The Procter Gamble Company

Michael Bernard Dugas

Ronald Joseph Zink

Ward William Ostendorf

Michael Scott Prodoehl

Brian David Douglas

Lisa Craft Blanton

Jennifer Lynne Brown

Mark John Steinhardt

Chow-Chi Huang

Timothy Charles Rothwell

Kara Marie Cain

Keith Hobart Gausmann

Donald William Yelton

John Patrick Goodall

Barry Robert Silber

Douglas Edgar Robinson

A method and device for applying sheet material, such as wallpaper, to a substrate. The applicator is bi-positionable, having a first position where the sheet material is spaced apart from the substrate and a second position where the sheet material contacts the substrate. Additionally or alternatively, the applicator may be provided with a control bar. In the first position, the control bar contacts a portion of the sheet material such as its free end. This minimizes the chance of the sheet material prematurely contacting the substrate. In the second position, the sheet material is disengaged from the control bar for application to the substrate. The applicator and sheet material may be provided together in a kit.

Applicator for and method of applying a sheet material to a substrate

A kit providing at least one roll of a convolutely wound web material and at least one roll-support adapter and a method of marketing the kit. The roll-support adapter interfaces with an existing roll-holding fixture to increase the single roll capacity of the roll holder and to hold and dispense the roll of convolutely wound web material. The kit may provide rolls having a diameter larger than the capacity of the existing roll-holding fixture.

Kit for providing wound web materials and method for marketing the materials

This invention relates to a scrub pad comprising a scrubbing layer having a periphery along the edges of the layer; a wiping layer having a periphery along the edges of the layer; and an absorbent core layer having a periphery along the edges of the layer comprising at least one absorbent material selected from the group consisting of short-fiber, air-laid nonwoven material, nonwoven plastic batting, cellulosic fibrous web materials, wax coated paper, corrugated paper, fluff pulp, cotton balls, cotton batting, or mixture thereof; wherein the absorbent core layer is located intermediate to the scrubbing layer and the wiping layer and wherein the scrubbing layer, the absorbent core layer and the wiping layer are joined at the periphery of each layer.

Multilayer scrub pad

A method and apparatus for separating two laminae of a laminate. The apparatus has a separator extending into the path of the laminate as it travels through the apparatus. The separator may be shaped similar to a knife blade and be interposed between the two laminae of the laminate as the laminae pass by the separator. At least a portion of the laminae of the laminate are separated from one another by the separator during dispensing.

Laminae separating dispenser and method of use

A scrub pad comprising a scrubbing layer having a periphery along the edges of the layer, a wiping layer having a periphery along the edges of the layer, and an absorbent core layer having a periphery along the edges of the layer. The scrub pad has at least one absorbent material selected from: short-fiber, air-laid nonwoven material, nonwoven plastic batting, cellulosic fibrous web materials, wax coated paper, corrugated paper, fluff pulp, cotton balls, cotton batting, and mixtures thereof The absorbent core layer is located intermediate to the scrubbing layer and the wiping layer and wherein the scrubbing layer, the absorbent core layer and the wiping layer are joined at the periphery of each layer to form a bonded edge. The scrubbing layer comprises at least one ply further comprising a material selected from: polyethylene, polypropylene, nylon, and mixtures thereof, the scrubbing layer being shaped as a mesh, or scrim of filaments, wherein the mesh or scrim further comprises filaments having a diameter of from about 0.1 mm to about 1.0 mm. The filaments of the mesh form cells bounded by the filaments that have an area of from about 2 mmto about 25 mm, intersect at one or more points, and are sealed at one or more of the intersecting points to form one or more nodes that are from about 0.2 mm to about 1.0 mm in size.

A multi-layer article comprised of a first and second layers bonded together. The first layer is comprised of two plies and a third material between the two plies. The two plies are bonded together at a plurality of discrete bond sites. The bonding of the plies form an interior region between the plies. The third material of the first layer is disposed between and substantially fills the interior region between the plies. The third material differs from the first and second plies by at least one material property selected from thermal properties, elongation properties, elastic properties, or conductive properties. The third material is apertured in regions coincident with the bond sites of the first layer and the first and second plies are joined to each other through the apertures. The second layer of the article comprises a cellulosic web.

Multi-layer wiping device

An embossed paper laminate having two laminae is provided. The laminae are joined such that there is at least one zone of the laminate wherein the peel strength of the laminate in that zone is greater than the peel strength of the laminate in other zones of the laminated paper product. The laminate is made by two close tolerance pattern rolls juxtaposed to form a nip. Each pattern roll has radially extending protuberances which contact the periphery of the other pattern roll intermediate its protuberances. The laminae are fed through the nip in face-to-face relationship and are embossed and adhesively joined to the other lamina by the radially extending protuberances. The laminating adhesive is supplied to the various zones of the laminated paper product at a level that is appropriate for providing the requisite peel strength for that zone.

Growing community of inventors

Wyoming, OH, United States of America

Michael Bernard Dugas