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    • 2. 发明授权
    • Method of and apparatus for decoding coded moving picture and outputting
same with suppressed error
    • 解码编码运动图像并以抑制误差输出的方法和装置
    • US5719646A
    • 1998-02-17
    • US560018
    • 1995-11-17
    • Takafumi KikuchiTadashi SaitohYutaka Okunoki
    • Takafumi KikuchiTadashi SaitohYutaka Okunoki
    • H04N19/50G06T9/00H03M7/36H03M13/00H04N19/102H04N19/159H04N19/172H04N19/186H04N19/42H04N19/423H04N19/44H04N19/46H04N19/503H04N19/577H04N19/61H04N19/625H04N19/65H04N19/67H04N19/70H04N19/85H04N19/89H04N19/91H04N7/12
    • H04N19/89
    • A train of coded input picture data carrying moving picture information includes at least one picture data which need to refer to another picture data and at least one coded picture data containing an error. Such a train of input picture data is decoded with the influence of the error minimized and outputted in predetermined order by using a method including the steps of (a) upon detection of an error in a first input picture data in the train of input picture data, skipping the first input picture data and succeeding input picture data without decoding them until a second input picture data which need to refer to no reference to another picture data for decoding appears, and outputting consecutively a third picture data inputted before the first input picture data and already decoded, (b) decoding the second input picture data and outputting the decoded picture data after the third decoded picture data outputted consecutively, and (c) skipping picture data succeeding said second input picture data without decoding them until a fourth input picture data which need to refer to no reference to another picture data for decoding or a fourth input picture data which need to refer to the second decoded picture data for decoding appears, and outputting consecutively a picture data obtained by decoding the second input picture data.
    • 携带运动图像信息的编码输入图像数据串包括需要参考另一图像数据的至少一个图像数据和包含误差的至少一个编码图像数据。 这样的输入图像数据序列以最小化的误差的影响被解码,并以预定顺序输出,通过使用包括以下步骤的方法进行解码:(a)在检测到输入图像数据的列中的第一输入图像数据中的错误时 跳过第一输入图像数据和后续输入图像数据,而不对它们进行解码,直到出现需要参考不参考另一图像数据的第二输入图像数据,并连续输出在第一输入图像数据之前输入的第三图像数据 (b)对第二输入图像数据进行解码,并输出连续输出的第三解码图像数据之后的解码图像数据,(c)跳过第二输入图像数据后的图像数据,而不进行解码,直到第四输入图像数据 它们不需要参考用于解码的另一图像数据或需要参考第二个的第四输入图像数据 出现用于解码的解码图像数据,并连续输出通过解码第二输入图像数据而获得的图像数据。
    • 3. 发明授权
    • Method for compressing and decompressing moving picture information and video signal processing system
    • 压缩和解压缩运动图像信息和视频信号处理系统的方法
    • US06373892B1
    • 2002-04-16
    • US08554965
    • 1995-11-13
    • Toru IchienJunichi KimuraTadashi SaitohYutaka Okunoki
    • Toru IchienJunichi KimuraTadashi SaitohYutaka Okunoki
    • H04N1102
    • H04N21/23614G06T9/007H04N5/262H04N5/275H04N21/4318H04N21/4348
    • A method for compressing and decompressing moving picture information wherein a key signal is correctly reproduced and coding is efficiently carried out, and a video signal processing system for implementing the method. At the time of coding a video signal, conversion is carried out for make large a distance between an ordinary digitized video signal and a key signal indicative of whether an image indicates background or foreground for data compression. At the time of decoding the coded video signal, the video signal and key signal of the decompressed image are separated based on a predetermined threshold and reverse conversion opposite to the coding mode is carried out. Since the coding is carried out with the ordinary video signal separated from the key signal, the video signal and the key signal can be separated by a suitable threshold from the compressed and then decompressed image and thus the video signal and key signal can be correctly reproduced.
    • 一种用于压缩和解压缩运动图像信息的方法,其中正确地再现了键信号并有效地执行了编码,以及用于实现该方法的视频信号处理系统。 在编码视频信号时,进行转换以使普通数字化视频信号与指示图像是否指示用于数据压缩的背景或前景的键信号之间的距离变大。 在编码视频信号解码时,基于预定阈值分离解压缩图像的视频信号和键信号,并执行与编码模式相反的反向转换。 由于使用与键信号分离的普通视频信号进行编码,所以视频信号和键信号可以从压缩后的解压缩图像中分离合适的阈值,从而可以正确地再现视频信号和键信号 。
    • 4. 发明授权
    • Image output apparatus and image decoder
    • 图像输出装置和图像解码器
    • US6154202A
    • 2000-11-28
    • US3466
    • 1998-01-05
    • Hirotaka HaraTadashi SaitohJunichi KimuraYutaka Okunoki
    • Hirotaka HaraTadashi SaitohJunichi KimuraYutaka Okunoki
    • H03M7/00G06T1/60G06T9/00G09G5/18H03M7/30G09G5/00
    • G09G5/18G09G2340/02
    • An image output apparatus capable of realizing asynchronous data access by a host controller in response to an image data transfer request from the host controller, by adding a minimum amount of circuitry to the image output apparatus without using an external data buffer. The image output apparatus includes: a storage device for storing image data; a display circuit for sequentially reading the image data from the storage device and converting the image data into image data capable of being displayed; a timing controller for controlling the operation timing of the display circuit; and an output circuit for changing an operation mode of the timing controller in response to a data transfer request from the host controller and allowing the image data corresponding in amount to the data transfer request to be outputted asynchronously.
    • 一种图像输出装置,其能够通过在不使用外部数据缓冲器的情况下将最小量的电路添加到图像输出装置,来实现主机控制器响应于来自主机控制器的图像数据传送请求的异步数据访问。 图像输出装置包括:存储图像数据的存储装置; 用于从存储装置顺序读取图像数据并将图像数据转换成能够显示的图像数据的显示电路; 定时控制器,用于控制显示电路的操作定时; 以及输出电路,用于响应于来自主机控制器的数据传送请求而改变定时控制器的操作模式,并允许异步地输出与数据传送请求相对应的图像数据。
    • 6. 发明申请
    • Method for storage of a metal ion supply source in a plating equipment
    • 在电镀设备中存储金属离子供应源的方法
    • US20050139477A1
    • 2005-06-30
    • US10502557
    • 2003-02-17
    • Yoshihisa MuranushiTadashi Saitoh
    • Yoshihisa MuranushiTadashi Saitoh
    • C25D21/00C25D21/14C25D21/18
    • C25D21/14
    • To avoid change in plating performance, even where operation of the plating equipment is interrupted, the properties of the plating solution need to be preserved. For plating equipment having an insoluble anode, add a reservoir (7) for storing a replacement solution to the tank (4) having a metal ion supply source (copper ball (5)) and, upon termination of the plating operation, the entire plating solution is discharged from the tank (4) containing the metal ion supply source, while the solution for replacement is transferred from the reservoir (7) to the empty tank having a metal ion supply source, and immediately prior to the resumption of the plating operation transfer the solution for replacement back to the reservoir (7) and return the plating solution to the tank (4) containing the metal ion supply source.
    • 为了避免电镀性能的变化,即使中断电镀设备的操作,需要保持电镀液的性能。 对于具有不溶性阳极的电镀设备,向具有金属离子供给源(铜球(5))的罐(4)添加用于储存替代溶液的储存器(7),并且在电镀操作结束时,将整个电镀 溶液从包含金属离子供应源的罐(4)排出,而用于更换的溶液从储存器(7)转移到具有金属离子供应源的空罐中,并且在恢复电镀操作之前 将溶液转移回储存器(7)并将电镀溶液返回到包含金属离子供应源的罐(4)。
    • 8. 发明授权
    • Device for outputting communication-line data to terminal
    • 向终端输出通信线路数据的装置
    • US06363054B1
    • 2002-03-26
    • US09060349
    • 1998-04-15
    • Tadashi Saitoh
    • Tadashi Saitoh
    • H04J1300
    • H04J3/085H04J2203/0042H04J2203/0069H04J2203/0091
    • A device outputting a plurality of paths to a terminal after rearranging the plurality of paths when the paths are arranged in an order of free choice on a side of a communication line, the device having a counter which receives a path number of a path in response to first data about the path, and increments a count, starting from the path number, in response to additional data arriving and a storage unit, shared by the plurality of paths, which stores real data of the path at positions indicated by the count, and where the real data stored in the storage unit is output to the terminal.
    • 当在通信线路的一侧以自由选择的顺序排列路径时,在重新布置多个路径之后,向终端输出多条路径的装置,该装置具有接收响应路径的路径号的计数器 到路径的第一数据,并且响应于到达的附加数据,从路径号开始增加计数,并且由多个路径共享的存储单元,其存储路径在由计数指示的位置处的实际数据, 并且存储在存储单元中的实际数据被输出到终端。
    • 9. 发明授权
    • Method and regenerating image support from used image-bearing support
    • 从使用过的图像支持中再生图像支持的方法
    • US5674664A
    • 1997-10-07
    • US322322
    • 1994-10-13
    • Kiyoshi TanikawaTadashi Saitoh
    • Kiyoshi TanikawaTadashi Saitoh
    • B41M7/00D21C5/02G03G8/00G03G21/00G03F7/42
    • B41M7/0009B41M7/009D21C5/02D21C5/025G03G21/00G03G8/00Y02W30/648
    • In a method of and an apparatus for regenerating an image support from a used image-bearing support which bears thereon hydrophobic images formed of thermofusible or heat-softening ink, a plurality of image releasing members are used for removing the hydrophobic images from the used image-bearing support. Specifically, at least one of the image releasing members has a first portion which is able to adhere to the hydrophobic images and a second portion which is unable to adhere to the hydrophobic images, and the image releasing members are arranged in series in order of size of the first portion from small to large along a feeding direction of the used image support. Accordingly, the image releasing members are allowed to adhere to the hydrophobic images in order of size of the first portion from small to large so that the hydrophobic images are removed from the used image support effectively. It is preferable that the image releasing member finally allowed to adhere to the hydrophobic images is a solid image releasing member.
    • 在用于再生图像载体的方法和装置中,所述图像载体承载有由热熔融或热软化墨水形成的疏水性图像的多个图像释放部件,用于从所使用的图像中去除疏水图像 支持。 具体而言,图像解除部件中的至少一个具有能够粘附到疏水性图像的第一部分和不能粘附于疏水性图像的第二部分,并且图像解除部件按照大小顺序排列 的第一部分从小到大沿着所使用的图像支撑件的馈送方向。 因此,允许图像释放构件按照第一部分的尺寸从小到大的顺序粘附到疏水图像上,使得疏水图像被有效地从使用的图像支持中去除。 优选地,最终允许粘附到疏水图像上的图像释放构件是固体图像释放构件。