Switched reluctance motor rotor
作者： Herbert J. Johnson
DOI:
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摘要: Retention tang structure (61-64) is provided on the hub (52) of a switched reluctance motor rotor (50) for retaining electrically insulating material (65-68) in gaps (57-60) between poles (53-56), and minimizing magnetic flux path lines through tangs. A one-piece unitary harness (92) also molded in-situ axially around laminated stack further structurally enhances hold-together strength thereof. The integrally formed both (53-56) axial ends (88, 90) to provide combination runners extending along integral with annular end rings (94, 96) 90), which stack.
lens.org 参考文章(17)
Jeremiah O'dwyer, Francis Dr. Mcmullin, John V. Byrne, Francis Devitt, Variable speed variable reluctance electrical machines ,(1985)
Navinchandra R. Patel, Method of fabricating a permanent magnet rotor ,(1986)
Leon G. Reiss, Burley C. Semones, Rotor reluctance notch for cogging control ,(1983)
T. J. E. Miller, Brushless Permanent-Magnet and Reluctance Motor Drives ,(1989)
Antonino Dr.-Ing. Fratta, Reluctance electric machine ,(1988)
Wiedemann Eugen, Synchronous machine with salient poles ,(1960)
Nonome Kunihiro, Oka Yoshio, Matsubara Tamotsu, Method of manufacturing a rotor for small rotary electric machines ,(1970)
Koichi Sakai, Salient-pole rotary electric machine ,(1983)
Fergestad Ragnvald, Schanche Tor, A. Kilgore Lee, Low loss ventilation for salient pole machines ,(1969)
Boyd Edward A, Harkness Joseph R, Electric motor armature core ,(1974)