Abstract: A sift-resistant dispensing closure is disclosed. The sift-resistant dispensing closure includes a base, a lid, and a hinge connecting the lid to the base. The base contains a circular end wall, a cylindrical skirt extending downward from the periphery of the end wall, and a sift deck elevated from the upside of the circular end wall. The sift deck contains a deck surface surrounded by a first snap bead and a first sealing surface, and pouring holes formed on the deck surface. The lid contains a second snap bead and a second sealing surface that are formed on the underside of the lid and engage with the first snap bead and first sealing surface, respectively, to form a seal around the sift deck when the lid is in a closed position.

Abstract: The disclosed aspects relate to a closure that includes a lid and a body portion operatively attached to the lid. The closure can include a primary dispensing opening in the body portion and a shelf area adjacent to the primary dispensing opening, wherein the shelf area is configured to hold dispensed product. The closure can also include a secondary dispensing opening above the shelf area and the primary dispensing opening.

Abstract: The disclosed aspects relate to a dual hinge flip cap closure. The closure includes a skirt that operatively engages a container. The closure also includes a top connected to the skirt at a first hinge, wherein the top is movable relative to the skirt. Further, the closure includes a lid operatively attached to the top at a second hinge, wherein the lid is movable relative to the top, and wherein a distal end of the lid is at an opposite of the top relative to the first hinge and the second hinge is between the first hinge and the end of the lid.

Abstract: A one-piece dispensing closure is disclosed. The one-piece dispensing closure includes a base, a lid having a first flap and means to irreversibly attach to the base, a first living hinge connecting the base to the lid, and a second living hinge connecting the first flap to the lid. The simplistic design of the dispensing closure allows for easy production of dispensing closures of different shapes and sizes.

Abstract: A dispensing closure comprising a body portion and a flap portion is provided. The body portion comprises an end wall, a skirt that depends from end wall, and an opening about the same size as end wall. Flap portion comprises a lid comprising at least one dispensing opening and a disk comprising one or more dispensing orifices. The disk is in rotatable contact with the lid. A lock portion comprising a surface area formed on the flap portion. Lock portion also comprises a first substantially vertical piece formed on a first side of surface area, a second substantially vertical piece formed on a second side of surface area, and a substantially horizontal piece formed at a bottom of the first substantially vertical piece and the second substantially vertical piece. Surface area, first substantially vertical piece, second substantially vertical piece, and the substantially horizontal piece form a latched opening.

Abstract: A closure comprising a main portion and a flip-top portion are provided. The main portion comprises a tab and at least one rib. The flip-top portion is operatively connected to the main portion and is movable with respect to the main portion. The tab can be configured to break at least partially away from the at least one rib as a result of downward force applied to the tab. The at least one rib can be configured to spiral partially away from the tab and the main portion when the tab is pulled in an upward direction away from the main portion. The tab and the at least one rib comprise a tamper evident seal.

Abstract: A sift-resistant dispensing closure is disclosed. The sift-resistant dispensing closure includes a base, a lid, and a hinge connecting the lid to the base. The base contains a circular end wall, a cylindrical skirt extending downward from the periphery of the end wall, and a sift deck elevated from the upside of the circular end wall. The sift deck contains a deck surface surrounded by a first snap bead and a first sealing surface, and pouring holes formed on the deck surface. The lid contains a second snap bead and a second sealing surface that are formed on the underside of the lid and engage with the first snap bead and first sealing surface, respectively, to form a seal around the sift deck when the lid is in a closed position.

Abstract: The disclosed aspects relate to a dispensing closure that comprises a utensil retention mechanism. The utensil retention mechanism can comprise at least two outward extending tabs that can be located on a lid portion of the dispensing closure. The at least two outward extending tabs can be positioned on the lid portion such that a section of a utensil can be securely engaged and retained by the at least two outward extending tabs. The dispensing closure can comprise a stay open mechanism, in an aspect. In another aspect, the dispensing closure can comprise a sift-resistance feature. In a further aspect, the dispensing closure can comprise a flex-lock.

Abstract: A dispensing closure comprising a body portion and a flap portion is provided. The body portion comprises an end wall, a skirt that depends from end wall, and an opening about the same size as end wall. Flap portion comprises a lid comprising at least one dispensing opening and a disk comprising one or more dispensing orifices. The disk is in rotatable contact with the lid. A lock portion comprising a surface area formed on the flap portion. Lock portion also comprises a first substantially vertical piece formed on a first side of surface area, a second substantially vertical piece formed on a second side of surface area, and a substantially horizontal piece formed at a bottom of the first substantially vertical piece and the second substantially vertical piece. Surface area, first substantially vertical piece, second substantially vertical piece, and the substantially horizontal piece form a latched opening.

Abstract: A closure comprising a main portion and a flip-top portion are provided. The main portion comprises a tab and at least one rib. The flip-top portion is operatively connected to the main portion and is movable with respect to the main portion. The tab can be configured to break at least partially away from the at least one rib as a result of downward force applied to the tab. The at least one rib can be configured to spiral partially away from the tab and the main portion when the tab is pulled in an upward direction away from the main portion. The tab and the at least one rib comprise a tamper evident seal.

Abstract: A dispensing closure is provided that includes a body portion and a flap portion. The body portion can include an end wall, a skirt that depends from end wall, and an opening about the same size as the end wall. The flap portion can include a lid having at least one dispensing opening and a disk that has one or more dispensing orifices. The disk is in rotatable contact with the lid. A lock portion can include a surface area formed on the flap portion. The lock portion can also include a first substantially vertical piece formed on a first side of surface area, a second substantially vertical piece formed on a second side of surface area, and a substantially horizontal piece formed at a bottom of the first substantially vertical piece and the second substantially vertical piece.

Abstract: A sift-resistant dispensing closure is disclosed. The sift-resistant dispensing closure includes a base, a lid and a hinge connecting the lid to the base. The base contains a circular end wall, a cylindrical skirt extending downward from the periphery of the end wall, and a sift deck elevated from the upside of the circular end wall. The sift deck contains a deck surface surrounded by a first snap bead and a first sealing surface, and pouring holes formed on the deck surface. The lid contains a second snap bead and a second sealing surface that are formed on the underside of the lid and engage with the first snap bead and first sealing surface, respectively, to form a seal around the sift deck when the lid is in a closed position.

Abstract: A dispensing closure that comprises a pliable sealing surface that is selectively formed with a dispensing opening or a cleanout. At least a portion of the pliable sealing surface can be formed at a base of a skirt, wherein the skirt engages the dispensing closure with the container. Material of the pliable sealing surface can be bonded with material of a body portion and a flap portion of the dispensing closure during a multi-shot injection molding process. The pliable sealing surface can be formed from a thermoplastic elastomer and the body portion and flap portion can be formed from a polymer material.

Abstract: The disclosed aspects relate to a dispensing closure that comprises a utensil retention mechanism. The utensil retention mechanism can comprise at least two outward extending tabs that can be located on a lid portion of the dispensing closure. The at least two outward extending tabs can be positioned on the lid portion such that a section of a utensil can be securely engaged and retained by the at least two outward extending tabs. The dispensing closure can comprise a stay open mechanism, in an aspect. In another aspect, the dispensing closure can comprise a sift-resistance feature. In a further aspect, the dispensing closure can comprise a flex-lock.

Abstract: The disclosed aspects relate to a dispensing closure with a stay open mechanism. The dispensing closure includes a body portion and a lid portion. The lid portion can be operatively connected to the body portion at a hinge. The body portion can include at least one first stop section and the lid portion can include at least one second stop section. The first stop section(s) and the second stop section(s) can be located adjacent the hinge. Engagement of the first stop section(s) and the second stop section(s) can be configured to retain the lid portion in an open position. The engagement can be created when the lid portion is moved in a first direction (e.g., opening of the closure).

Abstract: Containers that are disposable and leak proof and methods of making and using the container are provided. The containers can be hermetically sealed without the utilization of linear sealing and capping. The container comprises a body portion and a lid portion operatively connected to the container portion with, for example, a living hinge. The container also comprises a gasket comprising built in compression and a positive lock, wherein the gasket and the positive lock operate in conjunction to produce an audible sound when the lid portion is engaged with the body portion. The gasket can be formed integral to the lid portion or the body portion, wherein the built in compression facilitates compression of the gasket to flip the positive lock into a secure position when the lid portion is engaged with the body portion.

Abstract: A liner for a container is provided. The liner provides sealing and tamper-evident features while also allowing a consumer to easily remove the liner to access the container contents. The liner comprises a sealing area located on one or both sides of the flat surface of the liner and configured to retain the liner in a secure position on a mouth of the container. The liner also comprises a plurality of perforations that penetrate at least one layer of the liner, wherein the plurality of perforations are configured to provide easier removal of the liner to access contents of the container. The plurality of perforation are formed with a rotary die cutter. A sealable container assembly comprises the container, the liner, and the closure.

Abstract: A dispensing closure comprising a body portion and a flap portion is provided. The body portion comprises an end wall, a skirt that depends from end wall, and an opening about the same size as end wall. Flap portion comprises a lid comprising at least one dispensing opening and a disk comprising one or more dispensing orifices. The disk is in rotatable contact with the lid. A lock portion comprising a surface area formed on the flap portion. Lock portion also comprises a first substantially vertical piece formed on a first side of surface area, a second substantially vertical piece formed on a second side of surface area, and a substantially horizontal piece formed at a bottom of the first substantially vertical piece and the second substantially vertical piece. Surface area, first substantially vertical piece, second substantially vertical piece, and the substantially horizontal piece form a latched opening.

Abstract: Aspects describe a dispensing closure that comprises a pliable sealing surface that is selectively formed with a dispensing opening or a cleanout. At least a portion of the pliable sealing surface can be formed at a base of a skirt, wherein the skirt engages the dispensing closure with the container. Material of the pliable sealing surface can be bonded with material of a body portion and a flap portion of the dispensing closure during a multi-shot injection molding process. The pliable sealing surface can be formed from a thermoplastic elastomer and the body portion and flap portion can be formed from a polymer material.