The Procter Gamble Company

Oscar Antonio Ruiz

Mark James Kline

Jeromy Thomas Raycheck

Anna Elizabeth Macura

Michael Irwin Lawson

Donald Carroll Roe

Eiro Fukuda

John Carroll Molander

Wearable disposable absorbent articles such as disposable diapers, having elastically extensible fastening members (also sometimes known as fastening 'ears') with particular features, extending from a chassis or main portion of the articles, are disclosed. The fastening members may be highly extensible and have an overall geometry characterized by greater length nearer the chassis or main portion and lesser length nearer the distal end. Examples disclosed may have a fastener zone having a Stiffness of at least about 1,500 N/m, and shape and dimensional characteristics, that help avoid problems of buckling and/or flipping of edges of the fastening members, dishing of fastener components, and fastening member tearing, while the articles are applied and worn.

Wearable article with highly extensible fastening member having stress distribution features

A two-piece wearer absorbent article having an outer cover and an absorbent insert is disclosed. The outer cover has a landing zone comprising a loops material disposed on the front waist region, and extending laterally across substantially all of the front waist region. The inner surface of the outer cover has an insert fastener component disposed in the front region thereof, and the insert fastener component is secured directly to the loops material.

Two-piece wearable absorbent article having advantageous front waist region and landing zone configuration

Wearable disposable absorbent articles such as disposable diapers, having elastically extensible fastening members (also sometimes known as fastening 'ears') with particular features, extending from a chassis or main portion of the articles, are disclosed. The fastening members may be highly extensible and have an overall geometry, characterized by greater length nearer the chassis or main portion and lesser length nearer the distal end. Examples disclosed may have a fastener zone having a Stiffness of at least about 1,500 N/m, and shape and dimensional characteristics, that help avoid problems of buckling and/or flipping of edges of the fastening members, dishing of fastener components, and fastening member tearing, while the articles are applied and worn.

A disposable absorbent insert for a two-piece wearable absorbent article having features for the containment and absorption of bodily exudates. The insert may be adapted to be used with an outer cover and may have containment and absorption features including cuff structures that prevent soiling of the outer cover by the wearer's exudates, so that the outer cover may be reused after an exudation event and change of inserts. The insert may have features to enhance containment, absorption, economy of materials and/or fit that makes it asymmetric about its lateral axis, and may have features that direct a user to install the insert with correct front-rear orientation relative the outer cover and/or the wearer.

Disposable absorbent insert for two-piece wearable absorbent article

A structurally optimized component comprising a fastening member having a middle section and an end section, wherein either the middle section comprises an inner slot leg region, an outer slot leg region, and an interior low mass slot leg region or the end section comprises a slot reinforcement having an inner reinforcement region, an outer reinforcement region, and an interior low mass reinforcement region.

Structurally optimized component

A non-elastic thermoplastic film having a noise abatement region and a fastening component. The noise abatement region has a plurality of apertures, wherein each of the plurality of apertures has an area of between about 4 mmto about 75 mm. The fastening component is disposed within the noise abatement region such that the fastening component is surrounded by the noise abatement elements.

Growing community of inventors

Mason, OH, United States of America

Oscar Antonio Ruiz