摘要:
Disclosed herein is a permanent magnet excited transverse flux linear motor with a normal force compensation structure in which a stator is inserted in the middle of leg portions of a mover so as to compensate normal forces generated between the mover and the stator, thus reducing noise and vibration.The permanent magnet excited transverse flux linear motor with a normal force compensation structure in accordance with the present invention comprises: a mover including iron cores and permanent magnets, arranged alternately with each other, and a winding coil winding the mover iron cores and the mover permanent magnets; and a stator having an air gap between the mover and itself and arranged longitudinally in the moving direction of the mover, wherein the mover iron cores and the mover permanent magnets are formed in the shape of “∩”, of which both leg portions and middle portions are arranged in a straight line, the winding coil winds the both leg portions of the mover iron cores and the mover permanent magnets in the shape of “∩”, respectively, and an iron core of the stator having a concave-convex shape, in which a plurality of projections formed along the length of a central portion and projected from the central portion to the left and right sides alternately, is arranged to be inserted in the middle of the both leg portions of the mover iron cores and the mover permanent magnets.
摘要:
Disclosed herein is an inner rotor type permanent magnet excited transverse flux motor, in which a laminated structure in an axial direction or in a radial shape is applied to a stator iron core so as to employ a small amount of permanent magnets compared with a conventional outer rotor type permanent magnet excited transverse flux motor, thus providing high output power, increasing the efficiency of power generation, and reducing noise and vibration.For this, the present invention provides an inner rotor type permanent magnetic excited transverse flux motor comprising: a stator including a stator powdered iron core press-molded using a mold, a stator laminated iron core laminated on upper and lower layer portions of the circumference of the stator powdered iron core at regular intervals, and a stator winding which winds the segmented stator powdered iron core in which a current flows is wound between the intervals; and a rotor in which a rotor permanent magnet and a rotor powdered iron core are arranged alternately to face each other.
摘要:
Disclosed herein is an inner rotor type permanent magnet excited transverse flux motor, in which a laminated structure in an axial direction or in a radial shape is applied to a stator iron core so as to employ a small amount of permanent magnets compared with a conventional outer rotor type permanent magnet excited transverse flux motor, thus providing high output power, increasing the efficiency of power generation, and reducing noise and vibration. For this, the present invention provides an inner rotor type permanent magnetic excited transverse flux motor comprising: a stator including a stator powdered iron core press-molded using a mold, a stator laminated iron core laminated on upper and lower layer portions of the circumference of the stator powdered iron core at regular intervals, and a stator winding which winds the segmented stator powdered iron core in which a current flows is wound between the intervals; and a rotor in which a rotor permanent magnet and a rotor powdered iron core are arranged alternately to face each other.
摘要:
Disclosed herein is to a flux reversal motor. The flux reversal motor includes a mover, and a plurality of permanent magnets. The mover moves linearly relative to a stator. A plurality of permanent magnets, having identical polarities, is provided in the end of each mover tooth. The permanent magnets are arranged on the left and right sides of a protrusion of the end of the mover tooth. Thus low noise/low vibration, high speeds, high precision, and high thrust motion can be realized.
摘要:
Disclosed herein is to a flux reversal motor. The flux reversal motor includes a mover, and a plurality of permanent magnets. The mover moves linearly relative to a stator. A plurality of permanent magnets, having identical polarities, is provided in the end of each mover tooth. The permanent magnets are arranged on the left and right sides of a protrusion of the end of the mover tooth. Thus low noise/low vibration, high speeds, high precision, and high thrust motion can be realized.
摘要:
Disclosed herein is a permanent magnet excited transverse flux linear motor with a normal force compensation structure in which a stator is inserted in the middle of leg portions of a mover so as to compensate normal forces generated between the mover and the stator, thus reducing noise and vibration.The permanent magnet excited transverse flux linear motor with a normal force compensation structure in accordance with the present invention comprises: a mover including iron cores and permanent magnets, arranged alternately with each other, and a winding coil winding the mover iron cores and the mover permanent magnets; and a stator having an air gap between the mover and itself and arranged longitudinally in the moving direction of the mover, wherein the mover iron cores and the mover permanent magnets are formed in the shape of “∩”, of which both leg portions and middle portions are arranged in a straight line, the winding coil winds the both leg portions of the mover iron cores and the mover permanent magnets in the shape of “∩”, respectively, and an iron core of the stator having a concave-convex shape, in which a plurality of projections formed along the length of a central portion and projected from the central portion to the left and right sides alternately, is arranged to be inserted in the middle of the both leg portions of the mover iron cores and the mover permanent magnets.
摘要:
Disclosed herein is a permanent magnet-excited transverse flux motor with an outer rotor. The permanent magnet-excited transverse flux motor comprises: a stator including a stator powdered iron core formed by an extruded molding through a mold, a pair of stator laminated iron cores stacked respectively at an upper layer portion and a lower layer portion of an outer circumference of the stator powdered iron core in such fashion as to be spaced apart from each other by a certain interval, and a stator winding interposed between the upper layer portion and the lower layer portion in such fashion as to be wound around the stator powdered iron core to form a multiple coil through which current flows; and a rotor including a plurality of rotor permanent magnets and a plurality of rotor powdered iron cores disposed on the outer circumference of the stator in such a fashion as to be are alternately arranged adjacent to one another.