Capacitive sensors detect finger presence near a vehicle interface, triggering earcons that replace visual display for safer operation.
A vehicle user interface detects hand proximity to trigger edge indicators for contactless screen view switching.
A dual-half steel bracket uses deformable accordion profiles to absorb impact energy while maintaining structural rigidity for center stack modules.
A dedicated breakable component absorbs impact forces, enabling selective replacement of the damaged part rather than the entire circuit board.
An intermediary resin layer matches the refractive index of an acrylic decorative member, eliminating image blurring caused by light refraction.
A protrusion part with a concave curved surface detects touch signals via finger rolling gestures.
A cab display network connects multiple screens to a single communication bus, enabling dynamic reconfiguration of display functions across driving modes.
A diffractive touch screen projects images via laser diffraction on a mobile support.
Inverting the electrode arrangement eliminates minimum clearance requirements, enabling precise low-force measurement while reducing component count.
A vehicle display control device adjusts button illumination based on detected hand position to improve operational clarity.
A touch input device integrates a flexible printed circuit board with sensor electrodes into a vehicle air conditioner vent structure.
A smart external display system activates via proximity sensors to show vehicle information on the car exterior.
Extracting the user interface from fixed dashboard hardware reduces space constraints and theft risk.
An aftermarket device interfaces with vehicle data buses to dynamically adjust aerodynamic and suspension components in real time.
A vehicle display control device integrates a secondary touch-sensitive operating area to group and adjust functions.