会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明申请
    • Absolute Encoder and Method for Generating an Absolute Value for a Angle of Rotation
    • 绝对编码器和产生旋转角绝对值的方法
    • US20080272723A1
    • 2008-11-06
    • US11913178
    • 2006-07-19
    • Christian RudelJorg HornbergerMichael SchaubleMichael Kisch
    • Christian RudelJorg HornbergerMichael SchaubleMichael Kisch
    • H02K29/08
    • G01D5/2455
    • An electric motor (10) has: a stator (12) and a rotor (14) having a shaft (87). The rotor (14) has a sensor magnet (82) having a number SP of sensor poles (71, 72, 73, 74) for generating a predetermined distribution of the magnetic flux density, such that SP=2, 4, 6, 8, etc. The motor also has at least two rotor position sensors (450, 455, 460, 465) for generating rotor position signals (B_S1, B_S2) characterizing the magnetic flux density, the rotor position sensors (450, 455, 460, 465) being arranged in the region (30) of the circumference of the sensor magnet (82). The motor also has an evaluation apparatus (32) that ascertains, from the rotor position signals (B_S1, B_S2), an absolute value (phi_el, phi_mech) for the rotational position of the rotor (14). A method of generating an absolute value for the rotational position of an electric motor is likewise described.
    • 电动机(10)具有:定子(12)和具有轴(87)的转子(14)。 转子(14)具有传感器磁体(82),传感器磁体(82)具有用于产生预定的磁通密度分布的传感器极数(71,72,73,74),使SP = 2,4,6,8 电动机还具有至少两个转子位置传感器(450,455,460,465),用于产生表征磁通密度的转子位置信号(B_S1,B_S2),转子位置传感器(450,455,460) ,465)布置在传感器磁体(82)的圆周的区域(30)中。 电动机还具有从转子位置信号(B_S1,B_S2)确定转子(14)的旋转位置的绝对值(phi_el,phi_mech)的评价装置(32)。 同样地描述了产生电动机的旋转位置的绝对值的方法。
    • 3. 发明授权
    • Absolute encoder and method for generating an absolute value for a angle of rotation
    • 用于产生旋转角绝对值的绝对编码器和方法
    • US08324892B2
    • 2012-12-04
    • US11913178
    • 2006-07-19
    • Christian RudelJörg HornbergerMichael SchäubleMichael Kisch
    • Christian RudelJörg HornbergerMichael SchäubleMichael Kisch
    • G01B7/30
    • G01D5/2455
    • An electric motor (10) has: a stator (12) and a rotor (14) having a shaft (87). The rotor (14) has a sensor magnet (82) having a number SP of sensor poles (71, 72, 73, 74) for generating a predetermined distribution of the magnetic flux density, such that SP=2, 4, 6, 8, etc. The motor also has at least two rotor position sensors (450, 455, 460, 465) for generating rotor position signals (B_S1, B_S2) characterizing the magnetic flux density, the rotor position sensors (450, 455, 460, 465) being arranged in the region (30) of the circumference of the sensor magnet (82). The motor also has an evaluation apparatus (32) that ascertains, from the rotor position signals (B_S1, B_S2), an absolute value (phi_el, phi_mech) for the rotational position of the rotor (14). A method of generating an absolute value for the rotational position of an electric motor is likewise described.
    • 电动机(10)具有:定子(12)和具有轴(87)的转子(14)。 转子(14)具有传感器磁体(82),传感器磁体(82)具有用于产生预定的磁通密度分布的传感器极数(71,72,73,74),使得SP = 2,4,6,8 电动机还具有至少两个用于产生表征磁通密度的转子位置信号(B_S1,B_S2)的转子位置传感器(450,455,460,465),转子位置传感器(450,455,460,465) )布置在传感器磁体(82)的圆周的区域(30)中。 电动机还具有从转子位置信号(B_S1,B_S2)确定用于转子(14)的旋转位置的绝对值(phi_el,phi_mech)的评估装置(32)。 同样地描述了产生电动机的旋转位置的绝对值的方法。
    • 4. 发明授权
    • Electric motor
    • 电动马达
    • US07965004B2
    • 2011-06-21
    • US12094484
    • 2006-11-22
    • Joerg HornbergerChristian RudelSiegfried Schreiner
    • Joerg HornbergerChristian RudelSiegfried Schreiner
    • H02K29/08
    • H02K29/08G01D5/145
    • An electric motor has a stator (12) as well as a rotor (14) rotatable about a rotation axis (85) and a sensor magnet (82) having an even number of sensor poles (71, 72, 73, 74). The sensor magnet (82) is configured to generate a magnetic flux having a magnetic flux density that changes sinusoidally with respect to the rotation angle. Two analog rotor position sensors (460, 465) are arranged on a support structure (468) at a distance from one another such that, during operation, they generate two sinusoidal signals (B_S1, B_S2) having a phase shift of 90° to each other. A signal generator (90) serves to generate at least one pulse-shaped signal (A, B) from the two sinusoidal rotor position signals (B_S1, B_S2) that are phase-shifted by 90°. The instantaneous rotation speed can be accurately determined from this pulse-shaped signal.
    • 电动机具有定子(12)以及可绕旋转轴线(85)旋转的转子(14)和具有偶数个传感器极(71,72,73,74)的传感器磁体(82)。 传感器磁体(82)被配置为产生具有相对于旋转角度正弦变化的磁通密度的磁通量。 两个模拟转子位置传感器(460,465)被布置在彼此距离上的支撑结构(468)上,使得在操作期间,它们产生与每个相位相差90°的两个正弦信号(B_S1,B_S2) 其他。 信号发生器(90)用于从相位偏移90°的两个正弦转子位置信号(B_S1,B_S2)产生至少一个脉冲状信号(A,B)。 可以从该脉冲状信号精确地确定瞬时转速。
    • 5. 发明申请
    • Brushless Electric Motor
    • 无刷电动机
    • US20080174212A1
    • 2008-07-24
    • US11996586
    • 2006-07-27
    • Christian RudelJoerg HornbergerMichael Schaeuble
    • Christian RudelJoerg HornbergerMichael Schaeuble
    • H02K29/08H02K11/00H02K1/27H02K7/09
    • H02K29/08
    • An electric motor has a stator (224) having a bearing tube (238) made of a magnetically transparent material; it also has a rotor (222) having a rotor shaft (234) that is at least partially journaled in the bearing tube (238), and has a ring magnet (250) that is arranged nonrotatably on the rotor shaft (234) inside the bearing tube (238). Two magnetic-field-dependent analog sensors (248′, 248″) are arranged on a circuit board (246) outside the bearing tube (238), at an angular distance (PHI) from one another, in order to generate rotor position signals as a function of the rotational position of the ring magnet (250). A corresponding device (150) that serves to control the motor is provided in order to process these rotor position signals into a signal that indicates the absolute rotational position of the rotor (222).
    • 电动机具有定子(224),该定子具有由磁性透明材料制成的轴承管(238) 它还具有转子轴(222),其转子轴(234)至少部分地轴承在轴承管(238)中,并且具有环形磁体(250),该环形磁体(250)不可旋转地布置在转子轴(234)的内部 轴承管(238)。 两个依赖于磁场的模拟传感器(248',248“)布置在轴承管(238)外部的电路板(246)上,彼此成角度距离(PHI),以产生转子位置 作为环形磁铁(250)的旋转位置的函数的信号。 提供用于控制电动机的对应装置(150),以便将这些转子位置信号处理成指示转子(222)绝对旋转位置的信号。
    • 8. 发明申请
    • ELECTRIC MOTOR
    • 电动马达
    • US20090230824A1
    • 2009-09-17
    • US12094484
    • 2006-11-22
    • Joerg HornbergerChristian RudelSiegfried Schreiner
    • Joerg HornbergerChristian RudelSiegfried Schreiner
    • H02K29/08H02K11/00
    • H02K29/08G01D5/145
    • An electric motor has a stator (12) as well as a rotor (14) rotatable about a rotation axis (85) and a sensor magnet (82) having an even number of sensor poles (71, 72, 73, 74). The sensor magnet (82) is configured to generate a magnetic flux having a magnetic flux density that changes sinusoidally with respect to the rotation angle. Two analog rotor position sensors (460, 465) are arranged on a support structure (468) at a distance from one another such that, during operation, they generate two sinusoidal signals (B_S1, B_S2) having a phase shift of 90° to each other. A signal generator (90) serves to generate at least one pulse-shaped signal (A, B) from the two sinusoidal rotor position signals (B_S1, B_S2) that are phase-shifted by 90°. The instantaneous rotation speed can be accurately determined from this pulse-shaped signal.
    • 电动机具有定子(12)以及可绕旋转轴线(85)旋转的转子(14)和具有偶数个传感器极(71,72,73,74)的传感器磁体(82)。 传感器磁体(82)被配置为产生具有相对于旋转角度正弦变化的磁通密度的磁通量。 两个模拟转子位置传感器(460,465)被布置在彼此距离上的支撑结构(468)上,使得在操作期间,它们产生与每个相位相差90°的两个正弦信号(B_S1,B_S2) 其他。 信号发生器(90)用于从相位偏移90°的两个正弦转子位置信号(B_S1,B_S2)产生至少一个脉冲状信号(A,B)。 可以从该脉冲状信号精确地确定瞬时转速。
    • 9. 发明授权
    • Brushless electric motor
    • 无刷电动机
    • US07893579B2
    • 2011-02-22
    • US11996586
    • 2006-07-27
    • Christian RudelJoerg HornbergerMichael Schaeuble
    • Christian RudelJoerg HornbergerMichael Schaeuble
    • H02K29/08H02K1/27H02K11/00H02K7/09
    • H02K29/08
    • An electric motor has a stator (224) having a bearing tube (238) made of a magnetically transparent material; it also has a rotor (222) having a rotor shaft (234) that is at least partially journaled in the bearing tube (238), and has a ring magnet (250) that is fixedly arranged on the rotor shaft (234) inside the bearing tube (238). Two magnetic-field-dependent analog sensors (248′, 248″) are arranged on a circuit board (246) outside the bearing tube (238), at an angular distance (PHI) from one another, in order to generate rotor position signals as a function of the rotational position of the ring magnet (250). A corresponding device (150) that serves to control the motor is provided, in order to process these rotor position signals into a signal that indicates the absolute rotational position of the rotor (222).
    • 电动机具有定子(224),该定子具有由磁性透明材料制成的轴承管(238) 它还具有转子轴(222),转子轴(234)至少部分地轴承在轴承管(238)中,并且具有环形磁铁(250),该环形磁体固定地布置在转子轴(234)的内部 轴承管(238)。 两个依赖于磁场的模拟传感器(248',248“)在轴承管(238)外部的电路板(246)上彼此成角度距离(PHI)布置,以产生转子位置信号 作为环形磁铁(250)的旋转位置的函数。 提供用于控制电动机的对应装置(150),以便将这些转子位置信号处理成指示转子(222)的绝对旋转位置的信号。
    • 10. 发明授权
    • Rotor-position sensor assembly and method for detecting a rotor position
    • 转子位置传感器组件及检测转子位置的方法
    • US07049776B2
    • 2006-05-23
    • US10533265
    • 2003-12-13
    • Jörg HornbergerHermann RappeneckerChristian RudelSiegfried Schreiner
    • Jörg HornbergerHermann RappeneckerChristian RudelSiegfried Schreiner
    • G05B19/18
    • H02P6/16H02P2209/07
    • An electric motor has a stator and an external rotor (40). Its external rotor (40) has a sensor magnet (54) having a plurality SP of sensor poles (55). The motor also has: at least one rotor position sensor (42, 44) for generating a rotor position signal and a rotor position evaluation arrangement for generating an absolute value for the rotor position, which apparatus comprises an A/D converter (144) having a resolution of at least two bits, the at least one rotor position sensor (42, 44) being connected to the A/D converter. In order to enable obtaining different digital values, even at rotational positions within the angle range of one sensor pole, each analog rotor position sensor signal is converted by the A/D converter into a digital value having at least two bits.
    • 电动机具有定子和外部转子(40)。 其外部转子(40)具有传感器磁体(54),其具有多个传感器极(SP)SP。 所述电动机还具有:用于产生转子位置信号的至少一个转子位置传感器(42,44)和用于产生所述转子位置的绝对值的转子位置评估装置,所述装置包括:A / D转换器(144),其具有 至少两位的分辨率,所述至少一个转子位置传感器(42,44)连接到所述A / D转换器。 为了获得不同的数字值,即使在一个传感器极的角度范围内的旋转位置,每个模拟转子位置传感器信号都被A / D转换器转换成具有至少两位的数字值。