Vehicle Components TRIZ Cases

A rigid dashboard bracket and separate holder keep tablets or phones secure, powered, and easy to view without cluttering the cabin.

A two-point dashboard bracket secures phones or computers without cluttering the cab, while keeping them accessible and power-connected.

Air-filled light-blocking structures in display encapsulation curb windshield reflections, block moisture ingress, and improve touch sensing.

A deformable display behind a curved surface member enables seamless hidden information display while allowing easier detachment and replacement.

Delay scanning groups vehicle output devices by latency so one wireless chip can stream content with synchronized playback at lower cost.

Air-filled light blocking structures in a vehicle display encapsulation suppress windshield reflection while preserving moisture barrier and touch sensing.

Overlapping cameras, external radar placement, and LiDAR redundancy give delivery vehicles unobstructed 360° sensing for safer autonomous navigation.

Automatically configured vehicle units capture and share event audio and video, letting participants stay engaged while remote users join in.

Gradual or travel-only bias correction keeps vehicle display images from shifting abruptly at stops despite sensor drift from vibration and temperature.

A retractable ID member and secure plate mount enable tamper-resistant tracking and storage while minimizing plate obscurement.

A rotationally symmetric foveated lens gives one automotive camera wide field coverage with higher central resolution and lower alignment complexity.

Vehicle data is selected through the infotainment UI, embedded in a displayable code, and captured quickly across fleets without OBD connection delays.

Flexible clasp lips and an extended surround help vehicle trim overlays snap on easily, resist separation, and fully cover exposed edges.

Non-invasive adhesive and clip interfaces secure phone holders on modern dashboards and consoles where vent clips and suction mounts fail.

A varying-width band over the travel path links each vehicle position to lateral acceleration, making turning behavior and driver skill easier to assess.

A hinged windscreen bracket uses a multifunctional cover to widen tilt adjustment while cutting part count and assembly complexity.

Eye tracking and synchronized LC optics steer rays to each eye, preserving 3D viewing area without sacrificing display resolution.

A thermoplastic elastomer surface film balances low-light concealment, tactile operation, and display visibility in illuminated panels.

Fine 3D surface textures create a tactile transition between input and non-input areas while keeping the operation panel visually seamless.

Blockchain-backed vehicle messaging authorizes exterior road alerts in real time, reducing delay while protecting vehicle data privacy.

Automatic context-based cockpit display updates cut manual GUI navigation, reducing pilot workload and head-down time.

Navigation display content shifts with map-matching accuracy, showing detailed paths only when vehicle location is reliable.

Coordinated threat mode links vehicle and mobile displays so first responders can show alerts and run threat-related apps without redundant processing.

State-based HMI lessons guide wheel position and milling roller height adjustment, helping operators train safely and align the machine precisely.

A peripheral charge drain and light-blocking layer keep excess charge out of the optical black region for stable black level detection.

A flexible U-shaped clip gives the bumper deflector vertical clearance, enabling one-operator under-engine screen installation with fewer holes.

Condition-based HMI lessons guide wheel and roller height adjustment, cutting operator training time and preventing unsafe ground penetration.

Timed reflector switching synced to the light engine cuts ambient glare in light guide displays while preserving image brightness.

A vinyl chloride-(meth)acrylate copolymer improves PVC skin adhesion to foamed polyurethane while preserving tensile properties in laminates.

Wave-shaped inner ridge ends in a curved vehicle garnish prevent release sheet peeling and preserve double-faced tape adhesion.

Pivotable frame members let a license plate frame fold from a rigid rectangle into a compact linear shape, cutting storage and shipping space.

Bumps on a conductive base wall improve thermal contact with a vehicle panel, creating a better heat path from mounted electronics.

A solenoid vibrates a vehicle shielding member in anti-phase using microphone and accelerometer signals to cut external noise without saturation.

An in-cabin LiDAR uses a windshield-mounted lens layout to widen beam coverage while reducing contamination exposure and reflection loss.

A roof-wide swiveling screen replaces multiple small displays, expanding shared content area without blocking occupants' forward view.

Layered light blocking with refractive-index contrast redirects LED output away from drivers to cut windshield glare and reflections.

Motor-and-gear folding lets a vehicle roof display stow compactly, protect the flexible screen, and unfold into a continuous viewing surface.

Directional switch input and voice search simplify in-vehicle mobile function control across menu, target selection, and active states.

Depth and position sensing let closely spaced 3D controls on a capacitive display be distinguished accurately despite overlapping touch areas.

Distinct display cues show when autonomous driving is active, unavailable, or temporarily limited by map data status.

Alternating left- and right-eye HUD images compensates binocular disparity while keeping the windshield display package compact.

A funnel-shaped bracket aligns roof-mounted vision sensors under a glass roof, improving installation precision and assembly ergonomics.

A movable HUD optical shutter blocks external light to prevent heat damage while preserving virtual image brightness at multiple display distances.

Movable lenses let one HUD switch between single- and multi-plane virtual images, improving information display at different visual distances.

Controlled vent opening uses pod heat to prevent overheating and clear ice, snow, and fog from autonomous vehicle sensors.

Driver attention data and behavior history filter HUD requests so only high-priority messages are shown, reducing distraction.

A transparent physical control over the touchscreen adds tactile feedback while preserving display visibility for precise UI element manipulation.

Bent positioning portions on a vehicle sound absorber improve mounting accuracy while reducing cut-out waste and installation complexity.

Varying lenslet optical power compensates for LCD tilt in automotive HUDs, keeping zone size and brightness uniform while limiting solar back-reflection.

A rounded single engagement surface and textile hinge simplify trunk load floor assembly while preserving easy opening and load-bearing strength.