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    • 1. 发明申请
    • TEMPERATURE MONITORING FOR CIRCUIT BREAKERS
    • 电路断路器温度监控
    • US20110157944A1
    • 2011-06-30
    • US12530485
    • 2008-03-20
    • Jinsheng Jiang
    • Jinsheng Jiang
    • H02M7/217H03K17/687H02M7/5387
    • G05D23/1935H02M7/003H02M7/5387H02M7/53871
    • Method for detecting and/or monitoring the temperatures of at least two electronic power switches, in particular semi-conductor power switches that are coupled with or arranged on a common cooling body, whereby a temperature detection and/or monitoring is carried out by means of a temperature model each allocated to a switch, in which switch and operating parameters as well as temperature measurement values are processed for calculating the temperature and/or a temperature difference in the relevant switch, whereby a temperature measurement value from a temperature sensor is used as an input parameter for the temperature model, the same being centrally positioned between at least two switches and standing in a heat conducting connection with the cooling body.Electronic temperature emitting power switch arrangement, in particular a transformer for electric drives or other power rectifiers for carrying out the method according to one of the preceding Claims, with two or more switches, in particular semi-conductor power switches coupled with or arranged on a common cooling body, and with a calculator suitable for implementing and executing a temperature model by means of one switch each, and interfaces for receiving signals representing switch and operating parameters as well as temperature measurement values in order to calculate the temperature and/or a temperature difference within the relevant switch by means of the temperature model, whereby a temperature sensor is positioned centrally between the two or between two switches each, the same being coupled in a heat conducting way with the cooling body and with the output side of the calculator.
    • 用于检测和/或监测至少两个电子功率开关的温度的方法,特别是与公共冷却体耦合或布置在公共冷却体上的半导体功率开关的方法,由此通过以下方式进行温度检测和/或监测: 每个分配给开关的温度模型,其中处理开关和操作参数以及温度测量值以计算相关开关中的温度和/或温度差,由此将来自温度传感器的温度测量值用作 用于温度模型的输入参数,同样位于至少两个开关之间并且与冷却体处于导热连接中。 电子温度发射功率开关装置,特别是用于电驱动的变压器或用于执行根据前述权利要求中任一项所述的方法的其它功率整流器,具有两个或更多个开关,特别是与 通用冷却体,以及适用于通过一个开关实现和执行温度模型的计算器,以及用于接收表示开关和操作参数以及温度测量值的信号的接口,以便计算温度和/或温度 通过温度模型在相关开关内部的差异,由此温度传感器位于两个之间或两个开关之间的中心位置,同时以传导方式与冷却体和计算器的输出侧耦合。
    • 2. 发明授权
    • Controlled electric motor arrangement for a tension mechanism
    • 用于张力机构的受控电动机布置
    • US07944158B2
    • 2011-05-17
    • US12238860
    • 2008-09-26
    • Jinsheng JiangViktor Barinberg
    • Jinsheng JiangViktor Barinberg
    • H02P5/00
    • H02P5/747H02P21/06Y10T74/1852Y10T74/19Y10T74/1967
    • A field-oriented control method for an electric drive comprising a plurality of electric motors, for implementing a tension mechanism, especially for load cable and/or gearing means, using measurements of a polyphase motor actual current. The measured values are transformed into a direct current component and a quadrature current component, based upon a magnetic rotor field or flux angle, in a rotor flux-based d,q coordinate system. The quadrature and direct current components from the actual current are subjected to a comparison with predetermined quadrature and direct current components of a current command value. The method has the following steps: a) two synchronous motors are used as electric motors; b) the magnet wheels or rotors of the two synchronous motors are rotated or oriented toward one another and are then mechanically coupled in such a way that between their magnetic flux linkages or other magnetic fluxes an angular offset is formed; c) the two synchronous motors are each supplied with or traversed by the same phase currents, from a shared power converter; d) for a pretension torque, a command or reference value is predetermined, and is superposed on a motor torque control value output by a controller, from which a quadrature current component for the current command value is derived; e) a direct current component for the current command value is derived from the predetermined tension torque control value with sign reversal.
    • 一种用于电驱动器的场定向控制方法,其包括多个电动机,用于通过多相电机实际电流的测量来实现特别是用于负载电缆和/或传动装置的张紧机构。 在基于转子磁通的d,q坐标系中,测量值基于磁转子磁场或磁通角转换为直流分量和正交电流分量。 对来自实际电流的正交和直流分量进行与电流指令值的预定正交和直流分量的比较。 该方法具有以下步骤:a)使用两台同步电机作为电动机; b)两个同步电动机的磁轮或转子彼此旋转或取向,然后以这样的方式机械耦合,使得它们的磁通量或其它磁通之间形成角度偏移; c)两台同步电动机分别由共用功率转换器供给相同的相电流或相同的相电流; d)用于预紧力矩,指令或参考值是预先确定的,并且叠加在由控制器输出的电动机转矩控制值上,由此导出当前指令值的正交电流分量; e)从具有符号反转的预定拉力转矩控制值导出用于电流指令值的直流分量。
    • 3. 发明申请
    • CONTROLLED ELECTRIC MOTOR ARRANGEMENT FOR A TENSION MECHANISM
    • 用于张力机构的控制电动机布置
    • US20090102402A1
    • 2009-04-23
    • US12238860
    • 2008-09-26
    • Jinsheng JiangViktor Barinberg
    • Jinsheng JiangViktor Barinberg
    • H02P5/747H02P21/00
    • H02P5/747H02P21/06Y10T74/1852Y10T74/19Y10T74/1967
    • A field-oriented control method for an electric drive comprising a plurality of electric motors, for implementing a tension mechanism, especially for load cable and/or gearing means, using measurements of a polyphase motor actual current. The measured values are transformed into a direct current component and a quadrature current component, based upon a magnetic rotor field or flux angle, in a rotor flux-based d,q coordinate system. The quadrature and direct current components from the actual current are subjected to a comparison with predetermined quadrature and direct current components of a current command value. The method has the following steps: a) two synchronous motors are used as electric motors; b) the magnet wheels or rotors of the two synchronous motors are rotated or oriented toward one another and are then mechanically coupled in such a way that between their magnetic flux linkages or other magnetic fluxes an angular offset is formed; c) the two synchronous motors are each supplied with or traversed by the same phase currents, from a shared power converter; d) for a pretension torque, a command or reference value is predetermined, and is superposed on a motor torque control value output by a controller, from which a quadrature current component for the current command value is derived; e) a direct current component for the current command value is derived from the predetermined tension torque control value with sign reversal.
    • 一种用于电驱动器的场定向控制方法,其包括多个电动机,用于通过多相电机实际电流的测量来实现特别是用于负载电缆和/或传动装置的张紧机构。 在基于转子磁通的d,q坐标系中,测量值基于磁转子磁场或磁通角转换为直流分量和正交电流分量。 对来自实际电流的正交和直流分量进行与电流指令值的预定正交和直流分量的比较。 该方法具有以下步骤:a)使用两台同步电机作为电动机; b)两个同步电动机的磁轮或转子彼此旋转或取向,然后以这样的方式机械耦合,使得它们的磁通量或其它磁通之间形成角度偏移; c)两台同步电动机分别由共用功率转换器供给相同的相电流或相同的相电流; d)用于预紧力矩,指令或参考值是预先确定的,并且叠加在由控制器输出的电动机转矩控制值上,由此导出当前指令值的正交电流分量; e)从具有符号反转的预定拉力转矩控制值导出用于电流指令值的直流分量。
    • 4. 发明授权
    • Method of braking a vector controlled induction machine, control device for carrying out the method and storage medium
    • 制作矢量控制感应电机的方法,执行方法和存储介质的控制装置
    • US06326762B1
    • 2001-12-04
    • US09641533
    • 2000-08-18
    • Jinsheng JiangJoachim Holtz
    • Jinsheng JiangJoachim Holtz
    • H02P2100
    • H02P3/18H02P21/36
    • A method and a control device for braking a variable speed vector controlled induction machine are driven by a pulse width modulation (PWM) inverter, in which the q-current component and the d-current component of the stator current are controlled independently from one another in accordance with a first reference signal (iq*) and a second reference signal (id*), respectively. For braking, high frequency components are superimposed on the second reference signal (id*), and the root-mean-square (rms) value (id rms) and the average value (id av) of the resultant second reference signal are controlled independently from one another such that the field requirements are met by the average value and high machine losses are produced by the rms value.
    • 用于制动可变速度矢量控制的感应电机的方法和控制装置由脉冲宽度调制(PWM)逆变器驱动,其中定子电流的q-电流分量和d-电流分量彼此独立地被控制 分别根据第一参考信号(iq *)和第二参考信号(id *)。 对于制动,将高频分量叠加在第二参考信号(id *)上,并且所得到的第二参考信号的均方根(rms)值(id rms)和平均值(id av)被独立地控制 从而使平均值满足现场要求,并且由均方根值产生较高的机器损耗。