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    • 2. 发明授权
    • Side-by-side absorbent pad forming
    • 并排吸收垫成型
    • US5762844A
    • 1998-06-09
    • US834394
    • 1997-04-16
    • James George Van HimbergenThomas George OlsenJames Joseph WiltziusJohn Wallace de VosLeon Robert FlesburgRyan Joseph RothBrian Keith Costelic
    • James George Van HimbergenThomas George OlsenJames Joseph WiltziusJohn Wallace de VosLeon Robert FlesburgRyan Joseph RothBrian Keith Costelic
    • A61F13/15B27N3/04
    • A61F13/15617
    • A distinctive method and apparatus (20) for forming a composite fibrous web (22) includes a web supply (24, 25), which provides at least two appointed fiber layer sections (26, 28) of desired fiber material. Each of the layer sections (26, 28) has a selected composition. A fiberizer (30) disintegrates each of the fiber layer sections (26, 28) into individual, laterally adjacent fiber streams (32, 33) while substantially maintaining a lateral separation of the fiber streams while the fiber streams (32, 33) are moving through the fiberizer (30). A directing channel (34) delivers the fiber streams (32, 33) from the fiberizer (30) to a forming chamber (40). The forming chamber (40) is configured to substantially maintain the separation of the fiber streams. A foraminous forming surface (48) is disposed within the forming chamber (40), and is configured to receive each of the fiber streams (32, 33) to produce individual, fibrous web sections (76a, 76b) substantially corresponding to the individual fiber streams (32, 33). A transporter (60) removes the fibrous web sections (76a, 76b) from the forming surface (48), and an integrator (62) laterally displaces and superposes one of the fibrous sections (32, 33) onto another of the fibrous web sections to provide the composite fibrous web (22).
    • 用于形成复合纤维网(22)的独特方法和装置(20)包括一个网供应件,其提供至少两个所需纤维材料的指定的纤维层部分(26,28)。 每个层部分(26,28)具有选定的组成。 纤维化器(30)将纤维层部分(26,28)中的每一个分解为单独的横向相邻的纤维流(32,33),同时基本保持纤维流的横向分离,同时纤维流(32,33)移动 通过纤维化器(30)。 引导通道(34)将纤维流(32,33)从纤维化器(30)输送到成形室(40)。 成形室(40)构造成基本保持纤维流的分离。 多孔成形表面(48)设置在成形室(40)内,并且构造成接收每个纤维流(32,33)以产生基本对应于各个纤维的单独的纤维网部分(76a,76b) 流(32,33)。 输送器(60)从成形表面(48)移除纤维幅材部分(76a,76b),并且积分器(62)将纤维部分(32,33)之一横向移位并叠置在另一个纤维幅材部分 以提供复合纤维网(22)。