KR102528115B1 - Automatic extraction device for alcoholic beverages - Google Patents

Abstract

The present invention relates to an automatic dispensing device for an alcoholic beverage. The automatic dispensing device for an alcoholic beverage can automatically guide dispensing wine by automatically recognizing when the wine is dispensed without a series of processes in which a seller dispenses the wine in person. The automatic dispensing device for an alcoholic beverage also directs the optimal amount of the wine corresponding to the size of a wine glass is dispensed, by recognizing the size of the wine glass, such as the small wine glass or the large wine glass. Moreover, the automatic dispensing device for an alcoholic beverage provides a consumer drinking the wine with an aesthetic sense of the exterior by forming the exterior of the device dispensing the wine based on an oak cask. The automatic dispensing device for an alcoholic beverage includes: an alcoholic beverage accommodating container (110) accommodating a large amount of the alcoholic beverage; an alcoholic beverage supply pipe (120) having one end connected to the alcoholic beverage accommodating container (110); a discharge unit (200) positioned below the alcoholic beverage accommodating container (110) and discharging the alcoholic beverage supplied from the alcoholic beverage supply pipe (120) by being connected to the other end of the alcoholic beverage supply pipe (120); a shelf member (300) positioned in the lower side of the discharge unit (200); a glass sensor (510) generating a glass sensing signal by sensing a glass for an alcoholic beverage when the glass (C) for an alcoholic beverage is placed on the shelf member (300); and a control unit (310) controlling operation of the discharge unit (200) when the glass sensing signal is input by the glass sensor (510), and controlling the alcoholic beverage so that the alcoholic beverage accommodated in the alcoholic beverage accommodating container (110) is discharged to the discharge unit (200) by passing through the alcoholic beverage supply pipe (120) by free fall.

Description

Automatic extraction device for alcoholic beverages}

The present invention automatically recognizes when wine needs to be taken out without a series of processes in which a seller directly takes out wine, automatically guides wine extraction, recognizes the size of a wine glass, such as small or large, and adjusts the size to the corresponding size. The present invention relates to an automatic dispensing device for alcoholic beverages which guides the optimum amount of wine to be dispensed and provides external aesthetics to consumers drinking wine by realizing the exterior shape of the device from which the wine is dispensed based on an oak barrel.

In line with the recent lifestyle that emphasizes well-being and the consumption trend that prefers alcoholic beverages with low alcohol content, consumption of wine, a fermented alcoholic beverage, is rapidly increasing in Korea, mainly among young consumers in their 20s and 30s.

It has also been reported that this tendency is effective in preventing various adult diseases such as blood vessel-related diseases including antioxidant effects along with the excellent flavor of wine.

Accordingly, sales of wine are increasing even in liquor stores.

On the other hand, since wine is usually contained in a wine bottle made of an opaque material and provided in a state in which the entrance is sealed and packaged with a cork stopper, a wine dispenser (see Patent Document 1) is provided in a liquor store to sell it to consumers in the form of a drinking glass. are losing

1 is a perspective view showing a conventional wine dispenser, and FIG. 2 is a view showing the internal configuration of the conventional wine dispenser.

As shown in the drawing, the conventional wine dispenser includes a wine module 10 in which a wine bottle is sealed and mounted and wine is discharged, and a control module connected to the wine module 10 to control the wine module 10 ( 20).

Here, the wine module 10 includes a case 30 in which a door 32 is installed, an elevation unit 40 installed in the case 30 to move the wine bottle in the vertical direction, and a wine bottle installed in the case 30. A sealing unit 50 that contacts the top of the bottle to sense the pressure applied from the wine bottle and turns on/off the lifting unit 40 according to the detected pressure value, and a sealing unit 50 installed in the case 30 and into the wine bottle A discharge unit 60 that supplies inert gas and discharges wine from a wine bottle according to the amount of gas supplied, and a thermoelectric module 70 installed in the case 30 to control the temperature inside the case 30; It consists of a control unit 80 that controls the wine module 10.

Through this, the conventional wine dispenser can seal the inlet of the wine bottle with a constant pressure even if the height of the wine bottle is different, thereby providing the advantage of dispensing the wine stored in an optimal state to the consumer in a sealed state. are doing

However, in spite of these advantages, since the conventional wine dispenser supplies wine in bottle units, its storage capacity is very small, so there is a problem in that the replacement cycle of wine bottles is very short.

In addition, the conventional wine dispenser does not recognize when the wine is to be taken out, so there is a problem in that the seller must directly perform the process of taking out the wine.

In addition, the conventional wine dispenser has a problem in that it cannot adjust the optimal amount of wine dispensed according to the size of the wine glass, such as a small or large wine glass.

In addition, since the conventional wine dispenser has a simple rectangular shape, there is a problem in that it does not provide external aesthetics to consumers who drink wine.

KR 10-1438428 B1

The present invention is to solve the problems of the prior art, and an object of the present invention is to automatically recognize when the wine should be taken out without a series of processes in which the seller directly takes out the wine and automatically guides the wine takeout. It is to provide an automatic take-out device for

Another object of the present invention is to provide an automatic dispensing device for alcoholic beverages that recognizes the size of a wine glass, such as small or large, and guides the dispensing of an optimal amount of wine suitable for the size.

Another object of the present invention is to provide an automatic dispensing device for alcoholic beverages, which provides external aesthetics to consumers drinking wine by realizing the external shape of the dispensing device based on an oak barrel.

As a technical concept for achieving the present invention, the automatic dispensing device for alcoholic beverages of the present invention includes: a liquor receiving box in which a large amount of liquor is accommodated; a liquor supply pipe having one end in communication with the liquor container; a discharge unit positioned below the liquor container and communicating with the other end of the liquor supply pipe to discharge the liquor supplied from the liquor supply pipe; a shelf member positioned below the discharge unit; a sensor for detecting a drinking cup that detects a drinking cup when a cup for receiving alcoholic beverages is placed on the shelf member and generates a drinking cup detection signal; and a control unit configured to drive and control the dispensing unit so that the liquor accommodated in the liquor container is discharged to the dispensing unit via the liquor supply pipe by free fall when a wine glass detection signal is input from the wine cup detection sensor. .

An automatic dispensing device for liquor of the present invention includes an air pump for generating compressed air; A discharge guiding pipe having one end in communication with the air pump and the other end in communication with the mainstream supply pipe, wherein the control unit drives and controls the air pump to improve the discharge speed of the mainstream to be discharged, It performs a function of controlling the compressed air generated from the pump to flow into the main supply pipe via the discharge guiding pipe.

The discharge unit is composed of an outflow pipe connected with an opening/closing valve at the rear side and a liquor tap installed at the front end of the outflow pipe, and the automatic liquor dispensing device of the present invention includes a covering wall provided to be installed on the rear side of the shelf member; It is fixed to the covering wall, and an oak barrel model body is fixed so that only the main tap portion of the discharge part is exposed on the front surface forming the shape of the oak barrel.

The automatic dispensing device for alcoholic beverages of the present invention further includes a seller detection sensor that detects a seller placing a glass for receiving alcoholic beverages on the shelf member and generates a seller detection signal, and the control unit is configured to detect a seller placing a glass for receiving alcoholic beverages on the shelf member, After the wine cup detection signal is input, the function of controlling the dispensing unit to be opened is performed only when the seller detection signal is input from the seller detection sensor.

A buried space is formed in the shelf member, and a seat jaw protrudes from an inner surface constituting the buried space. A buried drip tray member that collects the discharged liquor so that it does not flow to the floor when it pours onto the shelf member, wherein the buried drip tray member has a step along the edge of the shelf member that spans the resting ledge of the shelf member. an extended protruding liquor receiving tray; A place where the cup for receiving the alcoholic beverage is placed, and a grill for supporting the cup placed on the chin of the liquor receiving tray.

In the automatic take-out device for alcoholic beverages of the present invention,

A weight sensor is disposed on the seat of the shelf member and detects the weight of the buried drip tray member and generates a weight detection signal at predetermined intervals, which indicates the weight of the buried drip tray member. An information storage unit for storing and managing tray basic weight information, wherein the control unit reads the weight detection signal input from the weight detection sensor after inputting the drinking cup detection signal from the cup detection sensor, It performs a function of controlling the discharge unit to be opened only when the weight information of the weight detection signal is greater than the basic weight information of the tray.

The information storage unit stores and manages liquor overflow capacity information indicating an appropriate allowable amount of liquor accommodated in the buried drip tray member, and the control unit determines that the weight value obtained by reading the weight detection signal input from the weight detection sensor is the basis of the tray. When the weight value is larger than the weight information but smaller than the weight value of the liquor overflow capacity information, modified tray basic weight information is generated by replacing the weight value of the input weight detection signal with the tray basic weight information of the buried drip tray member, It performs the function of controlling storage to be managed in the storage unit.

The automatic dispensing device for alcoholic beverages of the present invention further includes an information output unit for outputting information, wherein the controller determines that the weight value obtained by reading the weight detection signal input from the weight sensor is the weight of the liquor overflow capacity information. When the value is reached, a control function is performed to output an alarm through the information output unit in order to guide the seller to empty the liquor accommodated in the buried drip tray member.

An automatic dispensing device for alcoholic beverages of the present invention includes an information communication unit performing a communication interface function for transmitting and receiving information; It further includes a seller terminal possessed by the seller, and the control unit, when the weight value obtained by reading the weight detection signal input from the weight detection sensor reaches the weight value of the liquor overflow capacity information, stores the liquid stored in the buried drip tray member. It generates liquor emptying guide information, which is information for guiding to empty liquor, and performs a function of controlling wireless transmission of the generated liquor emptying guide information to a seller terminal through an information communication unit.

In the information storage unit, weight information for each cup indicating different weight information depending on the size or shape of each cup for accommodating alcoholic beverages and liquor capacity information for each cup indicating information on the capacity of alcoholic beverages that can be accommodated in each cup for accommodating alcoholic beverages as information linked to the weight information for each cup is stored and managed, and the controller matches the weight value obtained by reading the weight detection signal input from the weight sensor with the weight information for each cup of the information storage unit, and obtains alcoholic beverage capacity information for each cup linked to the matched weight information for each cup. Based on this, it performs a function of controlling the amount of liquor to be discharged as much as the capacity corresponding to the recognized liquor-accommodating cup.

The present invention exerts an effect of automatically recognizing when the wine should be taken out and automatically guiding the wine taking out without a series of processes in which the seller directly takes out the wine.

In addition, the present invention also has an effect of recognizing the size of a wine glass, such as a small or large, and guiding so that an optimal amount of wine suitable for the size is taken out.

In addition, the present invention has an effect of providing external aesthetics to consumers who drink wine by implementing the external shape of the device from which wine is taken out based on an oak barrel.

1 is a perspective view showing a conventional wine dispenser;
2 is a view showing the internal configuration of a conventional wine dispenser.
Figure 3 is an overall configuration diagram showing the automatic take-out device for alcoholic beverages of the present invention.
Figure 4 is a block configuration diagram showing that the automatic take-out device for liquor of the present invention is electronically controlled.
5 is a detailed configuration diagram showing a shelf member part of the components constituting the automatic dispensing device for alcoholic beverages of the present invention.

Prior to a detailed description of the configuration and operation of the embodiments of the present invention with reference to the accompanying drawings, the present invention may be subject to various changes and may have various forms, and the following embodiments describe the present invention in detail. It is only mentioned to do so, but it is not intended to limit the present invention to a specific form disclosed, and it should be understood to include all modifications, equivalents, or substitutes included in the spirit and scope of the present invention.

In addition, components in each drawing are exaggerated or simplified in size or thickness in consideration of convenience of understanding, etc., but the protection scope of the present invention should not be construed as being limited thereby, and perform the same function. If possible, the same reference numerals will be specified. In addition, the terms used in the present invention are only used to describe the following examples, and are not intended to limit the present invention, and singular expressions include plural expressions unless the context clearly dictates otherwise.

As shown in FIGS. 3 to 5, automatic take-out for alcoholic beverages of the present invention to automatically recognize when wine needs to be taken out and automatically guide wine take-out without a series of processes in which the seller directly takes out wine. The device largely consists of a liquor storage body 100, a discharge unit 200, a shelf member 300, a sensor 510 for detecting a drinking cup, and a control unit 310.

First, the liquor storage body 100 is a liquor storage container provided by stacking a multi-layered liquor container 110 in which a large amount of liquor is accommodated. Here, the liquor accommodated in the liquor container 110 will be described by taking wine as an example.

The detailed configuration of the liquor storage body 100 performing these functions is that shelves are detachably installed at regular intervals so that the liquor container 110 can be stored in multiple layers inside the housing 101.

In addition, a door 102 that can be opened and closed is connected to the front side of the housing 101, and a moving wheel 103 is installed and provided along a corner portion of the lower side of the housing 101.

In addition, a cooling unit 103 is provided inside the housing 101 to store and manage the wine accommodated in the liquor container 110 at an appropriate temperature of 8-18 ° C. As such, the mounted cooling unit 103 is provided to enable temperature control.

On the other hand, one end communicates with the liquor container 110 and penetrates the housing 101 so that the wine accommodated in the liquor container 110 can flow to the discharge part 200, and the other end connects to the discharge part 200. A liquor supply pipe 120 communicated is provided.

Here, the liquor supply pipe 120 may use a corrugated pipe to be connected to the shortest length.

The discharge unit 200 is located below the liquor container 110 and is a member through which wine supplied from the liquor supply pipe 120 is discharged.

The detailed configuration of the discharge unit 200 performing this function is that the rear end is in communication with the other end of the mainstream supply pipe 120, the outlet pipe 210 to which the on-off valve 211 is connected to the rear side, and the front end of the outlet pipe 210. It consists of a liquor tap 220 installed in.

In addition, the liquor tap 220 is composed of a tap lever 221 and a discharge port 222, so that the seller can manually discharge wine by manipulating the tap lever 221.

The shelf member 300 is a member positioned below the dispensing unit 200, on which the cup C for receiving alcoholic beverages is placed.

A buried space 303 is formed on the upper side of the shelf member 300 that performs this function, and a set jaw 304 protrudes from the inner surface forming the buried space 303.

Through this, it is placed in the buried space 303 of the shelf member 300, and the buried drip tray member ( 600) is further provided.

Here, the detailed configuration of the buried drip tray member 600 is a liquor receiving tray 610 in which a protrusion 611 spanning the resting protrusion 304 of the shelf member 300 protrudes along the edge, and a liquor receiving cup ( C) is placed, and it is composed of a grill 620 for supporting cups placed on the stepping step 611 of the liquor receiving tray 610.

In addition, the front side of the shelf member 300 may be opened so that various types of glasses C for receiving alcoholic beverages may be accommodated, and a shelf may be provided inside the open side.

The sensor 510 for detecting a wine cup is a sensing member that senses when a cup C for receiving alcoholic beverages is placed on the shelf member 300 and generates a wine cup detection signal.

Various sensing members such as an infrared sensor, a motion sensor, a proximity sensor, or a laser sensor may be applied and used as the sensor 510 for detecting a drinking cup performing this function.

When the wine cup detection signal is input from the wine cup detection sensor 510, the control unit 310 drives and controls the opening/closing valve 211 provided in the discharge unit 200 so that the wine accommodated in the liquor container 110 is free. It is a member that performs a control function to be discharged to the discharge unit 200 via the liquor supply pipe 120 by falling.

On the other hand, the automatic dispensing device for liquor of the present invention provides an advantage of guiding the wine contained in the liquor container 110 to flow more quickly.

To this end, the automatic dispensing device for liquor of the present invention includes an air pump 301 generating compressed air and a discharge guide pipe 302 having one end communicated with the air pump 301 and the other end communicated with the liquor supply pipe 120 This is further provided.

Through this, the controller 310 drives and controls the air pump 301 so that the discharge speed of the wine to be discharged is improved, so that the compressed air generated from the air pump 301 passes through the discharge guiding pipe 302 to the liquor supply pipe. It performs the function of controlling the inflow into (120).

In addition, the automatic dispensing device for alcoholic beverages of the present invention implements the exterior shape of the device dispensing wine based on an oak barrel, thereby providing an advantage of providing external aesthetics to consumers drinking wine.

To this end, in the automatic dispensing device for liquor of the present invention, a covering wall 400 is installed on the rear side of the shelf member 300 to cover the liquor storage body 100 located at the rear of the shelf member 300, It is provided so that consumers who drink wine do not recognize the liquor storage body 100 .

In addition, by providing an oak barrel mock-up body 500 fixed to the covering wall 400, in which only the liquor tap 220 portion of the discharge part 200 is exposed on the front surface forming the shape of the oak barrel, wine is discharged from the oak barrel It is provided so that it can be recognized as being.

In addition, in the automatic dispensing device for alcoholic beverages of the present invention, even if the sensor 510 for detecting a wine glass malfunctions, it recognizes this and provides an advantage of preventing wine from being dispensed.

To this end, the automatic dispensing device for alcoholic beverages of the present invention is further provided with a seller detecting sensor 520 for generating a seller detecting signal by detecting a seller placing a cup C for receiving liquor on the shelf member 300.

Through this, the controller 310 performs a function of controlling the dispensing unit 200 to be opened only when the seller detection signal is input from the seller detection sensor 520 after the wine glass detection signal is input from the wine glass detection sensor 510. do.

In addition, the automatic dispensing device for liquor of the present invention provides an advantage of preventing wine from being dispensed by recognizing this even if both the sensor 510 for detecting a wine cup and the sensor 520 for detecting a seller malfunction.

To this end, in the automatic dispensing device for alcoholic beverages of the present invention, the weight detection signal is generated at predetermined intervals by detecting the weight of the buried drip tray member 600, which is disposed on the seat jaw 304 of the shelf member 300. An information storage unit 320 for storing and managing tray basic weight information indicating the weight of the weight sensor 305 and the buried drip tray member 600 is further provided. Here, the information storage unit 320 is a flash memory type, a hard disk type, a multimedia card micro type, or a card type memory (for example, SD or XD memory, etc.), RAM (Random Access Memory, RAM), SRAM (Static Random Access Memory), ROM (Read-Only Memory, ROM), EEPROM (Electrically Erasable Programmable Read-Only Memory), PROM (Programmable Read-Only Memory) , a magnetic memory, a magnetic disk, or an optical disk, or a combination thereof.

Through this, the control unit 310 reads the weight detection signal input from the weight detection sensor 305 after inputting the drinking cup detection signal from the cup detection sensor 510, and the weight information of the read weight detection signal is based on the tray. It performs a function of controlling the discharge unit 200 to be opened only when it is greater than the weight information.

Here, when the weight information of the read weight detection signal is greater than the basic weight information of the tray, the weight of the cup C for receiving alcohol having the lowest weight among cups C for receiving alcohol having various weights provided therein is used as the basic weight information of the tray. It is the sum of the values.

On the other hand, when the wine discharged from the discharge unit 200 is poured onto the shelf member 300, it is accommodated in the buried drip tray member 600 so that it does not leak to the floor. As a result, the weight measured by the weight sensor 305 There is a risk of causing an error in the detection signal.

In order to solve this problem, in the automatic dispensing device for alcoholic beverages of the present invention, the information storage unit 320 stores and manages information on the overflow capacity of alcoholic beverages indicating an appropriate allowable amount of alcoholic beverages accommodated in the buried drip tray member 600 .

Through this, the controller 310 determines the weight of the weight detection signal input from the weight detection sensor 305 when the weight value read from the weight detection signal is greater than the tray basic weight information but smaller than the weight value of the liquor overflow capacity information. It performs a control function to generate change tray basic weight information by replacing the weight value with the tray basic weight information of the buried drip tray member 600 so that it is stored and managed in the information storage unit 320 .

Thereafter, the control unit 310 reads the weight detection signal input from the weight detection sensor 305 after inputting the drinking cup detection signal from the wine cup detection sensor 510 and changes the weight information of the read weight detection signal to the basic weight of the tray. It performs a function of determining whether the discharge unit 200 is opened in comparison with the information.

In addition, in the automatic dispensing device for alcoholic beverages of the present invention, the weight of the alcoholic beverage receiving cup (C) having the lowest weight among the alcoholic beverage receiving cups (C) having various weights provided with the weight of the wine accommodated in the buried drip tray member 600 If it is close to , an error may occur in driving.

To this end, the automatic dispensing device for alcoholic beverages of the present invention is further provided with an information output unit 330 for outputting information.

Through this, the control unit 310, when the weight value reading the weight detection signal input from the weight detection sensor 305 reaches the weight value of the liquor overflow capacity information, provides the seller with the liquor accommodated in the buried drip tray member 600. In order to guide emptying, it performs a function of controlling so that an alarm is output through the information output unit 330.

Here, it is preferable that the weight value of the liquor overflow capacity information is set to a value smaller than the weight of the liquor-accommodating cup C having the lowest weight among the liquor-accommodating cups C having various weights.

Also, the information output unit 330 may include a buzzer, a speaker, a display unit, or a combination thereof. On the other hand, in the case of the display unit, a liquid crystal display (LCD), a thin film transistor-liquid crystal display (TFT LCD), an organic light-emitting diode (OLED), a flexible display ( A variety of output members such as flexible display) and 3D display can be selectively applied.

In addition, in the automatic dispensing device for alcoholic beverages of the present invention, in case the seller does not recognize the alarm output through the information output unit 330, an alarm is additionally provided to the personal terminal owned by the seller, so that the buried drip It provides an advantage of guiding the liquor accommodated in the tray member 600 to be quickly emptied.

To this end, the automatic dispensing device for alcoholic beverages of the present invention is further provided with an information communication unit 240 performing a communication interface function for transmitting and receiving information and a seller terminal 700 possessed by the seller. Here, the information communication unit 240 may select and use any one of Bluetooth communication, infrared communication, wireless LAN communication, visible light communication, human body communication or intermediate communication, Zigbee communication, and RFID (Radio Frequency Identification) communication. In addition, the seller terminal 700 is PDAs (Personal Digital Assistants; PDAs), communication terminal devices such as smart phones capable of Internet access, portable multimedia players (PMPs), or UMPCs (Ultra-mobile PCs) and MIDs (Mobile Internet Devices) ) and can be applied to various terminals.

Through this, the control unit 310, when the weight value reading the weight detection signal input from the weight detection sensor 305 reaches the weight value of the liquor overflow capacity information, instructs the controller 310 to empty the liquor accommodated in the buried drip tray member 600. It performs a function of generating alcohol emptying guide information, which is information for guiding, and controlling the wireless transmission of the generated alcoholic beverage emptying guide information to the seller terminal 700 through the information communication unit 240.

In addition, the automatic dispensing device for alcoholic beverages of the present invention recognizes the dispensing capacity of wine that can be accommodated for each of the cups C for receiving alcoholic beverages provided, and even if various types of cups C for receiving alcoholic beverages are placed on top of each other without a separate operation. It provides the advantage of guiding the wine to be dispensed as much as the capacity corresponding to the placed liquor cup (C).

To this end, the automatic dispensing device for alcoholic beverages of the present invention includes weight information for each cup indicating different weight information according to the size or shape of each cup C for receiving alcoholic beverages and information linked to the weight information for each cup, Liquor capacity information for each cup representing capacity information of wine that can be accommodated for each cup is stored and managed in the information storage unit 320 .

Through this, the control unit 310 matches the weight value obtained by reading the weight detection signal input from the weight sensor 305 with the weight information of each cup of the information storage unit 320, and then matches the weight value of each cup associated with the matched weight information of each cup. Based on the liquor capacity information, a function of controlling wine to be dispensed as much as the capacity corresponding to the recognized liquor-accommodating cup C is performed.

On the other hand, in the automatic dispensing device for alcoholic beverages of the present invention, the dispensing amount of wine can be controlled by measuring the dispensing time using the timer 350.

In the above description, the present invention has been shown and described in relation to specific embodiments, but it is common knowledge in the art that various modifications and changes are possible without departing from the spirit and scope of the invention indicated by the claims. Anyone who has it will be able to easily understand.

100: liquor storage body
200: discharge unit
300: shelf member
400: screen wall
500: oak barrel model
600: buried drip tray member
700: seller terminal

Claims (9)

delete delete A liquor container 110 in which a large amount of liquor is accommodated;
A liquor supply pipe 120 having one end in communication with the liquor container 110;
A discharge unit 200 positioned below the liquor container 110 and communicating with the other end of the liquor supply pipe 120 to discharge the liquor supplied from the liquor supply pipe 120;
a shelf member 300 positioned below the discharge unit 200;
a sensor 510 for detecting a drinking cup for detecting a drinking cup C placed on the shelf member 300 and generating a drinking cup detection signal;
When a wine cup detection signal is input from the wine cup detection sensor 510, the dispensing unit 200 is driven and controlled so that the liquor accommodated in the liquor container 110 is free-falling, thereby discharging the liquor supply pipe 120. A control unit 310 for controlling the discharge to the discharge unit 200 via the; includes,
The discharge unit 200 is composed of an outflow pipe 210 to which an on-off valve 211 is connected to the rear side and a mainstream tap 220 installed at the front end of the outflow pipe 210,
a covering wall 400 installed on the rear side of the shelf member 300;
It is fixed to the covering wall 400 and fixes so that only the main tap 220 of the discharge part 200 is exposed on the front surface forming the shape of the oak barrel. Automatic dispensing device for alcoholic beverages.
A liquor container 110 in which a large amount of liquor is accommodated;
A liquor supply pipe 120 having one end in communication with the liquor container 110;
A discharge unit 200 positioned below the liquor container 110 and communicating with the other end of the liquor supply pipe 120 to discharge the liquor supplied from the liquor supply pipe 120;
a shelf member 300 positioned below the discharge unit 200;
a sensor 510 for detecting a drinking cup for detecting a drinking cup C placed on the shelf member 300 and generating a drinking cup detection signal;
When a wine cup detection signal is input from the wine cup detection sensor 510, the dispensing unit 200 is driven and controlled so that the liquor accommodated in the liquor container 110 is free-falling, thereby discharging the liquor supply pipe 120. A control unit 310 for controlling the discharge to the discharge unit 200 via the; includes,
The discharge unit 200 is composed of an outflow pipe 210 to which an on-off valve 211 is connected to the rear side and a mainstream tap 220 installed at the front end of the outflow pipe 210,
a covering wall 400 installed on the rear side of the shelf member 300;
It is fixed to the covering wall 400, and the oak barrel model body 500 is fixed so that only the liquor tap 220 of the discharge part 200 is exposed on the front surface forming the shape of the oak barrel.
A seller detection sensor 520 for detecting a seller placing a cup C for receiving alcohol on the shelf member 300 and generating a seller detection signal;
The control unit 310 controls the dispensing unit 200 to be opened only when a seller detection signal is input from the seller detection sensor 520 after the wine glass detection signal is input from the wine glass detection sensor 510. An automatic dispensing device for alcoholic beverages.
A liquor container 110 in which a large amount of liquor is accommodated;
A liquor supply pipe 120 having one end in communication with the liquor container 110;
A discharge unit 200 positioned below the liquor container 110 and communicating with the other end of the liquor supply pipe 120 to discharge the liquor supplied from the liquor supply pipe 120;
a shelf member 300 positioned below the discharge unit 200;
a sensor 510 for detecting a drinking cup for detecting a drinking cup C placed on the shelf member 300 and generating a drinking cup detection signal;
When a wine cup detection signal is input from the wine cup detection sensor 510, the dispensing unit 200 is driven and controlled so that the liquor accommodated in the liquor container 110 is free-falling, thereby discharging the liquor supply pipe 120. A control unit 310 for controlling the discharge to the discharge unit 200 via the; includes,
A buried space 303 is formed in the shelf member 300, and a set jaw 304 protrudes from the inner surface forming the buried space 303.
A buried drip tray member (which is placed in the buried space 303 of the shelf member 300 and collects the liquor discharged from the discharge unit 200 so that it does not flow to the floor when it pours onto the shelf member 300 ( 600); further including,
The buried drip tray member 600 includes a liquor accommodating tray 610 in which a protruding protrusion 611 spanning the protrusion 304 of the shelf member 300 protrudes along the edge;
A place where the cup (C) for receiving alcohol is placed, and a grill 620 for supporting the cup placed on the stepping step 611 of the tray 610 for receiving alcohol;
A weight detection sensor 305 disposed on the seat jaw 304 of the shelf member 300 and detecting the weight of the buried drip tray member 600 and generating a weight detection signal at predetermined intervals; include,
It further includes an information storage unit 320 storing and managing tray basic weight information indicating the weight of the buried drip tray member 600,
The control unit 310 reads the weight detection signal input from the weight detection sensor 305 after the wine cup detection signal is input from the wine cup detection sensor 510, and the weight information of the read weight detection signal is An automatic dispensing device for alcoholic beverages, characterized in that the dispensing unit 200 is controlled to be opened only when it is greater than the tray basic weight information.
According to claim 5,
In the information storage unit 320, liquor overflow capacity information indicating an appropriate allowable amount of liquor accommodated in the buried drip tray member 600 is stored and managed,
The control unit 310, when the weight value of reading the weight detection signal input from the weight sensor 305 is greater than the tray basic weight information but smaller than the weight value of the liquor overflow capacity information, the input weight Automatically for alcoholic beverages characterized in that the weight value of the detection signal is generated by replacing the basic weight information of the tray with the basic weight information of the tray of the buried drip tray member 600, and controlled to be stored and managed in the information storage unit 320. take-out device.
According to claim 6,
It further includes; an information output unit 330 for outputting information;
The control unit 310, when the weight value reading the weight detection signal input from the weight detection sensor 305 reaches the weight value of the liquor overflow capacity information, provides the seller with the liquor stored in the buried drip tray member 600. Automatic dispensing device for alcoholic beverages, characterized in that the control is performed so that an alarm is output through the information output unit 330 to guide emptying.
According to claim 6,
an information communication unit 240 that performs a communication interface function for transmitting and receiving information;
It further includes; a seller terminal 700 possessed by the seller;
The controller 310 empties the liquor accommodated in the buried drip tray member 600 when the weight value obtained by reading the weight detection signal input from the weight detection sensor 305 reaches the weight value of the liquor overflow capacity information. Automatic dispensing device for alcoholic beverages, characterized in that for generating liquor emptying guide information, which is information to guide, and controlling the generated liquor emptying guide information to be wirelessly transmitted to the seller terminal 700 through the information communication unit 240.
According to claim 5,
In the information storage unit 320, weight information for each cup indicating different weight information depending on the size or shape of each cup C for receiving alcoholic beverages and information linked to the weight information for each cup, each cup C for receiving alcoholic beverages is accommodated. Liquor capacity information for each cup representing the capacity information of possible alcoholic beverages is stored and managed,
The control unit 310 matches the weight value obtained by reading the weight detection signal input from the weight sensor 305 with the weight information for each cup of the information storage unit 320, and connects to the matched weight information for each cup. An automatic dispensing device for alcoholic beverages characterized in that it controls so that alcoholic beverages are dispensed as much as the capacity corresponding to the recognized alcoholic beverage receiving cup (C) based on the alcoholic beverage capacity information for each cup.

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