A monobloc plastic mounting bracket integrates foot parking brake components via injection molding.
A rotary wheel interface uses a capacitive tactile tile to detect a metal index position and drive a surrounding circular menu display.
A vehicle handle switch positions operation elements below and beside the handlebar for direct thumb access while gripping.
Telescoping lateral arms and microprocessor validation prevent unintentional sensor activation while meeting EMC standards.
Actuators move a brake pedal emulator housing to prevent unintentional inputs during automated driving.
A vehicle lever switch uses a segmented knob coupled by internal engagement mechanisms for rapid assembly.
An elastic deformation section seals internal holes in a trigger switch case, absorbing pressure changes during operation to prevent water ingress.
Segmented hinges and cable guides prevent curvature, reducing operational force and extending cable lifespan.
Segmented half-shells in the control element head holder reduce play and wobbling during rotary operation.
A dual stage accelerator assembly uses adjustable spring resistance to provide tactile pedal feedback for the driver.
A hand crank clutch mechanism transmits torque only when the operator holds the handle.
A differential toothed gearing system with a flexspline enables precise multi-revolution display in compact mechanical dosing knobs.
A foot-activated proximity switch arrangement uses non-contact sensing to trigger device functions through simple foot movements.
A brake pedal structure uses a protruding blocking piece and recession limit means to restrain backward shift during vehicle collisions.
Worm gear and screw mechanism drive a slider to automatically control lumbar support bending, replacing inconvenient manual adjustment.