Abstract: The invention relates to an arrangement (1) for the contactless transmission of data between a rotating component and a stationary component by means of light signals which are transmitted by a projector (2) and detected by a receiver (4). According to the invention, a ring-shaped light-conducting body (5) which consists of a transparent material and has integrated reflecting prisms is integrated between the projector (2) and the receiver (4). The exit surface (10) of the light-conducting body (5) opposite the receiver (4) is matt. The projector (2) is allocated to the stationary component and the receiver (4) is allocated to the rotating component This enables light signals to be permanently transmitted from the stationary component to the rotating component, with a high data rate at a high relative speed.

Abstract: A signal conductor for high-frequency signals has a first carrier layer and a second carrier layer each having a suitable dielectricity. At least one electrically conducting signal path is provided and is positioned at a lateral spacing between first and second electrically conducting ground paths. The electrically conducting signal path and the first and second electrically conducting ground paths are positioned between the first and second carrier layers. A first shield is connected to the first carrier layer at a side of the first carrier layer facing away from the second carrier layer. A plastic sheeting is connected to the second carrier layer at a side of the second carrier layer facing away from the first carrier layer. A second shield is connected to the plastic sheeting remote of the second carrier layer. The plastic sheeting has connection lugs, and the second shield has a cutout at a location where the connection lugs are arranged on the plastic sheeting.