KR20140115749A - Fluid Transfer Apparatus and Methods of Fluid Transfer - Google Patents

Abstract

The present invention provides a fluid transfer device comprising a fluid container; a container contact device; and a dispenser contact device. The fluid container has an open unit at the lower part. The container contact device is installed in the open unit of the fluid container and has a closed position by magnetism suction force of a first member and a second member facing to each other. The first and second members are made of a magnetic material. The dispenser contact device has a smaller circumference than the circumference of the open unit of the fluid container and has a longitudinal passage. The side wall of the passage has a nozzle having one and more holes for a fluid to pass through. The dispenser contact device compresses the nozzle against one of first and second elements facing to each other so that the holes of the nozzle can be connected to the inside of the fluid container and the dispenser contact device moves the fluid from a closed position to an open position. According to the fluid transfer device, the fluid is injected to the bottom of the container, so bubble generation is reduced. Also, the fluid can be prevented from overflowing to the outside of the container due to the increase of bubbles. Therefore, fluid waste can be reduced. In addition, fluid injection time can be shortened and the fluid can be efficiently injected.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a fluid transfer apparatus,

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a fluid transfer device and a fluid transfer method, and more particularly, to a fluid transfer device and a fluid transfer method for injecting fluid through a bottom portion of a container, .

Generally, beverages are contained in containers such as cans, bottles, and packs. These beverages are stored in large storage tanks and then injected into small containers such as cans or bottles through spouts, hoses, facets, faucets, or infusion tubes for consumption.

Herein, the container injection of the beverage is injected through the inlet of the container, that is, the upper part of the container. Injection from the upper part of the container increases the foam in the case of carbonated beverages and the beverage injected by the increase of the foam overflows outside the container , Which causes a significant amount of beverage to be wasted. In addition, in order to prevent the beverage from being wasted, it is necessary to wait until the bubble stabilizes at the time of injecting and then re-inject.

In addition, the method of injecting through the upper part of the container requires a plurality of processes including proper positioning of the container, initiation of the flow of the beverage, stopping of the flow of the beverage, and separation of the container. And there is a problem that attention must be paid to the operation and control of each process.

International Patent Publication No. 2007-102139

US Published Patent: No. 2008-0223478

SUMMARY OF THE INVENTION The present invention has been made to solve the conventional problems,

It is an object of the present invention to reduce the generation of froth of beverage by injecting fluid into the bottom of the container, to reduce the waste of beverage overflowing to the outside of the container by the increase of bubbles, And to provide a fluid transferring method and a fluid transferring method for allowing a fluid to be injected.

According to an aspect of the present invention, there is provided a fluid transfer device, including: a fluid container having an opening at a lower portion thereof; A container connecting device mounted on an opening of the fluid container and closed by a magnetic attraction force of the opposing first and second members, the opposing first and second members being each made of a magnetic material; A nozzle having an outer periphery smaller than an outer periphery of the opening portion of the fluid container and having a passage formed in the longitudinal direction and having at least one hole communicating with the side wall of the passage, And a divider connecting apparatus which pressurizes the nozzle with respect to one of the first and second elements opposed to each other to move from the fluid closing position to the open position.

The divider connecting apparatus includes a platform surrounding the nozzle, and the platform is made of a magnetic material.

The apparatus according to claim 1, characterized in that a drainage device is mounted on the container connecting device.

Further, the container connecting device is characterized in that a manifold is mounted.

Further, the container connecting device is characterized in that a lighting device is mounted.

The container connecting device includes an upper compartment and a lower compartment detachably connected to the upper compartment through a fluid container opening. Here, the upper partition is a first member, and the cap facing the upper partition is a second member.

The cap includes a groove shaped to receive the nozzle and is an open position of the container connecting device when the cap is separated from the upper compartment.

Wherein the upper section comprises an aperture spaced apart from the rim circumference and through the rim, the cap being adapted to translate along a longitudinal axis of the upper section for opening and closing an aperture of the upper section.

And the upper and lower sections each include a sealing member contacting the fluid container.

And the magnetic bodies of the first member and the second member include a plurality of neodymium magnets arranged to be apart from each other in the vicinity of each of the first and second members.

And the frequency divider includes a magnetic ring.

The divider connection apparatus includes a housing having a plurality of LED lights arranged to dim the fluid to be transferred.

In addition, the present invention is characterized in that the frequency divider includes at least one discharge pipe and a discharge valve.

According to another aspect of the present invention, there is provided a dispenser connecting apparatus comprising: a nozzle including a passage along a vertical axis and at least one hole formed in a side wall for fluid communication with a passage; A platform surrounding the nozzle, the nozzle having a larger opening than the periphery of the nozzle, the nozzle being located within the opening and partially surrounding the opening; And a flexible color member mounted on the platform for parallel movement of the platform between a closed position covering the hole of the nozzle and an open position opening the hole of the nozzle.

The upper end of the nozzle coincides with the opening of the platform in the closed position.

The platform is characterized in that it moves along the longitudinal axis of the nozzle in the movement between the closed position and the open position.

The platform is characterized in that it comprises a sealing member adjacent to the opening to seal the opening with respect to the nozzle hole.

And the upper end of the nozzle includes a disk having a magnetic material integrated with the nozzle.

And the disc includes information corresponding to a beverage dispensed through a hole of the nozzle.

According to another aspect of the present invention, there is provided a dispensing system comprising: a container provided with a magnetic cap for opening and closing a bottom opening; A nozzle including a magnetic material on an upper surface thereof and having a sufficient force to support the magnetic cap to prevent movement of the cap when the magnetic material contacts the magnetic cap; And a platform that surrounds the outside of the nozzle and moves along a longitudinal axis of the nozzle.

Characterized in that a magnetic ring is provided on the bottom surface of the opening of the container and the platform includes a magnetic ring corresponding to the magnetic ring of the container.

And wherein the magnetic cap comprises a commercial identification on a visible surface from above the container.

The magnetic cap is also characterized in that it comprises a personal message on a visible surface from above the container.

According to another aspect of the present invention, a fluid container includes an opening formed in the bottom of the fluid container, and a fluid connection device coupled to the opening, wherein the fluid connection device comprises a first member And a second member in contact with the first element at the closed position and comprising a magnetic body and the face visible from above the fluid container comprises a personal or commercial message, the magnetic force of the first and second members And sealing the fluid.

According to another aspect of the present invention, there is provided a drain device for removing fluid from a fluid container, the drain device comprising: a discharge pipe configured to face an opening provided in a bottom portion of the container; And a conduit connected to the discharge pipe from the opposite side of the obstacle to draw the beverage to the desired place from the container.

According to another aspect of the present invention, there is provided a fluid transfer method comprising: a nozzle having a passage through which fluid flows along a longitudinal axis and having at least one hole formed in a sidewall of the passage so as to allow passage of fluid; Providing a dispenser connection device comprising: Disposing a container connecting device which is closed by a magnetic attraction force of the first and second detachable members facing the bottom opening of the fluid container to seal the opening, above the dispenser connecting device; Aligning the container connecting device with the platform of the dispenser connecting device; And separating the first member from the second member so that the platform is brought into contact with the outer surface of the container connecting apparatus so that the platform moves along the nozzle longitudinal axis and the hole of the nozzle communicates with the interior of the fluid container .

Wherein the platform comprises a magnetic material and the vessel connecting device comprises a magnetic material adjacent the outer surface and disposing the magnetic material of the platform adjacent the magnetic material of the vessel connecting device.

According to the fluid transporting apparatus and the fluid transporting method of the present invention, the fluid is injected into the bottom of the container to reduce the generation of froth of the beverage, and the increase of the foam reduces the waste of the beverage to the outside of the container, It is effective not only to shorten the injection time but also to inject the fluid efficiently.

BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a view of a container connected to a beverage dispenser in accordance with an embodiment of the present invention.
FIGS. 2A through 2C are a view illustrating a state in which an opening of a container is opened from a closed state when a container according to an embodiment of the present invention is coupled to a beverage dispenser; FIG.
3 is a top view of a container according to one embodiment of the present invention.
Figs. 4A and 4B show another embodiment of a container connecting device coupled to an opening of a bottom of a container of the present invention. Fig.
5A and 5B show another embodiment of a container connecting device coupled to an opening of a bottom of a container of the present invention.
6 is a view showing a first embodiment of the frequency divider of the present invention;
Figs. 7A and 7B are views showing a second embodiment of the frequency divider connecting apparatus coupled to the container connecting apparatus shown in Figs. 4A and 4B. Fig.
Fig. 8 is a view showing a third embodiment of the frequency divider connecting apparatus coupled to the container connecting apparatus shown in Fig. 3; Fig.
9A and 9B are diagrams showing a fourth embodiment of the frequency divider connecting apparatus coupled to the container connecting apparatus of the present invention.
10 is a view of the container connecting device of Figs. 4A and 4B coupled to the dispenser connecting device of Fig. 6 in an open position for fluid flow between the fluid source and the container; Fig.
11 is a view of the container connecting device of Figs. 4A and 4B coupled to the dispenser connecting device in an open position for fluid flow between the fluid source and the container. Fig.
12 is an exploded view of a dispensing system including a dispenser having a container having a container connecting device and a dispenser connecting device according to the present invention;
13 illustrates one embodiment of a cleaning apparatus for removing fluid from a dispensing system of the present invention.
14A and 14B illustrate another embodiment of a cleaning apparatus for removing fluid from a dispensing system of the present invention.
Figure 15 illustrates an exemplary dispensing system including various embodiments in accordance with the present invention.
16A and 16B show an exemplary embodiment of a cleaning apparatus used simultaneously with a container connecting apparatus according to the present invention.

These and other objects, features and other advantages of the present invention will become more apparent by describing in detail preferred embodiments of the present invention with reference to the accompanying drawings. Hereinafter, the fluid transporting apparatus and the fluid transporting method of the present invention will be described in detail with reference to the accompanying drawings. Like reference numerals in the drawings denote the same parts throughout the drawings unless otherwise indicated.

1 is a view of a container connected to a fluid dispenser in accordance with an embodiment of the present invention.

Here, the fluid dispenser 100 is used to dispense fluid containing carbonated beverages such as sodium carbonate (soda), beer (bier), and the like.

The container 102 may be any one capable of accommodating a fluid such as a mug, a glass, or a feature, for example. Such a vessel 102 is coupled to the fluid dispenser 100 at or near the bottom 104 of the vessel 102.

The bottom of the vessel 102 is provided with a vessel connecting device 106 which is coupled to the fluid dispenser 100. And the fluid dispenser 100 is provided with a dispenser connecting device 108 which is connected to the container connecting device 106.

Vessel connecting device 106 and dispenser connecting device 108 are engaged to form a fluid path between vessel 102 and dispenser 100 so that fluid is injected from the bottom of vessel 102. That is, the container connection device 106 is closed when the container 102 is coupled with the dispenser connection device 108 to enable fluid flow and the container 102 is disconnected from the dispenser connection device 108 Thereby preventing fluid from flowing out of the vessel 102.

The dispenser 100 then includes a housing 110 for properly aligning the container connecting device 106 with the dispenser connecting device 108. The user then includes a collection vessel 112 that can pump fluid over the reservoir to collect any excess fluid that may be generated at the top of the reservoir 102 during the fluid injection process, The collection container 112 is provided with an outlet 114 for discharging the collected beverage.

The dispenser 100 may also be used as an independent device separate from the fluid source, but may also be used in conjunction with a hose or tube or other liquid transfer device.

Also, the dispenser 100 may be used in combination with a fixing surface of a counter table or the like, or independently movable according to the convenience of the user.

In addition, the dispenser 100 may be provided in various shapes and may include audio or visual devices. For example, it may include information identifying a content relating to a particular dispensing cycle, a logo, or a design, and may be powered such that when the container 102 is connected to the dispenser 100, Or to cause a flash to pop up, or to allow music to flow.

Figs. 2A to 2C are views showing a container capable of containing beverage, in which the container connecting device is opened or closed when the container is engaged or disengaged from the dispenser connecting device; Fig.

The container 202 is of a form capable of holding a drink such as a cup, a feature, a mug, etc., and is composed of a bottom part 204 and side walls, and the upper part is opened to drink or pour. An opening 206 through which the beverage is injected is formed in the bottom portion 204 and a container connecting device 210 is attached to the opening 206 to open and close the opening 206. [

The container connecting device 210 is composed of a cap 212 for blocking the opening 206 and a magnetic ring 214 formed on the outer peripheral surface of the opening 206.

The cap 212 has a shape and diameter that can cover the opening 206 and overlap a portion of the magnetic ring 214 and is made of magnetic material of ferrous metal to form a magnetic ring 214, Respectively. The cap 212 may also be used as a visable ad space, such as a logo, a picture, to promote a commercial business or to convey other information to consumers. For example, the cap 212 may be detachable from a magnetic material, and may display commercial information such as a company name / logo on the outer surface of the cap 212 as a gift to consumers using the beverage, It can be used as a promotional material promoting an enterprise or a product by making it available on other metal structures.

The magnetic ring 214 preferably has a diameter surrounding the outer edge of the opening 206.

FIG. 2B is a view showing a container in which the opening portion of the container is in the state before the opening portion is opened, even though the container connecting device for opening and closing is in contact with the dividing device.

The dispenser connection device 220 is connected to the container connection device 210 to allow fluid flow between the container 202 and the dispenser (not shown).

The dispenser connection device 220 includes a hose coupled to the fluid storage tank for transferring fluid and a nozzle 222 connected to the hose to dispense the fluid. The nozzle 222 has a dimension to be inserted into the opening 206 formed in the bottom 204 of the container and has a hole 224 for guiding the flow of the fluid.

The dispenser connection device 220 is disposed in line with the opening 206 formed in the bottom 204 of the container and the nozzle 222 is connected to the cap 212 to enable fluid flow for fluid injection. So as to open the opening 206 of the container.

2C is a view showing a state in which the dispenser connecting device is coupled to the container connecting device for injecting the fluid.

2C, the nozzle 222 of the dispenser connecting device presses the cap 212 of the container connecting device provided in the container to open the container connecting device 210. As shown in Fig. That is, the fluid can be injected into the interior of the container 202 through the nozzle 222 of the divider connecting apparatus 220. At this time, it is preferable that the fluid is automatically injected when the hole 224 of the nozzle 222 is exposed to the inside of the container 202. Preferably, the beverage in the dispenser connection device 220 is maintained in a pressurized state, and when not in use, a platform 226 covering the hole 224 of the nozzle 222 is preferably provided. That is, when the container is plugged into the dispenser connecting device, the nozzle 222 of the dispenser connecting device presses the cap 212 of the container connecting device to open the container connecting device 210, Presses the platform 226 to open the hole 224 of the nozzle 222. Accordingly, the fluid is injected into the interior of the container 202 together with the opening of the nozzle 222 of the divider connecting apparatus 220 inserted into the opening 206 of the container.

When the injection of the fluid is completed and the nozzle 222 of the divider connecting device is released from the opening 206 of the container, the container connecting device 210 opens the opening 206 of the container so that the fluid injected into the container does not flow out Closing. That is, when the pressure of the nozzle 222 which pressurizes the cap 212 is released, the cap 212 is pulled out of the magnetic ring 214 because the cap 212 of the container connecting apparatus is continuously attracted to the magnetic ring 214. [ As shown in Fig. The dispenser connection device 220 is then detached from the opening of the container while the platform 226 covers the hole 224 of the nozzle 222 to block the drink from escaping any more.

3 is a top view of a container for describing an opening, a cap, and a magnetic ring formed in a bottom portion of a container;

Here, the opening portion 302 of the container is formed in the bottom portion 300 of the container so that fluid can be injected into the interior of the container. The magnetic ring 306 is preferably formed on the outer periphery of the opening 302 and is preferably shaped like an adhesive or a screw or container bottom 300 and permanently bonded to the container bottom 300. The cap 304 is formed to have a size covering the opening 302 and the magnetic ring 306, and is preferably made of a magnetic material such as iron metal.

The cap 304 and / or the opening 302 may be provided with a sealing member such as an O-ring or a gasket for more secure fluid sealing around the opening 302, or a rubber packing may be provided between the cap and the magnet ring .

The cap 304 may have various shapes. For example, it may be provided in the form of a flat circular disk suitable for the bottom of the container, or it may have a shape corresponding to the dispenser connection device. It may also be of a shape that accommodates a portion of the dispenser connection device and forms a recessed groove at the bottom to maintain the cap in a desired location during the injection process.

Figs. 4A and 4B are views showing another embodiment of a container connecting apparatus including an upper section and a lower section which are mutually connectable to a bottom portion of a container. Fig.

FIG. 4A is a view showing a state before assembly of the upper and lower sections, and FIG. 4B is a view showing a state where the upper and lower sections are assembled to each other at the opening of the bottom of the container.

Here, another embodiment of the container connecting device has a structure capable of separating from the container for use with a container for washing or elsewhere.

The upper and lower compartments 402 and 404 are preferably formed with threads 412 and 416 interlocked to each other to engage through openings 408 at the bottom of the container 406. In addition, the upper and lower sections 402 and 404 may be joined according to other means such as gluing, joining, or the like. Such a container connecting device 400 is integrated into the bottom of the container.

The lower compartment 404 has a smaller diameter than the opening 408 at the bottom of the container 406 and has a generally cylindrical axis 410 shape. At this time, it is preferable that the diameter of the shaft 410 is approximately the same as the size of the opening 408 of the container, or is provided in a relatively smaller size than the opening of the container for coupling with the container connecting apparatus of other sizes. On the outer side of the shaft 410, a thread 412 for engaging with the upper section 402 is formed.

And, the base of the shaft 410 of the lower section 404 includes a flange 418. The flange 418 has an outer diameter larger than the opening 408 to provide a surface that engages the container bottom 406. The sealing member 420 may be disposed on the bottom surface of the upper compartment 402 and the upper surface of the lower compartment 404 for sealing the fluid, To press the bottom surface of the container 406 when the upper and lower compartments 402 and 404 are engaged to prevent fluid from leaking.

The upper compartment 402 is coupled with the lower compartment 404 to create a container connecting device 400. The upper section 402 is formed with a coupling hole 414 in which the shaft 410 of the lower section 404 is inserted at the center and an inner peripheral surface of the coupling hole 414 is engaged with the thread 412 of the lower section 404, A thread 416 is formed.

In addition, the container connecting device 400 includes a cap 430 shaped to be configured to mate with the upper compartment 402. The upper section 402 includes a rim 428 having an inner surface coupled with an outer surface of the cap 430. The rim 428 has an oblique inner margin to allow the cap 430 to be located at the center of the engagement hole 414 of the upper section.

In addition, the upper section 402 of the vessel connection device includes a magnet 424 for securing the cap 430 in the closed position. Here, the magnet 424 may be a ring or a separate magnetic piece coupled to the upper and lower sections 402 and 404. The magnet 424 is then bonded or bonded to the upper compartment to be attracted to the magnet 432 of the cap, is integrally molded or otherwise mounted. Or the material used for the upper compartment 402 and the cap 430 may be made of a magnetic material.

In addition, the bottom surface of the cap 430 may include a groove portion 434 for facing the dispenser connection device. The groove 434 of the cap accommodates a portion of the dispenser connecting device that pushes up the cap 430 and opens the opening by forming a space between the cap 430 and the upper compartment 402 . When the dispenser connecting device is withdrawn from the cap groove 434, the magnetic attraction force between the cap 430 and the upper compartment 402 closes the opening 408 and the rim 428 of the upper compartment closes the cap 430).

It is preferable that a sealing member 438 such as an o-ring or a gasket is provided between the upper partition 402 and the cap 430 to prevent the fluid from leaking when the opening 408 is closed.

5A and 5B illustrate another embodiment of the container connecting device coupled to the opening of the bottom of the container, wherein Fig. 5A shows the state of the container connecting device in the closed position, and Fig. And shows the state of the open position.

As shown in FIGS. 5A and 5B, when the opening is closed, sealing is performed to prevent leakage of the fluid injected into the container, and when the opening is opened, the fluid is injected into the container .

Another embodiment of the container connecting device is provided such that the upper compartment 502 and the lower compartment 504 are adapted to engage and disengage from the container and the cap 530 is freely detached from the upper compartment 502 .

The upper section 502 of the container connecting apparatus 500 includes a rim 528 that covers the outside of the cap 530. The cap 530 can move up and down parallel to the long axis of the rim 528, but is not completely separated from the upper section 502. The rim 528 then forms an outflow hole 536 that defines the flow path of the fluid when the cap 530 is in the open position. For example, a path is formed between the axis of the lower compartment 504 and the outlet 536 of the upper compartment 502 when the cap 530 is in the upper or open position. And, when the cap 530 is in the downward or closed position, the outflow hole 536 of the rim is blocked and the fluid path is closed. The cap 530, the upper compartment 502 and the lower compartment 504 preferably include a sealing member to prevent fluid leakage when the cap 530 is in the closed position, It is preferable to include a magnet for fixing the closed position.

Figs. 6 to 9B are views showing the frequency divider connecting apparatus. The dispenser connecting device is coupled to the container connecting device.

Fig. 6 shows a first embodiment of the frequency divider connecting apparatus coupled to the container connecting apparatus shown in Figs. 4A and 4B.

The dispenser connection device 600 includes a nozzle 602 having one or more apertures 604 communicating with the sidewalls of the passageway formed along the longitudinal axis. The nozzle 602 is designed to press the cap 430 of the container connecting device 400 to open the container connecting device 400 and the upper portion of the nozzle 602 is designed to correspond to the groove 434 of the cap 430 . The dispenser connecting device 600 includes a magnet or a magnetic material for fixing the container connecting device 400. For example, the dispenser connection device 600 may include a platform 606 that includes a magnetic ring 608 that engages a magnet 426 provided in a lower compartment 404 of the container connection device 400 have.

In addition, the dispenser connecting device 600 may include a sealing member 610 for sealing the fluid between the container connecting device 400 and the container connecting device 400. Between the platform 606 and the nozzle 602, a collar 612 that translates the platform 606 along the longitudinal axis may be provided.

Figs. 7A and 7B show a second embodiment of a frequency divider connecting device to the container connecting device shown in Figs. 4A and 4B.

FIG. 7A shows a divider connecting apparatus 700 in a closed state, and FIG. 7B shows a divider connecting apparatus 700 in an open state.

The dispenser connecting device 700 includes a nozzle 702 having a hole 704 to form a flow path between the tank and the container in which the fluid is stored, as in Fig. And a sealing member 708 for preventing fluid leakage between the dispenser connecting device and the container connecting device.

In addition, the frequency divider 700 includes a color 710. Color 710 is used to hold the platform 706 of the dispenser connection device. Also, the collar 710 covers the nozzle 702 when the dispenser is not in use, potentially preventing fluid from leaking and preventing contaminant properties, debris, etc. from entering the dispenser.

And, the platform 706 includes a rim 712 that is used to package the nozzle 702 when the dispenser is not in use. The rim 712 preferably has a lower diameter than the lower portion to form an inclined surface, and the inclined surface of the rim 712 is used to properly align the dispenser connecting device with the container connecting device.

Fig. 8 shows a third embodiment of the frequency divider connecting apparatus, for example, showing a frequency divider connecting apparatus connected to the container connecting apparatus shown in Fig.

The divider connecting apparatus 850 shown in Fig. 8 is opposed to the container bottom 300 to connect between the container and the fluid dispenser through which the fluid is injected. The dispenser connection device 850 may then be coupled to a counter table or a bleed platform, and may be coupled to a fluid tank, a fluid tank conduit, or the like.

Herein, the divider connecting apparatus 850 includes a nozzle 852. The nozzle 852 includes one or more apertures 854 through which fluid flows to be injected into the vessel. Also, the dispenser connecting apparatus has a disc 862 on the upper surface of the nozzle 852. [ The disc 862 may be used to provide an advertising face and may be used to identify a fluid that is coupled to a fluid dispenser.

The fluid dispenser then includes a switch that enables fluid flow when the vessel is coupled to the divider connecting apparatus 850.

In addition, the dispenser connection device 850 may include a platform 856 to assist in aligning the vessel with the dispenser.

The platform 856 is preferably coupled to the nozzle 852 and preferably defines a predetermined sloped surface that is narrowed toward the top to guide the opening of the container bottom to a predetermined position and align the container with the nozzle 852 .

It is also preferable that the platform 856 includes an upper rim (not shown) suitable for the outer periphery of the container connecting device.

The platform 856 also closes the hole 8454 of the nozzle 852 to prevent fluid from leaking out of the fluid dispenser when the dispenser connection device is not engaged with the container, And moves along the axial direction of the nozzle 852 to open the hole 854 of the nozzle. That is, when the nozzle 852 of the dispenser connecting device is inserted into the opening of the container bottom, the container bottom presses the platform 856 to expose the hole 854 of the nozzle 852. When the platform 856 is moved by the urging force of a spring or the like and the nozzle 852 of the dispenser connecting device is separated from the opening 302, the platform 856 is moved to the hole 854 of the nozzle by the restoring force of the spring. Returning to the position to close. Or return the container 852 to its position to close the nozzle aperture 854 under the influence of the magnetic suction force between the platform 856 and the container when the nozzle 852 is lifted out of the container.

Preferably, the dispenser connecting device comprises a magnet or a magnetic material corresponding to the magnet or the magnetic material provided in the container connecting device. For example, the platform 856 may be provided with a ring 864 containing magnetic material so that the ring 864 of the platform pulls the ring 306 of the container bottom to secure the container to the platform 856, A ring of magnetic material on the disk 862 of the container connecting device to allow the cap 304 of the container connecting device to be positioned on the nozzle 852 and to maintain the position of the cap 304 in the open position.

In addition, the platform 856 and nozzle 852 preferably include one or more sealing members for fluid sealing between the nozzle and the platform and the container. For example, the nozzle 852 has a sealing member 858 for sealing the upper surface of the hole 854 and the platform 856 has a hole 854 in the nozzle when the hole 854 of the nozzle is in the closed position 854) sealing member 860 for sealing the mouthpiece and a sealing member 866 for sealing between the container and the platform when the hole of the nozzle is in the open position. Here, it is preferable that the sealing members 858, 860, 866 are made of rubber o-rings or gaskets for sealing the fluid.

Further, it is preferable that the platform 856 is formed in a shape that prevents it from being detached from the end of the nozzle. The top of the platform 856 preferably forms a step so that the sealing member 858 can rest on the top of the nozzle 852 and the top of the nozzle 852 is located on the edge of the platform 856 It is preferable that it is made of a diameter to be hooked. That is, it is possible to prevent the platform 856 from being released to the upper end of the nozzle 852 due to the stepped engagement with the nozzle.

Figs. 9A and 9B show a fourth embodiment of the frequency divider connecting apparatus to be connected to the container connecting apparatus.

FIG. 9A shows a divider connecting apparatus 900 in a closed state, and FIG. 9B shows a divider connecting apparatus 900 in an open state.

The dispenser connection device 900 includes a nozzle 902 for injecting fluid through the bottom of the container and the nozzle 902 is provided with a hole 908 for forming a fluid flow path between the fluid dispenser and the container, . The dispenser connection apparatus also includes a platform 904 that surrounds the outside of the nozzle 902 and a passage 912 through which the nozzle 902 can move in parallel is formed in the platform 904. The platform 904 is mounted directly on the collar 906 and the collar 906 is unfolded or folded as shown in Figures 9A and 9B as a flexible member. Then, the platform 904 cuts off the nozzle hole 908 at the dispense connector closing position and opens the nozzle hole 908 at the dispense connector open position.

The collar 906 is made of a flexible material that allows parallel translation of the platform 904 relative to the nozzle 902 and is made of a liquid sealing material such as rubber or plastic to prevent leakage of fluid from the nozzle 902 .

In addition, the collar 906 is configured to extend from the closed position of the dispenser connection device such that the platform 904 covers the upper end of the nozzle 902 and the length is reduced in the open position of the dispenser connection device, The center portion is outwardly folded so that the platform 904 can move parallel along the long axis of the nozzle 902 to open the upper end of the nozzle 902.

The color 906 covers part of the nozzle hole 908 in the open position of the divider connecting device and the nozzle hole 908 covers the whole in the closed position to control the flow of the fluid. 906 are coupled between the lower end of the dispenser connection device and the platform 904 by various means. The lower end of the dispenser connecting device and the platform are provided with grooves, and the collar is provided with protrusions that fit into the grooves, so that the protrusions of the color are fitted into the grooves of the platform and the dispenser connecting device. In addition, an adhesive for bonding may be used for the protrusion of the groove and the color.

The platform 904 may then include a rim 910 that aligns the container with the nozzle 902. The rim 910 may be a fork-shaped rim including one or more protrusions, a solid rim with the bottom of the step to accommodate a variety of sizes of containers, or a combination of a fork-shaped rim and a solid rim have.

Further, the platform 904 may include a sealing member 914 for preventing leakage of fluid. A sealing member 914 is provided around the upper end of the platform passage 912 to seal between the container and the platform 904.

On the other hand, the divider connecting apparatus 900 includes a magnet or a magnetic material for coupling to the container connecting apparatus. For example, the platform 904 includes a magnetic or ferrous metal material or a ring 916 of magnet or magnetic material to secure the vessel connecting device to the platform 904 upon injection of liquid. The top of the nozzle 902 also includes a disc 918 used to maintain the position of the cap of the container connecting device upon injection of the liquid and the disc 918 includes a magnet or magnetic material for attracting the cap And a shape corresponding to the shape of the cap. Here, the disc 918 may contain information such as fluid type or brand, advertising material, etc., supplied from the dispenser.

10 and 11 show a state in which the divider connecting device and the container connecting device are combined.

Figs. 10 and 11 show a container connecting device and a dispenser connecting device combined to form a fluid path between the container and the fluid source. The vessel connecting apparatus is mounted on the bottom of the vessel, and the atomizing apparatus is mounted in a tank in which a distributor or a fluid source is stored. That is, when the container is coupled to the dispenser, the fluid source is injected into the interior of the container through the fluid path formed by the dispenser connecting device and the container connecting device, and when the container is separated from the dispenser, And the container connecting device closes the container so that the fluid injected into the container does not leak out.

Fig. 10 is an illustration of the dispenser connection device of Fig. 6 in combination with the container connection device of Figs. 4a and 4b, in an open position for fluid flow between the fluid source and the container.

When the vessel connection device is connected to the dispenser connection device, the nozzle 602 of the dispenser connection device presses the cap 430 of the vessel connection device, and the cap 430 moves the magnet 424 of the upper compartment and the magnet And the nozzle hole 604 is exposed to the inside of the container. At this time, since the magnet 426 of the lower section of the container connecting apparatus pulls the platform 606 of the dispenser connection apparatus, the nozzle is stably moved by the magnetic attraction of the magnet 608 of the platform and the magnet 426 of the lower section Support and fix. The upper end of the nozzle 602 is inserted into the groove 434 of the cap 430 to align the position of the cap 430.

 Fig. 11 is an illustration of the dispenser connection device in the open position for fluid flow between the fluid source and the container, coupled with the container connection device of Figs. 5a and 5b.

When the container connecting device 500 is connected to the dispenser connecting device 1100, the nozzle 1102 of the dispenser connecting device 1100 presses the cap 530 of the container connecting device and the cap 530 presses the rim 528 to open the outflow hole 536 of the rim 528. When the pressing of the nozzle 1102 is released, the cap 530 closes the outflow hole 536 of the rim by a force of self-suction force, a spring device or the like.

12 is an exploded view illustrating a dispensing system including a dispenser with a container accessory including various features described herein and a dispenser with dispenser connecting device.

The dispensing system 1200 includes a dispenser having a container with a container connecting device 1202 and a dispensing device 1204.

The container 1206 includes a container connecting device 1202 which includes a cap 1208, a cap receiving magnet 1210, a sealing member 1212, a rim 1214, a rim receiving magnet 1216 A sealing member 1218, a bottom compartment 1222, and a bottom receiving magnet 1220. [ Here, the magnets 1210, 1216, and 1220 include at least one magnetic piece, a solid magnetic ring, and the like to be incorporated in each component of the container connecting apparatus, and the sealing members 1212 and 1218 include o-rings or gaskets .

Here, the cap receiving magnet 1210 includes five Neodym magnets evenly arranged along the rim of the cap 1208. [ The sealing member 1212 is provided in a disc-shaped rubber or gasket, and the rim 1214 includes an outlet hole that allows fluid flow when the cap is in the open position and includes five neodymium magnets And a rim accommodating magnet 1216 having a rim receiving magnet 1216. [ And the bottom compartment 1222 includes a bottom receiving magnet 1220 for engaging the rim 1214 and attracting the dispenser 1204. Here, the bottom accommodating magnet 1220 is preferably a neodymium magnet

The dispenser includes dispenser connection device 1204 which includes a fill valve 1226, a first packing member 1224 for a fill valve, a fill valve magnet 1228, a nozzle 1230 ), A collar 1232 between the fill valve and the nozzle, and a second packing member 1231.

Here, the first and second packing members 1224 and 1231 can be any as long as they can seal the liquid between the o-ring, the gasket or the dispenser connecting device and the container connecting device.

The nozzle 1230 is also in the form of a shaft that enters the interior of the vessel through the vessel connecting device 1202 to pressurize the cap 1208 and form a fluid path between the dispenser and the vessel, At least one hole is formed.

The fill valve 1226 is movably coupled along the long axis of the nozzle 1230 to open and close the fluid flow path through the nozzle 1230.

The charging valve magnet 1228 is coupled to the charging valve 1226 and is designed to attract the magnet 1220 of the bottom compartment 1222 of the container connection device and securely supports the container through magnetic attraction.

The collar 1232 couples the fill valve 1226 to the nozzle 1230 while allowing the fill valve 1226 to translate along the nozzle 1230. The color 1232 functions to prevent the leakage of the fluid from the nozzle 1230. [

In addition, the dispenser includes a housing 1234 with switches, lights, etc., a collection container 1236 that can collect fluid overflowing from the container, an outlet 1238 that allows easy cleaning after use of the collection container, and the like can do. For example, the dispenser housing 1234 can be used as an identification space to identify ads, fluid types, brands, etc., and illumination is used to identify the fluid in the infusion process, ) Is used to intentionally flood the bubbling fluid and to collect fluid overflowing the vessel to remove excess bubbles from the top of the vessel. An outlet 1238 is formed in the bottom of the collection container 1236 to remove the collected fluid in the collection container 1236 and to remove the wash water to clean the collection container 1236.

In addition, the dispenser includes a conduit 1240 that is coupled to a fluid source. The conduit 1240 preferably comprises a manifold that can be installed in a plurality of fluid sources so that the dispenser can be used for a plurality of beverages.

The dispensing system includes a cleaning device 1300 for removing liquid.

The fluid conduits of the dispensing system are coupled to the dispenser either directly or indirectly through the manifold. A valve is coupled between the fluid conduit and the nozzle, and a cleaning conduit for removing the fluid is also coupled to the dispenser through the valve. Here, the cleaning conduit may be coupled to the manifold as one of the liquid sources coupled to the dispenser. The washing solution may be water, but a detergent solution, alcohol, or forced air may be used.

Figure 13 shows an embodiment of a cleaning device for removing fluid from a dispensing system.

The dispenser includes a nozzle 1302 as previously described and is connected to a fluid conduit 1304. The dispenser includes a valve 1306 at the end of the fluid conduit 1304 and nozzle 1302 to start and stop the flow of the desired fluid. A flow meter may also be coupled to the liquid conduit.

When the vessel is connected to the dispenser, the valve 1306 is opened to inject the desired fluid into the vessel. Then, when the container is filled with fluid, the valve 1306 is closed to stop the fluid flow.

A cleaning duct 1308 is coupled to the nozzle 1302 of the dispenser. At this time, the valve 1310 of the cleaning pipe is provided between the cleaning pipe 1308 and the nozzle 1302 to clean the nozzle 1302 after the fluid injection, thereby controlling the flow of the cleaning solution. At this time, the valve 1310 of the cleaning duct 1308 can be manually or automatically controlled.

In addition, a discharge valve 1312 is included in the dispenser. The discharge valve 1312 is a valve for discharging the cleaning liquid from the dispenser, and is preferably used at the same time as the valve 1310 of the cleaning pipeline. Thus, the discharge valve 1312 provides a path for discharging the cleaning liquid after washing the nozzle 1302 with the cleaning liquid. At this time, the predetermined fluid remaining in the container is discharged through the nozzle 1302.

The method of cleaning the dispenser, on the other hand, includes the steps of coupling the vessel to the dispenser, opening the valve 1306 of the fluid conduit to inject fluid into the vessel, (S40); opening the valve (1310) to the wash line to provide wash water; washing the dispenser with the wash water provided; And when completed, locking the valve 1310 in the wash line.

14A and 14B show another embodiment of a cleaning apparatus for removing fluid from a dispensing system.

14A and 14B show how the pressure switch activates to open the first valve 1404 and then the second valve 1412 to open the container fluid 1420 from the fluid conduit 1418, Thereby forming a flow path. At this time, the second valve 1412 operates the valve manually by the operator using the switch. The first color 1406 and the second color 1408 are then compressed while the fluid is being injected into the vessel. In this case, the first color 1406 is provided with a spring 1410 for biasing the color, and the spring 1410 is compressed when the color is in the closed position. Then, when the injection of the fluid is completed, the second valve 1412 is manually or automatically locked to block fluid flow. When the vessel is then separated from the dispenser, the pressure switch locks the first valve 1404 while the second valve 1412 remains open. This causes the fluid conduit 1418 to be closed for the dispenser, but the fluid is still injected into the second collar 1408 and the second collar 1408 is inflated by the injected fluid. The inflated second collar 1408 causes the nozzle of the dispenser to be positioned within the first collar 1406 such that the aperture of the nozzle is blocked by the first collar 1406, Member 1414 to prevent it from being introduced into the dispenser. At this time, it is preferable that the first and second colors 1406 and 1408 are guided by the guide rod 1416 and move in parallel between the inflated and deflated positions appropriately.

Figure 15 illustrates a dispensing system that includes various embodiments described herein and includes a cleaning device. Fig. 15 includes the features shown in Figs. 4A, 4B and 6, similar components to the above are numbered as above.

The dispensing system includes an upper compartment 402 and a lower compartment 404 threaded into the container 406 and includes sealing members 422 and 420 for preventing fluid leakage between the container 406 and the container connecting device And includes a cap 430 for opening and closing the container connecting devices 422 and 420. The cap 430 includes magnets 432 and 424 and the magnets 432 and 424 move the positions of the cap 430 and the nozzle 602 by the magnetic force pulling each other when the nozzle 602 pushes the cap 430 and is in an open state . And sealing members 436, 438 and 440 such as rubber and gasket for fluid sealing between the cap 430 and the upper compartment 402 and between the lower compartment 404 and the platform 606. It also includes a nozzle 602 for pressing the cap 430 of the container connecting device and magnetic rings 426 and 608 for coupling the container connecting device to the dispenser connecting device.

The cap 430 may further include a guide device such as a sling, a coil, and a spring to ensure that the cap 430 closes the opening of the bottom of the container after the nozzle 602 is detached.

And the cap may be made entirely of magnetic material to generate a downward force, or it may comprise magnetic material or may comprise a separate magnetic ring or magnetic piece. In order to pull the cap in the closing direction, a magnet corresponding to the magnet of the cap may be disposed inside or outside the container.

It is preferable that a pair of magnets be used between the container and the dispenser. The container may use an individual magnet to draw the dispenser, or the same magnet used to pull the cap. These magnets function to stabilize the vessel while fluid is being injected.

In addition, the dispensing system may include a decorative device. For example, since the LED lighting 1502 is provided in the housing 1504, the decorative effect can be obtained by blinking or lighting in various patterns according to sorting of the fluid or sorting of the containers, , A visual effect that makes the fluid look more attractive can be obtained.

Here, the illumination 1502 may be lit by various electrical, mechanical, or magnetic means when the vessel is connected to and separated from the dispenser, and may allow images, messages, or advertisements to be projected onto the vessel. Further, the housing may include a switch 1506 for controlling the illumination.

The dispenser may be coupled to a fluid source. The dispenser may be coupled to one or more fluid sources via manifold 1508 to couple a plurality of fluids to the same dispenser. Also, a switch may be used to select the desired fluid.

Also, the cleaning device can be coupled to the dispenser. The cleaning device is connected to the connection of the dispenser by a cleaning conduit 1510 to clean the connection with wash water to prevent the fluid from remaining in the connection, corrupted or contaminated. The cleaning apparatus may include a discharge tube path 1514 and a discharge valve 1512, a fluid collection vessel 1516, which provide an overflow fluid during injection and a drain path for the cleaning fluid after cleaning.

Also, a unique lever on the handle of the fluid (beverage) faucet may be used as a switch to start and stop the injection of the container from the dispensing system. For example, to push a button to open a valve, to turn a knob, or to initiate a flow of pressurized liquid. It may also include an apparatus other than a faucet handle for initiating the anesthetic.

In addition, the initiation of the fluid flow can be automatically accomplished by opening the fluid flow path according to the use of the pressure switch, the fluid flow can be automatically shut off if the fluid is filled in the container, and the pint or pitcher, A timer may be provided to meet the container according to the size of the container being programmed.

On the other hand, the container connecting device may be combined with a drain device for discharging the fluid injected into the container.

16A and 16B show a drainage device used to drain fluid from a container through the bottom of the container.

The drainage device 1600 is for discharging the contents (fluid) of the container 1602 through the bottom portion 1604 of the container. The drainage pipe 1616 is coupled to the bottom portion 1604 of the container.

It is preferable that a distal end portion of the drain pipe 1616 is provided with a retaining portion 1618 for lifting the cap of the container and a platform 1608 for connection with the container is provided. The platform 1608 preferably includes a ring 1620 comprising a magnetic material or ferrous metal for securing the ring 1612 of the container and a fluid leakage between the container 1602 and the drain pipe 1616 It is preferable that the sealing member includes a sealing member.

A conduit 1606 is connected to the rear end of the drain pipe 1616 for transferring the fluid inside the container to a desired place. An expansion pipe 1614 made of a flexible material may be included between the drain pipe 1616 and the conduit 1606 for smooth fluid transfer.

In order to discharge the fluid inside the container 1602, the container is separated from the dispenser and combined with the drain pipe 1616 of the drain device. When the drain pipe 1616 is coupled to the container connecting device of the container 1602, the obstacle 1618 of the drain pipe pushes up the cap 1610 of the container connecting device to open the container connecting device, 1616 and conduit 1606 or to a desired location.

The fluid transporting method according to the present invention comprises a nozzle having a passage through which a fluid flows along a longitudinal axis and having at least one hole formed in a side wall of the passage so as to allow fluid to pass therethrough, a platform for wrapping the outside of the nozzle and moving in parallel along the longitudinal axis of the nozzle And a container connecting device that is closed by a magnetic attraction force of the first and second detachable members facing the bottom opening of the fluid container to seal the opening, Aligning the container connecting device with the platform of the dispenser connecting device; contacting the platform with the outer surface of the container connecting device so that the platform moves along the nozzle longitudinal axis; And separating the first member from the second member to communicate with the inside of the container.

Wherein the platform comprises a magnetic material and the container connecting device comprises a magnetic material adjacent the outer surface and disposes the magnetic material of the platform adjacent the magnetic material of the container connecting device.

Embodiments of the invention relate to a liquid, beverage or beer dispenser, and are not limited to the embodiments described and shown herein, and of course also applicable to liquids or materials. Further, the term " bottom " in relation to the infusion of fluid into the bottom of the container includes either lower portion of the container such that it is made from below the liquid surface in the container. For example, the bottom may include a side of the container that is initially below the fluid surface if the fluid injection is above the fluid surface in the container but the fluid is filled to capacity in the container, May also be implanted from above.

Although the preferred embodiments of the present invention have been described, the present invention is not limited to the specific embodiments described above. It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit or scope of the appended claims, And equivalents may be resorted to as falling within the scope of the invention.

100: fluid dispenser 102: container
104: bottom part 106: container connecting device
108: frequency divider connection device 110: housing
112: collection container 114: outlet
202: container 204: bottom part
206: opening 210: container connecting device
212: cap 214: magnetic ring
220: dispenser connection device 222: nozzle
224: hole 226: platform
300: container bottom 302: opening
304: cap 306: ring
400: container connecting device 402: upper compartment
404: lower compartment 406: container
408: opening 410: axis
412, 416: thread 414:
418: flange 420: sealing member
424: magnet 428: ring
430: cap 432: magnet
438: sealing member 500: container connecting device
502: upper compartment 504: lower compartment
530: Rim 530: Cap
536: Outflow hole 600: Duty cycle connection device
602: nozzle 604: hole
606: platform 608: magnetic ring
610: sealing member 612: color
700: Duty cycle connecting device 702: Nozzle
704: Hole 706: Platform
708: sealing member 710: color
712: ring 850:
852: nozzle 854: hole
856: platform 858, 860, 866: sealing member
862: Disk 864: Ring
900: Dispenser connecting device 902: Nozzle
904: Platform 906: Color
908: hole 910: rim
912 passage 914: sealing member
916: ring 918: disk
1100: dispenser connecting device 1102: nozzle
1200: dispensing system 1202: container connecting device
1204: dispenser connection device 1206: container
1208: Cap 1210: Cap receiving magnet
1212: sealing member 1214: rim
1216: rim receiving magnet 1218: sealing member
1220: bottom accepting magnet 1222: bottom compartment
1224: first packing member 1226: charging valve
1230: nozzle 1231: second packing member
1232: Color 1234: Housing
1236: Collection container 1238: Outlet
1300: Cleaning device 1302: Nozzle
1304: conduit 1306: valve
1308: Flushing duct 1310: Flushing duct valve
1312: discharge valve 1402:
1404: first valve 1406: first color
1408: Second color 1410: Spring
1412: second valve 1414: sealing member
1416: guide rod 1418: conduit
1502: illumination 1504: housing
1506: Switch 1508: Manifold
1510: Cleaning pipe 1512: Discharge valve
1514: to discharge tube 1516: collection container
1600: drainage device 1602: container
1604: Bottom portion 1608: Platform
1610: cap 1612: ring
1614: Expansion pipe 1616: Water pipe
1618: Arresting part 1620: Ring

Claims (28)

In the fluid transfer device,
A fluid container having an opening at a lower portion thereof;
A container connecting device mounted on an opening of the fluid container and closed by a magnetic attraction force of the opposing first and second members, the opposing first and second members being each made of a magnetic material; And
A nozzle having an outer periphery smaller than an outer periphery of the opening portion of the fluid container and having a passage formed in the longitudinal direction and having at least one hole communicating with the side wall of the passage, And a dispenser connecting device which pressurizes the nozzle for one of the first and second elements which are opposed to each other to move from the fluid closing position to the open position. The method according to claim 1,
Wherein the dispenser connecting device comprises a platform surrounding the nozzle, and wherein the platform is made of a magnetic material. The method according to claim 1,
Wherein the container connecting device is equipped with a drain device. The method according to claim 1,
And a manifold is mounted on the container connecting device. The method according to claim 1,
And a lighting device is mounted on the container connecting device. The method according to claim 1,
Wherein the container connecting device comprises an upper compartment and a lower compartment detachably connected to the upper compartment through a fluid container opening. The method according to claim 6,
Wherein the upper compartment is a first member and the cap facing the upper compartment is a second member. 8. The method of claim 7,
Wherein the cap includes a groove shaped to receive a nozzle and is an open position of the container connecting device when the cap is separated from the upper compartment. 8. The method of claim 7,
Wherein the upper section comprises an aperture spaced apart from the rim circumference and through the rim and the cap translating along the longitudinal axis of the upper section to open and close the aperture of the upper section. The method according to claim 6,
Wherein the upper and lower sections each include a sealing member in contact with the fluid container. The method according to claim 1,
Wherein the magnetic bodies of the first member and the second member include a plurality of neodymium magnets arranged to fall in the vicinity of each of the first and second members. The method according to claim 1,
Wherein the divider connection device comprises a magnetic ring. The method according to claim 1,
Wherein the divider connection device comprises a housing having a plurality of LED lights arranged to dim the fluid to be conveyed. The method according to claim 1,
Wherein the divider connecting apparatus comprises at least one outlet pipe and a discharge valve. In the frequency divider connecting apparatus,
A nozzle including a passage along the longitudinal axis and one or more holes formed in the side wall for fluid communication with the passage;
A platform surrounding the nozzle, the nozzle having a larger opening than the periphery of the nozzle, the nozzle being located within the opening and partially surrounding the opening; And
And a flexible color member mounted on the platform for parallel movement of the platform between a closed position covering the hole of the nozzle and an open position opening the hole of the nozzle. 16. The method of claim 15,
Wherein an upper end of the nozzle coincides with an opening of the platform at a closed position. 16. The method of claim 15,
Wherein the platform moves along a longitudinal axis of the nozzle to a movement between a closed position and an open position. 16. The method of claim 15,
Characterized in that the platform comprises a sealing member adjacent the opening to seal the opening with respect to the nozzle opening. 16. The method of claim 15,
Wherein the upper end of the nozzle includes a disk having a magnetic material integrated with the nozzle. 20. The method of claim 19,
Wherein the disk includes information corresponding to a beverage dispensed through a hole in the nozzle. In a dispensing system,
A container provided with a magnetic cap for opening and closing a bottom opening;
A nozzle including a magnetic material on an upper surface thereof and having a sufficient force to support the magnetic cap to prevent movement of the cap when the magnetic material contacts the magnetic cap; And
A platform surrounding the nozzle and moving along a longitudinal axis of the nozzle;
The dispensing system comprising: 22. The method of claim 21,
Wherein a bottom surface of the opening of the vessel is provided with a magnetic ring and the platform comprises a magnetic ring corresponding to the magnetic ring of the vessel. 22. The method of claim 21,
Characterized in that the magnetic cap comprises a commercial identification on a visible side from the top of the container. 22. The method of claim 21,
Characterized in that the magnetic cap comprises a personal message on a visible surface from above the container. In the fluid container,
An opening formed in the bottom of the fluid container,
And a fluid connection device coupled to the opening,
Wherein the fluid connection device comprises a first member in contact with the bottom surface of the fluid surrounding the opening and made of a magnetic material and a surface in contact with the first element in the closed position and made of a magnetic material and visible from above the fluid container comprising a personal or commercial message And a second member, sealing the fluid through the magnetic attraction force of the first member and the second member. A drain device for removing fluid from a fluid container,
A discharge pipe configured to face an opening provided in a bottom portion of the container,
A protector protruding from the discharge pipe to open a valve provided in an opening of a bottom portion of the container;
And a conduit coupled to the drain pipe from the opposite side of the barrier to direct the beverage from the vessel to the desired location. In the fluid transferring method,
A nozzle having a passage through which a fluid flows along a longitudinal axis and in which one or more holes are formed in the side wall of the passage so as to allow fluid to pass therethrough; and a platform for wrapping the outside of the nozzle and moving in parallel along the longitudinal axis of the nozzle step;
Disposing a container connecting device which is closed by a magnetic attraction force of the first and second detachable members facing the bottom opening of the fluid container to seal the opening, above the dispenser connecting device;
Aligning the container connecting device with the platform of the dispenser connecting device; And
Disengaging the first member from the second member such that the platform contacts the outer surface of the container connecting apparatus such that the platform moves along the nozzle longitudinal axis and the hole of the nozzle communicates with the interior of the fluid container;
Wherein the fluid is a fluid. 28. The method of claim 27,
Wherein the platform comprises a magnetic material and the container connecting device comprises a magnetic material adjacent the outer surface and disposes the magnetic material of the platform adjacent the magnetic material of the container connecting device.

Images