A shipping and display container has two opposing end panels in a spaced parallel relationship and front and rear panels in a spaced parallel relationship defining opposing front and rear container surfaces. The front and rear panels are connected to the two opposing end panels to form a container periphery. A bottom panel extends within the container periphery to define a bottom surface of the container. A top panel also extends within the container periphery to define a top surface of the container. The top surface includes an opening for viewing the contents of the container. The container is also convertible from a storage configuration to a display configuration. The conversion mechanism includes the top surface and the front surface having a removable portion defined by a pattern of lines of weakening, at least the top surface and the rear surface including a further line of weakening, and the bottom surface defining a fold line. Thus, after removal of the removable portion, the line of weakening in the top surface is torn and opposing ends of the container are rotated about the fold line in the bottom surface. In so doing, side-by-side displays may be obtained.
A carton with an improved dispensing feature at one end of the carton, which preserves the integrity of the carton, while enabling the display and enhanced access and vending of containers within the carton.
A shipping and display container includes a tray and a cover. The tray includes a bottom panel, a back panel extending upward from the bottom panel, and a front panel also extending upward from the bottom panel. The back panel extends upward beyond the front panel and a pair of bottom side flaps each extending upward from opposite sides of the bottom panel. The cover includes a top panel and a front panel extending downward from the top panel. The cover is positionable over the tray to establish a first configuration facilitating shipping and storage of the container and is removable from the tray to establish a second configuration facilitating support and upright display of a packaged product positioned on the tray.
A fold-in-half shipping/display box has tear-away segments in its front side, and severable perforations in the top and rear walls, whereby once the tear-away segments have been removed and the perforations have been severed, the box can be folded in half to display items contained therein.
A Pyramid Easel display holder for primarily flat objects includes ten main contiguous, triangular and polygonal (modified triangular) planes with additional contiguous triangular and trapezoid planes as part of optional base(s). On each of two display sides, objects are supported by a modified triangular center face, a triangular wing on each side of the center face, with two base options which brace the bottom of display objects, and aid in expansion control through friction with the surface support area. Front and mirrored back, and mirrored side wings, are connected by modified triangular swing arms, which are essentially the dynamic planar backsides of the front and back center pyramids, meeting at the crown of the embedded pyramids and "swinging" inside the center of the easel structure.
The carton is convertible into two display trays on which tapered articles may be displayed. The trays can be pivoted about a fold line without disturbing each row of articles in the carton. The fold line is formed in the base of the carton whereas lines of weakening are formed in the top, front and rear. The top of the carton is provided with a pair of parallel weakened or tear lines that are parallel to the fold line in the base. The tear lines in the top extend all the way across the top to define between themselves a removable portion. The distance between the fold line and either tear line of the top is dimensioned such that the two rows of articles may be efficiently separated or uninterleaved from each other while held respectively in the two trays when the two trays are pivoted about the fold line.
