The Coca-cola Company

Bosch-siemens Hausgerate Gmbh

Carl Edelmann Gmbh

Georg Troska

George Plester

Frederick D Schorr

Alfred Raab

Karlheinz Farber

Anton Deininger

Erich Heuberger

Horst Kohl

Heinz-Werner Giefer

Wolf-Dieter Knorrich

Robert J Falkenberg

Joachim W Dziallas

Rolf Preuss

Alfredo D Ciavarella

Alfredo Do Ciavarella

A sachet for insertion into a beverage container prior to the sealing and pressurization of the beverage container. The sachet is made from a gas permeable and substantially liquid impermeable material. The article is positioned within this material and sealed with substantially no excess gas contained therein. The sachet sinks when dropped into the beverage container and subsequently floats after the container is sealed and pressurized as gas from within the container penetrates into the sachet until equilibrium is reached. The sachet then rises within the beverage container when the container is opened.

In-container sachet

A beverage can for housing liquid products and a prize therein includes a prize dispensing assembly which cannot be easily detected without opening the beverage can. The prize dispensing assembly includes a holder which is frictionally held inside a guide. The holder is held in a position such that it is displaced from an underside of an openable tab on a lid of the beverage can. By this arrangement, a consumer may not detect the presence of the holder inside the beverage can by tapping on the openable tab, or attempting to rattle the holder against the openable tab. The holder also includes a spring loaded cap for contacting the underside of the openable tab, in case the holder becomes dislocated and abuts against the openable tab. The spring loaded cap dampens the impact of the holder against the openable tab and thus reduces the possibility that the prize dispensing assembly will be discovered prior to opening the beverage can.

Noise suppressed prize dispenser for a container

A container assembly for housing liquid products and a prize therein which may be distributed with non-prize bearing containers comprising: a can for containing the liquid product in an interior chamber thereof, and a prize-holding subassembly positioned within the interior chamber for retaining a prize therein. The prize holding subassembly includes a tether for supporting the prize assembly. The tether includes a hair-pin shaped spring portion defining legs, and foot portions extending from those legs. A proximal end of the tether on one of the foot portions engages a gate on the underside of the can closure, and compresses the spring portion into a cocked, position. When the closure is opened, the gate releases the proximal end of the tether so that it may pop up through the open end of the can for gripping by the consumer. A distal end of the tether on the other end of the tether supports a prize container which is manually removable from the can with the tether.

Prize-containing beverage can

Cardboard packaging for liquids

A dosing unit for concentrate in a post-mix beverage dispenser is described which includes an enclosed cylinder space, and a pump piston with a bore running parallel with the axis. A control piston which is in contact with the input side shutoff of the cylinder space is disposed within and movable longitudinally of the bore in the pump piston. The control piston includes an intake opening, and in contact with the pump piston, forms an outlet opening, where the intake and the outlet openings are alternately opened or closed through axial movement of the control piston with respect to the cylinder space and the pump piston. The control piston movement is restricted with respect to the accelerator piston and constrained by axial impact points, so that an axial movement forced upon the control piston causes an impulse in both directions to open or close the intake or the outlet openings, after which by carry-over of the particular impact, the pump piston is moved axially the same distance. The dosing unit is mounted on a concentrate storage container with the intake opening thereof in liquid communication with a discharge opening in the storage container.

Device for the measured dispensing of liquids out of a storage container

Container

A beverage concentrate container includes an integrally connected piston pump as a concentrate dosing unit. The container and piston pump are insertable into rigid support within a beverage dispenser cabinet for mechanical interconnection with a drive mechanism for the pump. The container and pump combination (syrup package) are fabricated from materials which are disposable.

Apparatus for the dispensing of liquids in measured amounts

A disposable CO.sub.2 gas generator cartridge of cylindrical construction and including inner and outer coaxial reagent chambers which are interconnected when installed in a cylindrical pressure vessel and having a top cover assembly including a pusher type activating mechanism which is operated by a cam surface located on a handwheel. The cover assembly connects to a carbonated drink dispenser by means of a quick disconnect coupling activated by the operation of a manually operated pull down lever assembly including the handwheel. Operation of the handwheel acts to start gas generation and also vent the cartridge to atmosphere when spent.

Disposable gas generator cartridge and vessel therefor for use in a

A dosing system has a vessel for holding a fluid and a dosing device for dispensing a measured quantity of fluid from the vessel. The dosing device hermetically seals the vessel and has a valve with a fluid passage, a piston surrounding the valve and a cylinder housing surrounding the piston. The valve is positioned in a first position wherein fluid is gravity fed from the vessel to a chamber formed between a drive face of the piston and the cylinder housing. The valve can be reciprocated from the first position to a second position whereat the valve closes the inlet from the vessel to the chamber. The piston closes the passage within the valve when the valve is in the first position and opens the passage when the valve is moved to the second position to permit discharge of fluid from the chamber. When the valve moves to a third position, the drive face of the piston moves toward a shoulder of the cylinder housing to thereby pump the fluid from the chamber. The valve can be moved between these three positions to repeatedly discharge fluid. When the valve returns from the third through the second to the first position, the drive face of the piston will move away from the shoulder of the cylinder creating suction in the chamber. This suction will assist in the gravity feed of fluid from the vessel to the chamber. The dosing system is particularly useful in a dispenser for a beverage and the vessel can be a bag-in-box container. A pliable funnel portion is provided between the vessel and the dosing device whereby the dosing device may be pushed into or pulled from the vessel.

Growing community of inventors

Herten, Germany

Georg Troska