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    • 4. 发明授权
    • Method and apparatus for forming an embossed article
    • 用于形成压花制品的方法和装置
    • US07048885B2
    • 2006-05-23
    • US10641802
    • 2003-08-14
    • Marcus David WeiherShelley Rae RasmussenAndrew Michael LakeMichael John Bott
    • Marcus David WeiherShelley Rae RasmussenAndrew Michael LakeMichael John Bott
    • B29C59/04
    • A61F13/4704A61F13/15731B31D1/04B31F1/07B31F2201/0723B31F2201/0733B31F2201/0738B31F2201/0758B31F2201/0776
    • An apparatus and process (20) for forming an embossed web or other article can include moving a target, composite web (26) along an appointed machine-direction (22) at a selected web speed, and operatively contacting the target web (26) with a rotary embossing device (38) to thereby form a non-linear embossment region (82) in at least a selected embossment portion of the target web (26). For example, the web speed can be at least a minimum of about 1.9 m/sec. In a particular aspect, the embossing device (38) can include an outer peripheral surface (42) having a lateral cross-direction (24) and a circumferential-direction (40), and can include a non-linear embossing member (44) located on the outer surface (42). In another aspect, the embossing member (44) can be configured to include a selected traversing occurrence along the circumferential-direction (40) of the embossing device (38). In a further aspect, the embossing member (44) can be configured to include a selected lateral traversing distance (50).
    • 用于形成压花网或其它制品的装置和方法(20)可以包括以选定的幅材速度沿着指定的机器方向(22)移动目标复合纤维网(26),并且可操作地接触目标网(26) 具有旋转压花装置(38),从而在目标纤维网(26)的至少一个选定的压花部分中形成非线性压花区域(82)。 例如,幅材速度可以至少为约1.9m / sec。 在特定方面,压花装置(38)可以包括具有横向横向(24)和周向(40)的外周表面(42),并且可以包括非线性压花构件(44) 位于外表面(42)上。 在另一方面,压花构件(44)可以构造成包括沿着压花装置(38)的圆周方向(40)的选定横移发生。 在另一方面,压花构件(44)可以构造成包括所选择的横向横移距离(50)。
    • 6. 发明授权
    • Multi-segmented embossing apparatus and method
    • 多段压花装置及方法
    • US06998086B2
    • 2006-02-14
    • US10666367
    • 2003-09-19
    • Andrew Michael LakeShelley Rae RasmussenJesse James PasterskiWen Tong LayMarcus David WeiherMichael John BottRodney Lawrence Abba
    • Andrew Michael LakeShelley Rae RasmussenJesse James PasterskiWen Tong LayMarcus David WeiherMichael John BottRodney Lawrence Abba
    • B29C59/04
    • B31F1/07B31F2201/0776
    • An embossing method and apparatus (20) comprises a rotary embossing device (32) having a radial direction (28) and an outer peripheral surface (34). The embossing device (32) includes at least one embossing-component (48) which extends at least radially outward from the peripheral surface (34), and is configured to provide for a first embossing-pattern (38). The embossing device (32) also includes a rotary shaft member (46). A base embossing-segment (50) is operatively joined to the rotary shaft member (46) and configured to carry a first base-section (40) of the first embossing-component (48). In a particular aspect, a first, supplemental embossing-segment (52) is operatively joined and selectively positionable on the rotary shaft member (46), and is configured to carry a first supplemental-section (42) of the first embossing-component (48). In other aspects, a first spacing mechanism (56) can adjust a radial position of the first, supplemental embossing-segment (52), and a first, supplemental attachment-mechanism (60) can secure the radial position of the second supplemental embossing-segment (52).
    • 压花方法和装置(20)包括具有径向方向(28)和外周表面(34)的旋转压花装置(32)。 压花装置(32)包括至少一个从圆周表面(34)至少径向向外延伸的压印部件(48),并且构造成提供第一压花图案(38)。 压花装置(32)还包括旋转轴构件(46)。 底部压花段(50)可操作地连接到旋转轴构件(46),并构造成承载第一压花部件(48)的第一基部(40)。 在特定方面,第一补充压花段(52)可操作地接合并选择性地定位在旋转轴构件(46)上,并且构造成承载第一压花部件(42)的第一补充部分(42) 48)。 在其他方面,第一间隔机构(56)可以调节第一补充压花段(52)的径向位置,并且第一附加附接机构(60)可以固定第二辅助压花段(52)的径向位置, 段(52)。