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    • 2. 发明专利
    • Rotary electric machine system
    • 旋转电机系统
    • JP2014166023A
    • 2014-09-08
    • JP2013034456
    • 2013-02-25
    • Toyota Central R&D Labs Inc株式会社豊田中央研究所Toyota Motor Corpトヨタ自動車株式会社Aisin Seiki Co Ltdアイシン精機株式会社Toyota Industries Corp株式会社豊田自動織機
    • HIJIKATA WATARUTSUCHIYA EIJIWATANABE TAKAOUEMURA MASAHIDEMURAKAMI ARATASHIINA TAKAHIROTOYAMA TOMOYUKIMATSUMOTO SHOHEI
    • H02K16/02
    • PROBLEM TO BE SOLVED: To implement torque amplification while suppressing an inverse electromotive voltage generated in a winding, in a rotary electric machine system where torque can act between a first rotor and a second rotor and between a stator and the second rotor.SOLUTION: By controlling a d-axis current of a rotor winding 30 in such a manner that a d-axis magnetic flux of the rotor winding 30 weakens a field magnetic flux of a permanent magnet 33 flowing to an input-side rotor 28 and strengthens a field magnetic flux of the permanent magnet 33 flowing to a stator 16, while suppressing an inverse electromotive voltage of the rotor winding 30, torque between the stator 16 and an output-side rotor 18 is amplified. By controlling a d-axis current of a stator winding 20 in such a manner that a d-axis magnetic flux of the stator winding 20 weakens the field magnetic flux of the permanent magnet 33 flowing to the stator 16 and strengthens the field magnetic flux of the permanent magnet 33 flowing to the input-side rotor 28, while suppressing an inverse electromotive voltage of the stator winding 20, torque between the input-side rotor 28 and the output-side rotor 18 is amplified.
    • 要解决的问题:在扭矩可以在第一转子和第二转子之间以及在定子和第二转子之间作用的旋转电机系统中,在抑制绕组中产生的反向电动势的同时实现转矩放大。解决方案:通过 控制转子绕组30的d轴电流,使得转子绕组30的d轴磁通量使流入输入侧转子28的永久磁铁33的磁场磁通减弱,并加强磁场 流过定子16的永久磁铁33的流量在抑制转子绕组30的反向电动势的同时,放大定子16和输出侧转子18之间的转矩。 通过以定子绕组20的d轴磁通量的方式控制定子绕组20的d轴电流,使流过定子16的永久磁铁33的磁场磁通减弱, 流入输入侧转子28的永磁体33在抑制定子绕组20的反向电动势的同时,放大输入侧转子28和输出侧转子18之间的转矩。