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    • 2. 发明授权
    • Axial gap dual permanent magnet generator
    • 轴向双轴永磁发电机
    • US5245238A
    • 1993-09-14
    • US693622
    • 1991-04-30
    • Leo A. LynchAlexander Krinickas, Jr.Barry J. ParkerMahesh ShahJayant VaidyaJohn B. Huss
    • Leo A. LynchAlexander Krinickas, Jr.Barry J. ParkerMahesh ShahJayant VaidyaJohn B. Huss
    • H02K16/00H02K21/00H02K21/24H02K23/04H02P9/00
    • H02K21/029H02K16/00H02K21/24
    • A permanent magnet generator having a plurality of permanent magnet generator units which produce a controlled output potential by mutual magnetic flux linkage between the permanent magnet generator units to produce the controlled output potential in accordance with the invention includes a plurality of permanent magnet rotors (20 and 22) mounted on a drive shaft (26) with at least one of the rotors being rotatable with respect to the drive shaft to vary an angular position of the at least one of the rotors relative to the shaft to produce a mutual variable magnitude magnetic axial field extending parallel to the drive shaft; at least one stator (26, 28, 72) disposed at a position axially offset from the plurality of rotors which is magnetically coupled to the variable magnitude permanent magnet axially field; and a mechanism (46, 48) responsive to a stator fault for angularly positioning the rotors relative to each other so that the permanent magnetic field coupled to the at least one stator is zero.
    • 一种具有多个永久磁铁发电机组的永久磁铁发电机,其特征在于,具有多个永久磁铁转子(20和20),所述多个永久磁铁发电机组通过所述永久磁铁发电机组之间的相互磁通联动而产生受控的输出电位,以产生受控的输出电位, 22),其安装在驱动轴(26)上,其中至少一个转子可相对于驱动轴旋转,以改变至少一个转子相对于轴的角位置,以产生相互变化的大小磁轴向 平行于驱动轴的磁场; 设置在与所述多个转子轴向偏移的位置处的至少一个定子(26,28,72),所述定子磁耦合到所述可变幅度永磁体轴向场; 以及响应于定子故障的机构(46,48),用于相对于彼此成角度地定位转子,使得耦合到所述至少一个定子的永久磁场为零。
    • 3. 发明授权
    • Integrated variable reluctance generator for air frames
    • 用于空气框架的集成可变磁阻发电机
    • US5039932A
    • 1991-08-13
    • US391194
    • 1989-08-09
    • David J. BelangerJayant Vaidya
    • David J. BelangerJayant Vaidya
    • H02P9/14H02P9/40
    • H02P9/14H02P9/40
    • An alternating current generating system (40) for an air frame producing an output potential in accordance with the invention includes a generator (42) for generating current having a rotor (46) mounted on a shaft (50) which is rotatably driven and a stator (58) from which current is outputted; a variable reluctance generator (44) for generating alternating current outputted from a stator (62) and having a rotor (48) mounted on the shaft to cause alternating current to be generated by the stator and a voltage regulator (84), coupled to the generator for generating current, to an output of (88) of the variable reluctance generator and to an excitation winding (86) of the variable reluctance generator, for producing excitation current applied to the stator of the variable reluctance generator to regulate the voltage outputted by the variable reluctance generator.
    • 根据本发明的用于产生输出电位的空气框架的交流发电系统(40)包括用于产生电流的发电机(42),该发电机具有安装在可旋转地驱动的轴(50)上的转子(46)和定子 (58)从其输出电流; 用于产生从定子(62)输出并具有安装在所述轴上的转子(48)的交流电的可变磁阻发生器(44),以使定子产生交流电;以及电压调节器(84) 用于产生电流的发电机,可变磁阻发电机的输出(88)和可变磁阻发电机的励磁绕组(86),用于产生施加到可变磁阻发电机的定子的励磁电流,以调节由可变磁阻发生器输出的电压 可变磁阻发生器。
    • 4. 发明授权
    • Magnetic bearing
    • 磁轴承
    • US4983869A
    • 1991-01-08
    • US390712
    • 1989-08-08
    • Jayant VaidyaRaghunath G. Mokadam
    • Jayant VaidyaRaghunath G. Mokadam
    • F16C39/06
    • F16C32/0468F16C32/048
    • A magnetic bearing (10) in accordance with the invention includes a rotatably supported member (14) having a cylindrical magnet (12) with first and second ends which respectively are first and second magnetic poles with a magnetic field produced by the magnet having a uniform strength around a circumference of the first and second ends; a first sensor (34 or 36) for sensing a direction and amount of radial movement of the rotatable member along a first axis (54 or 56) from a uniform spacing with respect to an annulus (35) surrounding the rotatable member and producing a first signal proportional to the direction and amount of movement along the first axis; and a first electromagnetic circuit (16 to 18) producing an electromagnetic field proportional to the first signal which is additive to the magnetic field along the first axis extending in a radial direction of increased radial spacing between the annulus and the rotatable member and which is subtractive from the magnetic field along the first axis extending in a radial direction of decreased spacing.
    • 根据本发明的磁性轴承(10)包括具有圆柱形磁体(12)的可旋转支撑的构件(14),第一和第二端分别是具有由磁体产生的磁场的第一和第二磁极具有均匀的 围绕第一和第二端的圆周的强度; 第一传感器(34或36),用于感测可旋转构件沿着第一轴线(54或56)的径向运动的方向和量,所述方向和数量相对于围绕所述可旋转构件的环形空间(35)的均匀间隔,并且产生第一 信号与沿着第一轴的运动的方向和量成比例; 以及第一电磁电路(16至18),其产生与第一信号成比例的电磁场,所述电磁场沿着沿着在环形空间和可旋转构件之间增加的径向间隔的径向方向上延伸的第一轴线的磁场相加,并且是减法的 从沿着第一轴的磁场沿径向减小的间隔延伸。
    • 5. 发明授权
    • Hybrid permanent magnet and variable reluctance generator
    • 混合永磁和可变磁阻发电机
    • US4959605A
    • 1990-09-25
    • US275576
    • 1988-11-23
    • Jayant VaidyaDavid J. Belanger
    • Jayant VaidyaDavid J. Belanger
    • H02K19/24H02K16/00H02K19/28H02K21/04H02K21/14H02P9/00H02P9/40H02K21/00
    • H02P9/40H02K16/00H02P9/00H02K19/24H02K19/38H02K21/16
    • A hybrid electrical generator (20) is disclosed. The hybrid electrical generator has a permanent magnet generator (22) having a permanent magnet rotor (32) mounted on a shaft (26) with the permanent magnet generator providing an output voltage over an operating range which falls in response to an increasing electrical load. The hybrid electrical generator has a variable reluctance generator (24) having a rotor (34) mounted on the shaft with excitation of a stator (30) being provided by the permanent magnet generator. The variable reluctance generator provides an output voltage which varies in response to an increasing load over an operating range. A voltage regulator, responsive to the electrical outputs of the generators, controls the output voltage of the variable reluctance generator to provide a regulated output voltage which is substantially constant independent of electrical load over an operating range.
    • 公开了一种混合发电机(20)。 该混合式发电机具有永久磁铁发生器(22),该永久磁铁发生器(22)具有安装在轴(26)上的永磁转子(32),该永久磁铁发生器提供响应于增加的电负载而下降的工作范围的输出电压。 所述混合发电机具有可变磁阻发电机(24),所述可变磁阻发电机(24)具有通过所述永磁发电机提供的定子(30)的激励而安装在所述轴上的转子(34)。 可变磁阻发生器提供输出电压,其响应于在工作范围上的增加的负载而变化。 响应于发电机的电输出的电压调节器控制可变磁阻发生器的输出电压,以提供稳定的输出电压,其在工作范围内独立于电负载而基本恒定。