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    • 2. 发明申请
    • MOTOR DRIVING SYSTEM COMPATIBLE WITH DIFFERENT TYPES OF ENCODERS
    • 电机驱动系统兼容不同类型的编码器
    • US20100072939A1
    • 2010-03-25
    • US12334542
    • 2008-12-15
    • CHIH-JUNG LIUCHIN-HSIEN TING
    • CHIH-JUNG LIUCHIN-HSIEN TING
    • G05B1/06G05B1/08
    • G01D5/2451
    • A system compatible for different types of signals relates to a motor includes a differential amplifier, a comparator, and a transmitting device. The differential amplifier is configured to receive one of a differential digital pulse signals pair and a differential analog signals pair. The differential digital pulse signals pair is converted to a first digital signal, and the differential analog signals pair is converted to an analog signal by the differential amplifier. The comparator is configured to convert the analog signal into a second digital signal. The first digital signal is received and outputted by the comparator. The transmitting device is configured to convert a data signals pair to a binary code, and convert differential reference digital signals pairs to reference digital signals. The reference digital signals, the first and second digital signals are received by an external computing device.
    • 与不同类型信号兼容的系统涉及一种电动机,包括差分放大器,比较器和发送装置。 差分放大器被配置为接收差分数字脉冲信号对和差分模拟信号对之一。 差分数字脉冲信号对转换为第一数字信号,差分模拟信号对由差分放大器转换为模拟信号。 比较器被配置为将模拟信号转换成第二数字信号。 第一数字信号由比较器接收和输出。 发送装置被配置为将数据信号对转换为二进制码,并将差分参考数字信号对转换为参考数字信号。 参考数字信号,第一和第二数字信号由外部计算设备接收。
    • 3. 发明申请
    • VOLTAGE PROTECTING APPARATUS
    • 电压保护装置
    • US20100066290A1
    • 2010-03-18
    • US12252365
    • 2008-10-16
    • CHIN-HSIEN TING
    • CHIN-HSIEN TING
    • H02H7/09
    • H02P29/02H02M1/32H02M2001/0022
    • A voltage protecting apparatus is used for detecting voltage of a motor driver, and adjusting the voltage of the motor driver when at an over-voltage state. The motor driver includes a direct current (DC) power source and a power board. The voltage protecting apparatus includes a switch unit, a voltage transform unit, a controller, a voltage detector, and an over-voltage judger. When the controller outputs a high level signal, the switch unit is turned on, the voltage transform unit transforms the output voltage of the DC power source to a low voltage. The over-voltage judger receives the low voltage and compares the low voltage to a predetermined voltage. When the low voltage is greater than the predetermined voltage, the over-voltage judger outputs a control signal to the controller for signaling the controller to control the power board so as to adjust the voltage of the motor driver.
    • 电压保护装置用于检测电动机驱动器的电压,并且在处于过电压状态时调节电动机驱动器的电压。 电动机驱动器包括直流(DC)电源和电源板。 电压保护装置包括开关单元,电压变换单元,控制器,电压检测器和过电压判断器。 当控制器输出高电平信号时,开关单元导通,电压变换单元将直流电源的输出电压转换为低电压。 过电压判断器接收低电压并将低电压与预定电压进行比较。 当低电压大于预定电压时,过电压判断器向控制器输出控制信号,用于指示控制器控制电源板,以便调节电动机驱动器的电压。
    • 5. 发明申请
    • MOTOR DRIVING APPARATUS
    • 电机驱动装置
    • US20100090627A1
    • 2010-04-15
    • US12269050
    • 2008-11-12
    • CHIN-HSIEN TING
    • CHIN-HSIEN TING
    • H02P3/18H02P27/06
    • H02P3/18Y02P80/116
    • A system for driving a motor includes first and second rectifier circuits, a direct current (DC) link circuit, an inverter circuit, a voltage booster circuit, and a switch control circuit. When the motor is at a deceleration state, a micro control unit (MCU) outputs a first charging signal to turn on a switch of a first relay and turn off a switch of a second relay, a regenerative current from the motor is charged into a storage capacitor. Before the motor is in an acceleration state, the MCU outputs a second charging signal to turn on the switch of the second relay and turn off the switch of the first relay, and turn on a boosting switch, an increased voltage of the storage capacitor is charged into another storage capacitor. When a voltage at the DC link circuit reaches a predetermined value, the MCU controls the inverter circuit to accelerate the motor.
    • 用于驱动电动机的系统包括第一和第二整流器电路,直流(DC)连接电路,逆变器电路,升压电路和开关控制电路。 当电动机处于减速状态时,微控制单元(MCU)输出第一充电信号以接通第一继电器的开关并关闭第二继电器的开关,将来自电动机的再生电流充电到 存储电容。 在电机处于加速状态之前,MCU输出第二个充电信号,打开第二个继电器的开关,关闭第一个继电器的开关,并接通升压开关,储存电容器的电压升高 充电到另一个存储电容器。 当直流链路电路的电压达到预定值时,MCU控制逆变器电路以加速电动机。