The Procter Gamble Company

The Proctor 'gamble Company

Mark Edwin Forry

John P Erspamer

Mark Douglas Young

Charles John Berg, Jr

Charles J Berg

Dean Van Phan

Ward William Ostendorf

Robert Stanley Ampulski

John Collins Dyer

Michael Gomer Stelljes

Matthew Alan Russell

Kevin Mitchell Wiwi

Donn Nathan Boatman

Alyssandrea Hope Hamad-Ebrahimpour

Jeanette Marie Swartz

Robert Lee Barcus

Nicholas James Nissing

George Vincent Wegele

Glen Charles Fedyk

Krista Beth Comstock

Alan Howard Ullman

Timothy Paul Fiedeldey

Timothy Duane Smith

Raymond J Ludwa

David A Peterson

Prashanth M Kini

Amanda K Jones

Marilyn M Haugen

Yonas (nmn) Gizaw

Charles John Berg

John Paul Erspamer

Thermoplastic heteropolysaccharide derivatives, articles employing such thermoplastic heteropolysaccharide derivatives and methods for making such thermoplastic heteropolysaccharide derivatives are provided.

Thermoplastic heteropolysaccharide derivatives and methods for making same

The present invention relates to embossed tissue-towel paper products comprising one or more plies of tissue paper wherein at least one of the plies of tissue paper comprises a plurality of embossments wherein the at least one embossed plies have a total embossed area less than or equal to about 15% and an average embossment height of at least about 650 &#x3bc;m and E factor of between about 0.0150 to about 1.0000 inchesper number of embossments.

Deep-nested embossed paper products

Tissue paper having indicia disposed thereon. The tissue paper may be through air dried, or otherwise structured to provide a texture on at least one face. The textured face of the tissue paper has indicia printed thereon. The indicia provides a high fidelity, realistic visual impression of whatever is represented thereby. This realistic impression allows the indicia to be taken from photographic sources, as well as artwork.

Process for high fidelity printing of tissue substrates, and product made thereby

A cleaning apparatus for a printing press. The cleaning apparatus of the present invention allows for effective removal of contaminants from printing press print plates while the printing press is running. Furthermore, the cleaning apparatus of the present invention effectively applies and removes cleaning fluids such as water from the printing plate without resulting in the formation of water drops and streaks on the printed substrate.

Cleaning apparatus for printing press

A tissue package comprising a plurality of tissues and a dispensing package. The plurality of tissues is compressed in two discrete stages, each of which stage can be released independently from the other. The first stage of compression is less than the second stage compression. The user releases the second stage of compression, whereby the tissues can expand up to the first stage of compression. The user releases the first stage of compression just before installing the plurality of tissues into a dispensing package or dispenses the tissues through a restraint while they are held in the first stage compression.

Dispensing package for discrete stage compressed diapers compressed

A tissue package comprising a plurality of tissues and a dispensing package. The plurality of tissues is compressed in two discrete stages, each of which stage can be released independently from the other. The first stage of compression is less than the second stage of compression. The tissues are transported and stored while under the second stage of compression. The user releases the second stage of compression, whereby the tissues can expand up to the first stage of compression. The user releases the first stage of compression just before installing the plurality of tissues into a dispensing package or dispenses the tissues through a restraint while they are held in the first stage compression.

Dispensing package for discrete stage compressed tissues, compressed

A cotton pad package comprising a plurality of cotton pads and a dispensing package. The plurality of cotton pads is compressed in two discrete stages, each of which stage can be released independently from the other. The first stage of compression is less than the second stage of compression. The cotton pads are transported and stored while under the second stage of compression. The user releases the second stage of compression, whereby the cotton pads can expand up to the first stage of compression. The user releases the first stage of compression just before installing the plurality of cotton pads into a dispensing package or dispenses the cotton pads through a restraint while they are held in the first stage compression.

Dispensing package for discrete stage compressed cotton pads, compressed

An absorbent article or portion thereof comprises first and second layers joined together intimately in a generally parallel and coextensive manner. Each layer has a pattern of multiple discrete holes or regions of low density which are separated by regions of high density. The layers are aligned to minimize the number of holes or regions of low density of one layer which substantially overlap one or more holes or regions of low density of the other layer. The articles are characterized by better wicking, lower thermal conductivity and improved appearance compared to articles in which a higher degree of overlap of low density areas is noted. A process for making absorbent articles having improved wicking is also disclosed. This process is carried out by aligning the adjacent layers of the absorbent body as described above.

Absorbent article

Growing community of inventors

Hamilton, OH, United States of America

Mark Edwin Forry