Vehicle Components TRIZ Cases

A rail-mounted sliding protection panel avoids swing-door blockages, preserves visibility, and can fail open for safer operator access.

Forced airflow through an air duct and heat-dissipating fins keeps a windshield camera module within safe temperature limits for stable image quality.

Vehicle status signals guide screen rotation and suspend movement while driving, reducing distraction from sudden orientation changes.

Integrated shield supports and tension springs hold spaced PCBs without screws, cutting assembly time and protecting optical axis alignment.

A fissured Ta2O5 layer near the resin base absorbs thermal and humidity stress, preventing optical film cracking and delamination.

A single controller identifies inputs from multiple joysticks to simplify refuse vehicle control, cut hardware, and ease configuration changes.

A two-part roof sensor pod connection speeds single-operator replacement and calibration while limiting vibration and fitting varied vehicles.

Selective tell-tale lighting through light-guide apertures boosts alert brightness without washing out the rest of the vehicle display.

A post-and-socket roof mount supports sensor pod weight during installation, enabling fast single-operator swaps with rigid, low-vibration alignment.

Urgent driving messages overlay vehicle touchscreen controls and act as touch switches, speeding operator response without a larger display.

Parallel-sliding cover clips conceal license plate screws while using bracket channels and nubs to keep the frame securely attached.

A detachable steering-mounted terminal uses attitude change detection to recognize driver state without complex in-vehicle sensor setups.

A segmented holder mounts a phone near the rearview mirror, keeping it visible without blocking the driver's forward view.

Sensors and control logic let a paving machine lower its screed automatically only when the detection zone is clear, reducing operator error.

Selective MEMS mirror activation narrows vehicle LIDAR scanning to the intended path, cutting power use and processing load.

Retractable support arms and a reinforced lower edge stabilize a ceiling-stowed vehicle film display against travel vibration.

A voltage-controlled membrane or blind hides vehicle branding during accidents, slow driving, or police stops to avoid negative brand association.

Voice queries pull only the needed vehicle manual content, helping drivers interpret functions and warning lights without stopping to read.

An internal second rim and metal frame cut display thickness while preserving torsional rigidity and easing automotive display assembly.

An insulating spacer keeps the RFID license plate off the vehicle body, preserving transponder readability while resisting tampering.

A rotating multi-surface dashboard display switches between touch screen, gauges, and trim to reduce clutter while preserving tactile confidence.

An activation-driven transparent surface hides vehicle display and control elements when inactive, preserving clean surfaces without losing visibility.

A two-piece tubular metal housing with resin covering improves EMI shielding in compact imaging electronics while limiting size, weight, and heat buildup.

A nested adapter inside a vehicle device mount secures tablets and smartphones with stable fixation, easy adjustment, and less rattling.

A bracketed beam constrains stereo camera rotation and absorbs vibration to preserve alignment and reduce recalibration in vehicles.

Light is coupled into the windscreen and redirected by optically functional areas to create 3D displays without separate light guides or extra cockpit space.

Rubber stoppers on the awning hook brace the tailgate trim to counter hardboard gravity and keep the trunk awning level.

Guide contours and snap-fit housing enable calibration-free vehicle camera mounting while shielding the lens from weather, damage, and water ingress.

Steerable exit pupils, eye tracking, and hologram-based aberration correction expand HUD field of view and improve image quality.

A unified in-vehicle search shows cross-service results and direct service links to cut search time and driver distraction.

A projected UI on sensor-embedded film replaces heavy touchscreens on vehicle windows while improving outdoor use, privacy, and power control.

A cellulose ester and elastomer blend replaces plasticizers to maintain processability, low VOCs, and heat stability in interior parts.

Wider transmissive slits plus black-image control improve parallax separation and reduce wrong-eye crosstalk in 3D displays.

An arch-shaped elastic shield case absorbs external force and keeps barrel position stable to protect in-vehicle camera image quality.

A removable steering knob adds a display and onboard computing to deliver customizable media, navigation, and connected vehicle controls.

A convex lens with displaced center and tilt aligns front- and back-surface reflections to suppress double images in compact virtual image displays.

Dual tilt adjustment in a vehicle head-up display keeps the virtual image plane orientation constant across different eye-box positions.

Discrete state change detection across speech, sight, or movement helps complete incomplete user requests without complex time windows.

Non-parallel slide planes stiffen a retractable vehicle device support, reducing vibration and improving screen stability during motion.

A shared backside clip with spring elements secures multiple automotive cameras accurately while adapting holder positions across vehicle models.

In-line surface and contour inspection marks and cuts defective seal strip sections to reduce waste and keep continuous production on spec.

Ground-angle error analysis lets vehicle radar detect vertical mounting misalignment accurately despite road slope, surface unevenness, and beam-width changes.

Paired glass lenses with tuned refractive and thermal properties keep wide-angle vehicle images clear from -40°C to +85°C.

A concave lens, freeform lens, and concave mirror compact HUD optics while correcting distortion and improving telecentricity.

A separate support plate improves power transfer to the lens heater, protects the optical path, and keeps vehicle camera images stable in cold conditions.

A remote acoustic vent creates a second bass output point, giving compact vehicle audio a quasi-stereo effect without adding another woofer.

A thermally insulating cover shields an exhaust-side vehicle sensor mount from heat, keeping the sensor within its safe operating range.

Displays power delivery against available powertrain capability only when temporary or fault limits matter, reducing misleading driver feedback.

An optical strip relays external display content into the vehicle cabin, saving dashboard space while enabling touch interaction and ambient lighting.

A bonded carrier and design part forms a closed hollow profile that improves vehicle panel load strength while limiting visible surface marks.