Vehicle Components TRIZ Cases

A windshield-frame mounting bar brings insulated beverage storage within reach in a golf cart while securing containers against tipping.

Perpendicular gesture input switches vehicle interface objects between hierarchy levels, simplifying menu access across operating modes.

Sensor data from hopper, screed, speed, and heat conditions is used to predict paving mat defects in real time and help operators prevent rework.

Occupant motions are detected and turned into response images and scores, creating interactive in-vehicle entertainment without affecting driving.

Hooked support members space and lock stacked substrates without screws, saving mounting space and preventing bending or shake.

Voice commands are split into slot-based control instructions so in-vehicle systems can execute multiple user intents accurately and in sequence.

Persistent background widgets keep navigation, media, and other functions accessible without app switching, reducing driver distraction.

A movable knob linked to screen position enables adaptive UI control across landscape and portrait modes while reducing separate buttons.

A removable magnet-assisted dual-camera assembly captures forward and rear views through one installation, cutting wiring complexity and install time.

A remote heater on the lens holder body conducts heat to the lens, clearing ice while avoiding complex wiring in vehicle cameras.

A side-window display between vehicle seats improves multi-seat visibility, shows delivery destinations, and lets occupants adjust light blocking.

Contrasting light and dark sensor housing surfaces cut thermal load and stray reflections, improving autonomous vehicle sensing reliability.

A flexible display is molded into the vehicle outer skin to keep smooth contours, seal connections, and avoid exposed cables.

A spring-loaded fastener lets a dash display move forward in a crash, absorbing impact forces while keeping the mount stable in normal use.

Alternating inclined housing walls redirect external light away from the viewer to suppress mirror glare and keep the virtual image clear.

Curved guide rails and a rigid-flexible screen carrier enable adjustable display size while preserving touch stability and saving vehicle space.

Multiple controllers and sound sources adjust pseudo-engine audio to vehicle state, improving realism across changing driving conditions.

A motorized transparent vehicle display rotates or rolls away to reduce shock damage, preserve visibility, and support driver intervention.

Prism microstructures and a reflective layer separate main and ghost HUD images on a standard windshield, improving visibility without wedge glass.

Rotatable shafts and a toothed detent lock let vehicle sensors be angle-adjusted precisely and fixed securely for reliable calibration.

A coaxial motor and mirror shaft with half-step or micro-step control enables faster HUD mirror rotation while reducing noise and preserving resolution.

A support frame and thermoplastic elastomer create uniform, reflection-free display bonding while protecting the pixel matrix from cover stress.

Indirect light projection on a covered surface shows vehicle states clearly while preventing direct glare and distraction to nearby road users.

A track-mounted rotary knob lets vehicle occupants control different systems by feel, reducing screen glances through position-based input.

Brightness-profile checks on patterned display images detect dashboard objects that mask reflected vehicle display information.

A rotatable HUD polarizer shifts emitted light toward P-polarization so the windshield image stays visible and brighter through polarized sunglasses.

Flick gestures move windows between center and driver displays, letting occupants customize layout and reduce unnecessary information.

Segmented steering wheel electrodes use capacitance, continuity, and resistance checks to detect hands reliably and identify sensor faults.

A coaxial lever mechanism deploys a vehicle sensor quietly while keeping it protected and reducing installation space.

Actuator-formed tactile bumps on a flexible touch panel let drivers control vehicle functions without looking away from the road.

A free-form inner cover surface corrects image distortion while controlled surface angles prevent total internal reflection and ghosting.

A free-form inner cover surface corrects image distortion while outer-surface geometry and a light-blocking wall suppress reflected ghosting.

During travel, related videos add creator, location, and reference context so passengers better understand and enjoy the destination.

A removable cover plate hides and protects license plate fasteners from rust while preserving visibility, appearance, and easy replacement.

Three-point alignment and integrated spring mounting improve vehicle camera attachment precision, simplify assembly, and reduce thermal deformation.

Rotational elastic members stabilize a vehicle display on curved travel paths, improving cabin space use while reducing noise.

An elevated LiDAR and light module above side mirrors expands field of view, avoids collisions, and simplifies vehicle wiring.

User-sized screen regions get higher processing priority, reducing update delays for the most important on-screen functions.

A non-circular pivot base enables equal lateral-force sensitivity, full mascot retraction, and automatic return within the radiator shell.

Windshield AR patterns alter speed perception in real time to curb unsafe driving while preserving accurate speed feedback.

An etched and ion-implanted glass dashboard diffuses reflected windshield light to cut veiling glare while preserving styling flexibility.

A strap-mounted voice remote links to a mobile terminal for hands-free control, reducing driver distraction while staying stable in the car.

Dynamic mode switching resizes display containers so primary vehicle icons stay visible while secondary data and apps share limited screen space.

A single attachment member secures the insulator and floor carpet, protects the wire harness, and reduces floor assembly parts.

An integrated optical faceplate and light guide turns a 2D vehicle display into a 3D tactile interface with lower optical loss and less driver distraction.

Dynamic display repositioning keeps navigation and essential vehicle information visible as steering wheels or portable terminals move.

A rotary ring and touch display combine mode selection and setting control in one vehicle interface, cutting input steps and control clutter.

Movable lens optics let one HUD switch between single and multiple image planes, separating dashboard and navigation visuals without overlap.

An outer shield with support units and tension springs fixes and spaces vehicle camera PCBs without screws, reducing misalignment and EMI.

Switchable backlight segments and a transparent light-guiding plate curb halo effects while preserving display brightness and contrast.