Invention Application
US20120056570A1 SYSTEM AND METHOD FOR COLLECTING CHARACTERISTIC INFORMATION OF A MOTOR, NEURAL NETWORK AND METHOD FOR ESTIMATING REGIONS OF MOTOR OPERATION FROM INFORMATION CHARACTERIZING THE MOTOR, AND SYSTEM AND METHOD FOR CONTROLLING MOTOR OPERATION USING THE CHARACTERISTIC INFORMATION, THE NEURAL NETWORK, OR BOTH 有权
用于收集电动机的特征信息的系统和方法,神经网络和从电动机的信息估计电机运行区域的方法以及使用特征信息,神经网络或两者来控制电机运行的系统和方法

  • Patent Title: SYSTEM AND METHOD FOR COLLECTING CHARACTERISTIC INFORMATION OF A MOTOR, NEURAL NETWORK AND METHOD FOR ESTIMATING REGIONS OF MOTOR OPERATION FROM INFORMATION CHARACTERIZING THE MOTOR, AND SYSTEM AND METHOD FOR CONTROLLING MOTOR OPERATION USING THE CHARACTERISTIC INFORMATION, THE NEURAL NETWORK, OR BOTH
  • Patent Title (中): 用于收集电动机的特征信息的系统和方法,神经网络和从电动机的信息估计电机运行区域的方法以及使用特征信息,神经网络或两者来控制电机运行的系统和方法
  • Application No.: US13296412
    Application Date: 2011-11-15
  • Publication No.: US20120056570A1
    Publication Date: 2012-03-08
  • Inventor: Christopher Allen HudsonNimal LoboKrishnan Ramu
  • Applicant: Christopher Allen HudsonNimal LoboKrishnan Ramu
  • Applicant Address: US VA Blackburg
  • Assignee: Virginia Tech Intellectual Properties, Inc.
  • Current Assignee: Virginia Tech Intellectual Properties, Inc.
  • Current Assignee Address: US VA Blackburg
  • Main IPC: H02P23/14
  • IPC: H02P23/14
SYSTEM AND METHOD FOR COLLECTING CHARACTERISTIC INFORMATION OF A MOTOR, NEURAL NETWORK AND METHOD FOR ESTIMATING REGIONS OF MOTOR OPERATION FROM INFORMATION CHARACTERIZING THE MOTOR, AND SYSTEM AND METHOD FOR CONTROLLING MOTOR OPERATION USING THE CHARACTERISTIC INFORMATION, THE NEURAL NETWORK, OR BOTH
Abstract:
A method for collecting operational parameters of a motor may include controlling the energization of a phase winding of the motor to establish an operating point, monitoring operational parameters of the motor that characterize a relationship between the energization control applied to the motor's phase winding and the motor's response to this control, and collecting information of the operational parameters for the operating point that characterizes the relationship between the applied energization control and the motor's response. The collected information characterizing the relationship between the applied energization control and the motor's response may be employed by a neural network to estimate the regions of operation of the motor. And a system for controlling the operation of motor may employ this information, the neural network, or both to regulate the energization of a motor's phase winding during a phase cycle.
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