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    • 71. 发明授权
    • Method for positioning a pen in a recording device
    • 将笔定位在记录装置中的方法
    • US5764016A
    • 1998-06-09
    • US736627
    • 1996-10-24
    • Arno BruhnHans-Herbert Kirste
    • Arno BruhnHans-Herbert Kirste
    • G01D15/24G05D3/10G05B11/28
    • G01D15/24
    • The invention relates to a method for positioning a pen in a recording device for recording the time profile of a measurement signal which can be connected. In order to implement the highest possible mapping accuracy of the measurement signal onto the recording signal at a low cost and with DC isolation between the measurement signal and drive means of the pen, it is proposed that the positioning error (300) be phase-width modulated, the pulse-width-modulated positioning error (400) be transmitted in a floating manner to a signal converter (70), and a control voltage for the electric motor (90) be determined using the signal converter (70) from the pulse-width-modulated positioning error (400) by normalizing the difference between the pulse duration and the pulse-pause duration, via the sum of the pulse duration and the pulse-pause duration.
    • 本发明涉及一种将笔定位在记录装置中的方法,用于记录可连接的测量信号的时间曲线。 为了以低成本实现测量信号对记录信号的最高可能的映射精度,并且在测量信号和笔的驱动装置之间具有DC隔离,提出定位误差(300)是相位宽度 脉冲宽度调制定位误差(400)以浮动的方式传送到信号转换器(70),并且使用信号转换器(70)从脉冲确定用于电动机(90)的控制电压 通过脉冲持续时间和脉冲暂停持续时间之和来归一化脉冲持续时间和脉冲暂停持续时间之间的差异来进行宽带调制定位误差(400)。
    • 73. 发明授权
    • Method and apparatus for robust integral-pulse control of a servodrive
of unknown dynamics
    • 用于对未知动力学的伺服驱动器的鲁棒积分脉冲控制的方法和装置
    • US5517099A
    • 1996-05-14
    • US249329
    • 1994-05-26
    • Magomed K. Magomedov
    • Magomed K. Magomedov
    • G05B11/28H02P5/41
    • G05B11/28
    • Method and apparatus for robust integral-pulse control of servodrives of unknown dynamics. According to the current value of the controlled object position, a microprocessor controller presets the current values of pulse duration and pulse amplitude as functions of the position control or velocity control error. The current value of the pulse period is a function of the sum of (difference between) the current values of orthogonality and robustness parameters when the object moves with acceleration (when the object moves with deceleration). The orthogonality parameter is calculated in proportion to the current value of pulse duration under the condition of orthogonality of the adjacent pulses and the Indeterminacy Principle. The robustness parameter is a function of the current object acceleration/deceleration. Throughout each control period, additional modulations of pulse amplitude and pulse duration are employed whose frequencies are preset by a microprocessor controller for each control period as functions of the controlled object's current acceleration/deceleration and which are limited by these parameters' values in the current and previous control periods calculated as functions of the position control or velocity control error. The modulation steps of the pulse amplitude and pulse duration derived from additional modulation are calculated in proportion to the difference between the current position value of the controlled object and this parameter's value in the previous control period. The microprocessor outputs codes of current values of pulse amplitude, duration and period and transmits them to the amplifier. The pulse sequence is performed and applied to the electromotor.
    • 用于强大的积分脉冲控制未知动力学伺服驱动的方法和装置。 根据受控对象位置的当前值,微处理器控制器将脉冲持续时间和脉冲幅度的当前值预设为位置控制或速度控制误差的函数。 脉冲周期的当前值是当物体随加速度移动(当物体减速移动时)的正交性和鲁棒性参数的当前值之间的差值之和的函数。 在相邻脉冲的正交性和不确定性原理的条件下,与脉冲持续时间的当前值成比例地计算正交性参数。 鲁棒性参数是当前对象加速/减速的函数。 在每个控制周期中,采用脉冲幅度和脉冲持续时间的附加调制,其频率由微处理器控制器为每个控制周期预设为受控对象的当前加速/减速的函数,并且受到当前和 先前的控制周期作为位置控制或速度控制误差的函数计算。 根据受控对象的当前位置值与前一个控制周期中的该参数值之间的差异,计算从附加调制得到的脉冲幅度和脉冲持续时间的调制步长。 微处理器输出脉冲幅度,持续时间和周期的当前值的代码,并将其传输到放大器。 执行脉冲序列并将其应用于电动机。
    • 75. 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。
    • 77. 发明授权
    • Closed-loop PWM current control for a vehicle transmission force motor
    • 车辆传动力马达的闭环PWM电流控制
    • US4975628A
    • 1990-12-04
    • US478899
    • 1990-02-12
    • Joseph J. Lemieux
    • Joseph J. Lemieux
    • G05B11/28
    • G05B11/28
    • A closed-loop PWM current control for force motor applications in which temperature induced impedance variations are compensated for without adversely affecting the transient response of the control. In generating the force motor PWM duty cycle, the control employs a digital integration of the sampled current error which, in addition to the usual pole, creates a zero which tracks and cancels the force motor pole. As a result, the undesired transient response characteristic associated with the interaction between the filter and force motor poles is avoided. The gain coefficients employed in the filter are chosen in relation to a measure of the force motor temperature so that the cancellation occurs throughout the range of expected temperature variation. Since the force motor is submersed in the transmission fluid, the temperature of the force motor is accurately represented by a measure of the fluid temperature.
    • 用于强制电机应用的闭环PWM电流控制,其中温度感应阻抗变化得到补偿,而不会不利地影响控制的瞬态响应。 在产生强制电机PWM占空比时,该控制采用采样电流误差的数字积分,除了通常的极点外,它产生跟踪和取消力马达极点的零点。 结果,避免了与过滤器和力马达极之间的相互作用相关联的不期望的瞬态响应特性。 在滤波器中使用的增益系数是相对于电动机温度的测量来选择的,使得消除发生在预期温度变化的整个范围内。 由于力马达浸没在传动液中,所以力马达的温度由流体温度的测量精确地表示。