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    • 1. 发明授权
    • Vertical collating machine
    • 立式整理机
    • US07686289B2
    • 2010-03-30
    • US11101312
    • 2005-04-07
    • Hiroyuki OnoYoshinari Kuwabara
    • Hiroyuki OnoYoshinari Kuwabara
    • B65H3/44B65H33/04G06K9/00
    • B65H39/042
    • There are provided a plurality of sheet feeding units 2a to 2d arranged in a vertical direction at spacing therebetween, a vertical sheet conveyance path G arranged oppositely with the sheet outlets 12a to 12d of the sheet feeding units 2a to 2d, conveyance means 1 and 6 for sequentially conveying the sheets fed from respective sheet feeding units 2a to 2d, vertically downward along the sheet conveyance path G, and control means controlling the sheet feeding units 2a to 2d and the conveyance means 1 and 6 in such a manner that the sheets fed from the sheet feeding units 2a to 2d are conveyed while at least partially overlapping the sheets which are fed from a sheet feeding unit of a next lower site on the sheets which are fed from the sheet feeding unit of an upper site. Imaging means 3a to 3d are arranged oppositely with the sheets conveyed on the sheet conveyance path G, and the control means controls the motions of the imaging means 3a to 3d and detects collation errors based on image data captured from the imaging means 3a to 3d.
    • 设置有多个沿垂直方向排列的片材馈送单元2a至2d,与片材馈送单元2a至2d的片材出口12a至12d相对布置的垂直片材传送路径G,传送装置1和6 用于从片材输送路径G垂直向下顺序地输送从各供纸单元2a〜2d供给的片材,以及控制单元,以这样的方式控制送纸单元2a〜2d和输送单元1和6, 从片材供给单元2a至2d被输送,同时至少部分地从从上部位置的片材进给单元供给的片材的下一个下部位置的片材进给单元供给的片材重叠。 成像装置3a至3d与在片材传送路径G上传送的片材相对地布置,并且控制装置控制成像装置3a至3d的运动,并且基于从成像装置3a至3d捕获的图像数据检测对照误差。
    • 2. 发明申请
    • Vertical collating machine
    • 立式整理机
    • US20050242484A1
    • 2005-11-03
    • US11101312
    • 2005-04-07
    • Hiroyuki OnoYoshinari Kuwabara
    • Hiroyuki OnoYoshinari Kuwabara
    • B42C1/00B65H3/44B65H7/02B65H39/042B65H5/22
    • B65H39/042
    • There are provided a plurality of sheet feeding units 2a to 2d arranged in a vertical direction at spacing therebetween, a vertical sheet conveyance path G arranged oppositely with the sheet outlets 12a to 12d of the sheet feeding units 2a to 2d, conveyance means 1 and 6 for sequentially conveying the sheets fed from respective sheet feeding units 2a to 2d, vertically downward along the sheet conveyance path G, and control means controlling the sheet feeding units 2a to 2d and the conveyance means 1 and 6 in such a manner that the sheets fed from the sheet feeding units 2a to 2d are conveyed while at least partially overlapping the sheets which are fed from a sheet feeding unit of a next lower site on the sheets which are fed from the sheet feeding unit of an upper site. Imaging means 3a to 3d are arranged oppositely with the sheets conveyed on the sheet conveyance path G, and the control means controls the motions of the imaging means 3a to 3d and detects collation errors based on image data captured from the imaging means 3a to 3d.
    • 设置有多个沿着垂直方向间隔设置的片材馈送单元2 a至2 d,与片材馈送单元2a至2d的片材出口12a至12d相对布置的垂直片材传送路径G ,用于从片材输送路径G垂直向下地顺序地输送从各供纸单元2a〜2d供给的纸张的输送单元1和6,以及控制供纸单元2a〜2d的输送单元1和输送单元1 和6,使得从送纸单元2 a至2 d进给的纸张被输送,同时至少部分地与从下一个下部位置的供纸单元供给的纸张在从 上部位置的送纸单元。 成像装置3 a至3 d与在片材传送路径G上传送的片材相对布置,并且控制装置控制成像装置3a至3d的运动,并且基于从成像装置捕获的图像数据检测对照误差 3 a至3 d。
    • 3. 发明申请
    • NOISE REMOVING APPARATUS AND METHOD, AND OPTICAL PICKUP
    • 噪声去除装置和方法,以及光学拾取
    • US20100165810A1
    • 2010-07-01
    • US12376498
    • 2006-08-24
    • Yoshinari Kuwabara
    • Yoshinari Kuwabara
    • G11B20/00G11B7/135
    • G11B7/0903G11B7/0943G11B2007/0006
    • An optical pickup includes: light collecting element for selectively collecting main and sub beams emitted toward an optical disc formed by layering at least first and second recording layers, onto one of first and second recording layers; main and sub light reception elements receiving the main and sub light from the main and sub beams collected from the optical disc and outputting main and sub light signals; tracking error signal generator for generating a tracking error signal according to the sub light signal; noise component calculator for calculating a noise component generated by interference between the sub light and an invalid light attributed to at least one of the applied main and sub beams and received together with the sub light and the sub light from the other of the first and the second recording layer; and noise remover for removing the calculated noise component from the tracking error signal.
    • 光学拾取器包括:用于选择性地收集朝向通过将至少第一和第二记录层分层形成的光盘发射的主光束和副光束到第一和第二记录层之一的光收集元件; 主光子接收元件和副光接收元件接收从光盘收集的主光束和副光束的主光和子光,并输出主光和子光信号; 跟踪误差信号发生器,用于根据子光信号产生跟踪误差信号; 噪声分量计算器,用于计算由副光与归因于所施加的主光束和子光束中的至少一个的无效光之间的干涉产生的噪声分量,并与副光和来自第一和第二光束中的另一个的子光一起接收 第二记录层; 以及用于从跟踪误差信号中去除计算出的噪声分量的噪声去除器。