The invention relates to devices for automatically pouring foamed and carbonated beverages from isobaric containers into plastic bottles. The technical result is an automatic device with a simplified design, which is easier to maintain as a result of the valves of a flow switcher being provided with a single common stepped electromechanical cam drive. The present automatic device comprises a filling channel, channels, valves with pipes for supplying a gas and a beverage, a channel for removing gas from a container, said channel being connected via an adjustable throttle valve to a drainage channel, an assembly for clamping the neck of a plastic container to the outlet opening of the filling channel and to the inlet opening of the gas removal channel, and a control unit, which is connected to a drive of the clamping assembly and to a drive of valves in order to open and close same according to a set programme. The drive of valves comprises a disc which is mounted such as to be capable of discrete angular displacement and has a profiled cammed surface in the form of an annular track which contacts with rods corresponding to the valves and provides, in one complete revolution of the disc, for the opening and closing of said valves according, to a set programme in order to pour a beverage into a container.

A method for filling a container to be filled with a filling product includes accommodating a container to be filled in a treatment chamber, sealing a filling device to the container, rinsing the container with a rinsing gas introduced into the container through a rinsing gas channel, filling the container with the filling product, pre-pressurizing the treatment chamber with a pressurization gas through a pressurization gas channel, removing the filling device from the container, closing the container with a container closure, relieving the pre-pressurization pressure in the treatment chamber, and removing the container from the treatment chamber. The pre-pressurization pressure that is present in the treatment chamber is at least in part relieved into the rinsing gas channel.

A method for filling a container to be filled with a filling product includes accommodating a container to be filled in a treatment chamber, sealing a filling device to the container, rinsing the container with a rinsing gas introduced into the container through a rinsing gas channel, filling the container with the filling product, pre-pressurizing the treatment chamber with a pressurization gas through a pressurization gas channel, removing the filling device from the container, closing the container with a container closure, relieving the pre-pressurization pressure in the treatment chamber, and removing the container from the treatment chamber. The pre-pressurization pressure that is present in the treatment chamber is at least in part relieved into the rinsing gas channel.

A side shutoff piston valve assembly for filling containers with liquids while reducing or eliminating splash-back and dripping of the liquids.

An apparatus for processing a container that contains liquid filling-material includes a source of inert gas at a treatment pressure that is higher than a fill pressure that is used to fill said container, and filling elements. A typical filling element includes a housing, and a first controlled gas path that selectively connects the source to the container.

An apparatus for processing a container that contains liquid filling-material includes a source of inert gas at a treatment pressure that is higher than a fill pressure that is used to fill said container, and filling elements. A typical filling element includes a housing, and a first controlled gas path that selectively connects the source to the container.

Using a filling point to fill a container with liquid filling-material fed by a supply line through which filling material at a supply-line pressure is made available for filling the containers includes using a control circuit to regulate flow velocity at which filling material flows into the container by opening a liquid valve, opening a regulating valve upstream of the liquid valve, sensing flow velocity of the filling material, comparing the flow velocity with a target flow velocity, and using the regulating valve to regulate the flow velocity such that the flow velocity is independent of a pressure difference between the supply-line pressure and a filling pressure set in the container.

Using a filling point to fill a container with liquid filling-material fed by a supply line through which filling material at a supply-line pressure is made available for filling the containers includes using a control circuit to regulate flow velocity at which filling material flows into the container by opening a liquid valve, opening a regulating valve upstream of the liquid valve, sensing flow velocity of the filling material, comparing the flow velocity with a target flow velocity, and using the regulating valve to regulate the flow velocity such that the flow velocity is independent of a pressure difference between the supply-line pressure and a filling pressure set in the container.

There is disclosed a filling unit (1) for contact filling an article (2) with a still pourable product, comprising: a tank (6) with a first region (7) fillable with pourable product and a second region (8) fillable with a first aeriform; a filling device (10) for contact filling a respective article (2); a first valve (16), which may be set either in a first open configuration allowing the fluidic connection between first region (7) of tank (6) and article (2) or in a first closed configuration in which it prevents the fluidic connection between first region (7) and article (2); a first fluidic line (44) partly defined by filling device (10) for allowing the escape of a second aeriform contained inside article (2) when first valve (16) is in first open configuration and article (2) is in contact with filling device (10); a second valve (46), which can be selectively set either in a second open configuration in which it allows second aeriform to flow along first fluidic line (44) when first valve (16) is in first open configuration or in a second closed configuration in which it prevents second aeriform from flowing along first fluidic line (44); a cabinet (100) enclosing at least in part filling unit (1) and having an inner volume (103) which defines a sterile environment; a second fluidic line (101) fluidly connected with first fluidic line (44); and a third valve (102) arranged along second fluidic line (101), and which can be selectively arranged in a third configuration in which it fluidly connects second fluidic line (101) with inner volume (103) of cabinet (100).

There is disclosed a filling unit (1) for contact filling an article (2) with a still pourable product, comprising: a tank (6) with a first region (7) fillable with pourable product and a second region (8) fillable with a first aeriform; a filling device (10) for contact filling a respective article (2); a first valve (16), which may be set either in a first open configuration allowing the fluidic connection between first region (7) of tank (6) and article (2) or in a first closed configuration in which it prevents the fluidic connection between first region (7) and article (2); a first fluidic line (44) partly defined by filling device (10) for allowing the escape of a second aeriform contained inside article (2) when first valve (16) is in first open configuration and article (2) is in contact with filling device (10); a second valve (46), which can be selectively set either in a second open configuration in which it allows second aeriform to flow along first fluidic line (44) when first valve (16) is in first open configuration or in a second closed configuration in which it prevents second aeriform from flowing along first fluidic line (44); a cabinet (100) enclosing at least in part filling unit (1) and having an inner volume (103) which defines a sterile environment; a second fluidic line (101) fluidly connected with first fluidic line (44); and a third valve (102) arranged along second fluidic line (101), and which can be selectively arranged in a third configuration in which it fluidly connects second fluidic line (101) with inner volume (103) of cabinet (100).