Abstract: A motor including: a stator that has a plurality of teeth formed, toward the central axis, on the inner circumferential section of a cylindrical shaped yoke and has a coil wound, with distributed winding, onto the plurality of teeth; and a rotor where a plurality of magnetic poles consisting of two permanent magnets which are rotatably installed on the inside of the stator and placed, in a convex V-shape, on a central axis side of the stator, are formed in the circumferential direction at a uniform interval, wherein the rotor has outer flux barriers consisting of air gaps formed on the respective diameter directional outer ends of the two permanent magnets, and inner flux barriers consisting of air gaps formed on the respective diameter directional inner ends of the two permanent magnets, the respective inner flux barriers of the two permanent magnets being spatially connected to each other.

Abstract: A motor including: a stator that has a plurality of teeth formed, toward the central axis, on the inner circumferential section of a cylindrical shaped yoke and has a coil wound, with distributed winding, onto the plurality of teeth; and a rotor where a plurality of magnetic poles consisting of two permanent magnets which are rotatably installed on the inside of the stator and placed, in a convex V-shape, on a central axis side of the stator, are formed in the circumferential direction at a uniform interval, wherein the rotor has outer flux barriers consisting of air gaps formed on the respective diameter directional outer ends of the two permanent magnets, and inner flux barriers consisting of air gaps formed on the respective diameter directional inner ends of the two permanent magnets, the respective inner flux barriers of the two permanent magnets being spatially connected to each other.