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    • 1. 发明授权
    • Circuit for supplying current
    • 供电电路
    • US5942883A
    • 1999-08-24
    • US860424
    • 1997-06-24
    • Karl-Heinrich PreisRobert KernJoerg Sutter
    • Karl-Heinrich PreisRobert KernJoerg Sutter
    • H02M3/155H02M3/00H02M3/158H05B41/288H05B41/38G05F1/613G05B24/02G05F1/40
    • H05B41/2882H02M3/005H02M3/158H05B41/2886H05B41/388Y02B20/202
    • A power-supply circuit having a switching regulator (10) and at least one additional circuit (14, 14') whose two respective outputs (11, 17) are guided together to a common or joint output (18) by diodes (D3, D3'; D4). The additional circuit (14, 14') produces, from an alternating quantity (15) occurring inside the switching regulator (10), a second output voltage (U+, U'+) that is in a second output-voltage range and is more positive with respect to the first output voltage (U-) that is made available at the first output (11) of the switching regulator (10) and is in a first output-voltage range. A gas-discharge lamp, for example, is provided as the load (L) between the first and second outputs. The division of the voltage ranges to be made available for the load (L) into at least two partial ranges permits a high effectiveness of the current-supply circuit of the invention.
    • PCT No.PCT / DE95 / 01618 Sec。 371日期:1997年6月24日 102(e)日期1997年6月24日PCT 1995年11月21日PCT PCT。 公开号WO96 / 20527 日期1996年7月4日具有开关调节器(10)和至少一个附加电路(14,14')的电源电路,其两个相应的输出(11,17)一起被引导到公共或联合输出(18) 通过二极管(D3,D3'; D4)。 附加电路(14,14')从开关调节器(10)内部发生的交变量(15)产生处于第二输出电压范围内的第二输出电压(U +,U'+) 相对于在开关调节器(10)的第一输出端(11)处可用的并处于第一输出电压范围的第一输出电压(U-)是正的。 例如,设置气体放电灯作为第一和第二输出之间的负载(L)。 将负载(L)可用于至少两个部分范围的电压范围的划分允许本发明的电流供给电路的高效率。
    • 4. 发明授权
    • Electronically commutatable motor comprising an electronic control unit
    • 电子换向电动机,其包括电子控制单元
    • US06696804B1
    • 2004-02-24
    • US10088462
    • 2002-07-29
    • Joerg SutterWolfgang SchwenkClaude Berling
    • Joerg SutterWolfgang SchwenkClaude Berling
    • H02P620
    • H02H7/093H02H7/0816H02H7/0833H02P6/20
    • An electronically commutatable motor is disclosed, whose field windings are controllable via electronic control unit using PWM control signals via semiconductor output stages, a setpoint being selectable for the control unit and the control unit outputting corresponding PWM control signals to the semiconductor output stages. In order to recognize malfunctions which could result in overload of the motor and the electronic components thereof even in the acceleration phase and to be capable of using this to protect against overload, after selection of the setpoint and/or switching on of the control unit and/or the semiconductor output stages, the control unit outputs ramp-type speed-increasing PWM control signals to the semiconductor output stages during a selected or selectable acceleration time until the final control of the semiconductor output stages corresponding to the setpoint is reached, during the acceleration time a setpoint speed corresponding to the PWM control signals may be compared with the detected actual speed of the motor, and, in the event of deviations of the actual speed from the setpoint speed by a selected or selectable speed deviation, the control unit and/or the semiconductor output stages may be switched off.
    • 公开了一种电子可换向电动机,其励磁绕组可通过使用经由半导体输出级的PWM控制信号的电子控制单元来控制,控制单元可选择的设定点和向半导体输出级输出相应的PWM控制信号的控制单元。 为了识别可能导致马达及其电子部件甚至在加速阶段过载并且能够使用它来防止过载的故障,在选择设定点和/或接通控制单元之后,以及 /或半导体输出级,控制单元在所选择或可选择的加速时间期间将斜坡式增速PWM控制信号输出到半导体输出级,直到达到对应于设定点的半导体输出级的最终控制 可以将对应于PWM控制信号的设定速度的加速时间与检测到的电动机的实际速度进行比较,并且在实际速度与设定点速度偏离所选择的或可选择的速度偏差的情况下,控制单元和 /或半导体输出级可以被切断。
    • 6. 发明授权
    • Electronically commutated motor
    • 电子换向电机
    • US06713977B1
    • 2004-03-30
    • US10088240
    • 2002-07-10
    • Joerg SutterWolfgang SchwenkClaude Berling
    • Joerg SutterWolfgang SchwenkClaude Berling
    • H02P308
    • H02P6/06
    • An electronically commutatable motor, whose excitation windings are controllable via semiconductor output stages by an electronic control unit with the aid of PWM control signals, a setpoint value being specifiable to the control unit, and the control unit emitting corresponding PWM control signals to the semiconductor output stages; a motor characteristic curve, from which an assigned nominal operating speed is derivable for the setpoint value being stored in the control unit, and the derived nominal operating speed being able to be compared to the actual speed of the motor. It a predefinable or predefined speed difference between the nominal operating speed and the actual speed is exceeded, the control unit and/or the semiconductor output stages can be switched off. The derivation of the nominal operating speed for the predefined setpoint value is facilitated by a three-dimensional characteristics field determined by four coordinate points.
    • 一种电子可换向电动机,其激励绕组借助于PWM控制信号由电子控制单元通过半导体输出级可控,设定值可指定给控制单元,以及控制单元向半导体输出发射相应的PWM控制信号 阶段 一个电动机特性曲线,从而可以为存储在控制单元中的设定值导出指定的额定运行速度,并且可以将导出的标称运行速度与电动机的实际速度进行比较。 如果超过额定运行速度和实际速度之间的预定义或预定义的速度差,则可以关闭控制单元和/或半导体输出级。 通过由四个坐标点确定的三维特征场,促进了预定义设定值的标称运行速度的推导。
    • 8. 发明授权
    • Method for shifting the instant of commutation for a sensorless and brushless direct-current motor as well as a system for implementing the method
    • 一种用于无传感器和无刷直流电机的换相时刻的方法以及用于实现该方法的系统
    • US06717380B1
    • 2004-04-06
    • US09889418
    • 2001-11-20
    • Joerg SutterWolfgang Schwenk
    • Joerg SutterWolfgang Schwenk
    • H02P308
    • H02P6/10H02P6/15
    • The present invention provides a method for shifting the instant of commutation for a sensorless and brushless direct-current motor (1), whose stator windings are fed by a multi-phase converter connection. The converter connection includes an output stage control (2), a commutation logic (3), a phase selector (4), and phase discriminator (5). A commutation detection (6) is supplied at one input (46) with the instantaneous value of the voltage induced in a phase, the instantaneous value being determined by the phase selector, and at a second input (47), with a reference voltage (Uref) for comparison. The reference voltage (Uref) can be changed by a commutation shift (7) in correspondence with a specific characteristic curve (71). A manipulated variable (Ust) is supplied by a manipulated-variable calculation (8) to the commutation shift (7) as a function of the setpoint speed (Nsetpoint) of the motor. The commutation shift takes place in an advantageous manner in a parabola shape. As a result of the setpoint value-dependent commutation shift, a high torque is provided also in the case of high rotational speeds and a heavy load, and the torque ripple is kept to a minimum.
    • 本发明提供了一种用于无定影和无刷直流电动机(1)的换向时刻的方法,其中定子绕组由多相转换器连接馈电。 转换器连接包括输出级控制(2),换向逻辑(3),相位选择器(4)和鉴相器(5)。 在一个输入端(46),在一个输入端(46)提供一个相位感应电压的瞬时值,瞬时值由相位选择器确定的第二输入端(47)和一个参考电压( Uref)进行比较。 参考电压(Uref)可以根据特定曲线(71)改变换向位移(7)。 操作变量(Ust)通过操作变量计算(8)作为电动机的设定点速度(Nsetpoint)的函数提供给换向位移(7)。 换向换档以抛物线形状的有利方式进行。 作为设定点值相关的换向移位的结果,在高转速和大负载的情况下也提供高扭矩,并且扭矩波动保持最小。
    • 9. 发明授权
    • Method of controlling an electronically commutatable motor
    • 电子可换向电机的控制方法
    • US06775469B1
    • 2004-08-10
    • US10111489
    • 2002-08-27
    • Volker LurkJoerg SutterWolfgang KrauthWolfgang SchwenkClaude Berling
    • Volker LurkJoerg SutterWolfgang KrauthWolfgang SchwenkClaude Berling
    • H02P534
    • H02P6/14
    • An electronically commutatable motor having field windings activatable in sequence with a commutation frequency via semiconductor output stages using control signals connectable and disconnectable from a direct voltage supply, the control signals being clocked using pulse width modulation. Noise generation from connection and disconnection of the current applied to field windings is minimized by flattening of the rising and/or falling edges of the current in the field windings. The pulse width ratio increases in the rising edges of the control signals from a low initial value to an operating value assigned to the setpoint as a function of a selected setpoint for the motor speed or output, and, in the falling edges of the control signals, the pulse width ratio starts from the existing operating value and is reduced to a lower final turn-off value as a function of the existing actual value of the speed or the output of the motor.
    • 一种电子可换向电动机,其具有通过可连接并可与直接电压源断开的控制信号通过半导体输出级可顺序地通过换向频率激活的场绕组,所述控制信号使用脉宽调制进行计时。 通过使励磁绕组中的电流的上升沿和/或下降沿平坦化,使得施加到励磁绕组的电流的连接和断开产生的噪声最小化。 脉冲宽度比在控制信号的上升沿从低初始值增加到分配给设定值的操作值作为电机速度或输出的选定设定值的函数,并且在控制信号的下降沿 ,脉冲宽度比从现有的运行值开始,并根据电机的速度或输出的现有实际值而减小到较低的最终关断值。
    • 10. 发明授权
    • Electronically commutable motor
    • 电子换向电机
    • US06690129B1
    • 2004-02-10
    • US10088272
    • 2002-03-12
    • Joerg SutterWolfgang SchwenkClaude Berling
    • Joerg SutterWolfgang SchwenkClaude Berling
    • H02P620
    • H02H7/0816H02H7/0833H02H7/093H02P6/20Y10S388/909
    • An electronically commutatable motor, whose excitation windings are controllable via semiconductor output stages by an electronic control unit with the aid of PWM control signals, a setpoint value being specifiable to the control unit, and the control unit emitting corresponding PWM control signals to the semiconductor output stages. The start-up of the motor is monitored in a simple manner and an overloading is prevented in that, with the input of the setpoint value and/or the switching on of the control unit and/or the semiconductor output stages, after a predefined or predefinable starting time has expired, a monitoring device monitors the speed of the motor to check whether a minimum speed has been reached, and if the minimum speed is not reached, the control unit and/or the semiconductor output stages is/are disconnectible.
    • 一种电子可换向电动机,其激励绕组借助于PWM控制信号由电子控制单元通过半导体输出级可控,设定值可指定给控制单元,以及控制单元向半导体输出发射相应的PWM控制信号 阶段 以简单的方式监测电动机的启动,并且防止了过载,因为在预定义的或预定义的情况下,通过输入设定值和/或控制单元和/或半导体输出级的接通, 可预定的启动时间已经到期,监视设备监视电动机的速度以检查是否已经达到最小速度,并且如果没有达到最小速度,则控制单元和/或半导体输出级可断开。