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    • 21. 发明授权
    • Banknote processing apparatus with separating and feeding portion
    • 纸币处理装置,具有分离和进料部分
    • US08302960B2
    • 2012-11-06
    • US13083638
    • 2011-04-11
    • Yoshiyuki KatoTomohisa Oe
    • Yoshiyuki KatoTomohisa Oe
    • B65H1/06
    • G07D11/0018B65H1/06B65H1/14B65H3/0607B65H3/063B65H3/5284B65H2301/42B65H2404/1116B65H2404/132B65H2701/1912G07D11/0024
    • A banknote processing apparatus according to the present invention includes a banknote separating and feeding portion which separates, from banknotes, one feed-out banknote closest to a banknote holding portion, and feeds out the feed-out banknote. The banknote separating and feeding portion includes a feed roller, a separating roller, a kick-on roller, and auxiliary rollers. The auxiliary rollers are positioned on an opposite side of the kick-on roller from the feed roller, protrude onto the banknote pressing portion side beyond the banknote holding surface, and contact with the feed-out banknote. Each of the auxiliary rollers has a plurality of large diameter portions formed intermittently in a circumferential direction of the auxiliary roller. The auxiliary rollers are positioned on the same axis and apart from each other such that phases of mutually adjacent auxiliary rollers in a rotation direction of the auxiliary rollers are offset from each other.
    • 根据本发明的纸币处理装置包括纸币分离和进给部分,其从纸币中分离最靠近钞票保持部分的一个送出纸币,并且馈送出出纸币。 纸币分离和进给部分包括进给辊,分离辊,踢搓辊和辅助辊。 辅助辊位于与进给辊相对的踢脚辊的相反侧,突出到钞票保持面以上的纸币按压部侧,并与送出纸币接触。 每个辅助辊具有在辅助辊的圆周方向上间歇地形成的多个大直径部分。 辅助辊定位在相同的轴线上并且彼此分开,使得相互邻近的辅助辊在辅助辊的旋转方向上的相位彼此偏移。
    • 22. 发明授权
    • Imaging apparatus and program thereof
    • 成像设备及其程序
    • US08253850B2
    • 2012-08-28
    • US13223791
    • 2011-09-01
    • Tomohiko MurakamiYoshiyuki Kato
    • Tomohiko MurakamiYoshiyuki Kato
    • H04N5/238
    • G03B7/003G03B7/00H04N5/2352
    • In a digital camera, in an automatic shooting stand-by state, when it is judged that an automatic shooting condition has not been satisfied, it is judged whether or not to issue an AE re-processing command (that is, it is judged whether or not the current shooting condition is similar to a condition where the automatic shooting condition is satisfied). When it is judged to issue the AE re-processing command, exposure tracking in an aperture-priority mode is performed, and shooting exposure conditions excluding the aperture value for still-image shooting in the aperture-priority mode are determined. Then, storage is updated. When it is judged that an automatic shooting condition has been satisfied, record processing for still-image shooting is performed with the updated shooting exposure conditions without changing the aperture value.
    • 在数码相机中,在自动拍摄备用状态下,当判断为没有满足自动拍摄条件时,判断是否发出AE重新处理命令(即,判断是否 或者不是当前的拍摄条件类似于满足自动拍摄条件的条件)。 当判断出AE重新处理命令时,执行光圈优先模式的曝光跟踪,并且确定除光圈优先模式中的静止图像拍摄的光圈值之外的拍摄曝光条件。 然后,更新存储。 当判断为满足自动拍摄条件时,用更新的拍摄曝光条件进行静止图像拍摄的记录处理,而不改变光圈值。
    • 23. 发明授权
    • Imaging apparatus and program thereof
    • 成像设备及其程序
    • US08035729B2
    • 2011-10-11
    • US12354112
    • 2009-01-15
    • Tomohiko MurakamiYoshiyuki Kato
    • Tomohiko MurakamiYoshiyuki Kato
    • H04N5/238
    • G03B7/003G03B7/00H04N5/2352
    • In a digital camera 1, in an automatic shooting stand-by state, when judged at Step S26 that an automatic shooting condition has been satisfied (N at Step S26), whether or not to issue an AE re-processing command is judged. In other words, whether or not the current shooting condition is similar to a condition where an automatic shooting condition is satisfied is judged. When judged to issue the AE re-processing command, exposure tracking in an aperture-priority mode is performed (S28), and shooting exposure conditions excluding the aperture value for still-image shooting in the aperture-priority mode are determined. Then, the storage is updated (Step 29), and the process returns to Step S26. When judged at Step S26 that an automatic shooting condition has been satisfied (Y at Step S26), record processing for still-image shooting is performed with the updated shooting exposure conditions without changing the aperture value (Step S30).
    • 在数字照相机1中,在自动拍摄备用状态下,当在步骤S26中判断出满足自动拍摄条件(步骤S26中为“否”)时,判断是否发出AE再处理命令。 换句话说,判断当前拍摄条件是否类似于满足自动拍摄条件的条件。 当判断为发出AE重新处理命令时,执行光圈优先模式下的曝光跟踪(S28),并且确定除光圈优先模式中的静止图像拍摄的光圈值之外的拍摄曝光条件。 然后,更新存储器(步骤29),并且处理返回到步骤S26。 当在步骤S26中判断为满足自动拍摄条件时(步骤S26为“是”),在不改变光圈值的情况下,利用更新的拍摄曝光条件执行用于静止图像拍摄的记录处理(步骤S30)。
    • 25. 发明申请
    • IMAGING APPARATUS WITH STROBE CONSECUTIVE SHOOTING MODE
    • 成像设备具有结构化的拍摄模式
    • US20100165181A1
    • 2010-07-01
    • US12720323
    • 2010-03-09
    • Tomohiko MURAKAMIYoshiyuki KatoTakeshi Sato
    • Tomohiko MURAKAMIYoshiyuki KatoTakeshi Sato
    • G03B15/03
    • G03B15/06H04N5/2354
    • When the mode is set to a strobe consecutive shooting mode, an imaging apparatus sets the mode to a pixel addition drive mode for reading out image data using pixel addition drive, performs metering operation using preliminary flashing and calculates an appropriate amount of flashing on the basis of the metering operation. Next, the imaging apparatus judges whether or not it is possible to flash three times consecutively with the calculated amount of flashing. If it is judged that it is not possible to flash three times consecutively with the calculated amount of flashing, the imaging apparatus limits the amount of flashing to the largest amount of flashing within the range of amounts of flashing with which flashing of strobe light three times consecutively is possible, and performs strobe consecutive shooting with the limited amount of flashing.
    • 当模式被设置为选通连续拍摄模式时,成像装置将该模式设置为使用像素相加驱动器读出图像数据的像素相加驱动模式,使用预先闪烁进行计量操作,并基于此计算适当的闪烁量 的计量操作。 接下来,成像装置判断是否可以用计算出的闪光量连续闪烁三次。 如果判断为不可能以计算出的闪光量连续三次闪烁,则成像装置将闪光量限制在闪光量的闪光量的最大闪光量的范围内,闪光灯闪烁三次 连续可能,并以有限量的闪烁进行频闪连续拍摄。
    • 27. 发明授权
    • Optical disk recording and reproducing device allowing simple and fast setting of an optimum record power
    • 光盘记录和再现装置允许简单且快速地设定最佳记录功率
    • US07596065B2
    • 2009-09-29
    • US11497707
    • 2006-08-01
    • Yoshiyuki Kato
    • Yoshiyuki Kato
    • G11B7/00
    • G11B7/1267G11B7/24082
    • A controller calculates a modulation degree of an RF signal provided from a signal processor, and supplies a record power that exhibits the calculated modulation degree matching with a target modulation degree as an optimum record power to a laser driver. More specifically, a modulation degree measuring portion measures the modulation degree of a signal of a predetermined frequency among the RF signals, e.g., a signal of 11T among signals of 3T-11T. The modulation degree measuring portion measures the modulation degree for each record power in OPC. The power determining portion determines a target record power such that the modulation degree measured by the modulation degree measuring portion attains the target modulation degree set by an OPC executing portion.
    • 控制器计算从信号处理器提供的RF信号的调制度,并将表现出与目标调制度匹配的计算出的调制度的记录功率作为最佳记录功率提供给激光驱动器。 更具体地,调制度测量部分测量RF信号中的预定频率的信号的调制度,例如3T-11T的信号中的11T的信号。 调制度测量部分测量OPC中每个记录功率的调制度。 功率确定部分确定目标记录功率,使得由调制度测量部分测量的调制度达到由OPC执行部分设置的目标调制度。
    • 29. 发明申请
    • Image capture apparatus and image capture program
    • 图像采集装置和图像捕获程序
    • US20070257992A1
    • 2007-11-08
    • US11789607
    • 2007-04-25
    • Yoshiyuki Kato
    • Yoshiyuki Kato
    • H04N9/73
    • H04N9/735
    • Color temperature is calculated on the basis of image data captured by a CCD. An appropriate exposure value is calculated on the basis of a brightness component of the image data. It is determined whether or not LEDs should emit auxiliary lights to obtain the appropriate exposure value. When it is determined that the LEDs are required to emit, light quantity of the combined light to be emitted by the LEDs is calculated. The light quantities of the respective LEDs are set such that the emission ratio of the LEDs corresponds to the calculated color temperature. The LEDs emit the lights at the set light quantities. The captured image is adjusted based on the calculated color temperature.
    • 基于由CCD拍摄的图像数据计算色温。 基于图像数据的亮度分量来计算适当的曝光值。 确定LED是否应发出辅助灯以获得适当的曝光值。 当确定需要发出LED时,计算由LED发射的组合光的光量。 各个LED的光量被设定为使得LED的发射比对应于所计算的色温。 LED以设定的光量发光。 基于所计算的色温来调整拍摄图像。