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    • 4. 发明授权
    • Bib having gravitationally openable pocket
    • 围兜具有重力打开的口袋
    • US4445231A
    • 1984-05-01
    • US486573
    • 1983-04-19
    • John R. Noel
    • John R. Noel
    • A41B13/10
    • A41B13/103A41B2400/52
    • A bib, preferably disposable, having a top panel, a full-width pocket having side seams, and an apron panel which pendulously depends from the transverse upper edge of the front wall of the pocket (i.e., a pocket panel) so that the weight of the apron panel acts to gravitationally open the pocket and hold it open, and so that the apron panel may be used as a face wipe without inverting the pocket. Gravitational opening of the pocket is further enabled by virtue of the transverse upper edge of the pocket panel being disposed at a higher elevation than the top ends of the side seams of the pocket when viewed with the bib in its use orientation and/or by securing together face-to-face areas of the pocket panel and the apron panel which are disposed adjacent their coextensive upper edges. Preferably such areas which are secured in face-to-face relation are centrally disposed with respect to the width of the bib. Also, preferably, the bib is a unitary structure comprising a sheet of a crease sustaining laminated material having an absorbent front lamina, and wherein the panels are demarked from each other by transverse fold lines which have been creased. Additionally, the bib may further comprise: a duplex refastenable tape fastener; a line-of-weakening to enable detaching all or part of the apron panel for use as a post-use wipe; and a detachable neck-opening portion.
    • 一种优选一次性的围兜,其具有顶板,具有侧缝的全宽口袋,以及从袋口的前壁的横向上边缘(即,口袋面板)下垂地悬挂的围裙面板,使得重量 围裙面板用于​​重力打开口袋并保持其打开,并且使得围裙面板可以用作脸部擦拭而不反转口袋。 口袋的重力开口通过袋口的横向上边缘被设置在比袋子的侧面接缝的顶端更高的高度,当沿着其使用方向和围边缘观察时 一起面对面地区域,这些面板区域和围裙面板邻近它们共同的上边缘设置。 优选地,以面对面的关系固定的这些区域相对于围兜的宽度居中设置。 此外,优选地,围拢是包括具有吸收性前层的折痕保持层压材料片的整体结构,并且其中通过已折皱的横向折线彼此分开。 此外,围兜还可以包括:双重可重新扣紧的带子紧固件; 一条弱化线,以便将所有或部分围裙面板分离,以用作后用擦拭物; 和可拆卸的颈部开口部分。
    • 7. 发明授权
    • Loop fastening material for fastening device and method of making same
    • 用于紧固装置的环形紧固材料及其制造方法
    • US5032122A
    • 1991-07-16
    • US355065
    • 1989-05-17
    • John R. NoelCharles L. Scripps
    • John R. NoelCharles L. Scripps
    • A44B18/00A61F13/62B29C65/02
    • B29C66/69A44B18/0011A61F13/627B29C65/02B29C65/08B29C65/14B29C66/71B29C66/729B29C66/7294B29C66/73711B29C66/73712B29C66/73715Y10T24/27
    • A loop fastening material having a backing of orientable material and a multiplicity of fibrous elements extending from the backing. The fibrous elements are formed by filaments positioned on the backing and secured to the backing when the orientable material of the backing is in its dimensionally unstable state. The filaments are preferably positioned on the backing parallel to each other and essentially parallel to the path of response of the orientable material. The filaments are intermittently secured to the backing at spaced, fixed regions along the filaments so that each pair of fixed regions defines therebetween an unsecured catching region. Thus, the fibrous elements are formed by the shirring of the filaments at the catching regions when the orientable material is caused to be transformed to its dimensionally stable state such that it is caused to contract or gather along its path of response.The loop fastening material is formed by a method comprising the steps of:providing a backing of orientable material in its dimensionally unstable state;positioning a plurality of filaments on the backing;securing the filaments to the backing at spaced, fixed regions along each of the filaments, the fixed regions defining between each pair an unsecured catching region; andcausing the orientable material to be transformed along its path of response to its dimensionally stable state thereby shirring the filaments at the catching regions to form fibrous elements projecting from the backing between the fixed regions.
    • 环形紧固材料,其具有可取向材料的背衬和从背衬延伸的多个纤维元件。 当背衬的可取向材料处于其尺寸不稳定状态时,纤维元件由定位在背衬上的细丝形成并固定到背衬上。 长丝优选地彼此平行地定位在背衬上,并且基本上平行于可取向材料的响应路径。 长丝在沿着细丝的间隔开的固定区域间歇地固定到背衬上,使得每对固定区域之间在其间限定不安全的捕获区域。 因此,当将可取向材料变形为其尺寸稳定状态使得沿着其响应路径收缩或聚集时,纤维元件通过在捕获区域的细丝的收缩而形成。 环紧固材料通过包括以下步骤的方法形成:在其尺寸不稳定状态下提供可取向材料的背衬; 将多根细丝定位在背衬上; 在沿每个长丝的间隔开的固定区域将长丝固定到背衬上,固定区域在每对之间限定不受约束的捕获区域; 并且使得可取向材料沿其响应于其尺寸稳定状态的路径变形,从而在捕获区域上将细丝抽出,以形成从固定区域之间的背衬突出的纤维元件。
    • 10. 发明授权
    • Fluid distribution member for absorbent articles exhibiting high suction
and high capacity
    • 具有高吸力和高容量的吸收制品的流体分配构件
    • US5549589A
    • 1996-08-27
    • US382817
    • 1995-02-03
    • James C. HorneyJohn R. Noel
    • James C. HorneyJohn R. Noel
    • A41D13/02A61F5/44A61F13/15A61F13/53B01J20/26D21H11/00D21H13/24D21H15/04B27J5/00
    • A61F13/53A61F13/53747
    • The fluid distribution members according to the present invention preferably comprise three basic components: chemically stiffened, twisted, and curled bulking fibers, high surface area fibers, and thermoplastic binder fibers. Fluid distribution members according to the present invention use a high surface fiber to provide capillary pressure (or suction) to the fluid distribution member. These high surface area fibers are generally small and highly conformable. They provide the substrate with capillary pressure well in excess of the capillary pressure found in the bulk-providing chemically stiffened, twisted, and curled fibers alone. A presently preferred fiber for this high surface application is the eucalyptus family of wood pulp fibers. Eucalyptus provides the capillary pressure usually associated with cellulose fines, but at a large enough length and denier so as to not fill in the voids provided by the chemically stiffened, twisted, and curled fibers and will not easily pass through a forming screen.
    • 根据本发明的流体分配构件优选地包括三个基本组分:化学硬化,扭曲和卷曲的膨松纤维,高表面积纤维和热塑性粘合剂纤维。 根据本发明的流体分配构件使用高表面纤维来向流体分配构件提供毛细管压力(或抽吸)。 这些高表面积纤维通常较小并且高度一致。 它们为基材提供了毛细管压力,超过了大量提供化学硬化,扭曲和卷曲纤维的毛细管压力。 用于该高表面应用的目前优选的纤维是桉木木浆纤维系列。 桉树提供通常与纤维素细粉相关的毛细管压力,但足够大的长度和旦数,以便不填充由化学硬化,扭曲和卷曲的纤维提供的空隙,并且不容易通过成形筛。