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    • 5. 发明授权
    • Automatic web winding system
    • 自动卷绕系统
    • US07322542B2
    • 2008-01-29
    • US11130441
    • 2005-05-13
    • Stephen M. Reinke
    • Stephen M. Reinke
    • B65H67/04B65H19/30
    • B65H19/28B65H19/29B65H19/305B65H20/20
    • An automatic web winding system for creating a registered perforated web stock roll, from a perforated web, that includes a web leader, a web trailer, and a die assembly that creates the web leader of a first web stock roll and the web trailer of a second web stock roll. A winding assembly automatically wraps and cinches the web trailer to an associated core prior to forming the second web stock roll; and a core loader assembly automatically loads a core onto the winding assembly and transfers the web trailer to winding assembly.
    • 一种自动卷筒纸卷绕系统,用于从穿孔纸幅形成一个登记的多孔卷筒纸卷轴,该卷筒纸卷筒纸包括一个卷筒纸卷筒纸,一个卷筒纸拖车和一个模具组件,该组件可以形成第一卷筒纸卷筒纸卷筒纸卷筒纸和 第二网卷。 卷绕组件在形成第二卷筒纸卷之前自动包装并将卷筒纸拖车固定到相关的芯部; 并且铁芯装载机组件自动地将铁心装载到卷绕组件上并将卷筒纸拖车转移到卷绕组件。
    • 7. 发明授权
    • Apparatus and method for closing and plastically forming a non-circular
cylindrical shell for a container
    • 用于封闭和塑性地形成用于容器的非圆形圆柱形壳体的装置和方法
    • US5174019A
    • 1992-12-29
    • US819434
    • 1992-01-10
    • David H. LancyJames C. Foote, Jr. Willliam G. HoytStephen M. ReinkeJoseph A. Watkins
    • David H. LancyJames C. Foote, Jr. Willliam G. HoytStephen M. ReinkeJoseph A. Watkins
    • G03B17/26G03C3/00
    • G03C3/00G03B17/26Y10T29/53465
    • An apparatus and method are disclosed for plastically deforming and closing an very open, non-cylindrical shell (28) having axially extending lips (20c, 20t) spaced sufficiently far apart to permit a wound spool of strip material to pass laterally between such lips, the apparatus including a pair of closure jaws (670,676) having concave cylindrical surfaces for contacting the exterior surface of such a shell between such lips, the concave surfaces having a curvature corresponding to the desired final cylindrical shape for such a shell; a pivotable arm (608-612) for placing the closure jaws in an open configuration about such a shell and a linkage (614-674) operatively connected to the pivotable arm for closing the closure jaws about such a shell to move such lips into close proximity and form such shell into a cylindrical shape between such lips and thereafter for opening the jaws without contacting the closed shell as the jaws open.
    • 公开了一种用于塑性变形和闭合非常开放的非圆柱形壳体(28)的装置和方法,该壳体具有间隔足够远的轴向延伸的唇缘(20c,20t),以允许带状材料的缠绕卷轴横向于在这些唇部之间穿过, 该装置包括一对具有凹形圆柱形表面的封闭钳口(670,676),用于在这种唇缘之间接触这种壳体的外表面,该凹面具有对应于这种壳体的所需最终圆柱形形状的曲率; 用于将闭合钳口放置在围绕这种壳体的打开构造中的可枢转臂(608-612)和可操作地连接到可枢转臂的连杆(614-674),用于封闭围绕这种壳体的闭合钳口以将这种唇缘移动到近 接近并且在这种唇缘之间形成这样的壳形成圆柱形形状,此后用于在夹爪打开时不接触封闭壳体而打开夹爪。
    • 10. 发明授权
    • Web winding apparatus having traveling, gimbaled cinch roller and winding method
    • 网卷绕装置具有行走,万向收卷机和绕线方式
    • US06988688B2
    • 2006-01-24
    • US10637198
    • 2003-08-08
    • Stephen M. ReinkeWilliam C. Lebbon
    • Stephen M. ReinkeWilliam C. Lebbon
    • B65H19/28
    • B65H19/28B65H18/16
    • In winding methods, a primary nip formed against a web defines continuing and leading web portions. A secondary nip is formed against and moved along the leading portion, from an outfeed side of the primary nip to an infeed side. The continuing portion and a free end of the leading portion are then simultaneously advanced into the primary nip. Winding apparatus has a winding spindle and builder roller that rotate about parallel winding and builder roller axes, respectively. An axle defines a guide axis and carries a cinch roller that rotates about the guide axis. The axle pivots between first and second orientations, in which the guide axis parallels and is transverse to the winding axis, respectively. The axle moves in the first orientation, in an incomplete orbit about the winding spindle from a start to a rotated position, both adjacent the builder roller, and returns in the second orientation.
    • 在卷绕方法中,形成在幅材上的初步压区限定了连续的和引导的幅材部分。 二次辊隙形成为抵抗并沿着主要部分移动,从主辊隙的出料侧到进料侧。 然后引导部分的连续部分和自由端同时进入初始压区。 绕线装置具有分别围绕平行绕组和制动辊轴线旋转的绕线主轴和制动辊。 轴限定引导轴并且携带围绕引导轴线旋转的紧固辊。 轴在第一和第二取向之间枢转,导向轴分别平行并横向于卷绕轴。 轴在第一方位移动,围绕绕组主轴从开始到旋转位置的不完整的轨道移动,两者都靠近助洗辊,并以第二方向返回。