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    • 62. 发明授权
    • Optical multiplex transmission apparatus and optical multiplex transmission method
    • 光复用传输装置和光复用传输方法
    • US06501574B1
    • 2002-12-31
    • US09366723
    • 1999-08-04
    • Kazuyoshi UnnoAkiyoshi TomitaHiroshi NishiyamaAkira NorizukiKatsutoshi NakajimaYoshikazu Saito
    • Kazuyoshi UnnoAkiyoshi TomitaHiroshi NishiyamaAkira NorizukiKatsutoshi NakajimaYoshikazu Saito
    • H04J1400
    • H04J14/02H04B10/808H04J14/0227H04J14/0241H04J14/028H04J14/0283
    • In each control node connected to an optical multiplex transmission path, a light receiving portion operates due to supply of a power source and receives an optical signal from another control node. A mode changing-over portion alternately changes over a multiplex communication mode and a sleep mode every prescribed period of time. A light receiving power source control portion and a first switch have alternately repeated therein a power source supply time length corresponding substantially to the multiplex communication mode during which a power source is supplied and a power source non-supply time length corresponding substantially to the sleep mode during which no power source is supplied, and thereby produces a power source supply pulse signal in which the duty ratio between the power source supply time length and the power source non-supply time length is preset and supplies this power source supply pulse signal to the light receiving portion. When the mode changing-over portion changes over the mode of the control node from the sleep mode to the multiplex communication mode and the light receiving portion has received the light signal, the mode changing-over portion causes the multiplex communication mode to be maintained during a time period in which the light signal is being received, and the light reception control portion causes the power source to continue to be supplied to the light receiving portion during a time period in which the light signal is being received.
    • 在连接到光复用传输路径的每个控制节点中,光接收部分由于电源的供给而操作,并从另一控制节点接收光信号。 模式切换部分在规定的时间段内交替地改变多路复用通信模式和睡眠模式。 光接收电源控制部分和第一开关交替地重复其中基本上对应于供电电源的多路通信模式的电源供应时间长度以及基本上对应于睡眠模式的电源非供电时间长度 在此期间不提供电源,从而产生其中电源供应时间长度和电源非供电时间长度之间的占空比被预设的电源供应脉冲信号,并将该电源供应脉冲信号提供给 光接收部分。 当模式切换部分将控制节点的模式从睡眠模式切换到多路复用通信模式,并且光接收部分已经接收到光信号时,模式切换部分使得多路复用通信模式在 接收光信号的时间段,并且光接收控制部分在接收光信号的时间段期间使电源继续提供给光接收部分。
    • 64. 发明授权
    • Vibration gyroscope
    • 振动陀螺仪
    • US6158281A
    • 2000-12-12
    • US728847
    • 1996-10-10
    • Kazuhiro EbaraKatsumi FujimotoHiroshi NishiyamaTakeshi Nakamura
    • Kazuhiro EbaraKatsumi FujimotoHiroshi NishiyamaTakeshi Nakamura
    • G01C19/56G01C19/5649G01P9/04
    • G01C19/5649
    • A vibration gyroscope 10 includes a vibrator 12. The vibrator 12 has a vibration member 14 formed in a regular triangular prism shape. On side faces of the vibration member 14, piezoelectric elements 16a, 16b and 16c are formed. Two of the piezoelectric elements 16a and 16b are connected to resistors 26 and 28, respectively. Between the other feedback piezoelectric element 16c and these resistors, an oscillation circuit 30 is connected. A signal having a phase opposite to that of the signal output from the feedback piezoelectric element 16c is input to the vibration member 14 serving as a grounding terminal by a phase inverter 34. The signals output from the two piezoelectric elements 16a and 16b are input to a differential circuit 36. The differential circuit 36 is connected to a synchronous detection circuit 38 and connected to a smoothing circuit 40 and a DC amplifier 42 in series.
    • 振动陀螺仪10包括振动器12.振动器12具有以正三角形棱柱形状形成的振动部件14。 在振动部件14的侧面形成压电元件16a,16b,16c。 两个压电元件16a和16b分别连接到电阻器26和28。 在另一反馈压电元件16c与这些电阻之间,连接振荡电路30。 具有与从反馈压电元件16c输出的信号相反的相位的信号通过相位逆变器34输入到用作接地端子的振动部件14.由两个压电元件16a和16b输出的信号被输入到 差分电路36.差分电路36连接到同步检测电路38并串联连接到平滑电路40和DC放大器42。
    • 66. 发明授权
    • Information recording and reproducing apparatus
    • 信息记录和再现装置
    • US5857056A
    • 1999-01-05
    • US679625
    • 1996-07-12
    • Sousuke IwamiHiroshi Nishiyama
    • Sousuke IwamiHiroshi Nishiyama
    • H04N5/765H04N5/77H04N5/7826H04N9/802H04N9/804H04N9/808H04N9/81H04N9/83H04N9/835H04N9/87H04N11/02H04N5/91
    • H04N9/831H04N9/81H04N5/772H04N5/78263H04N9/835H04N9/87
    • In a recording and reproducing apparatus, a digital luminance signal and digital color difference signals generated from an input video signal. A digital audio signal is generated from an input audio signal. The digital luminance signal, the digital color difference signals, and the digital audio signal are time-base-compressed into a compression-resultant luminance signal, compression-resultant color difference signals, and a compression-resultant audio signal, respectively. The compression-resultant luminance signal, the compression-resultant color difference signals, and the compression-resultant audio signal are multiplexed into a multiplexing-resultant signal on a time-division-multiplexing basis. The multiplexing-resultant signal is recorded on a recording medium. The multiplexing-resultant signal is reproduced from the recording medium. The original digital luminance signal, the original digital color difference signals, and the original digital audio signal are recovered from the reproduced multiplexing-resultant signal.
    • 在记录和再现装置中,从输入视频信号产生的数字亮度信号和数字色差信号。 从输入音频信号产生数字音频信号。 数字亮度信号,数字色差信号和数字音频信号分别被时基压缩成压缩合成亮度信号,压缩结果色差信号和压缩结果音频信号。 压缩合成亮度信号,压缩结果色差信号和压缩合成音频信号以时分多路复用为复用结果信号。 复用结果信号被记录在记录介质上。 从记录介质再现复用结果信号。 原始数字亮度信号,原始数字色差信号和原始数字音频信号从再现的多路复用结果信号中恢复。
    • 67. 发明授权
    • Digital signal processing system for color camera apparatus including
separate delays for color signal and brightness signal processing
    • 用于彩色摄像机设备的数字信号处理系统包括用于彩色信号和亮度信号处理的单独延迟
    • US5293225A
    • 1994-03-08
    • US889567
    • 1992-05-28
    • Hiroshi NishiyamaShozo YokoyamaMasanori KubotaTakashi KiyofujiMamoru Miyashita
    • Hiroshi NishiyamaShozo YokoyamaMasanori KubotaTakashi KiyofujiMamoru Miyashita
    • H04N1/64H04N5/208H04N9/64H04N9/07H04N9/04H04N9/077
    • H04N5/208H04N1/64H04N9/646H04N2209/046
    • A color camera apparatus comprises an image pickup element having a stripe/mosaic type color filter and photo-electrically converting an arriving optical image so as to obtain at least a signal including a brightness component and a color component multiplexed with each other. And, the apparatus comprises an A/D converter for digitizing above multiplexed signal, and a brightness signal processing circuit which separates the brightness component from the multiplexed signal and carries out an aperture correction by means of a delay element having a delay amount corresponding to two horizontal scanning period. And further, the apparatus comprises a color signal processing circuit which separates the color component from the multiplexed signal so as to obtain two line-sequential color difference components through a predetermined arithmetic procedure. And, the color signal processing circuit not only carries out a circular-type noise removal processing operation by means of the delay element having the delay amount corresponding to two horizontal scanning periods, but carries out a rearrangement of said line-sequential color difference components by use of the same delay line.
    • 彩色照相机装置包括具有条纹/马赛克型滤色器的图像拾取元件,并对到达的光学图像进行光电转换,以至少获得包括彼此复用的亮度分量和颜色分量的信号。 并且,该装置包括用于数字化上述复用信号的A / D转换器和亮度信号处理电路,该亮度信号处理电路将亮度分量与多路复用信号分离,并通过具有对应于两个的延迟量的延迟元件执行孔径校正 水平扫描周期。 此外,该装置包括一个颜色信号处理电路,该彩色信号处理电路将彩色分量与多路复用信号分离,以便通过预定的算术程序获得两个线序色差分量。 并且,彩色信号处理电路不仅通过具有对应于两个水平扫描周期的延迟量的延迟元件进行圆形噪声去除处理操作,而且通过以下方式执行所述行顺序色差分量的重新排列 使用相同的延迟线。