Optical Viewing TRIZ Cases

Adaptive top-view parking display changes the enlarged image range for parallel and perpendicular maneuvers to improve clarity on limited screens.

Switching RGB and IR imaging by vehicle speed, gear, and light thresholds improves occupant detection and avoids wasted processing.

A spherical camera mount enables optical axis adjustment across car lines, cutting housing variants and validation cost while keeping orientation secure.

Spring-loaded ribs and adjustable supports keep rear view cameras aligned across sizes, resisting vibration while simplifying assembly.

Two pivot joints and adjustable compression let an ATV or UTV mirror move in two planes while holding position on rough terrain.

A cavity behind the transflective mirror uses anti-reflective surfaces and a lip to block off-axis reflections that create camera image artifacts.

A tow vehicle detects trailer connection and switches the displayed blind spot zone to show the active coverage and nearby vehicles clearly.

Sloped enclosure surfaces, a groove, and spoilers redirect water from imaging components while cutting drag in vehicle mirror camera housings.

A color-changing assembly switches between transparent and opaque states to hide the vehicle camera while preserving image capture and pillar color consistency.

Segmented position feedback lets one motor adjust mirror glass and support at different precisions, cutting controller cost.

A guided spherical shell with positioning grooves and damping friction stabilizes rear-view mirror angle adjustment and prevents shake.

A motor-driven retractable camera housing preserves side-rear visibility through a transparent panel while reducing damage and theft risk.

Holographic projections aligned with driver gaze replace manual surround-view switching, improving situational awareness without dashboard distraction.

Adaptive motion sensor zones and sensitivity cut parking-mode power use and false detections while keeping vehicle surroundings recorded.

Relocating the side camera to an extension window garnish keeps the view stable when doors open and shields it from dust, liquid, and impact.

By integrating the mirror pane support into the folding actuator cover, this case cuts part count, cost, and drag without extra frames.

A triangular peripheral groove in the mirror plate edge disrupts gap airflow resonance and attenuates reflected sound to cut outer mirror wind noise.

A reflective element creates a virtual image on the camera axis, helping drivers judge side distance and position more intuitively.

Triggered image swapping on the driver display replaces vehicle status data with relevant camera views to cut display clutter and driver distraction.

A swingable bracket lets the monitoring camera follow driver movement and fit both left- and right-hand drive vehicles with one design.

Glass-reinforced ribs and a ball-joint holder keep rear view actuators easier to assemble while maintaining stable damping and low vibration.

Captured rear camera image data drives local display dimming around glare sources, preserving contrast and rearview visibility in low light.

A mirror-head camera and near-IR emitter move with mirror adjustment to keep driver monitoring view and illumination stable across seating positions.

Coordinated dual actuators adjust a vehicle rearview mirror laterally and vertically while maintaining tip angle and limiting unwanted vertical shift.

A pivoting removable mounting plate simplifies towing mirror attachment while keeping secure fastening and reducing fastening complexity.

Blind-spot objects are highlighted directly on the vehicle window, reducing driver gaze shifts while keeping the roadway view unobstructed.

Automatic vision-element positioning adapts to attachment size, state, and location to maintain visibility without manual driver adjustment.

By darkening the rearview mirror to cut visible glare while passing near infrared light, the system keeps a clear view of drivers' eyes behind glasses.

Higher reference-potential wiring density in the pixel region cuts impedance and voltage fluctuation, reducing smear and shading in stacked sensors.

A high-strength press member redistributes assembly forces in an inside rearview mirror bracket to prevent fastening damage and housing breakage.

Automatic indirect vision adjustment uses trailer geometry and position data to keep the driver's view consistent without manual setup.

Characteristic-color mapping helps occupants recognize nearby objects in vehicle surround views while limiting processing load through partial coloring.

Combines image-based trailer tracking with steering-angle correction at low or zero speed to improve reverse trajectory overlays and reduce collision risk.

Dynamic guide-line display uses vehicle motion and trailer position to keep towing path prediction clear and easier to read.

A dual nested coil spring boosts detent retention in exterior mirror pivot joints while fitting tight packaging and reducing seal stress.