User interface , having a screen and a touch-sensitive surface for receiving touches by a user, wherein a cover glass is arranged on the screen and partially projects, by way of a protruding region , beyond the screen and the cover glass is mounted softly or not at all in the projecting region , and also an electromagnetic actuator , which is operatively connected to the cover glass in the projecting region , wherein the electromagnetic actuator is arranged on that side of the cover glass on which the screen is arranged, and also a controller, which is designed to identify touches on the touch-sensitive surface and to subsequently actuate the electromagnetic actuator such that feedback, which can be perceived, by the user is generated in the projecting region , wherein the feedback, which can be perceived by the user, is limited to the projecting region, wherein the cover glass is mounted softly or not at all in the projecting region , so that a free end of the projecting region, the free end facing away from the screen , can vibrate perpendicularly to the touch-sensitive surface in order to generate the feedback, which can be perceived by the user, once a touch on the touch-sensitive surface has been identified, wherein a vibration is generated by tensile force on the projecting region and a metal anchor is connected to the cover glass , the metal anchor being attracted by the electromagnetic actuator due to tensile forces being exerted and wherein the projecting region of the cover glass is a constituent part of the touch-sensitive surface and displays functions, so that the screen is arranged beneath the common cover glass . wherein a cover glass is arranged on the screen and partially projects, by way of a protruding region , beyond the screen and the cover glass is mounted softly or not at all in the projecting region , and also an electromagnetic actuator , which is operatively connected to the cover glass in the projecting region , wherein the electromagnetic actuator is arranged on that side of the cover glass on which the screen is arranged, and also a controller, which is designed to identify touches on the touch-sensitive surface and to subsequently actuate the electromagnetic actuator such that feedback, which can be perceived, by the user is generated in the projecting region , wherein the feedback, which can be perceived by the user, is limited to the projecting region, wherein the cover glass is mounted softly or not at all in the projecting region , so that a free end of the projecting region, the free end facing away from the screen , can vibrate perpendicularly to the touch-sensitive surface in order to generate the feedback, which can be perceived by the user, once a touch on the touch-sensitive surface has been identified, wherein a vibration is generated by tensile force on the projecting region and a metal anchor is connected to the cover glass , the metal anchor being attracted by the electromagnetic actuator due to tensile forces being exerted and wherein the projecting region of the cover glass is a constituent part of the touch-sensitive surface and displays functions, so that the screen is arranged beneath the common cover glass . <EOS>