Tubular carton with polygonal cross-section

A folding carton blank susceptible of erection into a glued and hinged, multiple panel, tubular container having at least five sides when viewed in a cross-section, said tubular container being collapsible into a flat condition, comprising a sheet of packaging material, said sheet being formed with a plurality of generally parallel score lines defining a plurality of sidewall panels each having a specific width dimension, said panels being so dimensioned that upon erection into a tubular container said container defines a polygonal configuration in cross-section, the score lines being so spaced that the sum of the width dimensions of a first predetermined set of panels equals the sum of the width dimensions of a second predetermined set of panels whereby said tubular container is collapsible along certain score lines into a flat condition.

A tubular container comprising a plurality of panels bounded and joined by generally parallel hinge lines and a fastening flap, said container in the erect condition defining a polygon having at least five sides in cross-section, said container being collapsible about predetermined hinge lines into a flat condition without mutilating or separating said panels, one predetermined contiguous set of said panels lying in generally face-to-face relation with a second predetermined continguous set, comprising the remainder, of said panels, when the container is in the recited flat condition, the hinge to hinge dimension of at least one of said panels in said first set being different from the hinge to hinge dimension of each said panel, taken individually, in said second set.

A folding carton blank susceptible of erection into a glued and hinged, multiple panel, tubular carton, said carton in the erect condition defining a polygon in cross-section, said carton being collapsible about predetermined hinge lines, said hinge lines being located at corners of said polygon, into a flat condition without mutilating or separating said panels, one predetermined contiguous set of said panels lying in generally planar face-to-face relation with a second predetermined contiguous set, comprising the remainder, of said panels, when the container is in the recited flat condition, the hinge to hinge dimension of at least one of said panels in said first set being different from the hinge to hinge dimension of each said panel, taken individually, in said second set.