Kimberly-clark Worldwide, Inc.

Aaron Dee Schilpp

Michael Donald Sperl

Marcille Faye Ruman

Eric Donald Johnson

Thomas Michael Ales

Shannon Kathleen Melius

Kent Allan Franklin

Dean M Wydeven

Joy Patricia Bauman

Paula K DeBruin

Marty J Granius

Douglas N Duehring

Tami Lynn Kurtz

Anita M Gilgenbach

Steven Carl Strubbe

Absorbent articles are disclosed that have been printed with active graphics alone or in combination with permanent graphics to create a wetness indicator. Different active graphic compositions and/or permanent graphic compositions are combined so as to make the wetness indicator very prominent on the article. In addition, when the absorbent article is wetted, the active graphics undergo a change that is easily noticed by the wearer or the caregiver for the wearer. In one embodiment, for instance, active graphics are positioned within a distinctive frame. The frame focuses a person's attention onto the active graphics. The active graphics fill most of the surface area of the frame such that when the absorbent article is wetted, a clearly noticeable change occurs.

Absorbent articles with intricate graphics

An absorbent article for personal wear includes inner and outer surfaces, an absorbent body disposed therebetween, and front waist, back waist, and crotch regions. The article also includes front and back side panels that are releasably attachable at a seam using an article fastening component and an article fastener landing zone to define a wear configuration of the absorbent article. The article also includes a finger tab attached to one of the front and back side panels, wherein the tab includes a tab fastening component, wherein a front or back side panel includes a tab landing zone, wherein the tab fastening component is fastened to the tab landing zone to form a tab connection when the article is in a wear configuration, and wherein the tab connection has lower peel and shear strengths per unit area than the peel and shear strengths per unit area of the seam.

Disposable absorbent article with finger tab without compromising stretch

A process for providing feedforward control to control the feed rate of an elastic material. The process involves measuring the distance between registration marks on the elastic material prior to cut-off. These measurements are compared to a target cut length. The feed rate of a feed roll is adjusted, based on the target cut length and the distance between the registration marks, to maintain the cut length of the elastic material at the target cut length.

Feedforward control system for an elastic material

Growing community of inventors

Appleton, WI, United States of America

Aaron Dee Schilpp