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    • 32. 发明申请
    • MOTOR CONTROL SYSTEM AND METHOD
    • 电机控制系统及方法
    • US20110181222A1
    • 2011-07-28
    • US13015035
    • 2011-01-27
    • Hiroshi NAGASEShigeki MorinagaYasuhiko TanakaMasataka YaharaTetsuro Kobayashi
    • Hiroshi NAGASEShigeki MorinagaYasuhiko TanakaMasataka YaharaTetsuro Kobayashi
    • H02P6/08
    • H02P5/68H02P21/00H02P2207/05
    • A highly efficient and reliable motor control system and motor control method are provided. The motor control system includes a motor having a plurality of sets of armature windings, a plurality of inverters which drive the plurality of sets of armature windings, and a plurality of control devices which control the inverters individually. In the motor control system: while a motor torque command is in a smallest-magnitude range, a first inverter is operated to energize a first set of armature windings; when the motor torque command increases into a next larger-magnitude range, the first and a second inverter are operated to energize the first and a second set of armature windings; when the motor torque command increases into a still next larger-magnitude range, the first, the second, and a third inverter are operated to energize the first, the second, and a third set of armature windings; and when the motor torque command increases into a largest-magnitude range, all inverters are operated to energize all sets of armature windings. Thus, the number of inverters driven and/or the number of sets of armature windings energized are sequentially changed according to the torque command.
    • 提供高效可靠的电机控制系统和电机控制方法。 电动机控制系统包括具有多组电枢绕组的电动机,驱动多组电枢绕组的多个逆变器和分别控制逆变器的多个控制装置。 在电动机控制系统中:当电动机转矩指令处于最小幅度范围时,第一逆变器被操作以激励第一组电枢绕组; 当电动机转矩指令增加到下一较大幅度范围时,第一和第二逆变器被操作以激励第一和第二组电枢绕组; 当电动机转矩指令增加到下一个更大幅度的范围时,第一,第二和第三逆变器被操作以激励第一组,第二组和第三组电枢绕组; 并且当电动机转矩指令增加到最大幅度范围时,所有逆变器都被操作以对所有的电枢绕组组通电。 因此,驱动的逆变器的数量和/或通电的电枢绕组的数量的数量根据转矩指令而顺序地改变。
    • 35. 发明授权
    • Analog-digital converting device
    • 模拟数字转换器
    • US5349351A
    • 1994-09-20
    • US940332
    • 1992-09-03
    • Sanshiro ObaraMitsuru WatabeRika MinamiShigeki Morinaga
    • Sanshiro ObaraMitsuru WatabeRika MinamiShigeki Morinaga
    • G01R19/00G06F15/78H02M7/48H03M1/12G05B11/28
    • H03M1/1225
    • An analog-digital converting device is designed such that when an operation of converting a special analog signal into a digital signal and an operation of converting another analog signal into a digital signal are instructed concurrently, priority is given to the conversion operation of the special analog signal, The analog-digital converting device includes an analog multiplexer having a main channel and a sub channel, a sample holder, an AD converter, a conversion result register having a plurality of storage areas, and an AD control circuit for controlling the drive of the individual components according to an instruction of a CPU. When the analog signals input to the channels are converted into digital signals in sequence, priority is given to AD conversion of the analog signal input to the main channel over AD conversion of the analog signal input to the sub channel.
    • 模拟数字转换装置被设计成当同时指示将特殊模拟信号转换为数字信号的操作和将另一个模拟信号转换为数字信号的操作时,优先考虑特殊模拟信号的转换操作 模拟数字转换装置包括具有主信道和子信道的模拟多路复用器,样本保持器,AD转换器,具有多个存储区域的转换结果寄存器,以及用于控制驱动器的AD控制电路 各个组件根据CPU的指令。 当输入到通道的模拟信号按顺序转换为数字信号时,通过AD转换将模拟信号输入到主通道的模拟信号的AD转换优先给输入到子通道。
    • 39. 再颁专利
    • Error preventing device for an electronic engine control apparatus
    • 用于电子发动机控制装置的错误防止装​​置
    • USRE32163E
    • 1986-05-27
    • US511590
    • 1983-07-07
    • Hiroastu TokudaShigeki MorinagaHideo Nakamura
    • Hiroastu TokudaShigeki MorinagaHideo Nakamura
    • F02D41/34F02D21/08F02D41/26F02D45/00F02P5/15F02P15/00G05B15/02
    • F02P5/1504F02D41/26F02P15/006Y02T10/46
    • An electronic control apparatus includes a digital processor which receives data from sensors indicating conditions of the engine and supplies output control data for operating various actuators which control the engine operation. The interfacing of data between the sensors, the digital processor and the actuators is effected through a set of registers and a controlled incrementing device. The set of registers includes a plurality of reference registers which store engine control data supplied from the digital processor. Another set of registers store respective sets of codes the values of which are sequentially and selectively incremented in accordance with a prescribed timing signal pattern during the rotation of the engine crankshaft. The data in these respective registers are compared with one another and upon the contents of a register, the contents of which are incremented by the timing signal pattern reaching the value stored in the reference register the data contained in which is supplied from the digital processor, an output is supplied to operate a respective engine actuator. Since the data supplied by the digital processor may vary at any time depending upon operating conditions, which are supplied by the digital processor, are not fixed but are subject to variation. If, at the time the digital processor is modifying or changing, namely updating, the data contained in a reference register, the value in a corresponding one of the second set of registers becomes equal to the old data with which it has been compared, no output signal is permitted to be supplied to an engine actuator until after the new data supplied by the digital processor has been input to the appropriate reference register. This preventing or inhibiting action enables the system to control the engine actuators in an extremely accurate manner, as the reference data upon which actuator control signals are ultimately based is always permitted to be dynamically updated so that the engine is always controlled on the basis of current engine conditions.