Abstract: A cable includes a guide element and a signal line. The guide element extends flatly on a guide plane, and the signal line is guided along a winding path on the guide plane by the guide element. The signal line has multiple bends on the guide plane. In particular, the cable is suitable for use under high stretching loads by virtue of the winding course of the signal line. The cable is simultaneously particularly space-saving in that the line is guided solely within the guide plane. A method for producing the cable is also provided.

Abstract: A cable includes a guide element and a signal line. The guide element extends flatly on a guide plane, and the signal line is guided along a winding path on the guide plane by the guide element. The signal line has multiple bends on the guide plane. In particular, the cable is suitable for use under high stretching loads by virtue of the winding course of the signal line. The cable is simultaneously particularly space-saving in that the line is guided solely within the guide plane. A method for producing the cable is also provided.

Abstract: The invention relates to a device for ventilating a vehicle. Said device comprises a feed channel (1) and an outlet element (2) with an outlet opening (6) that defines an outlet plane of the air, whereby an air stream can he conducted through the feed channel (1) into an inlet (8) of the outlet element (2) and the air stream from the outlet element (2) emerges in the interior of the vehicle. The outlet element (2) comprises deflection means (3, 7a, 7b, 7c, 7d), which are used to generate spin in at least one section of the air stream. The aim of the invention is to provide a device with a mechanically simple construction, which does not require a large amount of installation space and which can deliver the most diffuse or non-directional air possible. To achieve this, the outlet plane is located essentially parallel to the direction (C) of the air stream in the vicinity of the inlet (8) of the outlet element.