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    • 2. 发明授权
    • Alternating current generator for vehicles
    • 车辆交流发电机
    • US5455500A
    • 1995-10-03
    • US159921
    • 1993-12-01
    • Akiya ShichijyoShin Kusase
    • Akiya ShichijyoShin Kusase
    • H02J7/16H02K3/28H02K11/00
    • H02J7/16H02K3/28
    • An alternating current generator having a first Y-form three-phase connecting circuit including three first windings connected with each other in a Y-form, a first rectifying circuit for rectifying currents output from output terminals of the three first windings, a second Y-form three-phase connecting circuit including three second windings connected with each other in a Y-form, and a second rectifying circuit for rectifying currents outputted from output terminals of the three second windings. The three first windings are inserted in slots of a stator core so that the three first windings have phase differences of approximately 120 degrees from each other. Each of the three second windings is divided into first and second winding portions which are inserted in separate slots of the stator core, in which the three first windings are inserted so that resultant output vectors of the respective two divided windings have respective phase differences of approximately 30 degrees with respect to output vectors of the respective three first windings. By virtue of the above-mentioned structure, the number of slots in the stator core is reduced, the ripple contained in a resultant output waveform is decreased by adding together output currents of the first and second rectifying circuits, respectively, and heat generation due to a circulating current flowing in the connecting circuits can be prevented by avoiding the use of a delta-form three-phase connecting circuit.
    • 一种具有第一Y形三相连接电路的交流发电机,包括以Y形彼此连接的三个第一绕组,用于对从三个第一绕组的输出端输出的电流进行整流的第一整流电路, 形成三相连接电路,其包括以Y形形式彼此连接的三个第二绕组和用于整流从三个第二绕组的输出端子输出的电流的第二整流电路。 三个第一绕组被插入定子芯的槽中,使得三个第一绕组彼此具有大约120度的相位差。 三个第二绕组中的每一个被分成第一和第二绕组部分,第一和第二绕组部分插入到定子芯的分开的槽中,其中插入三个第一绕组,使得相应的两个分频绕组的合成输出矢量具有大致相位差 相对于相应的三个第一绕组的输出向量为30度。 通过上述结构,定子铁芯中的槽数减少,通过将第一和第二整流电路的输出电流分别相加,由此产生的输出波形中包含的波动分别减少,由于 可以通过避免使用三角形三相连接电路来防止在连接电路中流动的循环电流。
    • 4. 发明授权
    • Rotary electric machinery
    • 旋转电机
    • US5449962A
    • 1995-09-12
    • US134941
    • 1993-10-13
    • Akiya ShichijyoShin KusaseHiroaki KajiuraAtsushi Umeda
    • Akiya ShichijyoShin KusaseHiroaki KajiuraAtsushi Umeda
    • H02K1/24H02K3/28H02K5/24H02K17/12H02K19/22H02K3/00
    • H02K1/243H02K3/28
    • A stator coil of a rotary electric machine includes a three-phase Y-form connection circuit including first windings Y1, Y2 and Y3, which are connected in Y-form, and a three-phase delta-form connection circuit including second windings .increment.x3, .increment.y3 and .increment.z3 which are connected in delta-form, wherein the second windings .increment.x3, .increment.y3 and .increment.z3 are sequentially inserted in slots of a stator core to have a phase difference of 120.degree. therebetween, and each of the first windings Y1, Y2 and Y3 is divided into two windings, and the divided first windings are separately inserted in the slots, in which the second windings .increment.x3, .increment.y3 and .increment.z3 have been inserted, so that the resultant composite voltage vector of each pair of the divided first windings is shifted by 30.degree. in phase from the voltage vector of one of the second windings .increment.x3, .increment.y3 and .increment.z3. By virtue of the foregoing structure of the rotary electric machinery, the number of slots decreases and an electromagnetic noise is reduced, since a magnetic force due to the air gap magnetomotive force distribution becomes substantially constant independently of a rotational position of a rotor.
    • 旋转电机的定子线圈包括三相Y型连接电路,其包括以Y形连接的第一绕组Y1,Y2和Y3以及包括第二绕组INCREMENT x3的三相三角形连接电路 ,以三角形形式连接的INCREMENT y3和INCREMENT z3,其中第二绕组INCREMENT x3,INCREMENT y3和INCREMENT z3依次插入定子铁芯的槽中,在其间具有120°的相位差,并且第一 绕组Y1,Y2和Y3被分成两个绕组,并且分开的第一绕组被分别插入插入第二绕组INCREMENT x3,INCREMENT y3和INCREMENT z3的槽中,使得所得到的复合电压矢量 一对分割的第一绕组从第二绕组INCREMENT x3,INCREMENT y3和INCREMENT z3之一的电压矢量的相位偏移30°。 由于旋转电机的上述结构,由于气隙磁动势分布引起的磁力与转子的旋转位置无关,所以槽的数量减少并且电磁噪声减小。
    • 5. 发明授权
    • Motor provided with two stators arranged radially inside and outside rotor
    • 电机配有两个定子,径向设置在转子外部
    • US08860274B2
    • 2014-10-14
    • US13112328
    • 2011-05-20
    • Shin KusaseYousuke KanameNaoto Sakurai
    • Shin KusaseYousuke KanameNaoto Sakurai
    • H02K1/27H02K16/04H02K1/16
    • H02K16/04
    • In a double-stator motor has a rotary shaft, an annular rotor is coupled with a rotary shaft. First and second three-phase stators are arranged inside and outside to the rotor in the radial direction and formed to generate first and second rotating magnetic fields in response to three-phase currents, respectively. The rotor has an even number of segment poles made of soft magnetic material and arranged mutually separately at positions of the rotor. The positions are equally distanced apart from the rotary shaft in the radial direction and in the circumferential direction. Each of the first and second three-phase stators has magnetic poles which are the same in the number of poles as the segment poles and the magnetic poles are positioned such that magnetomotive forces from the magnetic poles are faced to each other between the magnetic poles of the first and second three-phase stators.
    • 在双定子马达中具有旋转轴,环形转子与旋转轴联接。 第一和第二三相定子在径向方向上设置在转子的内部和外部,并且形成为分别响应于三相电流产生第一和第二旋转磁场。 转子具有偶数个由软磁材料制成并且相互分开设置在转子位置的分段磁极。 在旋转轴的径向方向和圆周方向上,位置相等地间隔开。 第一和第二三相定子中的每一个具有与分段极相同的极数的磁极,并且磁极被定位成使得来自磁极的磁动势在磁极之间的磁极之间彼此面对 第一和第二三相定位器。
    • 8. 发明申请
    • Motor apparatus including Lundell motor having Lundell-type rotor
    • 包括隆德尔电机的电机,具有隆德尔型转子
    • US20110084634A1
    • 2011-04-14
    • US12926832
    • 2010-12-13
    • Shin Kusase
    • Shin Kusase
    • H02P21/10
    • H02K21/044
    • The Lundell motor apparatus includes a controller for controlling a field current passed to a field coil of a Lundell-type rotor of a motor and an armature current passed to a stator coil of the motor in order to generate a required torque. When the field current is If, the armature current is Ia, a d-axis inductance is Ld, a q-axis inductance is Lq, a q-axis current as a q-axis component of the armature current is Iq, a d-axis current as a d-axis component of the armature current is Id, a field torque is Tf, a field flux is Φf, a reluctance torque is Tr, and a combined torque of the field torque and the reluctance torque is ΣT, the controller passes the d-axis current Id to the stator coil within a phase angle range in which the combined torque ΣT become larger than the field torque Tf in order to generate the reluctance torque Tr which is equal to (Ld−Lq)Id·Iq in addition to the field torque Tf.
    • Lundell电动机装置包括控制器,用于控制传递到电动机的隆德尔型转子的励磁线圈的励磁电流和通过电动机的定子线圈的电枢电流,以便产生所需的转矩。 当励磁电流为If时,电枢电流为Ia,d轴电感为Ld,q轴电感为Lq,作为电枢电流的q轴分量的q轴电流为Iq,d- 作为电枢电流的d轴分量的轴电流为Id,励磁转矩为Tf,励磁磁通为Φf,磁阻转矩为Tr,励磁转矩和磁阻转矩的组合转矩为Sgr; T, 控制器在组合转矩&Sgr; T变得大于励磁转矩Tf的相位角范围内将d轴电流Id传递到定子线圈,以产生等于(Ld-Lq)的磁阻转矩Tr, Id·Iq除场转矩Tf外。
    • 9. 发明授权
    • Reluctance electric machine with salient-pole movable piece
    • 磁极电动机带凸极活动片
    • US07723889B2
    • 2010-05-25
    • US12000437
    • 2007-12-12
    • Shin KusaseYuya Mizuma
    • Shin KusaseYuya Mizuma
    • H02K17/00
    • H02K19/24F02D2041/201F02N11/02F02N11/0859
    • In a reluctance rotary electric machine, a movable part is arranged opposing part of an alignment of a plurality of stator poles to be movable in a predetermined direction. In the movable part, at least one pair of salient poles is configured to magnetically couple to the excited at least one first pair of the plurality of poles so as to form a first magnetic flux in loop thereamong. A segment magnetic-path portion is arranged to be magnetically separated from the at least one pair of salient poles. The segment magnetic-path portion works to magnetically couple therethrough between the at least one second pair of the plurality of stator poles so as to form a second magnetic flux in loop thereamong. The first magnetic flux and second magnetic flux create a reluctance force to move the movable part in the predetermined direction.
    • 在磁阻旋转电机中,可动部件与多个定子极的对准部分布置成可沿预定方向移动。 在可动部分中,至少一对凸极被配置为磁耦合到所激励的至少一个第一对多极,从而在其中形成环路中的第一磁通。 分段磁路部分布置成与至少一对凸极磁性地分离。 分段磁路部分工作以在至少一个第二对多个定子极之间磁耦合到其中,从而在其中形成环路中的第二磁通量。 第一磁通量和第二磁通量产生磁阻力以沿可移动部件沿预定方向移动。
    • 10. 发明申请
    • MOTOR APPARATUS INCLUDING LUNDELL MOTOR HAVING LUNDELL-TYPE ROTOR
    • 电机包括具有LUNDELL型转子的LUELLELL电机
    • US20090218907A1
    • 2009-09-03
    • US12368522
    • 2009-02-10
    • Shin Kusase
    • Shin Kusase
    • H02K1/27
    • H02K21/044
    • The Lundell motor apparatus includes a controller for controlling a field current passed to a field coil of a Lundell-type rotor of a motor and an armature current passed to a stator coil of the motor in order to generate a required torque. When the field current is If, the armature current is Ia, a d-axis inductance is Ld, a q-axis inductance is Lq, a q-axis current as a q-axis component of the armature current is Iq, a d-axis current as a d-axis component of the armature current is Id, a field torque is Tf, a field flux is Φf, a reluctance torque is Tr, and a combined torque of the field torque and the reluctance torque is ΣT, the controller passes the d-axis current Id to the stator coil within a phase angle range in which the combined torque ΣT become larger than the field torque Tf in order to generate the reluctance torque Tr which is equal to (Ld−Lq)Id·Iq in addition to the field torque Tf.
    • Lundell电动机装置包括控制器,用于控制传递到电动机的隆德尔型转子的励磁线圈的励磁电流和通过电动机的定子线圈的电枢电流,以便产生所需的转矩。 当励磁电流为If时,电枢电流为Ia,d轴电感为Ld,q轴电感为Lq,作为电枢电流的q轴分量的q轴电流为Iq,d- 作为电枢电流的d轴分量的轴电流为Id,励磁转矩为Tf,励磁磁通为Phif,磁阻转矩为Tr,励磁转矩和磁阻转矩的组合转矩为ΣT,控制器 在组合转矩ΣT变得大于励磁转矩Tf的相位角范围内,将d轴电流Id传递给定子线圈,以产生等于(Ld-Lq)Id.Iq的磁阻转矩Tr 除了场扭矩Tf。