Abstract: A disposable absorbent article including a pair of first fasteners, at least a portion of each first fastener being situated inboard from each longitudinal side edge in the first waist region, each first fastener being adapted to engage at least a portion of the inner surface of the second waist region, each first fastener comprising a resilient material. The disposable absorbent article also includes a disposal fastener, at least a portion of the disposal fastener being situated inboard from the longitudinal side edge in the second waist region, the disposal fastener adapted to engage at least a portion of the outer surface, the disposal fastener comprising a resilient material.

Abstract: A disposable absorbent article including a pair of first fasteners, at least a portion of each first fastener being situated inboard from each longitudinal side edge in the first waist region, each first fastener being adapted to engage at least a portion of the inner surface of the second waist region, each first fastener comprising a resilient material. The disposable absorbent article also includes a disposal fastener, at least a portion of the disposal fastener being situated inboard from the longitudinal side edge in the second waist region, the disposal fastener adapted to engage at least a portion of the outer surface, the disposal fastener comprising a resilient material.

Abstract: A disposable absorbent article including a pair of first fasteners, at least a portion of each first fastener being situated inboard from each longitudinal side edge in the first waist region, each first fastener being adapted to engage at least a portion of the inner surface of the second waist region, each first fastener comprising a resilient material. The disposable absorbent article also includes a disposal fastener, at least a portion of the disposal fastener being situated inboard from the longitudinal side edge in the second waist region, the disposal fastener adapted to engage at least a portion of the outer surface, the disposal fastener comprising a resilient material.

Abstract: A distinctive article has first and second waistband sections, and an intermediate section which interconnects the waistband sections. The article comprises a backsheet layer, a liquid permeable topsheet layer superposed in facing relation with the backsheet layer, and an absorbent body interposed between the backsheet and topsheet layers. At least one adhesive tape member connects to the first waistband section. The tape member has a factory-bond section for connecting the tape member to the first waistband section, and a user-bond section for securing the article on a wearer. The user-bond section connects to a finger tab which includes a non-securing grasping section thereof. In particular embodiments, the grasping section can comprise a layer of absorbent material.

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 article has first and second waistband sections, and an intermediate section which interconnects the waistband sections. The article comprises a backsheet layer, a liquid permeable topsheet layer superposed in facing relation with the backsheet layer, and an absorbent body interposed between the backsheet and topsheet layers. At least one adhesive tape member connects to the first waistband section. The tape member has a factory-bond section for connecting the tape member to the first waistband section, and a user-bond section for securing the article on a wearer. The user-bond section connects to a finger tab which includes a non-securing grasping section thereof. In particular embodiments, the grasping section can comprise a layer of absorbent material.

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.