KR101694246B1 - Device For Drawing Out Beverage In Can - Google Patents

Abstract

The present invention relates to a can drink dispensing apparatus, and more particularly, A beverage container fastening hermetic sealing part for sealing and fixing the take-out hole of the can beverage container stored in the body of the withdrawal machine; A beverage take-out duct part connecting the inside of the beverage container through the beverage container fixed sealing part and forming connection ducts necessary for taking out beverage; A take-out pressure generator for blowing air into the beverage container through the beverage take-out duct portion to increase the container internal pressure when the beverage is taken out; A conduit operating unit for opening and closing the connection conduits so that a beverage can be drawn out through the connection conduits of the beverage takeout conduit; And a foam generator installed on any one of the connection conduits from which the beverage is drawn out to generate bubbles in the beverage being drawn out, so that the beverage in the beverage can is automatically drawn out and taken out So that the beverage can be automatically drawn out in a liquid or foam state in the process of withdrawing the beverage contained in the beverage can.

Description

[0001] The present invention relates to a device for drawing out a beverage,

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a can-beverage dispensing apparatus, and more particularly, to a can-beverage dispensing apparatus capable of automatically dispensing a beverage contained in a can-

As is well known, beverages such as beer are manufactured through ordinary heat treatment processes such as heating and sterilization in general, and beer, which is produced in a container such as a bottle or a can, and a heat treatment process such as heating or sterilization Draft beer.

Especially, the beer which is commercialized by putting the beer in the can drink container has the advantage of being convenient for the user to drink the can drink container as a cup substitute, and also has the advantage of being portable and storing in outdoor activities.

Conventional canned beer has been made small in size so that the beverage can be taken by most users. Therefore, there is no need for a beverage extraction device for extracting the beverage in the can beverage container.

However, due to the good portability and storage characteristics of canned beer, the use of larger-capacity canned beer for outdoor activities has been widespread, and the use of canned beverage outlets suitable for large-capacity canned beer is required.

In addition, there is a further demand for a function of generating bubbles so as to be able to taste beer in a process of taking out beer stored in a can drink container through a can drink extracting device.

Korean Registered Patent No. 10-1415639 (Published on July 04, 2014) Korean Registered Patent No. 10-0756386 (Published on September 11, 2007)

It is an object of the present invention to solve the above-mentioned problems and to provide a method and apparatus for automatically withdrawing a beverage contained in a can beverage container and automatically withdrawing the beverage in a liquid or foam state And a can dispenser.

In order to accomplish the above object, the present invention provides a can-beverage dispensing apparatus comprising: an ejector body portion having a can containing space therein; A beverage container fastening hermetic sealing part for sealing and fixing the take-out hole of the can beverage container stored in the body of the withdrawal machine; A beverage take-out duct part connecting the inside of the beverage container through the beverage container fixed sealing part and forming connection ducts necessary for taking out beverage; A take-out pressure generator for blowing air into the beverage container through the beverage take-out duct portion to increase the container internal pressure when the beverage is taken out; A conduit operating unit for opening and closing the connection conduits so that a beverage can be drawn out through the connection conduits of the beverage takeout conduit; And a foam generator installed on any one of the connection conduits through which the beverage is drawn out and generating foam in the beverage being drawn out.

Here, the drawer body includes a floor plate on which a draw-out cup mounting groove is formed so that the beverage draw-out cup can be placed and put forward; An extractor body having a can accommodating space for accommodating the can beverage container through a container outlet formed in a shape of a beverage cup at the upper side of the floor support plate and fastened and opened to the rear side; And an ejector head which is formed in a foam shape on the upper side of the body of the ejector and fastened and fixed so as to be detachable.

The bottom floor plate may further include a can beverage container loading plate provided so as to be pulled out to the rear side to allow the can beverage container to be lifted into and out of the can containing space inside the can body have.

In addition, the can drink container loading plate may be formed with a can drink receiving groove for mounting the can drink container.

In addition, the beverage container fixed sealing portion may include a vertical moving block that is elastically supported and installed so as to be vertically movable on the upper side of the can accommodating space of the can body of the ejector body; A rotary movable plate installed on the upper side of the vertical moving block so as to be rotatable through a rotary knob; And the vertical moving block is vertically moved in proportion to a rotation distance of the rotary movable plate so that the vertical moving block and the rotary movable plate face each other so as to close and fix the upper part of the can drink container having the take- And a rotating cam protrusion partly installed along the circumference so as to correspond to each other on the opposing face.

The beverage container fastening hermetically sealed portion may include a main air infusion conduit and a main beverage dispenser conduit passing through the vertical movement block and the rotary movable plate and connecting the inside of the can beverage container and the beverage outflow conduit portion.

In addition, the main air injection duct may include a lower portion of the beverage takeout duct portion inserted into the movable block air canal passing through the center of the vertically moving block, passing through the inside of the movable plate air canal passing through the center of the rotary movable plate, The lower end of the air injection connection pipe can be inserted and extended in a sealable state.

Also, the main beverage connection line may include a movable block beverage clearance formed vertically through the vertical movement block; A flexible screed tube for connecting the upper end of the movable block beverage clearance tube and the lower end of the lower beverage extraction connection pipe formed in the beverage takeout duct portion through an arc-shaped movable plate beverage passage formed in the rotary movable plate; And a container insertion hose which is extended and connected to the lower side of the moving block beverage clearance tube so as to be inserted into the inside of the can beverage container.

The beverage extraction duct portion is fixed to the upper end of the body of the extractor and has a liquid beverage outflow connection pipe, a foam outflow connection pipe, and an air injection connection pipe formed therein. A bottom plate formed by a branch pipe which is fixedly connected to a lower portion of the upper pipe fixing block and extends downward to form a branch pipe so that the lower beverage extraction connection pipe is connected to the liquid beverage extraction connection pipe and the foam extraction connection pipe; And a bubble extracting pipe connected to the liquid beverage extracting pipe and the foam extracting pipe through a liquid beverage extracting connection pipe and a foam extracting connection pipe to expose the liquid beverage and the foam to the outside of the extractor body, A beverage outlet through which a liquid beverage outlet and a foam outlet are formed; And a liquid beverage intermittent valve, a foam intermittent valve, and an air infeed intermittent valves provided on the upper pipe fixing block for opening and closing the liquid beverage outflow connection line, the foam withdrawal connection line and the air injection connection line, respectively Lt; / RTI >

In addition, the outlet pressure generator is housed in the withdrawal head and includes an air pressurizing pump that blows air into the can beverage container through an upper air injection connection pipe formed on the air injection connection pipe to increase the internal pressure of the container. . ≪ / RTI >

In addition, the foam generator may include a vibration type foam generator installed in the drawer head to be exposed to the vibration drawing head so as to be in contact with the foam draw-out connection pipe, and to generate foam by vibrating the beverage passing through the foam drawing connection pipe .

Further, the conduit operating portion may include an operating lever that is inserted and fixed through a lever operating hole formed through the outlet hood; A movable gear which is fitted to a lower end of the operating lever and which is rotatably fixed to the operating lever via the operating lever; The liquid beverage intermittent valve, the foam intermittent valve, and / or the air infeed / intermittent valve are provided so as to be horizontally movable through the cam guide in an engaged state with the movable gear, A plate-shaped cam for opening and closing operation; And a restoration spring provided at a side of the movable gear to provide an elastic force to automatically return to the center of the plate-shaped cam.

The plate-shaped cam is provided with a central groove portion for keeping the liquid beverage stop valve, the foam intermittent valve and the air inlet stop valve all in a closed state in the longitudinal center portion: A first cam inclined portion gradually protruding from the central groove portion to one end portion so as to draw out the liquid beverage by pressing the intermittent valve to open; and a second cam inclined portion gradually protruding from the center groove portion toward the one end portion, And a second cam inclined portion that is formed to protrude forward from the intermediate groove portion toward the tile side end portion.

In addition, the conduit operating unit may include at least two operation buttons formed on the ejector head to press the liquid beverage intermittent valve, the foam intermittent valve, and / or the air infeed valve.

The operation button includes a first operation button and a second operation button, and the first operation button opens the liquid beverage dispensing valve by pressing the liquid beverage dispensing valve together with the air supply interrupting valve so that the liquid beverage is drawn out, The operation button may be configured to open the foam interlocking valve together with the air injection stop valve so that the foam is drawn out.

According to the canned beverage dispensing apparatus of the present invention, the beverage contained in the can beverage container can be automatically drawn out and taken out. In addition, in the process of taking out the beverage contained in the can beverage container, Effect.

1 is a perspective view showing a can-beverage dispensing apparatus according to a first embodiment of the present invention.
2 is an exploded perspective view of the can-beverage dispensing apparatus of Fig.
3 is a side cross-sectional view of the can-beverage dispensing apparatus of Fig.
4 is a front sectional view of the can-beverage dispensing apparatus of Fig.
FIG. 5 is a partially enlarged perspective view showing the process of pulling in and pulling out the can-beverage container loading plate.
6 is an exploded perspective view of the beverage container fixing sealing portion.
7 is a partial side sectional view showing a can drink infusion process.
Fig. 8 is an exploded perspective view showing the extractor-head separation state of the can-beverage extracting apparatus of Fig. 1;
Fig. 9 is an exploded perspective view of the beverage container fixing sealing portion and the beverage takeout duct portion.
FIG. 10 is a front sectional view of the beverage container fastening closed part and the beverage take-out pipe in a subassembly state of FIG. 9;
11 is a side cross-sectional view showing the liquid beverage withdrawal connection channel and the foam withdrawal connection channel.
12 is a perspective view of the main portion of the pipe control portion.
13 is a rear perspective view showing the plate-shaped cam of Fig.
Fig. 14 is a front sectional view showing the state of operation of the valve through the pipe operation portion. Fig.
15 is a perspective view showing a can-beverage dispensing apparatus according to a second embodiment of the present invention.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art can easily carry out the present invention. The present invention may, however, be embodied in many different forms and should not be construed as limited to the embodiments set forth herein. In order to clearly illustrate the present invention, parts not related to the description are omitted, and the same or similar components are denoted by the same reference numerals throughout the specification.

FIG. 1 is a perspective view showing a can-beverage dispensing apparatus according to a first embodiment of the present invention, FIG. 2 is an exploded perspective view of the can-beverage dispensing apparatus of FIG. 1, And Fig. 4 is a front sectional view of the can-beverage extracting apparatus of Fig.

1 to 4, the can-beverage dispensing apparatus 1 of the present embodiment includes a body of the dispenser 10, a beverage container fixing hermetically sealed portion 20, a beverage take-out duct portion 30, 40, a duct control unit 50 and a foam generator 60 so that the beverage contained in the beverage can 100 can be taken out and taken out automatically, and the beverage contained in the beverage can 100 During withdrawal, it can be withdrawn automatically in liquid or foam state.

First, the body of the dispenser 10 is composed of a floor plate 11, an ejector body 14 and an ejector head 15 so that the outer shape of the can drink dispenser 1 is filled with draft beer, Make the shape of flowing.

FIG. 5 is a partially enlarged perspective view showing the process of pulling in and pulling out the can-beverage container loading plate.

5, the floor support plate 11 is formed with a body fixing groove 11a for fixing the drawer body 14 to the center thereof, and the body fixing groove 11a is formed in front of the body fixing groove 11a A take-out cup mounting groove 12 is formed so as to allow a drink take-out cup (not shown) to be mounted thereon, and a can accommodating container loading plate 13 is provided so as to be slidably drawn out to the rear side.

Here, the can-beverage container loading plate 13 is for loading the can-beverage container 100 into the can accommodating space of the can body 14 more easily.

On the other hand, a can-beverage receiving groove 13a for raising and mounting the can beverage container 100 can be formed in front of the can-beverage container loading plate 13. [

1 to 4, the body 14 of the dispenser has a shape of a draft beer and is fastened and fixed on the floor plate 11, and the can beverage container And the container outlet 14a is opened to the rear side so that the container outlet 14a can be stored.

On the other hand, on the upper side of the can drink container accommodating space of the body of the disposer 14, there is provided an internal space in which the beverage container fastening hermetically sealed part 20 and the beverage takeout duct part 30 can be stored.

The withdrawal head 15 is fixed on the upper part of the body of the ejector so as to be removable and removable from the upper part of the upper head case 15a and between the lower head case 15b and the pipe operation part 50, 40 and the foam generator 60 are accommodated.

On the other hand, a lever operation hole is formed in the upper part of the upper head case 15a so as to allow the operation lever 51 constituting the pipe operation part 50 to pass therethrough and to operate the valves 35, 36 and 37 .

 A valve hole 19 is formed in the lower hate case so that the valves 35, 36 and 37 can be operated through the conduit operating unit 50. The outflow pressure generator 40 and the foam generator 30, A battery case 18 is provided so as to accommodate the battery so as to supply power to operate the battery 60.

6 is an exploded perspective view of the beverage container fixing sealing portion.

Referring to FIG. 6 together with FIGS. 1 to 4, the beverage container fixing sealing part 20 is configured to hermetically fix the upper end formed with the take-out hole 101 of the can beverage container 100 housed in the body of the drawer do.

In this embodiment, the beverage container fastening closure 20 is configured to include the vertical movement block 25, the rotation movable plate 21, and the rotation cam protrusions 21a and 25a.

The vertical movement block 25 is elastically supported and installed so as to be vertically movable on the upper side of the can accommodating space of the can body of the ejector body 14.

On the other hand, below the vertical movement block 25, a container hermetically sealing accommodating groove portion 25b provided with a packing member 25c is provided so as to close and seal the upper end portion of the beverage can 100.

The rotary movable plate 21 is installed on the upper side of the vertical movement block 25 so as to be rotatable through the rotary knob 23. [

The rotary knob 23 is moved to the outside through the knob moving groove 14b formed on the rear side of the upper side of the body 14 of the drawer so that the rotary knob 23 can be rotated by the user in the left- Exposed.

The rotary cam protrusions 21a and 25a are partially provided along the circumference of the rotary movable plate 21 and the vertical movement block 25 so as to correspond to each other on the facing surfaces facing each other, The vertical movement block 25 is vertically moved in proportion to the rotation distance of the can drink container 100 so that the upper portion of the can drink container 100 can be closed and closed.

7 is a partial side sectional view showing a can drink infusion process.

Referring to FIG. 7, the process of inserting the canned beverage into the canned beverage dispensing apparatus will be described as follows.

First, the can-beverage container loading plate is pulled up to the rear side from the floor-receiving plate, and the can-beverage container is placed on the can-beverage receiving groove and placed thereon.

Then, the canned beverage container is pushed into the coarse canned beverage container loading plate, and the can containing beverage container is inserted into the can containing space inside the can drink container.

 The upper rotary cam protrusions are moved along the inclined surfaces of the lower rotary cam protrusions by moving the rotary knobs while holding the rotary knob, and eventually move to the lower side of the vertical movement block 25 and the container sealing 25c with the packing member 25c And the upper end of the can drink container 100 is closed and sealed through the receiving groove 25b.

The upper end portion of the can beverage container 100 is closed and sealed through the container enclosing accommodation groove portion 25b provided with the packing member 25c so that the inside of the can beverage container 100 can be closed through the beverage outflow channel portion 30, So that the inside pressure of the container can be raised so that beverage can be drawn out.

On the other hand, the process of withdrawing the can beverage container 100 from the can beverage dispensing apparatus 1 after withdrawing all of the beverage from the can beverage container 100 is performed in the reverse order of the above-mentioned can beverage container introduction process.

The conduit operating unit 50 is configured to be able to open and close the connecting conduits so that beverage can be drawn out through the connecting conduits of the beverage takeout conduit unit 30. [

Meanwhile, the beverage container fastening hermetically sealed part 20 is connected to the vertical movement block 25 and the rotary movable plate 21 and connects the inside of the can beverage container 100 and the beverage outflow channel part 30 A main air inlet conduit and a main beverage outlet conduit are formed.

The main air inflow conduit passes through a movable block air through-hole (24) passing through the center of the rotary movable plate (21) and passing through a center of the vertical movement block (25) The lower end of the lower air inlet connection pipe 34a of the beverage outflow duct portion 30 inserted into the oval opening 34c is inserted into the sealable state in such a manner that the O-ring 34c can be inserted and expanded.

Therefore, the air supplied through the outflow pressure generator 40 through the air infusion conduit 34 formed in the beverage take-out conduit section 30, which will be described later, is introduced into the can beverage container 100 so as to have an internal pressure necessary for withdrawing the beverage.

In the meantime, in this embodiment, the drawing pressure generator 40 is installed in the drawer head 15 and through the upper air injection connection pipe 34b formed on the air injection connection line 34, And an air pressurizing pump for blowing air into the space.

 The main beverage connection pipe is connected to the inside of the can beverage container 10 and the beverage take-out duct part 30 so that the beverage can be drawn out through the moving block beverage clearance pipe 28, the expansion and contraction pipe 26, The lower beverage outflow connection pipe 31b of the lower beverage outlet 31b is connected.

Here, the moving block beverage clearance 28 is formed through the vertical moving block 25 vertically.

The expansion and contraction tube 26 is connected to an upper end of the movable block beverage clearance tube 28 and an arc-shaped movable plate beverage passage 22 formed in the rotary movable plate 21, And the lower end of the draw-out connector tube 31b is connected to be able to expand and contract.

Further, the container insertion hose 29 is extended to be coupled to the lower end of the moving block beverage clearance 28 so as to be inserted into the can drink container 100.

Therefore, the beverages discharged from the can beverage container 100 through the main beverage connection line described above can be supplied to the liquid beverage extraction connection channel 32 and the foam extraction connection channel 33 formed in the beverage extraction duct part 30 described later And then discharged in the form of liquid or foam.

9 is an exploded perspective view of the beverage container fastening closing part and the beverage take-out duct part, and Fig. 10 is an exploded perspective view of the beverage container fastening closure part of Fig. 9, And FIG. 11 is a cross-sectional side view of the liquid beverage outgoing connection line and the foam outflow connection line of FIG. 11.

8 to 11, the beverage take-out duct section 30 includes an upper pipe fixing block 31, a branch pipe forming lower plate 31a, a beverage outflow port 38 and a liquid beverage intermittent valve 35, An intermittent valve 37 and an air injection valve 36. [

The upper pipe fixing block 31 is fixed to the upper end of the body of the ejector 14 and has a liquid beverage outflow connection pipe 32, a foam outflow connection pipe 33 and an air injection connection pipe 34 therein .

The branch pipe forming lower plate 31a is fastened and fixed to the upper pipe fixing block 31 so that the lower beverage extracting connection pipe 31b extending downward is connected to the liquid beverage extracting connection pipe 32 and the foam draw- And a branch line 31d is formed so as to be connected to the line 33.

The beverage outlet 38 is provided at one side of the upper pipe fixing block 31 so as to be exposed to the outside of the body of the extractor 14 and is connected to the liquid phase through the liquid beverage extraction connection pipe 32a and the foam extraction connection pipe 33a, A liquid beverage extraction port 38a and a foam extraction port 38b are formed so as to connect the beverage extraction connection pipe 32 and the foam extraction connection pipe 33 and to extract the liquid beverage and foam.

On the other hand, bubbles are generated in the beverage drawn out through the foam generator 60 provided on the foam extraction connection pipe 33a.

In this embodiment, the foam generator 60 is installed in the take-out head 15 so as to expose the vibration head portion so as to contact with the foam discharge connection pipe 33a, Which is a vibration type foam generator that vibrates to generate bubbles.

The liquid beverage intermittent valve 35, the foam intermittent valve 37 and the air infeed and intermittent valve 38 are provided on the upper pipe fixing block 31 and are connected to the liquid beverage withdrawal connection line 32, The connection pipe 33 and the air injection connection pipe 34, respectively.

The liquid beverage intermittent valve 35, the foam intermittent valve 35 and the air infeed valve 37 are both connected to the liquid beverage outflow connection line 32, the foam outflow connection line 33, A valve body 35a inserted to open and close the valve body 34 and valve support springs 35b for resiliently supporting the valve body 35a upward.

The conduit operating unit 50 is configured to be able to open and close the connecting conduits so that beverage can be drawn out through the connecting conduits of the beverage takeout conduit unit 30. [

Fig. 12 is a principal perspective view of the pipe operation portion, and Fig. 13 is a rear perspective view showing the plate-like cam of Fig.

Referring to Figs. 12 and 13 together with Fig. 2, in the present embodiment, the pipe operation portion 50 includes an operation lever 51, a movable gear 52, a plate- And a spring 55.

The operating lever 51 is inserted and fixed through a lever operating hole 17 formed through the take-out head 15 as described above.

The movable gear 52 is fitted to the lower end of the operating lever 51 and is pivotally fixed via the operating lever 51.

The plate-shaped cam 53 is provided so that the movable gear 52 and the gear teeth 52a and 53a are horizontally movable through the cam guide 54 in the state of being engaged with the rack and the pinion gear, The liquid beverage intermittent valve 35, the foam intermittent valve 36 and / or the air infeed / intermittent valve 37 so as to be able to draw out the liquid beverage and foam.

 The restoring spring 55 is provided on the side of the movable gear 52 to provide an elastic force to automatically return to the center of the plate-like cam 53.

Fig. 14 is a front sectional view showing the state of operation of the valve through the pipe operation portion. Fig.

14, the plate cam 53 is provided with a first cam inclined portion 53b, a central groove portion 53a, and a second cam inclined portion 53c Is formed.

First, the central groove portion 53a is formed in a state in which the liquid beverage intermittent valve 35, the foam intermittent valve 37, and the air injection valve 36 are all lifted up in the longitudinal center portion of the plate- And is housed in the groove so as to maintain the closed state of all the valves.

The first cam slope portion 53b gradually protrudes from the intermediate groove portion 53a gradually toward the one end in a state eccentric to one side so that the liquid beverage intermittent valve 35 is opened So that the liquid beverage can be drawn out.

The second cam slope portion 53c is formed so as to protrude forward from the intermediate groove portion 53a toward the other end in a state eccentric to the tile side, And the valve 37 is opened so that the beverage is drawn out in the form of foam.

The user pushes the operation lever 51 to one side to withdraw the liquid beverage from the can drink container 100 and feeds the air to the air injection valve 36 through the first cam inclined portion 53b of the plate- The air supplied from the outflow pressure generator 40 through the upper air injection connection pipe 34b flows through the air injection valve 36 through the air injection valve 36, Is supplied into the can drink container 34 through the lower air injection connection pipe 34a connected to the connection pipe 34 so that the inside of the can drink container has an internal extraction pressure necessary for withdrawing the beverage.

The beverage inside the beverage can 100 is passed through the beverage container fastening hermetically sealed part 20 and connected to the inside of the beverage can 100 through the main beverage takeout duct, that is, the container insert hose 29, Out connection pipe 32 opened by the liquid beverage intermittent valve 35 after branching from the branched pipe 31d formed with the lower beverage outgoing connection pipe 31b through the pipe 28 and the expansion and contraction pipe 26, And the liquid beverage outflow port 38a of the beverage outflow port 38 through the liquid beverage outflow connection pipe 32a.

The user pushes the operation lever 51 to one side in order to withdraw the beverage foam from the can drink container 100 so that the air injection stop valve 36 When the foam supply and withdrawing valve 37 is pressed to open the air supply connection pipe 34 and the foam outlet connection pipe 33 together with the beverage container 100 ) Has an internal extraction pressure necessary for extracting the beverage.

The beverage in the can drink container 100 passes through the beverage container fastening hermetically sealed part 20 and is connected to the inside of the can drink container 100 through the main beverage takeout pipe, Out port 38b of the beverage outlet 38 via the foam outlet connection pipe 33 and the foam outlet connection pipe 33a opened by the foam extraction intermittent valve 37 after being branched from the foam outlet connection pipe 33a, The bubbles are generated by the vibration type foam generator 60 installed on the bubble extracting connection pipe 33a.

As described above, the can-beverage dispensing apparatus 1 of the present embodiment automatically draws the beverage contained in the can beverage container 100 by a simple operation of the operation lever 51 through the plate-like cam 53 constituting the can- So that the beverage can be automatically drawn out in a liquid or foam state in the course of taking out the beverage in the beverage can 100.

Hereinafter, a can-beverage dispensing apparatus 5 according to a second embodiment of the present invention will be described with reference to Fig. 15 with the same reference numerals being used for the same and similar components as those of the above-described first embodiment, The description is omitted.

15 is a perspective view showing a can-beverage dispensing apparatus according to a second embodiment of the present invention.

15, the can-beverage dispensing apparatus 5 of this embodiment is different from the above-described first embodiment in that a duct operation unit 150 is formed on the draw-out device head 15, And at least two operation buttons 151 and 153 for pressing and operating the intermittent valve 35, the foam intermittent valve 37 and / or the air infeed valve 36.

In this embodiment, the operation button 150 is exemplified by only the first operation button 151 and the second operation button 153.

Here, the first operation button 151 causes the liquid beverage dispensing valve 35 to be opened together with the air supply intermittent valve 36 to open the connection lines so that the liquid beverage is drawn out, To be performed.

Then, the second operation button 153 opens the connection ducts so that the foam is withdrawn by pressing the foam intermittent valve 37 together with the air injection valve 36, thereby performing the above-described foam withdrawal process.

The first operation button 151 and the second operation button 153 are provided in the same manner as the liquid beverage intermittent valve 35, the foam intermittent valve 37 and the air inflow control valve 36, , And can be configured to automatically restore the upper side after the user manipulates the pressing valves.

Therefore, the can-beverage dispensing apparatus 5 according to the present embodiment is configured so that the channel operation unit 150 is composed of only the first operation button 151 and the second operation button 153 described above, So that the manufacturing process and manufacturing cost can be further reduced.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, but many variations and modifications may be made without departing from the spirit and scope of the invention. And it goes without saying that they belong to the scope of the present invention.

1: canned beverage dispensing apparatus 10: dispenser body
11: floor plate 11a: trunk fixing groove
12: Beverage cup mounting groove 13: Can beverage container loading plate
13a: canned drink place 14: dispenser body
14a: container outlet 14b: handle movable groove
15: an ejector head 15a: a lower head case
15b: upper head case 16:
17: Lever operation hole 18: Battery case
19: valve through hole 20: beverage container fixing seal
21: rotation movable plate 22: movable plate drink opening
23: rotary knob 24: movable plate air clearance
21a: upper rotation cam projection 25: vertical movement block
25a: Lower rotating cam projection 25b: Block fixing spring
26: Expansion tube 27: Moving block air clearance
28: Moving block beverage clearance 29: Container insertion hose
30: Drinking-out duct part 31: Upper pipe fixing block
31a: Lower branch plate forming the branch pipe 31b: Lower drink beverage connection pipe
31c: Lower plate air passage 31d: Branch pipe
32: Liquid beverage extraction connection pipe 32a: Liquid beverage extraction connection pipe
33: bubble extracting connection pipe 33a: bubble extracting connector
34: air injection pipe 34a: lower air injection connection pipe
34b: Upper air injection 35: Liquid beverage stop valve
36: air injection control valve 37: foam control valve
38: Beverage outlet 38a: Liquid beverage outlet
38b: bubble extractor 40: extraction pressure generator
50: conduit operating section 51: operating lever
52: movable gear 52a: pinion gear
53: plate-shaped cam 53a:
53b: first cam slope portion 53c: second cam slope portion
54: cam guide 55: restoring spring
60: Foam generator 100: Can beverage container
101: take-out ball 150: channel control unit
151, 153: Operation button

Claims (15)

An extractor body portion having a can containing space therein;
A beverage container fastening hermetic sealing part for sealing and fixing the take-out hole of the can beverage container stored in the body of the withdrawal machine;
A beverage take-out duct part connecting the inside of the can beverage container through the beverage container fixing hermetically sealed part and forming connection ducts necessary for taking out a beverage;
A take-out pressure generator for blowing air into the can drink container through the beverage take-out duct portion to raise the container internal pressure when the beverage is taken out;
A conduit operating unit for opening and closing the connection conduits so that a beverage can be drawn out through the connection conduits of the beverage takeout conduit; And
And a foam generator installed on any one of the connection conduits from which the beverage is drawn out to generate bubbles in the beverage being drawn out,

Wherein the beverage container fixed sealing portion comprises:
A vertically moving block elastically supported and installed so as to be vertically movable on an upper side of the can accommodating space of the can body of the ATM,
A rotary movable plate installed on the upper side of the vertical moving block so as to be rotatable through a rotary knob; And
The vertical moving block is vertically moved in proportion to the rotation distance of the rotary movable plate so that the vertical moving block and the rotary movable plate face each other so as to close and fix the upper part of the can drink container having the take- And a rotation cam protrusion partly installed along the circumference so as to correspond to each other on the opposite surface,

And a main air inlet duct and a main drink outlet duct are formed through the vertical moving block and the rotary movable plate to connect the inside of the can beverage container and the beverage outflow duct portion.
The method of claim 1,
The dispenser body part
A floor support plate on which a drawer cup mounting groove is formed so that a beverage drawer cup can be placed and placed in front;
An extractor body having a can accommodating space for accommodating the can beverage container through a container outlet formed in a shape of a beverage cup at the upper side of the floor support plate and fastened and opened to the rear side; And
And an ejector head which is formed in a foam shape on the upper side of the body of the ejector and fastened and fixed so as to be detachable.
3. The method of claim 2,
The floor-
And a can beverage container loading plate provided so as to be able to be drawn out to the rear side so as to allow the can beverage container to be put into and out of the can accommodating space inside the can body.
4. The method of claim 3,
In the canned beverage container loading plate,
Wherein the can drink beverage groove for raising and mounting the can beverage container is formed.
delete delete 3. The method of claim 2,
The main air inflow conduit may include:
A lower portion of the lower air injection connection pipe of the beverage takeout duct portion inserted into the movable block air canal passing through the inside of the movable plate air discharge tube formed through the center of the rotary movable plate and passing through the center of the vertical movement block, Wherein the can drawer is extended by being inserted into the can.
3. The method of claim 2,
Wherein the main beverage connection line includes:
A moving block beverage clearance formed vertically through the vertical moving block;
A flexible screed tube for connecting the upper end of the movable block beverage clearance tube and the lower end of the lower beverage extraction connection pipe formed in the beverage takeout duct portion through an arc-shaped movable plate beverage passage formed in the rotary movable plate; And
And a container insertion hose which is extended and joined to a lower side of the moving block beverage clearance so as to be inserted into the can beverage container.
3. The method of claim 2,
Wherein the beverage take-
An upper pipeline fixing block fixed to the upper end of the body of the extractor and having a liquid beverage outflow connection pipe, a foam outflow connection pipe, and an air injection connection pipe therein;
A bottom plate formed by a branch pipe which is fastened under the upper pipe fixing block and extends downward and forms a branch pipe so that a lower beverage extraction connection pipe is connected to the liquid beverage extraction connection pipe and the foam extraction connection pipe;
And a bubble extracting pipe connected to the liquid beverage extracting pipe and the foam extracting pipe through a liquid beverage extracting connection pipe and a foam extracting connection pipe to expose the liquid beverage and the foam to the outside of the extractor body, A beverage outlet through which a liquid beverage outlet and a foam outlet are formed;
And a liquid canister intermittent valve, a foam intermittent valve, and an air inlet / intermittent valve, which are provided on the upper duct fixing block and open / close the liquid beverage withdrawal connection line, the foam withdrawal connection line and the air injection connection line, Beverage dispenser.
The method of claim 9,
Wherein the drawing-
And a storage unit that is housed in the drawer head,
And an air pressurizing pump for blowing air into the can beverage container through an upper air injection connection tube formed on the air injection connection pipe to increase the internal pressure of the can.
The method of claim 9,
Wherein the foam generator comprises:
And the vibration head is exposed so as to be in contact with the foam outlet connection pipe,
And a vibration type foam generator for generating a foam by vibrating the beverage passing through the foam draw-out connection pipe.
The method of claim 9,
The conduit operating unit
An operation lever which is inserted and fixed through a lever operation hole formed through the ejector head;
A movable gear which is fitted to a lower end of the operating lever and which is rotatably fixed to the operating lever via the operating lever;
At least one of the liquid beverage intermittent valve, the foam intermittent valve, and the air infeed valve, so as to be horizontally movable through the cam guide in a state of being meshed with the movable gear, A plate-shaped cam that is opened and closed by pressing one or more of the plates;
And a restoring spring provided at a side of the movable gear to provide an elastic force to be automatically returned to a central portion of the plate-shaped cam.
The method of claim 12,
The plate-
And a central groove portion for keeping the liquid beverage intermittent valve, the foam intermittent valve, and the air inflow control valve all in a closed state in the longitudinal center portion,
A first cam inclined portion gradually protruding from the central groove portion to one end portion so that the liquid beverage dispensing valve is opened and the liquid beverage is drawn out together with the air injection stop valve;
And a second cam inclined part protruding forwardly from the central groove part toward the tile side end so that the liquid beverage is drawn out by pressing the foam intermittent valve together with the air supply intermittent valve.
The method of claim 9,
The conduit operating unit
And at least two operation buttons formed on the drawer head for pressing one or more of the liquid beverage intermittent valve, the foam intermittent valve or the air injection intermittent valve.
The method of claim 14,
The operation button includes:
A first operation button and a second operation button,

Wherein the first operation button comprises:
The liquid beverage dispensing valve is pressed together with the air supply intermittent valve to open the liquid beverage to be drawn out,

The second operation button may include:
And the foam intermittent valve is pressed together with the air inlet valve to open the foam to be drawn out.

Images