KR20240066629A - Fixed automatic extraction device for alcoholic beverages - Google Patents

Abstract

The present invention provides wine with a large storage capacity, so that wine can be supplied without interruption to consumers who drink wine, as well as when the wine needs to be taken out, without the seller having to go through a series of processes in which the wine is taken out directly. It relates to a fixed automatic dispensing device for alcoholic beverages that automatically recognizes and automatically guides the dispensing of wine. The liquor container 110, which accommodates a large amount of liquor, is stored therein, and one end is the liquor container 110 and A liquor receiving body (100) provided with a communicating liquor supply pipe (120) and installed with a discharge pump (130) that communicates with the liquor supply pipe (120) and flows the liquor contained in the liquor container (110); A shelf member 200 installed on the upper side of the liquor receiving body 100; Located at the rear of the shelf member 200, the liquor supply pipe 120 penetrates the liquor receiving body 100 and the shelf member 200 and is located inside, and the liquor supply pipe located inside ( a liquor discharging body 300 that communicates with the other end of the liquor supply pipe 120 and has a discharge portion 310 installed on the front side for discharging liquor supplied from the liquor supply pipe 120; A drinking glass detection sensor 320, which is located in the front of the liquor discharging main body 300 and detects when a liquor receiving glass C is positioned toward the discharging unit 310 and generates a drinking glass detection signal; When a drinking glass detection signal is input from the drinking glass detecting sensor 320, the discharge pump 130 is driven and controlled so that the liquor contained in the liquor receiving box 110 passes through the liquor supply pipe 120 to the discharge unit. It consists of a control unit 330 that controls the liquor to be discharged to (310), and is installed on both side surfaces of the liquor receiving body 100, the shelf member 200, and the liquor discharging body 300, (100), a shielding wall (800) that covers the rear portion of the shelf member (200) and the liquor discharging body (300).

Description

Fixed automatic extraction device for alcoholic beverages}

The present invention provides wine with a large storage capacity, so that wine can be supplied without interruption to consumers who drink wine, as well as when the wine needs to be taken out, without the seller having to go through a series of processes in which the wine is taken out directly. This relates to a fixed automatic dispensing device for alcoholic beverages that automatically recognizes and automatically guides the dispensing of wine.

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

Research results have also reported that this trend, along with the excellent flavor of wine, is effective in preventing various adult diseases such as vascular diseases, including antioxidant effects.

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

On the other hand, since wine is usually provided in an opaque wine bottle with the mouth sealed with a cork, a wine dispenser (see Patent Document 1) is proposed at liquor stores to sell it to consumers in the form of a glass. there is.

Figure 12 is a perspective view showing a conventional wine dispenser, and Figure 13 is a diagram showing the internal structure of a conventional wine dispenser.

As shown in the drawing, a conventional wine dispenser is equipped with a sealed wine bottle, a wine module 10 through which 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 on which a door 32 is installed, a lifting unit 40 installed on the case 30 to move the wine bottle in the vertical direction, and a case 30 installed on the wine bottle. A sealing unit 50 that contacts the top of the bottle and senses the pressure applied from the wine bottle and turns the lifting unit 40 on/off according to the detected pressure value, is installed in the case 30 and flows into the wine bottle. A discharge unit 60 that supplies inert gas and discharges wine from the wine bottle according to the amount of supplied gas, 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 mouth of the wine bottle at a constant pressure even if the height of the wine bottle is different, providing the advantage of discharging wine stored in optimal conditions to the consumer while the wine bottle is sealed. I'm doing it.

However, despite these advantages, the conventional wine dispenser supplies wine in bottles, so its storage capacity is very small and the replacement cycle of wine bottles is very short.

In addition, conventional wine dispensers do not recognize when wine should be dispensed, so there is a problem in that the seller must manually perform the process of dispensing wine.

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

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

KR 10-1438428 B1

The present invention is intended to solve the problems of the prior art, and the purpose of the present invention is to provide wine with a large storage capacity, so that not only can wine be supplied without interruption to consumers who drink wine, but also sellers can directly The aim is to provide a fixed automatic dispensing device for alcoholic beverages that automatically recognizes when wine should be dispensed and automatically guides the dispensing of wine, without a series of processes for dispensing wine.

Another object of the present invention is to implement the external shape of the wine dispensing device in the shape of an oak barrel, and to provide a wall that covers the rear portion of the wine dispensing device, including the rear portion of the oak barrel shape, thereby providing external aesthetics to consumers who drink wine. The aim is to provide a fixed automatic dispensing device for alcoholic beverages that provides a pleasant taste.

Another object of the present invention is to provide a fixed automatic dispensing device for alcoholic beverages that recognizes even if the sensor for detecting a drinking glass malfunctions and prevents wine from being dispensed.

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

As a technical idea for achieving the present invention, a fixed automatic dispensing device for alcoholic beverages according to the first embodiment of the present invention has an alcoholic beverage container containing a large capacity of alcoholic beverages stored therein, and one end of which is in communication with the alcoholic beverage container. A liquor receiving body provided with a liquor supply pipe, connected to the liquor supply pipe, equipped with a discharge pump for flowing the liquor contained in the liquor container, and having a moving wheel installed on the lower side; a shelf member installed on the upper side of the liquor receiving body; Located at the rear of the shelf member, the liquor supply pipe penetrates the liquor receiving body and the shelf member and is located inside, and communicates with the other end of the liquor supply pipe located inside, so that liquor is supplied from the liquor supply pipe. A liquor discharging body with a discharging unit installed at the front to discharge the liquor; A sensor for detecting a drinking glass, which is located in the front of the liquor discharging body, and detects when a liquor receiving glass is placed on the discharging portion and generates a drinking glass detection signal; When a glass detection signal is input from the glass detection sensor, a control unit controls the discharge pump to drive and control the liquor contained in the liquor container to be discharged to the discharge unit via the liquor supply pipe. It includes a main body, a shielding wall installed on the rear side of the shelf member and the liquor dispensing body, and shielding the liquor receiving body, the shelf member, and the rear portion of the liquor discharging main body.

The alcoholic beverage cup is provided with a detection marker made of an opaque material to improve the wineglass detection performance of the alcoholic beverage sensor.

The discharge unit includes a liquor tap body, one end of which communicates with the other end of the liquor supply pipe; a discharge port connected to the bottom of the liquor tap body through which liquor is discharged; A tab lever is rotatably connected to the upper part of the liquor tap body to open or close the discharge port, and is fixedly installed on the liquor discharge body, so that the discharge portion is exposed to the front surface forming an oak barrel. It further includes an oak barrel model.

The fixed automatic dispensing device for alcoholic beverages according to the first embodiment of the present invention further includes a rotation limiter that is hingedly connected to a side of the liquor tap body and limits rotation of the tab lever by hinge rotation.

The fixed automatic dispensing device for alcoholic beverages according to the second embodiment 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, wherein the control unit , a function of controlling the discharge unit to be opened is performed only when a seller detection signal is input from the seller detection sensor after the wine glass detection signal is input from the wine glass detection sensor.

A buried space is formed in the shelf member, and a resting ledge protrudes from the inner surface forming the buried space. It is placed in the buried space of the shelf member, and when the liquor discharged from the discharge unit pours into the shelf member, it flows to the floor. It further includes: an embedded drip tray member that collects the liquid to prevent spillage, wherein the embedded drip tray member includes: a liquor receiving tray in which a step extending over an edge of the shelf member extends and protrudes along an edge; It is a place where alcoholic beverage cups are placed, and is composed of a grill for cup rests placed on the ledge of the alcoholic beverage tray. It is disposed on the pedestal of the shelf member, and detects the weight of the embedded drip tray member to detect the weight. It further includes a weight detection sensor that generates a detection signal at preset intervals, and an information storage unit in which basic tray weight information indicating the weight of the embedded drip tray member is stored and managed, wherein the control unit is used to detect a drinking glass. After the glass detection signal is input from the sensor, the weight detection signal input from the weight detection sensor is read, and the discharge pump is controlled to operate only when the weight information of the read 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 the appropriate amount of liquor contained in the embedded 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 tray basic weight information. If it is larger than the weight value of the liquor overflow capacity information, the weight value of the input weight detection signal is replaced with the basic weight information of the embedded drip tray member, and the basic weight information of the change tray is created and stored in the information storage unit. Perform the control function as much as possible.

The fixed automatic dispensing device for alcoholic beverages according to the second embodiment of the present invention further includes an information output unit that outputs information, wherein the control unit reads the weight detection signal input from the weight detection sensor and determines the weight of the alcoholic beverage. When the weight value of the overflow capacity information is reached, a control function is performed to output an alarm through the information output unit to guide the seller to empty the liquor contained in the embedded drip tray member.

A fixed automatic dispensing device for alcoholic beverages according to a second embodiment of the present invention includes an information and communication unit that performs a communication interface function for transmitting and receiving information; It further includes a seller terminal possessed by the seller, wherein the control unit, when the weight value read from the weight detection signal input from the weight detection sensor reaches the weight value of the liquor overflow capacity information, drinks the liquor stored in the embedded drip tray member. It generates alcohol emptying guide information, which is information that guides emptying, and performs the function of controlling the generated liquor emptying guide information to be wirelessly transmitted to the seller terminal through the information and communication department.

The information storage unit includes weight information for each glass, which indicates different weight information depending on the size or shape of each alcoholic beverage cup, and information linked to the weight information for each glass, and alcohol capacity information for each glass, which indicates the capacity information of alcoholic beverages that can be accommodated for each alcoholic beverage cup. It is stored and managed, and the control unit matches the weight value read from the weight detection signal input from the weight detection sensor with the weight information for each glass of the information storage unit, and recognizes it based on the liquor capacity information for each glass linked to the matched weight information for each glass. It performs the function of controlling the discharge of alcoholic beverages in the amount corresponding to the capacity of the alcoholic beverage cup.

The present invention provides wine with a large storage capacity, so that wine can be supplied without interruption to consumers who drink wine, as well as when the wine needs to be taken out, without the seller having to go through a series of processes in which the wine is taken out directly. It is automatically recognized and has the effect of automatically guiding the dispensing of wine.

In addition, the present invention has the effect of recognizing even if the sensor for detecting a drinking glass malfunctions and preventing wine from being taken out.

In addition, the present invention implements the external shape of the wine dispensing device in the shape of an oak barrel, and provides a wall that covers the rear portion of the wine dispensing device including the oak barrel-shaped rear portion, thereby providing an external aesthetic to consumers who drink wine. There is also an effect it provides.

In addition, the present invention has the effect of recognizing the size of a wine glass, such as small or large, and guiding the wine glass to dispense the optimal amount of wine suitable for that size.

Figure 1 is a perspective view showing a fixed automatic dispensing device for alcoholic beverages of the present invention according to a first embodiment.
Figure 2 is a side view showing a fixed automatic dispensing device for alcoholic beverages of the present invention according to the first embodiment.
Figure 3 is a front perspective view showing the door provided in the fixed automatic dispensing device for alcoholic beverages of the present invention according to the first embodiment in an open state.
Figure 4 is a rear perspective view showing the door provided in the fixed automatic dispensing device for alcoholic beverages of the present invention according to the first embodiment in an open state.
Figure 5 is a front front view showing the door provided in the fixed automatic dispensing device for alcoholic beverages of the present invention according to the first embodiment in an open state.
Figure 6 is a side view schematically showing the internal state of the fixed automatic dispensing device for alcoholic beverages of the present invention according to the first embodiment.
Figure 7 is a main partial front view showing the main parts of the shelf member of the fixed automatic dispensing device for alcoholic beverages of the present invention according to the first embodiment.
Figure 8 is a state of use showing a plurality of fixed automatic dispensing devices for alcoholic beverages of the present invention according to the first embodiment.
Figure 9 is a device configuration diagram showing a fixed automatic dispensing device for alcoholic beverages of the present invention according to a second embodiment.
Figure 10 is a main cross-sectional view showing that a shelf member is provided with an embedded drip tray member among the components constituting the fixed automatic dispensing device for alcoholic beverages of the present invention according to the second embodiment.
Figure 11 is a side view schematically showing the internal state of the fixed automatic dispensing device for alcoholic beverages of the present invention according to the second embodiment.
Figure 12 is a perspective view showing a conventional wine dispenser.
Figure 13 is a diagram showing the internal configuration of a conventional wine dispenser.

Before explaining in detail the structure 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. The following examples explain the present invention in detail. It is merely mentioned for the purpose of not limiting the present invention to a specific disclosed form, and should be understood to include all changes, equivalents, and substitutes included in the spirit and technical scope of the present invention.

In addition, in each drawing, the size and thickness of the components are exaggerated or simplified for ease of understanding, but this should not be construed as limiting the scope of protection of the present invention and performs the same function. In this case, the same reference number should be specified whenever possible. 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 indicates otherwise.

As shown in Figures 1 to 8, the fixed automatic dispensing device for alcoholic beverages of the present invention according to the first embodiment provides wine with a large storage capacity, enabling uninterrupted supply of wine to consumers who drink wine. Not only does it provide guidance, but it also automatically recognizes when the wine needs to be taken out and automatically guides the wine being taken out, without the seller having to go through a series of processes to directly take out the wine. The alcohol receiving body 100, the shelf member 200, It consists of a liquor discharging body 300, a sensor for detecting a drinking glass 320, a control unit 330, and a shielding wall 800.

First, the liquor receiving body 100 is a liquor storage container in which several liquor containers 110 that accommodate a large volume of liquor are stored and provided. Here, the alcoholic beverage accommodated in the alcoholic beverage container 110 will be explained using wine as an example.

The detailed configuration of the liquor storage body 100 that performs this function is that there are about four liquor storage boxes 110 inside the storage housing 101, two at the front and two at the rear, so that there is enough storage space. It is made up of sizes.

In addition, a storage door 102 that can be opened and closed is provided on the front side of the storage housing 101.

In addition, a cooling unit (not shown) is provided inside the storage housing 101 to store and manage the wine contained in the liquor container 110 at an appropriate temperature of 8-18°C. In this way, the provided cooling unit is provided so that temperature can be controlled.

Meanwhile, inside the storage side housing 101, one end is in communication with the liquor container 110 so that the wine contained in the liquor container 110 can flow to the discharge portion 310, and the other end is connected to the discharge portion 310. A liquor supply pipe 120 that communicates with and a discharge pump 130 that communicates with the liquor supply pipe 120 and flows the liquor contained in the liquor container 110 are provided.

Here, the liquor supply pipe 120 and the discharge pump 130 are provided as many as the number of discharge parts 310. Referring to FIG. 1, if the number of discharge parts 310 is 2, the liquor supply pipe 120 and the discharge pump 130 are provided. Two pumps 130 are also provided, and the two liquor supply pipes 120 provided in two of the four liquor containers 110 stored inside the housing 101 are connected one by one. When the wine contained in the two connected liquor containers (110) is used up, it is newly connected to the remaining two liquor supply pipes (120), thereby guiding the wine drinker to supply wine without interruption. give.

The discharge part 310 is a member through which wine supplied from the liquor supply pipe 120 is discharged.

The detailed configuration of the discharge unit 310 that performs this function includes a liquor tap body 311, one end of which is in communication with the other end of the liquor supply pipe 120, and a discharge port connected to the bottom of the liquor tap body 311, through which liquor is discharged. (222) and a tab lever (221) rotatably connected to the upper part of the liquor tap body (311) to open or close the discharge port (222).

At this time, since the fixed automatic dispensing device for alcoholic beverages of the present invention is an automatic device that detects a drinking glass by sensing based on the drinking glass detection sensor 320, which will be described later, and drives and controls the discharge pump 130, the tap lever 221 must always be located in an open area. If the tap lever 221 is rotated into a closed area due to the manager's carelessness, a problem occurs in which automatic dispensing service becomes impossible. To solve this problem, a hinge is connected to the side of the liquor tap body 311, It is preferable that a rotation limiter 314 is provided to limit the rotation of the tab lever 221 by hinge rotation.

The shelf member 200 is installed on the upper side of the liquor receiving main body 100 and is a member on which items such as the liquor receiving glass C can be placed.

On the side of the shelf member 200 that performs this function, there is a temperature increase button 210 for requesting an increase in the internal temperature of the liquor receiving body 100, and a temperature lowering button for requesting a decrease in the internal temperature of the liquor receiving body 100 ( 220), a drive button 230 for requesting the on/off of the liquor receiving body 100, which is a refrigeration device, a setting button 240 for requesting a certain setting, and 2 to 2 to display the internal temperature of the liquor receiving body 100. A Flexible Numeric Display (FND) with 7 segments is provided, and the request signal for each button is programmed to be controllable by the control unit 330, which will be described later.

The liquor discharging body 300 is located at the rear of the shelf member 200 so that items such as drinking glasses can be placed on the shelf member 200, and includes the previously mentioned discharging portion 310 and It is a member that communicates between the liquor receiving boxes (110).

The detailed configuration of the liquor discharging body 300 that performs this function is such that the liquor supply pipe 120 is located inside the discharge side housing 301 through the liquor receiving body 100 and the shelf member 200. A discharge portion 310 that communicates with the other end of the liquor supply pipe 120 located in and discharges the liquor supplied from the liquor supply pipe 120 is installed on the front, and at the rear of the discharge side housing 301 is an openable discharge side door ( 303) is provided for connection.

In particular, an oak barrel model body 400, the front of which has the shape of an oak barrel, is fixedly installed on the liquor discharging body 300, and the discharge portion 310 is exposed and fixed to the front of the fixedly installed oak barrel model body 400, The external shape of the wine dispensing device is implemented based on an oak barrel, providing the advantage of inducing external aesthetics to consumers who drink wine.

In addition, to prevent damage such as the liquor supply pipe 120 passing through the liquor receiving body 100 and the shelf member 200 and being connected to the discharge portion 310 being cut by the shelf member 200 made of aluminum. It can be provided by embedding it in the protection pipe 302.

In addition, as shown in the drawing, the protection pipe 302 is provided in a "Y" shape when two discharge parts 310 are used.

The screening wall 800 is installed on both sides of the rear side of the liquor receiving body 100, the shelf member 200, and the liquor discharging body 300, and is installed on the liquor receiving body 100, the shelf member 200, and the liquor discharging body (300) It is a screen member that covers the back part, and it covers the back part of the oak barrel model body 400 of the liquor dispensing body 300, which has an oak barrel shape in the external shape of the wine dispensing device, making it possible to drink wine. It provides consumers with the advantage of demonstrating external aesthetics.

In particular, in order to enable uninterrupted supply of wine to consumers who drink wine in large liquor stores where a large number of consumers gather, the fixed automatic dispensing device for liquor according to the first embodiment of the present invention according to the first embodiment is covered, mainly referring to FIG. 8. It can be used by connecting and arranging them consecutively at regular intervals along the wall 800.

The sensor 320 for detecting a drinking glass is located on the front of the liquor discharging body 300, and is a sensing member that detects when a liquor receiving glass C is positioned on the discharging portion 310 and generates a drinking glass detection signal. .

The sensor 320 for detecting a drinking glass that performs this function can be used by applying various sensing members such as an infrared sensor, a motion detection sensor, a proximity sensor, or a laser sensor.

When a glass detection signal is input from the glass detection sensor 320, the control unit 330 controls the discharge pump 130 to discharge the liquor contained in the liquor container 110 through the liquor supply pipe 120. It is a member that performs the function of controlling discharge to the unit 310.

Meanwhile, in the case of the sensor 320 for detecting a drinking glass, there is a problem in that the detection performance of the drinking glass C made of a transparent material is poor.

In order to solve this problem, a detection marker (C1) made of an opaque material may be printed or attached to the alcohol receiving glass (C) in a sticker type so as to improve the drinking glass detection performance of the drinking glass detection sensor (320). there is.

The shape of the sensing marker C1 that provides this function may be made of numbers, letters, symbols, logos, shapes, or a combination thereof.

Before explaining the configuration and operational relationship of the fixed automatic dispensing device for alcoholic beverages of the present invention according to the second embodiment shown in FIGS. 9 to 11, the fixed automatic dispensing device for alcoholic beverages of the present invention according to the first embodiment Configurations that are identical to those in will be given the same reference numerals, and descriptions of the same functions and operational relationships will be omitted.

The fixed automatic dispensing device for alcoholic beverages of the present invention according to the second embodiment recognizes even if the sensor for detecting a drinking glass 320 malfunctions and prevents wine from being taken out, so that the liquor receiving glass (C) is placed on the shelf member 200. ) The seller detection sensor 500, which detects the seller placing the product and generates a seller detection signal, is installed and provided on the oak barrel model body 400.

Through this, the control unit 330 performs a function of controlling the discharge unit 310 to be opened only when the seller detection signal is input from the seller detection sensor 500 after the wine glass detection signal is input from the liquor glass detection sensor 320. do.

In addition, in the fixed automatic liquor dispensing device of the present invention according to the second embodiment, even if both the glass detection sensor 320 and the seller detection sensor 500 malfunction, it recognizes this and prevents wine from being dispensed. provides.

For this purpose, a buried space 201 is formed on the upper side of the shelf member 200, a mounting ledge 202 is protruded on the inner surface forming the buried space 201, and a buried space 201 of the shelf member 200 is formed. ), which includes an embedded drip tray member 600 that collects the wine discharged from the discharge unit 310 so that it does not spill onto the floor when it spills on the shelf member 200, as well as a weight detection sensor 203 and information storage. A unit 340 is further provided.

The detailed configuration of the embedded drip tray member 600 that performs this function is a liquor receiving tray 610 and a liquor receiving tray 610 in which a stepping ledge 611 spanning the resting ledge 202 of the shelf member 200 extends and protrudes along the edge. This is where the receiving glass (C) is placed and consists of a grill 620 for holding the glass placed on the ledge 611 of the liquor receiving tray 610.

The weight detection sensor 203 is a sensing member that senses the weight of the embedded drip tray member 600 and generates a weight detection signal at preset intervals.

The information storage unit 340 is disposed on the mounting ledge 202 of the shelf member 200 and is a member that stores and manages basic tray weight information indicating the weight of the embedded drip tray member 600.

The information storage unit 340 that performs these functions includes flash memory type, hard disk type, multimedia card micro type, and card type memory (e.g. SD or Only Memory), magnetic memory, magnetic disk, optical disk, or a combination thereof.

Through this, the control unit 330 reads the weight detection signal input from the weight detection sensor 203 after inputting the wine glass detection signal from the wine glass detection sensor 320, and the weight information of the read weight detection signal is used as the tray basic. It performs a function of controlling the discharge pump 130 to be driven only when it is greater than the weight information.

Here, if the weight information of the read weight detection signal is greater than the basic weight information of the tray, the weight of the alcohol-containing glass (C) with the lowest weight among the alcohol-containing glasses (C) with various weights provided is added to the tray basic weight information. It is the sum of the values.

Meanwhile, when the wine discharged from the discharge unit 310 is poured onto the shelf member 200, it is accommodated in the embedded drip tray member 600 so that it does not spill out onto the floor. Due to this, the weight measured by the weight sensor 203 There is a risk that errors may occur in the detection signal.

In order to solve this problem, according to the second embodiment, in the fixed automatic dispensing device for alcoholic beverages of the present invention, alcoholic beverage overflow capacity information indicating the appropriate amount of alcoholic beverages contained in the embedded drip tray member 600 is stored and managed in the information storage unit 340. It is done.

Through this, if the weight value read from the weight detection signal input from the weight detection sensor 203 is greater than the tray basic weight information but smaller than the weight value of the liquor overflow capacity information, the control unit 330 determines the value of the input weight detection signal. The change tray basic weight information that replaces the weight value with the basic tray weight information of the embedded drip tray member 600 is generated, and a control function is performed to store and manage the change tray in the information storage unit 340.

Afterwards, the control unit 330 reads the weight detection signal input from the weight detection sensor 203 after inputting the wine glass detection signal from the drinking glass detection sensor 320, and then changes the weight information of the read weight sensing signal to tray basic weight. It performs a function of determining whether the discharge pump 130 is driven by comparing it with the information.

In addition, in the fixed automatic dispensing device for alcoholic beverages of the present invention according to the second embodiment, the weight of the wine accommodated in the embedded drip tray member 600 has the lowest weight among the alcoholic beverage glasses C having various weights provided. If the weight is close to the weight of the alcoholic beverage cup (C), an operation error may occur.

For this purpose, the fixed automatic dispensing device for alcoholic beverages of the present invention is further equipped with an information output unit 350 through which information is output.

Here, the information output unit 350 is provided by combining the previously mentioned FND (Flexible Numeric Display) in the first embodiment and an LED (Luminescent Diode) or liquid crystal display (LCD) in the second embodiment.

Through this, when the weight value read from the weight detection signal input from the weight detection sensor 203 reaches the weight value of the liquor overflow capacity information, the control unit 330 provides the seller with the liquor stored in the embedded drip tray member 600. In order to guide emptying, a function is performed to control an alarm to be output through the information output unit 350.

Here, the weight value of the liquor overflow capacity information is preferably set to a value smaller than the weight of the liquor container C with the lowest weight among the liquor containers C with various weights provided.

In addition, in the fixed automatic dispensing device for alcoholic beverages of the present invention according to the second embodiment, in case the seller does not recognize the alarm output through the information output unit 350, the alert is also sent to the personal terminal owned by the seller. By providing an alarm, it provides the advantage of guiding the user to quickly empty the liquor contained in the embedded drip tray member 600.

To this end, according to the second embodiment, the fixed automatic dispensing device for alcoholic beverages of the present invention is further equipped with an information and communication unit 360 that performs a communication interface function for transmitting and receiving information and a seller terminal 700 carried by the seller. . Here, the information and communication unit 360 can select and use any one of Bluetooth communication, infrared communication, wireless LAN communication, visible light communication, human body communication or intermediary communication, Zigbee communication, and RFID (Radio Frequency IDentification) communication. In addition, the seller terminal 700 is a communication terminal device such as Personal Digital Assistants (PDAs), a smartphone with Internet access, a portable multimedia player (PMP), or an ultra-mobile PC (UMPC) and a Mobile Internet Device (MID). ) can be applied to various terminals such as.

Through this, when the weight value read from the weight detection signal input from the weight detection sensor 203 reaches the weight value of the liquor overflow capacity information, the control unit 330 orders the liquor contained in the embedded drip tray member 600 to be emptied. It generates alcohol emptying guide information, which is guidance information, and performs the function of controlling the generated liquor emptying guide information to be wirelessly transmitted to the seller terminal 700 through the information and communication unit 360.

In addition, according to the second embodiment, the fixed automatic dispensing device for alcoholic beverages of the present invention recognizes the discharging capacity of wine that can be accommodated for each alcoholic beverage receiving glass (C) provided, and can accommodate various types of alcoholic beverages provided without separate operation. Even when glasses (C) are placed, it provides the advantage of guiding the wine to be discharged in the amount corresponding to the placed alcoholic beverage glasses (C).

For this purpose, the fixed automatic dispensing device for alcoholic beverages of the present invention includes weight information for each alcoholic beverage cup (C), which indicates different weight information depending on the size or shape of each alcoholic beverage cup (C), and information linked to the weight information for each cup. Liquor capacity information for each glass, which represents the capacity information of wine that can be accommodated for each glass, is stored and managed in the information storage unit 340.

Through this, the control unit 330 matches the weight value read from the weight detection signal input from the weight detection sensor 203 with the weight information for each cup in the information storage unit 340, and matches the weight information for each cup with the matched weight information for each cup. Based on the alcohol capacity information, it performs a function of controlling wine to be discharged as much as the capacity corresponding to the recognized alcohol holding glass (C).

Meanwhile, in the fixed automatic dispensing device for alcoholic beverages of the present invention, the discharge amount of wine can be controlled by measuring the discharge 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 known to those skilled in the art that various modifications and changes are possible without departing from the spirit and scope of the invention as indicated by the claims. Anyone who has it will be able to easily understand it.

100: Liquor receiving body
200: shelf member
300: Liquor discharge body
400: Oak barrel model body
500: Sensor for seller detection
600: Buried drip tray member
700: Seller terminal
800: Screening wall

Claims (10)

A liquor container 110 containing a large capacity of alcohol is stored therein, and a liquor supply pipe 120, one end of which communicates with the liquor container 110, is provided, and the liquor supply pipe 120 communicates with the liquor supply pipe 120. A liquor receiving body (100) in which a discharge pump (130) for flowing the liquor contained in the liquor container (110) is installed;
A shelf member 200 installed on the upper side of the liquor receiving body 100;
Located at the rear of the shelf member 200, the liquor supply pipe 120 penetrates the liquor receiving body 100 and the shelf member 200 and is located inside, and the liquor supply pipe located inside ( a liquor discharging body 300 that communicates with the other end of the liquor supply pipe 120 and has a discharge portion 310 installed on the front side for discharging liquor supplied from the liquor supply pipe 120;
A drinking glass detection sensor 320, which is located in the front of the liquor discharging main body 300 and detects when a liquor receiving glass C is positioned toward the discharging unit 310 and generates a drinking glass detection signal;
When a drinking glass detection signal is input from the drinking glass detecting sensor 320, the discharge pump 130 is driven and controlled so that the liquor contained in the liquor receiving box 110 passes through the liquor supply pipe 120 to the discharge unit. It consists of a control unit 330 that controls discharge to 310,
Installed on both side surfaces of the liquor receiving body 100, the shelf member 200, and the liquor discharging body 300, the liquor receiving body 100, the shelf member 200, and the liquor discharging body 300 ) A fixed automatic dispensing device for alcoholic beverages, characterized in that it includes a shielding wall 800 that covers the rear portion of the liquor.
According to paragraph 1,
A fixed automatic dispensing device for alcoholic beverages, characterized in that the alcoholic beverage receiving glass (C) is provided with a sensing marker (C1) made of an opaque material so as to improve the drinking glass detection performance of the alcoholic beverage sensor (320).
According to paragraph 1,
The discharge portion 310 includes a liquor tap body 311, one end of which communicates with the other end of the liquor supply pipe 120;
A discharge port 222 connected to the bottom of the liquor tap body 311 and through which liquor is discharged;
It consists of a tab lever 221 that is rotatably connected to the upper part of the liquor tap body 311 and opens or closes the discharge port 222,
Fixed automatic dispensing for alcoholic beverages, characterized in that it further comprises an oak barrel model body (400) fixed to the liquor dispensing body (300) and fixing the discharging portion (310) to the front surface forming an oak barrel shape. Device.
According to paragraph 3,
A fixed automatic dispensing device for liquor, further comprising a rotation limiter 314 that is hingedly connected to a side of the liquor tap body 311 and limits the rotation of the tab lever 221 by hinge rotation. Device.
According to paragraph 1,
It further includes a seller detection sensor 500 that generates a seller detection signal by detecting a seller placing an alcoholic beverage cup C on the shelf member 200,
The control unit 330 controls the discharge unit 310 to be opened only when a seller detection signal is input from the seller detection sensor 500 after the wine glass detection signal is input from the liquor glass detection sensor 320. A fixed automatic dispensing device for alcoholic beverages.
According to paragraph 1,
A buried space 201 is formed in the shelf member 300, and a mounting ledge 202 protrudes from the inner surface forming the buried space 201,
An embedded drip tray member 600 that is placed in the buried space 201 of the shelf member 300 and collects the liquor discharged from the discharge unit 310 so that it does not spill onto the floor when it pours on the shelf member 300. further includes ;,
The embedded drip tray member 600 includes a liquor receiving tray 610 in which a stepping 611 extending over the resting ledge 202 of the shelf member 300 protrudes along an edge;
This is where the liquor receiving glass (C) is placed, and is composed of a grill for receiving the glass (620) placed on the ledge (611) of the liquor receiving tray (610),
It further includes a weight detection sensor 203, which is disposed on the mounting ledge 202 of the shelf member 300 and detects the weight of the embedded drip tray member 600 and generates a weight detection signal at preset intervals. do,
It further includes an information storage unit 340 in which basic tray weight information indicating the weight of the embedded drip tray member 600 is stored and managed,
The control unit 330 reads the weight detection signal input from the weight detection sensor 203 after inputting the wine glass detection signal from the wine glass detection sensor 510, and determines the weight information of the read weight detection signal as the tray basic weight. A fixed automatic dispensing device for alcoholic beverages, characterized in that the discharge pump (130) is controlled to operate only when the information is greater than the information.
According to clause 6,
In the information storage unit 340, liquor overflow capacity information indicating the appropriate allowable amount of liquor contained in the embedded drip tray member 600 is stored and managed,
If the weight value read from the weight detection signal input from the weight detection sensor 203 is greater than the tray basic weight information but smaller than the weight value of the liquor overflow capacity information, the control unit 330 determines the weight of the input weight detection signal. A fixed automatic dispensing device for alcoholic beverages, characterized in that it generates change tray basic weight information by replacing the value with the basic tray weight information of the embedded drip tray member (600) and controls it to be stored and managed in the information storage unit (340).
In clause 7,
It further includes an information output unit 350 where information is output,
When the weight value read from the weight detection signal input from the weight detection sensor 203 reaches the weight value of the liquor overflow capacity information, the control unit 330 instructs the seller to empty the liquor contained in the embedded drip tray member 600. A fixed automatic dispensing device for alcoholic beverages, characterized in that it controls an alarm to be output through the information output unit 350 in order to guide the user.
In clause 7,
an information and communication unit 360 that performs a communication interface function for transmitting and receiving information;
It further includes a seller terminal (700) possessed by the seller,
When the weight value read from the weight detection signal input from the weight detection sensor 203 reaches the weight value of the liquor overflow capacity information, the control unit 330 guides the liquor stored in the embedded drip tray member 600 to be emptied. A fixed automatic dispensing device for alcoholic beverages, characterized in that it generates liquor emptying guide information, and controls the generated liquor emptying guide information to be wirelessly transmitted to the seller terminal (700) through the information and communication unit (360).
According to clause 6,
The information storage unit 340 is information linked to the weight information for each glass and the weight information for each glass indicating different weight information depending on the size or shape of each alcoholic beverage receiving glass C, and includes information that can be accommodated for each alcoholic beverage receiving glass C. Alcoholic beverage capacity information for each glass representing the capacity information of alcoholic beverages is stored and managed,
The control unit 330 matches the weight value read from the weight detection signal input from the weight detection sensor 203 with the weight information for each glass in the information storage unit 340, and the liquor for each bottle is linked to the matched weight information for each glass. A fixed automatic dispensing device for alcoholic beverages, characterized in that it controls the discharge of alcoholic beverages in an amount corresponding to the capacity of the recognized alcoholic beverage cup (C) based on capacity information.

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