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    • 3. 发明授权
    • Data reproduction apparatus and reproduction method
    • 数据再现装置和再现方法
    • US06959141B1
    • 2005-10-25
    • US09695889
    • 2000-10-25
    • Takahiro IchikawaTakayuki IshidaYoshinori ShimizuShigeharu SatoKenji Ogawa
    • Takahiro IchikawaTakayuki IshidaYoshinori ShimizuShigeharu SatoKenji Ogawa
    • H04N5/85G11B19/02G11B20/10G11B20/12G11B20/18G11B27/00H04N5/783H04N5/91H04N9/804H04N9/82
    • G11B27/005G11B2220/2562H04N5/783H04N5/85H04N9/8042H04N9/8205
    • A data reproduction apparatus and a data reproduction method can alleviate the workload of a special processing operation of fast forward or reverse data reproduction and improve the data access speed for fast reproduction of data. The data reproduction apparatus comprises an optical pickup 2 for reproducing data from an optical disk 1, a sector detector 4 for detecting a first piece of data information indicating if a data is to be output as signal or not, a ring buffer memory 6 for storing data, an error correction circuit 7 for correcting errors in the data to be output as signal as indicated by the first piece of data information out of the stored data, a stream detector 10 for detecting a second piece of data information indicating the data to be out as signal out of the data corrected for errors, decoders 13, 16 for decoding the data corrected for errors and stored in the ring buffer memory 6 as signal to be reproduced and a system controller 22 for control the data to be decoded and the data not to be decoded by referring to the first piece of data information and the second piece of data information detected by a second data information detection means.
    • 数据再现装置和数据再现方法可以减轻快进或反向数据再现的特殊处理操作的工作量,并且提高数据访问速度以便快速再现数据。 数据再现装置包括用于从光盘1再现数据的光学拾取器2,用于检测指示是否将数据作为信号输出的第一数据信息的扇区检测器4,用于存储的环形缓冲存储器6 数据,用于校正要输出的数据中的错误的纠错电路7,作为由存储数据中的第一数据信息指示的信号;流检测器10,用于检测指示数据的第二条数据信息 作为用于错误校正的数据中的信号,用于将被校正的误差数据解码并存储在环形缓冲存储器6中的解码器13,16作为要再现的信号,以及用于控制要解码的数据的系统控制器22和数据 不能通过参考由第二数据信息检测装置检测的第一数据信息和第二数据信息来解码。
    • 4. 发明授权
    • Data reproduction apparatus and method
    • 数据再现装置及方法
    • US06965725B1
    • 2005-11-15
    • US09712589
    • 2000-11-14
    • Takahiro IchikawaTakayuki IshidaYoshinori Shimizu
    • Takahiro IchikawaTakayuki IshidaYoshinori Shimizu
    • H04N5/76G11B20/10H04N5/783H04N5/85H04N5/92H04N5/93H04N9/804H04N9/877H04N9/888H04N5/91
    • H04N5/783H04N5/85H04N9/8042H04N9/877H04N9/888
    • The objectives of the present invention are to reduce the throughput required for a rapid reproduction or other special types of reproduction and to improve also the data access speed at the time of a rapid reproduction. In order to achieve these objectives, the system controller 19 controls so that the address information of the MPEG data reproduced by a pickup 2 may be used to create the first reproduction control information at a sector detection circuit 4, that the second reproduction control information corresponding to the starting point of pictures contained in the MPEG data destined to be reproduction signals by the first reproduction control signal and subjected to an error correction in an error correction circuit 7 may be created in a stream detection circuit 9, and that some MPEG data out of the entire MPEG data may be outputted for a rapid reproduction by referring to the second reproduction control information, and through these steps, the interval of reproducing I pictures in a rapid reproduction by using for example only I pictures is reduced and a smooth reproduction is achieved.
    • 本发明的目的是降低快速再现或其他特殊类型的再现所需的吞吐量,并且还可以在快速再现时提高数据访问速度。 为了实现这些目的,系统控制器19控制,使得由拾取器2再现的MPEG数据的地址信息可以用于在扇区检测电路4创建第一再现控制信息,第二再现控制信息对应 可以在流检测电路9中创建包含在由第一再现控制信号指定为再现信号并在纠错电路7中进行纠错的MPEG数据的起始点,并且可以在流检测电路9中创建一些MPEG数据输出 可以通过参考第二再现控制信息输出整个MPEG数据以进行快速再现,并且通过这些步骤,通过仅使用I图像而在快速再现中再现I图像的间隔减少,并且平滑再现是 实现了
    • 5. 发明授权
    • Trick playback of digital video data
    • 技术播放数字视频数据
    • US06654539B1
    • 2003-11-25
    • US09281152
    • 1999-03-30
    • Cem I. DuruözTaner OzcelikPattabiraman SubramanianYoshinori ShimizuTakayuki Ishida
    • Cem I. DuruözTaner OzcelikPattabiraman SubramanianYoshinori ShimizuTakayuki Ishida
    • H04N591
    • H04N9/8042H04N5/783H04N5/85
    • A single-chip application specific integrated circuit provides autonomous management of playback of digital video and audio. The chip includes a digital video decoder and output system, and a central processing unit controlling said digital video decoder and output system. The central processing unit receives commands to establish a current playback state for management of playback of digital video and audio by said digital video decoder and output system, and responds to a video field synchronization signal and a current playback state, without external instruction, to determine whether to display digital video, whether to decode digital video for display, whether to repeat display of previously decoded digital video, and whether to skip over digital video prior to decoding digital video for output. By delivering commands to the central processing unit, the application specific integrated circuit can be caused to transition between playback states to provide desired playback of said digital video and audio.
    • 单芯片专用集成电路提供数字视频和音频播放的自主管理。 芯片包括数字视频解码器和输出系统,以及控制所述数字视频解码器和输出系统的中央处理单元。 中央处理单元接收命令以建立用于管理数字视频解码器和输出系统的数字视频和音频的重放的当前重放状态,并且在没有外部指令的情况下响应视频场同步信号和当前重放状态来确定 是否显示数字视频,是否解码数字视频进行显示,是否重复显示先前解码的数字视频,以及是否在数字视频解码之前跳过数字视频进行输出。 通过向中央处理单元发送命令,可以使专用集成电路在播放状态之间转换以提供所述数字视频和音频的所需回放。
    • 6. 发明授权
    • X-ray diagnostic apparatus
    • X光诊断仪
    • US08903041B2
    • 2014-12-02
    • US13710911
    • 2012-12-11
    • Yoshinori Shimizu
    • Yoshinori Shimizu
    • G01N23/04A61B6/00A61B6/06A61B6/02
    • A61B6/06A61B6/022A61B6/4417A61B6/463A61B6/467A61B6/481A61B6/487A61B6/488A61B6/5235A61B6/542
    • According to one embodiment, an image generation unit generates a first image during a large aperture period and a second image during a small aperture period. An image combining unit generates a composite image based on the latest second image and the specific first image. A display unit displays the composite image in real time. A determination unit determines whether to update the first image based on an index associated with the anatomical positional shift between the first image and the second image. A driving control unit enlarges a aperture to the large aperture, when the determination unit determines to update, and maintains the aperture at the small aperture, when the determination unit determines not to update.
    • 根据一个实施例,图像生成单元在小光圈周期期间在大光圈周期和第二图像期间产生第一图像。 图像合成单元基于最新的第二图像和特定的第一图像生成合成图像。 显示单元实时显示合成图像。 确定单元基于与第一图像和第二图像之间的解剖位置偏移相关联的索引来确定是否更新第一图像。 当确定单元确定不更新时,当确定单元确定更新并维持小孔径处的孔时,驱动控制单元将孔径扩大到大孔径。
    • 8. 发明授权
    • Gas-insulated bus
    • 气体绝缘母线
    • US08587930B2
    • 2013-11-19
    • US13377035
    • 2009-07-17
    • Yoshinori ShimizuHitoshi SadakuniMasato Kawahigashi
    • Yoshinori ShimizuHitoshi SadakuniMasato Kawahigashi
    • H02B1/20
    • H02G5/066
    • Gas-insulated bus is provided with: current-carrying conductor disposed along axial direction of metallic container that is filled with insulating-gas; shield fitting through which passes current-carrying conductor and that has depressed portion formed on portion of barrel-shaped outer surface; insulating support that has second end thereof fixed in depressed portion of shield fitting and has first end thereof fixed to metallic-container, and that supports current-carrying conductor via shield fitting; internal conductor being implanted in second end of insulating support and being, along with second end, positioned in depressed portion and fixed to shield fitting; and contact being attached to inner surface of shield fitting, being disposed in space formed on inside of shield fitting, and that makes contact with current-carrying conductor so as to maintain shield fitting and current-carrying conductor at same electric potential, wherein internal conductor has such shape that internal conductor and shield fitting together form barrel-like profile.
    • 气体绝缘总线设有:承载导体,其沿​​着金属容器的轴向设置,填充绝缘气体; 屏蔽配件,其穿过载流导体并且具有形成在筒形外表面的部分上的凹陷部分; 绝缘支撑件,其第二端固定在屏蔽配件的凹陷部分,并且其第一端固定到金属容器,并且通过屏蔽配件支撑载流导体; 内部导体植入绝缘支撑件的第二端,并与第二端一起被定位在凹陷部分中并固定到屏蔽配件上; 并且接触件附接到屏蔽配件的内表面,设置在形成于屏蔽配件内部的空间中,并与导电导体接触,以保持屏蔽配合和载流导体处于相同的电位,其中内部导体 具有内部导体和屏蔽配合在一起形成筒状轮廓的形状。