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    • 2. 发明申请
    • Mitigation of Harmonic Currents and Conservation of Power in Non-Linear Load Systems
    • 谐波电流的减轻和非线性负载系统的功率保护
    • US20110121775A1
    • 2011-05-26
    • US13018139
    • 2011-01-31
    • Filiberto D. Garza
    • Filiberto D. Garza
    • H02P27/02
    • H02P25/16H02P27/16
    • An AC power controller system applies three-phase AC operating power to an induction motor that drives a non-linear mechanical load. A primary low pass filter is connected in series between branch phase conductors and a power controller of the type that uses gate-controlled switching thyristors for controlling power to the motor. KVAR capacitors connected between the power controller and the induction motor phase windings form a secondary low pass filter across the controller output terminals. The primary and secondary low pass filters isolate the power controller and induction motor with respect to spurious noise and harmonics generated by local as well as remote sources, and also improve real power transfer efficiency from the power generating source to the induction motor by transforming the effective impedance of the power source and induction motor load.
    • 交流电源控制器系统对驱动非线性机械负载的感应电动机施加三相交流工作电源。 主低通滤波器串联连接在分支相导体和使用门控开关晶闸管类型的功率控制器,用于控制电机功率。 连接在功率控制器和感应电动机相绕组之间的KVAR电容器在控制器输出端子之间形成二次低通滤波器。 主和次级低通滤波器将功率控制器和感应电机隔离在本地和远程源产生的杂散噪声和谐波上,并通过转换有效的功率来提高从发电源到感应电机的实际功率传输效率 电源阻抗和感应电机负载。
    • 3. 发明授权
    • Energy conserving motor controller
    • 节能马达控制器
    • US06400119B1
    • 2002-06-04
    • US09426508
    • 1999-10-26
    • Filiberto D. GarzaKenneth M. Hankins
    • Filiberto D. GarzaKenneth M. Hankins
    • H02P528
    • H02J3/1892G05F1/70H02P23/26Y02P80/15
    • An AC induction motor is controlled by dynamically matching energy use by the motor to the load on the motor. First and second SCRs are connected in parallel with each other in opposing polarities for each phase of the applied AC voltage. A trigger generator couples trigger control signals to the respective gates of the SCRs responsive to the timing of sensed zero-crossing events of the AC voltage and current in the respective phase applied to the motor winding. The first and second SCRs are alternately triggered into a conductive state during each alternation of the applied AC voltage and are alternately inhibited from the conductive state for an interval in time proportional to a measured difference in time between the AC voltage zero-crossing and the corresponding AC current zero-crossing as determined by comparing the time difference between successive first and second interrupts corresponding to the zero-crossing events with a continuously running time base.
    • AC感应电动机通过动力匹配电动机对电动机上的负载的能量使用而进行控制。 对于所施加的AC电压的每个相,第一和第二SCR以相反的极性彼此并联连接。 触发发生器响应于感测到的交流电压的过零事件的定时和施加到电动机绕组的各相中的电流的时间,将触发控制信号耦合到SCR的相应门。 在所施加的AC电压的每次交替期间,第一和第二SCR交替地触发成导通状态,并且在与交流电压过零之间测量的时间差与时间成正比的时间间隔内交替地禁止导通状态 通过将具有连续运行时基的过零事件对应的连续第一和第二中断之间的时间差进行比较而确定的交流电流过零。
    • 4. 发明授权
    • Mitigation of harmonic currents and conservation of power in non-linear load systems
    • 谐波电流的减轻和非线性负载系统的功率守恒
    • US07902788B2
    • 2011-03-08
    • US12577479
    • 2009-10-12
    • Filiberto D. Garza
    • Filiberto D. Garza
    • H02P27/16G05F1/70
    • H02P25/16H02P27/16
    • An AC power controller system applies three-phase AC operating power to an induction motor that drives a non-linear mechanical load. A primary low pass filter is connected in series between branch phase conductors and a power controller of the type that uses gate-controlled switching thyristors for controlling power to the motor. KVAR capacitors connected between the power controller and the induction motor phase windings form a secondary low pass filter across the controller output terminals. The primary and secondary low pass filters isolate the power controller and induction motor with respect to spurious noise and harmonics generated by local as well as remote sources, and also improve real power transfer efficiency from the power generating source to the induction motor by transforming the effective impedance of the power source and induction motor load.
    • 交流电源控制器系统对驱动非线性机械负载的感应电动机施加三相交流工作电源。 主低通滤波器串联连接在分支相导体和使用门控开关晶闸管类型的功率控制器,用于控制电机功率。 连接在功率控制器和感应电动机相绕组之间的KVAR电容器在控制器输出端子之间形成二次低通滤波器。 主和次级低通滤波器将功率控制器和感应电机隔离在本地和远程源产生的杂散噪声和谐波上,并通过转换有效的功率来提高从发电源到感应电机的实际功率传输效率 电源阻抗和感应电机负载。
    • 5. 发明申请
    • Mitigation of Harmonic Currents and Conservation of Power in Non-Linear Load Systems
    • 谐波电流的减轻和非线性负载系统的功率保护
    • US20100026232A1
    • 2010-02-04
    • US12577479
    • 2009-10-12
    • Filiberto D. Garza
    • Filiberto D. Garza
    • H02P23/00
    • H02P25/16H02P27/16
    • An AC power controller system applies three-phase AC operating power to an induction motor that drives a non-linear mechanical load. A primary low pass filter is connected in series between branch phase conductors and a power controller of the type that uses gate-controlled switching thyristors for controlling power to the motor. KVAR capacitors connected between the power controller and the induction motor phase windings form a secondary low pass filter across the controller output terminals. The primary and secondary low pass filters isolate the power controller and induction motor with respect to spurious noise and harmonics generated by local as well as remote sources, and also improve real power transfer efficiency from the power generating source to the induction motor by transforming the effective impedance of the power source and induction motor load.
    • 交流电源控制器系统对驱动非线性机械负载的感应电动机施加三相交流工作电源。 主低通滤波器串联连接在分支相导体和使用门控开关晶闸管类型的功率控制器,用于控制电机功率。 连接在功率控制器和感应电动机相绕组之间的KVAR电容器在控制器输出端子之间形成二次低通滤波器。 主和次级低通滤波器将功率控制器和感应电机隔离在本地和远程源产生的杂散噪声和谐波上,并通过转换有效的功率来提高从发电源到感应电机的实际功率传输效率 电源阻抗和感应电机负载。
    • 6. 发明授权
    • Mitigation of harmonic currents and conservation of power in non-linear load systems
    • 谐波电流的减轻和非线性负载系统的功率守恒
    • US07309973B2
    • 2007-12-18
    • US11379965
    • 2006-04-24
    • Filiberto D. Garza
    • Filiberto D. Garza
    • H02P27/16G05F1/70
    • H02P25/16H02P27/16
    • An AC power controller system applies three-phase AC operating power to an induction motor that drives a non-linear mechanical load. A primary low pass filter is connected in series between branch phase conductors and a power controller of the type that uses gate-controlled switching thyristors for controlling power to the motor. KVAR capacitors connected between the power controller and the induction motor phase windings form a secondary low pass filter across the controller output terminals. The primary and secondary low pass filters isolate the power controller and induction motor with respect to spurious noise and harmonics generated by local as well as remote sources, and also improve real power transfer efficiency from the power generating source to the induction motor by transforming the effective impedance of the power source and the induction motor load.
    • 交流电源控制器系统对驱动非线性机械负载的感应电动机施加三相交流工作电源。 主低通滤波器串联连接在分支相导体和使用门控开关晶闸管类型的功率控制器,用于控制电机功率。 连接在功率控制器和感应电动机相绕组之间的KVAR电容器在控制器输出端子之间形成二次低通滤波器。 主和次级低通滤波器将功率控制器和感应电机隔离在本地和远程源产生的杂散噪声和谐波上,并通过转换有效的功率来提高从发电源到感应电机的实际功率传输效率 电源阻抗和感应电机负载。