Differential drive mechanism
    21.
    发明授权
    Differential drive mechanism 失效
    差异驱动机制

    公开(公告)号:US3817122A

    公开(公告)日:1974-06-18

    申请号:US38295973

    申请日:1973-07-26

    IPC分类号: F16H35/02 F16H37/00

    CPC分类号: F16H35/02

    摘要: Cutter and creaser apparatus that cuts and creases sheets and thereafter strips the cutout portions from the sheet includes a drive mechanism that is capable of either intermittently stopping the sheet for the cutting and creasing operations or varying the speed of the sheet as it is conveyed through the cutter and creaser apparatus. The drive mechanism includes a drive shaft driven at constant velocity by suitable drive means. A speed control shaft is mounted in parallel spaced relation to the main drive shaft and is connected thereto by a pair of meshing gears to that the speed control shaft rotates at the same angular velocity as the drive shaft. A sun gear of a planetary gear assembly is connected to the drive shaft for rotation therewith and meshes with a planet gear that, in turn, meshes with the internal toothed portion of the ring gear. The external toothed portion of the ring gear meshes with a drive gear for the press sheet conveyor shaft on which a pair of drive sprockets are mounted in spaced relation to each other. A lever is pivotally connected to the drive shaft intermediate its end portions and has one end portion connected to the planet gear. The other end portion has a cam follower mounted thereon that is maintained in abutting relation with the cam surface of a cam secured to and rotatable with the speed control shaft. The cam upon rotation pivots the lever and moves the planet gear. The angular velocity of displacement of the planet gear through the lever determines the relative velocity of the sheet conveyor. Another embodiment includes bevel gear arrangements to selectively decrease and increase the speed of the conveyor mechanism.

    摘要翻译: 切割和折痕片材,然后从片材上剥下切口部分的切割机和折痕机装置包括驱动机构,该驱动机构能够间歇地停止片材用于切割和折痕操作,或者当片材被传送通过时可以改变片材的速度 切割机和折痕机。 驱动机构包括通过合适的驱动装置以恒定速度驱动的驱动轴。 速度控制轴与主驱动轴平行间隔地安装,并通过一对啮合齿轮与转速控制轴以与驱动轴相同的角速度旋转。 行星齿轮组件的太阳齿轮连接到驱动轴以与其一起旋转并与行星齿轮啮合,行星齿轮又与齿圈的内齿部啮合。 齿圈的外齿部与用于压片​​输送机轴的驱动齿轮啮合,在该驱动齿轮上一对驱动链轮彼此间隔开地安装。 杠杆在其端部之间枢转地连接到驱动轴,并且具有连接到行星齿轮的一个端部。 另一端部具有安装在其上的凸轮随动件,该凸轮从动件保持与固定在转速控制轴上并与速度控制轴可转动的凸轮的凸轮表面邻接。 旋转时的凸轮枢转杠杆并移动行星齿轮。 行星齿轮通过杠杆的位移角速度决定了纸张输送机的相对速度。 另一个实施例包括用于选择性地降低和增加输送机构的速度的锥齿轮装置。

    Sheet handling apparatus for a multi-color perfector press
    22.
    发明授权
    Sheet handling apparatus for a multi-color perfector press 失效
    用于多彩色照相机的纸张处理设备

    公开(公告)号:US3796154A

    公开(公告)日:1974-03-12

    申请号:US3796154D

    申请日:1972-05-25

    发明人: WEISGERBER W

    IPC分类号: B41F21/10 B41F21/04

    CPC分类号: B41F21/106

    摘要: A nonrotatable tumbler cam mechanism is positioned coaxially with the transfer cylinder on the operator''s side of the press and is movable axially thereto. A cam actuated device is provided on the transfer cylinder for tumbling the perfector and two color grippers inwardly to transfer the trailing edge of the sheet from the perfector grippers to the two color grippers. A cam follower on the cam actuated device is actuated by the tumbler cam mechanism. A pair of gripper actuating cams are coaxially and nonrotatably mounted relative to the transfer cylinder on the drive side of the press. One of the pair of cams, referred to as a two color cam, is arranged to open and close the two color grippers for two color printing and the other of the pair of cams is arranged to open and close the perfector grippers and the two color grippers for perfector printing. The pair of cams, i.e., the two color cam and perfector cam, are secured to each other and movable axially relative to the transfer cylinder. The perfector grippers and two color grippers have a cam follower associated therewith that is actuated by either the two color cam or the perfector cam. The two color and perfector cams are connected through a lever mechanism to an actuator device that is arranged to move the pair of cams axially relative to the transfer cylinder. The tumbler is also connected to the actuator device located on an exterior portion of the press so that the actuator device simultaneously moves the pair of gripper actuating cams and the tumbler cam to adjust the transfer cylinder for either the two color or perfector printing.

    摘要翻译: 不可转动的翻转凸轮机构与传动滚筒同轴地设置在压机的操作者侧上并且可轴向移动。 在传送滚筒上提供凸轮致动装置,用于向内翻转整形器和两个彩色夹持器,以将片材的后缘从完整器夹持器传送到两个夹色器。 凸轮致动装置上的凸轮从动件由转动凸轮机构致动。 一对夹持器致动凸轮相对于印刷机的驱动侧上的传送滚筒同轴且不可旋转地安装。 被称为双色凸轮的一对凸轮中的一个布置成打开和关闭两个彩色夹持器用于两次彩色打印,并且一对凸轮中的另一个被布置成打开和关闭完成器夹持器和两个颜色 手持打印机。 一对凸轮,即双色凸轮和凸轮凸轮,彼此固定并相对于传动滚筒轴向移动。 执行器夹持器和两个彩色夹具具有与之相关联的凸轮从动件,其由两个彩色凸轮或整体凸轮驱动。 两个彩色凸轮和凸轮凸轮通过杠杆机构连接到致动器装置,该致动器装置被布置成相对于传动滚筒轴向移动一对凸轮。 制动栓还连接到位于压力机外部的致动器装置,使得致动器装置同时移动一对夹持器致动凸轮和制动凸轮,以调整传送滚筒用于两种颜色或完美打印。

    Variable cut-off web perfecting press
    23.
    发明授权
    Variable cut-off web perfecting press 失效
    可变切割网络完美的新闻

    公开(公告)号:US3616751A

    公开(公告)日:1971-11-02

    申请号:US3616751D

    申请日:1968-11-19

    发明人: MOWRY HARRY E

    CPC分类号: B41F13/44 B41F13/30

    摘要: A WEB FED PERFECTING PRESS FOR PRINTING OFFSET IMAGES OF DIFFERENT SIZE ON THE PRINTED WEB. BOTH THE TOP AND BOTTOM PLATE CYLINDERS ARE JOURNALED IN A PRESS FRAME FOR ROTATION ABOUT FIXED AXES. THE TOP AND BOTTOM BLANKET CYLINDERS ARE JOURNALED IN AUXILIARY FRAMES THAT ARE SUPPORTED BY THE MAIN FRAME. THE AUXILIARY FRAMES ARE ADJUSTABLE HORIZONTALLY ON THE MAIN FRAME TO MOVE THE BLANKET CYLINDERS TOWARD AND AWAY FROM EACH OTHER AND TOWARD AND AWAY FROM THE FIXED PLATE CYLINDERS. BOTH OF THE BLANKET CYLINDERS ARE MOUNTED IN ECCENTRIC BEARINGS FOR VERTICAL ADJUSTMENT WITHIN THE AUXILIARY FRAMES SO THAT THE BLANKET CYLINDERS ARE ALSO ADJUSTABLE VERTICALLY RELATIVE TO EACH OTHER. THE PLATE AND BLANKET CYLINDERS ARE ARRANGED TO HAVE ANNULAR PLATES OF DIFFERENT CIRCUMFERENCES MOUNTED THEREON WITH DIFFERENT SIZED ANNULAR FILLER SHIMS BETWEEN THE CYLINDERS AND THE PLATES. THE VARIOUS SIZED PLATES AND FILLER SHIMS PROVIDE DIFFERENT LENGTHS FOR THE PRINTED OFFSET IMAGES ON THE PRINTED WEB. THE DRIVE GEARING AND BEARERS FOR THE PAIRS OF PLATE AND BLANKET CYLINDERS INCLUDE IDLER GEARS AND IDLER BEARERS SUITABLY MOUNTED TO DRIVE THE PLATE AND BLANKET CYLINDERS OF DIFFERENT DIAMETERS. TO CHANGE THE DIAMETER OF THE PLATE AND BLANKET

    CYLINDERS, THE ANNULAR PLATES AND ANNULAR SHIMS ARE REMOVED FROM THE CYLINDERS AND OTHER PREFERABLY PREREGISTERED PLATES AND ANNULAR SHIMS ARE POSITIONED ON THE CYLINDERS WITHIN THE PRESS TO CHANGE THE CIRCUMFERENTIAL DIMENSION OF THE PLATE AND BLANKET CYLINDERS. THE AUXILIARY FRAMES ARE ADJUSTED HORIZONTALLY AND THE BLANKET CYLINERS ARE ADJUSTED VERTICALLY TO MOVE THE PERIPHERY OF THE BLANKET CYLINDERS INTO ABUTTING RELATION WITH THE PLATE CYLINDERS AND INTO ABUTTING RELATION WITH EACH OTHER FOR PERFECTING PRINTING ON BOTH SIDES OF THE WEB.