Winding arrangement for a linear motor with coil pairs arranged in parallel made from a continuous electrical conductor

A conductive winding arrangement for generating a temporally and spatially varying magnetic field in a spatial neighborhood of the winding arrangement;

• the conductive winding arrangement comprising a plurality of coils, of which each exhibits a wire wound in several turns around a virtual coil winding axis, where the coil winding axis penetrates through a radially interior eye region free from wire turns of the plurality of coils, where the conductive winding arrangement exhibits a first layer of first coils arranged one after another without overlapping along a sequence axis with the coil winding axes parallel to each other and a second layer of second coils arranged one after another without overlapping along the sequence axis with the winding axes parallel to each other, where the conductive winding arrangement comprises a plurality of coil pairs arranged one after another along the sequence axis with a virtual coil pair winding axis oriented transversely to the sequence axis, of which every coil pair exhibits a first coil and a second coil each with a coil winding axis parallel to or collinear with the coil pair winding axis, where the first and the second coil are arranged axially adjacent to each other relative to the coil pair winding axis in such a way that wire turns of the first and of the second coil are axially adjacent to each other and the eye regions of the first coil and of the second coil are axially adjacent to each other while forming a common, spatially continuous coil-pair eye region, where the coil pair winding axis penetrates through the coil-pair eye region, at least one coil pair is configured as a single conductor coil pair, in which the first and the second coil each exhibit a connecting section lying radially outside relative to the coil pair winding axis for connecting to a phase of a power supply or to a further coil and are connected to each other electroconductively in the coil-pair eye region.