Enclosure assembly having a resealable enclosure within an outer box enclosure

An enclosure assembly comprising:

• an outer box enclosure having opposite front and back panels and opposite lateral panels, the front and back panels and the lateral panels coupled with each other by a top panel, the top panel including a front hinged panel section coupled with the front panel at a front hinge interface, the top panel including a back hinged panel section coupled with the back panel at a back hinge interface, the outer box enclosure having a line of weakness between the lateral panels and extending from the front panel to the back panel, the line of weakness separating the front hinged panel section into a moveable front hinged panel section and a static front hinged panel section, the line of weakness separating the back hinged panel section into a moveable back hinged panel section and a static back hinged panel section, wherein the outer box enclosure is configured to break along the line of weakness with the moveable front hinged panel section of the front hinged panel section and the moveable back hinged panel section of the back hinged panel section pivoting away from each other to form an outer opening along the top panel that extends from a first lateral panel of the lateral panels to the line of weakness while the static front hinged panel section of the front hinged panel section and the static back hinged panel section of the back hinged panel section remain in place to keep a remainder of the top panel closed, the outer opening in the outer box enclosure bounded by an upper edge of a first lateral panel of the lateral panels, a first portion of the front hinge interface that extends along the front hinge interface from the first lateral panel to the line of weakness, the line of weakness, and a second portion of the back hinge interface that extends along the back hinge interface from the first lateral panel to the line of weakness;
• and
• a flexible, resealable enclosure disposed within the outer box enclosure, the resealable enclosure having opposite front and back sides coupled to each other along a bottom edge, the resealable enclosure also including opposite first and second side edges extending between the front and back sides, wherein the resealable enclosure is configured to be initially opened by separating a peelable seal of a resealable enclosure, thereby forming an inner opening along the top edge through which contents of the resealable enclosure are poured,
• wherein the resealable enclosure includes a resealer that extends along the top edge from the first side edge toward the second side edge, the resealer permitting a user to open the inner opening and sealably close the inner opening,
• wherein the first side edge is configured to form a spout that defines a portion of the inner opening and that is positionable adjacent to or within the outer opening of the outer box enclosure,
• wherein the peelable seal is disposed between the top edge of the resealable enclosure and the resealer, the peelable seal bonding the front side of the resealable enclosure to the back side of the resealable enclosure from the first side edge to the second side edge of the resealable enclosure, the resealable enclosure also including a backstop seal securing the front and back sides together, the backstop seal extending downward from the upper edge of the resealable enclosure across the peelable seal along a first direction that is perpendicular to the upper edge and perpendicular to the peelable seal, the backstop seal also laterally extending along a second direction from the resealer to the second side edge of the resealable enclosure, the backstop seal configured to stop separation of the front and back sides of the resealable enclosure and to define a size of the inner opening.

A method comprising:

• forming an outer box enclosure having opposite front and back panels and opposite lateral panels coupled by a top panel, the top panel including a front hinged panel section coupled with the front panel at a front hinge interface, the top panel including a back hinged panel section coupled with the back panel at a back hinge interface, the outer box enclosure having a line of weakness along the top panel between the opposite lateral panels and extending from the front panel to the back panel, the line of weakness separating the front hinged panel section into a moveable front hinged panel section and a static front hinged panel section, the line of weakness separating the back hinged panel section into a moveable back hinged panel section and a static back hinged panel section;
• and
• forming a flexible, resealable enclosure for placement within the outer box enclosure, the resealable enclosure having opposite front and back sides coupled to each other along a bottom edge and opposite first and second side edges, the resealable enclosure having a resealer formed by a single intermeshable closure member that is affixed to and wraps from the front side, around at least one of the side edges, and onto the back side proximate to an upper edge of the resealable enclosure, the resealable enclosure formed to have a peelable seal disposed between the upper edge of the resealable enclosure and the resealer, the peelable seal bonding the front side of the resealable enclosure to the back side of the resealable enclosure from the first side edge to the second side edge of the resealable enclosure, the peelable seal spaced apart from the upper edge of the resealable enclosure to form lips in the resealable enclosure, the lips of the resealable enclosure formed to be gripped and pulled apart to open the peelable seal above the resealer to form an inner opening that provides access to the resealer, the resealable enclosure also formed to have a backstop seal securing the front and back sides together, the backstop seal extending downward from the upper edge of the resealable enclosure along a first direction that is perpendicular to the upper edge and perpendicular to the peelable seal, the backstop seal formed to stop separation of the front and back sides of the resealable enclosure and to define a size of the inner opening formed by pulling the lips of the resealable enclosure apart,
• wherein, prior to initially opening the resealable enclosure, the intermeshable closure member is predominantly uncoupled with itself,
• wherein, the intermeshable closure member is configured to couple with itself at a first area of the intermeshable closure member that is on the front side of the resealable enclosure and at a different, second area of the intermeshable closure member that is on the back side of the resealable enclosure to close the resealable enclosure,
• wherein the moveable front hinged panel section of the front hinged panel section and the moveable back hinged panel section of the back hinged panel section are configured to pivot away from each other to open the outer box enclosure and provide access to the resealable enclosure while the static front hinged panel section of the front hinged panel section and the static back hinged panel section of the back hinged panel section remain in place to keep a remainder of the top panel closed,
• wherein the moveable front hinged panel section of the front hinged panel section and the moveable back hinged panel section of the back hinged panel section are configured to pivot away from each other to open the outer box enclosure at a top opening in the top panel,
• wherein the top opening in the top panel of the outer box enclosure is bounded by an upper edge of a first lateral panel of the lateral panels, a first portion of the front hinge interface that extends along the front hinge interface from the first lateral panel to the line of weakness, the line of weakness, and a second portion of the back hinge interface that extends along the back hinge interface from the first lateral panel to the line of weakness.