Abstract: A rotor for a rotating electric machine, including: a rotor core; a first-layer permanent magnet disposed in a first-layer magnet hole; and a second-layer permanent magnet disposed in a second-layer magnet hole. When a magnet angle formed by a reference line extending vertical to a d-axis from an intersection between the d-axis and an extending direction of a side surface of the magnet piece in a main magnetic flux direction viewed in an axial and extending direction of the side surface, and a radially inner side of the reference line in the axial direction is defined as positive side of the magnet angle, a first magnet angle of a first magnet piece forms the first-layer permanent magnet and is on or closest the d-axis is smaller than a second magnet angle of a second magnet piece forming the second-layer permanent magnet and is on or closest to the d-axis.

Abstract: A laminated core of this rotor core includes one side magnet hole provided on one side in a circumferential direction with respect to a d-axis, an other side magnet hole provided on the other side, an intermediate magnet hole, a first outer bridge portion, a second outer bridge portion, a first inner bridge portion, and a second inner bridge portion.

Abstract: The rotor includes: rotor core provided with first magnet hole on an outer side in radial direction and second magnet hole on inner side wherein radial direction for each of the magnetic poles; and plurality of permanent magnets provided in first and second magnet holes and forming magnetic poles. Rotor core includes first section provided radially outside of first magnet hole, second section extending between first and second magnet holes and having opposite ends in circumferential direction that extend to outer peripheral surface of rotor core, third section extending radially inside of second magnet hole and having opposite ends in circumferential direction that extend to outer peripheral surface of rotor core, a first bridge portion that connects second and first sections form part of outer peripheral surface of rotor core, and second bridge portion that connects third and second sections and forms part of outer peripheral surface of rotor core.

Abstract: A rotor for a rotating electrical machine is disclosed that includes: a rotor core having a radially outer first magnet hole and a radially inner second magnet hole; a first permanent magnet in the first magnet hole; and a second permanent magnet in the second magnet hole. The rotor core includes a first portion located radially outward of the first magnet hole, a second portion located between the first magnet hole and the second magnet hole, a third portion located radially inward of the second magnet hole, and bridge portions connecting the third portion and the second portion. A separation distance of the second permanent magnet from the first permanent magnet is smaller at a position closer to the bridge portion in a circumferential direction than at a position farther from the bridge portion in the circumferential direction along a side of the second permanent magnet that faces the first permanent magnet, as viewed in an axial direction.

Abstract: A laminated core of this rotor core includes one side magnet hole provided on one side in a circumferential direction with respect to a d-axis, an other side magnet hole provided on the other side, an intermediate magnet hole, a first outer bridge portion, a second outer bridge portion, a first inner bridge portion, and a second inner bridge portion.

Abstract: The rotor includes: rotor core provided with first magnet hole on an outer side in radial direction and second magnet hole on inner side wherein radial direction for each of the magnetic poles; and plurality of permanent magnets provided in first and second magnet holes and forming magnetic poles. Rotor core includes first section provided radially outside of first magnet hole, second section extending between first and second magnet holes and having opposite ends in circumferential direction that extend to outer peripheral surface of rotor core, third section extending radially inside of second magnet hole and having opposite ends in circumferential direction that extend to outer peripheral surface of rotor core, a first bridge portion that connects second and first sections form part of outer peripheral surface of rotor core, and second bridge portion that connects third and second sections and forms part of outer peripheral surface of rotor core.