Patent DE-20221759-U1 (DE)
Title: Device for incorporating gas flow into liquid flow with impregnation system for soda water preparation, has primary liquid supply line, storage vessel, cover, catch mechanism and primary gas supply line for supply of system with gas flow
IPC: C02F1/68
Filed: 2002-10-23
Abstract: The device for the incorporation of gas flow into liquid flow with impregnation system for soda water preparation, comprises primary liquid supply line for supply of the impregnation system with the liquid flow, a storage vessel (1), a cover (2), a catch mechanism (3) and a primary gas supply line for supply of impregnation system with gas flow. The impregnation system is equipped with a carbonator for the incorporation of carbon dioxide into a water flow. The primary liquid supply line is connected with the impregnation system over a feed pipe. The device for the incorporation of gas flow into liquid flow with impregnation system for soda water preparation, comprises primary liquid supply line for supply of the impregnation system with the liquid flow, a storage vessel (1), a cover (2), a catch mechanism (3) and a primary gas supply line for supply of impregnation system with gas flow. The impregnation system is equipped with a carbonator for the incorporation of carbon dioxide into a water flow. The primary liquid supply line is connected with the impregnation system over a feed pipe. The primary gas supply line is connected with the impregnation system over a supply pipe. Dispensing equipment comprising of several dispensing points is connected with the impregnation system. The dispensing equipment is built as a closed-loop dispensing equipment and is designed as a push-type dispensing equipment. The primary liquid supply line and the primary gas supply line are interconnected with one another over a pressure control valve that controls the gas pressure with respect to the liquid pressure. A connecting line for a beverage concentrate flows into a single dispensing point. An impregnation system is installed before each dispensing point. A dispensing point is connected with a storage vessel for the uptake of liquid mixed with a gas. The liquid flow is cooled. The impregnation system is arranged in a waterbed cooler and in a closed-cycle cooler. A cooling coil is intended in the cooler for a beverage concentrate. The primary liquid supply line is designed as a closed-cycle line. A cyclic hydraulic pump is installed in the closed-cycle line. In the water cooler, a primary liquid supply line runs as a cooling coil through a water bed, and flows into a connection and a primary gas supply line, whose liquid connection and gas connection are interconnected over the pressure control valve, behind which a liquid supply line merges into a connection for the cooling coil process water and a supply line for gases. A connection for each beverage concentrate flows into a beverage concentrate supply line, which is connected with the dispensing point over a connection and which extends through the waterbed. The dispensing point is connected with a discharge for the gas/liquid-mixture over a connection. An agitator is intended for pumping of the beverage concentrate into a cooling coil and for pumping of the liquid into a cooling system. A discharge for soda water is connected with a connection of the storage vessel. A control valve for gases is intended in the connection, which is intended outside of the storage vessel and projects into the storage vessel at an inlet line. The inlet line is intended in the interior of the storage vessel by control valve for the adjustment of the soda water level, in relation to an interior of the storage vessel. The inlet line is fastened in an upper closure of the storage vessel via a fastener. A soda water-inlet line of the inner chamber is led outward by the upper closure of the storage vessel and is fastened in the upper closure of the storage vessel by an internal fastener (8) and an external fastener. A pipeline is intended for the introduction of a gas flow into the storage vessel, is passed through the upper closure of the storage vessel, is fastened in the upper closure by a fastener, exhibits an inlet for gases arranged outside of the storage vessel and a control valve for gases arranged within the storage vessel. A lockable access opening is intended in the storage vessel by a cover and in the upper closure of the storage vessel. The cover is sealed in the upper closure of the storage vessel via a sealing. The cover is lockably fastened in the upper closure of the storage vessel via a catch mechanism. The catch mechanism is fastened on the cover and is tiltable. The catch mechanism is lockable in the closed condition of the cover via an upper joint. A gas pad is intended in the storage vessel. A chamber for the gas pad is intended outside of the storage vessel and is intended on the cover.