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    • 111. 发明公开
    • Accumulating unit and print product production device
    • SAMMELEINHEIT UND DRUCKPRODUKTHERSTELLUNGSVORRICHTUNG
    • EP2930132A2
    • 2015-10-14
    • EP15154048.1
    • 2015-02-06
    • KABUSHIKI KAISHA TOKYO KIKAI SEISAKUSHO
    • Aizawa, ShunsukeYamagiwa, Kenichi
    • B65H31/02B65H29/52B65H31/38B65H29/68B65H31/20B65H31/24B65H45/18
    • [Object] To provide an accumulating unit capable of overlaying a sheet stacked body in a good posture even during high speed operation, and to provide a print product production device.
      [Means for Solving] A sheet accumulating part 40 comprises: a front positioning part 44 that is provided on a front side in a carrying-in direction of a sheet (for example, a signature S) carried into the sheet accumulating part 40 and that positions a front edge in the carrying-in direction of the sheet; and a rear positioning part 46 that is provided facing the front positioning part 44 on a rear side in the carrying-in direction of the sheet and that positions a rear edge in the carrying-in direction of the sheet. The front positioning part 44 is configured to, when the sheet has entered the sheet accumulating part 40, move away from the rear positioning part 46 such that a distance of the front positioning part 44 from the rear positioning part 46 is larger than a length of the sheet in he carrying-in direction of the sheet, and, after the front edge in the carrying-in direction of the sheet has contacted the front positioning part 44, move closer to the rear positioning part 46 such that the distance of the front positioning part 44 from the rear positioning part 46 is substantially equal to the length of the sheet in the carrying-in direction of the sheet.
    • 提供一种即使在高速操作期间能够以良好的姿势覆盖片材堆叠体的积存单元,并且提供打印产品生产装置。 [解决手段]片材积存部40包括:前部定位部44,其设置在承载在片材积存部40中的片材的搬入方向(例如,签名S)的前侧,并且 将片材的携带方向上的前边缘定位; 以及后片定位部件46,其在片材的传送方向的后侧面向前定位部件44设置,并且将片材的传送方向的后缘定位。 前定位部44构成为,当片材进入片材积存部40时,从后定位部46离开前定位部44的距离大于后定位部46的长度 在片材的携带方向上的片材,并且在片材的进入方向上的前边缘已经接触前定位部分44之后,更靠近后定位部分46移动,使得前部的距离 定位部分44从后定位部分46基本上等于片材在片材的传送方向上的长度。
    • 114. 发明公开
    • SHEET-TYPE MEDIUM STACKING AND GUIDING DEVICE, AS WELL AS CONTROL SYSTEM AND METHOD BASED ON THE SAME
    • 设备的可堆叠和保持跑道形的介质和事实为基础的控制制度和相关程序
    • EP2623449A1
    • 2013-08-07
    • EP12825497.6
    • 2012-07-09
    • GRG Banking Equipment Co., Ltd.
    • LIU, HengRAN, FaTAN, DongWU, En
    • B65H29/52B65H31/20B65H31/38
    • B65H5/00B65H5/008B65H7/06B65H9/004B65H29/40B65H29/52B65H31/02B65H31/20B65H31/34B65H31/38B65H2301/4212B65H2301/4213B65H2403/512B65H2403/514B65H2403/52B65H2404/7414B65H2404/742B65H2511/222B65H2511/413B65H2701/1912G07D11/0021B65H2220/01B65H2220/02B65H2220/11
    • Disclosed in the present invention is a sheet-type medium stacking and guiding device, also disclosed in the present invention are a control system and a method based on the same. The device comprises: a left limiting plate(14) and/or a right limiting plate(19), which locate at the outer end of a medium passage made up of a left and a right passage plate(301, 304); a driving mechanism(25), which is in transmission connection with the limiting plates and drives the limiting plates to move along the longitudinal direction of the medium. The system comprises a central control module(901), a detection module(902), a data processing module(903) , an image acquisition module(904), a storage module(905) and an execution module(906). The method comprises: identifying the species of the medium to be arranged; querying the property of the medium to be arranged, obtaining the length value of the medium; calculating and outputting the servo signal for the executing component of the driving mechanism, driving the limiting plates to move to a predetermined position along the longitudinal direction of the medium. The medium arranging range can be increased by adjusting the position of the limiting plates to meet the requirements of the stacking medium with different lengths.
    • 公开在本发明中是一个片型介质堆叠及引导装置,即,在本发明光盘游离缺失是一个控制系统,以及基于其的方法。 该装置包括:一个左限制板(14)和/或右限制板(19),该在由左和右通道板(301,304)的一个介质通道的外端定位; 一个驱动机构(25),所有这些是与限制板传输连接并驱动限制板沿所述介质的长度方向移动。 该系统包括中央控制模块(901),检测模块(902),一个数据处理模块(903),图像采集模块(904),存储模块(905),并在执行模块(906)。 该方法包括:识别该介质的种类,以被布置; 查询的介质的属性被布置,获取介质的长度值; 计算并输出廷为驱动机构的执行组件的伺服信号,驱动所述限制板移动到沿所述介质的长度方向的预定位置。 所述介质布置范围可通过调节限制板的位置,以满足不同长度的堆叠介质的要求而增加。