JP6000571B2 - Dispenser device and cover member - Google Patents

Description

  The present invention relates to a dispenser device provided with a discharge part for at least one of beverage and ice and a cover member disposed above the ice receiving part.

  A dispenser device that generates and pours cold beverages such as juice and ice coffee includes a beverage discharge unit that pours out the cold beverage and an ice discharge unit that discharges ice to be put into the beverage. There is also a dispenser device that includes an ice discharge unit that can discharge only ice separately from the beverage discharge unit. In such a dispenser device, a beverage for a cold beverage determined by a user is poured into the beverage container while a beverage container such as a cup is set on a container set base provided below the beverage discharge section. In addition, the ice generated in advance is discharged from the ice discharge portion to the beverage container. In addition, in a dispenser device as a drink bar installed in a restaurant that implements a free drink system, it remains in the beverage container for convenience when the user drinks another beverage using the same beverage container. A product provided with a discharge part (sink) for discarding unsold beverages and ice has also been put into practical use. A dispenser device provided with such a discharge part is disclosed in Patent Document 1.

JP 2009-227332 A

  By the way, in a dispenser device used as a drink bar, it is used by many users who are unfamiliar with the use of the dispenser device by self-service, so that the beverage can be poured without properly setting the beverage container on the container set base. Many outings can occur. For example, when a cold beverage is poured out without properly setting the beverage container, the cold beverage is not properly poured into the beverage container and spills into the container set stand or ice is released. Ice released from the portion is not released into the beverage container, but easily spills onto the container set base. For this reason, in the conventional dispenser device, the container set base is formed in a so-called bowl shape, and a drain pan is provided below the container set base so that drinks and ice falling downward from the container set base are received by the drain pan. It is configured. However, the container set base cannot pass ice before melting, and the ice melt generated by melting the ice is collected by the drain pan. For this reason, the ice that has spilled on the container set stand will remain on the container set stand until it melts, and if the spilled beverage adheres to the ice later, the ice will discolor and the visual aesthetics will be impaired, Hygienic problems may also arise.

  In addition, the conventional container set base formed in the shape of a cocoon has a lower portion visible through the gap, so that beverages and ice falling downward can be seen, and the visual aesthetics are impaired. It was.

  Therefore, the present invention has been proposed in order to solve these problems inherently in the dispenser device according to the prior art, and can appropriately deal with spilled or discarded ice from the beverage container. It is an object of the present invention to provide a dispenser device and a cover member disposed above an ice receiving portion.

In order to overcome the above-mentioned problems and achieve the intended object, the invention according to claim 1 of the present application includes a discharge unit that discharges at least one of a beverage and ice supply or an ice-only supply, and the discharge unit. in the dispenser device provided with a acceptable receiver the feed provided below,
An ice collecting portion that is formed in a box shape opened upward and can temporarily store ice is disposed between the receiving portion and the discharge portion for discharging the supply received in the receiving portion. And communicated with the discharge section ,
The receiving portion includes a bottom plate portion that is inclined downward from a portion located below the discharge portion toward the ice recovery portion, and the supply received from the discharge portion is placed along the upper surface of the bottom plate portion. The gist is that it is configured to guide the ice recovery unit .

  According to the first aspect of the present invention, the spilled or discarded ice from the discharge unit is received by the receiving unit, quickly recovered to the ice recovery unit, and temporarily stored in the ice recovery unit, and then the discharge unit. Therefore, it is possible to prevent the ice from staying in the lower part of the discharge part and to keep the lower part of the discharge part clean. Further, since the ice does not stay below the discharge part, the visual aesthetics are not impaired.

The gist of the invention according to claim 2 is that a heat exchanging portion capable of exchanging heat with ice stored in the ice collecting portion is provided on the bottom wall portion of the ice collecting portion.
Therefore, according to the second aspect of the invention, melting of the ice temporarily stored in the ice recovery unit is promoted by the heat exchange unit provided on the bottom wall of the ice recovery unit, Can be prevented from staying for a long time.

In the invention which concerns on Claim 3, the said discharge | release part is equipped with the drink discharge | release part which discharge | releases the supply of a drink and ice ,
In the heat exchange part, a conduit communicating with the beverage discharge part is formed,
The gist of the present invention is that the beverage is supplied to the beverage discharge section through the conduit.
Therefore, according to the invention which concerns on Claim 3, the heat exchange part is cooled by the ice temporarily accommodated in the ice collection | recovery part, and the drink which passes the pipe line formed in this heat exchange part is previously stored. Since it can cool, the electric power consumption for cooling this drink can be reduced, and the running cost concerning the operation | movement of a dispenser apparatus can be held down.

In the invention which concerns on Claim 4, the cover member which covers an upper opening is provided in the said ice collection | recovery part,
The cover member includes an opening through which the ice can pass, and a hook-like portion that extends downward from the one end of the opening toward the other end so as to incline downward.
The extending end of the hook-shaped portion is separated from the lower surface of the cover member at an interval allowing the passage of ice, and extends to the lower side of the other end of the opening.
Therefore, according to the invention according to claim 4, the cover member is provided in the upper opening of the ice recovery unit, and the bowl-like shape extends so as to incline downward from the one end of the opening toward the other end. By providing the part, the inside of the ice recovery part is covered with the cover member and can no longer be seen, so that visual aesthetics can be prevented from being impaired.

In order to overcome the above-mentioned problems and achieve the intended purpose, the invention according to claim 5 of the present application is a cover member disposed above the ice receiving portion that receives the dropped ice,
An opening formed to allow the passage of ice, and a hook-shaped portion extending downwardly from one end of the opening toward the other end so as to incline downward.
The extending end of the bowl-shaped portion is separated from the other end of the opening portion at a distance allowing the passage of ice and extends to the lower side of the other end.
Therefore, according to the invention which concerns on Claim 5, since the inside of this ice receiving part is covered with the cover member arrange | positioned above the ice receiving part and it becomes invisible, it can prevent that visual aesthetics are impaired.

According to the dispenser device of the present invention, ice that has been spilled or discarded from the beverage container can be appropriately processed.
Moreover, according to the cover member which concerns on another invention, since the inside of an ice receiving part is covered with a cover member and cannot be seen, it can prevent that a visual beauty | look is impaired.

(a) is a front view of the dispenser apparatus of an Example, (b) is a right view of the dispenser apparatus of an Example. (a) is a top view of the ice collection | recovery part and drain pan which were provided in the dispenser apparatus of an Example, (b) is the II-II sectional view taken on the line of (a). It is the III-III sectional view taken on the line of Fig.2 (a). (a) is a vertical front view of the ice recovery unit in a state where the waste ice is recovered, and (b) is a vertical side view of the ice recovery unit in a state where the waste ice is recovered.

  Next, a dispenser device and a cover member according to the present invention will be described below with reference to the accompanying drawings by way of preferred embodiments. In the embodiment, the side on which each discharge portion 14 is provided is the front side of the dispenser device D, and the left and right and the front and rear are designated with the dispenser device D viewed from the front side.

  As shown in FIGS. 1 and 2, the dispenser device D of the embodiment includes a main body portion 10 provided at a lower portion and an ice making portion 12 provided on an upper left side of the main body portion 10. The upper part is provided with a discharge part 14 for discharging water, beverages, ice and the like. As for this discharge | release part 14, the 1st drink discharge | release part 15, the ice discharge | release part 18, the 2nd drink discharge | release part 17 grade | etc., Are arrange | positioned side by side from the left. An ice storage 11 having a heat insulating structure is formed in the main body 10, and the ice made by the ice making unit 12 and dropped and released through the chute 13 is temporarily stored in the ice storage 11.

  As shown in FIG. 1, the first beverage discharge unit 15 generates and discharges cold beverages such as various juices and coffees, and is provided with a plurality of nozzles 15A for discharging beverages, An ice discharge part 15B for discharging the ice stored in the ice storage 11 is also provided. Also, below each nozzle 15A, a so-called bowl-shaped first container setting portion 16 is provided for setting a beverage container C such as a cup in a state of being placed thereon. The first container setting unit 16 is formed with a gap (not shown) through which ice that has fallen from the ice discharging unit 15B of the first beverage discharging unit 15 can pass downward as it is before melting. The second beverage discharge unit 17 pours out water or carbonated water generated by mixing water and carbonic acid generated by a carbonator (not shown) disposed in the main body 10. It is. The ice discharge unit 18 can discharge only the ice stored in the ice storage 11. Note that a second container set portion 19 having a bowl shape is disposed below the ice discharge portion 18 and below the second beverage discharge portion 17 (see FIG. 1). The second container setting unit 19 is formed with a gap (not shown) through which water dropped from the second beverage discharge unit 17 and ice before melting dropped from the ice discharge unit 18 can pass as they are.

  As shown in FIGS. 1 to 3, the dispenser device D of the embodiment is provided with an ice collection unit 20 as an ice receiving unit at the upper right side of the main body unit 10 and in front of and under the second beverage discharge unit 17. . Further, on the upper front side of the main body 10, a tray-shaped receiving portion 40 extending horizontally in the left-right direction is provided below the first beverage discharge portion 15, the second beverage discharge portion 17, and the ice discharge portion 18. The first container setting unit 16 and the second container setting unit 19 are provided so as to be positioned below. Then, as will be described later, the beverage or ice that has fallen to the receiving portion 40 from the first beverage discharging portion 15, the second beverage discharging portion 17, and the ice discharging portion 18 travels along the upper surface of the receiving portion 40 and is an ice collecting portion. 20 is configured to be movable.

  As shown in FIG. 3 (a), FIG. 3 (b), FIG. 4 (a) and FIG. 4 (b), the ice recovery unit 20 is a box-shaped member having a bucket shape that opens upward, Since the width is larger than the front-rear front-rear width of the receiving portion 40 and is recessed downward from the receiving portion 40, a large amount of ice ICs can be temporarily stored (FIG. 4). The ice recovery unit 20 is made of stainless steel or aluminum having excellent rust prevention and high thermal conductivity, and is integrally formed by drawing or pressing. The bottom wall portion 21 of the ice recovery unit 20 is provided with a discharge port 22 connected to a discharge pipe (discharge unit) 50, and beverages and water recovered in the ice recovery unit 20, the ice The ice-melting water generated by melting the ice collected in the collection unit 20 is discharged to the discharge pipe 50 through the discharge port 22. In addition, as an example, the size of the ice collection | recovery part 20 is about 200-250 mm in the left-right width, the front-back length is about 350-450 mm, and the depth is about 150-250 mm.

  Further, as shown in FIGS. 2 to 4, heat exchange is performed on the lower surface of the bottom wall portion 21 of the ice recovery unit 20 with the ice IC temporarily stored in the ice recovery unit 20. A cold plate (heat exchanging portion) 25 that is cooled in this manner is provided in close contact with the bottom wall portion 21. The cold plate 25 is made of aluminum, copper or the like having a high thermal conductivity. In the cold plate 25, a meandering pipe line 26 is formed. A first supply pipe 29 connected to a beverage storage part (not shown) side is connected to the inlet part 27 of the pipe line 26, and the first beverage discharge part described above is connected to the outlet part 28 of the pipe line 26. A second supply pipe 30 connected to the 15 side is connected. Therefore, the beverage that has flowed into the pipe line 26 via the first supply pipe 29 is appropriately cooled when passing through the cold plate 25 cooled by heat exchange with the ice IC stored in the ice recovery unit 20. Then, it is configured to be supplied to the first beverage discharge unit 15 via the second supply pipe 30 in a cooled state. The discharge pipe 50 described above extends downward through a through hole formed in the cold plate 25.

  As shown in FIGS. 2 to 4, the ice collection unit 20 is provided with a cover member 35 that covers the upper opening of the ice collection unit 20 at a position lower than the receiving unit 40. The cover member 35 is a plate-like molded member made of a metal such as stainless steel or aluminum or a synthetic resin, and is formed in an outer edge shape that matches the inner edge of the upper opening 20 </ b> A of the ice recovery unit 20. The cover member 35 is held in a state where it is placed from above on a plurality of support portions 24 (see FIG. 4) projecting inward of the ice recovery portion 20 on the inner surface of the vertical wall portion 23 of the ice recovery portion 20. It has come to be.

  As shown in FIGS. 2 to 4, the cover member 35 is formed with a plurality (6 in the embodiment) of openings 36 having an opening size through which ice can pass. Accordingly, the ice IC and beverage that have fallen from the receiving portion 40, and the ice IC that has been discarded on the cover member 35 fall into the ice collection portion 20 through any of the openings 36, and the cover member 35 Ice IC is prevented from staying on the upper surface.

  Further, as shown in FIGS. 2 to 4, the cover member 35 is provided with a hook-like portion 37 extending downward from each opening 36. Each hook-shaped portion 37 extends so as to incline below the corresponding opening 36 downward from the rear opening edge (one end) 36A at the opening periphery of each opening 36 toward the front. Each flange 37 is formed in substantially the same shape as the opening region of the corresponding opening 36, and the extended end (front end) 37 </ b> A of the flange 37 is a front opening at the opening periphery of the opening 36. It extends to just below the edge (other end) 36B. In addition, the extending end 37 </ b> A of each bowl-shaped portion 37 is spaced downward from the lower surface of the cover member 35 at an interval that allows passage of the ice IC. Accordingly, the ice dropped through the opening 36 falls on the upper surface of the bowl-shaped portion 37 and then slides down the upper surface of the bowl-shaped portion 37 and falls into the ice collecting unit 20. Since each bowl-shaped portion 37 is inclined downward from the rear to the front below the opening 36, when the cover member 35 is looked down from the front upper side of the dispenser device D, The bowl-shaped portion 37 can be seen, and the inside of the ice collecting portion 20 is not seen through the opening 36. Each hook-shaped portion 37 may be formed such that the extending end 37 </ b> A is positioned in front of and below the front opening edge 36 </ b> B of the corresponding opening 36.

  As shown in FIGS. 1 and 2, the receiving portion 40 has a bottom plate portion 41, and an outer peripheral edge portion 42 that extends over three sides of the front edge, the left edge, and the rear edge of the bottom plate portion 41 and protrudes upward. It consists of. The receiving portion 40 is a tray-like member integrally formed from a metal such as stainless steel or aluminum or a synthetic resin. The bottom plate portion 41 is formed such that the left side located below the first beverage discharge portion 15 has the highest height position and is gently inclined downward toward the ice collecting portion 20 located on the right side. Accordingly, the receiving unit 40 moves the drink or ice dropped and received on the bottom plate portion 41 to the right along the upper surface of the bottom plate portion 41 to the upper surface of the cover member 35 disposed in the ice collecting unit 20. Configured to fall.

(Operation of Example)
Next, the operation of the dispenser device D of the embodiment configured as described above will be described. In the dispenser device D of the embodiment, when the power of the device D is turned on, the ice making unit 12 is operated to start ice making, and the ice generated in the ice making unit 12 passes through the chute 13 in the main body 10. The ice storage 11 is dropped and released and temporarily stored in the ice storage 11.

  When a cold beverage dispensing operation is performed in the first beverage discharge unit 15, the selected predetermined beverage is poured into the beverage container C set in the first container setting unit 16, and ice storage Ice conveyed from the storage 11 is discharged into the beverage container C. In addition, when water or carbonated water is poured out in the second beverage discharge unit 17, predetermined water or beverage stock solution is placed below the second beverage discharge unit 17 in the second container setting unit 19. It is discharged into a set beverage container (not shown). Further, when an ice discharge operation is performed in the ice discharge unit 18, the ice transported from the ice storage 11 is a beverage container (see FIG. 5) set below the ice discharge unit 18 in the second container setting unit 19. (Not shown).

  Then, in the first beverage discharge unit 15, the beverage and ice IC spilled on the first container set unit 16 fall onto the bottom plate portion 41 of the receiving unit 40 from the gap between the first container set unit 16 and receive the same. After being received by the portion 40, it moves to the right along the bottom plate portion 41, falls onto the cover member 35, and is accommodated in the ice recovery portion 20 through the opening 36 of the cover member 35. (See Figure 4). In the second beverage discharge unit 17, the water or carbonated water spilled on the second container set unit 19 falls directly from the gap of the second container set unit 19 onto the upper surface of the cover member 35, and the opening of the cover member 35 It is recovered into the ice recovery unit 20 via the unit 36. Further, the ice IC spilled on the second container setting part 19 in the ice discharge part 18 falls onto the bottom plate part 41 of the receiving part 40 from the gap of the second container setting part 19 and is received by the receiving part 40. After that, it moves to the right along the bottom plate 41 and falls onto the cover member 35, and is accommodated in the ice recovery unit 20 through the opening 36 of the cover member 35 (see FIG. 4). ).

  The beverage and water collected in the ice collection unit 20 are appropriately brought into contact with the ice IC accommodated in the ice collection unit 20 and then discharged as they are to the discharge pipe 50 through the discharge port 22. On the other hand, the ice IC recovered in the ice recovery unit 20 becomes a lump larger than the opening size of the discharge port 22 and is temporarily accommodated in the ice recovery unit 20. Accordingly, the cold plate 25 provided on the bottom wall portion 21 of the ice recovery unit 20 is cooled by heat exchange with the ice IC stored in the ice recovery unit 20, and the beverage flowing through the pipe line 26 is cooled. It becomes like this. Further, the heat exchange with the cold plate 25 promotes the melting of the ice IC accommodated in the ice recovery unit 20, and the ice decontamination generated by the melting of the ice IC is discharged through the discharge port 22 to the discharge pipe It will be discharged to 50. The beverage and water collected in the ice collection unit 20 come into contact with the ice IC accommodated in the ice collection unit 20 so that melting of the ice IC is promoted.

  Therefore, according to the dispenser device D of the embodiment, the ice IC spilled from the first beverage discharge unit 15 to the first container setting unit 16 is received by the receiving unit 40 without staying on the first container setting unit 16. Since the ice is quickly collected by the ice collecting unit 20, the upper part of the first container setting unit 16 can be kept clean. Further, since the dirty ice does not stay on the first container setting unit 16, the visual aesthetic appearance is not impaired.

  Further, since the cold plate 25 in which the pipe line 26 is formed is provided on the bottom wall portion 21 of the ice collection unit 20, the ice IC temporarily accommodated in the ice collection unit 20, the cold plate 25, As a result of the heat exchange, the melting of the ice IC is promoted, and the ice IC is prevented from staying in the ice recovery unit 20 for a long time. Can be discharged through. Further, the beverage or water received by the receiving unit 40 falls into the ice collecting unit 20 and comes into contact with the ice IC accommodated in the ice collecting unit 20, so that the ice IC can be used by these water and beverage. Can be melted. And since the discharge pipe 50 is formed through the cold plate 25 and the ice decontamination can be quickly discharged through the discharge pipe 50, the heat from the cold plate 25 is not taken away by the ice decontamination. It moves to the ice IC and the melting of the ice IC is promoted. Furthermore, since the beverage recovered in the ice recovery unit 20 is diluted by the ice thaw generated when the ice IC accommodated in the ice recovery unit 20 is melted, the sugar contained in the beverage is removed from the inner surface of the discharge pipe 50. The generation of sugar cement due to adhering to the water can be suppressed, and the inside of the discharge pipe 50 is appropriately washed by ice defrosting.

  In addition, the cold plate 25 is cooled by the ice IC temporarily stored in the ice collection unit 20, so that the beverage before being supplied to the first beverage discharge unit 15 passes through the pipe line 26 of the cold plate 25. Since it cools when performing, the power consumption of the cooler which cools this drink can be reduced, and the running cost concerning the driving | operation of the dispenser apparatus D can be held down.

  Further, a cover member 35 is disposed in the upper opening 20A of the ice recovery unit 20 and a hook-shaped part 37 is provided below the opening 36 formed in the cover member 35, whereby the ice recovery unit 20 Since the accommodated ice IC is covered with the cover member 35 and cannot be seen, the visual aesthetics can be prevented from being impaired.

(Change example)
(1) The cold plate 25 may have a shape in contact with the vertical wall portion 23 of the ice collection unit 20 as well as the bottom wall unit 21 in the ice collection unit 20. In this case, the heat exchange rate with the ice temporarily stored in the ice recovery unit 20 is increased, and the ice can be efficiently melted.
(2) The ice recovery unit 20 is formed with a material having a high thermal conductivity such as stainless steel or aluminum at a portion where the cold plate 25 is provided, and is formed with a synthetic resin or the like at a portion where the cold plate 25 is not provided. You may do it.
(3) The ice recovery unit 20 may be one in which the cold plate 25 is integrally formed. Further, a part of the bottom wall portion 21 and the vertical wall portion 23 of the ice recovery unit 20 is configured by the cold plate 25 so that the ice IC stored in the ice recovery unit 20 is in direct contact with the cold plate 25. May be.
(4) A pipe-shaped pipe line is arranged in direct contact with the bottom wall part 21 and the vertical wall part 23 of the ice collecting part 20 so that water or a beverage stock solution can pass through the pipe line. May be.
(5) The ice recovery unit 20 forms a pipe line 26 in the bottom wall part 21 and the vertical wall part 23 that form the ice recovery part 20 so that water or a beverage stock solution passes through the pipe line 26. It may be.
(6) The pipe line 26 formed in the cold plate 25 connects a water supply pipe (not shown) connected to a water supply part for supplying ice-making and drinking water to the inlet part 27 and has been described above. A supply pipe (not shown) connected to the second beverage discharge part 17, the ice discharge part 18 side or the ice making part 12 side is connected to the outlet part 28, and water is cooled by passing through the pipe line 26. You may do it. Moreover, you may form so that the several pipe line 26 may be formed and both water and a drink may be cooled simultaneously.
(7) The cover member 35 may be installed in the ice recovery unit 20 so as to incline downward toward the rear, for example. When the cover member 35 is inclined as described above, the ice that has fallen on the cover member 35 can be quickly dropped onto any of the openings 36 by moving on the cover member 35.
(8) The ice collection unit 20 may be disposed below the first beverage discharge unit 15 or below the ice discharge unit 18.
(9) The ice collection part 20 and the receiving part 40 may be formed integrally.
(10) The cover member 35 is configured to discharge the second beverage from the first container set portion 16 disposed below the nozzle 15A and the ice discharge portion 15B in the first beverage discharge portion 15 and the ice discharge portion 18 below. It can also be used in place of the second container setting portion 19 disposed below the portion 17. That is, the cover member 35 disposed in place of the first container setting unit 16 is disposed on the upper left side of the receiving unit 40 serving as an ice receiving unit, and the beverage spilled from the nozzle 15A of the first beverage discharge unit 15 and Ice spilled from the ice discharge part 15B can be appropriately dropped to the receiving part 40 through the opening 36. Further, since the cover member 35 is provided with the bowl-shaped portion 37 below each opening 36, the cover member 35 covers the carbonated water and ice that have fallen below the first beverage discharge portion 15 in the receiving portion 40 so as not to be seen. Therefore, the visual aesthetics can be prevented from being damaged. Further, the cover member 35 disposed in place of the second container setting unit 19 is disposed on the upper right side of the receiving unit 40 serving as an ice receiving unit, and is configured to remove spilled carbonate and ice from the second beverage discharge unit 17. And can be appropriately dropped to the receiving portion 40 through the opening 36. Further, since the cover member 35 is provided with the bowl-shaped portion 37 below each opening 36, the cover member 35 covers the beverage or ice that has fallen below the second beverage discharge portion 17 in the receiving portion 40 so that it cannot be seen. The visual aesthetics can be prevented from being impaired.

14 discharge part, 15 drink discharge part, 20 ice recovery part (ice receiving part), 21 bottom wall part,
25 cold plate (heat exchange part), 26 pipe line, 35 cover member, 36 opening,
36A, one end (of the opening 36), 36B the other end (of the opening 36), 37, a bowl-shaped portion,
37A extension end (of the bowl-shaped part), 40 receiving part (ice receiving part), 41 bottom plate part,
50 Discharge pipe (discharge part), IC ice

Claims (5)

Emitting unit for emitting at least one of the feed or ice only feed of beverage and ice (14), an acceptable receiver the feed provided below said discharging portion (14) and (40) In a dispenser device comprising:
Between the receiving part (40) and the discharge part (50) for discharging the supply received in the receiving part (40), the ice (IC) is temporarily formed by being formed in a box shape opened upward. An ice collecting part (20) that can be accommodated in the communication part, and communicating with the receiving part (40) and the discharging part (50) ,
The receiving portion (40) includes a bottom plate portion (41) inclined downward from a portion located below the discharge portion (14) toward the ice recovery portion (20), and receives from the discharge portion (14). The dispenser device configured to guide the supplied product to the ice recovery unit (20) along the upper surface of the bottom plate (41) .   The bottom wall (21) of the ice recovery part (20) is provided with a heat exchange part (25) capable of exchanging heat with the ice (IC) accommodated in the ice recovery part (20). The dispenser device according to claim 1. The discharge section (14) comprises a beverage discharge section (15) for discharging a beverage and ice supply ,
In the heat exchange part (25), a pipe line (26) communicating with the beverage discharge part (15) is formed,
3. The dispenser device according to claim 2, wherein the beverage is supplied to the beverage discharge section (15) via the conduit (26). The ice recovery unit (20) is provided with a cover member (35) covering the upper opening,
The cover member (35) includes an opening (36) through which the ice can pass, and a lower portion of the opening (36) from one end (36A) to the other end (36B) of the opening (36). And a hook-like portion (37) extending so as to incline downward,
The extended end (37A) of the bowl-shaped portion (37) is spaced downward from the lower surface of the cover member (35) at an interval allowing the passage of ice (IC), and the other end of the opening (36). The dispenser device according to any one of claims 1 to 3, wherein the dispenser device extends to a position below the end (36B). A cover member disposed above the ice receiving portion (20, 40) for receiving the dropped ice,
An opening (36) formed to allow the passage of ice, and a downward inclination of the opening (36) from one end (36A) to the other end (36B) of the opening (36) An extending hook-shaped part (37),
The extending end (37A) of the bowl-shaped portion (37) is spaced downward from the other end (36B) of the opening (36) at an interval allowing passage of ice (IC) and the other end (36B). A cover member that extends downward.

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