KR102344165B1 - Draft beer refrigerator storage device - Google Patents

Abstract

The present invention relates to a draft beer extraction device having a means for generating a thin ice beer;
The purpose of realizing the technology is to provide basic coolness by putting aged draft beer in a beer glass kept in a freezer, and in addition to this, in addition to this, in addition to this, in the frozen beer glass containing the draft beer, it creates and supplies more thin ice in the form of snowflake ice shaved ice to provide the coolness of the draft beer. It doubles and maintains its coolness for a longer period of time, and furthermore, by blocking the entrance of the beer mug with the draft beer by the thin ice in the form of snow ice, shaved ice, it prevents the carbonic acid of the draft beer from easily escaping. An object of the present invention is to provide a draft beer extraction device equipped with a means for generating a thin ice beer so that you can leisurely enjoy the taste of cool and refreshing beer without worrying about changes in the flavor of the draft beer.
Therefore, as a specific means of the present invention for achieving the above object;
Based on the draft beer withdrawal and supply device comprising the low-temperature aging storage and the auxiliary storage table, it is achieved by installing and forming a thin ice unit 3 comprising a thin ice storage chamber, a thin ice discharge unit, and a support tray on the inner surface of the auxiliary storage table.

Description

Draft beer extraction device having a means for generating a thin ice beer {Draft beer refrigerator storage device}

The present invention relates to a technology for producing thin ice beer, and more specifically, to uniformly store and store draft beer supplied into stores at a low-temperature aging temperature of 2°C according to various types and classifications by brand, and to store draft beer stored in a low-temperature aging state. Selective withdrawals are made by type and brand, and a means to manufacture and supply thin ice beer is provided in the draft beer dispenser provided to keep draft beer glasses frozen. It relates to a draft beer extraction device having a means.

In general, beer refers to a soft alcoholic beverage with foam, for example, saccharified by igniting barley, and fermented by yeast by adding hops thereto.

If we look at the types of beer that are widely consumed and consumed in our daily life as such fermented alcoholic beverages, it can be seen that they are largely divided into bottled (can) beer and draft beer.

Here, first, bottled (can) beer is heat-treated in the process of beer manufacturing, such as heating and sterilization, and as yeast activity is stopped due to such heat treatment, the shelf life is long about 12 months, so storage and management are easy Another feature is that draft beer is not subjected to heat treatment such as heating and sterilization during the manufacturing process of beer, and accordingly, it has a relatively short shelf life due to continuous yeast activity, while its taste is ) Compared to beer, it is fresh, soft, and has excellent flavor.

In addition, beer has long been established as a popular and familiar drink enjoyed by all men and women due to its relatively low alcohol content and convenience of drinking. As mentioned above, due to the convenience of distribution, it can be easily purchased and consumed regardless of places such as home, outdoors, or business, whereas, in the case of draft beer, separate storage, storage and withdrawal devices are required as essential elements. Therefore, it is common to purchase and drink mainly by visiting a store specializing in draft beer.

Looking at the schematic configuration of a conventional draft beer storage and withdrawal device provided in a store specializing in draft beer;

This includes a keg in which draft beer is accommodated and stored, a gas _{cylinder filled with compressed gas (CO 2} ), a connection cap coupled to an opening side provided with the storage barrel in a closed structure, and a beer supply pipe extending from the connection cap. It is characterized in that it consists of a withdrawal device for withdrawing the draft beer stored in the reservoir through the bin, and a cooler installed on the pipeline of the beer supply pipe to rapidly cool the draft beer supplied into the beer supply pipe.

Therefore, in this draft beer storage and withdrawal device, after compressed gas (CO ₂ ) stored in the gas cylinder flows into the storage barrel, the draft beer stored in the storage barrel is withdrawn to the extraction device through the beer supply pipe by the pressure of the compressed gas, and this, withdrawal process In the present invention, it has a functional feature of allowing the beer to be transferred into the beer supply pipe to be rapidly cooled in the same year in the cooler.

However, as described above, the conventional draft beer storage and withdrawal device is merely a function of limitedly cooling only the draft beer that is drawn out by a rapid cooler with a storage bin for receiving and storing draft beer provided at room temperature. , there is a problem that the draft beer received and stored in the storage bin is easily deteriorated due to the temperature change in the store. The taste is lowered, and therefore, there is a problem in that the drinking satisfaction of consumers cannot be satisfied.

On the other hand, alternatively, the above-mentioned conventional draft beer supply device is limited to the function of simply cooling the draft beer that is drawn out. Therefore, in the position of the consumer who wants to drink the draft beer while maintaining the coolness of the draft beer in the hot summer for a long time, the simply cooled draft beer There is a problem in that the temperature rises easily without maintaining the coolness for a long time, and the taste of draft beer is also halved.

Korean Patent Registration No. 1816476 Korean Patent Registration No. 1551473

Accordingly, the present invention has been devised to solve the general problems of the conventional storage and withdrawal device performing only a simple cooling function;

An object of the present invention is to provide an aging storage for receiving and storing draft beer kegs of various brands in a state of aging progress, while selectively withdrawing and supplying the stored draft beer, and freezing a container containing draft beer, for example, a beer mug. In addition to this, a frozen storage unit is provided for storing draft beer in a frozen state, and a thin ice generating unit that supplies ice in the shape of a snowflake is provided at the entrance of a beer glass in a frozen state to supply a kind of snowflake ice and ice beer to consumers. By doing so, it is possible to double the coolness in the hot summer and to easily cool the hot heat, and at the same time to provide a draft beer dispenser equipped with a thin ice beer generating means so that the drinking satisfaction of consumers can be greatly improved.

In addition, it is an object of the present invention to provide basic coolness by putting aged draft beer in a beer mug stored in a refrigerator, and in addition to this, in addition to this, in addition to this, in the frozen beer mug in which the draft beer is contained, thin ice in the form of snow ice and shaved ice is further generated and supplied to produce draft beer. It doubles the coolness and maintains the coolness continuously for a longer period of time, and furthermore, it blocks the entrance of the beer glass containing the draft beer with the thin ice in the form of snow ice, shaved ice, so that the carbonic acid of the draft beer is suppressed from escaping easily. Accordingly, there is provided a draft beer extraction device equipped with a thin ice beer generating means so that you can leisurely enjoy the taste of cool and refreshing beer without worrying about changes in the flavor of the draft beer.

Therefore, as a specific means of the draft beer refrigeration aging storage withdrawal device according to the present invention for achieving the above object;

Based on the draft beer withdrawal and supply device comprising the low-temperature aging storage and the auxiliary storage table, it is achieved by installing and forming a thin ice unit 3 comprising a thin ice storage chamber, a thin ice discharge unit, and a support tray on the inner surface of the auxiliary storage table.

As mentioned above, the draft beer withdrawal device having the means for generating thin ice beer according to the present invention receives and stores draft beer kegs of various brands in the aging progress state, selectively withdraws and supplies the stored draft beer, and in particular, freezes the draft beer to be drawn out. At the same time as pouring it into the stored beer mug and supplying more snowflake-shaped thin ice to the entrance of the frozen beer mug that contains the draft beer, the consumer is provided with a kind of snowflake ice bingsu beer, which doubles the coolness of the hot summer. It can cool the hot heat easily and at the same time provides the effect of improving the drinking satisfaction of consumers.

Alternatively, the draft beer extraction device having a means for generating thin ice beer according to the present invention provides basic coolness by putting aged draft beer in a frozen beer mug, and, in addition, snow ice again to the frozen beer mug in which the draft beer is contained. By generating and supplying more thin ice in the form of shaved ice, it doubles the coolness of the draft beer and at the same time makes it possible to maintain the coolness for a longer period of time. This prevents the carbonation of the draft beer from easily escaping, which provides very useful expected effects, such as allowing you to leisurely enjoy the taste of cool and refreshing beer without worrying about changes in the flavor of the draft beer.

1 is a partially exploded perspective view of a draft beer extraction device having a means for generating a thin ice beer according to the present invention;
2 is a combined perspective view of a draft beer extraction device having a means for generating a thin ice beer according to the present invention;
3 is a front configuration view of a draft beer extraction device having a means for generating a thin ice beer according to the present invention;
4 is a rear configuration view of a draft beer extraction device having a means for generating a thin ice beer according to the present invention;
5 is a cross-sectional view of a thin ice unit applied to the present invention;
6 is an enlarged cross-sectional view of the main part of the thin ice unit applied to the present invention;

Hereinafter, the configuration of a preferred embodiment of a draft beer extraction device having a means for generating a thin ice beer according to the present invention will be described in detail with reference to the accompanying drawings.

Looking at the schematic configuration of a draft beer extraction device having a means for generating a thin ice beer according to the present invention with reference to the accompanying drawings;

This is, as shown in Figure 1, a low-temperature aging storage room (1) consisting of a aging storage room (11), a storage tray (12), a see-through billboard (13) combined with a door, and a pull-out line connection panel (14), beer A cup holder 21, a freezing storage unit 22, a room temperature storage unit 23, and an auxiliary storage table (2) consisting of a gas container storage room (24), and the auxiliary storage table (2) to the inner surface It is composed of a thin ice generating unit (3) to be installed.

Here, in the low-temperature aging storage 1, which is the first component of the present invention, the aging storage chamber 11 maintains a set-limited low-temperature refrigeration temperature of 2° C. uniformly and is filled with draft beer classified by brand or type. The stored container, for example, is a configuration of a predetermined space for integrally receiving and storing a plurality of draft beer kegs (K). As such, the aging storage room 11 is a conventional refrigerator that maintains a low temperature set by the circulating action of the refrigerant. It has the same principle configuration as , and a detailed description of the conventional refrigeration principle will be omitted.

In addition, in the low-temperature aging storage 1, the storage tray 12 stores a plurality of draft beer kegs (K) divided by brands or types into the above-mentioned aging storage room 11. It is a means for stably receiving and receiving a plurality of draft beer kegs (K) in a partitioned and separated configuration. A plurality of receiving support grooves 122 are formed by 121 to take a line-arranged structure, and the plurality of receiving support grooves 122 are formed in a configuration such as a kind of bookshelf in which the fixed support piece 123 is integrally formed on the rear surface. It is preferable to

In addition, in the low-temperature aging storage (1), the door-combined transparent advertising board 13 is a type of wall structure coupled to form a transparent body on the front surface of the aforementioned aging storage room 11, such as, 13) is, as shown in FIGS. 1 to 3, the upper end of which is coupled to the front surface of the low-temperature aging storage 1 by a hinge connector 131, and is preferably formed in a configuration that is rotated and opened and closed before and after. do.

In addition, in the low-temperature aging storage 1, the lead-out line connection panel 14 is located below the lower surface of the above-described double-door transparent advertising board 13, for example, the portion where the door-combined transparent advertising board 13 is formed. As shown in Figs. 1 to 3, it is fixedly installed on the front lower surface of the low-temperature aging storage (1), and as shown in Figs. 1 and 2, the pipe for drawing draft beer from the draft beer keg (K) is not twisted, as shown in Figs. As a means for stably and fixedly connecting, the withdrawal line connection panel 13 is a means for controlling the discharge of draft beer that is flow-induced through the draft beer withdrawal induction pipe P1 on the front surface thereof, for example, FIGS. 1 to FIG. As shown in 3, a plurality of beer withdrawal valves 141 are installed in a plurality of regular arrangement configurations, and the amount of draft beer withdrawn and draft beer drawn out at the discharge portion of each beer withdrawal valve 141 that are installed and formed. A weighing sensor (not shown) for detecting and measuring temperature is installed, and again, as a means for displaying the withdrawal amount and temperature of draft beer measured by the weighing sensor, the beer withdrawal valve 141 is installed. As shown in FIG. 1 for each installation of each beer withdrawal valve 141 on the upper front surface of the panel 14, it is preferable to further install and form a plurality of digital instrument panels 142.

On the other hand, in the auxiliary storage table 2 which is the second component of the present invention, the beer mug holder 21 is a container containing draft beer drawn out through the beer withdrawal valve 141 described above, for example, a draft beer mug. As a means for supporting the bar, the beer mug pedestal 21, as shown in FIGS. 1 to 3 on the front central upper surface of the auxiliary storage table 2, is a detachable and attachable assembly structure, in the form of a grating. It is preferable to form the support net 211 and the foam collection container 212 coupled to the lower portion of the support net 211.

In addition, in the auxiliary storage table 2, the freezing storage unit 22 is a draft beer mug storage means formed in either the left side or the right side of the beer mug holder 21 as the center, As shown in FIG. 5, the freezing storage unit 22 is configured to include a freezer storage chamber 221 of a predetermined space in which a UV lamp, for example, a sterilization lamp R is installed, is formed on the inner surface thereof, as shown in FIG. ;

On the upper surface of the freezing storage compartment 221 , a kind of transport means operated by a motor (M) power, for example, a driving wheel 222-1 and an endless belt V driven by a driven wheel 222-2, and , a plurality of detachable assembly tubes 222-3 formed by coupling around the outer surface of the endless belt V, and a storage ring 222- that attaches and detaches to a plurality of detachable assembly tubes 222-3 and catches and fixes draft beer glasses. 4) to form a transport lift 222 consisting of;

The position of the draft beer glass caught in the receiving ring 222-4 on one side of the front upper part where the transport lift 222 is installed is sensed, and the driving of the transport lift 222 is automatically controlled on/off by the detection signal. to form a pull-out position detection sensing unit 223;

Again, it is preferable to further form an inlet door 224 and an outlet door 225 on the front surface of the freezing storage compartment 221 in an individual opening and closing configuration divided into left and right.

At this time, the above-mentioned freezing storage compartment 221 of the freezing storage unit 22, the freezing action is made in the same principle that there is no difference from a normal freezer that maintains a freezing temperature of -15 ℃ or less by the refrigerant circulation action. Accordingly, a detailed description of the freezing principle will be omitted.

In addition, in the auxiliary storage table 2, the room temperature storage unit 22 is another draft beer mug storage means formed in either the left or right side of the beer mug holder 21 as the center. , The room temperature storage unit 22 has the same configuration that is not different from the above-described freezing storage unit 22, for example, a sterilization lamp (R), a transport lift (222), and a withdrawal position sensing unit (223). ), the inlet door 224, and the refrigeration storage unit 22 composed of the withdrawal door 225 and has the same configuration as any one of them, which only performs a refrigeration function (freezing storage unit) and refrigeration There is only a simple terminology difference for distinguishing those that do not function (room temperature storage unit), and there is no difference in the series of configurations. Therefore, a detailed description of the room temperature storage unit 22 will be omitted. ( Reference numeral 231 denotes an inlet door, and 232 denotes an exit door)

In addition, in the auxiliary storage table (2), the gas container storage unit (24) is a forced pressure transmitting means for easily withdrawing the draft beer stored in the draft beer keg (K) by the pressure difference, for example, compressed gas ( CO ₂ ) This is a configuration that allows the cylinder (G) to be stably accommodated. As shown in FIG. 4 , the gas container accommodating part 24 is a plurality of compressed gas cylinders on the rear inner surface of the auxiliary storage table 2 . It is desirable to form a space configuration that can integrate (G).

On the other hand, the third component of the present invention, the thin ice generating unit 3, is installed on the inner surface of the auxiliary storage table 2 as shown in FIG. , As shown in FIG. 6 or 7, the thin ice generating unit 3, as shown in FIG. 6 or 7, includes a beer injection pipe 311 in which a plurality of injection nozzles N are disposed, and a beer injection pipe 311 on the lower surface. An ice-making space 314 is formed on the lower surface of the ice-making drum 312 installed to be spaced apart, the ice-making scraper 313 created on the outer surface of the ice-making drum 312, and the ice-making drum 312 equipped with the ice-making scraper 313 are mounted. The prepared thin ice storage chamber 31 is formed;

A discharge guide hole 321 having a vertical penetration structure on the lower surface of the thin ice storage chamber 31, a discharge screw 322 accommodated and installed in a vertical structure on the inner surface of the discharge guide hole 321, and the discharge guide hole 321 lower surface An automatic discharge port 323 that opens and closes in a solenoid valve configuration and a thin ice discharge unit 32 having a beer mug holding space 324 on the lower surface of the automatic discharge port 323 are formed; (symbol M2 not described in the drawing is exhaust screw drive motor)

Again, the ice-making beer supply port 331 connected to the above-mentioned beer injection pipe 311 and the ice-making beer supply port 331 on the outer upper surface of the thin ice storage chamber 31 are mounted in a detachable and exchangeable structure to the ice-making beer storage container. Support tray 33 comprising a 332 and a compressor 333 that delivers ice-making beer stored in the ice-making beer storage container 332, for example, beer used for producing thin ice to the beer injection pipe 311 by high pressure. It is preferable to form with

Here, the ice-making drum 312 has a refrigerant pipe accommodated therein, and the refrigerant pipe performs a quick freezing action of -25° C. or less, and rapidly freezes the liquid sprayed to the surface to be scraped by the ice scraper 313. A device for generating snowflake-shaped thin ice by action, for example, a known ice-making drum 312 in which a knurl is used in a general snowflake ice maker is applied and used as it is. Therefore, the specific configuration and action of the ice-making drum 312 A description of will be omitted.

At this time, in the above-mentioned thin ice generating unit 3, the ice-making drum 312 has an external surface of the ice-making beer that is sprayed from the beer injection pipe 311 as shown in FIG. 6 or FIG. 7 on the outer surface thereof. As a means for blocking, it is preferable to further form an ice-making beer dispersion prevention groove (H).

In addition, in the above-mentioned thin ice generating unit 3, the thin ice discharging unit 32 is disposed on the lower surface of the inner side of the discharge induction hole to put ice-making beer that has been thawed in a liquid state, for example, ice-made beer that has been melted in the discharge standby state, into a beer collection container ( It is preferable to form a thawed beer bypass pipe 325 for inducing and discharging to C).

In addition, in the above-described thin ice generating unit 3, the thin ice discharging unit 32 is a means for preventing scattering of the thin ice discharged to the lower surface of the automatic discharge port 323, as shown in FIG. 6 or FIG. 7 . As a result, it is preferable to further install and form a discharge induction hopper 325 forming a downwardly inclined structure.

Accordingly, looking at the mutual coupling relationship of the draft beer extraction device provided with the means for generating a thin ice beer according to the present invention, which has a series of configurations as described above;

First, as shown in FIG. 1, the door and transparent advertising board 13 is coupled to the front surface of the aging storage room 11 in which the storage tray 12 is accommodated and installed in a hinged opening and closing configuration, and the double-door transparent advertising board 13 is lower surface. A low-temperature aging storage 1 is formed by integrally providing a withdrawal line connection panel 14 with a plurality of beer withdrawal valves 141 mounted therein.

Thereafter, the formed low-temperature aging storage (1) is installed with a beer mug holder (21), a freezing storage unit (22), a room temperature storage unit (23), a gas container storage room (24), and a thin ice generating unit (3). By allowing the auxiliary storage table (2) to be seated and coupled to the upper surface, the draft beer extraction device provided with the thin ice beer generating means according to the present invention is implemented.

Accordingly, the draft beer extraction device having the means for generating ice cold beer according to the present invention, which is formed in the above-described combined configuration, is provided in a store or business that handles draft beer. same.

First, a plurality of draft beer kegs (K), divided by brand or type, are seated in each storage receiving groove 122 partitioned by the storage tray 2 to maintain a set limited low temperature of 2 ℃ in the aging storage room 11. A compressed gas cylinder (G) is provided in an amount corresponding to the received draft beer keg (K) and stored in the gas container storage chamber (24) of the auxiliary storage table (2).

Then, the compressed gas cylinder (G) and the draft beer keg (K) are connected in a 1:1 correspondence configuration by the gas supply pipe (P2), and again, each beer withdrawal valve is connected by the draft beer keg (K) withdrawal induction pipe and 1:1 correspondence configuration to complete the ready-to-use state.

Thereafter, according to the consumer's request, the beer mug stored in the freezing storage unit 22 or the room temperature storage unit 23 is withdrawn, seated on the beer mug holder 21, and draft beer is dispensed by opening the beer withdrawal valve 141. By allowing it to be contained, it has a use relationship.

At this time, in the use relationship as described above, the freezing storage room 221 is a space for storing draft beer mugs at a freezing temperature of -15° C. or less, and the draft beer mugs are transported by opening the inlet door 224. Lift 222 When the stored draft beer mug is taken out through the opening of the withdrawal door 225, the draft beer mug is detected by the position detection by the withdrawal position sensing unit 223. The transport lift 222 is driven as much as the drawn clearance distance of , and has a functional characteristic to have a waiting state for the next draft beer mug.

Alternatively, in the above usage relationship, the thin ice generating unit 3 generates and supplies thin ice in the form of snowflake ice shaved ice to a frozen beer mug containing draft beer to double the coolness of the draft beer and keep the coolness of the draft beer for a long time. In particular, it prevents the carbonated beer from easily escaping by blocking the entrance of the beer mug containing the draft beer with the thin ice in the form of snow ice and ice water.

1: Low-temperature aging storage 2: Auxiliary storage table
3: thin ice generating unit 31: thin ice storage room
32: thin ice discharge part 33: support tray
311: beer injection pipe 312: ice making drum
313: ice-making scraper 314: ice-making space part
321: discharge guide hole 322: discharge screw
323: automatic discharge port 324: beer mug holder space part
325: discharge induction hopper 331: ice-making beer supply port
332: ice-making beer storage container 333: compressor

Claims (4)

A maturation storage room (11) that maintains a refrigeration state and accommodates and stores a number of draft beer kegs of each type, a storage tray (12) installed in a partitioned configuration in the aging storage room (11), and a maturation storage room ( 11) A double-door see-through advertising board 13 that outputs digital advertising text in a wall configuration that opens and closes hinged on the front surface, and a plurality of beer withdrawal valves 141 on the front surface located below the forming part of the door-combined transparent advertising board 13 a low-temperature aging storage (1) in which a pull-out line connection panel (14) is formed;
As a support means on which the low-temperature aging storage 1 is seated, a beer mug pedestal 21 of a detachable assembly structure comprising a support net 211 and a foam collecting container 212 on the front central upper surface, and a beer mug pedestal ( Auxiliary storage table ( In the draft beer withdrawal supply device consisting of 2);
The auxiliary storage table (2) is formed by further installing a thin ice generating unit (3) on the inner surface, wherein the thin ice generating unit (3) includes a beer injection pipe (311) having a plurality of injection nozzles (N) disposed therein; , an ice-making drum 312 installed to be spaced apart from the lower surface of the beer injection pipe 311, an ice-making scraper 313 created on the outer surface of the ice-making drum 312, and an ice-making scraper 313 installed on the ice-making drum 312 lower part a thin ice storage chamber 31 provided with an ice-making space 314 on the surface;
A discharge guide hole 321 on the lower surface of the thin ice storage chamber 31, a discharge screw 322 accommodated and installed on the inner surface of the discharge guide hole 321 in a vertical structure, and a solenoid valve configuration on the lower surface of the discharge guide hole 321 an automatic discharge port 323 that operates, and a thin ice discharge unit 32 provided with a beer mug holding space 324 on the lower surface of the automatic discharge port 323;
In addition, the ice-making beer supply port 331 connected to the beer injection pipe 311 on the outer upper surface of the thin ice storage chamber 31, and the ice-making beer storage container 332 mounted on the ice-making beer supply port 331 in a detachable and exchange structure. ) and a support tray 33 formed of a compressor 333 that delivers the ice-making beer stored in the ice-making beer storage container 332 to the beer injection pipe 311 by high pressure. A draft beer dispenser.
The method of claim 1 ;
The ice-making drum 312 is a means for blocking the outflow of the ice-making beer sprayed from the beer injection pipe 311 on the outer diameter surface, and the ice-making beer dispersion prevention groove (H) is further formed. Draft beer extraction device provided with means.
The method of claim 1 ;
The thin ice discharging unit 32 further includes a thawed beer bypass pipe 325 for inducing and discharging the thawed ice beer in a liquid state to the beer collection container (C) on the lower surface of the inner side of the discharge induction hole. Draft beer extraction device having a generating means.
The method of claim 1 ;
Draft beer take-out device provided with a thin ice beer generating means, characterized in that the thin ice discharge unit (32) is further provided with a discharge inducing hopper (325) to prevent scattering of the ice discharged from the lower surface of the automatic discharge port (323).

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