TH34649B - Mobile or mobile units with a pressurized gas supply for beverage preparation. Or similar products - Google Patents

Abstract

DC60 (08/11/54) Mobile or easy-to-handle machine for preparing beverages. It includes - a module for the delivery of beverages by dispensing pressurized liquids, - a liquid feeding tank of sufficient capacity to supply this module with a volume of Multiple volumes of liquid for repeated dispensing of beverages more than once, - a gas pressure boosting path suitable for dispensing this module with a liquid that is Through increasing pressure, - a liquid feeding chamber of a capacity several times less than the capacity of this tank, from which the chamber receives Arranging in the module feeding configuration to stay in touch with the gas pressure boosting method in order to add pressure to the fluid in this chamber. and to inject a pressure-enhanced liquid into this module and thereby allow fluid to be delivered through this module. Mobile or easy-to-handle machine for preparing beverages. It includes: - a module for the delivery of beverages by dispensing pressurized liquids, - a liquid feeding tank of sufficient capacity to supply this module with a volume of Multiple volumes of liquid for repeated dispensing of beverages more than once, - a gas pressure boosting path suitable for dispensing this module with this liquid. Through increasing pressure, - a liquid feeding chamber of a capacity several times less than the capacity of this tank, from which the chamber receives Arranging in the module feeding configuration to stay in touch with the gas pressure boosting method in order to add pressure to the fluid in this chamber. and to inject a pressurized liquid into this module and thereby allow liquid delivery through this module:

Claims (2)

Disclaimer (all) which will not appear on the advertisement notice: 1. Machine for preparing drinks. Which includes Extraction module for beverage delivery by pressurized liquid dispensing A liquid feed tank with sufficient capacity for volumetric dispensing of this extraction module. Multiple volumes of liquids for repeated dispensing of beverages, and the pressure-increasing method suitable for supplying this extraction module with liquids that are Through increasing pressure The liquid feeding chamber has a capacity many times smaller than the capacity of this tank. The chamber is arranged in a filling scheme to stay in contact with the tank so that it is filled in. It comes with fluid and which the chamber is arranged in an extraction module feeding configuration to stay in touch with the route. Increase the pressure in order to increase the pressure of the liquid in this chamber. And to inject fluids that have been enhanced Push into this extraction module. And hence liquids are allowed to be delivered through this extraction module. The pressure increase path consists of at least one independent operating reserve. The gas source is pressurized and where in this extraction module feeding configuration. The gas will come into direct contact with the liquid present in this chamber while the tank is still exposed. Separation from the pressure relative to this chamber so that the liquid contained in the tank is not subjected to the pressure of Gas, which is being acted in this chamber and where the machine is still equipped with a movable valve path in order to work in position. At least two positions In the position of filling into the room To place this chamber in the filling scheme and in the position for feeding the extraction module by this chamber to allow the module to be extraction. Extraction, in which the chamber is connected to the gas supply path of the independent working reserve of the 2. The machine according to claim 1, where the extraction module is suitable for taking part of the substance. Food comes in for the preparation of the beverage by the pressure-fed liquid from this chamber. 3. The machine according to claim 1, where the chamber is made of pressure-resistant and shock-resistant materials 4. The machine according to claim 1, where the tank is assembled with a wall. Thermal insulation 5. Device according to claim No. 4, where the insulated wall consists of at least internal walls. One wall, material with low specific heat, and at least one insulating layer that surrounds the interior wall. 6. Machine according to claim 5, where the interior walls are constructed from pre-treated materials. Choose from Group consisting of glass and metal 7. Machine according to claim 1, where the chamber is positioned inside the tank 8. machine according to claim 7, where the chamber is mechanically separated from Various effects Against the inner surface of the insulated walls of the tank 9. The machine according to claim 1, where the chamber is positioned outside the tank 1 0. the machine according to claim 1, where the valve path is assembled. With a two-way valve, which 1. The machine according to claim 1, where the pressure of this gas source is between 2 and 25 bar 1 2. The machine according to claim No. 11 where gases are to be chosen from a group consisting of compressed air, CO2, N2, N2O, O2 argon and their mixtures 1 3. Apparatus according to claim 2, where the apparatus incorporates a path for Heat This is done with the liquid before the liquid is inserted into the extraction module 1 4. The apparatus according to claim 13, where the heating path is an electrical path of a resistance type or thermo block. Or a way that is a type of burner using the fuel that has been selected From solid fuels, gases and liquids group 1 5. Devices according to claim 13, where integrated power supply pathways are provided. Up to supply to the electric heating route. And assembled with at least an electric battery 1 6. The device according to claim 14, where an electrical connection method has been established. In order to periodically supply this heating path during the connection of the welding path. Electrical connection to an external power source 1 7. Machine according to claim 1 where the module is a pressurized liquid delivery module 1 8. Machine for beverage preparation. Which includes Module for beverage delivery by means of pressure-boosted liquid dispensing. The liquid feeding tank has sufficient memory to supply this module with liquid for the Dispense more than one drink The method of increasing pressure is suitable for supplying this module with the pressurized liquid, the liquid feed chamber is several times smaller than the tank capacity. In which the rooms are arranged in a filling scheme To stay in contact with the tank so that it gets refilled Comes with liquid and In which the chambers are arranged in a module feeding configuration To stay in contact with the pressure increase pathway to increase the pressure of the fluid in the chamber. And to inject the pressurized liquid into this module and hence allow the liquid to be delivered through this module. The unit is configured as a mobile or portable type for service without an electrical connection to the electrical connection point of the power supply during service. The pressure boosting path is non-electric and consists of a reserve operating by At least one independent source of gas undergone pressure. The tank is assembled together with insulation walls. To reduce the heat loss of the liquid in During transport and where the tank is still equipped with a valve path to connect the chamber to the atmospheric pressure in The first position of the valve trajectory and to connect the chamber with the pressure-boosted gas in the second Of the way valve 1 9. Portable type for beverage preparation. Which includes Module for beverage delivery by means of pressure-boosted liquid dispensing. Liquid feeding tank Liquid feeding chamber Valve paths that move in at least two positions Where the chamber is arranged in a filling configuration in the first position of the valve path. To stay stuck Connected to the tank so that it is filled with liquid And in the scheme, the module feeding in the second position Of valve path To stay in contact with an independent working reserve of enriched gas Pressure to increase the pressure of the liquid in this chamber. And to inject the pressurized liquid into this module and hence allow the liquid to be delivered through this module. And in the modular feeding configuration, the gas comes into direct contact with the liquid present in the chamber. While this tank still has been separated from The pressure in comparison with this chamber 2 0. machine for preparing drinks. Which includes Module for beverage delivery by means of pressure-boosted liquid dispensing. Liquid feeding tank with sufficient capacity to supply this module with multiple volumes. The volume of the liquid for the dispensing of beverages is repeated more than once and the pressure increase method is suitable for supplying this module with the pressurized liquid. Several times less than the capacity of the tank In which the room is arranged in a filling scheme To stay in contact with the tank so that it is filled with liquid and where the chamber is arranged in a module feeding configuration. To stay in touch with ways to increase Pressure to increase the pressure of the liquid in this chamber. And to inject the pressurized liquid into this module and hence allow the liquid to be delivered through this module. Pathway to increase pressure Included At least independently operated reserves One gas source is pressurized and where in this extraction module feeding configuration The gas will come into direct contact with the liquid contained in this chamber. While this tank is still received Separation from the pressure relative to this chamber So that the liquid contained in the tank will not be under pressure of Gas which has been done in this room Where a module is an extraction module suitable for the intake of nutrients in The preparation of the beverage is by supplying the pressurized liquid from this chamber and where the unit is still equipped with a movable valve path to function in position. At least two positions In the position of filling into the room To place this room in the filling scheme and in the position for the module feeding by this room To allow extraction part of the extraction module 2 1. A machine according to claim 20, where the chamber is positioned below half of the tank. In order to be supplied with liquid under the effect of the hydrostatic pressure of the tank, when the valve path is stimulated to recover this chamber to the equivalent pressure. Critical to atmospheric pressure 2 2. A machine for preparing drinks Which includes Module for beverage delivery by means of pressure-boosted liquid dispensing. Liquid feeding tank with sufficient capacity to supply this module with multiple volumes. The volume of the liquid for dispensing more than once, repeatedly and the pressure increase method is suitable for supplying this module with the pressurized liquid. Several times less than the capacity of the tank In which the rooms are arranged in a filling scheme To stay in touch with the tank in order to get the old one in Comes with liquid and which the chamber is arranged in a modular feeding configuration. To stay in touch with ways to increase Pressure to increase the pressure of the liquid in this chamber. And to inject the pressurized liquid into this module and hence allow the liquid to be delivered through this module. Pathway to increase pressure Include at least one autonomous reserve. The gas source is pressurized and where in this extraction module feeding configuration. The gas will come into direct contact with the liquid contained in this chamber. While this tank is still received Separation from the pressure relative to this chamber So that the liquid contained in the tank will not be under pressure of The gas, which is being acted upon in this chamber and where the chamber is connected to the tank by the inlet of the liquid, is stimulated. By one way valve The valve is opened during filling by the hydrostatic effect of thrust. Push the liquid from the tank to the chamber And has been kept closed by the thrust of the existing fluid Inside the feed chamber under the pressure exerted by this gas