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    • 8. 发明授权
    • Frequency modulation circuit
    • 频率调制电路
    • US07233215B2
    • 2007-06-19
    • US11000224
    • 2004-12-01
    • Tsuyoshi EbuchiTakefumi YoshikawaYukio Arima
    • Tsuyoshi EbuchiTakefumi YoshikawaYukio Arima
    • H03C3/00
    • H04B15/02H03K7/06H04B2215/067
    • The frequency modulation circuit includes: a phase shift section for receiving a multiphase clock signal composed of a plurality of clock signals having a predetermined phase difference therebetween and shifting the phase of the multiphase clock signal; a clock selection section for selecting a clock signal constituting the multiphase clock signal output from the phase shift section; and a modulation control section for controlling the phase shift section and the clock selection section so that a clock signal having a frequency different from the frequency of the multiphase clock signal input into the phase shift section is output from the clock selection section.
    • 频率调制电路包括:相移部,用于接收由多个时钟信号组成的多相时钟信号,所述多个时钟信号具有预定的相位差,并移位多相时钟信号的相位; 时钟选择部分,用于选择构成从相移部分输出的多相时钟信号的时钟信号; 以及调制控制部分,用于控制相移部分和时钟选择部分,使得从时钟选择部分输出具有与输入到相移部分的多相时钟信号的频率不同的频率的时钟信号。
    • 9. 发明授权
    • Ultrasonic inspection and imaging instrument
    • 超声波检查和成像仪器
    • US5293326A
    • 1994-03-08
    • US719510
    • 1991-06-24
    • Yukio ArimaHiroaki YanagimotoYuichi KunitomoShouya MakiharaTetsuyoshi Tominaga
    • Yukio ArimaHiroaki YanagimotoYuichi KunitomoShouya MakiharaTetsuyoshi Tominaga
    • G01N29/06G01N29/44G01Q10/06G01Q30/04G01Q80/00G01Q90/00G01S7/52G01N29/00G09G5/00
    • G01S7/52074G01N29/0609G01N29/0645B82Y35/00G01N2291/02854
    • An ultrasonic inspection and imaging instrument is characterized by storing reduced image examples (images by means of reduced image display data obtained by scaling down picture display data) of an ultrasonic measurement picture beforehand, together with measurement conditions at the time the measurement picture is obtained prior to a scale-down imaging process. When the measurement is started or the measurement conditions are otherwise changed, the measurement conditions are set as those obtained from the measurement picture prior to the scale-down processing with one of the reduced image examples thus selected as an index while a list of image examples is indicated on a display and read from a memory unit for ultrasonic measuring purposes. When a reduced image example or what is similar to the example desired by an operator is selected, proper measurement conditions are automatically set in the ultrasonic inspection and imaging instrument. When the operator wants to change or switch the measurement picture, moreover, he/she is able to make ultrasonic measurement on confirming what the subsequent image is like or what an image is desired to be selected by means of the reduced image example beforehand.
    • 超声波检查和成像仪器的特征在于预先存储超声波测量图像的缩小图像示例(通过缩小图像显示数据获得的缩小图像显示数据的图像)以及在获得测量图像时的测量条件 到缩小成像过程。 当测量开始或测量条件另外改变时,测量条件被设置为在缩小处理之前从测量图像获得的测量条件,其中一个缩小图像示例被选择为索引,而图像示例列表 在显示器上指示并从用于超声波测量目的的存储器单元读取。 当选择缩小的图像示例或类似于操作者期望的示例时,在超声波检查和成像仪器中自动设置适当的测量条件。 此外,当操作者想要改变或切换测量图像时,他/她能够通过预先通过缩小的图像实例来确认随后的图像是什么样的或希望选择什么图像来进行超声波测量。
    • 10. 发明授权
    • Timing recovery circuit, communication node, network system, and electronic device
    • 定时恢复电路,通信节点,网络系统和电子设备
    • US08300755B2
    • 2012-10-30
    • US12602751
    • 2007-11-30
    • Yukio Arima
    • Yukio Arima
    • H04L7/00
    • H04L7/033H03L7/089H03L7/091
    • A comparison period determiner (110) detects whether or not a change occurs in received data during a comparison period including a timing at which a rising edge of a reference clock occurs. A phase determiner (120) determines whether a rising edge of the received data is located before or after the reference clock and determines whether a falling edge of the received data is located before or after the reference clock, and outputs a first determination signal and a second determination signal indicating results of the respective determinations. A synchronous data generator (130) outputs a signal having a level depending on a result of the detection by the comparison period determiner (110) and an output of the phase determiner (120), as synchronous data, in synchronization with a synchronization clock.
    • 比较周期确定器(110)在包括参考时钟的上升沿出现的定时的比较周期中检测接收数据是否发生变化。 相位确定器(120)确定接收数据的上升沿是否位于参考时钟之前或之后,并且确定接收数据的下降沿是否位于参考时钟之前或之后,并输出第一确定信号和 指示各个确定的结果的第二确定信号。 同步数据生成器(130)与同步时钟同步地输出具有比较周期确定器(110)的检测结果的电平和相位确定器(120)的输出作为同步数据的信号。