Containers for holding flowable materials and releasing the same into carbonated water. Methods for preparing a carbonated beverage using containers for holding flowable materials and releasing the same into carbonated water

Containers for holding flowable materials and releasing the same into carbonated water. Methods for preparing a carbonated beverage using containers for holding flowable materials and releasing the same into carbonated water

A flexible and hingeable valve mechanism is provided to a package or pouch, e.g., a package top seal, creating one or more channels through the top seal of the pouch and then, approximate to the one or more channels, making or forming a pocket within the same seal. As the pocket is filled with gas, it can prevent the top seal from accidentally kinking and allow other gas pressure to flow freely through the one or more channels. If the pouch is tilted or tipped over, the pocket will fill with the liquid content of the pouch and the weight of the liquid within the pocket will cause the pocket to hingeably displace and close off at least a portion of the one or more channels to prevent leaking or spilling.

A flexible and hingeable valve mechanism is provided to a package or pouch, e.g., a package top seal, creating one or more channels through the top seal of the pouch and then, approximate to the one or more channels, making or forming a pocket within the same seal. As the pocket is filled with gas, it can prevent the top seal from accidentally kinking and allow other gas pressure to flow freely through the one or more channels. If the pouch is tilted or tipped over, the pocket will fill with the liquid content of the pouch and the weight of the liquid within the pocket will cause the pocket to hingeably displace and close off at least a portion of the one or more channels to prevent leaking or spilling.

A product is provided containing a single dose of foamed liquid milk composition for use in a beverage, the product including a disposable container with a single dose of the composition which, upon agitation of the container, is aerated, wherein the composition includes milk having a fat content of 0%-4%, a protein, an edible natural gum, and an additive.

A product is provided containing a single dose of foamed liquid milk composition for use in a beverage, the product including a disposable container with a single dose of the composition which, upon agitation of the container, is aerated, wherein the composition includes milk having a fat content of 0%-4%, a protein, an edible natural gum, and an additive.

The foam generator for inverted compression receptacles according to the present invention is configured such that liquid contents pumped by an internal pressure as a result of directly compressing an inverted compression receptacle (100), having the liquid contents stored therein, are mixed with air in a gas-liquid mixing chamber (S) and, at the same time, directly discharged in the form of foam. That is, direct compression of the inverted compression receptacle (100) allows the liquid contents to be instantly discharged in the form of foam, thereby further improving product responsiveness. In particular, the present invention is capable of further improving the convenience of use thereof, since the contents can be discharged in the form of foam by directly compressing the inverted compression receptacle (100) merely with one hand. In addition, the foam generator for inverted compression receptacles according to the present invention allows the discharged foam to be applied to or cleanse skin by means of a message member (900) having massage bristles (930) attached thereto. In particular, the present invention is capable of producing a messaging effect while allowing the discharged foam (contents) to be directly and evenly applied to the skin by means of the message member (900) even without the use of palms.

Provided is a liquid beverage manufacturing device for discharging a liquid beverage from a pressure container filled with the liquid beverage to enable tasting the liquid beverage. The device includes: the pressure container in which high pressure nitrogen and a liquid beverage are filled and sealed and from which the nitrogen and the liquid beverage are discharged, through a discharge tube, by internal pressure when the discharge tube is pushed inwards; and the jig having a discharge hole, into which the discharge tube is inserted. In a state in which the jig is placed on the top surface of the cup, the discharge tube can be formed to be inserted into the discharge hole up to a predetermined depth and then is pushed inwards of the pressure container without being inserted any further such that the liquid beverage passes through the discharge hole and is discharged into the cup.

A pouring attachment device for a disposable package of nitrogenated beverage, e.g. an aluminium can P, that achieves a desirable foam head when the beverage is poured into a glass. The attachment comprises a main body or housing (11), an ultrasonic wave generator (27) and a means to couple the device to the package, such as a rim seal (2)0. A flow channel has a contoured inlet (26) configured for communicating beverage from the package to an outlet (21), via a resonance chamber (28), and is particularly configured for minimising turbulence.

A pouring attachment device for a disposable package of nitrogenated beverage, e.g. an aluminium can P, that achieves a desirable foam head when the beverage is poured into a glass. The attachment comprises a main body or housing (11), an ultrasonic wave generator (27) and a means to couple the device to the package, such as a rim seal (2)0. A flow channel has a contoured inlet (26) configured for communicating beverage from the package to an outlet (21), via a resonance chamber (28), and is particularly configured for minimising turbulence.