SK442019A3 - Apparatus for filling packages in a pressurized enclosure and method of this filling - Google Patents

Abstract

The device for filling packages in a pressurized space consists of a static part (1) and a rotating part (2). Powerful elements are connected to the static part (1): sterilization - multifunctional needle (11), filling head (10), closing head (9), bottom valve and carrier (4) of the package (3). The rotating part (2) is connected to a shaft (13) passing through the static part (1). The method of filling packages in a pressurized space according to the invention consists in that the lower rotating part (2) is set to position no. 1 - sterilization, where the package (3) and the cap (20) are subsequently sterilized before filling. The rotating part (2) is set to position no. 2 - performance. In this step, the pressure in the storage tank of the filled product (17) is equalized with the pressure in the filling space (5) and the filling process begins. The rotating part (2) is set to position no. 3 - closing. The closing head (9) closes the filled container (3) by moving it downwards, all the steps taking place in a closed filling space.

Description

Technical field

The invention relates to a device for filling packages in a pressurized space and to a method for this filling. It relates to food processing in cases where the invention is used to fill packages with beverages, but may also relate to industrial use if the invention is used to fill packages with a non-food filling, for example medicines.

Prior art

When filling products - liquid substances into packaging, several principles are currently used - level filling with gravity, underlayment or overpressure filling and also volume filling or filling on the principle of weighing. The filled package in question currently passes through various spaces during the processes from the preparation of the package to its filling and closing. During filling and sealing, air swirls, which can lead to secondary contamination of the filled product. When filling carbonated beverages, for example, the container is filled in a space in which it is pressurized, then transferred to a space with atmospheric pressure and then closed. However, this change in space negatively affects the quality of the beverage's saturation and creates a potential risk of secondary contamination.

The essence of the invention

The device for filling packages in a pressurized space according to the invention consists in that it consists of two basic parts. From the static part and the rotating part.

Powerful elements are connected to the static part of the device according to the invention: sterilization - multifunctional needle, filling head, closing head, bottom valve and package carrier. Above the static part of the device, there are drives for power elements, a storage tank for the filled product and pipes for the supply of individual media.

The rotating part of the device is connected to a shaft passing through a static part. The shaft is terminated in the lower part by a package carrier and a carrier of the rotating part. In the rotating part there is an opening with a seat for sealing the lower valve and an opening for fitting the package.

To the device according to the invention, a storage tank of the filled product, a peroxide evaporator, an air exchanger and a sanitary pipe are connected by piping, which can be attached to the supporting frame of the device according to the invention.

The device according to the invention is connected to a sanitation circuit, by means of which the pipes, valves and the entire filling space are cleaned after the end of the production batch.

The device according to the invention can also be made without a rotating part, wherein executive elements are connected to the static part of the device according to the invention: sterilization - multifunctional needle, filling head, closing head, bottom valve and container carrier. Above the static part, there are drives for power elements, a storage tank for the filled product and pipes for the supply of individual media.

The control of the device according to the invention is provided by a PLC - Programmable Logic Controller. The device according to the invention can be attached to a supporting base frame, to which an inlet conveyor can be attached to supply empty packages to the device. Furthermore, an output conveyor can be attached to the frame for the removal of filled packages from the device according to the invention and a conveyor for feeding the closures to the device.

Conveyors for the supply of packages and closures to the device according to the invention and for their removal - removal from the device according to the invention can be replaced by another suitable method or device.

The method of filling the container in a pressurized space on a device with both a static and a rotating part consists in transporting the closure to the closing head, which is in the lower position, whereby the closing head then moves upwards with the closure.

An empty package is inserted into the package carrier, which is then sealed by pressing it against the seat of the rotating part parallel to the lower valve. This closes the filling space and separates it from the outside environment.

The rotating part is set to position no. 1 - sterilization. For peroxide sterilization, a peroxide concentration of mm is required. 35%. The mixture of peroxide and air is heated in the heating body of the peroxide evaporator per mm. 70 ° C according to the selected / used packaging material.

By opening the peroxide sterilization valve and then opening the emptying valve, a mixture of peroxide and air is blown through the sterilization - multifunctional needle into the empty container, the filling space and the closure. Subsequently, the peroxide sterilization valve and the drain valve are closed. Depending on the packaging used, the filling space, the packaging and the cap are sterilized by the action of peroxide for the necessary time. By opening the air sterilization valve for the supply of hot sterile air and opening the emptying valve, the filling space, the cover and the cap are blown out through the sterilization - multifunctional needle by the pressure prepared in advance, you

S K 44-2019 Α3 rile hot air. The pre-prepared air in the air exchanger must be heated to min. 100 ° C according to the selected / used packaging material. The pressure of the sterile hot air thus prepared must be at least 0.1 bar. The filling space and the container can then be filled with an inert gas - e.g. N2 from an inert gas tank or CO2 gas.

The rotating part is set to position no. 2 - performance. In this step, the pressure in the product reservoir is first equalized with the pressure in the filling space. Opening the filling head starts the filling process. After filling the required volume controlled by a flow meter or other measuring device, the filling head is closed.

The rotating part is set to position no. 3 - closing. The closing head closes the filled package by moving it downwards, in some types of packages with simultaneous rotation. After closing the filled package, the closing head returns to the upper starting position. The filled and sealed product package is removed from the package carrier.

Subsequently, the whole process from the insertion of the closure and the package into the device according to the invention, through the subsequent sterilization, filling, closing and removal of the filled package, is repeated.

The method of filling a package in a pressurized space on a device with only a static part consists in transporting the closure to the closing head, which is located in a lower position above the package opening, the closing head then moving upwards with the closure and turning to intermediate position so as not to prevent another executive from performing its action. An empty package is inserted into the package carrier, which is then sealed by pressing it against the seat of the static part. This closes the filling space and separates it from the outside environment.

For peroxide sterilization, a peroxide concentration of min. 35%. The mixture of peroxide with air is heated in the heating body of the peroxide evaporator for min. 70 ° C according to the selected / used packaging material.

After closing the filling space, the sterilization - multifunction needle is set to a position above the empty container. By opening the peroxide sterilization valve and then opening the emptying valve, a mixture of peroxide and air is blown through the sterilization - multifunction needle into the empty container, the filling space and the cap. Subsequently, the peroxide sterilization valve and the drain valve are closed. Depending on the packaging used, the filling space, the packaging and the cap are sterilized by the action of peroxide for the necessary time. By opening the air sterilization valve for the supply of hot sterile air and opening the emptying valve, the filling space, the package and the closure are blown out through the sterilization - multifunction needle by the pressure of pre-prepared, sterile hot air. The pre-prepared air in the air exchanger must be heated to at least 100 ° C according to the selected / used packaging material. The pressure of the sterile hot air thus prepared must be at least 0.1 bar.

The filling space and the container can then be filled with an inert gas - e.g. N2 from an inert gas tank or CO2 gas.

The sterilization - multifunction needle is set to the initial position so that it does not prevent another powerful element from performing its operation.

After positioning the sterilization - multifunction needle, the pressure equalization valve is first opened, which equalizes the pressure in the storage tank of the filled product with the pressure in the filling space. Opening the filling head starts the filling process. After filling the required volume controlled by a flow meter or other measuring device, the filling head is closed. Power element - the closing head is set above the neck of the package. The closing head closes the filled package by moving it downwards, in some types of packages with simultaneous rotation. After closing the filled container, the pressure relief valve is closed and then the discharge valve is opened, through which the pressure in the filling space is equalized with the ambient pressure. After depressurizing the filling space, the closing head returns to the upper starting position. The filled and sealed product package is removed from the package carrier. Subsequently, the whole process from the insertion of the closure and the package into the device according to the invention, through the subsequent sterilization, filling, closing and removal of the filled package is repeated.

All these steps take place in a closed filling space, which is the main and most important benefit of this method of filling compared to the prior art. The device and method of filling according to the invention in a pressure-closed space ensures high purity to sterility of filling. In the above processes, we close the package before leaving the filling space.

In the case of carbonated beverages, this means that the container is closed under pressure. The standard classical filling method requires, after filling the package, the release of the filling overpressure to atmospheric pressure, which causes the beverage to foam and the saturating gas in the product to lose, e.g. CO2. During the filling process, no pressure is released before closing, which is an obvious advantage. The device and the method of filling according to the invention enable a more efficient filling of carbonated beverages. The device and the method of filling according to the invention do not exclude the possibility of omitting any step, for example: sterilization, exchange of air for inert gas, and the like. The device and method of filling according to the invention is intended for filling conventional packages, such as e.g. PET packaging, HDPE packaging, glass packaging, aluminum packaging, typudoypacka cardboard packaging.

S K 44-2019 Α3

With the standard filling method, secondary contamination from the surrounding area cannot be ruled out. When using the device and the method of filling according to the invention in a pressurized space, there is no secondary contamination of the beverage from the surroundings.

Description of terms used to explain the invention:

Packaging filling device - a device in which the sausage performs the process of filling the product into the packaging

Pressurized enclosure - a space in which it is possible to maintain the required pressure Product - milk, beer, wine, lemonade, baby food, juice, carbonated and non-carbonated beverages, medicines and similar liquids

Sterilization - a physical or chemical process by which all microorganisms in a given environment, object or device are destroyed

Carbonated beverage - beverage enriched with carbon dioxide or other inert gas Sterilization - multifunctional needle pipe leading to the filling space, through which a mixture of peroxide with air, sterile air or inert gas is injected into the filling space

Filling head - the end of the pipe by which it fills the product from the storage tank into an empty container

Closing head - used to firmly attach the closure to the package and to close it Bottom valve - valve to close the opening after inserting the closure into the closing head Packaging carrier - used to move the package to and from the device Rotating part carrier - used to move the rotating part

Storage tank of the filled product - a tank through which the product passes and which is designed in such a way that there can be no contamination of the product from the environment and at the same time that it is possible to maintain the required pressure for filling

Overview of figures in the drawings

In picture no. 1 shows a static part of the device according to the invention.

In picture no. 2 shows a rotating part of a device according to the invention.

In picture no. 3 shows three basic positions of the filling device, in which the filling device is successively located during the working cycle.

In picture no. 4 shows the filling device in the sterilization position.

In picture no. 5 shows the filling device in the filling position.

In picture no. 6 shows the filling device in the closing position.

In picture no. 7 shows the principle of the filling device as a whole without a rotating part.

In picture no. 8 shows a filling device without a rotating part in the sterilization position.

In picture no. 9 shows a filling device without a rotating part in the filling position.

In picture no. 10 shows a filling device without a rotating part in the closing position.

In picture no. 11 shows the principle of the filling device as a whole without a rotating part and a bottom valve.

In picture no. 12 shows a filling device without a rotating part and a bottom valve in the sterilization position.

In picture no. 13 shows a filling device without a rotating part and a bottom valve in the filling position.

In picture no. 14 shows a filling device without a rotating part and a lower valve in the closing position.

Examples of embodiments of the invention

Example 1

The device for filling packages in a pressurized space shown in FIG. 1 to 6 consists in that it consists of two basic parts. From the static part 1 and the rotating part 2. The static part 1 according to the invention is connected to the executive elements: sterilization - multifunction needle 11, filling head 10, closing head 9. Above the static part of the device 1 there are actuators of executive elements and pipes for supplying individual media.

The rotating part of the device 2 is connected to a shaft 13 passing through a static part 1. The shaft 13 is terminated in the lower part by a package carrier 4 and a carrier of the rotating part 14. In the rotating part 2 there is an opening with a seat for sealing the lower valve 15 and an opening for fitting the package 16. .

A storage tank of the filled product 17, a peroxide evaporator 18, an air exchanger 19 and a sanitary pipe 26 are connected to the filling head 10 by means of a pipe, which can be attached to the supporting frame of the device according to the invention.

S K 44-2019 Α3

The device according to the invention is connected by a sanitary pipe 26 to the sanitation circuit, by which the pipes, valves and the entire filling space 5 are cleaned after the end of the production batch.

The method of filling a package in a pressurized space according to the invention consists in that the closure 20 is conveyed to the closing head 9, which is in the lower position, whereby the closing head 9 then moves upwards with the closure 20.

An empty package 3 is inserted into the package carrier 4, which is sealed by pressing it against the package insertion opening 16 parallel to the lower valve 12. This closes the filling space 5 and separates it from the outside environment.

The rotating part 2 is set to position no. 1 - sterilization 6. By opening the peroxide sterilization valve 21 and then opening the discharge valve 25, a mixture of peroxide and air is injected through the sterilization-multifunction needle 11 into the empty container 3, the filling space 5 and the cap 20. Subsequently, the peroxide sterilization valve 21 and the discharge valve 25 will close. The filling space 5, the package 3 and the closure 20 are sterilized by the action of peroxide. By opening the air sterilization valve 22 for the supply of hot sterile air and opening the discharge valve 25, the filling space 5, the package 3 and the cap 20 are blown through the sterilization-multifunctional needle 11 by the pressure of pre-prepared, sterile hot air. The filling space 5 and the container 3 can then be filled with an inert gas via the inert gas valve 23 - e.g. N2 from the inert gas tank 24 or CO2 gas.

The rotating part 2 is set to position no. 2 - Filling 7. In this step, the pressure in the storage tank of the filled product 17 is first equalized with the pressure in the filling space 5. By opening the filling head 10, the filling process begins. After filling the required volume controlled by a flow meter or other measuring device, the filling head 10 closes.

The rotating part 2 is set to position no. 3 - closing 8. The closing head 9 closes the filled package by moving it downwards, in some types of packages with simultaneous rotation. After closing the filled container 3, the pressure in the filling space 5 is equalized with the ambient pressure via the discharge valve 23. After depressurizing the filling space 5, the closing head 9 returns to the upper starting position. The filled and sealed package 3 with the product is removed from the package carrier 4.

Example 2

The device for filling packages in a pressurized space shown in FIG. 7 to 10 consists in that it consists of a static part 1, to which the executive elements are connected: sterilization - multifunctional needle 11, filling head 10, closing head 9, bottom valve 12 and package carrier 4. Drives are placed above the static part 1. power elements and piping for the supply of individual media. The package 3 and the closure 20 are in such a case in a stable position and above this position the executive elements are exchanged with each other - a sterilizing - multifunctional needle 11, a filling head 10 and a closing head 9.

The method of filling a container in a pressurized space according to the invention consists in that the closure 20 is conveyed to the closing head 9, which is in the lower position, the closing head 9 subsequently moving upwards with the closure 20 and turning it to the intermediate position so did not prevent another executive from carrying out its activities. An empty package 3 is inserted into the package carrier 4, which is then sealed by pressing it against the package insertion opening 16 parallel to the bottom valve 12. This closes the filling space 5 and separates it from the outside environment.

After closing the filling space 5, the sterilization multifunction needle 11 is set to a position above the empty container 3. By opening the peroxide sterilization valve 21 and then opening the discharge valve 25, a mixture of peroxide and air from the peroxide evaporator 18 is blown through the sterilization multifunction needle 18 into the empty container 3. , of the filling space 5 and to the closure 20. Subsequently, the peroxide sterilization valve 21 and the discharge valve 25 are closed. The filling space 5, the casing 3 and the closure 20 are sterilized by the action of peroxide. By opening the air sterilization valve 22 for the supply of hot sterile air and opening the discharge valve 25, the filling space 5, the package 3 and the cap 20 are blown through the sterilization-multifunctional needle 11 by the pressure of pre-prepared sterile hot air. The filling space 5 and the container 3 can then be filled with an inert gas via the inert gas valve 23 - e.g. N2 from the inert gas tank 24, or CO2 gas. The sterilizing-multifunctional needle 11 is set to the initial position so as not to prevent another executive element from performing its operation.

After positioning the sterilizing-multifunction needle 11, the pressure equalization valve 27 is first opened, thereby equalizing the pressure in the storage tank of the filled product 17 with the pressure in the filling space 5. By opening the filling head, the product filling process begins. After filling the required volume of product controlled by the flow meter or other measuring device, the filling head 10 is closed.

Power element - closing head 9 is set above the neck of the package. The closing head 9 closes the filled package by moving downwards, in some types of packages with simultaneous rotation. After closing the filled container 3, the pressure equalization valve 27 is closed and subsequently the discharge valve 25 is opened, through which the pressure in the filling space 5 equalizes with the ambient pressure. After depressurizing the filling space 5, it closes

With K 44-2019 Α3, the crayfish head 9 returns to the upper initial position and the lower valve 12 opens. The filled and closed package 3 with the product is removed from the package carrier 4.

Example 3

The device for filling packages in a pressurized space shown in FIG. 11 to 14 consists in that it consists of a static part 1, to which executive elements are connected: sterilization - multifunctional needle 11, filling head 10, closing head 9. Below the static part 1 there is a package carrier 4 and a closure carrier 28. Above the static part 1 houses the drives of the power elements and the pipes for the supply of individual media. In this case, the package 3 is in a stable position during the sterilization, filling and closing process, and above this position the executive elements alternate with each other - sterilization - multifunctional needle 11, filling head 10 and closing head 9.

The method of filling a package in a pressurized space according to the invention consists in that the closure 20 is conveyed by the closure carrier 28 to a closure head 9 located in a lower position above the package insertion opening 16, the closure head 9 subsequently moving upwards with the closure 20 and it rotates to the intermediate position so as not to prevent another executive element from performing its action. An empty package 3 is inserted into the package carrier 4, which is then sealed by pressing it against the package insertion opening 16 in the static part 1. This closes the filling space 5 and separates it from the outside environment.

After closing the filling space 5, the sterilization multifunction needle 11 is set to a position above the empty container 3. By opening the peroxide sterilization valve 21 and then opening the discharge valve 25, a mixture of peroxide and air from the peroxide evaporator 18 is blown through the sterilization multifunction needle 18 into the empty container 3. , of the filling space 5 and to the closure 20. Subsequently, the peroxide sterilization valve 21 and the discharge valve 25 are closed. The filling space 5, the package 3 and the closure 20 are sterilized by the action of peroxide. By opening the air sterilization valve 22 for the supply of hot sterile air and opening the discharge valve 25, the filling space 5, the package 3 and the cap 20 are blown through the sterilization-multifunctional needle 11 by the pressure of pre-prepared sterile hot air. The filling space 5 and the container 3 can then be filled with an inert gas via the inert gas valve 23 - e.g. N2 from the inert gas tank 24, or CO2 gas. The sterilizing-multifunctional needle 11 is set to the initial position so as not to prevent another executive element from performing its operation.

After positioning the sterilization-multifunction needle 11, the pressure equalization valve 27 is first opened, thereby equalizing the pressure in the storage tank of the filled product 17 with the pressure in the filling space 5. By opening the filling head, the product filling process begins. After filling the required volume of product controlled by the flow meter or other measuring device, the filling head 10 is closed.

Power element - closing head 9 is set above the neck of the package. The closing head 9 closes the filled package by moving downwards, in some types of packages with simultaneous rotation. After closing the filled container 3, the pressure equalization valve 27 is closed and subsequently the discharge valve 25 is opened, through which the pressure in the filling space 5 equalizes with the pressure of the surrounding environment. After depressurizing the filling space 5, the closing head 9 returns to the upper starting position. The filled and sealed package 3 with the product is removed from the package carrier 4.

Industrial applicability

The device and method for filling in a pressurized space according to the invention finds application especially in the food and pharmaceutical industry.

S K 44-2019 Α3

List of reference marks

Legend to the attached drawings - pictures no. 1 - 14:

Static part

Rotating part

Cover

Packaging carrier

Filling space

Position no. 1 - sterilization

Position no. 2 - performance

Position no. 3 - closing

Closing head

Filling head

Sterilization - multifunctional needle

Bottom valve

Shaft

Carrier of the lower rotating part

Hole with seat for sealing the lower valve

Hole for attaching the package

Storage tank of the filled product

Peroxide evaporator

Air exchanger

Cap

Peroxide sterilization valve

Air sterilization valve

Inert gas valve

Inert gas tank

Drain valve

Sanitary piping

Pressure relief valve

Cap carrier

Claims (9)

PATENT CLAIMS Device for filling packages in a pressurized space, characterized in that it consists of two basic parts, namely a static part (1) and a rotating part (2), to which the executive elements are connected: sterilization - multifunctional needle (11 ), the filling head (10), the closing head (9), the bottom valve (12) and the package carrier (4), the actuators of the power elements and the pipes for the supply of individual media being arranged above the static part of the device (1), the rotating part ( 2) is connected to a shaft (13) passing through a static part (1), which is terminated in the lower part by a package carrier (4) and a carrier of the rotating part (14), while in the rotating part (2) there is an opening with a seat for sealing of the lower valve (15) and the opening for inserting the package (16), further to the filling head (10) the storage tank of the filled product (17) is connected by piping and to the static part are connected by piping: peroxide evaporator (18), air exchanger (19) and a sanitary pipe (26), which is a device according to the invention led connected to the sanitation circuit. Device for filling packages in a pressurized enclosure, characterized in that it consists of a static part (1) to which executive elements are connected: sterilization - multifunctional needle (11), filling head (10), closing head (9) , the lower valve (12) and the package carrier (4), above which the actuators of the power elements and the pipes for the supply of individual media are located above the static part of the device (1) and the package (3) is in this case in a stable position, above this position the executive elements are exchanged between the sterilization - multifunctional needle (11), the filling head (10) and the closing head (9), while in the static part (1) there is an opening with a seat for sealing the lower valve (15) and an opening for attaching the package (16), further to the filling head (10) a storage tank of the filled product (17) is connected by piping and to the static part are connected by piping: peroxide evaporator (18), air exchanger (19) and sanitation piping (26), which is a device according to the invention connected to a sanitary o circle. Device for filling packages in a pressurized space, characterized in that it consists of a static part (1), to which executive elements are connected: sterilization - multifunctional needle (11), filling head (10), closing head (9) and a package carrier (4), the drives of the executive elements and the pipes for the supply of individual media being arranged above the static part of the device (1) and the package (3) in such a case in a stable position, the executive elements being exchanged above this position - sterilization multifunctional needle (11), filling head (10) and closing head (9), wherein in the static part (1) there is an opening for inserting the package (16), further to the filling head (10) a storage tank of filled product is piped 17) and to the static part are connected by pipes: peroxide evaporator (18), air exchanger (19) and sanitation pipe (26), by which the device according to the invention is connected to the sanitation circuit. Device for filling packages in a pressurized space according to claim 1, characterized in that the executive elements are: sterilization - multifunctional needle (11), filling head (10) and closing head (9) multiplied, so that it is possible in one filling space (5) you sterilize, fill and close several packages (3) at once. Device for filling packages in a pressurized space according to claim 2, characterized in that the executive elements are: sterilization - multifunctional needle (11), filling head (10) and closing head (9) multiplied, so that it is possible in one filling space (5) you sterilize, fill and close several packages (3) at once. Device for filling packages in a pressurized space according to claim 3, characterized in that the executive elements are: sterilization - multifunctional needle (11), filling head (10) and closing head (9) multiplied, so that it is possible in one filling space (5) you sterilize, fill and close several packages (3) at once. A method of filling packages in a pressurized space with a device according to claim 1, characterized in that the closure (20) is conveyed to the closure head (9) in the lower position, the closure head (9) subsequently performing with the closure ( 20) an upward movement, where an empty package (3) is inserted into the package carrier (4), which is sealed by subsequent pressing against the package insertion opening (16) parallel to the lower valve (12), thus closing the filling space (5). ) and its separation from the external environment, while the rotating part (2) is set to position no. 1 - sterilization, where by opening the peroxide sterilization valve (21) and subsequently opening the emptying valve (25), a mixture of peroxide and air is injected through the sterilization multifunction needle (11) into the empty container (3), filling space (5) and the cap (20) , whereby the peroxide sterilization valve (21) and the discharge valve (25) are closed and the filling space (5), the casing (3) and the closure (20) are sterilized by the subsequent action of peroxide, whereby by opening the air sterilization valve (22) for supply hot filling air and by opening the discharge valve (25) the filling space (5), the package (3) and the cap (20) are blown through the sterilization - multifunctional needle (11) by the pressure of pre-prepared, sterile hot air and subsequently the filling space (5) is possible. ) and fill the container (3) with an inert gas - e.g. N2 from the inert gas tank (24), or CO2 gas, the lower part (2) being set to position no. 2 - filling, then the pressure in the product reservoir (17) is equalized with the pressure in the filling space (5) and by opening the filling head (10) the filling process begins, after filling the required volume controlled by a flow meter or other measuring device S K 44-2019 Α3 ca the head (10) closes and the rotating part (2) is set to position no. 3 - closing, where the closing head (9) closes downwards, in some types of packages with simultaneous rotation, the filled package (3) closes and after closing the filled package (3) the pressure in the filling space (5) is equalized through the discharge valve (25) with the ambient pressure, whereby after depressurizing the filling space (5) the closing head (9) returns to the upper initial position and the filled and closed product package (3) is removed from the carrier and the package (4). A method of filling a package in a pressurized space with a device according to claim 2, characterized in that the closure (20) is conveyed to a closing head (9) located in the lower position, the closing head (9) subsequently performing with the closure ( 20) an upward movement, where an empty package (3) is clamped in the package carrier (4), which is sealed by subsequent pressing against the package insertion opening (16) of the static part (1) parallel to the lower valve (12), thereby causing closing the filling space (5) and separating it from the external environment, whereby after closing the filling space (5) the sterilization - multifunctional needle (11) is set to a position above the empty container (3), the emptying valve (25) is opened and then the sterilization of the peroxide valve (21) and the subsequent opening of the discharge valve (25), a mixture of peroxide and air is injected through the sterilization-multifunction needle (11) into the empty container (3), the filling space (5) and the closure (20), whereby the sterilization out The peroxide body (21) and the discharge valve (25) are closed and the filling space (5), the package (3) and the cap (20) are sterilized by the action of peroxide for the necessary time, followed by opening the air sterilization valve (22) to supply hot sterile air and by opening the discharge valve (25) the filling space (5), the package (3) and the cap (20) are blown through the sterilizing multifunction needle (11) by the pressure of pre-prepared, sterile hot air and subsequently the filling space (5) and the package are possible. (3) fill with inert gas - e.g. N2 from the inert gas tank (24), or with CO2 gas, the sterilization - multifunctional needle (11) is set to the initial position so as not to prevent another executive element from performing its operation, then the pressure equalization valve (27) is first opened, thus balancing pressure in the storage tank of the filled product (17) with the pressure in the filling space (5), whereby the filling process is started by the subsequent opening of the filling head (10) and subsequently the filling head (10) is closed after filling the required volume controlled by a flow meter or other measuring device and an executive element - the closing head (9) is set above the neck of the package, the closing head (9) closing the filled package (3) by moving downwards, in some types of packages with simultaneous rotation and subsequently closing after filling the filled package (3) pressure relief valve (27) and subsequently the discharge valve (25) is opened, through which the pressure in the filling space (5) equalizes with the ambient pressure, the shut-off head (9) returning return to the upper initial position, the lower valve (12) is opened and the filled and closed package (3) with the product s and removed from the package carrier (4). A method of filling a package in a pressurized space with a device according to claim 3, characterized in that the closure (20) is conveyed to a closure head (9) located in the lower position, the closure head (9) subsequently performing with the closure ( 20) an upward movement and rotates to an intermediate position so as not to prevent another executive element from performing its operation, an empty package (3) is clamped in the package carrier (4), which is subsequently pressed against the package insertion hole (16) of the static part ( 1) sealed, which closes the filling space (5) and separates it from the outside environment, while after closing the filling space (5) the sterilization - multifunctional needle (11) is set to a position above the empty container (3), the emptying valve opens (25) and the subsequent opening of the peroxide sterilization valve (21) and the subsequent opening of the emptying valve (25), a mixture of peroxide and air is blown through the sterilization-multifunction needle (11) into the empty container (3), the filling space (5) and to the closure (20), whereby the peroxide sterilization valve (21) and the discharge valve (25) are closed and the filling space (5), the package (3) and the closure (20) are sterilized by the action of peroxide for the necessary time, followed by opening of the sterilization air valve (22) for the supply of hot sterile air and by opening the discharge valve (25) the filling space (5), the cover (3) and the cap (20) are blown through the sterilization-multifunctional needle (11) by the pressure of pre-prepared, sterile hot air and subsequently it is possible to fill the filling space (5) and the container (3) with an inert gas - e.g. N2 from the inert gas tank (24), or with CO2 gas, the sterilization - multifunctional needle (11) is set to the initial position so as not to prevent another executive element from performing its operation, then the pressure equalization valve (27) is first opened, thus balancing pressure in the storage tank of the filled product (17) with the pressure in the filling space (5), whereby the filling process is started by the subsequent opening of the filling head (10) and subsequently the filling head (10) is closed after filling the required volume controlled by a flow meter or other measuring device and an executive element - the closing head (9) is set above the neck of the package, the closing head (9) closing the filled package (3) by moving downwards, in some types of packages with simultaneous rotation and subsequently closing after filling the filled package (3) pressure relief valve (27) and subsequently the discharge valve (25) is opened, through which the pressure in the filling space (5) equalizes with the ambient pressure, the shut-off head (9) returning return to the upper starting position and the filled and closed package (3) with the product is removed from the package carrier (4).