TW202229111A - A gas-liquid mixing filling device and a gas-liquid mixing filling method - Google Patents

Abstract

This invention provides a gas-liquid mixing filling device and a gas-liquid mixing filling method. The gas-liquid mixing filling device includes a chamber and a filling body. The chamber defines a first air cell and a first mixed space. The filling body includes a receiving chamber and a plurality of injection ports. The receiving chamber defines a second air cell and a second mixed space. The plurality of injection ports are communicated with the second mixed space. A first pipeline is communicated with the first air cell and the second air cell. A second pipeline is communicated with the first mixed space and the second mixed space.

Description

Gas-liquid mixing filling device and method

The present invention relates to a gas-liquid mixing filling device and method.

According to the press, the liquid has the property of dissolving gas in it, thereby making carbonated beverages or other mixed liquids with a large amount of gas dissolved. Low-temperature filling is used when filling liquids into containers, but this consumes a lot of power by keeping the line cold. If filling is carried out at room temperature, the mixed liquid in the filling tank will release a large amount of gas, so that the filling tank needs to be greatly increased in height and width to accommodate the gas released by the mixed liquid and ensure the filling volume of the mixed liquid. As a result, the structure of the filling tank is too high and too large, which affects the manufacturing cost of the filling tank and the limited plant space, and there are disadvantages that need to be improved urgently.

Therefore, it is necessary to provide a novel and progressive gas-liquid mixing filling device and method to solve the above problems.

The main purpose of the present invention is to provide a gas-liquid mixing filling device, which can provide a high filling volume without increasing the height of the filling body, so as to ensure the efficiency of filling the mixed liquid.

In order to achieve the above object, the present invention provides a gas-liquid mixing filling device, which includes a tank chamber, a filling body, a first pipeline and a second pipeline. The tank chamber defines a first air chamber relatively above and a first liquid mixing space relatively below. The filling body includes a chamber and a plurality of injection ports, the chamber defines a second air chamber located relatively above and a second mixed liquid space located relatively below, the plurality of injection ports communicate with the second liquid mixture space, and the tank chamber The top surface is higher than the bottom surface of the chamber. The first pipeline is communicated with the first air chamber of the tank chamber and the second air chamber of the container chamber. The second pipeline is communicated with the first liquid mixing space of the tank chamber and the second liquid mixing space of the container chamber.

In order to achieve the above object, the present invention further provides a gas-gas-liquid mixed filling method, comprising the following steps: preparing a mixing tank, injecting a gas-liquid mixture into the mixing tank; preparing a tank chamber, and using a third pipeline to fill the gas The liquid mixture is introduced into the tank chamber from the mixing tank, so that the tank chamber defines a first air chamber located relatively above and a first mixed liquid space located relatively below; a filling body is prepared, and the filling body is provided with a chamber and A plurality of injection ports, the chamber defines a second air chamber located relatively above and a second liquid mixing space located relatively below, the top surface of the tank chamber is higher than the bottom surface of the chamber, and a first pipeline is communicated In the first air chamber of the tank chamber and the second air chamber of the chamber, and a second pipeline is connected to the first mixed liquid space of the tank chamber and the second mixed liquid space of the chamber; The inlet is communicated with the second liquid mixing space, and the injection ports can inject the liquid in the second liquid mixing space into the plurality of containers.

The following examples only illustrate possible implementations of the present invention, but are not intended to limit the scope of protection of the present invention, and are described together first.

Please refer to FIGS. 1 to 2 , which show a preferred embodiment of the present invention. The gas-liquid mixing filling device of the present invention includes a tank chamber 2 , a filling body 3 , a first pipeline 42 and a second pipeline 43 .

The tank chamber 2 defines a first gas chamber 21 located relatively above and a first liquid mixing space 22 located relatively below. When the gas-liquid mixture flows into the tank chamber 2, part of the gas in the gas-liquid mixture will Elute to the first air chamber 21 .

The filling body 3 includes a chamber 31 and a plurality of injection ports 32. The chamber 31 defines a second air chamber 311 located relatively above and a second mixed liquid space 312 located relatively below, and the plurality of injection ports 32 communicate with the first air chamber 311. In the second liquid mixing space 312 , the top surface of the tank chamber 2 is higher than the bottom surface of the chamber 31 , so that the interior of the tank chamber 2 and the interior of the chamber 31 are at least partially at the same level. In this embodiment, the gas-liquid mixture is a carbonated liquid in a normal temperature state.

The first pipeline 42 is communicated with the first air chamber 21 of the tank chamber 2 and the second air chamber 311 of the chamber 31 .

The second pipeline 43 is connected to the first liquid mixing space 22 of the tank chamber 2 and the second liquid mixing space 312 of the chamber 31 .

In this embodiment, a mixing tank 1 is further included. The mixing tank 1 is used for accommodating a gas-liquid mixture. A third pipeline 41 is connected between the mixing tank 1 and the tank chamber 2. In this embodiment, the gas The liquid mixture is carbonated beverages, and in other embodiments, it can also be other objects with gas-liquid mixture.

Therefore, the liquid in the first mixed liquid space 22 can flow into the second mixed liquid space 312 through the first pipeline 42 , and the injection ports 32 can respectively inject the liquid in the second mixed liquid space 312 A plurality of containers are used for filling operation, and since the first pipeline 42 is connected to the first air chamber 21 and the second air chamber 311, the interior of the tank chamber 2 and the interior of the chamber 31 are at the same pressure, The liquid in the first liquid mixing space 22 can smoothly flow into the second liquid mixing space 312 through the first pipeline 42, so the overall height and lateral area of the chamber 31 do not need to be too large, which can save the material for manufacturing the filling body cost, and can be filled quickly and in large quantities.

The third pipeline 41 is provided with a control valve 44 to control the communication between the mixing tank 1 and the tank chamber 2 to control the total amount of the gas-liquid mixture in the mixing tank 1 .

Preferably, the first pipeline 42 is communicated with the top of the tank chamber 2 and the top of the chamber 31 to ensure that only gas can smoothly pass through the first pipeline 42 to balance the tank chamber 2 and the chamber 31. pressure in the chamber 31.

Also preferably, the second pipeline 43 communicates with the bottom of the tank chamber 2 and the bottom of the chamber 31 to ensure that only liquid can pass through the second pipeline 43 smoothly.

In addition, the height of the chamber 2 defines a first height H1, the height of the chamber 31 defines a second height H2, the first height H1 is smaller than the second height H2, and the volume of the chamber 2 is smaller than the chamber 2. The volume of the chamber 31 can make the manufacturing cost of the chamber 2 lower.

The present invention further provides a gas-gas-liquid mixing filling method, comprising the following steps: preparing a mixing tank 1, injecting a gas-liquid mixture into the mixing tank 1; The mixture is introduced into the tank chamber 2 from the mixing tank 1, so that the tank chamber 2 defines a first air chamber 21 located relatively above and a first mixed liquid space 22 located relatively below; prepare a filling body 3, the filling body 3. A chamber 31 and a plurality of injection ports 32 are provided. The chamber 31 defines a second air chamber 311 located relatively above and a second liquid mixing space 312 located relatively below. The top surface of the tank chamber 2 is higher than the chamber 3. The bottom surface of the chamber 31, and a first pipeline 42 is connected to the first air chamber 21 of the tank chamber 2 and the second air chamber 311 of the chamber 31, and a second pipeline 43 is connected to the tank chamber. The first mixed liquid space 22 of 2 and the second mixed liquid space 312 of the chamber 31; the plurality of injection ports 32 are connected to the second mixed liquid space 312, and the injection ports 32 can be located in the second mixed liquid space 312. Liquid is poured into multiple containers for filling operation.

To sum up, in the gas-liquid mixing filling device and method of the present invention, since the first pipeline system is connected to the first air chamber and the second air chamber, the interior of the tank chamber and the interior of the chamber are at the same pressure, The liquid in the first liquid mixing space can smoothly flow into the second liquid mixing space through the first pipeline, so the overall height and lateral area of the chamber need not be too large, which can save the material cost of manufacturing the filling body, and can Perform fast and large filling operations.

1: mixing tank 2: tank chamber 21: The first air chamber 22: The first mixing space 3: Fill the body 31: Room 311: Second air chamber 312: The second mixing space 32: Injection port 41: The third pipeline 42: The first pipeline 43: Second pipeline 44: Control valve H1: first height H2: second height

1 and 2 are schematic diagrams of a preferred embodiment of the present invention.

1: mixing tank

2: tank chamber

21: The first air chamber

22: The first mixing space

3: Fill the body

31: Room

311: Second air chamber

312: The second mixing space

32: Injection port

41: The third pipeline

42: The first pipeline

43: Second pipeline

44: Control valve

Claims (10)

A gas-liquid mixing filling device, comprising: a tank chamber, defining a first air chamber relatively above and a first liquid mixing space relatively below; A filling body includes a chamber and a plurality of injection ports, the chamber defines a second air chamber located relatively above and a second mixed liquid space located relatively below, the plurality of injection ports are connected to the second mixed liquid space, and the groove The top surface of the chamber is higher than the bottom surface of the chamber; a first pipeline connected to the first air chamber of the tank chamber and the second air chamber of the chamber; A second pipeline is connected to the first liquid mixing space of the tank chamber and the second liquid mixing space of the container chamber. The gas-liquid mixing filling device according to claim 1, further comprising a mixing tank for accommodating a gas-liquid mixture, and a third pipeline connecting between the mixing tank and the tank chamber. The gas-liquid mixing filling device according to claim 2, wherein the third pipeline is provided with a control valve to control the communication between the mixing tank and the tank chamber. The gas-liquid mixing filling device according to claim 1, wherein the first pipeline communicates with the top of the tank chamber and the top of the container chamber. The gas-liquid mixing filling device according to claim 1, wherein the second pipeline is communicated with the bottom of the tank chamber and the bottom of the container chamber. The gas-liquid mixing filling device according to claim 1, wherein the height of the tank chamber defines a first height, the height of the chamber defines a second height, and the first height is smaller than the second height. The gas-liquid mixing filling device according to claim 1, wherein the volume of the tank chamber is smaller than the volume of the chamber. The gas-liquid mixing filling device according to any one of claims 1 to 7, wherein the gas-liquid mixture is a carbonated liquid in a normal temperature state. The gas-liquid mixing filling device as claimed in claim 3, wherein the first pipeline is communicated with the top of the tank chamber and the top of the container; the second pipeline is communicated with the bottom of the tank and the cavity the bottom; the height of the chamber defines a first height, the height of the chamber defines a second height, the first height is less than the second height; the volume of the chamber is less than the volume of the chamber; the gas-liquid mixture It is a carbonated liquid at room temperature. A gas-liquid mixture filling method, comprising the following steps: Prepare a mixing tank, and inject a gas-liquid mixture into the mixing tank; A tank chamber is prepared, and the gas-liquid mixture is introduced into the tank chamber from the mixing tank through a third pipeline, so that the tank chamber defines a first gas chamber located relatively above and a first mixed liquid located relatively below. space; Prepare a filling body, the filling body is provided with a chamber and a plurality of injection ports, the chamber defines a second air chamber located relatively above and a second liquid mixing space located relatively below, and the top surface of the tank chamber is higher than the The bottom surface of the chamber, and a first pipeline is connected to the first air chamber of the tank chamber and the second air chamber of the chamber, and a second pipeline is connected to the first liquid mixing space of the tank chamber and the second liquid mixing space of the chamber; The plurality of injection ports are connected to the second liquid mixing space, and the liquid injection ports can inject the liquid located in the second liquid mixing space into the plurality of containers.

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