A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
TOPOLOGIES TO REDUCE FORCE RIPPLE FOR PROPULSION MOTORS AND A VEHICLE WITH OFFSET PROPULSION MOTORS TO REDUCE RIPPLE FORCE
Various topologies to reduce force ripple for propulsion motors are provided. A propulsion motor comprises: ferro-magnetic cores arranged along a movement axis, the ferromagnetic cores including one or more end ferromagnetic cores located at an end of the movement axis, the one or more end ferromagnetic cores shaped to provide one or more of increasing magnetic permeance or decreasing magnetic reluctance from the end of the movement axis towards a center of the movement axis; armature coils located around the ferromagnetic cores; and at least one field coil around one or more of the armature coils and the ferromagnetic cores.
TOPOLOGIES TO REDUCE FORCE RIPPLE FOR PROPULSION MOTORS AND A VEHICLE WITH OFFSET PROPULSION MOTORS TO REDUCE RIPPLE FORCE
Various topologies to reduce force ripple for propulsion motors are provided. A propulsion motor comprises: ferro-magnetic cores arranged along a movement axis, the ferromagnetic cores including one or more end ferromagnetic cores located at an end of the movement axis, the one or more end ferromagnetic cores shaped to provide one or more of increasing magnetic permeance or decreasing magnetic reluctance from the end of the movement axis towards a center of the movement axis; armature coils located around the ferromagnetic cores; and at least one field coil around one or more of the armature coils and the ferromagnetic cores.
TOPOLOGIES TO REDUCE FORCE RIPPLE FOR PROPULSION MOTORS AND A VEHICLE WITH OFFSET PROPULSION MOTORS TO REDUCE RIPPLE FORCE
TOPOLOGIEN ZUR REDUZIERUNG VON KRAFTWELLIGKEIT FÜR ANTRIEBSMOTOREN UND FAHRZEUG MIT VERSETZTEN ANTRIEBSMOTOREN ZUR REDUZIERUNG VON WELLIGKEITSKRAFT
TOPOLOGIES POUR RÉDUIRE L'ONDULATION DE FORCE POUR MOTEURS À PROPULSION ET VÉHICULE À MOTEURS À PROPULSION DÉCALÉS POUR RÉDUIRE LA FORCE D'ONDULATION
KIM JU HYUNG (author) / LI YINGJIE (author) / JEDINGER ALEXANDER (author) / OZER RACHEL (author)
2024-10-30
Patent
Electronic Resource
English
| European Patent Office | 2023