Sleeve-type carrier with integral alignment feature

Claim 2

In a sleeve-type article carrier adapted to carry articles having relatively narrow upper portions and relatively wide lower portions, wherein the carrier comprises a relatively short top panel, a relatively long bottom panel, side panels foldably connected to the top and bottom panels, the side panels having lower end edge portions and upper end edge portions extending at an angle to each other and intersecting each other so that the distance between the lower end edge portions of a side panel is greater than the distance between the upper end edge portions thereof, an improved end panel structure connecting the top, bottom and side panels at each end of the carrier, comprising: a dust flap connected to the angled upper and lower end edge portions of each side panel along a correspondingly angled fold line; an upper end flap foldably connected to the bottom panel and adhered to the adjacent dust flaps; each dust flap having an upper edge, a lower edge and an end edge opposite said angled fold line; and the end edge of each dust flap containing a cutout extending toward the angled fold line and terminating at a point spaced from the intersection of the upper and lower edge portions of the associated side panel; the portion of the dust flap between said cutout termination point and said intersection being sufficiently wide so as to strengthen the side panels against a vertical force tending to bow the side panels but sufficiently narrow so as to permit the dust flap to be folded in about said angled fold line.

Claim 3

The improved carrier end panel structure of claim 1, wherein the dust flap contains a score line between said cutout termination point and said intersection.

Claim 4

The improved carrier end panel structure of claim 1, wherein the dust flap contains slit means between said cutout termination point and said intersection.

Claim 5

The improved carrier end panel structure of claim 1, wherein the distance from said cutout termination point to said intersection is less than half the distance from said intersection to the end edge of the dust flap opposite the fold line.

Claim 6

The improved carrier end panel structure of claim 1, wherein the fold line along which the dust flap is connected to the lower end edge portion of a side panel extends to a lowermost point adjacent the bottom panel of the carrier.

Claim 7

The improved carrier end panel structure of claim 5, wherein the lower edge of the dust flap comprises a portion spaced a substantial distance from the bottom panel of the carrier, said spaced lower edge portion being connected to the lowermost point of the fold line by an edge extending diagonally to said spaced lower edge portion.

Claim 8

An open-ended carrier sleeve adapted to be loaded with articles having relatively narrow upper portions and relatively wide lower portions and to be formed into a closed carrier, comprising: a relatively short top panel; a relatively long bottom panel; side panels foldably connected to the top and bottom panels, the side panels having lower end edge portions and upper end edge portions extending at an angle to each other so that the distance between the lower end edge portions at opposite ends of a side panel is greater than the distance between the upper end edge portions thereof; a dust flap connected to the angled upper and lower end edge portions of each side panel along a correspondingly angled fold line, the dust flaps lying substantially in the plane of the associated side panel, the dust flaps on the same end of the carrier sleeve being adapted to be folded in toward each other along their fold lines; an upper end flap connected to the top panel and lying substantially in the plane thereof, the upper end flap being adapted to be folded down into engagement with adjacent folded-in dust flaps; a lower end flap connected to the bottom panel and lying substantially in the plane thereof, the lower end flap being adapted to be folded up into engagement with adjacent folded-in dust flaps; each dust flap having an upper edge, a lower edge and an end edge; and the end edge of each dust flap containing a cutout extending toward the fold line and terminating at a point spaced from the intersection of the upper and lower end edge portions of the associated side panel; the portion of each dust flap between said cutout termination point and said intersection being sufficiently wide so as to strengthen the side panels against a vertical force tending to bow the side panels but sufficiently narrow so as to permit the dust flap to be folded in about the angled fold line.

Claim 9

An open-ended carrier sleeve adapted to be loaded with articles having relatively narrow upper portions and relatively wide lower portions and to be formed into a closed carrier, comprising: a relatively short top panel; a relatively long bottom panel; side panels foldably connected to the top and bottom panels, the side panels having lower end edge portions and upper end edge portions extending at an angle to each other so that the distance between the lower end edge portions at opposite ends of a side panel is greater than the distance between the upper end edge portions thereof; a dust flap connected to the angled upper and lower end edge portions of each side panel along a correspondingly angled fold line, the dust flaps lying substantially in the plane of the associated side panel, the dust flaps on the same end of the carrier sleeve being adapted to be folded in toward each other along their fold lines; an upper end flap connected to the top panel and lying substantially in the plane thereof, the upper end flap being adapted to be folded down into engagement with adjacent folded-in dust flaps; a lower end flap connected to the bottom panel and lying substantially in the plane thereof, the lower end flap being adapted to be folded up into engagement with adjacent folded-in dust flaps; each dust flap having an upper edge, a lower edge and an end edge; and the end edge of each dust flap containing a cutout extending toward the fold line and terminating at a point spaced from the intersection of the upper and lower end edge portions of the associated side panel; the portion of each dust flap between said cutout termination point and said intersection being sufficiently wide so as to strengthen the side panels against a vertical force tending to bow the side panels but sufficiently narrow so as to permit the dust flap to be folded in about the angled fold line.

Claim 10

The open-ended carrier sleeve of claim 7, wherein the dust flap contains a score line between said cutout termination point and said intersection.

Claim 11

The open-ended carrier sleeve of claim 7, wherein the dust flap contains slit means between said cutout termination point and said intersection.

Claim 12

The open-ended carrier sleeve of claim 7, wherein the fold line along which the dust flap is connected to the lower end edge portion of a side panel extends to a lowermost point adjacent the bottom panel of the carrier sleeve, and wherein the lower edge of the dust flap comprises a portion spaced a substantial distance from the bottom panel of the carrier sleeve, said spaced lower edge portion being connected to the lowermost point of the fold line by an edge extending diagonally to said spaced lower edge portion.

Claim 13

A blank for forming a sleeve-type carrier adapted to carry articles having relatively narrow upper portions and relatively wide lower portions, comprising: a relatively long bottom panel section having end edges and side edges; two side panel sections connected to the side edges of the bottom panel section along fold lines, each side panel section having a first end edge portion extending transversely from the fold line connecting the side panel section to the bottom panel section and a second end edge portion extending at an angle to the first end edge portion and intersecting the same so that the distance between the second end edge portions at opposite ends of a side panel section is less than the distance between the first end edge portions thereof; relatively short top panel section means foldably connected to at least one of the side panel sections and having end edges and side edges; a dust flap connected to the angled first and second end edge portions of each side panel section along a correspondingly angled fold line, the dust flaps on the same end of a carrier sleeve formed from the blank being adapted to be folded in toward each other along their angled fold lines; an upper end flap connected to the end edges of the top panel section means, the upper end flaps being adapted to be folded down into engagement with adjacent folded-in dust flaps in a carrier sleeve formed from the blank; a lower end flap connected to the end edges of the bottom panel section, the lower end flaps being adapted to be folded up into engagement with adjacent folded-in dust flaps in a carrier sleeve formed from the blank; each dust flap having an upper edge, a lower edge and an end edge opposite said angled fold line; and the end edge of the dust flap containing a cutout extending toward the angled fold line connecting the dust flap to the first and second end edge portions of the side panel sections and terminating at a point spaced from the intersection of said first and second end edge portions; the portion of the dust flap between said cutout termination point and said intersection being sufficiently wide so as to strengthen the side panels of a carrier sleeve formed from the blank against a vertical force tending to bow the side panels but sufficiently narrow so as to permit the dust flap to be folded in about its angled fold line.

Claim 14

A blank for forming a sleeve-type carrier adapted to carry articles having relatively narrow upper portions and relatively wide lower portions, comprising: a relatively long bottom panel section having end edges and side edges; two side panel sections connected to the side edges of the bottom panel section along fold lines, each side panel section having a first end edge portion extending transversely from the fold line connecting the side panel section to the bottom panel section and a second end edge portion extending at an angle to the first end edge portion and intersecting the same so that the distance between the second end edge portions at opposite ends of a side panel section is less than the distance between the first end edge portions thereof; relatively short top panel section means foldably connected to at least one of the side panel sections and having end edges and side edges; a dust flap connected to the angled first and second end edge portions of each side panel section along a correspondingly angled fold line, the dust flaps on the same end of a carrier sleeve formed from the blank being adapted to be folded in toward each other along their angled fold lines; an upper end flap connected to the end edges of the top panel section means, the upper end flaps being adapted to be folded down into engagement with adjacent folded-in dust flaps in a carrier sleeve formed from the blank; a lower end flap connected to the end edges of the bottom panel section, the lower end flaps being adapted to be folded up into engagement with adjacent folded-in dust flaps in a carrier sleeve formed from the blank; each dust flap having an upper edge, a lower edge and an end edge opposite said angled fold line; and the end edge of the dust flap containing a cutout extending toward the angled fold line connecting the dust flap to the first and second end edge portions of the side panel sections and terminating at a point spaced from the intersection of said first and second end edge portions; the portion of the dust flap between said cutout termination point and said intersection being sufficiently wide so as to strengthen the side panels of a carrier sleeve formed from the blank against a vertical force tending to bow the side panels but sufficiently narrow so as to permit the dust flap to be folded in about its angled fold line.

Claim 15

The blank of claim 11, wherein the first end edge portion of each side panel section extends at substantially right angles to the fold line connecting the side panel section to the bottom panel section.