KR102862056B1 - Cooling Apparatus of Beverage Container - Google Patents

Abstract

The present invention relates to a beverage container cooling device capable of cooling a beverage and a beverage container and supplying them at an appropriate temperature, and specifically, comprises a case formed into a plurality of compartments, a cooling unit formed at the bottom of the case and cooling a refrigerant, a beverage container cooled at the top of the cooling unit, a supply unit formed at the top of the supply unit and supplying a beverage to the cooled beverage container, and an addition unit into which beverage additives are added.

Description

Cooling Apparatus of Beverage Container

The present invention relates to a beverage container cooling device capable of cooling a beverage and a beverage container and supplying the beverage at an appropriate temperature.

Patent Document 001 discloses a technology including a support plate having a certain size; a cooling element installed on the upper portion of the support plate and cooling a beverage contained in a cup placed on the support plate; an elevating means positioned on the lower portion of the support plate and elevating the support plate; and a sensing means installed on the upper portion of the support plate and detecting the cup placed on the support plate and outputting a sensing signal, and a control means receiving a sensing signal from the sensing means output when the cup is placed on the support plate and controlling the operation of the cooling element and the elevating means.

Patent Document 002 comprises a cooler for maintaining a low temperature for a bottle and a cooler holder for rapidly cooling the cooler by inserting the cooler, the cooler including a cylindrical outer tube having an open top to form a wide bottle-receiving portion that can accommodate bottles of various sizes, a refrigerant pack installed in close contact with the inner wall of the outer tube, and a cold air blocking plate installed with a screw-type fixing cap at the upper end of the open outer tube, and the cooler holder is made of aluminum material with high heat conductivity, and has a plate body having a fixed length, on the bottom surface of which a large number of heat-radiating fins are protruded, and on the upper surface, a space communicating with the heat-radiating fins, a plurality of holders into which bottle-receiving portions of the cooler are inserted are installed at regular intervals.

Patent Document 003 proposes a technology including a body in which the inner side of the outer wall is formed as a space for inserting a beverage container, a hollow refrigerant flow pipe is formed between the outer wall and the beverage container, and a refrigerant discharge hole is formed at a predetermined position on the upper surface, so that a beer or beverage can can be cooled instantly, and a refrigerant chamber that is located on the outside of the body and stores refrigerant and is connected to the body to supply the refrigerant; and a sprayer that is formed on the bottom surface of the body and is connected to the refrigerant chamber, and supports the beverage container by pressing the spray nozzle of the refrigerant chamber so that the refrigerant flows into the body.

Patent invention 004 relates to a rapid cooling device, comprising: a unit plate for placing a beverage container; an idler plate having a space for installing a plurality of unit plates at regular intervals and a flat plate having a gear on the outside of a lower portion of a container insertion portion having a central hole through which a cooling rod passes; a rotating plate that meshes with the gear of the idler plate to rotate; a driving motor that rotates the rotating plate; a flow prevention means for preventing sagging and flow of the idler plate; a temperature transfer means having a heat exchange plate that is integrally formed with a cooling rod penetrating the center of the idler plate and is grounded to an electrode; an insulator attached to and installed on a bottom surface of the idler plate and one surface of the heat exchange means; electrodes attached to the insulator and installed in opposite directions; a P-type semiconductor metal and an N-type semiconductor metal that zigzag connect the electrodes; a heat exchange means for receiving the temperature of the container and the temperature of the surroundings and transferring the temperature to a refrigerant flowing in a moving pipe; A technology is proposed that includes a heat exchange means for transferring refrigerant flowing through a moving pipe; a radiator means connected by a moving pipe passing through the heat exchange means and having a condenser and a fan installed thereon; a refrigerant storage tank capable of storing and replenishing the refrigerant charged in the moving pipe; a pump for forcibly circulating the refrigerant, and a control box for supplying and cutting off power to each of the above components.

KR 10-2013-0133367 A (December 9, 2013) KR 10-2022-0030787 A (March 11, 2022) KR 20-0285175 Y1 (July 30, 2002) KR 10-2008-0057837 A (June 25, 2008)

The present invention relates to a beverage container cooling device capable of cooling a beverage and a beverage container and supplying the beverage at an appropriate temperature.

The present invention is intended to solve the problems of prior art inventions, and is directed to a beverage container cooling device, comprising: a case (100) formed in multiple compartments; a cooling unit (200) formed at the lower end of the case (100) and cooling a refrigerant; a supply unit (300) cooling a beverage container at the upper end of the cooling unit (200) and supplying a beverage to the cooled beverage container; and an adding unit (400) formed at the upper end of the supply unit (300) and into which an additive for the beverage is added.

The present invention relates to a beverage container cooling device, and comprises a case (100); a cooling unit (200); a supply unit (300); and an addition unit (400) as previously presented, and further comprises a frame (140) formed on the case (100) and supporting a load; and an insulating plate (150) formed on the outside of the frame (140) and improving the internal insulating performance.

The present invention relates to a beverage container cooling device, and comprises a case (100); a cooling unit (200); a supply unit (300); and an addition unit (400) as previously presented, and further comprises a control unit (500) formed in the case (100) and controlling the temperature or capacity of the beverage and refrigerant.

The present invention relates to a beverage container cooling device, and comprises a case (100); a cooling unit (200); a supply unit (300); and an addition unit (400) as previously presented, and further comprises a mounting plate (210) formed on the cooling unit (200) and on which a beverage tank (10) storing a beverage is mounted; a cooling device (220) formed spaced apart from the mounting plate (210) and cooling a refrigerant; and a circulation device (230) formed on the cooling device (220) and circulating the refrigerant to the supply unit (300).

The present invention relates to a beverage container cooling device, and comprises a case (100); a cooling unit (200); a supply unit (300); and an addition unit (400) as previously presented, and further comprises a cooling unit (221) formed in the cooling unit (220) and cooling air; and a discharge unit (222) formed spaced apart from the cooling unit (221) and discharging warm air.

The present invention relates to a beverage container cooling device, and comprises a case (100) as presented above; a cooling unit (200); a supply unit (300); and an addition unit (400); and further comprises a cooling chamber (310) formed in the supply unit (300) and configured to receive and cool a beverage container in a refrigerant supplied from the cooling unit (200); a protection device (320) sliding in the cooling chamber (310) and preventing exposure of the refrigerant; and a supply device (330) formed spaced apart from the cooling chamber (310) and configured to supply a beverage.

The present invention relates to a beverage container cooling device, and comprises a case (100); a cooling unit (200); a supply unit (300); and an addition unit (400) as previously presented, and adds an insertion box (311) formed in the cooling chamber (310) into which a beverage container is inserted; and a receiving space (312) formed in the insertion box (311) and containing a refrigerant.

The present invention relates to a beverage container cooling device, and comprises a case (100); a cooling unit (200); a supply unit (300); and an addition unit (400) as previously presented, and further comprises a receiving container (321) formed on the protection device (320) and housing the beverage container; and a moving plate (322) formed at the lower end of the receiving container (321) and sliding on the upper portion of the refrigerant.

The present invention relates to a beverage container cooling device, and comprises a case (100); a cooling unit (200); a supply unit (300); and an addition unit (400) as previously presented, and adds an insertion space (331) formed in the supply device (330) into which a beverage container is inserted inside; and a supply nozzle (332) formed in an upper portion of the insertion space (331) through which a beverage and an additive are supplied.

The present invention relates to a beverage container cooling device, and comprises a case (100); a cooling unit (200); a supply unit (300); and an addition unit (400) as previously presented, and adds an angle adjustment plate (331a) formed at the lower portion of the insertion space and configured to adjust the angle of the beverage container.

The present invention relates to a beverage container cooling device, and comprises a case (100); a cooling unit (200); a supply unit (300); and an addition unit (400) as previously presented, and adds a cartridge (410) formed in the addition unit (400) and each containing a plurality of additives; and a fastening device (420) formed at the bottom of the addition unit (400) and fastened to the bottom of the cartridge (410).

The present invention is capable of rapidly freezing a beverage container to quickly maintain a beverage at an appropriate temperature.

The present invention is capable of constantly cooling a beverage by circulating a refrigerant.

The present invention is a case formed as a module, so that the number of supply devices can be adjusted according to the usage environment.

The present invention is formed with a protection device to protect the user from low-temperature refrigerant.

The present invention is formed with a plurality of cartridges so that different types of cartridges can be simply mixed into a beverage.

Figures 1 and 2 are perspective views of a beverage container cooling device of the present invention.
Figure 3 is a cross-sectional view of a beverage container cooling device of the present invention.
Figure 4 is a conceptual diagram showing the cooling chamber of the present invention.
Figure 5 is a conceptual diagram showing the supply device of the present invention.
Figures 6 and 7 are conceptual diagrams showing a case formed by a module of the present invention.

Hereinafter, the most preferred embodiment of the present invention will be described in detail to enable a person having ordinary skill in the art to easily carry out the present invention.

The numbers cited in the examples below are not limited to the referenced objects and can be applied to all examples. Objects that achieve the same purpose and effect as the configurations presented in the examples are equivalent replacement objects. The superordinate concepts presented in the examples include subordinate concepts not described.

(Example 1-1) The present invention relates to a beverage container cooling device, comprising: a case (100) formed into a plurality of compartments; a cooling unit (200) formed at the lower end of the case (100) and configured to cool a beverage and a refrigerant; a supply unit (300) that cools a beverage container at the upper end of the cooling unit (200) and supplies the beverage to the cooled beverage container; and an adding unit (400) formed at the upper end of the supply unit (300) and configured to add an additive to the beverage.

(Example 1-2) The beverage container cooling device of the present invention includes a frame (140) formed in the case (100) and supporting a load in Example 1-1.

(Example 1-3) The beverage container cooling device of the present invention includes an insulating plate (150) formed on the outside of the frame (140) in Example 1-2 and improving the internal insulation performance.

(Example 1-4) The beverage container cooling device of the present invention includes, in Example 1-3, a beverage formed of one selected from alcohol, carbonated beverage, and juice.

(Example 1-5) The beverage container cooling device of the present invention includes, in Example 1-4, a beverage cooled to 1°C and a beverage container cooled to -30°C.

(Example 1-6) The beverage container cooling device of the present invention includes, in Example 1-4, an additive formed from one selected from among spices, powder, and carbon dioxide mixed into a beverage.

The present invention relates to a beverage container cooling device, and more specifically, the beverage container cooling device can cool beverage containers such as beer, carbonated beverages, and juice so that beverages can be enjoyed cool. Referring to FIG. 1, the beverage container cooling device rapidly cools beverage containers such as cups, bottles, and bowls so that alcoholic beverages such as beer and wine, carbonated beverages, and juice can be enjoyed cool at an appropriate temperature, and a case (100) is formed so that it is easy to move and fix. At this time, the case (100) is formed with a frame (140) that is assembled and fixed to each other horizontally and vertically, and an insulation plate (150) formed on the outside of the frame (140). The insulation plate (150) can block a thermal bridge phenomenon between the inside and the outside of the frame (140), thereby preventing changes in the temperature of the refrigerant that cools the beverage and beverage container. In addition, the insulation plate (150) formed on the front or the back can be opened by rotating by a hinge in order to replace and repair internal devices. And, a cooling unit (200) for cooling the beverage and refrigerant is formed at the bottom of the case (100). The cooling unit (200) cools the beverage and refrigerant in various ways, but in the present invention, it cools through a process of condensing and evaporating air.

And, a supply part (300) is formed at the top of the cooling part (200), and the supply part (300) cools the beverage container through the beverage and refrigerant cooled in the cooling part (200) and supplies the beverage cooled to an appropriate temperature to the cooled beverage container. At this time, the cooling part (200) can be adjusted to cool the beverage such as beer to 1°C and cool the beverage container to -30°C so that when the beverage is supplied to the beverage container, ice is generated due to the temperature difference. In addition, an additive part (400) is formed at the top of the supply part (300) to store and add additives such as spices, powder, and carbon dioxide that are mixed into the beverage to generate various tastes and flavors.

In this way, the beverage container cooling device of the present invention has the feature of cooling the beverage container so that various types of beverages can be enjoyed cool at an appropriate temperature.

(Example 2-1) The present invention relates to a beverage container cooling device, and in Example 1-1, the case (100) is formed of a plurality of modules and is formed by assembling them together.

(Example 2-2) The beverage container cooling device of the present invention, in Example 2-1, includes: a first case (110) in which the cooling unit (200) is formed; a second case (120) formed to be detachable from the first case (110) and in which the supply unit (300) is formed; and a third case (130) formed to be detachable from the second case (120) and in which the adding unit (400) is formed.

(Example 2-3) The beverage container cooling device of the present invention includes a coupling device formed in the case (100) in Example 2-2 and coupled to adjacent cases (100).

The present invention relates to a case (100), and specifically, the case (100) is formed as a module to control the quantity of the supply unit (300) according to the quantity of beverages and beverage containers to be cooled and supplied depending on the usage environment by being fixed and movable on the ground. Referring to FIGS. 6 and 7, the case (100) includes a first case (110) that is fixed and movable on the ground, and the first case (110) is formed with a cooling unit (200) and at least one beverage tank (10) installed therein. In addition, a second case (120) that is formed to be detachable from the first case (110) is formed on the upper end of the first case (110), and the second case (120) has a supply unit (300) formed therein. At this time, if there are many users using the beverage, the second case (120) can be combined in multiples on the upper part of the first case (110), and the size of the first case (110) is adjusted according to the quantity of the second cases (120). In addition, a third case (130) in which an addition unit (400) is formed is formed on the upper part of the second case (120), so that the first case (110), the second case (120), and the third case (130) are formed to be detachable from each other as the combination device is formed. In this way, the first case (110), the second case (120), and the third case (130) are formed as modules separated from each other. This is to adjust the quantity of the cooling unit (200), the supply unit (300), and the addition unit (400) according to the usage environment.

(Example 3-1) The present invention relates to a beverage container cooling device, and in Example 2-1, it includes a control unit (500) formed in the case (100) and controlling the temperature or capacity of the beverage and refrigerant.

(Example 3-2) The beverage container cooling device of the present invention includes, in Example 3-1, an operating device (510) formed in the supply unit (300) to operate the amount and temperature of the beverage.

(Example 3-3) The beverage container cooling device of the present invention includes, in Example 3-2, a display device (520) formed on the operating device (510) and displaying one selected from the amount of the beverage tank (10), the temperature of the refrigerant, and the capacity.

The present invention relates to a control unit (500), and specifically, the control unit (500) controls the temperature or capacity of a beverage and a refrigerant. Referring to FIG. 3, the control unit (500) comprises a control board formed inside a case (100) and an operating device (510) that can manipulate the amount and temperature of a beverage by manipulating the control board. The operating device (510) is formed using various methods such as a touch screen or a button. In addition, information manipulated by the operating device (510) is displayed on a display device (520), and the display device (520) can display various information such as the amount of the beverage tank (10), the temperature and capacity of the refrigerant, etc., along with the operating information.

(Example 4-1) The present invention relates to a beverage container cooling device, and in Example 3-1, it includes: a mounting plate (210) formed on the cooling unit (200) and on which a beverage tank (10) storing a beverage is mounted; a cooling device (220) formed spaced apart from the mounting plate (210) and cooling a refrigerant; and a circulation device (230) formed on the cooling device (220) and circulating the refrigerant to the supply unit (300).

(Example 4-2) The beverage container cooling device of the present invention includes a gas tank (20) that is accommodated and formed in the cooling unit (200) in Example 4-1 and is connected to the beverage tank (10).

(Example 4-3) The beverage container cooling device of the present invention includes, in Example 4-1, a load cell formed on the mounting plate (210) and measuring the weight of the beverage tank (10) and the gas tank (20).

(Example 4-4) The beverage container cooling device of the present invention includes, in Example 4-3, a cooling body (221) formed in the cooling device (220) and cooling air; and a discharge body (222) formed spaced apart from the cooling body (221) and discharging warm air.

(Example 4-5) The beverage container cooling device of the present invention, in Example 4-3, includes a cooling pipe (223) formed in a zigzag shape and formed inside the cooling device (220) to cool the refrigerant.

The present invention relates to a cooling unit (200), and specifically, the cooling unit (200) can cool a beverage container to an appropriate temperature of -30°C by cooling a refrigerant. Referring to FIG. 3, the cooling unit (200) can accommodate a beverage tank (10) in which a beverage is stored and a gas tank (20) connected to the beverage tank (10). At this time, the gas tank (20) may be accommodated in the cooling unit (200) together with the beverage tank (10) or may be arranged in multiple numbers externally. In addition, the cooling unit (200) is formed with a mounting plate (210) on which the beverage tank (10) and the gas tank (20) are mounted, and the mounting plate (210) is formed with a load cell that measures the weight of the beverage tank (10) and the gas tank (20) located above. The settling plate (210) is linked to the control unit (500) and can determine the amount of beverage and gas based on the weight of the beverage tank (10) and gas tank (20). In this way, as the weight of the beverage tank (10) and gas tank (20) decreases, the replacement time can be notified to the manager.

And, a cooling device (220) is formed spaced apart from the mounting plate (210) and cools the refrigerant. The cooling device (220) is formed with a cooling box (221) that cools air, and a circulation device (230) is formed inside the cooling box (221) to cool the refrigerant. At this time, the circulation device (230) is arranged in a zigzag or circular shape inside the cooling device (220) so that the refrigerant can be circulated from the supply unit (300) to always maintain an appropriate temperature.

And, on the outside of the cooling body (221), a discharge body (222) is formed to discharge the heat generated as the air is cooled, and the discharge body (222) has a fan formed therein to discharge the heat to the outside of the case (100).

(Example 5-1) The present invention relates to a beverage container cooling device, and in Example 4-1, it includes: a cooling chamber (310) formed in the supply section (300) and cooling a beverage container by accommodating it in refrigerant supplied from the cooling section (200); a protection device (320) sliding in the cooling chamber (310) and preventing exposure of the refrigerant; and a supply device (330) formed spaced apart from the cooling chamber (310) and supplying a beverage.

(Example 5-2) The beverage container cooling device of the present invention includes an insertion box (311) formed in the cooling chamber (310) in Example 5-1 and into which a beverage container is inserted.

(Example 5-3) The beverage container cooling device of the present invention is formed in the insert body (311) in Example 5-2 and includes a receiving space (312) in which a refrigerant is received.

(Example 5-4) The beverage container cooling device of the present invention includes a measuring sensor that is formed in the insert body (311) in Example 5-3 and measures the temperature of the refrigerant.

(Example 5-5) The beverage container cooling device of the present invention includes a container (321) formed on the protection device (320) in Example 5-1 and in which the beverage container is accommodated.

(Example 5-6) The beverage container cooling device of the present invention includes a moving plate (322) formed at the lower end of the container (321) and sliding on the upper part of the refrigerant in Example 5-5.

(Example 5-7) The beverage container cooling device of the present invention includes, in Example 5-6, opening/closing rails (323) formed on both sides of the moving plate (322) and opening/closing the moving plate (322).

(Example 5-8) The beverage container cooling device of the present invention includes a recognition sensor that recognizes the beverage container and is formed on the moving plate (322) in Example 5-6.

The present invention relates to a supply unit (300), and specifically, the supply unit (300) cools a beverage container with a refrigerant supplied from a cooling unit (200) and supplies a beverage at the same time. Referring to FIG. 4, the supply unit (300) is formed with a cooling chamber (310) in which the refrigerant cooled in the cooling unit (200) is stored, and the cooling chamber (310) has an open top to accommodate a beverage container such as a bottle or cup. At this time, the cooling chamber (310) is formed with an insertion box (311) into which a beverage container is inserted, and an accommodation space (312) is formed inside the insertion box (311) to accommodate a refrigerant circulated at an appropriate temperature by a circulation device (230). In addition, since the top of the accommodation space (312) is open, when a beverage container is inserted, the beverage container is cooled by the refrigerant. And, a measuring sensor for measuring the temperature of the refrigerant or beverage container is formed in the insertion box (311), so that the refrigerant at an appropriate temperature can be circulated.

In addition, a protection device (320) is formed on the upper part of the insertion box (311), and the protection device (320) is formed with a receiving box (321) that receives a beverage container. The receiving box (321) is formed on one side of the supply unit (300), and the front is formed with a door made of a transparent material such as glass or plastic. In addition, a receiving space (312) is formed on the lower part of the receiving box (321), but the receiving space (312) is closed by a moving plate (322) before the beverage container is inserted, thereby preventing the user from coming into contact with low-temperature refrigerant. In addition, the moving plate (322) is moved by opening/closing rails (323) on both sides, and can be opened/closed by power when the beverage container is received in the receiving box (321) by manually moving or by a recognition sensor.

Accordingly, the supply unit (300) of the present invention has a feature that can cool a beverage container to a low temperature by accommodating it in a refrigerant.

(Example 5-9) The beverage container cooling device of the present invention includes a moving rail formed on the protection device (320) in Example 5-4 and moving the cooled beverage container to the supply device (330).

(Example 5-10) The beverage container cooling device of the present invention includes a support plate formed on the upper end of the moving rail in Example 5-9, which supports the beverage container and moves it to the supply device (330).

(Example 5-11) The beverage container cooling device of the present invention includes, in Example 5-9, an elevating device formed on the support plate and for raising and lowering the beverage container.

The present invention relates to a protection device (320), and specifically, the protection device (320) is configured to move a beverage container to a supply device (330) by power after it has been cooled by a refrigerant, thereby supplying the beverage. Since the protection device (320) has a problem in that it is difficult for a user to hold the beverage container when it is rapidly cooled, the beverage container is cooled by the refrigerant and then moves by a moving rail. At this time, the moving rail is formed by a belt or the like, and a support plate is formed to support the beverage container. In addition, when the supply device (330) and the beverage container are aligned, the moving rail stops moving and allows the user to eject the beverage container.

In addition, the support plate is formed with an elevator mechanism so that a beverage container can be inserted into the receiving space (312) and the beverage container can be raised when moved in the receiving space (312). This elevator mechanism can be formed with both sides inclined so that the beverage container can be raised and lowered as it moves, or the beverage container can be automatically raised and lowered by a cylinder.

(Example 6-1) The present invention relates to a beverage container cooling device, and in Example 5-1, it includes an insertion space (331) formed in the supply device (330) into which a beverage container is inserted inside; and a supply nozzle (332) formed in an upper portion of the insertion space (331) through which a beverage and an additive are supplied.

(Example 6-2) The beverage container cooling device of the present invention includes a drainage device formed at the lower portion of the insertion space (331) in Example 6-1 and through which the beverage is drained.

(Example 6-3) The beverage container cooling device of the present invention includes, in Example 6-2, a beverage nozzle (333) formed in the supply nozzle (332) through which a beverage is supplied; and an additive nozzle (334) through which an additive is supplied.

(Example 6-4) The beverage container cooling device of the present invention includes, in Example 6-3, the beverage nozzle (333) connected to the beverage tank (10).

(Example 6-5) The beverage container cooling device of the present invention includes, in Example 6-1, the additive nozzle (334) connected to the additive section (400).

(Example 6-6) The beverage container cooling device of the present invention includes a control device (335) formed in the supply device (330) in Example 6-1 and controlling the temperature of the beverage.

The present invention relates to a supply device (330), and specifically, the supply device (330) supplies a beverage from a beverage tank (10) and an additive from an additive unit (400). Referring to FIG. 5, the supply device (330) has an insertion space (331) formed into which a beverage container is inserted, and a drainage device formed at the bottom of the insertion space (331) allows the beverage to be drained if it overflows or flows during the supply process. At this time, the drainage device drains the beverage to the outside by a drain pipe extending to the outside of the case (100).

And, a supply nozzle (332) is formed at the upper part of the insertion space (331) through which a beverage and an additive are supplied, and the supply nozzle (332) is formed with a beverage nozzle (333) through which a beverage is supplied and an additive nozzle (334) through which an additive is supplied. At this time, when the beverage is formed as beer, the beverage nozzle (333) can be controlled in both directions so that beer and cream can be controlled respectively. And the additive nozzle (334) can selectively supply a plurality of additives by controlling them by a valve.

And the beverage nozzle (333) and the additive nozzle (334) can be formed as one supply nozzle (332), and when the supply nozzle (332) is formed as one, it is preferable that the beverage and the additive are mixed and supplied from the inside of the supply nozzle (332).

In addition, the temperature of the beverage nozzle (333) is controlled to 1°C by a control device (335) formed inside the supply device (330), and the control device (335) slightly cools or raises the temperature of the beverage to maintain a constant temperature.

(Example 6-7) The beverage container cooling device of the present invention includes an angle adjustment plate (331a) formed at the lower portion of the insertion space (331) in Example 6-1 and for adjusting the angle of the beverage container.

(Example 6-8) The beverage container cooling device of the present invention includes, in Example 6-7, the angle adjustment plate (331a) formed at an angle of 5 to 20 degrees.

(Example 6-9) The beverage container cooling device of the present invention includes, in Example 6-7, an angle adjustment plate (331a) whose angle is changed by power.

The present invention relates to an insertion space (331), and specifically, the insertion space (331) is formed so that the angle of the beverage container is inclined at one end, so that the beverage can be effectively supplied. An angle adjustment plate (331a) is formed on the lower floor of the insertion space (331) so that the angle is inclined toward the inside of the insertion space (331), and the angle adjustment plate (331a) is formed at an angle of 5 to 20 degrees, thereby preventing foam from being generated when supplied vertically, such as beer. In addition, the angle of the angle adjustment plate (331a) can be adjusted by a hinge, and the angle can be changed by the operation of an external handle, etc., or by power. At this time, when the angle of the angle adjustment plate (331a) is changed by power, the angle of the beverage container can be changed to maintain a horizontal position depending on the amount of beverage supplied. This is to prevent carbonation and foaming of the beverage and to allow a larger amount of beverage to be supplied.

(Example 7-1) The present invention relates to a beverage container cooling device, and in Example 6-1, includes a cartridge (410) formed in the addition section (400) and each containing a plurality of additives; a fastening device (420) formed at the bottom of the addition section (400) and fastened to the bottom of the cartridge (410);

(Example 7-2) The beverage container cooling device of the present invention includes, in Example 7-1, the cartridge (410) being fastened to the fastening device (420) by one selected from among a spiral connection, a forced fit, and a magnetic force.

(Example 7-3) The beverage container cooling device of the present invention includes a delivery pipe (430) formed in the addition unit (400) in Example 7-2 and delivering the additive to the supply device (330).

(Example 7-4) The beverage container cooling device of the present invention includes a guide valve (440) formed in each of the plurality of delivery pipes (430) in Example 7-3 and guiding the movement of the additive.

The present invention relates to an additive unit (400), and specifically, the additive unit (400) is formed at the upper end of a case (100) and accommodates a plurality of additives. Referring to FIG. 5, the additive unit (400) is formed with a cartridge (410) that accommodates a plurality of different additives, and the cartridge (410) is fastened to the case (100) for easy replacement. At this time, the fastening device (420) and the cartridge (410) can be fastened in various ways, such as a spiral connection, a forced fit, or a magnetic connection formed by a magnet and fastened by magnetic force.

And each cartridge (410) is connected to a fastening device (420) and a supply device (330) by a delivery pipe (430) so that the additive is delivered, and each delivery pipe (430) is formed with a guide valve (440) so that the additive is selectively delivered to the supply device (330) by the control unit (500).

10: Beverage tank 20: Gas tank
100: Case 110: Case 1
120: Case 2 130: Case 3
140: Frame 150: Insulation board
200: Cooling unit 210: Mounting plate
220: Cooling device 221: Cooling box
222: Exhaust box 223: Cooling pipe
230: Circulation device 300: Supply unit
310: Cooling chamber 311: Insert box
312: Reception space 320: Protective device
321: Receiving body 322: Moving plate
323: Opening/closing rail 330: Supply device
331: Insertion space 331a: Angle adjustment plate (331a)
332: Supply nozzle 333: Beverage nozzle
334: Additive nozzle 335: Regulator
400: Additive 410: Cartridge
420: Fastening device 430: Transmission pipe
440: Guide valve 500: Control unit
510: Operating device 520: Display device

Claims (11)

A case (100) formed by partitioning into multiple parts;
A cooling unit (200) formed at the bottom of the above case (100) and cooling the refrigerant;
A supply unit (300) that cools a beverage container at the top of the cooling unit (200) and supplies a beverage to the cooled beverage container;
An addition section (400) formed at the top of the above supply section (300) and into which beverage additives are added;
A cooling chamber (310) formed in the supply section (300) and in which a beverage container is received and cooled by the refrigerant supplied from the cooling section (200);
A protective device (320) that slides in the above cooling chamber (310) and prevents exposure of the refrigerant;
A supply device (330) formed spaced apart from the above cooling chamber (310) and through which a beverage is supplied;
A beverage container cooling device comprising:
In claim 1,
A frame (140) formed in the above case (100) and supporting a load;
A beverage container cooling device including an insulation plate (150) formed on the outside of the frame (140) and improving the insulation performance of the inside.
In claim 1,
A beverage container cooling device including a control unit (500) formed in the case (100) and controlling the temperature or capacity of the beverage and refrigerant.
In claim 1,
A mounting plate (210) formed in the above cooling unit (200) and on which a beverage tank (10) storing a beverage is mounted;
A cooling device (220) formed spaced apart from the above-mentioned mounting plate (210) and cooling the refrigerant;
A beverage container cooling device including a circulation device (230) formed in the above cooling device (220) and circulating refrigerant to the supply unit (300).
In claim 4,
A cooling body (221) formed in the above cooling device (220) and cooling the air;
A beverage container cooling device including a discharge container (222) formed spaced apart from the above cooling container (221) and discharging warm air.
delete In claim 1,
An insertion box (311) formed in the above cooling chamber (310) and into which a beverage container is inserted;
A beverage container cooling device formed in the above insert body (311) and including a receiving space (312) in which a refrigerant is received.
In claim 1,
A container (321) formed on the above protection device (320) and containing the beverage container;
A beverage container cooling device including a moving plate (322) formed at the lower end of the above-mentioned container (321) and sliding on the upper part of the refrigerant.
In claim 7,
An insertion space (331) formed in the above supply device (330) and into which a beverage container is inserted inside;
A beverage container cooling device including a supply nozzle (332) formed on the upper portion of the above insertion space (331) and through which beverage and additives are supplied.
In claim 9,
A beverage container cooling device including an angle adjustment plate (331a) formed at the lower portion of the above insertion space and for adjusting the angle of the beverage container.
In claim 1,
A cartridge (410) formed in the above-mentioned addition section (400) and each containing a plurality of additives;
A beverage container cooling device including a fastening device (420) formed at the lower end of the above-mentioned addition portion (400) and to which the lower end of the above-mentioned cartridge (410) is fastened.