based frame sync prevents blackout during vehicle image merging.

A rear backup camera detects ambient light and headlight glare to independently dim interior and driver-side mirrors with fewer sensors and wiring.

Notched rear-glass sections and edge connectors reduce substrate offset, simplify electrification, and narrow the reflective band.

Spring-loaded locking pins secure a rear view mirror plate while enabling simple press-down release for lower repair cost and easier replacement.

An elastic holding member absorbs casing variation and backlash in a vehicle visibility retraction unit, enabling smoother, more stable rotation.

A wired in-car camera streams real-time back-seat child video to a mobile app, avoiding rearview blockage and reducing the need to look back.

Switching video processing by machine state preserves 360-degree view when stationary and reduces operator disorientation during movement.

Rounded glass edges and rear cutout connectors preserve a smooth electrochromic mirror transition while meeting exposed-edge requirements.

When towing a trailer, segmented rear camera views enlarge the area behind the trailer to improve obstacle visibility while reversing.