A vehicle terminal dynamically adjusts application functions using a control unit that processes driving information and external environment data.
A vehicle display system detects viewer posture and eye distance to adjust parameters.
A vehicle display device overlays virtual images onto physical pointers and dials to dynamically change color and design.
A vehicle display device uses mechanical latching and laser welding to join the front pane and frame.
A touch interface detects tap-tap interactions by recognizing input direction and timing to process assigned functions.
A vehicle control system adapts its touchpad interface between basic and advanced configurations based on detected driving modes.
A modular vehicle dashboard uses a planar support surface with ordered hole arrays to lock coupling pins for customizable accessory positioning.
Dynamic layout adjustment resolves interface rigidity by letting users optimize screen space for specific tasks.
Color-coded peripheral light conveys essential driving data without diverting visual attention from the road, preventing accidents during high-speed travel.
A vehicle position determination device calculates actuating element coordinates using sensor signals and body center of gravity data.
Input output device generates excitation signals for electric power steering motor control.
An actuator moves a transparent touchscreen to provide haptic feedback, reducing vehicle input device costs.
Embedded heating elements in the wheel well liner melt snow and ice, preventing buildup that damages vehicle components.