Optical Viewing TRIZ Cases

A siloxane additive, amide slip agent, and TPV balance low friction, low hardness, and PP double-injection performance in mirror seals.

A smaller stored output pixel region cuts image data volume so vehicular cameras can meet bandwidth and frame rate limits while preserving useful coverage.

Touch-selected PIP layouts switch with vehicle operating states to keep key camera views visible without manual display management.

A towing-state controller switches to a wider bird's-eye view, improving vehicle and trailer surroundings checks without a fixed enlarged display.

A clutch buffer lets a rear-view mirror base frame disengage under manual force, preventing actuator damage while preserving powered adjustment.

Elastic engaging claws and sidewall holes let a vehicle camera mount securely yet detach easily in tight one-arm working space.

Automatic correction of vehicle camera image tilt aligns display orientation without manual switches or added sensors.

Alternating focal settings between frame periods lets an automotive camera optimize different regions of interest without a fixed focus compromise.

A hemispherical joint and interchangeable arm kit let one rear-view mirror fit different vehicles without redesigning fixing holes or replacing the mirror.

Lane markings are shown only after lane-keeping conditions are met and a standby time elapses, reducing occupant mismatch with control status.

Cameras on the body frame and A-pillar displays replace mirrors to avoid dust, moisture, and cabin space limits while preserving real-time visibility.

An indexed rotation limiter lets one motor adjust mirror axes at constant speed and equal power while reducing noise and extra controls.

Reusing ADAS or IVI controllers for rearview mirror image processing cuts ECU cost and adds redundancy if one controller fails.

Multiple vehicle cameras are harmonized for brightness, color, and display consistency to speed object recognition and reduce driver distraction.

A protruding lens shade with an integrated sealing lip blocks dust and stray light while saving windshield sensor installation space.

A retention clip locks the mirror bracket to the actuator assembly to deter theft without blocking visibility or relying on adhesives.

Real and virtual traffic views are repositioned during turns to match driver sightlines and improve recognition of nearby participants.

A switchable optical path lets one vehicle side camera capture front and rear views, expanding blind-spot coverage without extra sensors.

By synthesizing only lateral camera regions on curved projection surfaces, this case preserves 3D object shape in route images.

A reflector and light guide backlight an LCD behind the mirror surface, enabling mirror/display switching with lower electrical and thermal load.

Selective extraction of side-camera regions reduces 3D object distortion while preserving clear route surroundings for driving and parking.

Selective blur on the vehicle side surface restores mirror-like depth perception while keeping the rear-side view clear and natural.

A rotating mirror-mounted camera keeps a semi-trailer tail end in view during backing turns, improving driver visibility and maneuvering safety.

Angled surfaces and hoods keep forward- and rearward-view vehicle camera lenses clear without wipers, cutting complexity and cost.

A radiation sensor and actuator tilt the HUD optical waveguide to redirect sunlight reflections away from the driver's eye.

Three plastic cover pieces snap onto a mirror base frame to replace screws while preserving sealing, strength, and vehicle styling.

GPS and map data widen the rear vision side-screen view during merging, reducing manual adjustment and helping drivers keep focus ahead.

A UV-curable NOCA layer cuts visible-light defects in prismatic mirror assemblies while preserving NIR camera capture for driver and occupant monitoring.

Dynamic gap adjustment between the mirror housing and base cuts wind noise and abrasion during vehicle mirror folding and unfolding.

Multiple trailer and cab cameras plus low-speed sensors give drivers a 360-degree view of blind spots during articulated truck maneuvers.

Location-based pixel correction removes radial color distortion from images captured through transflective mirror coatings for in-cabin sensing.

A double-detent actuator with an internal wave spring folds a wing-mounted vehicle camera smoothly into a side cavity while reducing stress and motor wear.

Peripheral sensing drives background and virtual viewpoint changes in vehicle surround displays, improving context relevance and target awareness.

Mercury-switched tailgate and body cameras maintain rear visibility when the tailgate opens, without major OEM vehicle modifications.

A rear camera tracks trailer features and uses projective geometry to estimate hitch angle accurately with less hardware complexity.

A polygonal reflective optical member guides incident light from multiple angles to a sensor, improving display light detection accuracy.

Vented rearview mirror airflow and a PCB-coupled heat sink remove camera and IR emitter heat to keep driver monitoring reliable.

Tilting the optical sensor relative to the lens lets an electronic rearview mirror focus near and distant views together for clearer driving images.

Tilting the optical sensor relative to the lens lets an electronic rearview mirror keep near and distant views in focus with lower distortion.

Vertically arranged drainage ports and a ribbed gasket seal the vehicle door interface while channeling water out during rain or car washes.

Actuator-adjusted mirror pane angles let symmetric rear-view mirror housings meet side-specific field-of-view rules with lower tooling complexity.

Pivotable side mirror sections widen blind spot coverage while a fixed center section keeps the rearview image flat and free of fisheye distortion.

A pivoting A-pillar mirror mount improves UTV visibility while clearing rear-hinged doors and staying stable under off-road vibration.

Rotating the inner cover onto the base locks it axially and circumferentially, simplifying door mirror assembly while keeping it stable.

GPS and map data widen the rear vision display during merges and intersections, improving side visibility without manual camera adjustment.

A hollow fiber-reinforced plastic mirror support cuts weight and view obstruction while maintaining structural stability and lower cost.

A simplified strap-clamping mirror mount uses integrated press members to cut parts, ease assembly, and keep adjustable tension secure.

A stored cropped pixel region lets a vehicular camera cut image data to fit bandwidth limits while preserving frame rate and distortion correction.

A three-bracket camera mount restores yaw, pitch, and roll alignment after vehicle position changes or damage without replacing the wing assembly.