Abstract: A disposable diaper having an attachment assembly including a subassembly bonded or attached to an exterior surface of a front waist region of the diaper and extending laterally from opposing side edges of the front waist region to form laterally opposing front ears. A reduced-size attachment panel is properly positioned and bonded to the subassembly to improve the functionality of a fastening system of the diaper without interfering with or limiting the extensibility of the diaper chassis, while minimizing the use of relatively expensive attachment panel material.

Abstract: The present invention provides a pattern-unbonded material that has at least two distinct regions. One region has different bond pattern than another region. The different bond pattern provides different, specific functionality or characteristics to the material. In an embodiment, the one region provides an optimal mechanical fastener, hook engagement. The different characteristics include, but are not limited to, opacity, tensile strength or stiffness. The different characteristics are provided by a bond pattern specific to the particular region. The outer regions, in an embodiment, are stronger and appear more substantial by being more opaque than or color-shifted relative to an inner region. The outer regions, in an embodiment, are not directly backed or supported by the garment to which the material is attached. Accordingly, it is important for the outer regions to provide adequate strength, stiffness, color, and opacity absent the garment backing the outer regions.

Abstract: A disposable diaper having an attachment assembly including a subassembly bonded or attached to an exterior surface of a front waist region of the diaper and extending laterally from opposing side edges of the front waist region to form laterally opposing front ears. A reduced-size attachment panel is properly positioned and bonded to the subassembly to improve the functionality of a fastening system of the diaper without interfering with or limiting the extensibility of the diaper chassis, while minimizing the use of relatively expensive attachment panel material.

Abstract: A disposable absorbent article having a longitudinal direction and a lateral direction perpendicular to the longitudinal direction. The article includes an operative, liquid impermeable backsheet, an operative, liquid permeable top sheet connected to the backsheet, and a multi-layer absorbent body positioned between the topsheet and the backsheet. The absorbent body further includes an airlaid, stabilized, first absorbent layer having a first absorbent surface having a first absorbent area, and containing a quantity of absorbent fibers, a quantity of superabsorbent material and a quantity of thermally activated binder material. The absorbent body further includes a second absorbent layer located adjacent the first absorbent layer, the second absorbent layer having a second absorbent surface having a second absorbent area, and containing a quantity of absorbent fibers and a quantity of superabsorbent material, where the first absorbent area is less than the second absorbent area.

Abstract: The present invention provides a pattern-unbonded material that has at least two distinct regions. One region has different bond pattern than another region. The different bond pattern provides different, specific functionality or characteristics to the material. In an embodiment, the one region provides an optimal mechanical fastener, hook engagement. The different characteristics include, but are not limited to, opacity, tensile strength or stiffness. The different characteristics are provided by a bond pattern specific to the particular region. The outer regions, in an embodiment, are stronger and appear more substantial by being more opaque than or color-shifted relative to an inner region. The outer regions, in an embodiment, are not directly backed or supported by the garment to which the material is attached. Accordingly, it is important for the outer regions to provide adequate strength, stiffness, color, and opacity absent the garment backing the outer regions.

Abstract: A feminine guard product capable of absorbing urine applied to said product in relatively small amounts at a relatively low velocity or in relatively large amounts at a relatively high velocity and menses. The feminine guard comprises an outer shell which defines a basin having a volume, an absorbent structure present in said basin, an acquisition layer comprising hydrophilic fibers and present in said basin, and a body side liner having a passage volume of 40 percent and being attached to the outer shell and covering the basin.

Abstract: A garment and attachment system of the present invention include a pair of first attachment pads attached to a first waist section of a garment shell. Each first attachment pad has a primary axis directed generally toward the nearest corner of the garment shell and forming an angle of from 25 to 45 degrees with the transverse axis of the garment shell. At least one second attachment pad is attached to a second waist section of the garment shell. A pair of strap members each have forward and rearward end portions with fasteners attached thereto. The fasteners are releasably engageable with the attachment pads. In particular embodiments, the attachment pads are formed of a loop material having a predetermined loop tip orientation.

Abstract: An attachment system for securing a garment to a wearer includes attachment pads on front and back waist sections of the garment. A pair of straps extend between the front and back waist sections. In one embodiment, the straps releasably engage adapter elements, which in turn releasably engage some attachment pads. In another embodiment, the straps releasably engage some attachment pads directly and releasably engage buckle-type fasteners, which in turn releasably engage other attachment pads.

Abstract: A distinctive method and apparatus for depositing a pattern of material, such as hot-melt adhesive, onto a substrate comprises a supplying mechanism for forming a first and at least a second substantially continuous stream of the selected material, and a gas-directing mechanism for forming a plurality of gas streams. The gas streams have selected velocities and are arranged to entrain the material streams to impart a swirling motion to each of the material streams as it moves toward the substrate. A transport mechanism moves the substrate relative to the supply mechanism along a selected machine direction. A regulating mechanism controls the supplying mechanism and gas-directing mechanism to direct the material stream in a selected path toward the substrate and deposit the material in adjacent semi-cycloidal patterns on the substrate while closely controlling a selected cross-directional positioning of one or more of the deposited patterns.

Abstract: A distinctive method and apparatus for depositing a pattern of material, such as hot-melt adhesive, onto a substrate comprises a supplying mechanism for forming a first and at least a second substantially continuous stream of the selected material, and a gas-directing mechanism for forming a plurality of gas streams. The gas streams have selected velocities and are arranged to entrain the material streams to impart a swirling motion to each of the material streams as it moves toward the substrate. A transport mechanism moves the substrate relative to the supply mechanism along a selected machine direction. A regulating mechanism controls the supplying mechanism and gas-directing mechanism to direct the material stream in a selected path toward the substrate and deposit the material in adjacent semi-cycloidal patterns on the substrate while closely controlling a selected cross-directional positioning of one or more of the deposited patterns.

Abstract: A distinctive method and apparatus for depositing a pattern of material, such as hot-melt adhesive, onto a substrate comprises a supplying mechanism for forming a first and at least a second substantially continuous stream of the selected material, and a gas-directing mechanism for forming a plurality of gas streams. The gas streams have selected velocities and are arranged to entrain the material streams to impart a swirling motion to each of the material streams as it moves toward the substrate. A transport mechanism moves the substrate relative to the supply mechanism along a selected machine direction. A regulating mechanism controls the supplying mechanism and gas-directing mechanism to direct the material stream in a selected path toward the substrate and deposit the material in adjacent semi-cycloidal patterns on the substrate while closely controlling a selected cross-directional positioning of one or more of the deposited patterns.