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    • 2. 发明授权
    • Registration system effective drive roll radius compensation
    • 注册系统有效的驱动辊半径补偿
    • US06761351B1
    • 2004-07-13
    • US10248590
    • 2003-01-30
    • Richard L. Howe
    • Richard L. Howe
    • B65H522
    • B65H5/34B65H7/20B65H2511/10B65H2513/106B65H2513/50B65H2515/00B65H2557/23B65H2557/242B65H2220/01B65H2220/02
    • Systems and methods of registration system control are provided that compensate for differences in physical properties of various substrates being transported through the system that impact velocity of the substrate. Exemplary systems of the Invention include at least one roll pair formed by a first, driven roll and a second roll defining a nip therebetween that is part of the transport path through which a substrate is passed. A prestored lookup table includes empirically-derived compensation factors for plural different kinds of substrates, with each compensation factor being based on physical characteristics of the substrate that impact displacement and velocity of the substrate along the transport path, such as the substrate's mass per unit area, which has been found to have a strong correlation with detected deviations in linear travel displacement and velocity. Upon input or determination of the substrate being registered, the system adjusts the drive profile of the drive roll by the compensation factor. This is preferably by substituting a derived effective drive roll radius value for the actual drive roll radius value in the drive control profile to correspond to the substrate being transported. A suitable compensation factor compensates for both the angular velocity of the drive roll and the amount of angular rotation so that the linear velocity of the substrate and the travel path length of the substrate are appropriated compensated.
    • 提供了配准系统控制的系统和方法,其补偿通过系统传送的各种衬底的物理特性的差异,冲击衬底的速度。 本发明的示例性系统包括由第一从动辊和第二辊形成的至少一个辊对,其限定了它们之间的辊隙,其是衬底通过的传送路径的一部分。 预先存储的查找表包括用于多种不同种类的衬底的经验导出的补偿因子,每个补偿因子基于衬底的物理特性,该衬底的物理特性影响衬底沿输送路径的位移和速度,例如衬底每单位面积的质量 已被发现与检测到的线性行程位移和速度的偏差具有很强的相关性。 在输入或确定正在登记的基板时,系统通过补偿因素调整驱动辊的驱动轮廓。 优选地,通过将​​驱动控制轮廓中的实际驱动辊半径值的导出的有效驱动辊半径值替换为对应于正被输送的基板。 合适的补偿因数补偿驱动辊的角速度和角度旋转量,使得衬底的线速度和衬底的行进路径长度被适当地补偿。
    • 6. 发明授权
    • Straight through or ninety degree turn high capacity feeder
    • 直通或九十度转大容量送料器
    • US06601841B1
    • 2003-08-05
    • US10065072
    • 2002-09-13
    • Todd C. Werner
    • Todd C. Werner
    • B65H522
    • B65H29/18B65H31/38B65H2403/514B65H2405/114
    • A feeder is rotatably mounted in cooperative relation to a discharge end of a conveyor system. In a first position, the feeder is in line with the conveyor system so that the path of travel of conveyed articles is not changed. In a second position, the feeder device is disposed at a right angle to the conveyor system so that the path of travel of conveyed articles is changed by ninety degrees. An adjustable length conveyor belt enables the discharge of conveyed articles into the feeder at differing positions, depending upon the size of the articles. A pair of upstanding walls having sloped edges reciprocates as the feeder operates to ensure that all articles are in shingled relation to one another so that the articles are fed into the feeder one at a time in the substantial absence of jamming.
    • 进料器与输送机系统的排出端协调地可旋转地安装。 在第一位置,进料器与输送机系统一致,使得输送物品的行进路径不改变。 在第二位置,馈送装置与输送机系统成直角地设置,使得被输送物品的行进路径改变九十度。 可调长度的输送带能够根据制品的尺寸在不同位置将输送的物品排放到进料器中。 当进料器工作时,一对具有倾斜边缘的直立的壁往复运动,以确保所有的物品彼此贴合,使得物品在基本上没有卡住的情况下一次被送入进料器。
    • 9. 发明授权
    • Device for collecting and transferring cut paper products or the like
    • 用于收集和传送切纸产品等的装置
    • US06267367B1
    • 2001-07-31
    • US09457565
    • 1999-12-09
    • Claus Karl Pfankuch
    • Claus Karl Pfankuch
    • B65H522
    • B65H83/02B65H3/32B65H5/12B65H39/10
    • A device for collecting and transferring cut products has an in-process storage device and a feeder feeding a stream of the cut products to the in-process storage device. The in-process storage device has a collecting tray in which the cut products fed by the feeder are collected. A transport device is provided for transporting the cut products away from the in-process storage device. A rotatably driven transfer drum is positioned underneath the collecting tray. The rotatably driven transfer drum has a gripping device that grips in a gripping position a preset number of the cut products collected in the collecting tray and moves the preset number of the cut products to the transport device by rotation of the rotatably driven transfer drum by a preset rotary angle.
    • 用于收集和转移切割产品的装置具有进程中的存储装置和馈送器,其将切割的产品流馈送到进程中的存储装置。 过程中存储装置具有收集托盘,其中收集由馈送器馈送的切割产品。 提供了一种输送设备,用于将切割的产品从过程中存储设备运送。 可旋转驱动的转印鼓位于收集盘下方。 可旋转驱动的转印鼓具有夹持装置,该夹持装置将收集在收集盘中的预定数量的切割产品夹持在夹持位置,并通过旋转驱动的转印鼓的旋转将预定数量的切割产品移动到输送装置 预设旋转角度。