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    • 2. 发明授权
    • Pulse control method and system using multiplier
    • 脉冲控制方法和系统使用乘法器
    • US6054830A
    • 2000-04-25
    • US249486
    • 1999-02-12
    • Seiji TsujikadoMasanori Kamiya
    • Seiji TsujikadoMasanori Kamiya
    • G05B19/18B25J9/18G05B19/25G05B19/4103
    • G05B19/4103Y02P90/265
    • A method and system for controlling pulse-driven actuators on multidimensional coordinates includes a cutting tool connected to the actuators of a machine tool. The cutting tool is controlled with a specified path and a specified velocity by controlling the output pulses of a multiplier. Data on the coordinates of a plurality of points including points A and B on the specified path and on the specified velocity F is received along with a command indicating an interpolation type. A linear interpolation is performed by a straight line between the point A and the point B, and the interpolated straight line is divided into minute lengths .DELTA.L and a minute length .DELTA.La correspondingly to a minute time .DELTA.T. .DELTA.T is changed by sending either a first control signal for keeping the specified velocity F corresponding to the minute length .DELTA.L or a second control signal for keeping the specified velocity F corresponding to the minute length .DELTA.La to a pulse oscillator for supplying pulses to the multiplier. If the selection of the control signals is appropriate, the cutting tool can keep the specified velocity F when it moves on either portion of .DELTA.L or .DELTA.La.
    • 用于控制多维坐标上的脉冲驱动致动器的方法和系统包括连接到机床的致动器的切割工具。 通过控制乘法器的输出脉冲,切割工具通过指定的路径和指定的速度进行控制。 与指定内插类型的命令一起接收包括指定路径上的点A和B以及指定速度F的多个点的坐标数据。 通过点A和点B之间的直线进行线性内插,并且插入的直线被分为对应于微小时间DELTA T的微小长度DELTA L和分钟长度DELTA La。DELTA T通过发送 用于保持与微小长度DELTA L对应的规定速度F的第一控制信号或用于将与微小长度DELTA La对应的规定速度F保持到用于向乘法器提供脉冲的脉冲振荡器的第二控制信号。 如果控制信号的选择合适,切割工具可以在DELTA L或DELTA La的任一部分上移动时保持指定的速度F.
    • 3. 发明授权
    • Amplifier circuit suitable for use as an active filter circuit
    • 放大电路适合用作有源滤波电路
    • US4748422A
    • 1988-05-31
    • US770
    • 1987-01-06
    • Shuzo MatsumotoTomomitsu KuroyanagiYukinari UekiMasanori Kamiya
    • Shuzo MatsumotoTomomitsu KuroyanagiYukinari UekiMasanori Kamiya
    • H03G1/00H03H11/12H03H11/20H03F3/45
    • H03H11/1291H03G1/0023H03H11/20
    • An amplifier suitable for use as an active filter such as a low-pass filter, a high-pass filter or a phase shifter, which can be easily formed as part of an integrated circuit. The amplifier includes first and second transistors, which together form a first differential amplifier for converting the voltage of the input signal thereto to a signal current. It also includes third and fourth transistors, which together form a second differential amplifier for dividing the signal current from the second transistor in a given ratio. A capacitor is connected to the collector of the fourth transistor, and first and second resistors are connected, respectively, to emitters of the first and second transistors. The current division ratio of the current flowing through the third and fourth transistors is controlled by a control voltage DC supplied to the base of the third transistor and the base of the fourth transistor. In the amplifier, the signal current shunted in the current division ratio K between the third and fourth transistors flow through the load capacitor so that the time constant of the active filter is controlled, the ratio K being controlled by the control voltage V.sub.c. The control voltage V.sub.c also compensates for the inaccuracy of the values of the resistors and capacitors.
    • 适合用作有源滤波器的放大器,例如低通滤波器,高通滤波器或移相器,其可以容易地形成为集成电路的一部分。 放大器包括第一和第二晶体管,它们一起形成第一差分放大器,用于将输入信号的电压转换成信号电流。 它还包括第三和第四晶体管,它们一起形成一个第二差分放大器,以给定的比例分配来自第二晶体管的信号电流。 电容器连接到第四晶体管的集电极,第一和第二电阻分别连接到第一和第二晶体管的发射极。 流过第三和第四晶体管的电流的当前分频比由提供给第三晶体管的基极和第四晶体管的基极的控制电压DC控制。 在放大器中,以第三和第四晶体管之间的当前分频比K分流的信号电流流过负载电容器,从而控制有源滤波器的时间常数,比例K由控制电压Vc控制。 控制电压Vc也补偿了电阻和电容值的不准确性。
    • 5. 发明申请
    • CONTROLLING STORING OF DATA
    • 控制数据存储
    • US20120290801A1
    • 2012-11-15
    • US13463103
    • 2012-05-03
    • Tohru HASEGAWANaoki IMAIMasanori KAMIYAYutaka OISHI
    • Tohru HASEGAWANaoki IMAIMasanori KAMIYAYutaka OISHI
    • G06F12/00
    • H04L67/1097G06F17/30156
    • First characteristic information indicating a characteristic of input data is extracted from the input data that is input as data to be stored in any of the storages. Second characteristic information elements are read from a memory unit storing the second characteristic information elements indicating respective characteristics of stored data elements stored in the storages. A specific storage in which the input data is to be stored is determined, out of the storages, by determining a degree of match between the extracted first characteristic information and the second characteristic information elements read. The input data to the determined specific storage is read. The second characteristic information element indicating the characteristic of the stored data element stored in the specific storage is updated, out of the second characteristic information elements retained in the memory unit, on the basis of the extracted first characteristic information.
    • 从输入的输入数据中提取表示输入数据的特性的第一特征信息作为存储在任一个存储器中的数据。 从存储有存储在存储器中的存储的数据元素的各个特征的第二特征信息元素的存储单元中读取第二特征信息元素。 通过确定所提取的第一特征信息和所读取的第二特征信息元素之间的匹配程度,从存储器中确定要存储输入数据的特定存储。 读取到确定的特定存储器的输入数据。 基于所提取的第一特征信息,在保存在存储单元中的第二特征信息元素中,更新指示存储在特定存储器中的存储数据元素的特性的第二特征信息元素。
    • 8. 发明授权
    • Channel selection voltage generator
    • 通道选择电压发生器
    • US4240115A
    • 1980-12-16
    • US968260
    • 1978-12-11
    • Masanori Kamiya
    • Masanori Kamiya
    • H03J7/00H03J7/18H03J7/20H04N5/44H03J7/26H04B1/26
    • H03J7/20
    • A channel selection voltage generator comprises a tuning voltage generator circuit having a capacitor for supplying a tuning voltage to an electronic tuner, a first constant current source for constantly discharging the capacitor at a first constant current and a second constant current source adapted to be rendered selectively in an operative state and in an inoperative state for selectively charging the capacitor at a second constant current which is higher than the first constant current, a frequency discrimination circuit for producing a discrimination signal representative of the amount of frequency deviation when a tuning voltage deviates from a receiving frequency, a buffer circuit for producing a binary "1" level signal when the discrimination signal is higher than a predetermined value and producing a binary "0" level signal when the discrimination signal is lower than the predetermined value, and a control circuit for causing the second constant current source to assume the inoperative state when the binary signal is at "0" level and causing the second constant current source to assume the operative state when the binary signal is at "0" level, the control circuit serving to maintain the second constant current source in the operative state or the inoperative state irrespective of the level of the binary signal during the frequency sweep.
    • 通道选择电压发生器包括具有用于向电子调谐器提供调谐电压的电容器的调谐电压发生器电路,用于以第一恒定电流恒定地放电电容器的第一恒流源和适于被选择性地选择性地产生的第二恒流源 处于工作状态并处于不工作状态,用于以高于第一恒定电流的第二恒定电流选择性地对电容器充电;频率鉴别电路,用于产生表示当调谐电压偏离时的频率偏差量的鉴别信号 接收频率,当鉴别信号高于预定值时产生二进制“1”电平信号的缓冲电路,并且当鉴别信号低于预定值时产生二进制“0”电平信号;以及控制电路 用于使第二恒定电流源承担i 当二进制信号处于“0”电平并且当二进制信号处于“0”电平时使第二恒定电流源处于工作状态,控制电路用于将第二恒定电流源维持在操作状态 或者在频率扫描期间与二进制信号的电平无关的不工作状态。
    • 10. 发明授权
    • Method and apparatus for correcting color reproduction
    • 用于校正色彩再现的方法和装置
    • US5319448A
    • 1994-06-07
    • US988667
    • 1992-12-10
    • Hideaki OhkiMasanori Kamiya
    • Hideaki OhkiMasanori Kamiya
    • H04N9/64H04N9/67H04N9/68
    • H04N9/643H04N9/68
    • A method and an apparatus for correcting a color reproduction distortion for each of all the hues are provided. A predetermined demodulating axis of three demodulating axes SR, SG and SB for the three primary colors R, G and B, herein, the R-Y demodulating axis SR is formed by combining the two demodulating axes SR2 and SR3. The demodulating axis SR2 provides a different demodulating gain from the standard demodulating axis. The demodulating axis SR3 provides a different demodulating angle from the standard demodulating axis in addition to the different demodulating gain. Then, a smaller one of the signals demodulated by the demodulating axes SR2 and SR3 is selected. It means that the signal changing along the vector orbit E1 indicated by oblique lines is made to be a color difference signal R-Y. By this function, from the signals demodulated about the demodulating axes SR2 and SR3, the portions with no color reproduction distortion are extracted and synthesized so that no color reproduction distortion takes place with respect to all the hues.
    • 提供了用于校正所有色调中的每一个的色彩再现失真的方法和装置。 通过组合两个解调轴SR2和SR3,形成用于三原色R,G和B的三个解调轴SR,SG和SB的预定解调轴,这里是R-Y解调轴SR。 解调轴SR2提供与标准解调轴不同的解调增益。 除了不同的解调增益之外,解调轴SR3还提供与标准解调轴不同的解调角度。 然后,选择由解调轴SR2和SR3解调的较小的一个信号。 这意味着沿着由斜线表示的矢量轨道E1的信号变为色差信号R-Y。 通过该功能,从解调轴SR2和SR3解调的信号中,提取并合成没有颜色再现失真的部分,使得相对于所有色调不发生色彩再现失真。