Abstract: The disclosed beverage container can be a prepackaged hermetically sealed beverage container prefilled with a ready for consumption beverage for retail sale and can include three pieces, a cap, dome and vessel. The pieces can be screwable together. The dome piece can contain a strainer. The consumer can separate the dome from the vessel and add ice to the beverage to cool the beverage prior to consumption, and can strain the ice from the beverage before drinking it directly from the top opening of the dome, after it has been resealed to the vessel.
Abstract: Beverage container which can be used to bottle beverages in filling facilities and subsequently used in any setting where the consumer desires to have a convenient and fun approach to consuming a soft drink, and desires to have that soft drink cooled by ice and strained from the ice before consuming it. The disclosed beverage container can be made up of three pieces, a cap, dome and vessel. The pieces screw together using a double screw mechanism. The dome piece contains a strainer. The consumer can separate the dome from the vessel and add ice to the mixed beverage to cool the beverage prior to consumption, and can strain the ice from the beverage before drinking it directly from the top opening of the dome, after it has been resealed to the vessel.
Abstract: The disclosed beverage container can be made up of three pieces, a cap, dome and vessel. The pieces screw together using a double screw mechanism. The dome piece contains a strainer. The consumer can separate the dome from the vessel and add ice to the mixed beverage to cool the beverage prior to consumption, and can strain the ice from the beverage before drinking it directly from the top opening of the dome, after it has been resealed to the vessel. The disclosed beverage container can be filled by beverage bottling facilities in varying sizes and neck formations. Volume of the container and material choice, whether aluminum, glass, plastic, stainless steel, other suitable material, or a combination of materials will determine specific size dimensions of the bottle and neck as required by industry available beverage filling machinery.