Disclosed is a device for consuming beverages. One embodiment includes a first beverage container that can be removably attached to a second beverage container, each of the containers in fluid communication with a double straw, wherein the double straw includes a first straw and a second straw that are bonded together via a sleeve, the first straw inserted into the first beverage container and the second straw inserted into the second beverage container. Each of the beverage containers contains a different substance such that as a user draws the substances via the double straw, the substances do not mix until they are consumed.

A container (100) or isolating first and second fluids, such as beverage concentrate components, until dispensing is provided, as well as methods of assembly and dispensing. The container can have first (111) and second (113) enclosed bodies for containing the first and second fluids to be dispensed and an insert (130) directing fluid from the enclosed bodies, such as toward one or more valves or separate discharge paths (148a, 148b).

A cartridge for a dispenser, has at least one non-inherently rigid elongate film pouch and has a chamber for receiving a material, having a head part interacting with the film pouch and having an inherently rigid insert connected to the film pouch facing the head part, wherein the insert is arranged radially within the head part at least in regions. The insert and the head part are connected in a form-fitting and/or force-fitting manner. An outwards facing surface of the insert interacts in regions radially (R) with an inward facing surface of the head unit in a connection region transversely to a longitudinal direction (L) of the insert. The surface of the insert and of the head part have, in the connection region, a larger diameter in a region facing away from the head part than in a region facing the head part in the longitudinal direction (L), respectively.

A handheld dispensing device has a first dispensing element configured to dispense a structural material and a second dispensing element configured to dispense a biological material. The second dispensing element is single-use and sterilizable. The first dispensing element is connectable to the second dispensing element. A dispensing system also is provided and has a sterilizable chamber; at least one robotic arm assembly and a dispensing device within the sterilizable chamber. The at least one robotic assembly is configured to move the dispensing device that has a first dispensing element and a second dispensing element. The first dispensing element is releasably connectable to the second dispensing element. An external control is device connected to the robotic arm assembly and controls the at least one robotic arm assembly. The first dispensing element dispenses a structural material and the second dispensing element dispenses a biological material.

A food preparation package is disclosed. In some embodiments, the food preparation package can include a burst compartment, a first compartment to contain a first food ingredient, and a second compartment to contain a second food ingredient. The food preparation package can also include a first frangible seal separating the burst compartment and at least one of the first and second compartments. In addition, the food preparation device can include a second frangible seal separating the first and second compartments. Fluid pressure introduced into the burst compartment can break the first frangible seal and the second frangible seal to introduce the first food ingredient and the second food ingredient to one another within the package. In other embodiments, a food preparation package can include a first compartment to contain a first food ingredient, and a second compartment to contain a second food ingredient. The food preparation package can also include a frangible seal separating the first and second compartments. In addition, the food preparation package can include a filter to prevent unwanted material carried by a fluid from entering or exiting the package. Introduction of the fluid can provide a fluid pressure that breaks the frangible seal and introduces the first food ingredient and the second food ingredient to one another within the package.

An apparatus for applying a two-component liquid composition to a surface has a housing having an open end, an inner surface and an outer surface, an applicator retained in the housing and projecting through the open end, two containers removably mounted to the inner surface of the housing, each container having a dispensing nozzle extending through an aperture in the housing and arranged adjacent the applicator. There is a cutting device arranged on the housing adjacent the nozzles, the cutting device having at least one blade, wherein pressing the cutting device causes the blades to pierce the nozzles and allow contents of the containers to exit the containers and flow to the applicator.

An edible paste dispenser for applying decorative icing to cakes and other foods includes a tip assembly that connects paste containing chambers of a dual-chamber pastry bag and directs edible paste into a common extrusion nozzle. The tip assembly includes a pair of mating tubes secured via a locking nut to the extrusion nozzle. The tubes each have a sidewall portion that is generally S-shaped in cross-section and permits stable assembly and cooperative engagement of one tube with the other tube. After insertion of a tube into each pastry bag chamber, the tubes are attached to a common extrusion nozzle. The resulting extruded paste can include two different colored decorations, which can appear swirled S or other curvilinear shape provided by the two engaged cones. The tips of the cones, and paste containing bags, terminate just above the exit portal of the common nozzle.

The present invention may provide a cosmetic container including: a container part (100) that includes a first container (110) including a first composition and a second container (120) including a second composition and is formed by combining the first container (110) and the second container (120); a first airless pump module (200) that includes a first intake tube (210) and a first pipe (220) communicating with the first intake tube (210) and is mounted on the first container (100); a second airless pump module (300) that includes a second intake tube (310) and a second pipe (320) communicating with the second intake tube (310) and is mounted on the second container (120); and a pressing unit (400) that includes a first pressing cap (410) having a first intake hole (411) connected with the first pipe (220) and a first dispense hole (412) for dispensing the first composition in the first intake hole (411), and a second pressing cap (420) having a second intake hole (421) connected with the second pipe (320) and a second dispense hole (422) for dispensing the second composition in the second intake hole (421), wherein the first pressing cap (410) and the second pressing cap (420) are combined and disposed on the top of the container (100) to be vertically movable, a rail (414) is vertically and convexly formed on a coupling side of the first pressing cap (410), and a rail groove (424) where the rail (414) is inserted is vertically and concavely formed on a coupling side of the second pressing cap (420), so the first pressing cap (410) and the second pressing cap (420) independently move.

Provided is a multi-chamber dispenser (1) of flowable substances, comprising: a rigid body (100) disposed around first (113) and second (123) storage chambers for storing respective first and second flowable substances, a first inlet fluidly connecting the first storage chamber (113) with a first outlet (141), a second inlet fluidly connecting the second storage chamber (123) with a second outlet (151), a first user-operable apparatus (140) at an exterior of the container and configured, on movement relative to the rigid body (100), to cause a volume of the first flowable substance to be dispensed from the first storage chamber (113) via the first inlet to the first outlet (141), and a second user-operable apparatus (150) at the exterior of the container and configured, on movement relative to the rigid body (100), to cause a volume of the second flowable substance to be dispensed from the second storage chamber (123) via the second inlet to the second outlet (151).

The present invention may provide a cosmetic container including: a container part (100) that includes a first container (110) including a first composition and a second container (120) including a second composition and is formed by combining the first container (110) and the second container (120); a first airless pump module (200) that includes a first intake tube (210) and a first pipe (220) communicating with the first intake tube (210) and is mounted on the first container (100); a second airless pump module (300) that includes a second intake tube (310) and a second pipe (320) communicating with the second intake tube (310) and is mounted on the second container (120); and a pressing unit (400) that includes a first pressing cap (410) having a first intake hole (411) connected with the first pipe (220) and a first dispense hole (412) for dispensing the first composition in the first intake hole (411), and a second pressing cap (420) having a second intake hole (421) connected with the second pipe (320) and a second dispense hole (422) for dispensing the second composition in the second intake hole (421), wherein the first pressing cap (410) and the second pressing cap (420) are combined and disposed on the top of the container (100) to be vertically movable, a rail (414) is vertically and convexly formed on a coupling side of the first pressing cap (410), and a rail groove (424) where the rail (414) is inserted is vertically and concavely formed on a coupling side of the second pressing cap (420), so the first pressing cap (410) and the second pressing cap (420) independently move.