Optical Viewing TRIZ Cases

A polymeric lid coated with a chromium-based reflective layer forms a single-piece optical element in the rearview device assembly.

Integrated motor and clutch system converts gear rotation into linear displacement, resolving reliability and complexity trade-offs in towing visibility.

Replacing disc positioning pins with a geared rotational actuator reduces weight and thickness while maintaining precise mirror head adjustability.

Multiple forward-facing light sensors feed a processor that selects the clearest ambient light reading for rearview control.

Integrates rain sensor, defog sensor, and ETCS antenna within a single mirror stay assembly to consolidate mounting structures.

An injection molded back plate unit merges a light guide with structural support to eliminate separate blind spot modules, reducing assembly complexity.

Composite gearing reduces weight and noise while maintaining shock resistance in rear view device actuators.

Segmented contact ribs constrain the support shaft, suppressing tilting of the rotating mirror assembly and reducing frictional forces.

A spring-loaded electrical connector establishes reliable contact between mirror circuitry and conductive coatings.

Projections on a side mirror mounting base insert into panel apertures to resolve alignment precision issues caused by accumulated tolerances during assembly.

Moving electronics to the mirror base improves vibration resistance and sensor reliability while enabling universal drive type compatibility.

A head-mounted display overlays panoramic camera images to provide peripheral optical flow matching vehicle dynamics.

A mirror mounting assembly uses a reinforcement bridge to connect structural vehicle portions for enhanced stability.

A rear view display system replaces mirrors with cameras and screens, eliminating interior obstructions for continuous visibility.

Separating the sensor from the movable mirror housing resolves the trade-off between environmental detection and mirror adjustability.

A rearview assembly uses a carrier plate with an aligned peripheral wall to create a smooth exterior transition.

Segmented locking arms form a sandwich structure that transmits forces evenly, reducing overall height while maintaining stability.

Opposing resiliently deformable arm portions on a spring plate apply binding forces to prevent inadvertent movement of the actuation mechanism.

Composite image generation hides open vehicle door sections using predefined structures to maintain clear surroundings visibility.

Integrating a conductive guide into the housing eliminates separate circuit boards, reducing assembly time and component count.

Strip-shaped protrusions on the light shielding part bottom surface block scattered display light from reflecting as a virtual image.

A vehicle mirror assembly uses actuators to move between extended and retracted positions while a controller activates sensors for calibration.

A trailer tow assist system automatically adjusts steering angle using sensor data to align the vehicle and trailer during reverse maneuvers.

Segmented triangular bearing points merge fastening functions into one component, resolving rigidity versus complexity trade-offs for vibration-free mounting.

A drive assist device converts camera images to an overhead view and superimposes a graphic back door for spatial awareness.

Segmented bearing side pieces and a dynamic detachable connection prevent mirror detachment during frontal crashes while allowing easy installation.

Spring-loaded cam mechanism lifts mirror substrate to eliminate anti-jitter failures and operational current spikes.

A resilient cover assembly deforms elastically to conform to the vehicle windscreen contour while maintaining a rigid frame for accessory mounting.

Integrated snap-fit connector replaces multiple threaded fasteners, reducing assembly complexity and production costs while maintaining rigid fixation.

A rearview device uses a dual-axis actuation mechanism to adjust the mirror head for optimal visibility.

A side view mirror assembly establishes an accessory mounting platform via a mirror neck cover and base frame for securing external components.

Electronic image processing replaces mechanical mirrors to resolve adjustment complexity and parallax effects while maintaining clear visibility.

Segmented stem design conceals fasteners via a catch-retention engagement, resolving installation complexity while maintaining structural integrity.

Processor calculates wireless camera latency by measuring the time gap between brake light illumination and display output, ensuring safe rearview performance.

Intermediary buffer member prevents visor rim scratching by separating components before final abutment.

A rear view camera switches between wide and close-up views using ultrasonic sensor distance data.

A vehicle camera unit moves to an active position while mechanically forcing a protective flap open via motion coupling.

A rearview device mount uses an installation tool to rotate engagement arms into secure attachment with a vehicle mounting button.

Integrated elastic fitting piece eliminates separate seal member, reducing parts while preventing cover rattling.

Backup camera detects glare and ambient light to enable independent mirror dimming without separate sensors.

A vehicle mirror plate uses a rotary locking mechanism to secure the assembly.

Processor manipulates distinct camera image regions using dewarping and reshaping techniques to generate display-ready visual data.

A mixed reality system merges vehicle camera images to reveal occluded pedestrians.

Eye tracking activates content on data spectacles, reducing driver distraction and improving safety.

Segmented restricting sections and engagement catches stabilize relative positions between the visor trim and cover, preventing deformation.

A camera with variable depth of field monitors vehicle doors to capture passenger flow and side detection areas.

An integrated pivot clip eliminates plate springs in a vehicle mirror actuator, reducing vibration and shortening assembly time.

A mirror-mounting system uses nested reinforcement members to securely attach the side view mirror within the vehicle door interior.

Touching the turn signal stalk activates a mirror-integrated display showing blind spot camera feeds, reducing collision risk without adding separate hardware.