Optical Viewing TRIZ Cases

Multiple sensors, rooftop cameras, and AI/ML analysis improve vehicle threat detection while filtering weather- and noise-driven false alarms.

A separate retainer assembly guides and seals rear view mirror harnesses through a metal base frame while preserving datum-based positioning and easier assembly.

A flexing biasing element on the actuator pivot tube attenuates mirror-head vibration while preserving rearview adjustment.

A clamshell bracket uses cup fit and tube compression at the mirror ball end to stop camera mount loosening without limiting mirror adjustment.

Stress-relieving PCB regions and housing attachment reduce imager warping, helping vehicular camera modules maintain focus during assembly.

A cowl-mounted mirror assembly keeps rear visibility and accessory functions intact when vehicle doors are removed, avoiding extra installation.

A U-shaped mirror bracket creates free space for interior modules while integrating a reliable fold-away mechanism on the windshield or roof structure.

A cowl-mounted rear view assembly keeps mirrors functional and compliant after door removal while preserving vehicle styling and accessory mounts.

Three interlocking cover pieces replace screws in a vehicle mirror base, improving drainage, electronics protection, and serviceable assembly.

Driver head and gaze tracking reshape CMS images to restore mirror-like parallax depth cues while keeping a wider commercial vehicle field of view.

By moving the rotation unit into the side door, this case cuts stored mirror protrusion, suppresses vibration, and improves cabin visibility.

Directional light thresholds and IR-to-green ratio checks stabilize IR/RGB switching for more accurate occupant monitoring under changing light.

A screwless three-piece mirror base integrates harness guidance, sealing, camera mounting, and water drainage for easier vehicle assembly.

A cabin camera tracks the driver's head outline against vehicle geometry to adjust mirrors or screens with lower computing load and energy use.

A 3D prism layout guides reflected ambient light to a blind spot display while preserving a curved surface that matches the obstacle.

Form-coded bezel and motor adaptor features block mismatched mirror assembly, cutting variants and preventing LHD/RHD part mixing.

A detachable lens hood lets a windshield-mounted vehicle camera overlap the mirror area without blocking interior mirror release in a front impact.

Front and side camera feeds are rendered on A-pillar displays to reveal turn-time blind spots without adding dedicated camera modules.

A camera-based rear mirror shifts field of view with speed, steering, and reversing to keep rear visibility clear when cargo blocks mirrors.

A spring-lifted gear and cam layout closes the mirror base gap after folding, cutting shake, wind noise, and motor current demand.

A PCB opening lets the imager assembly pass through the board, shrinking windshield camera housing size while preserving image capture and angle adaptability.

A single in-cabin display shows both side camera views at once, helping commercial vehicle drivers assess overtaking and reversing faster.