METODO PARA LA PRODUCCION MASIVA DE UNA MAQUINA GIRATORIA DE IMAN INTERIOR Y LA MAQUINA GIRATORIA DE IMAN INTERIOR PRODUCIDA MEDIANTE EL MISMO

La presente invención se refiere a una estructura de rotor para una máquina giratoria que comprende: un bastidor de rotor que tiene canales, extendiéndose desde un extremo al extremo opuesto de los mismos; y por lo menos un imán en un canal respectivo. A rotor for an interior magnet rotary machine, such as motors and generators, is mass produced by forming an elongated structure. This structure has channels in the periphery thereof which are parallel to the longitudinal axis of the structure. The elongated structure is cut into rotor frames of a predetermined length having channels extending from one end to the opposite end thereof. Magnets are placed in the channels. Pole pieces may be placed on the magnets in the channels. The interior magnet rotary machine produced by this method has a rotor of a structure made of a rotor frame with channels extending from one end to the opposite end, and at least one magnet in a respective one of the channels. Thus, an efficient, low cost, mass producible, and easily assembled rotor for an interior magnet rotary machine is provided.