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    • 1. 发明授权
    • Control system for electric motor applied to cyclic loads and control method for electric motor applied to cyclic loads
    • 适用于循环载荷的电动机控制系统和应用于循环负载的电动机的控制方法
    • US08643320B2
    • 2014-02-04
    • US13386119
    • 2010-07-22
    • Claudio Eduardo SoaresDietmar Erich Bernhard LilieRoberto AndrichLuiz Von Dokonal
    • Claudio Eduardo SoaresDietmar Erich Bernhard LilieRoberto AndrichLuiz Von Dokonal
    • H02P6/10H02P29/00
    • H02P23/0004H02P23/04
    • The present application refers to a system and a control method especially applied to electric motors designed to drive cyclical loads. The present system includes an electric motor (10), at least an electronic control unit (20) and at least an electronic power unit (30), the electric motor (10) is electrically driven by the electronic power unit (30), the electronic power unit (30) being electrically commanded by the electronic control unit (20), the system including an average speed controller implemented by the electronic control unit (20), the average speed controller being arranged to monitor an instantaneous speed (Vi) of the electric motor (10) and provide an average speed value of the motor (10), the electronic control unit (20) being arranged to calculate an average voltage (Vm) based on the average speed obtained, the electronic power unit (30) being arranged to electrically drive the electric motor (10) by an instantaneous voltage value (Vins), this instantaneous voltage value (Vins) being calculated by multiplying the average voltage (Vm) by the result of the division between the instantaneous speed (Vi) and the average speed.
    • 本申请涉及一种特别适用于设计用于驱动循环负载的电动机的系统和控制方法。 本系统包括至少电子控制单元(20)和至少电子单元(30)的电动机(10),电动机(10)由电子单元(30)电驱动, 电子电源单元(30)由电子控制单元(20)电气指令,该系统包括由电子控制单元(20)实现的平均速度控制器,平均速度控制器被设置为监视电子控制单元(20)的瞬时速度(Vi) 所述电动机(10)提供所述电动机(10)的平均速度值,所述电子控制单元(20)被配置为基于获得的平均速度来计算平均电压(Vm),所述电子单元(30) 被设置为通过瞬时电压值(Vins)来电驱动电动机(10),该瞬时电压值(Vins)通过将平均电压(Vm)乘以瞬时速度(Vi)之间的除法结果来计算, 一个 d的平均速度。
    • 4. 发明申请
    • ANTICIPATORY CONTROL SYSTEM FOR ELECTRIC MOTOR AND ANTICIPATORY CONTROL METHOD FOR ELECTRIC MOTOR APPLIED TO CYCLIC LOADS
    • 适用于循环负载的电动机的电动机的调试控制系统及其安全控制方法
    • US20120274250A1
    • 2012-11-01
    • US13386198
    • 2010-07-22
    • Claudio Eduardo SoaresDietmar Erich Bernhard LillieRoberto AndrichLuiz Von Dokonal
    • Claudio Eduardo SoaresDietmar Erich Bernhard LillieRoberto AndrichLuiz Von Dokonal
    • H02P6/10H02P29/00
    • H02P6/18H02P23/0004
    • The present application relates to an anticipatory control system and method for electric motor applied to cyclic loads, said system including an electric motor (10), at least an electronic control unit (20), at least an electronic power unit (30), and at least an electric position-monitoring device. The electric motor (10) is electrically driven by the electronic power unit (30), the electronic power unit (30) is electrically controlled by the electronic control unit (20), the system includes an average speed controller and a device for monitoring the position of the electric motor, both implemented by the electronic control unit (20). The speed controller is designed to monitor an average speed of the electric motor (10), the position-monitoring device is designed to monitor and store an instantaneous speed (Vi) in each position of the electric motor (10) and estimate, for each position, an instantaneous control speed (Vc) of the electric motor (10), the electronic control unit (20) is designed to calculate an average voltage (Vm) from the average speed monitored, and the electronic power unit (30) is designed to drive electrically the electric motor 10 by a control voltage value (Vcontrol). This control voltage value (Vcontrol) is calculated by multiplying the average voltage (Vm) by the result of the division of the instantaneous control speed (Vc) by the average speed.
    • 本申请涉及一种应用于循环负载的电动机的预期控制系统和方法,所述系统包括电动机(10),至少电子控制单元(20),至少电子功率单元(30)和 至少一个电位置监视装置。 电动机(10)由电子动力单元(30)电动驱动,电子电力单元(30)由电子控制单元(20)进行电气控制,该系统包括平均速度控制器和监视器 电动机的位置都由电子控制单元(20)实现。 速度控制器被设计为监测电动机(10)的平均速度,位置监视装置被设计成在电动机(10)的每个位置监视和存储瞬时速度(Vi)并估计每个 位置,电动机(10)的瞬时控制速度(Vc),电子控制单元(20)被设计成根据所监视的平均速度计算平均电压(Vm),并且设计电子单元(30) 通过控制电压值(Vcontrol)电动驱动电动机10。 通过将平均电压(Vm)乘以瞬时控制速度(Vc)除以平均速度的结果来计算该控制电压值(Vcontrol)。
    • 5. 发明申请
    • CONTROL SYSTEM FOR ELECTRIC MOTOR APPLIED TO CYCLIC LOADS AND CONTROL METHOD FOR ELECTRIC MOTOR APPLIED TO CYCLIC LOADS
    • 适用于循环负载的电动机的控制系统和适用于循环负载的电动机的控制方法
    • US20120268048A1
    • 2012-10-25
    • US13386119
    • 2010-07-22
    • Claudio Eduardo SoaresDietmar Erich Bernhard LilieRoberto AndrichLuiz Von Dokonal
    • Claudio Eduardo SoaresDietmar Erich Bernhard LilieRoberto AndrichLuiz Von Dokonal
    • H02P6/10H02P29/00
    • H02P23/0004H02P23/04
    • The present application refers to a system and a control method especially applied to electric motors designed to drive cyclical loads. The present system includes an electric motor (10), at least an electronic control unit (20) and at least an electronic power unit (30), the electric motor (10) is electrically driven by the electronic power unit (30), the electronic power unit (30) being electrically commanded by the electronic control unit (20), the system including an average speed controller implemented by the electronic control unit (20), the average speed controller being arranged to monitor an instantaneous speed (Vi) of the electric motor (10) and provide an average speed value of the motor (10), the electronic control unit (20) being arranged to calculate an average voltage (Vm) based on the average speed obtained, the electronic power unit (30) being arranged to electrically drive the electric motor (10) by an instantaneous voltage value (Vins), this instantaneous voltage value (Vins) being calculated by multiplying the average voltage (Vm) by the result of the division between the instantaneous speed (Vi) and the average speed.
    • 本申请涉及一种特别适用于设计用于驱动循环负载的电动机的系统和控制方法。 本系统包括至少电子控制单元(20)和至少电子单元(30)的电动机(10),电动机(10)由电子单元(30)电驱动, 电子电源单元(30)由电子控制单元(20)电气指令,该系统包括由电子控制单元(20)实现的平均速度控制器,平均速度控制器被设置为监视电子控制单元(20)的瞬时速度(Vi) 所述电动机(10)提供所述电动机(10)的平均速度值,所述电子控制单元(20)被配置为基于获得的平均速度来计算平均电压(Vm),所述电子单元(30) 被设置为通过瞬时电压值(Vins)来电驱动电动机(10),该瞬时电压值(Vins)通过将平均电压(Vm)乘以瞬时速度(Vi)之间的除法结果来计算, 一个 d的平均速度。
    • 7. 发明授权
    • Electric motor rotor and a method for producing an electric motor rotor
    • 电动机转子和电动机转子的制造方法
    • US06437473B1
    • 2002-08-20
    • US09509292
    • 2000-06-06
    • Marcos Romeu MöbiusLuiz Von DokonalClaudio Werner De Lima
    • Marcos Romeu MöbiusLuiz Von DokonalClaudio Werner De Lima
    • H02K2112
    • H02K1/2766Y10T29/49012
    • A method of producing the core of an electric motor by providing a stack of laminations of magnetic material. Windows are formed in the laminations for one or more magnetic elements to be placed in each window. Each window has an end edge portion (17) which is to be at the peripheral edge (18) of the lamination of the finished version of the rotor. The laminations originally have an annular radial extension (60-61) and after the core is assembled with end caps, the annular radial extension (60-61) is removed so that the window end edge portions (17) are at the periphery (18) of the laminations. There is a polar peripheral portion (20) between each window and the periphery (18) of the lamination and an intermediate peripheral portion (40) between two adjacent polar peripheral portions, with such intermediate polar portions having reduced electrical conductibility and reduced magnetic permeability.
    • 一种通过提供磁性材料的叠层的叠层制造电动机的芯的方法。 窗口形成在用于一个或多个磁性元件的叠片中以放置在每个窗口中。 每个窗口具有端部边缘部分(17),该端部边缘部分将处于转子的成品版本的层叠的周边边缘(18)。 叠片最初具有环形径向延伸部(60-61),并且在芯部与端盖组装之后,移除环形径向延伸部(60-61),使得窗口端部边缘部分(17)在外围(18 )的叠片。 在每个窗口和层压体的周边(18)之间存在极性周边部分(20)和两个相邻的极性周边部分之间的中间周边部分(40),这些中间极性部分具有降低的导电性和降低的导磁率。
    • 8. 发明授权
    • Anticipatory control system for electric motor and anticipatory control method for electric motor applied to cyclic loads
    • 用于电动机的预期控制系统和应用于循环负载的电动机的预期控制方法
    • US08796968B2
    • 2014-08-05
    • US13386198
    • 2010-07-22
    • Claudio Eduardo SoaresDietmar Erich Bernhard LilieRoberto AndrichLuiz Von Dokonal
    • Claudio Eduardo SoaresDietmar Erich Bernhard LilieRoberto AndrichLuiz Von Dokonal
    • H02K29/06
    • H02P6/18H02P23/0004
    • The present application relates to an anticipatory control system and method for electric motor applied to cyclic loads, said system including an electric motor (10), at least an electronic control unit (20), at least an electronic power unit (30), and at least an electric position-monitoring device. The electric motor (10) is electrically driven by the electronic power unit (30), the electronic power unit (30) is electrically controlled by the electronic control unit (20), the system includes an average speed controller and a device for monitoring the position of the electric motor, both implemented by the electronic control unit (20). The speed controller is designed to monitor an average speed of the electric motor (10), the position-monitoring device is designed to monitor and store an instantaneous speed (Vi) in each position of the electric motor (10) and estimate, for each position, an instantaneous control speed (Vc) of the electric motor (10), the electronic control unit (20) is designed to calculate an average voltage (Vm) from the average speed monitored, and the electronic power unit (30) is designed to drive electrically the electric motor 10 by a control voltage value (Vcontrol). This control voltage value (Vcontrol) is calculated by multiplying the average voltage (Vm) by the result of the division of the instantaneous control speed (Vc) by the average speed.
    • 本申请涉及一种应用于循环负载的电动机的预期控制系统和方法,所述系统包括电动机(10),至少电子控制单元(20),至少电子功率单元(30)和 至少一个电位置监视装置。 电动机(10)由电子动力单元(30)电动驱动,电子电力单元(30)由电子控制单元(20)进行电气控制,该系统包括平均速度控制器和监视器 电动机的位置都由电子控制单元(20)实现。 速度控制器被设计为监测电动机(10)的平均速度,位置监视装置被设计成在电动机(10)的每个位置监视和存储瞬时速度(Vi)并估计每个 位置,电动机(10)的瞬时控制速度(Vc),电子控制单元(20)被设计成根据所监视的平均速度计算平均电压(Vm),并且设计电子单元(30) 通过控制电压值(Vcontrol)电动驱动电动机10。 通过将平均电压(Vm)乘以瞬时控制速度(Vc)除以平均速度的结果来计算该控制电压值(Vcontrol)。