Rotor, Method for Producing a Rotor, Reluctance Machine, and Working Machine

A reluctance machine, comprising:

• a stator for generating a primary magnetic field and/or for inducing a secondary magnetic field;
• and
• a rotor mounted so as to be rotatable with respect to the rotation about the rotor axis, and surrounded by the stator;
• the rotor comprising:
• an essentially disc-shaped rotor body mounted on a rotor axis running through a rotor center point;
• and
• an alternating sequence of barrier regions and pole regions arrayed along a circumferential direction of the rotor body;
• wherein each barrier region includes a multiplicity of magnetic flux barriers spatially and materially separated without overlap;
• within at least one barrier region, at least one magnetic flux barrier is arranged with a q axis and/or a figure axis rotated with respect to a q axis and/or figure axis of another magnetic flux barrier of the same barrier region.

A vehicle comprising:

• a drive with a reluctance machine comprising:
• a stator for generating a primary magnetic field and/or for inducing a secondary magnetic field;
• and
• a rotor mounted so as to be rotatable with respect to the rotation about the rotor axis and surrounded by the stator;
• the rotor comprising:
• an essentially disc-shaped rotor body mounted on a rotor axis running through a rotor center point;
• and
• an alternating sequence of barrier regions and pole regions arrayed along a circumferential direction of the rotor body;
• wherein each barrier region includes a multiplicity of magnetic flux barriers spatially and materially separated without overlap;
• within at least one barrier region, at least one magnetic flux barrier is arranged with a q axis and/or a figure axis rotated with respect to a q axis and/or figure axis of another magnetic flux barrier of the same barrier region.