Vehicle Components TRIZ Cases

A virtual image display device moves a display unit relative to a concave mirror to adjust the optical path.

A smoothing film with masking layers covers air zones at the frame edges to eliminate reflections and blurring on vehicle man-machine interfaces.

A paired speech recognition system generates notification information from recognized speech and outputs corresponding audio signals at specific timings.

A vehicle heads-up display projects light externally to communicate with other road users.

A vehicle windshield display filter cuts specific wavelengths from projection light to suppress ghosting effects.

Multilayered adhesive damping elements target high-amplitude zones on vehicle components to suppress natural vibrations.

Positioning the virtual image display region below the road surface stabilizes the visual against vehicle pitching and uneven terrain.

Integrating a loudspeaker into the spare wheel well cover merges two functions, increasing acoustic volume without adding vehicle weight.

A luggage compartment housing uses a pivotable connecting element and sliding rail to guide rotational and translational movement.

A tonneau cover assembly integrates a flexible screen and cover within a single case using nested winding rods to enable variable cargo area layouts.

A lens unit integrates a transparent conductive film and electrodes to generate Joule heat on the lens surface.

Segmented rim and central damping elements isolate shocks while self-service locking enables keyless plate attachment.

Traction cables pivot a cargo cover against an open tailgate, resolving access restrictions while maintaining secure attachment.

A polyurethane-polyurea layer on a substrate absorbs blast energy through viscoelastic deformation.

A vehicle touchscreen actuator displaces upon impact to reduce injury risk.

A dual automatic speech recognition engine system processes vehicle voice commands using a habits engine to identify user patterns.

Heated air softens extruded roof ditch moldings against contoured fixtures to resolve surface degradation risks while maintaining decorative integrity.

Active anchoring means retract into a housing cavity to secure luggage, eliminating transport company liability.

Skeleton model analysis differentiates intentional takeover signals from accidental touches, preventing unintended automated driving deactivation.

A wireless receiver triggers a Nitinol actuator to contract and release the latch, enabling rapid tool-free device replacement in aircraft seats.

A hood-mounted tool tray uses magnetic strips to retain ferrous fasteners and parts during automotive engine servicing.

Spherical joints with elastic pressure allow the reflection unit to rotate smoothly, mitigating image shaking caused by vehicle vibrations.

A light-blocking member uses a bendable wire attached to a sheet and handles for easy folding.

A retroreflective license plate integrates a dielectric security structure into the front surface to produce optical interference effects.

Eccentric levers drive the profile along a fixed path, covering curved edges while minimizing installation space and travel distance.

Coupling portions align with reinforcement portions to increase sign strength while preserving thin line thickness and design flexibility.

Bilayer lamination shields infrared-reflecting coatings from corrosion and damage during edge trimming, ensuring reliable composite pane production.

A multi-layer panel sandwiches a core with standing portions between face plates and clamps the flange with a rectangular beam member.

A license plate end mounts behind a vehicle plate to display lateral graphics, avoiding adhesive damage and window obstruction.

A motor control system adjusts the roller blind position via a tension rod, resolving fixed guide limitations.

A vehicle display system provides virtual sequences adapted to route characteristics for occupants.

Tactile localization markers on a detachable mask guide operator inputs on construction machine touchscreens, eliminating visual search delays.

A vehicle sensor unit engages a protective element during extension to open the cover.

Inductive heating and pressurized bladders bond thermoplastic skins to metal cores, eliminating fasteners that increase weight and production time.

A movable screen adjusts optical path length to maintain virtual image projection on a display surface.

A control device classifies surrounding objects by extracting echo traces from ultrasonic measurement arrays.

Segmented center and side modules reduce manufacturing complexity while enabling adaptable regional specifications.

A gesture recognition system interprets driver movements to control vehicle components like steering and acceleration.

A stepped pressing member compresses sound-absorbing covering elements against a vehicle floor to secure the acoustic screen.

Local application of segmented damping pads reduces structure-borne noise while lowering component weight compared to large-area mats.

An input device adjusts electrostatic sensor thresholds dynamically to detect operator contact accurately.

A universal license plate mounting system uses a biasing element to secure plates across varying state standards.

A resin holder secures optical scanning chips while accommodating thermal expansion differences between housing components.

A vehicle panel with spaced slots accepts component tabs to provide temporary support, eliminating separate positioning mechanisms.

Pivotable loading floor sections enable easy removal and secure locking via a linearly displaceable locking member.

Integrating vehicle sensors into emblems and grilles streamlines appearance while utilizing airflow for sensor cooling.

A virtual image display device uses a projection optical system with a final reflector to form images at distances of 2,500 mm or more.

Telescopic rods with gas springs adjust length for varied vehicles while maintaining attachment strength.