Optical Viewing TRIZ Cases

A clamped mirror adjustment mount replaces screws to cut assembly time, prevent rattling, and keep the unit securely powered and locked.

Locator pins, nest fixtures, and laser ablation improve rearview mirror indicator icon alignment and module positioning during assembly.

Integrated mirror lighting and a camera behind a transparent mirror section improve low-light side and rear visibility for large vehicles.

A thermally conductive pliable layer between stacked camera PCBs absorbs tolerance variation, simplifies assembly, and preserves heat transfer.

A compressible single-fastener mount simplifies rearview mirror installation and enables reliable breakaway under regulatory impact force.

Dynamic event sensor resolution switching matches vehicle travel state to maintain detection accuracy while reducing power consumption.

Periodic beacon scans and confidence thresholds help confirm trailer proximity and connection status while limiting false disconnects.

A pivoting bracket and flexible attachment temporarily hold the side mirror on the door panel, freeing both hands for final fastening.

A tailgate-position sensor switches between rear camera views to keep pickup truck driver assistance visibility consistent when the tailgate is open.

Driver eye tracking and windscreen graphics enable self-service head-up display calibration, cutting plant re-boresighting time and cost.

Asymmetric free-curved lens surfaces enlarge the central image region while preserving a wide angle of view and controlling aberrations.

A plastic retainer guides and seals harnesses between the door panel and rear view base frame, reducing assembly steps and moisture ingress.

Magnetic field sensing tracks a pivoting mirror head within 5 degrees, keeping ADAS sensor alignment reliable through folding and extension.

Separate visible and near-IR sensing lets the ECU ignore infrared noise and dim the electrochromic rearview mirror correctly.

Micro-LEDs and a diffuser project blind spot and turn signal icons through the mirror without reflector masking, cutting complexity and distortion.

Image processing compares expected and actual trailer position to auto-calibrate angle detection and improve reversing guidance.

A support axle and bracket let one operator quickly swap sensor pods while maintaining secure attachment, vibration resistance, and crash damage control.

An insulating member splits the housing into two chambers to block dust at the connector opening and protect the image sensor.

Pulsing near-IR LEDs only during selected camera exposures cuts vision-system power use while preserving frames for night vision and assist functions.

A plunger-based shutoff module stops the power-extending mirror at end positions and supports stored position recall for towing visibility.

PWM lets one DC motor handle fast mirror folding and slower user adjustment, reducing motor count while keeping rotation stable.

A protected underbody camera uses a cleanable lens and serviceable housing to reveal hidden obstacles beneath the vehicle.

A sealed lid-and-housing rearview head integrates the blind-spot mirror to widen visibility while blocking dirt entry and reducing parts.

Relocating the separation edge to the bezel inner panel cuts wind noise and enables simpler two-piece injection molding.

A plate-like attachment member changes sensor mounting direction so camera and IR projector surfaces align flush with the mirror housing.

Thin laminated glass substrates create a smooth mirror-to-housing transition while preserving edge strength, compliance, and low connector exposure.

A movable vehicle camera extends outward for wider imaging, then retracts inside the support member to reduce fragility and weather exposure.

Angle-of-view overlays on a surround view composite help drivers identify image direction, blind spots, and rear-side orientation more clearly.

Integrated fan-driven ducts move air across the camera, electronics, and mirror head to prevent overheating in hot vehicle conditions.

A fixed camera hidden in a rear emblem-like extender gives vehicles a central downward view without complex extension hardware.

Variable wait timing by video source cuts camera display delay while keeping SoC-rendered images output only after completion.

Automatically switches vehicle camera views by maneuver phase and precise location to reduce driver distraction during parking.

A rotating bracket and support axle let one operator swap truck sensor pods quickly while flexing in collisions to reduce damage and debris.

Light baffles in a rearview mirror direct blind spot alerts to the host driver while shielding adjacent drivers from the indicator.

Side-mounted cameras capture forward and sideward views around leading vehicles, helping drivers see blind zones and adjacent hazards.

Curved bezel edges, integrated lighting, and touch actuation make the anti-glare rearview mirror safer and easier to use.

A liftable, rotatable in-cabin mirror monitor raises the display into the driver's sightline while avoiding window and air outlet interference.

A single-piece lid integrates a coated blind-spot reflector to widen rearward view while sealing the rearview assembly against dirt and debris.

A sealed, serviceable underbody camera housing gives drivers real-time views beneath the vehicle while resisting debris, weather, and corrosion.

An extendable sideview mirror camera shifts past the housing to clear blocked overhead sightlines while preserving normal mirror aerodynamics.

A threaded interference-fit lens mount replaces epoxy to hold focus at high temperatures while simplifying sealed cable strain relief.

A pivoting rearview arm lets one camera or radar sensor cover more angles, reducing blind spots and retrofit cost on vehicles.

An amplitude limiting element and controlled gate-source voltage keep comparator output stable as bias current changes, reducing read time and image loss.

A frame-mounted rear-view camera isolates road and wind vibration to improve image clarity and support rear and outward hazard detection.

A VRLC mirror stack lets drivers view camera video in the rearview mirror without mechanical toggling, reducing reflections and distraction.

A grooved bracket and locking protuberances fix the mirror rotation shaft at one position, cutting parts, cost, and unwanted rotation.

Per-pixel color filters let an event sensor detect brake lights, indicators, and traffic lights across wavelength bands for driving alerts and control.

A bracket fixed to the vehicle static structure keeps the side mirror attached and adjustable when removable doors are taken off.

A venturi-shaped wing assembly drives airflow downward across the front camera surface to clear moisture and dirt in platooning conditions.

A modular mirror head and movable part layout cuts bulk, drag, and mold cost while preserving rear-view adjustment and side-to-side symmetry.