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    • 3. 发明申请
    • DIAGONAL FAN
    • DIAGONAL风扇
    • US20130323096A1
    • 2013-12-05
    • US14000603
    • 2012-03-20
    • Martin MuellerArno KarwathHarald SchmidTobias MaierGerald HoggMichael SchmitzBjorn Winter
    • Martin MuellerArno KarwathHarald SchmidTobias MaierGerald HoggMichael SchmitzBjorn Winter
    • F04D29/58
    • F04D29/5806F04D25/082H02K7/14H02K9/06
    • A diagonal ventilating fan (30) has a fan housing (36) and a fan wheel (80), rotatable around a rotation axis, that has associated with it an electric motor (73) to drive it, the fan wheel (80) extending in the direction of the rotation axis between an air inlet side and an air outlet side of the diagonal ventilating fan (30) and serving, as it rotates, to convey air in a main delivery direction from the air inlet side to the air outlet side. The fan wheel (80) has a preferred rotation direction so that, during operation, its blades (82) each have a front side and a back side, and a negative-pressure zone (110) occurs, during operation, adjacent each respective back side of a blade (82). An auxiliary cooling air blower (76) connects to the respective zones (110) to provide an improved flow of cooling air for the electric motor (73).
    • 对角通风扇(30)具有风扇壳体(36)和可围绕旋转轴线旋转的风扇叶轮(80),其具有与其相关联的电动机(73)以驱动它,风扇叶轮(80)延伸 在对角通风扇(30)的空气入口侧和空气出口侧之间的旋转轴线的方向上,并沿其旋转运动,将空气沿主输送方向从空气入口侧输送到空气出口侧 。 风扇叶轮80具有优选的旋转方向,使得在操作期间,其叶片(82)各自具有前侧和后侧以及负压区(110),在操作期间邻近每个相应的后部 叶片(82)的一侧。 辅助冷却风机(76)连接到各个区域(110),以提供用于电动机(73)的改进的冷却空气流。
    • 4. 发明授权
    • Electronically commutated motor
    • 电子换向电机
    • US08604726B2
    • 2013-12-10
    • US12745693
    • 2008-11-20
    • Gerald HoggArno Karwath
    • Gerald HoggArno Karwath
    • H02P1/46H02P3/18H02P6/00H02P23/00
    • H02P6/08H02P6/18
    • The invention relates to a method for operating an electronically commutated motor (10) that comprises a rotor (12), a stator (14) having a multi-strand winding arrangement (16) for whose energization a power stage (18) is provided, a first lead (30) and a second lead (32) for connecting the power stage (18) to a voltage source (24), and a first controller. A first signal (U—34; U—38) is sensed, which signal characterizes a current (I_IN; I_IN′; I_M; I_M′) flowing through at least one of the leads (30; 32); the first controller generates at least one clocked signal (PWM) and outputs it to the power stage (18) in order to influence the first value, permitted current. The invention also relates to a corresponding motor (10).
    • 本发明涉及一种用于操作电子换向电动机(10)的方法,该电动机包括转子(12),具有多股绕组装置(16)的定子(14),用于其通电功率级(18) 用于将功率级(18)连接到电压源(24)的第一引线(30)和第二引线(32)以及第一控制器。 感测到第一信号(U-34; U-38),哪个信号表征流过至少一个引线(30; 32)的电流(I_IN; I_IN'; I_M; I_M'); 第一控制器产生至少一个时钟信号(PWM)并将其输出到功率级(18),以便影响第一值,允许电流。 本发明还涉及相应的电动机(10)。
    • 5. 发明申请
    • ELECTRONICALLY COMMUTATED MOTOR
    • 电子通用电机
    • US20100259203A1
    • 2010-10-14
    • US12745693
    • 2008-11-20
    • Gerald HoggArno Karwath
    • Gerald HoggArno Karwath
    • H02P7/00
    • H02P6/08H02P6/18
    • The invention relates to a method for operating an electronically commutated motor (10) that comprises a rotor (12), a stator (14) having a multi-strand winding arrangement (16) for whose energization a power stage (18) is provided, a first lead (30) and a second lead (32) for connecting the power stage (18) to a voltage source (24), and a first controller. A first signal (U_34; U_38) is sensed, which signal characterizes a current (I_IN; I_IN′; I_M; I_M′) flowing through at least one of the leads (30; 32); the first controller generates at least one clocked signal (PWM) and outputs it to the power stage (18) in order to influence the first value, permitted current. The invention also relates to a corresponding motor (10).
    • 本发明涉及一种用于操作电子换向电动机(10)的方法,该电动机包括转子(12),具有多股绕组装置(16)的定子(14),用于其通电功率级(18) 用于将功率级(18)连接到电压源(24)的第一引线(30)和第二引线(32)以及第一控制器。 感测到第一信号(U_34; U_38),哪个信号表征流过至少一个引线(30; 32)的电流(I_IN; I_IN'; I_M; I_M'); 第一控制器产生至少一个时钟信号(PWM)并将其输出到功率级(18),以便影响第一值,允许电流。 本发明还涉及相应的电动机(10)。
    • 6. 发明申请
    • ELECTRIC MOTOR
    • 电动马达
    • US20100264758A1
    • 2010-10-21
    • US12741027
    • 2008-07-21
    • Rainer StrohmTobias MaierVolker HildebrandJuergen PfaffArno Karwath
    • Rainer StrohmTobias MaierVolker HildebrandJuergen PfaffArno Karwath
    • H02K1/28H02K1/04
    • H02K1/2786H02K7/14H02K15/03H02K15/12
    • An electric motor (20) has a stator (30) and a rotor (26). The latter is equipped with a cup-like rotor part (56) and with a ring magnet (60) adhesively bonded therein, which magnet has an outer circumference (61) on which are provided elevations (84) and depressions (86) that extend at least partly in the longitudinal direction of the ring magnet (60). The outer circumference (61) of the ring magnet (60), that faces toward the cup-like rotor part (56) after assembly, is formed with at least one opening or channel (68; 69, 88), extending in a circumferential direction, that is connected to at least a plurality of the flat depressions (86). Positive mechanical engagement between adhesive and ring magnet enhances durability, and discourages any tendency toward relative rotation between the magnet (60) and the cup-like rotor part (56).
    • 电动机(20)具有定子(30)和转子(26)。 后者配备有杯状转子部分(56),并且具有粘结在其中的环形磁体(60),该磁体具有外周(61),在其上设置有高度(84)和凹部(86) 至少部分地在环形磁体(60)的纵向方向上。 环形磁体(60)的外周(61)在组装之后朝向杯状转子部分(56)形成有至少一个开口或通道(68; 69,88),其沿周向延伸 方向,连接到至少多个平坦凹部(86)。 粘合剂和环形磁铁之间的正面机械接合提高了耐久性,并且阻止了磁体(60)和杯状转子部件(56)之间的相对旋转的任何趋势。
    • 7. 发明授权
    • Electric motor with adhesively bonded ring magnet
    • 带有粘结环形磁铁的电动机
    • US08772993B2
    • 2014-07-08
    • US12741027
    • 2008-07-21
    • Rainer StrohmTobias MaierVolker HildebrandJuergen PfaffArno Karwath
    • Rainer StrohmTobias MaierVolker HildebrandJuergen PfaffArno Karwath
    • H02K1/28
    • H02K1/2786H02K7/14H02K15/03H02K15/12
    • An electric motor (20) has a stator (30) and a rotor (26). The latter is equipped with a cup-like rotor part (56) and with a ring magnet (60) adhesively bonded therein, which magnet has an outer circumference (61) on which are provided elevations (84) and depressions (86) that extend at least partly in the longitudinal direction of the ring magnet (60). The outer circumference (61) of the ring magnet (60), that faces toward the cup-like rotor part (56) after assembly, is formed with at least one opening or channel (68; 69, 88), extending in a circumferential direction, that is connected to at least a plurality of the flat depressions (86). Positive mechanical engagement between adhesive and ring magnet enhances durability, and discourages any tendency toward relative rotation between the magnet (60) and the cup-like rotor part (56).
    • 电动机(20)具有定子(30)和转子(26)。 后者配备有杯状转子部分(56),并且具有粘结在其中的环形磁体(60),该磁体具有外周(61),在其上设置有高度(84)和凹部(86) 至少部分地在环形磁体(60)的纵向方向上。 环形磁体(60)的外周(61)在组装之后朝向杯状转子部分(56)形成有至少一个开口或通道(68; 69,88),其沿周向延伸 方向,连接到至少多个平坦凹部(86)。 粘合剂和环形磁铁之间的正面机械接合提高了耐久性,并且阻止了磁体(60)和杯状转子部件(56)之间的相对旋转的任何趋势。
    • 9. 发明申请
    • METHOD & ARRANGEMENT FOR COMMUTATING AN ELECTRONICALLY COMMUTATED MOTOR
    • 用于通信电子通信电机的方法和装置
    • US20070189739A1
    • 2007-08-16
    • US11558942
    • 2006-11-13
    • Thomas DufnerFrank HellerArno Karwath
    • Thomas DufnerFrank HellerArno Karwath
    • H02P7/06
    • H02P6/15H02P6/28
    • An electronically commutated motor has a permanent-magnet rotor (124) having: at least two rotor poles (183, 186, 188, 189); at least one phase (126): a power stage (122) for influencing a motor current (320) flowing through the at least one phase (126); and a rotor position sensor (140) for generating a rotor position signal (182). Associated therewith is a control circuit (130) configured to perform the following steps: A) after a change of the rotor position signal (182), which change is associated with a change (t_HALL) between two rotor poles and follows a commutation of the motor current (320) through the at least one phase (126) which change is referred to hereinafter as a first pole change, a first value (I_MEAS(HCnt−1)) of the current through the at least one phase (126) is ascertained; B) after (lapse of a predetermined time span (T_Default+T_Offset(HCnt−1)) subsequent to the first pole change, performing a new commutation; C) after a change of the rotor position signal (182), which change follows the new commutation and is associated with a change between two rotor poles, which change is referred to as a second pole change, ascertaining a second value for the motor current (I_MEAS(HCnt)); D) as a function of the difference between the first value (I_MEAS(HCnt−1)) and second value (I_MEAS(HCnt)), modifying a value of the predetermined time span in order to bring about, when this modified value (T_Default+T_Offset(HCnt−1)) is used, an improved equalization of the first value and second value.
    • 电子换向电动机具有永磁转子(124),其具有:至少两个转子极(183,186,188,189); 至少一相(126):用于影响流经所述至少一相(126)的电机电流(320)的功率级(122); 以及用于产生转子位置信号(182)的转子位置传感器(140)。 与此相关联的控制电路(130)被配置为执行以下步骤:A)在转子位置信号(182)改变之后,该变化与两个转子极之间的变化(t_HALL)相关联, 通过改变的至少一个相位(126)的电动机电流(320)在下文中称为第一极点变化,通过至少一个相位(126)的电流的第一值(I_MEAS(HCnt-1))是 确定 B)在第一极点改变之后经过预定时间跨度(T_Default + T_Offset(HCnt-1)),执行新的换向; C)在转子位置信号(182)改变之后,随着 新的换向并与两个转子极之间的变化相关联,该变化被称为第二极点变化,确定电动机电流(I_MEAS(HCnt))的第二值)。 D)作为第一值(I_MEAS(HCnt-1))与第二值(I_MEAS(HCnt))之间的差的函数),修改预定时间跨度的值,以便当该修改值(T_Default + T_Offset(HCnt-1)),改善了第一值和第二值的均衡。
    • 10. 发明授权
    • Method and arrangement for commutating an electronically commutated motor
    • 电子换向电机换向的方法和装置
    • US07759884B2
    • 2010-07-20
    • US11558942
    • 2006-11-13
    • Thomas DufnerFrank HellerArno Karwath
    • Thomas DufnerFrank HellerArno Karwath
    • H02P6/00
    • H02P6/15H02P6/28
    • An electronically commutated motor has a permanent-magnet rotor (124) having: at least two rotor poles (183, 186, 188, 189); at least one phase (126); a power stage (122); and a rotor position sensor (140). Associated therewith is a control circuit implemented to carry out the following steps in order to even out the motor current (320): A) after a change of the rotor position signal (182), referred to as a first pole change, a first value (I_MEAS(HCnt−1)) of the current through the at least one phase (126) is ascertained; B) after a predetermined time span (T_Default+T_Offset(HCnt−1)), a new commutation is carried out; C) after a change of the rotor position signal (182), referred to as a second pole change, a second value for the motor current (I_MEAS(HCnt)) is ascertained; D) as a function of the difference between the first value (I_MEAS(HCnt−1)) and second value (I_MEAS(HCnt)), the value for the predetermined time span is modified.
    • 电子换向电动机具有永磁转子(124),其具有:至少两个转子极(183,186,188,189); 至少一个相(126); 功率级(122); 和转子位置传感器(140)。 与此相关联的是实现以下步骤的控制电路,以便使电动机电流(320)均匀:A)在转子位置信号(182)改变之后,被称为第一极点变化,第一值 确定通过至少一个相(126)的电流(I_MEAS(HCnt-1)); B)在预定时间跨度(T_Default + T_Offset(HCnt-1))之后,执行新的换向; C)在转子位置信号(182)的改变之后,被称为第二极点变化,确定电动机电流(I_MEAS(HCnt))的第二值) D)作为第一值(I_MEAS(HCnt-1))与第二值(I_MEAS(HCnt))之间的差的函数),修改预定时间跨度的值。