A retail-ready container includes internal corner supports. The container is erected from a preassembly formed from a combination including a primary blank and a secondary blank. The primary blank includes a side panel, a bottom panel, and a top panel. The secondary blank is selectively adhered to the side panel of the primary substrate. Each of the side panel and the secondary blank include a plurality of sections connected by respective fold lines. Fold lines of the side panel are laterally offset from fold lines of the secondary blank so that unfolding of the preassembly yields the container with internal corner supports.

A retail-ready container includes internal corner supports. The container is erected from a preassembly formed from a single blank. The blank includes a side panel, a bottom panel, and an auxiliary panel. Each of the side panel and the auxiliary panel include a plurality of sections connected by respective fold lines. The auxiliary panel is folded against the side panel and sections of the auxiliary panel are adhered to corresponding sections of the side panel. Fold lines of the side panel are laterally offset from fold lines of the auxiliary panel so that unfolding of the preassembly yields the container with internal corner supports.

A retail-ready container includes internal corner supports. The container is erected from a preassembly formed from a single blank. The blank includes a side panel, a bottom panel, and an auxiliary panel. Each of the side panel and the auxiliary panel include a plurality of sections connected by respective fold lines. The auxiliary panel is folded against the side panel and sections of the auxiliary panel are adhered to corresponding sections of the side panel. Fold lines of the side panel are laterally offset from fold lines of the auxiliary panel so that unfolding of the preassembly yields the container with internal corner supports.

The method includes a blank with sidewall panels, a first foot panel connected to a first one of the sidewall panels, a platform panel connected to the first foot panel, and a second foot panel connected to the platform panel, the method including first folding the sidewall panels and connecting respective side edges of the sidewall panels to form sidewalls of a package, second folding the platform panel to fit within a first end of the sidewalls so that the first foot panel and the second foot panel each at least partially press against a respective one of the sidewalls, and connecting the second foot panel to one of the sidewalls to stabilize the platform panel within the first end.

The method includes a blank with sidewall panels, a first foot panel connected to a first one of the sidewall panels, a platform panel connected to the first foot panel, and a second foot panel connected to the platform panel, the method including first folding the sidewall panels and connecting respective side edges of the sidewall panels to form sidewalls of a package, second folding the platform panel to fit within a first end of the sidewalls so that the first foot panel and the second foot panel each at least partially press against a respective one of the sidewalls, and connecting the second foot panel to one of the sidewalls to stabilize the platform panel within the first end.

A seal-end package or box for dispensing a solid pourable product includes folding major side panels foldably connected together extending laterally, and formed into a tube around a central axis. Further extending laterally is an overlapping panel similarly folded over and conforming to the tube. A slide is connected to the major side panels, with the overlapping panel having a cover panel with an opening. The slide obstructs the opening, until a thumb tab on the slide engaged by a user and moved laterally relative the axis un-obstructs the opening allowing dispensing of the product.

A seal-end package or box for dispensing a solid pourable product includes folding major side panels foldably connected together extending laterally, and formed into a tube around a central axis. Further extending laterally is an overlapping panel similarly folded over and conforming to the tube. A slide is connected to the major side panels, with the overlapping panel having a cover panel with an opening. The slide obstructs the opening, until a thumb tab on the slide engaged by a user and moved laterally relative the axis un-obstructs the opening allowing dispensing of the product.

Techniques and/or systems are disclosed for a bag-in-box container including a plurality of panels, a plurality of lower flaps configured to enclose a bottom of the bag-in-box container, and a plurality of upper flaps configured to enclose a top of the bag-in-box container. The plurality of panels including a support panel, a side panel adjacent the support panel, a back panel adjacent the side panel, another side panel adjacent the back panel, and a front panel adjacent the side panel, wherein adjacent panels are connected with one another. The plurality of upper flaps comprises a side panel flap hingedly connected to the side panel and having an opening configured to receive a dosing cup. A plurality of legs are configured to be erectable from the plurality of lower flaps. A first line of weakness formed in the front panel, wherein the first line of weakness defines a severable portion that is configured to be removable; and a second line of weakness formed in the support panel, wherein the second line of weakness defines a pivotable portion that is configured to be hingedly connected to the bag-in-box container.

Techniques and/or systems are disclosed for a bag-in-box container including a plurality of panels, a plurality of lower flaps configured to enclose a bottom of the bag-in-box container, and a plurality of upper flaps configured to enclose a top of the bag-in-box container. The plurality of panels including a support panel, a side panel adjacent the support panel, a back panel adjacent the side panel, another side panel adjacent the back panel, and a front panel adjacent the side panel, wherein adjacent panels are connected with one another. The plurality of upper flaps comprises a side panel flap hingedly connected to the side panel and having an opening configured to receive a dosing cup. A plurality of legs are configured to be erectable from the plurality of lower flaps. A first line of weakness formed in the front panel, wherein the first line of weakness defines a severable portion that is configured to be removable; and a second line of weakness formed in the support panel, wherein the second line of weakness defines a pivotable portion that is configured to be hingedly connected to the bag-in-box container.

A retainer assembly for a waste container opening defining a longitudinal axis passing through a center of the opening includes a framework defining a first framework opening, and a pivotable finger assembly including a retainer portion, the retainer portion pivotably adjacent the first framework opening. The finger assembly includes a biasing element for urging the retainer portion toward the longitudinal axis. The retainer portion is movable against the biasing element away from the longitudinal axis to enable placement of waste materials into the waste container, and movable toward the longitudinal axis after waste materials have been placed into the waste container to impede movement of waste materials through the first framework opening out of the waste container.