Kimberly-clark Worldwide, Inc.

Kimberly-clark Corporation

Rodney Lawrence Abba

Robert J Makolin

Robert J Waldron

Andrew Michael Lake

Scott A Baum

David Martin Jackson

Lawrence Howell Sawyer

Heather Anne Sorebo

Sylvia Bandy Little

Charles Wilson Colman

Tamara Lee Mace

MeeWha Lee

Jaime Braverman

Valerie Victoria Finch

Rebecca Lyn Dilnik

Connie Lynn Hetzler

Allan James Krueger

David Michael Matela

Janica S Behnke

Marcus David Weiher

Shelley Rae Rasmussen

Jayne B Nelson

Nancy Donaldson Kollin

Andrew Scott Burnes

David Joseph Nickel

Thomas Patrick Jorgenson

Janice G Nielsen

Mark William Beduhn

Laura Jane Walker

Alexander M Schmidt-Foerst

Jesse James Pasterski

Maureen Myrl Falls

Mark Newland Parsons

Tiffany Marshalle Lee Hunter

Yen-Ling Lai

Michael Brent Kottek

Ann Marie Giencke

Charles John Chappell

Steven Rashad Inabinet

Michael John Bott

John Thomas Cooper

Kent E Kordsmeier

James Allyn Spiers

Ann Margaret Vanevenhoven

Wen Tong Lay

Sarah Elizabeth Long-Radloff

An embossing method and apparatus () comprises a rotary embossing device () having a radial direction () and an outer peripheral surface (). The embossing device () includes at least one embossing-component () which extends at least radially outward from the peripheral surface (), and is configured to provide for a first embossing-pattern (). The embossing device () also includes a rotary shaft member (). A base embossing-segment () is operatively joined to the rotary shaft member () and configured to carry a first base-section () of the first embossing-component (). In a particular aspect, a first, supplemental embossing-segment () is operatively joined and selectively positionable on the rotary shaft member (), and is configured to carry a first supplemental-section () of the first embossing-component (). In other aspects, a first spacing mechanism () can adjust a radial position of the first, supplemental embossing-segment (), and a first, supplemental attachment-mechanism () can secure the radial position of the second supplemental embossing-segment ().

Multi-segmented embossing apparatus and method

A method of preparing coils of wound ribbon to reduce twisting thereof during continuous axial ribbon feed to a processing machine. Each coil has a sequence of turns wound about a central axis and includes a central end at an inner-most turn of the sequence of turns and an outer end at an outer-most turn of the sequence of turns. The method includes orienting a first coil and a second coil so that the first and second coils are wound in identical directions and splicing the central end of the first coil to the central end of the second coil such that at least some twists developed during axial ribbon feed of the first coil are removed during axial ribbon feed of the second coil.

Method for axial feeding of ribbon material and a stock of ribbon material coils for axial feeding

A personal care product that has a liquid impermeable backsheet, a liquid permeable topsheet, and an absorbent composite located between the topsheet and backsheet. The absorbent composite has an upper layer made of synthetic fiber with at most 20 weight percent pulp and the upper layer has a density between about 0.03 and 0.15 g/cc and a basis weight between about 20 to 75 gsm. The composite has a lower layer having from 80 to 95 weight percent pulp, at most 20 weight percent binder, and has a density greater than the upper layer and between 0.06 and 0.20 g/cc, and a basis weight between 120 and 200 gsm.

Pulp and synthetic fiber absorbent composites for personal care products

A method of controlling twisting in ribbon material fed from a coil of ribbon material into a processing machine. The coil has a central axis perpendicular to a plane of the coil. The method includes pulling ribbon material from the coil in a direction having a twist-promoting axial component relative to the plane of the coil and continuously rotating the coil during the pulling step at a rotational speed greater than zero so that a number of twists in the unwound ribbon is maintained below a predetermined number.

Method and apparatus for axial feed of ribbon material

A twist controlling device for ribbon material wound in a coil about a central axis. The device controls twists in the ribbon material as it is fed from the coil to a processing machine. The device includes a gate adapted to be positioned along a ribbon feed path from the coil to the processing machine and having an opening therethrough for receiving the ribbon material. The gate is adapted to engage the ribbon and is rotatable about a gate axis generally coincident with a center of the opening for controlling twisting of the ribbon.

Twist controlling device, rotatable nip and axial feed system

A method of preparing connected coils of wound ribbon in an alternating pattern to reduce twisting thereof during continuous axial ribbon feed to a processing machine. Each coil has a sequence of turns wound about a central axis and includes central end at an inner-most turn of the sequence of turns and an outer end at an outer-most turn of the sequence of turns. The outer end of a first coil of the coils is connected to the central end of a second coil of the coils. The method includes orienting the first coil in a clockwise winding direction and orienting the second coil in a counterclockwise winding direction such that at least some twists developed during axial ribbon feed of the first coil are removed during axial ribbon feed of the second coil.

A process is provided for splicing multiple blocks of multi-lane festooned material. The tail ends of stacks from a first block are spliced to lead ends of stacks from a second block, and the tail ends of the stacks in the second block are spliced with the lead ends of stacks in the first block or another block.

Process for splicing blocks of multi-lane festooned material

Stabilized absorbent material and systems for personal care products having controlled placement of visco-elastic fluids

During tissue converting operations, a tissue 'sausage' is conveyed between a pair of converging tractive belts to a cut-off saw where the sausage is cut into individual clips of tissue. Tissue bulk is preserved by providing the tissue-contacting surfaces of the belts with spaced-apart protrusions which cause the tissue sausage to assume a profile approximating a sine wave. The sine wave profile increases the tractive force of the belts, which in turn allows a lowering of the compressive load exerted by the belts on the tissue sausage. As a result, the bulk loss of the tissue sheets within the sausage is reduced.

Method for applying a tractive force to a stack of tissues with reduced

A tissue product and method are disclosed in which individual discrete tissue sheets which overlap each other are wound into a roll. The overlapping provides a means for pop-up, one-at-a-time tissue dispensing. Preferably, the sheets are dispensed axially from a coreless roll. The overlapping sheets within the roll can be interleaved as well as overlapped to increase the frictional engagement between successive sheets. This product form is useful for a variety of tissue products, such as facial tissue, bath tissue, kitchen towels and napkins.

Rolled tissue products containing discrete overlapped tissue sheets

A microcreping process is improved by using a razor sharp retarder blade positioned such that its razor edge is overlapped by either the primary blade or a back-up blade, whichever extends the furthest downstream. Preferably, pressure is applied to the primary blade through one or more back-up blades arranged in a stepwise configuration.

Process for softening webs

Growing community of inventors

Oshkosh, WI, United States of America

Rodney Lawrence Abba