JP3215825U - An apparatus for providing a gas-containing liquid having a valve for introducing CO2 - Google Patents

Abstract

To provide a gas-containing liquid having a valve for CO2 introduction that minimizes the escape of gas contained in the beverage in any portion remaining in or provided for carbonated beverage containers. Providing equipment. A main body portion 1 having a grip handle 2 is provided, an injection portion 3 extends from the main body portion 1, a trigger is provided at an upper portion 4, and the trigger operates an injection valve 6 connected to a pod 7, 7 communicates with a liquid inlet hole 8 provided in a female joint 9 having a screw, and is provided with a braking shaft 12 at a lower portion thereof. The braking shaft 12 moves a check valve 13 existing inside the cup 14 in a vertical direction. The suction pipe 15 protrudes from the cup 14 to a lower position in the bottle, and the main body 1 is provided with a receptacle valve 16 for mounting a cylinder of CO2 filling such a bottle. [Selection] Figure 2

Description

The present invention was developed to provide a flow controller that controls the flow rate of carbonated beverages, and in particular, reduces the escape of gas contained in such beverages, whether it is left in a container or served. The present invention relates to a device for providing a gas-containing liquid having a valve for introducing CO ₂ .

  The industry of gas-containing beverages, including soft drinks, water, beer, dairy products, juices, wines, provides better in-container gas storage and provides better use of gas-containing beverages It is a segment that aims to keep those gases for a long time.

  Bottled carbonated drinks have a significant amount of carbon dioxide dissolved in water, and these are two of the ingredients for all carbonated soft drinks. Large quantities of carbon dioxide are dissolved in the beverage to ensure minimal foaming after such a drink is opened and placed in a cup. Dispensing the carbonated beverage in the container results in a significant loss of carbon dioxide, which is typically manifested as foaming.

  Foaming and carbonation loss are related to quantity and quality and they are not directly related to the same problem.

  Foaming refers specifically to the rate at which a drink can be served in a cup or other container.

  When a large amount of foam is generated, the volume of beverage served is relatively small and the time it takes to fill the cup increases due to the time it takes for such foam to disappear.

  Carbonation loss occurs in both the served drink and the drink remaining in the bottle. In either case, the beverage loses its effervescent properties and the taste is less attractive for most people.

  Indeed, the reduced effervescence reduces the aroma of the beverage, which is interpreted as a loss of taste.

  Regardless of what happens, the beverage industry is based on consumer understanding and perception, which means that such beverages have lost their taste.

  With the widespread use of “PET” (polyethylene terephthalate) bottles, it is very important to maintain the original flavor of the beverage in the bottle.

  The bottling industry solves the problem of dissolving large amounts of carbon dioxide in beverages.

  Opening the bottle and pouring the drink through the bottleneck reduces its effervescence with an apparatus using two methods.

Removing or opening the bottle seal, consequently, results in a CO ₂ dissipation escape from the beverage during transport and during storage.

  Pouring the container upside down disturbs the beverage and releases dissolved carbon dioxide in both the served drink and the drink remaining in the bottle.

  After dissolving a large amount of carbon dioxide in the beverage, carbonated beverage manufacturers are trying to ensure that a portion of the gas is dissolved until the final amount of beverage is served.

  With the above in mind, as one object of the present invention, an apparatus is provided herein that provides better in-bottle gas storage with minimal modifications or changes to the beverage bottling process, The gas is kept for a very long time after the containing beverage has been poured out of the container, resulting in a better use of the beverage containing the gas, the consumer feels cost-effective, unnecessary gas dissipation and It contributes to the environment by avoiding the invasion of microorganisms that degrade the liquid and is more ecological and more efficient.

  Another object of the present invention is to preserve the gas in the container when securely attached to the device to be provided.

  Another object is to have a flow controller for carbonated beverages that can deliver a large volume of liquid with a minimum amount of foam.

  Another object of the present invention is to provide a flow controller for carbonated beverages that results in minimal loss of gas in the resulting drink.

  Another object is to provide a flow controller for carbonated beverages that quickly provides a predetermined volume of beverage with a minimum amount of foam.

  Another object of the present invention is to provide a flow controller for carbonated beverages that can be added to existing containers.

  Another object is to provide a pouring system that pours carbonated beverage through increased pressure in the bottle when attached to the container.

Another object of the present invention is to provide a system that introduces CO ₂ into the bottle to keep the beverage pressurized and containing carbon dioxide.

  Another object is to provide greater savings to consumers by providing a reduction in the disposal of liquids containing carbon dioxide.

  Another purpose is to reduce the unnecessary dissipation of carbon dioxide and help the environment.

  Another object of the present invention is to pressurize the liquid in the container.

  In order to provide a thorough understanding of such development, the following detailed description is accompanied by the drawings with the same reference numerals.

It is sectional drawing of an injection part. It is sectional drawing of an assembly. It is an exploded view of an assembly. It is a perspective view of an assembly.

Accordingly, the present application is an apparatus for providing a gas-containing liquid having a valve for introducing CO ₂ ,
A main body part (1) having a grip handle (2) is provided, an injection part (3) extends from the main body part (1), a trigger (5) is provided at an upper part (4), and the trigger (5) is a pod ( 7) The injection valve (6) connected to 7) is operated, and the pod (7) communicates with the liquid inlet hole (8) provided in the female joint (9) having the screw (10), and the lower part (11) Provided with a braking shaft (12), the braking shaft (12) slides vertically in a check valve (13) existing inside the cup (14), and a suction pipe (15) is connected to the cup (14). protrudes into the lower position of the bottle from the body portion (1) comprises a receptacle valve (16) for mounting such a cylinder CO ₂ to be filled into the bottle, it has been developed to provide an apparatus .

Based on the description and illustration, the device for providing a gas-containing liquid with a valve for CO ₂ introduction has the smallest foaming amount and the largest foam in the served drink and the drink remaining in the bottle. It can be seen that providing a flow controller for carbonated beverages that provides a large amount of beverage flow in volume provides several advantages over what is currently on the market.

  The flow controller should be attached to a male threaded container closure for mounting the flow controller, the only modifications in the bottling process are male threaded closure (9), check valve (13), cup (14) and disposing a suction tube (15).

  For glass containers without screws, a male threaded device (17) that allows the mounting of the flow controller should be installed first.

  A flow controller may also be added to an existing container and form part of a new container.

  The flow controller seals the bottle to prevent gas loss and retains the maximum amount of gas in the remaining beverage in the bottle.

For example, the flow controller may include a manual pump or CO ₂ cartridge for propelling the liquid from the bottle.

  This is new and has not been understood until now in the state of the art, so it perfectly meets the standards specified in the utility model of the invention. The claims are as follows.

Claims (3)

An apparatus for providing a gas-containing liquid having a valve for introducing CO ₂ ,
A main body (1) having a grip handle (2) is provided, an injection section (3) extends from the main body (1), a trigger (5) is provided at an upper part (4), and the trigger (5) The injection valve (6) connected to the pod (7) is operated, and the pod (7) communicates with a liquid inlet hole (8) provided in a female joint (9) having a screw (10), and a lower part thereof. (11) is provided with a braking shaft (12), and the braking shaft (12) slides in a vertical direction on a check valve (13) existing inside the cup (14), and the suction pipe (15) Projecting from the cup (14) to the lower position in the bottle, the body (1) is provided with a receptacle valve (16) for mounting a CO ₂ cylinder filling such a bottle. ,apparatus Further comprising a dispensing unit for a beverage containing gas, the dispensing unit comprising:
A closure for sealing the bottle, having an inner thread and an outer thread;
A valve that is moved through the body of a flow controller that dispenses beverage when attached to the bottle without waste of gas;
A tube having a first end connected to the closure and a second end in the bottle for moving the beverage to the closure;
The apparatus according to claim 1, comprising: The apparatus of claim 1, wherein the flow controller comprises a manual pump or a CO ₂ cartridge for propelling the beverage from the bottle.

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