Abstract: In a method for adjusting a vehicle component a function of an operating element is selected by a first operating process and the vehicle component is adjusted by a second operating process carried out manually on the operating element. The first operating process is caused by a speech input, a gesture, and/or a gaze.

Abstract: The invention describes an operating system which comprises a voice-operated device and an actuating device, various operating functions being assigned to the actuating device by means of the voice-operated device. According to the invention, the actuating device has several degrees of adjusting freedom and types of a haptic acknowledgment which can be set depending on the assigned operating function.

Abstract: In a method for real time speech input of a destination address into a navigation system, the speech statements that are entered by a user are recognized by a speech recognition device and classified in accordance with their recognition probability. The speech statement with the greatest recognition probability is identified as the input speech statement, with at least one speech statement being an admissible speech command that activates the operating functions of the navigation system associated with this speech command. (All the admissible speech statements being stored in at least one database.) According to the invention, at least one operating function of the navigation system comprises an input dialogue. Following activation of that operating function, depending on the input dialogue, at least one lexicon is generated in real time from the admissible speech statements stored in at least one database, and the generated lexicon is loaded as vocabulary into the speech recognition device.