KR200375878Y1 - Portable Liquid Aerating Apparatus - Google Patents

Abstract

The present invention is a portable carbonated beverage manufacturing apparatus, the water supply bucket; A syrup container having a plurality of syrup receivers for receiving a plurality of syrups; A syrup container driving device connected to one end of the syrup container and driving the plurality of syrup container receiving portions; A carbon dioxide gas container containing carbon dioxide gas; A reservoir for storing the carbonated beverage produced by mixing the water, the plurality of syrups, and the carbon dioxide gas, and having a plurality of chambers therein; A supply pipe connected to the reservoir and supplying a container to hold a carbonated beverage generated from each chamber; And a case including the bucket, the syrup container, the syrup container driving device, a carbon dioxide gas container, a reservoir, and the supply pipe, and having a plurality of carbonated beverage selection buttons, and the other side of the plurality of syrup containers and the reservoir. A syrup discharge control valve for controlling the syrup supplied from the plurality of syrup receivers to the respective chambers in the reservoir is provided therebetween; A check valve for controlling carbon dioxide supply is provided between the carbon dioxide container and the reservoir; On the supply pipe is provided a control valve for discharging the carbonated beverage produced; The bucket, the syrup container, and the carbon dioxide gas container are respectively connected to the respective chambers in the reservoir, and when a predetermined button of the plurality of carbonated beverage buttons is pressed, the water, the plurality of syrups, in the corresponding chambers of the plurality of chambers are pressed. Disclosed is a portable carbonated beverage manufacturing apparatus in which a predetermined syrup and the carbonated gas are mixed to produce a carbonated beverage, and the generated carbonated beverage is discharged through the supply pipe.

Description

Portable Carbonated Drink Maker {Portable Liquid Aerating Apparatus}

The present invention relates to an improved carbonated beverage manufacturing apparatus. More specifically, the present invention relates to a new portable carbonated beverage manufacturing apparatus integrating water, a syrup or beverage base, and a carbon dioxide injector.

In general, a carbonated beverage contained in a commercially available PET bottle of 1 to 1.5 liters is opened in a bottle cap and ingested a certain amount and then closed the cap to store the remaining amount in the refrigerator. However, when the cap is opened, a significant amount of carbon dioxide is blown into the atmosphere, or carbon dioxide gas leaks out over time even after the cap is closed, thereby losing the unique flavor of the carbonated beverage.

On the other hand, a number of devices for preparing carbonated drinks by injecting carbon dioxide are used in restaurants and fast food shops, but most of these devices are industrial devices, which are not only inconvenient for ordinary people to use in daily life but also have a large volume. There was a problem that the cursor is not suitable or impossible to use for home or portable.

There are many cases where a simple carbonated beverage manufacturing apparatus or the like has already been patented in Korea and abroad. For example, the Republic of Korea Utility Model Registration No. 20-0173575 discloses a household carbonated beverage manufacturing apparatus characterized in that it provides a small cartridge set of a combination of carbonic acid gas and additives, such a domestic carbonated beverage manufacturing apparatus is liquefied filling carbonic acid Purchasing a gas separately, not only takes an expensive method using separate equipment such as a charger, but also has a problem in that carbon dioxide is not directly injected into a PET bottle.

Another prior art Republic of Korea Patent Publication No. 1990-0011647 discloses a beverage container pressurization device using a simple check valve to increase the practicality, in the case of such beverage container pressurizer also directly and simply carbon dioxide gas in PET bottles It does not provide a separate means configured to inject.

Another prior art Republic of Korea Patent Registration No. 10-0262373, 10-02200116, and Registered Utility Model 20-0194252 discloses a carbonated water production device, carbonated beverage production device, and a container coupling assembly for the carbonated beverage injection, respectively These devices or assemblies all have the disadvantage of being inadequate for normal home or portable use.

Another prior art Korean Utility Model Publication No. 20-1998-0008006 provides a means for directly injecting carbon dioxide into carbonated beverage containers such as PET bottles using a simple check valve to provide a carbon dioxide beverage at low cost. Although the carbonic acid preservation apparatus of the carbonated beverage container which can be manufactured is disclosed, it does not provide a means for directly injecting carbon dioxide gas other than air, and the amount of air introduced into the container by the user's operation is small. It is cumbersome to operate the provided device several times, and additionally provided pressure gauge inside the container has a hygienic problem, such as corrosion occurs when used for a long time.

Another prior art Korean Patent Publication No. 10-2002-0066300 discloses an air injection device for reducing carbonic acid gas leakage of carbonated beverages, but this also lacked enough to easily inject sufficient air into the beverage bottle. Another conventional technology designed to solve the above-mentioned problems of the prior art Republic of Korea Utility Model No. 20-0344300 discloses a carbonated beverage manufacturing apparatus using a check valve, but such a device is not only very complicated, There is a problem that it does not provide a method of mixing the components of water, syrup (or beverage base) and carbon dioxide at the same time.

In another conventional technology, a carbonated beverage can be easily prepared using a portable carbonated beverage manufacturing apparatus currently sold under the name of “soda club” in Korea. That is, the water is put in a PET bottle, the cylinder containing the carbonic acid is connected to the soda club carbonated beverage manufacturing body, the PET bottle is injected and the carbonic acid is injected, and then the desired syrup (beverage base) is mixed and the carbonated beverage is mixed. Manufacture. However, even in such a soda club, the user has to put water in a PET bottle and mix the syrup (beverage base) directly after injecting carbonic acid, and even though it is a portable device, the selling price is very expensive. There was a problem.

The present invention is to solve the above-mentioned problems of the prior art, according to a first aspect of the present invention, a portable carbonated beverage manufacturing apparatus, the water supply bucket; A syrup container having a plurality of syrup receivers for receiving a plurality of syrups; A syrup container driving device connected to one end of the syrup container and driving the plurality of syrup container receiving portions; A carbon dioxide gas container containing carbon dioxide gas; A reservoir for storing the carbonated beverage produced by mixing the water, the plurality of syrups, and the carbon dioxide gas, and having a plurality of chambers therein; A supply pipe connected to the reservoir and supplying a container to hold a carbonated beverage generated from each chamber; And a case including the bucket, the syrup container, the syrup container driving device, a carbon dioxide gas container, a reservoir, and the supply pipe, and having a plurality of carbonated beverage selection buttons, and the other side of the plurality of syrup containers and the reservoir. A syrup discharge control valve for controlling the syrup supplied from the plurality of syrup receivers to the respective chambers in the reservoir is provided therebetween; A check valve for controlling carbon dioxide supply is provided between the carbon dioxide container and the reservoir; On the supply pipe is provided a control valve for discharging the carbonated beverage produced; The bucket, the syrup container, and the carbon dioxide gas container are respectively connected to the respective chambers in the reservoir, and when a predetermined button of the plurality of carbonated beverage buttons is pressed, the water, the plurality of syrups, in the corresponding chambers of the plurality of chambers are pressed. The present invention provides a portable carbonated beverage manufacturing apparatus in which a predetermined syrup and the carbonated gas are mixed to produce a carbonated beverage, and the generated carbonated beverage is discharged through the supply pipe.

According to a second aspect of the present invention, there is provided a portable carbonated beverage manufacturing apparatus, comprising: a bucket to which water is supplied; A water filter for purifying water supplied from the bucket; A purified water container for storing water purified by the purified water filter; A syrup container having a plurality of syrup receivers for receiving a plurality of syrups; A syrup container driving device connected to one end of the syrup container and driving the plurality of syrup container receiving portions; A carbon dioxide gas container containing carbon dioxide gas; A reservoir for storing the carbonated beverage produced by mixing the water, the plurality of syrups, and the carbon dioxide gas, and having a plurality of chambers therein; A supply pipe connected to the reservoir and supplying a container to hold a carbonated beverage generated from each chamber; And a case including the bucket, the syrup container, the syrup container driving device, a carbon dioxide gas container, a reservoir, and the supply pipe, and having a plurality of carbonated beverage selection buttons, and the other side of the plurality of syrup containers and the reservoir. A syrup discharge control valve for controlling the syrup supplied from the plurality of syrup receivers to the respective chambers in the reservoir is provided therebetween; A check valve for controlling carbon dioxide supply is provided between the carbon dioxide container and the reservoir; On the supply pipe is provided a control valve for discharging the carbonated beverage produced; The bucket, the syrup container, and the carbon dioxide gas container are respectively connected to the respective chambers in the reservoir, and when a predetermined button of the plurality of carbonated beverage buttons is pressed, the water, the plurality of syrups, in the corresponding chambers of the plurality of chambers are pressed. The present invention provides a portable carbonated beverage manufacturing apparatus in which a predetermined syrup and the carbonated gas are mixed to produce a carbonated beverage, and the generated carbonated beverage is discharged through the supply pipe.

Further advantages of the present invention can be clearly understood from the following description with reference to the accompanying drawings in which like or like reference numerals indicate like elements.

Hereinafter, the present invention will be described with reference to embodiments of the present invention.

1 is a view showing a carbonated beverage manufacturing apparatus of the prior art. Carbonated beverage manufacturing apparatus 150 shown in Figure 1 comprises a chamber 190; A stopper 191 having a double threaded portion 193 formed at an upper portion of the protrusion of the chamber 190 and covering the upper portion of the protrusion; A double critical check valve 160 inserted into and fixed to a carbon dioxide gas inlet 181 in which a check valve stopper 162 is formed and having a spring 163 and two holes 161 at an upper end thereof; A pressure gauge 170 and an overpressure vent valve 180 formed at an upper end of the chamber 190; A groove 194 at the bottom of the chamber 190; Double female threaded portion 195 formed in the groove (194). The conventional carbonated beverage manufacturing apparatus 150 includes a nipple 253 that can be coupled to the external carbon dioxide gas nozzle; A gas nozzle insert 254 in which the nipple 253 is accommodated; A first hollow portion 255 formed at the bottom of the nipple 253; A second hollow part 256 formed at an inner center thereof; Check valves 252 located at the first and second hollow portions 255 and 256; The carbon dioxide gas control adapter 250 including an accommodating portion 257 formed at the inner bottom thereof is coupled to the upper end of the two main check valves 160 so that the user presses the carbon dioxide gas control adapter 250. External carbon dioxide may be introduced into the chamber 190, and the introduced carbon dioxide may be dissolved by a user by shaking the chamber 190 in the beverage in the chamber 190.

However, in the above-described carbonated beverage manufacturing apparatus, in order to manufacture a carbonated beverage, the user directly inserts water or a general beverage into the chamber 190 through the stopper 191, closes the stopper, and receives the carbon dioxide gas flowing from the large capacity carbon dioxide cylinder. There was an inconvenience to inject.

Figure 2a is a view showing another portable carbonated beverage manufacturing apparatus of the prior art currently sold in Korea under the name of soda club. The portable carbonated beverage manufacturing apparatus 200 shown in FIG. 2A is composed of a carbonated beverage manufacturing apparatus main body 210 and a cylinder 220 embedded in the main body 210.

Figure 2b is a view showing a method of manufacturing a carbonated beverage using the carbonated beverage manufacturing apparatus according to FIG. First, water is contained in the PET bottle 230, and then mounted on the carbonated beverage manufacturing apparatus main body (210). Then, when the button 240 located above the main body of the carbonated beverage manufacturing apparatus is pressed, carbon dioxide gas is injected into the PET bottle 230 from the cylinder 220 (not shown) in which the carbon dioxide gas is stored. Then, after separating the PET bottle 230 from the carbonated beverage manufacturing apparatus main body 210, and put a suitable amount of various syrup (or beverage base: 250) in the PET bottle 230 injected with carbon dioxide gas desired carbonated beverage Is completed.

However, the above-mentioned household carbonated beverage manufacturing apparatus 200 includes water in the PET bottle 230, or injects various syrups (or beverage bases 250) into the PET bottle 230 infused with carbon dioxide after injecting carbon dioxide gas. The inconvenience was that all work must be done by the user directly. In addition, the portable carbonated beverage manufacturing apparatus 200 had a disadvantage that it is very expensive.

Hereinafter, the portable carbonated beverage manufacturing apparatus 300 of the present invention for solving the above-described problems with reference to Figure 3 will be described in detail.

Figure 3a is a view showing a new portable carbonated beverage manufacturing apparatus according to an embodiment of the present invention, Figure 3b is a view illustrating the configuration of a portable carbonated beverage manufacturing apparatus of the present invention.

3A and 3B, the portable carbonated beverage manufacturing apparatus 300 of the present invention includes a water tank 310 for storing water, a water purification tank 330 for storing purified water, and a syrup container for accommodating various syrups ( 340, the carbon dioxide gas container 360 containing the carbon dioxide gas, and these buckets 310, the purified water container 330 for storing the purified water, the syrup container 340 for accommodating various syrups, containing the carbon dioxide gas It includes an outer case 390 for receiving the carbon dioxide gas container (360). Optionally, the portable carbonated beverage manufacturing apparatus 300 of the present invention includes a container accommodating portion 395 for accommodating a PET bottle (not shown).

Generally, in order to prepare a carbonated beverage, it is necessary to mix three components of water, syrup, and carbon dioxide. First, tap water or drinking water is supplied to the bucket 310. Water supplied to the water tank 310 is introduced into the water purification tank 330 by gravity through the water filter 320 installed in the lower portion, the introduced water is a plurality of chambers (not shown) in the reservoir 380 as described below. ) Flows into each. If bottled water or water purifier water is used in the water tank 310, the water stored in the water tank 310 is directly transferred to the plurality of chambers in the reservoir 380 without using the water filter 320 and the water tank 330. It will be apparent to those skilled in the art that it can be introduced. It will also be understood by those skilled in the art that the capacity of the bucket 310 should have a capacity less than the sum of the capacity of each chamber in the reservoir 380 described below.

In addition, the syrup container 340 accommodates a variety of syrups. Typically, several types of syrup are sold in tubes or in other containers. In the present invention, the syrup contained in the tube is used for the purpose of explanation. The syrup container 340 includes a plurality of syrup receivers 342 to accommodate the plurality of syrups. At one end of the syrup container 340 is a driving device 350 for controlling the syrup container 340 to apply pressure to the corresponding receiving portion 342 to discharge the desired syrup from any one of the plurality of syrup receiving portion 342 Attached. The control driving device 350 is preferably a motor, and electrically or mechanically connected to a plurality of buttons (not shown) for selecting a desired carbonated beverage syrup among a plurality of syrups, so that the corresponding button of the syrup desired by the user is selected. When selected and pressed, the control driving device 350 is driven to discharge only the selected syrup. The plurality of buttons are preferably provided in front of the case 390.

On the other hand, the carbonated beverage manufacturing apparatus 300 of the present invention includes a carbon dioxide gas container 360 for receiving carbon dioxide gas. A carbon dioxide gas control check valve 370 is mounted between the carbon dioxide gas container 360 and the reservoir 380, and the carbon dioxide gas control check valve 370 is a reservoir in which carbon dioxide gas is described later from the carbon dioxide gas container 360. In addition to being opened and closed to flow into each chamber of the 380, it is possible to determine the replacement time of the carbon dioxide gas container 360 by sensing the pressure in the carbon dioxide gas container (360).

The reservoir 380 is provided with a number of individual chambers (not shown) corresponding to the plurality of syrups, and includes the purified water container 330, the syrup container 340, and the carbon dioxide gas container ( 360 is connected to the upper portion of the reservoir 380, respectively. The reservoir 380 has a plurality of chambers because a plurality of syrups are used so as not to mix with each other during the production of carbonated beverages. Specifically, the plurality of syrup receivers 342 of the syrup container 340 is connected to the upper portion of each chamber of the reservoir 380, respectively, the syrup container of the syrup container 340 when not using the device of the present invention A control valve 344 for discharging the syrup is provided between the other end of each syrup receiving portion 342 and each chamber so that the syrup is not discharged into the corresponding chamber of the reservoir 380 at 342. When the control driving device 350 is driven, the syrup discharge control valve 344 is opened so that the desired syrup is discharged from the syrup receiver 342 into the corresponding chamber of the reservoir 380.

On the other hand, the carbon dioxide gas container 360 is also connected to the respective chambers at the top of the reservoir 380, when the desired button of the plurality of carbonated beverage buttons described above, the carbon dioxide gas from the carbon dioxide gas container 360 (380) The check valve 370 is electronically or mechanically controlled to be injected into the chamber of interest.

Since the check valve 370, the syrup discharge control valve 344, and all other valves described above can be controlled electronically or mechanically using known techniques, the detailed description thereof will be omitted.

When one of the plurality of carbonated beverage buttons is pressed, syrup and carbon dioxide gas respectively provided from the syrup container 340 and the carbon dioxide gas container 360 to the water previously supplied from the purified water container 330 into each chamber of the reservoir 380. Is mixed in the chamber in reservoir 380. The mixed carbonated beverage is discharged through the outlet 386 above the container accommodating part 390 along a supply pipe 386 such as a pipe connected to each chamber of the reservoir 380. Each chamber connected to the container accommodating part 390 is a container (not shown) in which water pre-supplied in a corresponding chamber of the storage 380 contains carbonated beverages when a predetermined carbonated beverage button provided on the case 390 is not pressed. And a control valve 384 for discharging the carbonated beverage so as not to flow out. As described above, the carbonated beverage discharge control valve 384 may be controlled in a known electronic or mechanical manner so as to open when the carbonated beverage button is pressed.

In FIG. 3A of the present invention, the container accommodating portion 395 is illustrated to accommodate a PET bottle which is commonly used. It is possible to manufacture to accommodate, and if necessary, it is also possible to place the container to receive the carbonated beverage produced without using the container containing portion 395 directly to the outlet 386 of the supply pipe 382. It will be easy to understand that. In addition, according to the height of the PET bottle or other container, an adjustment pedestal (not shown) for adjusting the height between the outlet 386 of the supply pipe 382 and the PET bottle or other container may be provided under the container container 395 for use. It may be easily understood by those skilled in the art that it may be.

The container accommodating portion 395 shown in FIG. 3A also includes a container holder 398 for supporting the container when placing the container to hold the carbonated beverage. In FIG. 3A of the present invention, the vessel holder 398 is shown connected to the upper portion of the vessel receiving portion 395. However, in the art, the vessel holder 398 is formed on the inner wall or the bottom of the vessel receiving portion 395. It will be readily appreciated that some or all of the interior walls of the container receptacle 395 itself may be attached or function as the container support 398.

In addition, Figure 3c is a view showing an embodiment in which the container support and the container support shown in Figure 3a is integrated. The adjustable pedestal 399 shown in FIG. 3C is provided integrally with the vessel holder 398 when the height-adjustable variable height vessel holder 398 is used, or as a separate component from the vessel receptacle 395. It will be apparent to those skilled in the art that it can be.

Portable carbonated beverage manufacturing apparatus according to the present invention is the following effects are achieved.

First, as described above, the portable carbonated beverage manufacturing apparatus of the present invention compared to the conventional carbonated beverage manufacturing apparatus in which a user puts water into a PET bottle, or injects carbon dioxide into water in a PET bottle and then puts syrup separately. It is much simpler and easier to produce soda.

Second, the portable carbonated beverage manufacturing apparatus of the present invention can be manufactured in a compact, it can be used as a portable or home.

Third, the person skilled in the art is one of the components of the carbonated beverage, instead of using a water filter and a water purification tank separately, instead of using a water purified from a general household water purifier modified to use each chamber in the reservoir 380 of the present invention It will be readily understood that it is possible.

Since various modifications may be made to the configurations and methods described and illustrated herein without departing from the scope of the present invention, all matter contained in the above description or shown in the accompanying drawings is illustrative and is intended to limit the invention. It is not. Therefore, the scope of the present invention should not be limited by the above-described exemplary embodiments, but should be defined only in accordance with the following claims and their equivalents.

1 is a view showing a carbonated beverage manufacturing apparatus of the prior art.

Figure 2a is a view showing another carbonated beverage manufacturing apparatus of the prior art.

Figure 2b is a view showing a method of manufacturing a carbonated beverage using the carbonated beverage manufacturing apparatus according to FIG.

Figure 3a is a view showing a new portable carbonated beverage manufacturing apparatus according to an embodiment of the present invention.

Figure 3b is a diagram illustrating the configuration of a portable carbonated beverage manufacturing apparatus of the present invention.

FIG. 3C is a view showing an embodiment in which the container support and the container support shown in FIG. 3A are integrated.

Claims (24)

In the portable carbonated beverage manufacturing apparatus, A bucket to which water is supplied; A syrup container having a plurality of syrup receivers for receiving a plurality of syrups; A syrup container driving device connected to one end of the syrup container and driving the plurality of syrup container receiving portions; A carbon dioxide gas container containing carbon dioxide gas; A reservoir for storing the carbonated beverage produced by mixing the water, the plurality of syrups, and the carbon dioxide gas, and having a plurality of chambers therein; A supply pipe connected to the reservoir and supplying a container to hold a carbonated beverage generated from each chamber; And A case including the bucket, the syrup container, the syrup container driving device, a carbon dioxide gas container, a reservoir, and the supply pipe, and having a plurality of carbonated beverage selection buttons Including, A syrup discharge control valve is provided between the other side of the plurality of syrup containers and the reservoir for controlling the syrup supplied from the plurality of syrup receivers to the respective chambers in the reservoir; A check valve for controlling carbon dioxide supply is provided between the carbon dioxide container and the reservoir; On the supply pipe is provided a control valve for discharging the carbonated beverage produced; The bucket, the syrup container, and the carbon dioxide gas container are each connected to each chamber in the reservoir, Pressing a predetermined button among the plurality of carbonated beverage buttons, the water, the predetermined syrup of the plurality of syrups, and the carbon dioxide gas is mixed in the chamber of the plurality of chambers to produce a carbonated beverage, and the generated carbonated beverage is Discharged through the supply pipe Portable carbonated beverage manufacturing device. The method of claim 1, The portable carbonated beverage manufacturing apparatus is connected to the supply pipe, the portable carbonated beverage manufacturing apparatus further comprises a container receiving portion for receiving a container for containing the carbonated beverages flowing out of the reservoir. The method according to claim 1 or 2, Portable carbonated beverage manufacturing apparatus wherein the container receiving unit further comprises a container support. The method according to claim 1 or 2, Portable carbonated beverage manufacturing apparatus wherein the bucket is a water purifier. The method of claim 3, wherein Portable carbonated beverage manufacturing apparatus wherein the bucket is a water purifier. The method according to claim 1 or 2, Portable carbonated beverage manufacturing apparatus wherein the drive device is a drive motor. The method of claim 3, wherein Portable carbonated beverage manufacturing apparatus wherein the drive device is a drive motor. The method of claim 2 or 3, The container receiving unit is a portable carbonated beverage manufacturing apparatus further comprises a container support for supporting the container for containing the carbonated beverage. The method of claim 4, wherein The container receiving unit is a portable carbonated beverage manufacturing apparatus further comprises a container support for supporting the container for containing the carbonated beverage. The method of claim 2 or 3, The container receiving unit is a portable carbonated beverage manufacturing apparatus comprising a control base for adjusting the height of the container for containing the carbonated beverage. The method of claim 4, wherein The container receiving unit is a portable carbonated beverage manufacturing apparatus comprising a control base for adjusting the height of the container for containing the carbonated beverage. The method of claim 10, Portable adjuster is provided that the adjustment pedestal is provided integrally with the container receiving portion or as a separate component from the container receiving portion. The method of claim 11, Portable adjuster is provided that the adjustment pedestal is provided integrally with the container receiving portion or as a separate component from the container receiving portion. In the portable carbonated beverage manufacturing apparatus, A bucket to which water is supplied; A water filter for purifying water supplied from the bucket; A purified water container for storing water purified by the purified water filter; A syrup container having a plurality of syrup receivers for receiving a plurality of syrups; A syrup container driving device connected to one end of the syrup container and driving the plurality of syrup container receiving portions; A carbon dioxide gas container containing carbon dioxide gas; A reservoir for storing the carbonated beverage produced by mixing the water, the plurality of syrups, and the carbon dioxide gas, and having a plurality of chambers therein; A supply pipe connected to the reservoir and supplying a container to hold a carbonated beverage generated from each chamber; And A case including the bucket, the syrup container, the syrup container driving device, a carbon dioxide gas container, a reservoir, and the supply pipe, and having a plurality of carbonated beverage selection buttons Including, A syrup discharge control valve is provided between the other side of the plurality of syrup containers and the reservoir for controlling the syrup supplied from the plurality of syrup receivers to the respective chambers in the reservoir; A check valve for controlling carbon dioxide supply is provided between the carbon dioxide container and the reservoir; On the supply pipe is provided a control valve for discharging the carbonated beverage produced; The bucket, the syrup container, and the carbon dioxide gas container are each connected to each chamber in the reservoir, Pressing a predetermined button among the plurality of carbonated beverage buttons, the water, the predetermined syrup of the plurality of syrups, and the carbon dioxide gas is mixed in the chamber of the plurality of chambers to produce a carbonated beverage, and the generated carbonated beverage is Discharged through the supply pipe Portable carbonated beverage manufacturing device. The method of claim 14, The portable carbonated beverage manufacturing apparatus is connected to the supply pipe, the portable carbonated beverage manufacturing apparatus further comprises a container receiving portion for receiving a container for containing the carbonated beverages flowing out of the reservoir. The method according to claim 14 or 15, Portable carbonated beverage manufacturing apparatus wherein the container receiving unit further comprises a container support. The method according to claim 14 or 15, Portable carbonated beverage manufacturing apparatus wherein the drive device is a drive motor. The method of claim 16, Portable carbonated beverage manufacturing apparatus wherein the drive device is a drive motor. The method according to claim 15 or 16, The container receiving unit is a portable carbonated beverage manufacturing apparatus further comprises a container support for supporting the container for containing the carbonated beverage. The method of claim 17, The container receiving unit is a portable carbonated beverage manufacturing apparatus further comprises a container support for supporting the container for containing the carbonated beverage. The method according to claim 15 or 16, The container receiving unit is a portable carbonated beverage manufacturing apparatus comprising a control base for adjusting the height of the container for containing the carbonated beverage. The method of claim 17, The container receiving unit is a portable carbonated beverage manufacturing apparatus comprising a control base for adjusting the height of the container for containing the carbonated beverage. The method of claim 21, Portable adjuster is provided that the adjustment pedestal is provided integrally with the container receiving portion or as a separate component from the container receiving portion. The method of claim 22, Portable adjuster is provided that the adjustment pedestal is provided integrally with the container receiving portion or as a separate component from the container receiving portion.