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    • 41. 发明申请
    • SEPARATOR FOR LINERLESS LABELS
    • 无线标签分离器
    • WO1997016369A1
    • 1997-05-09
    • PCT/US1996017210
    • 1996-10-28
    • MOORES BUSINESS FORMS, INC.
    • MOORES BUSINESS FORMS, INC.TRAISE, John, E.
    • B65H35/10
    • B65C9/1896B26D5/32B65C9/18B65C9/1803B65C9/44B65C2009/1861B65H35/08B65H35/10B65H2511/512Y10T83/2094Y10T83/242Y10T83/4821Y10T83/543Y10T83/9394Y10T225/16Y10T225/35
    • Linerless labels are cut or burst from a web (W) by passing the web (W) through infeed and outfeed pairs of rolls (12, 14; 30, 32) with a separator device located therebetween. Each roll pair includes a friction surface for engaging the slick smooth surface (S) of the web and another roll with a silicone elastomeric or plasma-coated surface for engaging substantially without gripping the exposed adhesive side (A) of the linerless label web (W). In the cutting mode, a rotary blade severs (42) the web against a fixed blade (40) to form the label. The infeed rolls (12, 14) are backed up after each cut to break the adhesive bond between the web (W) and the fixed blade (40) and then reverse to advance through the cutting position and into the outfeed rolls (30, 32) for a subsequent cutting operation. The outfeed rolls (30, 32) continue to advance the cut linerless label to a receiving station. In a bursting mode, the web (W) is perforated and a roller breaker bar (80) is disposed between the infeed and outfeed rolls (12, 14; 30, 32) to break the web (W) along the perforations to form the linerless label.
    • 通过将纸幅(W)通过进料和出料成对的辊(12,14; 30,32)与位于其间的分离器装置而从纸幅(W)切割或破裂的无衬标签。 每个辊对包括摩擦表面,用于接合幅材的光滑平滑表面(S)和另一个辊与硅酮弹性体或等离子体涂覆的表面,用于基本上不夹持无衬标签幅材(W)的暴露的粘合剂侧(A) )。 在切割模式中,旋转刀片将卷筒纸(42)切割成固定刀片(40)以形成标签。 每个切割后,进给辊(12,14)被支撑以破坏幅材(W)和固定刀片(40)之间的粘合剂粘合,然后反向前进通过切割位置并进入出料辊(30,32) )用于随后的切割操作。 出料辊(30,32)继续将切割的无衬标签推进到接收台。 在爆破模式中,网(W)是穿孔的,并且在进料辊和出料辊(12,14; 30,32)之间布置有辊断路器棒(80),以沿着穿孔断开卷材(W),以形成 无衬标签。
    • 42. 发明申请
    • APPARATUS FOR PERFORATING CORRUGATED TUBING AT HIGH SPEEDS AND METHOD OF USING SAME
    • 用于高速执行腐蚀管的装置及其使用方法
    • WO1993015884A1
    • 1993-08-19
    • PCT/US1993001017
    • 1993-02-04
    • TRUEMNER, DaleBOOMS, Richard
    • B26D03/14
    • B26F1/0053B26F1/0076Y10T83/0596Y10T83/4769Y10T83/4821Y10T83/8789Y10T83/9394
    • An apparatus (10) for perforating corrugated tubing (T) is disclosed. The apparatus (10) receives tubing (T) to be perforated along an axial path coincident with the axis of the tubing (T). A plurality of feeder-cutter wheels (12) drive the tubing (T) through the apparatus and concurrently perforate the tubing in the valley of its corrugations. Each feeder-cutter wheel (10), and the drive shaft (14) each wheel (12) is mounted upon, is offset at an angle relative to the axial path, this angling facilitating uniform perforations at higher speeds. An alternate embodiment of the apparatus has six feeder-cutter wheels (12) disposed within four distinct planes. This design permits the wheels (12) to be interchangeable with different wheels, allowing the apparatus to perforate tubing of different diameters. The alternate embodiment also offsets the wheels at an angle to facilitate perforation at high speeds than previously known in perforating apparatus.
    • 公开了一种用于穿孔波纹管(T)的设备(10)。 装置(10)沿着与管道(T)的轴线重合的轴向路径接收待穿孔的管道(T)。 多个给料器切割轮(12)通过该装置驱动管(T),同时使其波纹谷中的管道穿孔。 每个喂料器切割轮(10)和每个轮(12)的驱动轴(14)安装在其上,相对于轴向路径以一定角度偏移,该倾斜有助于在较高速度下均匀穿孔。 该设备的另一个实施例具有六个供料器切割轮(12),其布置在四个不同的平面内。 这种设计允许轮子(12)可以与不同的轮子互换,从而允许设备穿透不同直径的管道。 替代实施例还以一定角度偏移车轮,以便于高于先前在穿孔装置中已知的高速穿孔。