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    • 44. 发明申请
    • Image forming apparatus
    • 图像形成装置
    • US20090142091A1
    • 2009-06-04
    • US12314038
    • 2008-12-03
    • Kenji Tanaka
    • Kenji Tanaka
    • G03G15/00
    • G03G15/231G03G15/6552G03G2215/00421G03G2215/00924
    • An image forming apparatus performs a single-side image formation in a way that, when delay of image formation is needed to secure time for post-process, a stacked sheet discharge control section controls a sheet carrying mechanism so that: a first sheet (for a second imaging job) to be discharged after passing a first sheet-discharging roller via a first sheet-carrying path is directed to another carrying path without being discharged, and is stood by therein; and the first sheet and a second sheet (for the second imaging job) which is carried to the first sheet-discharging roller via the first sheet-carrying path subsequently after the first sheet, are concurrently discharged overlappedly. For imaging jobs in succession, this eliminates needs for delaying image formation for the second imaging job, and for securing time for post-process for the first imaging job. Even the delay is inevitable, this reduces the delay time greatly. This improves productivity of an image forming apparatus, without reducing its performance wastefully.
    • 图像形成装置以如下方式执行单面图像形成:当需要图像形成的延迟以确保后处理的时间时,堆叠的纸张排出控制部分控制纸张传送机构,使得:第一纸张(用于 在通过第一片材排出辊之后通过第一片材运送路径排出的第二成像作业被引导到另一个运送路径而不被排出,并且被放置在其中; 并且第一片材和第二片材(用于第二成像作业)经由第一片材之后的第一片材​​输送路径被携带到第一片材排出辊,同时排出重叠。 对于连续成像作业,这消除了延迟第二成像作业的图像形成的需要,并且用于确保用于第一成像作业的后处理的时间。 即使延迟是不可避免的,这样可以大大减少延迟时间。 这提高了图像形成装置的生产率,而不会浪费地降低其性能。
    • 47. 发明授权
    • Coding apparatus and method, decoding apparatus and method, data processing system, storage medium, and signal
    • 编码装置和方法,解码装置和方法,数据处理系统,存储介质和信号
    • US07424130B2
    • 2008-09-09
    • US10935792
    • 2004-09-07
    • Tetsujiro KondoYoshinori WatanabeKenji Tanaka
    • Tetsujiro KondoYoshinori WatanabeKenji Tanaka
    • G06K9/00H04N1/46G06K9/36
    • G06T1/0035G06T1/0028G06T2201/0051G06T2201/0083G06T2201/0203H04N1/32144H04N1/32224H04N5/781H04N5/85H04N5/907H04N19/00H04N19/46H04N2005/91335
    • The invention relates to a coding apparatus for embedding second data into first data without deteriorating the first data and a decoding apparatus for decoding coded data into original first data and second data without deteriorating those data. The invention provides a coding apparatus which has a memory for storing at least partial data of first data, and embeds second data into the first data by rearranging, according to the second data, the at least partial data of the first data that is stored in the memory. The invention also provides a coding apparatus for decoding coded data in which second data is embedded and at least partial data of the coded data has been subjected to rearrangement by using one of a plurality of rearrangement patterns. The decoding apparatus calculates correlation between adjacent data for each rearrangement pattern, and decodes the original first data and the second data according to a rearrangement pattern that is determined based on the correlation.
    • 本发明涉及一种用于将第二数据嵌入第一数据而不使第一数据恶化的编码装置,以及用于将编码数据解码为原始第一数据和第二数据的解码装置,而不会使这些数据恶化。 本发明提供了一种编码装置,其具有用于存储第一数据的至少部分数据的存储器,并且通过根据第二数据重新排列存储在第一数据中的第一数据的至少部分数据,将第二数据嵌入到第一数据中 记忆。 本发明还提供了一种编码装置,用于对其中嵌入第二数据的编码数据进行解码,并且通过使用多个重排模式中的一种来编码数据的至少部分数据已被重新排列。 解码装置计算每个重排模式的相邻数据之间的相关性,并且根据基于相关性确定的重排模式对原始第一数据和第二数据进行解码。
    • 49. 发明申请
    • APPARATUS AND METHOD FOR HOLOGRAPHIC RECORDING AND REPRODUCING
    • 用于全息记录和再现的装置和方法
    • US20070268539A1
    • 2007-11-22
    • US11745931
    • 2007-05-08
    • Mitsuru ToishiMasaaki HaraKenji TanakaKoji IshiokaAtsushi Fukumoto
    • Mitsuru ToishiMasaaki HaraKenji TanakaKoji IshiokaAtsushi Fukumoto
    • G03H1/12
    • G03H1/28G03H2001/2675G03H2225/60G11B7/00772G11B7/083
    • A holographic recording and reproducing apparatus is provided. The holographic recording and reproducing apparatus includes a signal-beam spatial light modulating unit that displays a signal beam pattern for a signal beam, a reference-beam spatial light modulating unit that displays a reference beam pattern for a reference beam, and a controller that controls the mode of the signal beam pattern and that of the reference beam pattern. The controller controls the modes of at least two signal beam patterns and the modes of at least two reference beam patterns. A first reference beam is made to interfere with a first signal beam based on first recording data to record the data as a first hologram in a predetermined area of the holographic recording medium. A second reference beam is made to interfere with a second signal beam based on second recording data to record the data as a second hologram such that the second hologram is superimposed on the first hologram.
    • 提供全息记录和再现装置。 全息记录和再现装置包括:信号束空间光调制单元,其显示用于信号光束的信号光束图案;参考光束空间光调制单元,其显示用于参考光束的参考光束图案;以及控制器, 信号光束图案的模式和参考光束图案的模式。 控制器控制至少两个信号光束图案的模式和至少两个参考光束图案的模式。 基于第一记录数据使第一参考光束与第一信号光束相干扰,以在全息记录介质的预定区域中将数据记录为第一全息图。 基于第二记录数据使第二参考光束与第二信号光束相干以将数据记录为第二全息图,使得第二全息图叠加在第一全息图上。
    • 50. 发明申请
    • Data identification method and apparatus
    • 数据识别方法及装置
    • US20070159365A1
    • 2007-07-12
    • US11646163
    • 2006-12-27
    • Masaaki HaraKenji Tanaka
    • Masaaki HaraKenji Tanaka
    • H03M7/00
    • H03M5/145G11B7/0065
    • Disclosed herein is a data identification method for identifying, from within a readout signal from a recording medium on or in which user data of k bits are recorded using a recording modulation code wherein m bits from among n bits which compose one codeword have a value of “1” while the remaining n-m bits have another value of “0”, the data, n and m being integers including, a first step of delimiting the readout signal in a unit of a codeword and adding, with regard to one of the n-bit codewords obtained by the delimiting, an amplitude of the readout signal of the bits of “1” to 2ˆk different codewords which may possibly be recorded and setting results of the addition as evaluation values, and a second step of finding a maximum value among the 2ˆk evaluation values and outputting the maximum value as an evaluation result.
    • 这里公开了一种数据识别方法,用于在记录介质上从记录介质读出的信号中识别k比特的用户数据,记录调制码,其中构成一个码字的n比特中的m比特的值为 “1”,而其余的nm位具有另一个值“0”,数据n和m是整数,其包括:以码元为单位限定读出信号的第一步骤,并相对于n 通过定界获得的位字节码,可能被记录的比特“1”到2k个不同码字的读出信号的幅度,并且将添加的结果设置为评估值,以及第二步骤, 2k评估值并输出最大值作为评估结果。