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    • 31. 发明申请
    • Method for converting a multi-ply paper product
    • US20090056860A1
    • 2009-03-05
    • US11899230
    • 2007-09-05
    • David George Evans, JR.George Vincent Wegele
    • David George Evans, JR.George Vincent Wegele
    • B29C59/04
    • D21H27/30B31F2201/0738B31F2201/0764B31F2201/0774B31F2201/0787D21H27/002Y10T156/1023
    • A process for manufacturing a multi-ply paper product, the process having the steps of: providing a first paper web; providing a second paper web; and providing an apparatus. The apparatus includes: a first pressure roll; an embossing roll; a marrying roll; and a second pressure roll. The embossing roll has a plurality of embossing protrusions wherein each embossing protrusion has a distal end. The first pressure roll and the embossing roll are juxtaposed in an axially parallel relationship to form a first nip therebetween. The first nip has a first nip width. The first pressure roll and the embossing roll are adapted to receive a first paper web at the first nip. The adhesive application roll and the embossing roll are juxtaposed in an axially parallel relationship to form a gap therebetween. The adhesive application roll and the embossing roll are adapted to receive the first paper web, after the first paper web has traversed the first nip, at the gap. The marrying roll is juxtaposed in an axially parallel relationship with the embossing roll to form a third nip therebetween. The marrying roll and embossing roll are adapted to receive the first paper web and a second paper web, after the first paper web has traversed the gap, and marry the first paper web to the second paper web at the third nip. The second pressure roll and the embossing roll are juxtaposed in an axially parallel relationship to form a third nip therebetween, wherein the second nip has a second nip width, and wherein the second pressure roll and embossing roll are adapted to receive the first paper web and the second paper web, after the first paper web and the second paper web have traversed the third nip, at the second nip. The process also includes the steps of: forwarding the first paper web through the first nip such that portions of the first paper web are embossed at the first nip to provide an embossed first paper web; forwarding the embossed first paper web through the gap such that the embossed portions of the first paper web receive adhesive from the adhesive application roll to provide an adhesively provided first paper web; forwarding the adhesively provided first paper web and the second paper web through the third nip such that the embossed, adhesively provided portions of the first paper web are married to portions of the second paper web to form a multi-ply paper product; forwarding the multi-ply paper product through the second nip such that portions of the multi-ply paper product are embossed to provide an embossed multi-ply paper product.
    • 32. 发明申请
    • Device for the treatment of packaging foils
    • 用于处理包装箔的装置
    • US20090050001A1
    • 2009-02-26
    • US12222159
    • 2008-08-04
    • Charles Boegli
    • Charles Boegli
    • B44B5/00B31F1/07
    • B31F1/07B31B50/254B31B50/256B31B50/88B31F1/10B31F2201/0733B31F2201/0774B31F2201/0779B65B61/02B65H19/28
    • The invention relates to a device for the treatment of packaging foils, comprising a first embossing unit having at least one embossing roll provided with embossing structures (7) that are arranged in a basic grid for satinizing and/or with embossing structures which deviate from the basic grid for the application of logos and/or of authentication features, the work cadence (A1) of the first embossing unit being synchronizable to a process cadence (P) of the packaging process, as well as a first regulating unit of the first embossing unit that is synchronizable to the process cadence (P) of the packaging installation, and a second regulating unit of the second embossing unit, the second regulating unit serving for the synchronization of the work cadence (A2) of the second embossing unit to the work cadence (A1) of the first embossing unit. To ensure a superior foldability of the packaging foil at a high process velocity during the subsequent packaging process, a subsequent second embossing unit is suggested which comprises at least one folding roll for applying folding breaks to the packaging foil.
    • 本发明涉及一种用于处理包装箔的装置,包括具有至少一个压花辊的第一压花单元,该压纹辊设置有压花结构(7),压花结构(7)布置在基本网格中以进行缎纹化和/或具有偏离 用于标识和/或认证特征的应用的基本网格,第一压印单元的工作节奏(A1)与包装过程的处理节奏(P)同步,以及第一压印的第一调节单元 与所述包装装置的处理节奏(P)同步的单元和所述第二压花单元的第二调节单元,所述第二调节单元用于使所述第二压花单元的工作节奏(A2)同步到所述工件 第一压花单元的节奏(A1)。 为了在随后的包装过程中以高的处理速度确保包装箔的优异的折叠性,建议随后的第二压花单元,其包括用于向包装箔施加折叠断裂的至少一个折叠辊。
    • 34. 发明申请
    • Method and device for the authentication of identification marks on a packaging foil or package
    • 用于认证包装箔或包装上的识别标记的方法和装置
    • US20070289701A1
    • 2007-12-20
    • US11797980
    • 2007-05-09
    • Charles Boegli
    • Charles Boegli
    • B29C59/04
    • B31F1/07B31F2201/0733B31F2201/0774G06K9/3233Y10T156/1023Y10T156/1737
    • In the method for the authentication of identification features that are embossed on a packaging foil together with satin-finishing and the embossing of logos, a number of identification features is embossed on-line as a pattern and read by a suitable apparatus and evaluated by means of an image evaluation method.The embossing device (1) suitable therefor includes at least two embossing rollers (2, 3, 15), a reading unit, and an evaluating unit, one of the embossing rollers (2) being driven by the motor drive mechanism (5) and having individual teeth (8) of which a number of teeth for embossing identification features have a different shape, height, or surface structure while the remaining teeth serve for satin-finishing, and one of the mating rollers (3) being provided with circumferential rings (10).Such a method and such a device allow a relatively simpler embossing device with relatively lower requirements with regard to the embossing quality than in methods of the prior art.
    • 在用于对包装箔上压花的识别特征进行认证的方法中,与缎纹精加工和标识的压印一起,许多识别特征在线压印为图案并由合适的装置读取并通过手段进行评估 的图像评估方法。 压花装置(1)包括至少两个压印辊(2,3,15),读取单元和评估单元,压印辊(2)之一由马达驱动机构(5)驱动,并且 具有单独的齿(8),其中用于压花识别特征的多个齿具有不同的形状,高度或表面结构,而剩余的齿用于缎面精加工,并且一个配对辊(3)设置有周向环 (10)。 与现有技术的方法相比,这种方法和这种装置允许相对简单的压花装置相对于压花质量具有相对较低的要求。
    • 37. 发明申请
    • Process for producing highly registered printed images and embossment patterns on stretchable substrates
    • 用于在可拉伸基底上产生高度注册的印刷图像和压纹图案的方法
    • US20040261639A1
    • 2004-12-30
    • US10874866
    • 2004-06-23
    • The Procter & Gamble Company
    • Jeffrey Moss VaughnKathleen Ann Murphy MaciagFredrick Edward Lockwood
    • B31F001/07B41F013/24
    • B41F19/02B31F1/07B31F2201/0774B31F2201/0779B31F2201/0792B41F13/025Y10T156/1023
    • A process for making continuous stretchable substrate products comprising the steps of supplying a web of stretchable substrate having a first surface and a second surface, embossing at least one of the surfaces of the web substrate with an embossed image using at least one embossing roller, printing at least one of the surfaces of the web substrate with a printed image using at least one printing roller; wherein the embossed image and the printed image are disposed onto the substrate relative to each other such that a print/emboss registration is created, measuring the angular location of one embossing roller and translating that location into a digital signal, measuring the angular location of one printing roller and translating that location into a digital signal, manually zeroing the print/emboss registration; and automatically controlling the print and emboss rolls to maintain registration using a control program that comprises the steps of i) comparing the digital signal from the embossing roller and the digital signal from the printing roller, and ii) correcting the angular location and angular speed of either the embossing roller or the printing roller.
    • 一种用于制造连续可拉伸基材产品的方法,包括以下步骤:提供具有第一表面和第二表面的可拉伸基材的网状物,使用至少一个压花辊将网状基材的至少一个表面压花至压花图像,印刷 使用至少一个印刷辊的带有印刷图像的幅材基板的至少一个表面; 其中压印图像和印刷图像相对于彼此设置在基板上,使得产生印刷/压花对准,测量一个压花辊的角位置并将该位置转换成数字信号,测量一个 印刷辊并将该位置转换成数字信号,手动归零打印/压印注册; 并且使用包括以下步骤的控制程序来自动控制印刷和压花辊以保持配准:i)比较来自压印辊的数字信号和来自印刷辊的数字信号,以及ii)校正角位置和角速度 压花辊或印刷辊。