Kimberly-clark Worldwide, Inc.

Krzysztof Andrzej Szymonski

Herb F Velazquez

Jacek K Dutkiewicz

Richard Warren Tanzer

Tong Sun

Bernhardt Edward Kressner

Palani Raj Ramaswami Wallajapet

Yong Li

Kristin Ann Goerg-Wood

Michael Franklin Kalmon

Daphne Lynn VanBuren

Jian Oin

Sara Marie Etheridge

Donald Francis Guay

Gerard Martin Aberson

A dispenser for dispensing interfolded disposable sheets is disclosed. The dispenser includes a removable panel that is attached to the first sheet in the stack contained in the container. When the removable panel is pulled off the container, the first sheet in the stack is partially or completely withdrawn from the container. The removable panel may be adhered to the first sheet using an adhesive material. The adhesive material may be contained in a recess formed in the removable panel. The recess is designed to protect the adhesive material during manufacture of the product and/or to prevent the adhesive material to adhering to other portions of the product. In one embodiment, after the stack of sheets are loaded into the dispenser, the recess is inverted forming a protrusion that contacts the first sheet in the stack and forms a bond between the removable panel and the first sheet.

Tissue sheet dispenser and process for making same

A dispenser, and associated method for producing such dispenser, for interfolded disposable sheets includes a dispensing container defining an interior volume sufficient for receipt of a clip of interfolded disposable sheets, the container including a first wall with a dispensing opening defined by a removable panel. At least a portion of an adhesive material is disposed at a location on the removable panel such that the adhesive is not exposed to the interior volume of the container in an adhesive state. A clip of interfolded disposable sheets is inserted into the interior volume of the container. After insertion of the clip, the adhesive material is exposed in an adhesive state to the interior volume of the container and contact is made between the adhesive and the uppermost sheet of the clip of interfolded sheets such that the removable panel is attached to the uppermost sheet.

A composite absorbent structure and method are disclosed including providing a first wicking layer having preferred liquid transport properties in a preferred contact with a second absorbent retention layer. The composite absorbent structure of the present invention provides preferred liquid transport and liquid retention properties. The composite absorbent structure has a first wicking layer in a preferred contact with the second retention layer by a novel intimate contact means effective to achieve a Contact Intimacy Ratio providing the preferred liquid transport and liquid retention functions when the first wicking layer and the second absorbent retention layer are combined together in accordance with the present invention. In one aspect, a bonding agent is used in the present invention in combination with the first wicking layer of wettable fibers and a second retention layer of a hydrogel-forming polymeric material, preferably superabsorbent, to form a composite absorbent structure having the preferred Contact Intimacy Ratio and providing the preferred liquid transport function and the preferred liquid retention function.

Absorbent structure and method

Disclosed is a process for treating cellulosic fibers using high temperatures that is effective to result in modified cellulosic fibers that exhibit desired properties such as water retention values and wet curl values. The high temperature process is quite efficient and has been found to produce cellulosic fibers that are essentially uniformly treated. Also disclosed is a handsheet prepared from the treated cellulosic fibers for use in disposable absorbent products.

Treatment process for cellulosic fibers

Growing community of inventors

Neenah, WI, United States of America

Krzysztof Andrzej Szymonski