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US 2026/0275645 A1Published application
Discrete cells and emboss elements
AssigneeThe Procter & Gamble Company
InventorsKari B. Ross, Kathryn Christian Kien, Charles Allen Redd, Osman Polat, Anthony Paul Bankemper
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Abstract
Belts and fibrous structures of the present disclosure may comprise a discrete cell comprising a non-linear side and an emboss element comprising a linear side.
Claims17
A fibrous structure, comprising:
- a discrete cell comprising a non-linear side, such that greater than 50%, of the side is non-linear;
- and
- an emboss element consisting of linear sides, such that greater than 50% of each side is linear.
A fibrous structure, comprising:
- a discrete cell consisting of linear sides and comprising a Cell Width of at least about 0.066 inches and a Cell Height of at least 0.066 inches;
- and
- an emboss element comprising a non-linear side.
A paper making belt, comprising:
- a resinous discrete cell comprising a non-linear side;
- and
- an emboss element consisting of linear sides, such that greater than 50% of each of the sides is non-linear.
A display, comprising:
- a package comprising a rolled product, the rolled product comprising a fibrous structure, the fibrous structure comprising:
- a discrete cell comprising a non-linear side;
- an emboss element consisting of linear sides;
- and
- wherein the package comprises a representation of the discrete cell.
2 more elements
A method of forming a fibrous structure, the method comprising:
- Wet forming discrete cells in the fibrous structure using a paper making belt comprising a discrete resinous cell having a Cell Width of at least about 0.066 inches and a Cell Height of at least 0.066 inches;
- and
- Dry forming an emboss element in the fibrous structure using an emboss element having an Emboss Width greater than the Cell Width and/or an Emboss Height greater than the Cell Height.
Dependencies are inferred from the claim text.