Carrier and method

1. A blank for forming a foldable carrier, said blank comprising

(a) a pair of support panels each having opposed side edges extending in a first direction, and first and second opposed transverse end edges extending in a second direction transverse to said first direction, said support panels being arranged with said side edges aligned with one another, and the first of said transverse end edges of each panel adjacent and parallel to the first of said transverse end edges of the other of said support panels,

(b) a pair of side-wall structures for forming two receptacles, each secured to one of said support panels,

(c) each of said side-wall structures comprising a plurality of side-wall panels joined together in series with one of said support panels along fold lines,

(d) each of said side-wall panels and said support panels having a bottom flange extending outwardly from one edge, said flanges forming two linear groups of four bottom flanges extending outwardly from opposite sides of said blank,

(e) at least two of said flanges in each of said groups having an attachment corner with a diagonal fold line, whereby said corner can be attached to an adjacent one of said flanges to form an automatically-opening bottom structure of one of said receptacles,

(f) each of said support panels having at least one divider cut-out therefrom and forming a hole in said support panel, and

(g) at least one end panel extending outwardly from one end of at least one of said linear groups, said one end panel having a size and shape to substantially cover said hole in said support panel when said one end panel is bent over one edge of said one linear group and secured to one surface of said support panel.

2. A blank as in claim 1 including a second one of said end panels for the other of said linear groups.

3. A blank as in claim 1 in which there are two of said cut-outs forming two dividers for each of said support panels, and leaving two holes in each of said support panels, each of said dividers being secured to said support panel along a longitudinal fold line, said cut-outs extending in said transverse direction, said end panel having a size and shape sufficient to cover both of said holes.

4. A method of making a foldable carrier, comprising the steps of:

(a) providing a blank having

(i) a pair of support panels each having opposed side edges extending in a first direction, and first and second opposed transverse end edges, said support panels being arranged with said side edges aligned with one another and the first of said end edges of each panel adjacent and parallel to the first of said transverse end edges of the other of said support panels,

(ii) a pair of side-wall structures for forming two receptacles, each secured to one of said support panels,

(iii) each of said side-wall structures comprising a plurality of side-wall panels joined together in series with one of said support panels along fold lines,

(iv) each of said side-wall panels and said support panels having a bottom flange extending outwardly from one edge, said flanges forming two linear groups of four bottom flanges extending outwardly from opposite sides of said blank, at least two of said flanges in each of said groups each having an attachment corner with a diagonal fold line, whereby said corner can be attached to an adjacent one of said flanges to form an automatically-opening bottom structure of one of said receptacles,

(v) each of said support panels having at least one hole formed by a divider cut-out,

(vi) a pair of side flanges, each extending from one side of said blank and positioned to fasten one of said side walls and one of said support panels together in each of said groups to form enclosures for each of said receptacles, at least one of said side flanges being of a size and shape sufficient to cover at least one of said holes when folded over,

(b) folding over said flanges and attachment corners to be glued, and moving said blank in a first direction through a gluer to apply glue to said corners and flanges, and

(c) folding said blank along at least one pre-determined longitudinal fold line to adhere said attachment corners and flanges to desired attachment surfaces of said blank.

5. A method as in claim 4 including the further step of

(d) rotating said blank by about 90°,

(e) moving said blank in a second direction orthogonal to said first direction and applying adhesive to at least one of said support panels, and

(f) folding said support panels one on top of the other to adhere said support panels together.

6. A carrier blank comprising:

(a) a pair of vertical support panels,

(b) two groups of side-wall panels, each connected in series to one of said support panels so as to form, when assembled together with said support panels, a walled enclosure for a receptacle,

(c) a plurality of bottom flanges, one extending from the lower edge of each of said side wall panels and the attached support panel in each of said groups, said flanges adapted to be selectively secured to one another to form an automatically-opening bottom wall for one of said receptacles, and

(d) at least one cut-out from the material of each of said support panels forming at least one divider for each of said receptacles, said cut-out forming a hole in the support panel from which it is cut, and

(e) at least one side flange extending from one end of one of said groups of side wall panels and having a size and shape to substantially cover said hole when folded over on to one side of said one support panel in assembling a carrier from said blank.

7. A blank as in claim 6 in which there are at least two divider cut-outs forming at least two holes in each of said support panels, and said one side flange being of a size and shape sufficient to cover both holes.