Optical Viewing TRIZ Cases

A bent, segmented PCB fits near the mirror mount without blocking fastening, saving space, widening view, and simplifying assembly.

Selective front and rear locking with spring bias absorbs assembly error, aligns the overhead console, and prevents sensor cover bending.

Modular camera mounting expands vehicle coverage while easing type compatibility.

A view angle adjustment mechanism uses a spherical pivot inscribed in conical surfaces to stabilize operating torque.

A vehicular mirror system adjusts reflectance based on detected driving modes to maintain rear visibility.

Incorporating refracting beads into the optical bonding layer scatters light to eliminate diffraction patterns while maintaining anti-glare effectiveness.

Relocating the separation edge to an inside panel reduces wind noise while enabling cost-effective injection molding of separate housing components.

Segmenting the mirror surface into regions with varying curvature resolves the conflict between wide field of view and accurate distance judgment.

A bayonet-like retaining device rotates to lock the mirror base, resolving rigidity and installation ease contradictions while preventing twisting.

An in-vehicle camera setting method writes individual vehicle configuration data from the electronic control unit into the connected camera hardware.

A transparent structural element integrates first and second mirrors to eliminate driver forward view obstructions caused by opaque connecting members.

Concave mirror with changeable attitude reflects light from an emitter to reduce optical path differences and image distortion.

A head-up display system adjusts preceding vehicle mark size and position based on camera analysis.

An elastic member applies counterweight force to reduce power source load when displacing a movable vehicular display from tilted to erect position.

A dynamic perspective shifting system modifies rear-view camera images to maintain a consistent virtual perspective as the camera position changes.

Force transmission cams support on housing cam tracks near the drive position to prevent improper interlocking, reducing spring force requirements.

Integrating a volume hologram into a transparent pane generates three-dimensional images while reducing installation space and merging camera optical units.

An integral spring element in a toggle assembly pivots a prismatic reflective element to reduce nighttime glare and brightness.

Perpendicular flanges and integrated adhesive pads secure the plastic mirror pane, eliminating complex multi-step assembly processes.

Wear plates and roller assemblies create frictional resistance that minimizes vibration-induced movement of the telescoping tube, maintaining mirror stability.

Replacing metal springs with an integrated elastomer reduces part count and assembly complexity while maintaining holding force.

A vibration suppression arm extends from the electric retraction unit to attenuate mirror housing oscillations.

A cam and groove bayonet catch with a forcible filling element secures exterior vision units through elastic deformation.

Triggered retainer rods pivot a mirror arm out of the windshield field of view, clearing the driver's sightline when the mirror is not needed.

Detachable housing connections synchronize mirror adjustment to prevent blind spots at the boundary, improving visibility and serviceability.

Offset guide means manage electrical harness routing within a mirror support base to prevent interference with snap-fastening mechanisms.

A vehicle sensor unit combines millimeter wave radar and infrared sensors within a single transparent cover assembly.

A segmented display system presents undistorted rear views and distorted panoramic side views using lateral cameras.

Integrated plastic and metal baseplate eliminates separate adhesive materials, reducing manufacturing complexity while maintaining accessory retention strength.

A movable door mirror actuator pivots the mirror body to redirect wind flow along the vehicle side.

A rearview mirror toggle switch uses a locking rib to engage a housing notch, stabilizing the actuation mechanism in its intended position.

Integrally formed tubular parts in the housing main body suppress size increase while improving mold processability and resin penetration.

Metal snap fingers prevent plastic relaxation and vibration by locking exterior mirror parts axially without axial bias.

A rearview button uses a fulcrum lever to amplify force at the distal end.

Segmenting the exterior mirror unit via a dynamic coupling resolves the contradiction between structural stability and repair ease, reducing material waste.

Processing circuitry stitches perimeter camera images to reconstruct the terrain below the vehicle, eliminating the need for complex underbody camera mounts.

Automated side view mirror assembly adjusts reflective surface angle based on detected driver position to eliminate blind spots.

A telescopic mirror rod uses a drive-mounted gear mechanism to adjust distance from the vehicle housing.

A vehicle door mirror assembly transfers forward impact loads via a pin into a bracket, protecting the actuator and preventing glass detachment.

A head-up display projects a visual indicator of the speed difference between current and target vehicle speeds onto the windshield.

A thermoplastic support part encases a vehicle camera support arm via injection molding to create a rotationally fixed connection.

Mirror assembly foot incorporates housing and contact zones to secure cameras, eliminating windshield bonding noise and vibrations.

A multifunction light pipe guides glare light to a rear-facing sensor, eliminating obstruction by the reflective element while enabling user actuation.

Segmented turning mounts the second cover relative to the first, resolving linear assembly interference and improving division position freedom.

A vehicle mirror mount assembly uses a conical attachment member nested within an injection-molded mounting member to provide secure pivoting.

Segmented baffles shield blind spot indicators from adjacent drivers while directing light to the host vehicle operator.

Lateral support posts connect the upper support member to the vehicle frame, reducing vibration transmission to the mirror assembly.

Projecting ramps on a rearview mount redirect the housing orientation during sliding detachment to prevent structural damage.

Segmented lens groups with optimized dispersion ratios resolve the trade-off between wide angle of view and lateral chromatic aberration correction.