A cover configured to cover an opening of a drinking container from unwanted contamination. The cover can have a first portion that can move from a first position in which the first portion is generally parallel with a surface of the cover to a second position in which the first portion extends away from the surface of the cover. The cover can also have a second portion that can move from a first position in which the second portion is generally parallel with the surface of the cover to a second position in which the second portion extends away from the surface of the cover. When the first and/or second flaps are in the second position, the first and/or second flaps can surround at least a portion of an outside surface of a drinking container adjacent to the opening and cover the opening of the drinking container.

A cover configured to cover an opening of a drinking container from unwanted contamination. The cover can have a first portion that can move from a first position in which the first portion is generally parallel with a surface of the cover to a second position in which the first portion extends away from the surface of the cover. The cover can also have a second portion that can move from a first position in which the second portion is generally parallel with the surface of the cover to a second position in which the second portion extends away from the surface of the cover. When the first and/or second flaps are in the second position, the first and/or second flaps can surround at least a portion of an outside surface of a drinking container adjacent to the opening and cover the opening of the drinking container.

A removable annular food safe barrier film with anterior oriented pull-tab and posterior oriented tab adapted to sealingly engage, conform and adhere to the top wall surface of a disposable molded plastic cup lid when properly placed thereon by means of a low cohesive or repositionable food safe adhesive. The primary purpose of this barrier film invention is to prevent or minimize bacterial or pathogen cross contamination of the top wall surface of disposable cup lids of the drink through type by means of direct contact with unprotected, contaminated, unclean or unsanitary human hands. Cross contamination is most likely to occur during the process of affixing a disposable cup lid to a disposable cup by commercial retail foodservice personnel.

A removable annular food safe barrier film with anterior oriented pull-tab and posterior oriented tab adapted to sealingly engage, conform and adhere to the top wall surface of a disposable molded plastic cup lid when properly placed thereon by means of a low cohesive or repositionable food safe adhesive. The primary purpose of this barrier film invention is to prevent or minimize bacterial or pathogen cross contamination of the top wall surface of disposable cup lids of the drink through type by means of direct contact with unprotected, contaminated, unclean or unsanitary human hands. Cross contamination is most likely to occur during the process of affixing a disposable cup lid to a disposable cup by commercial retail foodservice personnel.

A tubular casing has a package design (la) printed on an original fabric film (1) with transparent no-print zones (2, 3) formed along left and right end edges (2a, 3a). Best before date characters (4) are inkjet printed on the no-print zone (2). The fabric film (1) is bent to place the no-print zone (2) with printed characters on a lower side and form the fabric film (1) in a cylindrical shape. A heat seal portion (H) is formed including the date characters (4), in the no-print zone (2) located on the lower side. The heat seal portion (H) is formed up to the end edge (2a) of the no-print zone (2) and a no-heat seal portion (S) is formed on the end edge (3a) side of the no-print zone (3) located on an upper side to form a casing portion. Both ends of the casing portion are sealed.

A tubular casing has a package design (la) printed on an original fabric film (1) with transparent no-print zones (2, 3) formed along left and right end edges (2a, 3a). Best before date characters (4) are inkjet printed on the no-print zone (2). The fabric film (1) is bent to place the no-print zone (2) with printed characters on a lower side and form the fabric film (1) in a cylindrical shape. A heat seal portion (H) is formed including the date characters (4), in the no-print zone (2) located on the lower side. The heat seal portion (H) is formed up to the end edge (2a) of the no-print zone (2) and a no-heat seal portion (S) is formed on the end edge (3a) side of the no-print zone (3) located on an upper side to form a casing portion. Both ends of the casing portion are sealed.

Embodiments disclosed herein relate to a cover for protecting the contents of a drinking container from unwanted contamination. The cover can have a middle portion and a first flap and a second flap extending away from the middle portion. The first flap can be rotatable relative to the middle portion from a first position in which the first flap is generally parallel with and adjacent to the middle portion to a second position in which the first flap extends at an angle away from the middle portion. In some embodiments, when the first flap is rotated to the second position, the first flap can surround at least a portion of an outside surface of the drinking container adjacent to the opening so as to secure the cover to the drinking container to cover the opening of the drinking container.

Embodiments disclosed herein relate to a cover for protecting the contents of a drinking container from unwanted contamination. The cover can have a middle portion and a first flap and a second flap extending away from the middle portion. The first flap can be rotatable relative to the middle portion from a first position in which the first flap is generally parallel with and adjacent to the middle portion to a second position in which the first flap extends at an angle away from the middle portion. In some embodiments, when the first flap is rotated to the second position, the first flap can surround at least a portion of an outside surface of the drinking container adjacent to the opening so as to secure the cover to the drinking container to cover the opening of the drinking container.

There is provided a header for packaging a roll of paper having two opposite roll ends and an outer roll surface extending between the roll ends, the outer roll surface being wrapped with a wrapping paper. The header comprises a cellulosic fiber based substrate having two surfaces and a film coated to at least a portion of one of the substrate surfaces. The film is coated to the substrate surface by extrusion of a coating comprising a mLLDPE resin. The film coated surface is heat sealable to an outside surface of an interior header affixed to one of the roll ends, thereby forming a protective cap at the roll end. The header generates less volatile compounds and/or carbon monoxide compared to a header coated with a standard LDPE, on heat sealing conditions.

There is provided a header for packaging a roll of paper having two opposite roll ends and an outer roll surface extending between the roll ends, the outer roll surface being wrapped with a wrapping paper. The header comprises a cellulosic fiber based substrate having two surfaces and a film coated to at least a portion of one of the substrate surfaces. The film is coated to the substrate surface by extrusion of a coating comprising a mLLDPE resin. The film coated surface is heat sealable to an outside surface of an interior header affixed to one of the roll ends, thereby forming a protective cap at the roll end. The header generates less volatile compounds and/or carbon monoxide compared to a header coated with a standard LDPE, on heat sealing conditions.