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    • 76. 发明授权
    • Double-excitation rotating electrical machine for adjustable defluxing
    • 双励磁旋转电机可调式脱焊
    • US07701104B2
    • 2010-04-20
    • US10524481
    • 2003-08-13
    • Antoine Dokou Akemakou
    • Antoine Dokou Akemakou
    • H02K21/00
    • H02K21/042
    • The invention concerns a rotating electrical machine comprising a stator enclosing a rotor including permanent excitation magnets (20, 24, 26, 30) capable of producing magnetic fluxes, and excitation coils (22, 28), capable of being excited or not and generating flux constituents which can counter the fluxes generated in the magnets, wherein the number (Na) of magnets and the number (Nb) of excitation coils as well as the mutual arrangement of the coils and the magnets relative to one another from an elementary pattern (me), said numbers Na of magnets, Nb of coils and Nme of elementary patterns capable of being modified depending on the desired basic intensity (Ibase) in the machine, said basic intensity being determined when the coils are not excited and on the desired modulation intensity (Imod) in the machine, said modulation intensity being determined when the coils are excited.
    • 本发明涉及一种旋转电机,其包括定子,其包围能够产生磁通量的永磁激励磁体(20,24,26,30)的转子和能激励或不激励的励磁线圈(22,28) 可以对抗磁体中产生的磁通的成分,其中磁体的数量(Na)和激励线圈的数量(Nb)以及线圈和磁体相对于基本图案(我)的相互排列 ),所述磁体的数量Na,线圈的Nb和能够根据机器中所需的基本强度(Ibase)而被修改的基本图案的Nme,所述基本强度是在线圈未激发时确定的,并且具有期望的调制强度 (Imod)在所述机器中,所述调制强度在线圈被激励时确定。
    • 78. 发明申请
    • MOS TRANSISTOR CONTROL
    • MOS晶体管控制
    • US20090230906A1
    • 2009-09-17
    • US11909112
    • 2006-03-22
    • Pierre Sardat
    • Pierre Sardat
    • H02P6/14H03K17/687
    • H03K17/063
    • The invention concerns a method for controlling a switching assembly comprising a plurality of transistors connected in parallel, having a linear operating mode, a closed-switch operating mode and an off operating mode including a first operating phase during which a current flows from a source terminal to a drain terminal and a second operating phase during which no current flows. The method includes the following successive steps; (a) controlling the switching assembly in closed-switch mode during part of the first phase; (b) controlling the switching assembly in linear mode; (c) controlling the assembly in off mode during part of the second phase.
    • 本发明涉及一种用于控制开关组件的方法,该开关组件包括并联连接的多个晶体管,具有线性工作模式,闭合开关操作模式和关闭操作模式,其包括电流从源极端子 到漏极端子和没有电流流过的第二工作阶段。 该方法包括以下连续步骤; (a)在第一阶段的一部分期间以闭合开关模式控制开关组件; (b)以线性模式控制开关组件; (c)在第二阶段的一部分期间将组件控制在关闭模式。