Abstract: A system for activating a dosing apparatus to dispense predetermined amounts of a beverage from a bottle and comprising a lever arm containing an annular housing, through which a dosing apparatus is inserted. The lever arm annular housing has an annular electromagnet to control a valve in the dosing apparatus, and an optical reader to identify the type of liquid being dispensed. An electromagnetically operated slidable lock on the lever arm locks the dosing apparatus in position. The dosing apparatus is clamped to the bottle of liquid to be dispensed and has a code on its side such that the optical reader may identify to a controller device the liquid and therefor amount to be dispensed. The lever arm and dosing apparatus are arranged so that depression of the lever arm results in the dispensing of a predetermined liquid amount.

Abstract: A device for securing a dosing apparatus on a bottle, in order to ensure that the dosing apparatus is not unobservedly removed from the bottle, includes a plurality of securing members, each of which is hingedly mounted on the dosing apparatus. Each securing member cooperates with a substantially radial abutment surface on the bottleneck in such a manner that while pressing the end opposite the hinge against the bottleneck, the securing member presses the dosing apparatus sealingly against the opening of the bottle while cooperating in a lever-like manner with the abutment surface on the bottle. In this position the securing members are secured on the bottle by a sealing strip received in recesses on the end opposite the hinge and on the side of each securing member facing away from the bottleneck in the mounted state.

Abstract: A dosing apparatus for dispensing predetermined quantities preferably of beverages from a bottle or a similar object is constructed to be fastened at the orifice of the bottle and comprises an inlet opening (11) and an outlet opening (13) as well as a magnetically operated first valve device (15), which by activation enables the beverage to flow from the dosing apparatus through the outlet opening (13). The apparatus further comprises an air valve (54) for equalizing the pressure. The apparatus has a total cavity corresponding to the desired dosage quantity and further comprises a second valve device (49) adapted to turn off the outflow of beverage from the bottle to the dosing apparatus, while the first valve device (15) is open to outflow. Besides the apparatus has devices (44, 45, 27, 46) ensuring a forced closing of the second valve device (49) before the first valve device is opened, and an automatic opening of the second valve device (49) when the first valve device has been closed.