Dashboard Fitting Arrangements TRIZ Cases

Antennas frame the touchpad to measure capacitance, filtering unwanted activations from non-hand elements.

Segmented capacitive sensor pads with a physical gap distinguish intentional presses from air pressing noise on 3D curved automotive garnish surfaces.

Physical buttons modify mobile application displays to reduce operator distraction and improve safety.

Augmented reality interface identifies center fascia buttons via image pattern recognition to enable safe remote operation by back seat passengers.

Light-emitting elements in the steering interface illuminate based on object detection, reducing driver distraction and system cost compared to video displays.

A vehicle user interface detects manual operator actions and associated reference system acceleration to calculate corrected positions.

Face-down touch panels on steering wheels enable drivers to operate vehicle functions using multiple fingers without lifting hands from the wheel.

A rotary control assembly uses a toothed gear element and ball plunger to generate tactile clicks.

A steering wheel assembly uses distributed infrared emitters and dashboard sensors to establish a continuous wireless data channel.

Segmented backlighting resolves visibility contradictions by selectively illuminating switch groups via dynamic control principles.

Clutch devices disconnect the handle from the selector in limp-home mode, preventing unsafe mode selection and ensuring vehicle safety.

A vehicle user interface creates direct access objects through add gestures that move program symbols along displacement trajectories with continuous size reduction.