Abstract: A method and an apparatus for triggering an emergency shutdown of the inductive charging of a secondary-side component in the form of a motor vehicle by a primary-side component in the form of a charging station, includes a plurality of charging system parts of the secondary-side component. The charging system parts are each configured to interrupt at least one switchable communication channel that connects the charging system parts in order to trigger an emergency shutdown of the inductive charging.

Abstract: A method and an apparatus for triggering an emergency shutdown of the inductive charging of a secondary-side component in the form of a motor vehicle by a primary-side component in the form of a charging station, includes a plurality of charging system parts of the secondary-side component. The charging system parts are each configured to interrupt at least one switchable communication channel that connects the charging system parts in order to trigger an emergency shutdown of the inductive charging.

Abstract: The present disclosure relates to electric vehicles and the teachings thereof may be embodied in devices and methods for inductively charging an electric vehicle. A device for inductively charging a vehicle may include: a primary coil for transmitting electrical power via a transmission region to a secondary coil during a charging process; the secondary coil associated with a vehicle disposed above the primary coil; and a dome disposed above the primary coil for removing foreign bodies entering the transmission region.

Abstract: The invention relates to a rotating actuator/pressure actuator (13) comprising a ring-shaped rotary transducer (5) consisting of an inner ring and a rotary ring with a handle (1) and which can rotate around the inner ring about an axis (z) and which is displaceably arranged in a linear manner along the axis (Z) in relation to a housing (11), in addition to an inner part (touchpad 2) which is arranged in an inner area (12) of the ring-shaped rotary transducer (5) and which is displaceable in a linear manner along the axis (z) together with the ring-shaped rotary transducer (5) in relation to the housing (11). Linear displacement of the handle (1) and/or inner part (touchpad 2) triggers a push-button function.

Abstract: The invention relates to a rotating actuator/pressure actuator (13) comprising a ring-shaped rotary transducer (5) consisting of an inner ring and a rotary ring with a handle (1) and which can rotate around the inner ring about an axis (z) and which is displaceably arranged in a linear manner along the axis (Z) in relation to a housing(11), in addition to an inner part (touchpad 2) which is arranged in an inner area (12) of the ring-shaped rotary transducer (5) and which is displaceable in a linear manner along the axis (z) together with the ring-shaped rotary transducer (5) in relation to the housing (11). Linear displacement of the handle (1) and/or inner part (touchpad 2) triggers a push-button function.