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    • 2. 发明申请
    • Photosensitive printing plate automatic feeding apparatus and method
    • 感光印版自动送料装置及方法
    • US20060130691A1
    • 2006-06-22
    • US11311266
    • 2005-12-20
    • Yoshinori KawamuraKikuo MatsubaKazuoki KomiyamaToru Itakura
    • Yoshinori KawamuraKikuo MatsubaKazuoki KomiyamaToru Itakura
    • B41F27/12
    • B41C1/145B41C1/1083
    • An apparatus automatically feeds photosensitive printing plates having the characteristic that transport and storage are possible in a state where the photosensitive printing plates have been stacked together such that back sides of the photosensitive printing plates are brought into direct contact with photosensitive surfaces on front sides of the photosensitive printing plates. The apparatus includes: a storage member that accommodates a bundle comprising a plural number of the photosensitive printing plates stacked together without slip sheets; a takeout member that separates and takes out the photosensitive printing plates from the bundle one plate at a time; and a conveyance member that conveys the taken-out photosensitive printing plates to an exposure apparatus. According to this apparatus, the conventional configuration and process of separating, conveying, and stocking slip sheets from the photosensitive surfaces of the photosensitive printing plates can be omitted.
    • 一种设备自动馈送具有在感光印版已被堆叠在一起的状态下运输和存储的特征的感光印版,使得感光印版的背面与感光印版的前侧的感光表面直接接触 感光印版。 该装置包括:容纳包括多个不具有滑动片的多个感光印刷板的束的存储构件; 一次从一张板分离和取出感光印版的取出部件; 以及将取出的感光性印刷版输送到曝光装置的搬送构件。 根据该装置,可以省略从感光印版的感光表面分离,输送和放样滑片的常规配置和处理。
    • 5. 发明授权
    • Planographic printing plate feeding apparatus
    • 平版印刷送纸装置
    • US07360485B2
    • 2008-04-22
    • US11071442
    • 2005-03-04
    • Yoshinori KawamuraKikuo Matsuba
    • Yoshinori KawamuraKikuo Matsuba
    • B41L47/14
    • B65H3/06B65H2301/44514B65H2515/30B65H2701/18264B65H2701/1928B65H2220/02
    • In a planographic printing plate feeding apparatus, a load W applied to a stack of plates by a pickup roller which feeds a planographic printing plate from the stack is adjusted. If the load W is increased and exceeds a single feeding threshold, and if a conveyance force F1 applied from the uppermost planographic printing plate to the slip-sheet is increased by such a degree that the conveyance force F1 exceeds a maximum static friction force F2′ between the slip-sheet and the planographic printing plate under the slip-sheet, the uppermost planographic printing plate and the slip-sheet 22 can be conveyed integrally (set feeding). Hence, it is possible to obtain a planographic printing plate feeding apparatus with a compact, simple and inexpensive structure and able to feed a planographic printing plate swiftly and reliably.
    • 在平版印刷版供给装置中,调整通过从堆叠进给平版印刷版的拾取辊施加到板堆的负载W. 如果负载W增加并且超过单一进给阈值,并且如果从最上层的平版印刷版施加到滑动片的传送力F 1增大到输送力F 1超过最大静摩擦力 F 2'在滑动片下方的平版印刷版之间,最上层的平版印刷版和滑动片22可以一体地进行输送(设定进给)。 因此,可以获得具有紧凑,简单和便宜的结构的平版印刷版进给装置,并且能够快速可靠地进给平版印刷版。
    • 6. 发明申请
    • Planographic printing plate feeding apparatus
    • 平版印刷送纸装置
    • US20050193912A1
    • 2005-09-08
    • US11071442
    • 2005-03-04
    • Yoshinori KawamuraKikuo Matsuba
    • Yoshinori KawamuraKikuo Matsuba
    • B41C1/10B65H3/06B41L47/14
    • B65H3/06B65H2301/44514B65H2515/30B65H2701/18264B65H2701/1928B65H2220/02
    • In a planographic printing plate feeding apparatus, a load W applied to a stack of plates by a pickup roller which feeds a planographic printing plate from the stack is adjusted. If the load W is increased and exceeds a single feeding threshold, and if a conveyance force F1 applied from the uppermost planographic printing plate to the slip-sheet is increased by such a degree that the conveyance force F1 exceeds a maximum static friction force F2′ between the slip-sheet and the planographic printing plate under the slip-sheet, the uppermost planographic printing plate and the slip-sheet 22 can be conveyed integrally (set feeding). Hence, it is possible to obtain a planographic printing plate feeding apparatus with a compact, simple and inexpensive structure and able to feed a planographic printing plate swiftly and reliably.
    • 在平版印刷版供给装置中,调整通过从堆叠进给平版印刷版的拾取辊施加到板堆的负载W. 如果负载W增加并且超过单一进给阈值,并且如果从最上层的平版印刷版施加到滑动片的传送力F 1增大到输送力F 1超过最大静摩擦力 F 2'在滑动片下方的平版印刷版之间,最上层的平版印刷版和滑动片22可以一体地进行输送(设定进给)。 因此,可以获得具有紧凑,简单和便宜的结构的平版印刷版进给装置,并且能够快速可靠地进给平版印刷版。