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    • 2. 发明申请
    • SYSTEM AND METHOD OF DETECTING CAVITATION IN PUMPS
    • 检测血液渗透的系统和方法
    • WO2011124963A1
    • 2011-10-13
    • PCT/IB2011/000723
    • 2011-04-04
    • EATON CORPORATIONLU, BinSHARMA, Santosh KumarYAN, TingDIMINO, Steven, A.
    • LU, BinSHARMA, Santosh KumarYAN, TingDIMINO, Steven, A.
    • F04D15/00F04D29/66
    • F04D29/669F04D15/0077F04D15/0088
    • A system and method for detecting cavitation in pumps for fixed and variable supply frequency applications is disclosed. The system includes a controller (14, 24) having a processor (26) programmed to repeatedly receive real-time operating current data (28) from a motor (22) driving a pump (12), generate a current frequency spectrum from the current data, and analyze current data within a pair of signature frequency bands of the current frequency spectrum. The processor is further programmed to repeatedly determine fault signatures as a function of the current data within the pair of signature frequency bands, repeatedly determine fault indices based on the fault signatures and a dynamic reference signature, compare the fault indices to a reference index, and identify a cavitation condition in a pump based on a comparison between the reference index and a current fault index.
    • 公开了一种用于在固定和可变电源频率应用的泵中检测气蚀的系统和方法。 该系统包括具有被编程为从驱动泵(12)的马达(22)重复接收实时工作电流数据(28))的处理器(26)的控制器(14,24),从电流产生电流频谱 数据和分析当前频谱的一对签名频带内的当前数据。 处理器进一步被编程为重复地将故障签名确定为一对签名频带内的当前数据的函数,基于故障签名和动态参考签名重复地确定故障索引,将故障索引与参考索引进行比较,以及 基于参考指数和当前故障指数之间的比较,识别泵中的气蚀条件。
    • 3. 发明申请
    • SYSTEM AND METHOD OF SPEED DETECTION IN AN AC INDUCTION MACHINE
    • 交流感应电机的速度检测系统及方法
    • WO2011158099A2
    • 2011-12-22
    • PCT/IB2011/001344
    • 2011-06-15
    • EATON CORPORATIONLU, BinSHARMA, Santosh, K.YAN, TingDIMINO, Steven, A.
    • LU, BinSHARMA, Santosh, K.YAN, TingDIMINO, Steven, A.
    • H02P27/047G01P3/48G01P3/489H02P21/18H02P23/14
    • A system and method for detenriining rotor speed of an AC induction machine is disclosed. The system is programmed to estimate a rotor speed of the induction machine according to a linear speed estimation algorithm and based on name plate information (NPI) of the induction machine and parameters of the AC induction machine during operation thereof. The rotor speed estimation system is also programmed to estimate a rotor speed of the AC induction machine according to a frequency-domain signal processing algorithm and determine if the rotor speed estimated thereby is valid. If the rotor speed estimated by the frequency-domain signal processing algorithm is valid, then a tuned rotor speed of the AC induction machine is estimated according to the linear speed estimation algorithm and based, in part, on the rotor speed estimated by the frequency-domain signal processing algorithm.
    • 公开了一种用于确定AC感应电机转子转速的系统和方法。 该系统被编程为根据线速度估计算法并且基于感应电动机的铭牌信息(NPI)以及在其运行期间的AC感应电机的参数来估计感应电机的转子速度。 转子速度估计系统还被编程为根据频域信号处理算法估计AC感应电机的转子速度,并且确定由此估计的转子速度是否有效。 如果通过频域信号处理算法估计的转子速度有效,则根据线速度估计算法估计交流感应电机的调谐转子速度,部分基于由频域信号处理算法估计的转子速度, 域信号处理算法。
    • 4. 发明申请
    • SYSTEM AND METHOD OF DYNAMIC REGULATION OF REAL POWER TO A LOAD
    • 动力调节到负载的系统和方法
    • WO2010144308A2
    • 2010-12-16
    • PCT/US2010/037352
    • 2010-06-04
    • EATON CORPORATIONLU, BinYAN, TingFREDETTE, StevenLUEBKE, Charles
    • LU, BinYAN, TingFREDETTE, StevenLUEBKE, Charles
    • H02P23/14
    • H02P23/02H02P23/0077H02P23/14H02P27/047
    • A system and method for controlling an AC motor drive includes a control system programmed with an energy algorithm configured to optimize operation of the motor drive. Specifically, the control system input an initial voltage-frequency command to the AC motor drive based on an initial voltage/frequency (V/Hz) curve, receives a real-time output of the AC motor drive generated according to the initial voltage-frequency command, and feedback a plurality of modified voltage-frequency commands to the AC motor drive, each of the plurality of modified voltage-frequency commands comprising a deviation from the initial V/Hz curve. The control system also determines a real-time value of the motor parameter corresponding to each of the plurality of modified voltage- frequency commands, and feeds back a modified voltage-frequency command to the AC motor drive so that the real-time value of the motor parameter is within a motor parameter tolerance range.
    • 用于控制AC电动机驱动器的系统和方法包括用能够优化电动机驱动器的操作的能量算法编程的控制系统。 具体地说,控制系统基于初始电压/频率(V / Hz)曲线向AC电动机驱动器输入初始电压 - 频率指令,接收根据初始电压 - 频率产生的交流电动机驱动的实时输出 命令,并且向AC电动机驱动器反馈多个修改的电压 - 频率命令,所述多个修改的电压 - 频率指令中的每一个包括与初始V / Hz曲线的偏差。 控制系统还确定与多个修改的电压 - 频率指令中的每一个相对应的电机参数的实时值,并将修改的电压 - 频率命令反馈给AC电动机驱动器,使得实时值 电机参数在电机参数公差范围内。
    • 5. 发明申请
    • SYSTEM, WELLNESS CIRCUIT AND METHOD OF DETERMINING WELLNESS OF A ROTATING ELECTRICAL APPARATUS
    • 系统,健康电路及确定旋转电气设备的健康方法
    • WO2011132057A1
    • 2011-10-27
    • PCT/IB2011/000855
    • 2011-04-19
    • EATON CORPORATIONDIMINO, Steven, A.YAN, TingVERHEYEN, Mark, A.RUCHTI, Thomas, M.
    • DIMINO, Steven, A.YAN, TingVERHEYEN, Mark, A.RUCHTI, Thomas, M.
    • G01R31/34H02K11/00
    • G01R31/343
    • A wellness circuit is for a rotating electrical apparatus having a rated current and being operatively associated with an electrical switching, control, protection or monitoring apparatus structured to provide a number of currents and a number of voltages of the rotating electrical apparatus. The wellness circuit includes a current sensor scaled to the rated current and structured to provide a notch current signal representative of one of the number of currents; an interface to the electrical switching, control, protection or monitoring apparatus, the interface providing the number of currents and the number of voltages; and a processor employing the number of currents and the number of voltages from the interface and the notch current signal to determine wellness of the rotating electrical apparatus. The wellness circuit is structured to be separate from or added to the electrical switching, control, protection or monitoring apparatus.
    • 健康电路是用于具有额定电流并且与电开关,控制,保护或监测设备可操作地相关联的旋转电气设备,其被构造成提供旋转电气设备的多个电流和多个电压。 健康电路包括被定标至额定电流的电流传感器,并被构造成提供代表多个电流之一的陷波电流信号; 电气开关,控制,保护或监控设备的接口,接口提供电流数量和电压数量; 以及使用电流数量和来自接口和陷波电流信号的电压数量的处理器来确定旋转电气设备的健康。 健康电路被构造成与电气开关,控制,保护或监视装置分离或添加。
    • 7. 发明申请
    • SYSTEM AND METHOD OF DYNAMIC REGULATION OF REAL POWER TO A LOAD
    • 负载动态调节的系统和方法
    • WO2014014642A2
    • 2014-01-23
    • PCT/US2013/048854
    • 2013-07-01
    • EATON CORPORATION
    • OLSSON, Eric JonLU, BinYAN, TingFREDETTE, Steven JohnLUEBKE, Charles John
    • H02P23/00
    • H02P27/047H02P23/14
    • A system and method for controlling an AC motor drive includes a control system programmed with an algorithm configured to optimize operation of the motor drive. Specifically, the control system is programmed to input an initial voltage-frequency command to the drive. The initial voltage-frequency command includes a voltage reference and a frequency reference corresponding to an operating point of an initial voltage/frequency (V/Hz) curve. The control system monitors a real-time output of the drive, modifies the voltage reference based on the real-time output of the drive, and transmits a modified voltage-frequency command to the drive. The modified voltage-frequency command corresponds to an operating point of a modified V/Hz curve defined by the modified voltage reference and the initial V/Hz curve.
    • 用于控制AC电动机驱动器的系统和方法包括利用配置成优化电动机驱动器的操作的算法编程的控制系统。 具体而言,控制系统被编程为向驱动器输入初始电压 - 频率命令。 初始电压 - 频率命令包括对应于初始电压/频率(V / Hz)曲线的操作点的电压基准和频率基准。 控制系统监控变频器的实时输出,根据变频器的实时输出修改电压参考,并将修改后的电压 - 频率命令发送至变频器。 修改的电压 - 频率命令对应于由修改的电压参考和初始V / Hz曲线定义的修改的V / Hz曲线的操作点。