Optical Viewing TRIZ Cases

A vehicular camera uses a polarizing beam splitter to separate reflected light from backscattered natural light for clearer imaging.

The system processes rear-view camera images to predict cyclist trajectories, providing early warnings that resolve visibility blind spots on curved roads.

Segmented housing elements extend a vehicle camera to widen the field of view while retracting to reduce aerodynamic drag.

Segmented actuator members interlock to maintain mirror positioning when electric power fails, ensuring reliable manual repositioning.

A telescoping rearview camera keeps its lens stationary while the mirror head extends, using a flexible track to cover the aperture.

Segmented mirror frames attach to base brackets via adjusting devices, granting unrestricted access to mechanical connections during assembly.

Clamping brackets and a gauge foot distribute mechanical stress across the housing, eliminating vibrations that destabilize traditional single-point fasteners.

A door-mounted vision system integrates a camera and display to expand the rearview field of view.

Processing unit dynamically alters display field of view based on rearward imager data and vehicle operating conditions.

A periphery display control device generates virtual viewpoint images by maintaining fixed distance and height parameters between the viewpoint and gazing point.

Inverse wing support portion with rearward bead portions rectifies wind flow to prevent vortex impact on door glass.

A vehicle control switch directs camera and mirror views via mode detection, reducing driver distraction from separate controls.

A vehicle mirror device uses a nested dual tilting mechanism to increase the secondary mirror's adjustment speed.

A blind spot monitor lens protrudes from a mirror visor to emit light, allowing drivers of other vehicles to recognize the indicator.

A rear view system uses a recording unit to capture a cone of vision behind the vehicle and displays a modified image with a virtual vehicle reference.

Dynamic sealing releases gap restrictions during folding to reduce wind noise while preventing friction-induced pivoting performance loss.

A fold rear-view mirror assembly uses a detent mechanism and safety stop portions to prevent shaft release.

Dual optical systems with semi-transparent mirrors and Fresnel lenses reduce device volume while managing external light glare.

Relocating the actuating element to the rear housing eliminates visual obstruction and preserves a continuous outer contour for improved driver visibility.

Gaze tracking detects driver focus to activate specific displays, reducing power consumption and safety risks.

Electric control assembly adjusts lens angles to eliminate blind spots while preventing dust accumulation in mounting gaps.

A vehicle rearview camera captures images reflected by an integrated mirror element to provide a sideward and rearward field of view.

A rear view camera system merges exterior and interior images on a windshield display to provide an unobstructed driver view.

A bayonet connector arrangement secures a motor vehicle rear-view mirror using a top-access fixing member that prevents unauthorized rotation and removal.

Convex mirrors in this assembly resolve limited lateral visibility by expanding the field of view, reducing accident risks during tight maneuvers.

A vehicle rear-view mirror uses an input member to control body position and display power states for flexible viewing modes.

Multi-touch displays control camera pivoting and image sections, resolving complexity that hinders driver operation of electronic rearview mirrors.

A vehicle side view mirror assembly uses an upper and lower mirror spaced to create a see-through opening for improved driver visibility.

A holding device uses pins and recesses to secure vehicle components on pane surfaces.

Interlocking flanges confine retention structures between covers, restricting movement while concealing sensors from the interior view.

A multi-stage swing arm mirror mount articulates to position the reflective surface for optimal operator viewing angles.

Slotted guide links coordinate camera extension and cover opening through a common drive, reducing kinematic complexity and preventing mechanical collisions.

Forcible fitting of elastic pivots corrects dimensional bias to suppress chatter vibrations in mirror devices.

Camera monitor system revises trailer trajectory overlay using steering angle changes at low vehicle speeds.

A tilting actuator nut member uses a barrel protrusion to rotate with a gear while engaging an abutment portion on the male thread.

Flexible sealing lip between concave and convex surfaces seals the pivot joint gap against environmental ingress while maintaining smooth rotational movement.

Segmented parallel couplings maintain consistent housing distance while resolving coarse manual adjustment resolution issues.

A vehicle door mirror viewer uses nested blockers and restricters to constrain rotation within a specific range.

A pivoting member supports the drive means and limit gear radially to maintain stable positioning within a vehicular door mirror assembly.

Aligned fastening directions for the electric retraction unit and actuator simplify vehicle door mirror assembly.

A mirror assembly uses extracted actuators and a spanning shroud to adjust the reflective element while concealing internal mechanisms.

A mirror head employs a flexible screw and spring connection to decouple the housing from the carrier, reducing vibration excitation caused by wind forces.

A head-up display adjusts a concave mirror to track the driver's eye position.

Vertical placement of side displays above the steering wheel center resolves line-of-sight obstruction while maintaining clear visibility of rear areas.

A blind spot indicator mounted on the mirror backing plate moves with the glass to stay in view.

Mirror displays sensor images to resolve blind spot information loss without increasing device complexity.

A circular bezel recess accommodates larger buttons and electronic features while maintaining the mirror assembly's original dimensions.

A rearview mirror light-guiding base refracts and diffuses emitter light through a dedicated optical cavity.

A vehicle inside mirror assembly uses a dual pivot shaft and spring coupling to adjust the reflective plate.