KR101763330B1 - Air in pipe eliminating system of dispenser for hot and cool drink - Google Patents

Air in pipe eliminating system of dispenser for hot and cool drink Download PDF

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Publication number
KR101763330B1
KR101763330B1 KR1020150123291A KR20150123291A KR101763330B1 KR 101763330 B1 KR101763330 B1 KR 101763330B1 KR 1020150123291 A KR1020150123291 A KR 1020150123291A KR 20150123291 A KR20150123291 A KR 20150123291A KR 101763330 B1 KR101763330 B1 KR 101763330B1
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KR
South Korea
Prior art keywords
beverage
piping
storage tank
beverage storage
pipe
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Application number
KR1020150123291A
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Korean (ko)
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KR20170026979A (en
Inventor
서경아
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주식회사 비.엘.아이
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Priority to KR1020150123291A priority Critical patent/KR101763330B1/en
Publication of KR20170026979A publication Critical patent/KR20170026979A/en
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    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B67—OPENING, CLOSING OR CLEANING BOTTLES, JARS OR SIMILAR CONTAINERS; LIQUID HANDLING
    • B67D—DISPENSING, DELIVERING OR TRANSFERRING LIQUIDS, NOT OTHERWISE PROVIDED FOR
    • B67D1/00—Apparatus or devices for dispensing beverages on draught
    • B67D1/08—Details
    • B67D1/0878—Safety, warning or controlling devices
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B67—OPENING, CLOSING OR CLEANING BOTTLES, JARS OR SIMILAR CONTAINERS; LIQUID HANDLING
    • B67D—DISPENSING, DELIVERING OR TRANSFERRING LIQUIDS, NOT OTHERWISE PROVIDED FOR
    • B67D1/00—Apparatus or devices for dispensing beverages on draught
    • B67D1/08—Details
    • B67D1/12—Flow or pressure control devices or systems, e.g. valves, gas pressure control, level control in storage containers
    • B67D1/1202—Flow control, e.g. for controlling total amount or mixture ratio of liquids to be dispensed

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  • Devices For Dispensing Beverages (AREA)

Abstract

The present invention relates to a system for removing air in a pipe of a cold beverage dispenser, comprising: a hot beverage storage tank for heating and storing a beverage introduced from a beverage storage container; A cold beverage storage tank for cooling and storing the beverage introduced from the beverage storage container; A water intake cock provided for taking the beverage stored in the hot beverage storage tank and the cold beverage storage tank to the outside; A circulation pipe for interconnecting the beverage storage container, the hot beverage storage tank, the cold beverage storage tank, and the intake coke to form an internal flow path for circulation of beverage; A valve unit installed in a part of the piping constituting the circulation pipe; A circulation pump unit that pressurizes the beverage, which is installed at one side of the piping unit connected to the hot beverage storage tank, in the circulation pipe so as to circulate through the circulation pipe; And a control module for controlling the operations of the valve unit and the circulation pump unit, wherein the control module controls the operation of the circulation pipe such that an air layer in the piping part connected to the beverage storage container in the circulation pipe, The state of the valve unit and the circulation pump unit is adjusted so as to flow into the beverage storage tank.

Description

(AIR IN PIPE ELIMINATING SYSTEM OF DISPENSER FOR HOT AND COOL DRINK)

The present invention relates to a control system for a cold beverage dispenser.

Unlike a water purifier, which purifies a beverage supplied through a separate beverage supply line and generates and provides hot and cold beverages through heating and cooling, a beverage storage container in which purified beverage is stored is used to discharge a beverage In the case of a hot and cold beverage dispenser in which hot beverages and cold beverages are generated and supplied to the user through heating and cooling, once all the beverages stored in the beverage storage container are used, the new beverage storage container is connected to the hot / .

In the case of a pipe in which the first beverage having a separate inflow hole is introduced so that the beverage stored in the beverage storage container can be moved to the inner pipe of the cold beverage dispenser through the one side of the beverage storage container, Air can be introduced from the outside or from the beverage storage vessel during the exchange process according to the expiration of use or in the process of connecting the beverage storage container with the cold beverage supply device.

In this connection, a cold beverage container is formed by using a separate beverage container containing the purified beverage and provided to the user, and when all the beverage stored in the beverage container is used, a new beverage container is connected to the beverage container (Hereinafter referred to as " prior art ") of Korean Patent Registration No. 10-1405516, which is designed to provide a cold beverage dispenser consuming and requiring replacement work, have.

However, in the conventional cold / hot beverage dispenser including the conventional art, when the beverage storage container is replaced and reconnected, air is introduced into the internal piping structure, so that a certain air layer is positioned together with the beverage. The air layer filled with the beverage in the inside may prevent the water stream of the beverage to be taken out from being taken out in the process of taking the user in the future or impede the mobility of the beverage circulating in the internal piping structure, There is a problem that efficiency and accuracy are deteriorated.

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems, and it is an object of the present invention to provide an apparatus and a method for dispensing a beverage, And the like.

According to an aspect of the present invention, there is provided a system for removing air in a piping of a cold beverage dispenser, comprising: a hot beverage storage tank for heating and storing a beverage introduced from a beverage storage vessel; A cold beverage storage tank for cooling and storing the beverage introduced from the beverage storage container; A water intake cock provided for taking the beverage stored in the hot beverage storage tank and the cold beverage storage tank to the outside; A circulation pipe for interconnecting the beverage storage container, the hot beverage storage tank, the cold beverage storage tank, and the intake coke to form an internal flow path for circulation of beverage; A valve unit installed in a part of the piping constituting the circulation pipe; A circulation pump unit that pressurizes the beverage, which is installed at one side of the piping unit connected to the hot beverage storage tank, in the circulation pipe so as to circulate through the circulation pipe; And a control module for controlling the operations of the valve unit and the circulation pump unit, wherein the control module controls the operation of the circulation pipe such that an air layer in the piping part connected to the beverage storage container in the circulation pipe, The state of the valve unit and the circulation pump unit is adjusted so as to flow into the beverage storage tank.

Here, the circulation pipe includes a needle pipe having a needle structure formed at one end thereof so that beverage can be discharged through one side of the beverage storage container, a first branch pipe branched to both sides from the other end of the needle pipe, A three-way piping section comprising a branch piping; A first pipe portion connecting the first branch pipe and the hot beverage storage tank; And a second pipe portion connecting the second branch pipe and the hot beverage storage tank, wherein the valve unit includes a first valve portion installed at one side of the second pipe portion, And is installed in the first piping portion.

In addition, the control module may be configured to open the first valve unit for a predetermined time, to operate the circulation pump unit for a predetermined period of time, to allow the beverage discharged from the hot beverage storage tank through the first pipe unit to flow to the three- And then flows into the hot beverage storage tank through the second piping portion.

In addition, the air layer in the third direction piping section, the first piping section, and the second piping section is introduced into the hot beverage storage tank through the second piping section from the first piping section through the three-way piping section by the control module And the inside of the third piping portion, the first piping portion, and the second piping portion is filled with the beverage discharged from the hot beverage storage tank.

The hot beverage storage tank may include an exhaust pipe connected to the upper side of the hot beverage storage tank to form an exhaust path so that the air layer in the hot beverage storage tank can be discharged to the outside; And an exhaust valve part connected to one side of the exhaust pipe part to control whether the air layer is exhausted through the exhaust pipe part.

Here, the circulation pipe may include: a third pipe portion connecting one side of the first pipe portion and the cold beverage storage tank; And a fourth pipe portion connecting one side of the second pipe portion and the cold beverage storage tank, and the valve unit further includes a second valve portion installed on one side of the fourth pipe portion.

The present invention has the following effects.

First, by repeatedly replacing the beverage storage container, the air layer introduced into the circulation pipe can be removed, and the inside of the pipe can be filled with beverage only.

Second, since the air layer is removed inside the piping, the mobility of the beverage is not hindered, and the sterilization circulation function is performed through the circulation of the beverage and the circulation of the beverage in the hot beverage, so that the efficiency and accuracy of the operation may not be deteriorated.

Third, as the air layer is removed from the inside of the pipe, the water stream of the beverage coming out through the intake cock can be uniformly formed.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic view showing a system for removing air in a piping of a cold beverage dispenser of the present invention; FIG.
FIG. 2 is an enlarged view schematically showing an inner state of a three-way piping unit and a surrounding piping unit in an air removal system for a piping in a cold beverage supply device of the present invention.
3 is a conceptual view showing a mode of air layer removal according to the operation of the control module in the initial water supply control system of the cold / hot beverage supply device of the present invention.
FIG. 4 is an enlarged view schematically showing an internal state of a three-way piping part and a surrounding piping part according to the operation of a control module in an initial water supply control system of a cold / hot beverage supply device of the present invention.

The preferred embodiments of the present invention will be described in more detail with reference to the accompanying drawings, in which the technical parts already known will be omitted or compressed for the sake of brevity.

≪ Explanation of Configuration and Control Form of Air Inlet Removal System of Cold < RTI ID = 0.0 > Drink Feeder &

1, the in-pipe air removal system of the cold beverage dispenser of the present invention comprises a hot beverage storage tank 100; A cold beverage storage tank (200); A water intake cock (300); Circulating piping 400; A valve unit (500); A circulation pump unit 600; And a control module (700).

The cold beverage dispenser of the present invention is characterized in that cold beverages and hot beverages are prepared by using the beverage dispensed from the beverage storage container 10 and the thus prepared cold beverages or hot beverages are supplied to the intake cock 300 ).

Therefore, once all of the beverage stored in the beverage storage container 10 connected to the cold / hot beverage supply device of the present invention is discharged, the new beverage storage container 10 should be connected to the cold / hot beverage supply device.

The beverage storage tank 100 receives a beverage discharged from the beverage storage container 10 and generates a beverage by heating the beverage supplied through the heating module 130 provided inside or one side of the beverage storage tank 100, Space.

Here, the heating module 130, which is provided by a device such as a heater, is not operated by being powered by the power supply of the cold / hot beverage dispenser but is operated by a separate power switch, It is preferable that the switch is turned on to be able to perform a heating function by receiving power.

In addition, one side of the hot beverage storage tank 100 may be provided with a water supply device that discharges the water vapor and the air layer generated in the process of heating the beverage supplied into the hot beverage storage tank 120 or using the heating module 130 And an exhaust valve portion 115 of a solenoid valve type for controlling the discharge flow of the air layer are formed.

In addition, a first water pipe part 120 and a first water pipe part 120, which form a water drain path so that the beverage can be discharged to the outside through artificial drainage, A first drainage valve portion 125 for controlling the drainage of the beverage is formed.

The cold beverage storage tank 200 receives a beverage discharged from the beverage storage container 10 and then generates a cold beverage by cooling the beverage supplied through the cooling module 220 provided inside or one side of the beverage storage tank 200, Space.

Here, the cooling module 220 that performs the heat exchange with the beverage stored in the cold beverage storage tank 200 using the coolant to perform the cooling function is not operated by interlocking with the power supply of the cold beverage dispenser, It is preferable that the compressor is operated so that the cooling function can be performed by receiving power after the power supply of the cold / hot beverage dispenser is turned on after the power supply switch is turned on.

The second water pipe part 210 and the second water pipe part 210 form a drainage path so that the cold beverage can be discharged to the outside through artificially discharged water through one side of the cold beverage storage tank 200, And a second drain valve portion 215 for controlling whether the beverage is drained or not is formed.

The intake cock 300 is configured to take the beverage stored in the hot beverage storage tank 100 and the cold beverage storage tank 200 to the outside when the intake valve is opened in response to a user's intake valve opening signal input.

Each of the components 100, 200, and 300 is interconnected by various piping portions, and the piping portions form an internal flow path for circulating the beverage, thereby forming a circulation pipe 400.

In some of the various piping parts constituting the circulation pipe 400, a valve part having a flow control function is provided by opening and closing the movement of the beverage in the piping part, and a valve part provided in the circulation pipe 400 The various valve portions constitute the entire valve unit 500.

The construction of the circulation pipe 400 and the valve unit 500 will be described in more detail as follows.

The circulation pipe 400 includes a three-way pipe part 410, a first pipe part 420, a second pipe part 430, a third pipe part 440, a fourth pipe part 450, A piping section 460 and a sixth piping section 470 to form an internal piping structure for circulation of beverage.

The three-way piping unit 410 is formed with a needle-like needle structure for providing a discharge opening of the beverage at one end so as to pass through one side of the beverage storage container 10, A first branch pipe 412 having a plurality of inlet holes formed therein so as to be able to flow into the inside of the pipeline moved to the inside and having one direction and branching from the other end of the needle pipe 411 to both sides, The second branch pipe 413 has a T-shaped pipe structure in two directions and three directions.

Here, the beverage discharged from the beverage storage container 10 through the needle pipe 411 is transferred to the hot beverage storage tank 100 or the cold beverage storage tank 200 through the first branch pipe 412.

The three-way piping unit 410 is coupled to or accommodated in a separate needle elevating apparatus 800 to control operation of the three-way piping unit 410. In the state of the three-way piping unit 410 that is raised and lowered by the needle elevating apparatus 800 Accordingly, whether or not to dispense the beverage from the beverage storage container 10 is determined.

In other words, the needle lifting device 800 moves the three-way piping portion 410 upward to cause the needle piping 411 to pass through one side of the beverage storage container 10 to discharge the beverage, 10 is completed, the needle lifting device 800 moves downward the three-way pipe portion 410 so as not to be exposed to the outside.

The first piping unit 420 connects the first branch piping 412 and the hot beverage storage tank 100 so that the beverage discharged from the beverage storage vessel 10 through the needle piping 411 is discharged to the hot beverage storage tank 100 of the water supply system.

Here, the first piping unit 420 can be easily structurally deformed so that the beverage can be continuously moved in accordance with the phase change of the first branch piping 412 due to the upward / downward movement of the three-way piping unit 410 And is connected to the first branch pipe 412 through the connecting member.

The circulation pump unit 600 is installed at one side of the first piping unit 420 so that the hot beverage stored in the hot drink storage tank 100 is circulated through the circulation pipe 400 ) To circulate the flow path formed through the various piping portions.

In other words, the circulation pump unit 600 is configured to pressurize the movement of the beverage so that the circulation function of the circulation pipe 400 can be performed by using the hot beverage heated in the hot beverage storage tank 100 The circulating pump unit 600 discharges the hot beverage heated in the hot beverage storage tank 100 through the first piping unit 420 and through the second piping unit 430 to be described below, 100) so as to be able to flow back into the interior of the container.

The second piping unit 430 is a piping unit that forms a part of the circulation path of the beverage by connecting the second branch piping 413 and the hot beverage storage tank 100. More specifically, It is preferable that the portion 120 is formed by being branched from one side of the third pipe portion 440.

The second piping unit 430 can be easily structurally deformed so that the beverage can be continuously moved in accordance with the phase change of the first branch piping 412 due to the upward / downward movement of the three-way piping unit 410 And is connected to the first branch pipe 412 through the connecting member.

Here, a solenoid valve type first valve unit 510 is installed at one side of the second piping unit 430 to control the movement of the beverage passing through the second piping unit 430.

The third piping unit 440 is a piping unit branched from one side of the first piping unit 420 and connected to the cold beverage storage tank 200. The third piping unit 440 discharges the beverage from the beverage storage vessel 10 through the needle piping 411 Thereby forming a water supply path for supplying the beverage to the inside of the cold storage tank 200.

The fourth piping unit 450 is a piping unit that connects one side of the second piping unit 430 and the cold beverage storage tank 200 to constitute a part of the circulation path of the beverage. More specifically, It is preferable that a sixth pipe portion 470 forming a water intake path is formed by being branched from one side of the fourth pipe portion 450.

Here, a solenoid valve type second valve unit 520 is installed on one side of the fourth pipe 450 to control the movement of the beverage passing through the fourth pipe 450.

The fifth pipe portion 460 is a piping portion that connects the hot beverage storage tank 100 and the intake cock 300 to form a take-in path for hot beverages, and a solenoid valve type third valve portion 530 Is installed.

The sixth pipe portion 470 is branched from one side of the fourth pipe portion 450 and connected to the water intake cock 300 to form a water intake path for the cold beverage and has a solenoid valve type fourth valve portion 540 on one side, Respectively.

In order to control the circulation of beverages moving through the hot beverage storage tank 100, the cold beverage storage tank 200, the intake cock 300 and the circulation pipe 400, the cold beverage supply control system of the present invention includes a control module (700).

The control module 700 controls the opening and closing of the various valve portions in the valve unit 500, the exhaust valve 125, the first drain valve 115 and the second drain valve 215, The three-way piping unit 410 and the three-way piping unit 410 connected to the beverage storage container 10 of the circulation pipe 400 by controlling the operation of the circulation pipe 600, So that the air layer inside the first piping part 420 and the second piping part 430 can be introduced into the warm beverage storage tank 100.

3, the control module 700 opens the first valve unit 510 for a predetermined period of time and simultaneously operates the circulation pump unit 600 for a predetermined period of time, The beverage W discharged from the hot beverage storage tank 100 through the first piping section 420 passes through the three-way piping section 410 and flows through the second piping section 430 to the beverage storage tank 100, And the air layer A in the third piping part 410, the first piping part 420 and the second piping part 430 is circulated by the control module 700 as described above And then flows into the beverage storage tank 100 along the beverage W as well.

The beverage storage container 10 connected to the cold beverage supply device having the in-pipe air removal system of the present invention is a one-time consumable container, and the beverage stored therein is entirely discharged through the three-way pipe portion 410 The needle pipe 411 of the three-way pipe unit 410 is exposed to the outside, and when the user changes the position of the outside of the beverage container 10, The air layer A of the three-way pipe 410 is connected to the three-way pipe 410 of the three-way pipe 410 and the three-way pipe 410 through the needle pipe 411 of the three- And flows into the surrounding piping sections 420 and 430 to be stagnated like the beverage W.

2, the air is introduced into the third piping part 410, the first piping part 420 and the second piping part 430 to fill the inner space of the piping, such as the beverage W A serves as a factor that hinders the state of the beverage W in the course of the beverage moving according to the take-in process according to the take-in command signal input to the user or the performance of various functions provided by the cold beverage supply system.

That is, the air layer A that flows into the third direction piping part 410, the first piping part 420, and the second piping part 430 and fills the inner space of the pipe like the beverage W, The water stream of the hot water supply system W is deteriorated and the mobility of the beverage is deteriorated, thereby causing a problem that the operation efficiency and accuracy of the various functions provided by the cold and hot beverage supply system are deteriorated.

3 and 4, the control module 700 is operated by a separate control command signal or sensing signal inputted thereto or according to a predetermined cycle, so that the opening and closing of the first and second valve portions 510 and 510, The beverage W stored in the hot beverage storage tank 100 is formed by the first piping unit 420 and the second piping unit 430 by controlling the operation of the first piping unit 600 and the second piping unit 600, The first piping 420 and the second piping 430 by circulating the air flowing through the first piping 420 and the second piping 430 to the inside of the hot beverage storage tank 100, The inside of the first piping part 420 and the second piping part 430 flows into the warm beverage storage tank 100 together with the beverage W to be circulated, The beverage W discharged from the hot beverage storage tank 100 is filled up.

As a result, the system for removing air in the piping of the cold beverage dispenser of the present invention can solve various problems caused by the external air being introduced into the piping by repeatedly changing the beverage container 10 due to the characteristics of the cold beverage dispenser. Thereby preventing the state of the beverage to be taken out and the inhibition of the working state in performing the functions by various systems.

The embodiments disclosed in the present invention are not intended to limit the scope of the present invention but to limit the scope of the technical idea of the present invention. The scope of protection is to be construed in accordance with the following claims, and all technical ideas within the scope of equivalents thereof should be construed as being included in the scope of the present invention.

100: Hot beverage storage tank
110: Exhaust pipe section 115: Exhaust valve section
120: first drain pipe section 125: first drainage valve
130: Heating module
200: Cold beverage storage tank
210: second drain pipe section 215: second drainage valve section
220: Cooling module
300: intake coke
400: Circulating piping
410: three-way piping part 420: first piping part 430: second piping part
440: third piping part 450: fourth piping part 460: fifth piping part
470: sixth pipe section
500: Valve unit
510: first valve portion 520: second valve portion
530: third valve portion 540: fourth valve portion
600: Circulation pump section
700: control module
10: Beverage storage container

Claims (6)

A hot beverage storage tank for heating and storing the beverage introduced from the beverage storage container;
A cold beverage storage tank for cooling and storing the beverage introduced from the beverage storage container;
A water intake cock provided for taking the beverage stored in the hot beverage storage tank and the cold beverage storage tank to the outside;
A circulation pipe for interconnecting the beverage storage container, the hot beverage storage tank, the cold beverage storage tank, and the intake coke to form an internal flow path for circulation of beverage;
A valve unit installed in a part of the piping constituting the circulation pipe;
A circulation pump unit that pressurizes the beverage, which is installed at one side of the piping unit connected to the hot beverage storage tank, in the circulation pipe so as to circulate through the circulation pipe; And
And a control module for controlling operations of the valve unit and the circulation pump unit,
The circulation piping includes:
A needle pipe having a needle structure formed at one end thereof so as to allow the drink stored therein to be discharged through the one side of the beverage storage container, a first branch pipe branched to both sides from the other end of the needle pipe, A piping section;
A first pipe portion connecting the first branch pipe and the hot beverage storage tank;
A second piping unit connecting the second branch pipe and the hot beverage storage tank;
A third piping part connecting one side of the first piping part and the cold beverage storage tank; And
And a fourth pipe portion connecting one side of the second pipe portion and the cold beverage storage tank,
The valve unit includes:
A first valve unit installed on one side of the second piping unit; And
And a second valve unit installed at one side of the fourth piping unit,
The circulation pump unit is installed in the first piping unit,
The control module controls the state of the valve unit and the circulation pump unit such that an air layer in the piping part connected to the beverage storage container and a peripheral piping part connected to the circulation pipe are introduced into the hot beverage storage tank Characterized by
Air removal system in piping of cold beverage dispenser.
delete The method according to claim 1,
The control module opens the first valve unit for a predetermined time and simultaneously operates the circulation pump unit for a predetermined time so that the beverage discharged from the hot beverage storage tank through the first pipe unit passes through the three- , And is introduced into the hot beverage storage tank through the second piping section
Air removal system in piping of cold beverage dispenser.
The method of claim 3,
Wherein the three-way pipe portion, the first pipe portion, and the air layer in the second pipe portion are connected to the beverage storage tank through the first piping portion, the three-way piping portion, The hot beverage storage tank,
Wherein the three-way piping portion, the first piping portion, and the second piping portion are filled with the beverage discharged from the hot beverage storage tank
Air removal system in piping of cold beverage dispenser.
5. The method of claim 4,
The hot beverage storage tank includes:
An exhaust pipe connected to the upper side of the hot beverage storage tank to form an exhaust path so that the air layer in the hot beverage storage tank can be discharged to the outside; And
And an exhaust valve part connected to one side of the exhaust pipe part and controlling whether the air layer is exhausted through the exhaust pipe part
Air removal system in piping of cold beverage dispenser.
delete
KR1020150123291A 2015-09-01 2015-09-01 Air in pipe eliminating system of dispenser for hot and cool drink KR101763330B1 (en)

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Application Number Priority Date Filing Date Title
KR1020150123291A KR101763330B1 (en) 2015-09-01 2015-09-01 Air in pipe eliminating system of dispenser for hot and cool drink

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KR101763330B1 true KR101763330B1 (en) 2017-07-31

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Citations (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2013216339A (en) * 2012-04-05 2013-10-24 Suntory Beverage & Food Ltd Water server

Patent Citations (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2013216339A (en) * 2012-04-05 2013-10-24 Suntory Beverage & Food Ltd Water server

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