Kimberly-clark Worldwide, Inc.

Other

Kimberly-clark Corporation

Gunilla Elsa Gillberg-LaForce

Elizabeth Deibler Gadsby

Ali Yahiaoui

Dennis Stein Everhart

David John Tyrrell

Robert Cosmo Di Luccio

Wade Bolton May

Michael John Faulks

Duane Gerard Krzysik

Susan Carol Paul

Pamela Jean Mayberry

Gordon Allen Shaw

Audra Stefanik Wright

Frank Jerrel Akin

David Charles Musil

Karen Marie Menard

Frank Andrew Rosch, Iii

Diane Michele Underhill

Jeffrey Michael Hockersmith

David Lewis Myers

Leonid Anthony Turkevich

John Gavin MacDonald

Ronald S Nohr

Kevin George Hetzler

Rob Lee Jacobs

Peter Michlovich Kobylivker

An absorbent article includes a vapor permeable backsheet, a liquid permeable topsheet positioned in facing relation with the backsheet; and an absorbent body located between the backsheet and the topsheet. The absorbent body may include multiple zones of high air permeability. The absorbent article may also include a ventilation layer between the absorbent body and the backsheet and a surge management layer between the absorbent body and the topsheet. The article exhibits improved air exchange within the article during use. As a result, the article maintains the temperature and exhibits substantially reduced levels of hydration of the wearer's skin when in use which renders the skin less susceptible to the viability of microorganisms. The absorbent article may further include lotion formulations and/or treatment compositions thereon for maintaining or improving skin health.

Absorbent article which maintains or improves skin health

The present invention relates to a topical delivery system effective in depositing a thin, tenacious and substantially continuous coating of a silk protein on skin by an aqueous emulsion mediated dissolution of protein from a substrate with subsequent transfer and deposition onto the skin. Coatings of silk protein on skin resist removal, thereby providing a protective barrier against chemically- and biochemically-induced skin damage. The treatment composition also provides a vehicle for administering an effective dose of an active agent to the skin surface.

Silk protein treatment composition and treated substrate for transfer to skin

A method of coating the surface of a substrate, such as a film or a fibrous web, which is composed of a hydrophobic polymer. The method involves providing a solution of a first polyelectrolyte having ionizable groups and a solution of a second polyelectrolyte having ionizable groups. The two solutions then are mixed under conditions adapted to result in the formation of a nonstoichiometric polyelectrolyte complex. Finally, the surface of the hydrophobic polymer substrate is contacted with a solution of the complex under conditions sufficient to result in the coating of the surface of the substrate with the complex. The ionizable groups of the second polyelectrolyte have a latent charge opposite the latent charge of the ionizable groups of the first polyelectrolyte. Moreover, the amounts of the first and second polyelectrolytes are selected to give a ratio of the number of ionizable groups in the first polyelectrolyte to the number of ionizable groups in the second polyelectrolyte of at least about 2, and the molecular weight of the first polyelectrolyte is at least about 40,000 daltons and at least about 2 times the molecular weight of the second polyelectrolyte.

Coating of a hydrophobic polymer substrate with a nonstoichiometric

A method for coating the surface of a substrate composed of a hydrophobic polymer with a hydrophobic vinyl polymer. The method includes preparing a solution of the hydrophobic vinyl polymer in a polar nonaqueous solvent, such as 1-methyl-1-pyrrolidinone, in which the hydrophobic vinyl polymer is surface-active. The substrate then is treated with the solution under conditions sufficient to deposit the hydrophobic vinyl polymer on the substrate. The hydrophobic vinyl polymer may have readily hydrolyzable pendant groups which, upon hydrolysis thereof in an aqueous medium, will result in the formation of a hydrophilic vinyl polymer coating on the substrate. For example, the hydrophobic vinyl polymer may be poly(vinyl trifluoroacetate). Also provided are coated substrates, in which the substrate is a shaped article composed of a hydrophobic polymer. The shaped article may be, for example, a film, fiber, or nonwoven web.

Surface modification of hydrophobic polymer substrate

A fluid-tight container adapted to contain a fluid, volatile solid, or absorbent for a fluid, in which at least a portion of the container includes a material which, when sufficiently stretched, develops sufficient porosity to allow passage of the fluid through the material. In some embodiments, the material may be a film. For example, the film may be a filled film. As another example, the film may be an elastic film, such as a hard-elastic film. In other embodiments, the material may be a laminate. Components of the laminate may be a film or a nonwoven web, in which case the film may be a filled film or an elastic film, such as a hard-elastic film. Desirably, the laminate will include a film and a nonwoven web. The fluid-tight container may include a fluid-absorbing solid, such as silica gel or activated carbon for absorbing moisture or odors. In such case, the movement of fluid through the material is into the container. Alternatively, the fluid-tight container may include a liquid. For example, the container may include a gel, cream, or lotion, in which case the movement of fluid through the material is from the container. Also provided is a method of dispensing a liquid which involves providing a fluid-tight container as described above, providing a liquid in the fluid-tight container, and stretching the container.

Stretch-activated container

A pull-activated container adapted to hold a fluid, volatile solid, or absorbent for a fluid wherein at least a portion of the container includes a laminate which, in turn, includes a first layer, a second layer, a third layer, and a grasping means. The first layer is a fibrous sheet, the second layer is a film having a first side and a second side, and the third layer is a porous fibrous sheet. The third layer is inside the container. The first layer is bonded to the first side of the second layer and has a first bonding strength and the third layer is bonded to the second side of the second layer and has a second bonding strength. For example, the first bonding strength may be greater than the second bonding strength to an extent sufficient to permit selectively removing the first and second layers from the third layer without tearing the third layer. The grasping means is affixed to the first layer and has a third bonding strength which is greater than the second bonding strength. If desired, a portion of the first layer may be defined by lines of weakness sufficient to aid in removing such portion at least partially from the third layer. Desirably, the grasping means will be attached to the portion of the first layer which is defined by lines of weakness.

Pull-activated container

Shaped articles having improved properties

Growing community of inventors

Roswell, GA, United States of America

Gunilla Elsa Gillberg-LaForce