In one example, a stack of beverage containers comprises a first beverage container comprising a first cap secured to a first closure shoulder and a first shell with an opening on its bottom, and a second beverage container comprising a second cap secured to a second closure shoulder and a second shell with an opening on its bottom, wherein first beverage container is stacked on top of the second beverage container such that the second shell is contained at least partly within the first shell and the second cap is received within a space formed by the first closure shoulder.

In one example, a stack of beverage containers comprises a first beverage container comprising a first cap secured to a first closure shoulder and a first shell with an opening on its bottom, and a second beverage container comprising a second cap secured to a second closure shoulder and a second shell with an opening on its bottom, wherein first beverage container is stacked on top of the second beverage container such that the second shell is contained at least partly within the first shell and the second cap is received within a space formed by the first closure shoulder.

Blanks and paper products made therefrom are provided. In one aspect, the blank for forming a paper product can include a paperboard substrate and a film. At least a portion of the film can be secured to the paperboard substrate with an adhesive disposed between the paperboard substrate and the film. A peel strength of less than 330 g/2.54 cm at a temperature of 23 C. can be required to separate the film secured to the paperboard substrate with the adhesive.

Blanks and paper products made therefrom are provided. In one aspect, the blank for forming a paper product can include a paperboard substrate and a film. At least a portion of the film can be secured to the paperboard substrate with an adhesive disposed between the paperboard substrate and the film. A peel strength of less than 330 g/2.54 cm at a temperature of 23 C. can be required to separate the film secured to the paperboard substrate with the adhesive.

The invention is directed to a system and method for sealing a closure to a container comprising a die assembly, a mandrel assembly, and a gas evacuation assembly. The mandrel assembly comprises an outer mandrel and an inner mandrel. The outer mandrel is configured to vertically translate and constrain a closure in position. The gas evacuation assembly, which comprises at least one hollow channel within the die and one or more channel openings into the interior of the die, suctions gas from the interior of an aligned container when the closure is constrained in position. The inner mandrel translates vertically to insert the closure into the container and a sealing member seals the closure in place.

The invention is directed to a system and method for sealing a closure to a container comprising a die assembly, a mandrel assembly, and a gas evacuation assembly. The mandrel assembly comprises an outer mandrel and an inner mandrel. The outer mandrel is configured to vertically translate and constrain a closure in position. The gas evacuation assembly, which comprises at least one interior channel within the die and one or more channel openings into the interior of the die, suctions gas from the interior of an aligned container when the closure is constrained in position. The inner mandrel translates vertically to insert the closure into the container and a sealing member seals the closure in place.

The present invention relates to a novel beverage container and a mechanism for securing a cap to the container within an automated kiosk. The container comprises a compostable shell, beverage bag, and other components. The beverage bag is sealed to a closure shoulder using a mechanical sealing ring, optionally without the use of using heat, glue or ultrasonic energy. The cap is secured to the closure shoulder by the mechanism within the kiosk.

The present invention relates to a novel beverage container and a mechanism for securing a cap to the container within an automated kiosk. The container comprises a compostable shell, beverage bag, and other components. The beverage bag is sealed to a closure shoulder using a mechanical sealing ring, optionally without the use of using heat, glue or ultrasonic energy. The cap is secured to the closure shoulder by the mechanism within the kiosk.

There are several types of existing ice cream containers and the present invention represents improvement to the existing configuration of carton containers to enable the manufacture and packaging of two or more flavors of ice cream type products in one container. Ice cream is generally sold in 1 pint (16 ounce), cylindrical cartons some of which have a somewhat flat bottom, and a gently tapering conical side wall. Larger capacity containers such as 48 oz. round cardboard, 48 oz. round plastic 48 oz. tubs, 1.75 quart and gal/two quarts containers are also commonly used. This invention provides a cardboard or plastic divider panel that is incorporated into any existing cartons that enables any size container to be divided into two or three flavor compartments depending on its size.

Embodiments of the present disclosure provide an anti-leakage paper container, comprising a container wall and a container bottom. A lower end of the container wall is connected with the container bottom. The container wall is composed of a connecting cardboard. The connecting cardboard includes a first side and a second side. The first side and the second side lap each other to form a cylinder, and the first side is located on an inner side of the cylinder. An inner surface and an outer surface of the container wall and an inner surface and an outer surface of the container bottom are equipped with a lamination layer, respectively. The first side is provided with a film wrapping edge, and the first side is wrapped within the film wrapping edge.