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    • 5. 发明授权
    • Processes and apparatus for producing photopolymerizable, cylindrical, continuous, seamless flexographic printing elements
    • 用于生产光聚合,圆柱形,连续,无缝柔版印刷元件的方法和设备
    • US08066837B2
    • 2011-11-29
    • US11665482
    • 2005-10-12
    • Uwe StebaniUwe KraussUdo MetzmannInge Raschke-Metzmann, legal representative
    • Uwe StebaniUwe KraussUdo Metzmann
    • B29C63/10B29C65/02B29C65/18B65H81/00B32B37/02B32B38/10B32B43/00
    • G03F7/18Y10T156/1066Y10T156/1079Y10T156/108
    • Processes comprising providing a layer composite comprising a layer of photopolymerizable material and a removable substrate film disposed on one side of the layer of photopolymerizable material, wherein the photopolymerizable material comprises an elastomeric binder, an ethylenically unsaturated monomer and a photoinitiator; and (a) miter-cutting two edges of the layer composite to be joined, to form two miter-cut ends; (b) providing a hollow cylinder on a rotatably mounted support cylinder, wherein the hollow cylinder has an outer surface and is in a temporarily locked position relative to the support cylinder; (c) applying an adhesion-promoting layer to the outer surface of the hollow cylinder; (d) applying the layer composite to the hollow cylinder bearing the adhesive-promoting layer, wherein the layer composite is disposed on the hollow cylinder such that the removable substrate film faces away from the hollow cylinder and the two miter-cut ends lie substantially one on top of the other, but not overlapping; (e) removing the substrate film from the layer of photopolymerizable material to provide an exposed surface of the layer of photopolymerizable material; (f) contacting the exposed surface of the layer of photopolymerizable material with a rotating calender roll with heating to join the two miter-cut edges and form a processed hollow cylinder, wherein heating comprises a locally-acting heat source moved in an axial direction relative to the hollow cylinder along the entire width of the layer of photopolymerizable material such that the exposed surface is heated; and (g) removing the processed hollow cylinder from the support cylinder.
    • 包括提供包含可光聚合材料层的层复合物和设置在可光聚合材料层的一侧上的可移除基底膜的方法,其中所述可光聚合材料包含弹性体粘合剂,烯属不饱和单体和光引发剂; 和(a)将要接合的层复合材料的两个边缘进行斜切,以形成两个斜切端; (b)在可旋转地安装的支撑筒上设置中空圆柱体,其中所述中空圆柱体具有外表面并且相对于所述支撑圆筒处于临时锁定位置; (c)将粘合促进层施加到中空圆柱体的外表面; (d)将层复合物施加到承载有粘合剂促进层的中空圆柱体上,其中层复合材料设置在中空圆柱体上,使得可移除基底膜远离中空圆柱体,并且两个切口端基本上位于一个 在另一个之上,但不重叠; (e)从可光聚合材料层除去基材膜以提供可光聚合材料层的暴露表面; (f)使可光聚合材料层的暴露表面与旋转的压延辊接触,加热以连接两个斜切边并形成加工的中空圆柱体,其中加热包括沿轴向相对移动的局部作用的热源 沿着所述可光聚合材料层的整个宽度到所述中空圆筒,使得暴露的表面被加热; 和(g)从支撑筒中取出经处理的中空圆柱体。
    • 7. 发明申请
    • Method and device for the production of photopolymerisable cylindrical jointless flexographic printing elements
    • 用于生产可光聚合的圆柱形无缝柔版印刷元件的方法和装置
    • US20090173435A1
    • 2009-07-09
    • US11665482
    • 2005-10-12
    • Uwe StebaniUwe KraussUdo MetzmannInge Raschke-Metzmann
    • Uwe StebaniUwe KraussUdo MetzmannInge Raschke-Metzmann
    • B32B37/02B32B37/00B32B38/10
    • G03F7/18Y10T156/1066Y10T156/1079Y10T156/108
    • Processes comprising providing a layer composite comprising a layer of photopolymerizable material and a removable substrate film disposed on one side of the layer of photopolymerizable material, wherein the photopolymerizable material comprises an elastomeric binder, an ethylenically unsaturated monomer and a photoinitiator; and (a) miter-cutting two edges of the layer composite to be joined, to form two miter-cut ends; (b) providing a hollow cylinder on a rotatably mounted support cylinder, wherein the hollow cylinder has an outer surface and is in a temporarily locked position relative to the support cylinder; (c) applying an adhesion-promoting layer to the outer surface of the hollow cylinder; (d) applying the layer composite to the hollow cylinder bearing the adhesive-promoting layer, wherein the layer composite is disposed on the hollow cylinder such that the removable substrate film faces away from the hollow cylinder and the two miter-cut ends lie substantially one on top of the other, but not overlapping; (e) removing the substrate film from the layer of photopolymerizable material to provide an exposed surface of the layer of photopolymerizable material; (f) contacting the exposed surface of the layer of photopolymerizable material with a rotating calender roll with heating to join the two miter-cut edges and form a processed hollow cylinder, wherein heating comprises a locally-acting heat source moved in an axial direction relative to the hollow cylinder along the entire width of the layer of photopolymerizable material such that the exposed surface is heated; and (g) removing the processed hollow cylinder from the support cylinder.
    • 包括提供包含可光聚合材料层的层复合物和设置在可光聚合材料层的一侧上的可移除基底膜的方法,其中所述可光聚合材料包含弹性体粘合剂,烯属不饱和单体和光引发剂; 和(a)将要接合的层复合材料的两个边缘进行斜切,以形成两个斜切端; (b)在可旋转地安装的支撑筒上设置中空圆柱体,其中所述中空圆柱体具有外表面并且相对于所述支撑圆筒处于临时锁定位置; (c)将粘合促进层施加到中空圆柱体的外表面; (d)将层复合物施加到承载有粘合剂促进层的中空圆柱体上,其中层复合材料设置在中空圆柱体上,使得可移除基底膜远离中空圆柱体,并且两个切口端基本上位于一个 在另一个之上,但不重叠; (e)从可光聚合材料层除去基材膜以提供可光聚合材料层的暴露表面; (f)使可光聚合材料层的暴露表面与旋转的压延辊接触,加热以连接两个斜切边并形成加工的中空圆柱体,其中加热包括沿轴向相对移动的局部作用的热源 沿着所述可光聚合材料层的整个宽度到所述中空圆筒,使得暴露的表面被加热; 和(g)从支撑筒中取出经处理的中空圆柱体。