The present invention relates to an elongated smoking article (100) (100) that extends in a longitudinal direction (L) and comprises a cylindrical smoking body (10) with a combustible material (11) that is surrounded by a wrapping paper (12). The smoking article (100) further comprises a filter element (20) that is configured to reduce substances from combustion gases drawn through the filter element (20) from the burning smoking body (10). A tipping paper (30) is circumscribing the smoking body (10) and the filter element (20) and is attached to external surfaces (13, 21) of the smoking body (10) and the filter element (20). According to the invention, a flavoring (80) is disposed in or on the tipping paper (30) with a distribution that varies in a circumferential direction (C) of the tipping paper (30), such that the amount and/or type of flavoring (80) contacting a smoker's lips (90) depends on a rotational state of the elongated smoking article (100) with respect to the circumferential direction (C).

Green smoking tips and methods of mass manufacturing of green smoking tips comprising extracting volatile compounds and carbonizing hollow plant stem cuts.

The invention relates to a smoking article (120) comprising a smoking article rod portion (2) having a recess (13) and a mouthpiece (110) arranged to be attached to the smoking article. The mouthpiece comprises an elongate cylindrical element (20) having adjacent first and second portions each extending partially along the length of the cylindrical element, the first portion being arranged to be inserted into a smoking article recess by a user. The mouthpiece also comprises an annular element (111) arranged around the second portion of the cylindrical element, the annular element having a larger external diameter than the cylindrical element such that the annular element is larger than the diameter of the recess.

The invention relates to a smoking article (120) comprising a smoking article rod portion (2) having a recess (13) and a mouthpiece (110) arranged to be attached to the smoking article. The mouthpiece comprises an elongate cylindrical element (20) having adjacent first and second portions each extending partially along the length of the cylindrical element, the first portion being arranged to be inserted into a smoking article recess by a user. The mouthpiece also comprises an annular element (111) arranged around the second portion of the cylindrical element, the annular element having a larger external diameter than the cylindrical element such that the annular element is larger than the diameter of the recess.

An embossed tipping paper includes a relief pattern region having a patterned embossing structure formed in the depth of the material of the tipping paper. The embossed tipping paper further includes at least one plain region adjacent to the relief pattern region, the at least one plain region not having an embossing structure formed in the depth of the material of the tipping paper. A sequence of ventilation holes is formed in the at least one plain region. The embossed tipping paper has a substantially rectangular shape and the at least one plain region forms a band of fixed width running between two parallel edges of the substantially rectangular shape.

An embossed tipping paper includes a relief pattern region having a patterned embossing structure formed in the depth of the material of the tipping paper. The embossed tipping paper further includes at least one plain region adjacent to the relief pattern region, the at least one plain region not having an embossing structure formed in the depth of the material of the tipping paper. A sequence of ventilation holes is formed in the at least one plain region. The embossed tipping paper has a substantially rectangular shape and the at least one plain region forms a band of fixed width running between two parallel edges of the substantially rectangular shape.

Joint and blunt tips include at least one cut portion made into a corrugated section of the tip. The cut portion provides a suitable width to receive at least one flavor capsule to be nested therein. When rolled, the corrugated section of the tip forms a pattern which prevents the flavored capsule from falling out of the tip when the flavor capsule is crushed. The tip may be provided in a cylindrical tip form or a conical tip form and works with rolling machines. The cut portion may be formed in a vertical or horizontal configuration along the corrugated section of the tip. One embodiment may feature tips which include a cotton or absorbent member inserted within the cut portion nestled with the flavor capsule. Other embodiments include tips with an absorbent layer along the corrugated section to absorb the contents of the flavor capsule when crushed.

Joint and blunt tips include at least one cut portion made into a corrugated section of the tip. The cut portion provides a suitable width to receive at least one flavor capsule to be nested therein. When rolled, the corrugated section of the tip forms a pattern which prevents the flavored capsule from falling out of the tip when the flavor capsule is crushed. The tip may be provided in a cylindrical tip form or a conical tip form and works with rolling machines. The cut portion may be formed in a vertical or horizontal configuration along the corrugated section of the tip. One embodiment may feature tips which include a cotton or absorbent member inserted within the cut portion nestled with the flavor capsule. Other embodiments include tips with an absorbent layer along the corrugated section to absorb the contents of the flavor capsule when crushed.

A method for producing a diffusion-optimized tipping paper for tobacco products, especially filter cigarettes, by plasma perforation of the web of tipping paper for the purpose of maximum carbon monoxide reduction, wherein the diffusivity and the permeability P of the perforated tipping paper are measured in-line and diffusivity is maximized by controlling the perforation parameters, the definable target permeability P.sub.soll being maintained at all times.

A method for producing a diffusion-optimized tipping paper for tobacco products, especially filter cigarettes, by plasma perforation of the web of tipping paper for the purpose of maximum carbon monoxide reduction, wherein the diffusivity and the permeability P of the perforated tipping paper are measured in-line and diffusivity is maximized by controlling the perforation parameters, the definable target permeability P.sub.soll being maintained at all times.