JP2012059096A - Cup type automatic vending machine - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a cup type automatic vending machine capable of relaxing drop impact of chip ice to prevent a beverage from scattering while suppressing increase in manufacturing cost and installation space.SOLUTION: A cup type automatic vending machine for vending an ice beverage prepared by sliding down and putting chip ice discharged from an auger type ice machine 48 through an ice chute 49 into a cup C containing beverage stirred by stirring blades 51 of a beverage stirrer 50, an ice shutter 62 which opens/blocks a passage 61a for chip ice sliding down from the ice chute 49 in association with the ascending/descending motion of the stirring blades 51 is provided in an ice supply guide 61 of the beverage stirrer 50, the ice shutter 62 blocking the ice chip passage 61a when the stirring blades 51 descends to a prescribed stirring position, while opening the ice chip passage 61a when the stirring blades 51 ascends from the prescribed stirring position.

Description

  The present invention relates to a cup-type vending machine in which chip-shaped ice contained in an auger-type ice making machine is put into a cup to prepare a cup beverage such as iced coffee for sale.

  2. Description of the Related Art Cup-type vending machines that prepare cup drinks such as hot coffee in which coffee liquid is injected into sugar or cream supplied to a cup and are stirred are known. This cup-type vending machine is equipped with an auger-type ice making machine. Chip ice (hereinafter referred to as “chip ice”) that has been made and stored is slid down with an ice shooter and placed in a cup containing hot coffee. However, it is possible to prepare ice coffee containing chip ice and sell it. For example, FIG. 1 of Patent Document 1 discloses an ice shooter connected to an ice discharge port provided in an ice storage of an auger type ice making machine provided in a cup type vending machine. The tip of the ice shooter opens toward the cup, and when the ice discharge port is opened, the chip ice contained in the ice storage slides down the ice shooter and is put into the cup from the ice outlet.

  When the ice discharge port is opened and the chip ice slides down the ice shooter, the speed at which the chip ice slides is accelerated to increase, and the chip ice is rapidly put into the cup from the ice outlet. If the chip ice is poured into the cup vigorously in this way, the beverage inside the cup scatters to the surroundings due to the falling impact of the inserted chip ice, and the outer surface of the cup and the cup transport device are soiled with the splattered beverage. Occurs.

  In order to solve such a problem, for example, FIG. 7 of Patent Document 2 discloses a cup-type vending machine provided with an opening / closing lid that is opened by a solenoid at an ice outlet of an ice shooter. This open / close lid temporarily receives chip ice discharged from an auger type ice maker when preparing iced coffee beverages, etc., and plays a role in mitigating the drop impact when chip ice is put into the cup It is. In other words, when the chip ice discharged from the auger type ice machine slides down the ice shooter vigorously and is poured into the cup at once, the beverage inside the cup is scattered by the falling impact of the chip ice, and the cup outer wall surface and the cup transport Although there is a risk of contaminating the device, an opening / closing lid is provided at the ice outlet of the ice shooter, and the chip ice that has slid down the ice shooter is temporarily received by the opening / closing lid, and then the lid is opened to insert the chip ice into the cup. Is used to reduce the drop impact of the chip ice and prevent the beverage from splashing.

Japanese Patent Application Laid-Open No. 7-6253 Japanese Patent Laid-Open No. 10-134244

  By the way, as described above, an opening / closing lid that is operated to be opened by a solenoid is provided at the ice outlet of the ice shooter, and the tip ice discharged from the auger type ice making machine is temporarily received by the opening / closing lid when preparing iced coffee beverages, etc. In a cup-type vending machine designed to alleviate the impact of dropping when ice is put into a cup, it is necessary to provide an opening / closing lid that can be opened with a solenoid, which greatly increases manufacturing costs. There were problems such as requiring a special installation space.

  The present invention has been made in order to solve the above-described problems, and can suppress the falling impact of chip ice and prevent the beverage from splashing while suppressing the situation where the manufacturing cost and installation space increase. The purpose is to provide a cup-type vending machine.

In order to achieve the above object, the cup type vending machine according to claim 1 of the present invention conveys the cup held by the cup conveying device to the beverage stirring device position via the raw material supply device, In the course of the conveyance, raw materials necessary for preparing the beverage in the cup are sequentially charged from the raw material supply device, and at the beverage stirring device position, diluted hot water, coffee liquid, etc. are injected, and the beverage stirring device is stirred. In the cup-type vending machine that sells iced drink prepared by sliding the ice shooter into the cup by sliding the ice ice discharged from the chip ice supply device into the drink that has been stirred down by the blades being lowered,
An ice supply guide for connecting the ice shooter is provided in the vicinity of the beverage agitator, and the ice supply guide opens and closes the passage of the chip ice that has slid down from the ice shooter in conjunction with the raising and lowering operation of the stirring blade. An opening / closing lid is provided.

  The cup-type vending machine according to claim 2 of the present invention is the cup-type vending machine according to claim 1, wherein the opening / closing lid closes the tip ice passage when the stirring blade is lowered to a predetermined stirring position, and the stirring When the blade rises from the predetermined stirring position, the tip ice passage is opened.

  According to the first aspect of the present invention, the cup gripped by the cup transport device is transported to the beverage stirring device position via the raw material supply device, and is necessary for preparing the beverage with the cup during the transport. Fresh ingredients are sequentially added from the raw material supply device, and at the beverage agitator position, diluted hot water, coffee liquid or the like is injected, and the beverage is stirred while the stirring blades of the beverage agitator are lowered. In a cup-type vending machine that sells iced drink prepared by sliding chip ice discharged from a supply device into an ice shooter and feeding it into the cup, ice supply for connecting the ice shooter in the vicinity of the beverage agitator A guide is provided, and the ice supply guide is provided with an open / close lid that opens and closes the passage of the chip ice that has slid down from the ice shooter in conjunction with the raising and lowering operation of the stirring blade. It is possible to provide a cup type automatic vending machine can be alleviated drop impact of the chip ice while suppressing a situation where the manufacturing cost and installation space increases to prevent scattering of the beverage.

  According to a second aspect of the present invention, the opening / closing lid closes the tip ice passage when the stirring blade is lowered to a predetermined stirring position, and the tip ice when the stirring blade is lifted from the predetermined stirring position. By opening the passage, it is possible to provide a cup-type vending machine capable of reliably opening and closing the opening / closing lid.

Front schematic diagram of a cup-type vending machine according to an embodiment of the present invention Front view of the cup vending machine shown in Fig. 1 with the front door open The block diagram which shows the preparation part of the cup drink of the cup type vending machine shown in FIG. The figure which shows the drink stirring apparatus of the cup type vending machine shown in FIG. Control block diagram of the cup type vending machine shown in FIG. Timing chart of the cup type vending machine shown in FIG. The figure in which the opening / closing lid of the beverage agitator shown in FIG. 4 was closed. The figure which the opening-and-closing lid | cover of the drink stirring apparatus shown in FIG. 4 opened

Hereinafter, preferred embodiments of a cup type vending machine according to the present invention will be described in detail with reference to the drawings. Note that the present invention is not limited to the embodiments.
FIG. 1 is a schematic front view of a cup type vending machine according to an embodiment of the present invention. FIG. 2 is a schematic front view of the cup type vending machine shown in FIG.

  The cup-type vending machine 1 is a vending machine that prepares a beverage selected by a user by operating a beverage selection button and sells it in a cup. On the outer surface upper part of the front door 3 attached to the apparatus housing 2 (see FIG. 2) so as to be openable and closable, a plurality of beverage sample display parts 4 and a hot beverage selection button 5 provided for each beverage sample display part 4; An iced beverage selection button 6 and a poster panel 7 are provided. In addition, sugar / milk / coffee raw material increase / decrease button 8, coin insertion slot 9, coin return lever 10, bill insertion slot 11, deposit amount, hot water temperature, cooling water temperature, etc. are provided at the center of the outer surface of front door 3. When the display unit 12 to display, the door lock 13, the beverage outlet 14, the door plate opening / closing motor 15m (see FIG. 5) is driven, the door plate 15 that opens and closes the opening of the beverage outlet 14, and the change return port at the lower right thereof. 16 is disposed.

  Inside the device housing 2, a plurality of cups C having the same shape (see FIG. 3) are stacked and accommodated in the vertical direction, and a cup supply device 19 and a cup supply device which are sequentially dispensed and supplied from the lowermost cup C. 19, a cup holding mechanism 36 that holds the cup C supplied from 19, a cup transfer device 20 that transfers the cup holding mechanism 36 that holds the cup C, a coffee bean canister 41 that contains coffee beans as beverage ingredients, sugar, cream A powder raw material canister 42 containing powder raw materials such as cocoa, a hot water tank 43 storing hot water (diluted hot water) used for preparing beverages, and coffee beans supplied from the coffee bean canister 41 in a mill 46 Sales of coffee brewer (coffee liquid extractor) 47, which extracts coffee liquid with hot water supplied from hot water tank 43 to ground ground beans, and iced beverages An auger type ice making machine (chip ice supply device) 48 that manufactures and stores chip ice to be used when it is used, and a stirring blade 51 inserted into sugar, cream, coffee liquid, etc. supplied to the cup C (FIG. 4). A beverage agitator 50 for rotating and stirring to mix and mix.

  FIG. 3 is a configuration diagram showing a cup beverage preparation unit as an embodiment of the cup vending machine 1 of the present invention. For the preparation of beverages, cup supply device 19 for supplying cup C, cup transport device 20 for transporting cup holding mechanism 36 that holds cup C, powder raw material canister 42 containing powder raw materials such as sugar, cream and cocoa. Hot water tank 43 storing hot water to be used, auger type ice making machine 48 that manufactures and stores chip ice used when selling iced beverages, sugar, cream, coffee liquid supplied to cup C, etc. The apparatus is composed of a beverage stirring device 50 for inserting and rotating the stirring blade 51 and stirring, a coffee bean canister 41 (not shown), a mill 46, a coffee brewer 47, and the like.

  The cup transport device 20 includes a support frame 22 that extends horizontally in the left-right direction (relative to FIG. 3), a drive pulley 23 and a driven pulley 24 that are rotatably supported at both ends of the support frame 22, and between the pulleys. A main conveyance unit 21 composed of an endless conveyance belt 25, a conveyance motor 26 for rotating the drive pulley 23, and a subframe 27 provided in parallel with the support frame 22, and one end fixed to the conveyance belt 25. The other end is placed on the sub-frame 27. Similarly, both ends of the drive pulley 29 and the support frame 31 provided with the driven pulley 30 are rotatably supported, and the endless conveyance spanned between the pulleys. The support frame 31 rolls on the surface of the support frame 22 as the belt 32, the transport motor 33 that rotates the drive pulley 29, and the transport belt 25 are operated. A cup holding mechanism transport unit 28 comprising a roller 34 provided on the surface and a roller 35 provided so as to roll on the surface of the sub-frame 27, and a cup holding mechanism fixed to the transport belt 32 of the cup holding mechanism transport unit 28. 36.

  When the transport belt 25 rotates, the cup holding mechanism transport unit 28 causes the roller 34 to roll on the surfaces of the support frame 22 and the roller 35 on the sub frame 27, so that the cup holding mechanism transport unit 28 smoothly moves in the left-right direction. Moved. The cup holding mechanism 36 is fixed to a predetermined portion of the conveyor belt 32, and a roller 37 is attached to the fixed portion. When the transport belt 32 rotates, the roller 37 rolls on the surface of the support frame 31, and the cup holding mechanism 36 is smoothly moved in the front-rear direction (relative to FIG. 3). The cup holding mechanism transport unit 28 can move in the left-right direction by the rotation of the transport motor 26 operated by a signal output from the control unit 90 (see FIG. 5), and the transport belt 32 of the cup holding mechanism transport unit 28. The cup holding mechanism 36 fixed to the head can also be moved in the front-rear direction by the rotation of the transport motor 33 operated by a signal output from the control unit 90. As a result, the cup holding mechanism 36 can freely move in the front-rear and left-right directions by a signal output from the control unit 90.

  Further, the cup holding mechanism 36 is provided with a cup receiving base 38 for receiving the cup C supplied from the cup supply device 19 and a cup holding arm 39 for holding the cup C body, and the cup receiving base 36 38 can be moved in the cup height (up and down) direction corresponding to the size (large, medium, small) of the cup C by a cup cradle moving mechanism (not shown). Further, the cup gripping arm 39 can be opened and closed by an arm opening / closing mechanism (not shown) so that the arm interval according to the size (large, medium, small) of the cup C can be obtained. The cup gripping arm 39 is configured to grip the cup.

  The cup supply device 19 accommodates a large number of large, medium and small types of cups C, and is provided with a cup unloading device (not shown) at the bottom. Based on the cup supply instruction output from the control unit 90, one of the large, medium and small cups C is unloaded from the cup unloading device one by one from the cup supply device 19 and delivered to the cup holding mechanism 36. ing.

  The powder raw material canister 42 contains coffee, sugar, cream, cocoa, etc. as powder raw materials, respectively, and a predetermined amount of each powder raw material is held by the cup holding mechanism 36 through the raw material shooter 42b from the discharge port 42a. , And supplied to the cup C that has been transported.

  The hot water tank 43 includes a heater (not shown) therein, and includes a hot water supply pipe 45 that stores the supplied drinking water as heated hot water and communicates with the hot water supply valve 44. Then, when the hot water supply valve 44 is opened according to the supply instruction of the control unit 90, a predetermined amount of hot water is supplied to the coffee brewer 47 and the cup C through the hot water supply pipe 45. The hot water supplied to the cup C through the hot water supply pipe 45 is stirred and mixed with the powder raw material supplied to the cup C when the stirring blade 51 rotates to prepare a beverage.

  The auger type ice making machine 48 produces an ice making unit 48a for producing chip ice, an ice storage unit 48b for storing the chip ice produced by the ice making unit 48a, and opens the door to discharge the chip ice contained in the ice storage unit 48b. When the ice discharge port 48c is provided and the ice discharge port 48c is opened, chip ice having a size of about 10 mm accommodated in the ice storage portion 48b slides down the ice shooter 49.

  FIG. 4 shows the beverage stirring device 50 and the cup holding mechanism 36 of the present invention. The beverage stirring device 50 is a stirring blade 51 for stirring and mixing the powder raw material in the cup C and coffee liquid or hot water (diluted hot water). An agitation motor 53 that rotates 51, a rotating shaft 52 that transmits the rotational force of the agitation motor 53 to the agitation blade 51, an elevating base 54 to which the agitation motor 53 is attached, and a rack 55 provided on the elevating base 54 are configured.

  In the case 56 in which these are accommodated, a plurality of guide shafts 57 that guide the raising and lowering of the elevating base 54 are provided through the guide holes 54 a provided in the elevating base 54, and the elevating and lowering attached to the case 56. A spur gear 59 attached to the output shaft of the speed reducer 58 a that reduces the number of rotations of the motor 58 meshes with a rack 55 attached to the lift base 54. In addition, the case 56 is provided with an ice supply guide 61 for supplying chip ice used for preparing an iced beverage to the cup C, and an ice shooter 49 of an auger type ice making machine 48 is inserted into the ice supply guide 61. Are connected in such a manner that the ice outlet 49a is opened.

  An ice shutter (opening / closing lid) 62 for receiving the chip ice released from the ice outlet 49 a after sliding down the ice shooter 49 is pivotally supported by the ice supply guide 61 by a shaft 64. The ice shutter 62 is always pressed in one direction (counterclockwise with the shaft 64 as a fulcrum) by a spring (not shown) at the standby position shown in FIG. When the elevating motor 58 is rotated to lower the elevating base 54 together with the agitating blade 51 in order to agitate the beverage, the passive shutter 63 is pushed down by the elevating base 54, whereby the ice shutter 62 is rotated clockwise about the axis 64. And the tip ice passage 61a of the ice supply guide 61 is closed.

  Thus, the ice shutter 62 closes the tip ice passage 61a of the ice supply guide 61, so that the tip ice released from the ice outlet 49a can be received by sliding down the ice shooter 49 (see FIG. 7). Then, in order to raise the agitating blade 51, when the elevating motor 58 is reversed to the previous position and the elevating base 54 is raised together with the agitating blade 51, the passive piece 63 rotates counterclockwise about the shaft 64 as the ice shutter 62. Opens the tip ice passage 61a of the ice supply guide 61, and the tip ice received by the ice shutter 62 slides down the tip ice passage 61a of the ice supply guide 61 and is put into the cup C.

  FIG. 5 is a control block diagram of the cup-type vending machine 1, and the control unit 90 that controls the preparation of beverages in the cup-type vending machine 1 stores a CPU 91 as a central processing unit and a control program for the CPU 91. A ROM (Read Only Memory) 92, a RAM (Random Access Memory) 93 that stores various programs and data necessary for the control of the CPU 91, and a clock generated by a reference clock generator (not shown). It comprises a timer 94 that counts various times and a power supply unit 95 having a power circuit that supplies power to each device provided in the cup type vending machine 1.

  Further, the controller 90 includes a keyboard 96 for inputting various setting data of the cup type vending machine 1, a hot beverage selection button 5 for selecting a beverage to be purchased by a user, an iced beverage selection button 6, and a rotation of an elevating motor 58. An encoder 58b that detects the number and outputs a rotational speed signal is connected.

  Furthermore, a door plate opening / closing motor 15m that is provided at the beverage outlet 14 and electrically opens and closes the door plate 15; a transport motor 26 that operates the drive pulley 23 that rotates the transport belt 25; and a drive pulley 29 that rotates the transport belt 32 are provided. The transport motor 33 to be operated, the hot water supply valve 44 for supplying hot water stored in the hot water tank 43, the solenoid 48d for opening and closing the door of the ice discharge port 48c for discharging the chip ice stored in the ice storage portion 48b, and the stirring blade 51 An agitating motor 53 that rotates and the elevating motor 58 that elevates and lowers the elevating base 54 to which the agitating motor 53 is attached are connected.

  In the cup type vending machine 1 described above, when a user inserts a coin into the coin insertion slot 9 and presses the ice beverage selection button 6, the control unit 90 outputs a signal for preparing the ice beverage. In response to the signal output from the control unit 90, first, the transport motors 26 and 33 of the cup transport device 20 are rotated, and the cup holding mechanism 36 holding the cup C supplied from the cup supply device 19 is moved to the powder raw material canister ( (Raw material supply device) 42 is sequentially conveyed to each position. A predetermined amount of each powder raw material (for example, coffee, sugar, cream) is sequentially fed into the cup C held by the cup holding mechanism 36 from the discharge port 42a of the powder raw material canister 42 via the raw material shooter 42b. When the powder raw material necessary for preparing a beverage in the cup C is charged from the powder raw material canister 42, the cup conveying device 20 conveys the cup C held by the cup holding mechanism 36 to a position directly below the beverage stirring device 50. And stop (see FIG. 6A).

  When the cup C is transported to a position immediately below the beverage agitator 50 and stopped, the control unit 90 rotates the lifting motor 58, and the rack that meshes with the spur gear 59 when the spur gear 59 decelerated by the speed reducer 58a rotates forward. 55 goes down. When the rack 55 is lowered, the stirring blade 51 is lowered into the cup C along with the lifting base 54 along the guide shaft 57. When the stirring blade 51 is lowered to a predetermined stirring position (the bottom of the cup C shown in FIG. 7), the control unit 90 stops the lifting motor 58 based on the rotation number signal of the lifting motor 58 output from the encoder 58b. When the stirring blade 51 is lowered to a predetermined stirring position, the elevating base 54 pushes down the passive piece 63, whereby the ice shutter 62 rotates clockwise around the shaft 64, and the tip ice passage 61a of the ice supply guide 61 is rotated. Is closed (see FIG. 6B and FIG. 7).

At the same time, the hot water supply valve 44 is opened and a predetermined amount of hot water stored in the hot water tank 43 is supplied through the hot water supply pipe 45 (see FIG. 6C).
When the stirring blade 51 is lowered to a predetermined stirring position and the elevating motor 58 is stopped, the stirring motor 53 is rotated and each powder raw material (for example, coffee, sugar, cream) and hot water charged in the cup C are stirred with the stirring blade. A beverage is prepared by stirring at 51 and dissolving each powder raw material in warm water (see FIGS. 6D and 7).

  When a predetermined amount of hot water stored in the hot water tank 43 is supplied through the hot water supply pipe 45 and the hot water supply valve 44 is closed, the solenoid 48d is driven to open the ice discharge port 48c and accommodated in the ice storage portion 48b. The chip ice is discharged and the ice shooter 49 is slid down. The chip ice slid down the ice shooter 49 and discharged from the ice outlet 49a is received by the ice shutter 62 closing the chip ice passage 61a (see FIGS. 6E and 7).

  When the ice discharge port 48c is closed, the elevating motor 58 is rotated in the opposite direction to the previous direction to raise the elevating base 54 and the stirring blade 51. When the elevating base 54 is raised, the passive piece 63 is released from the elevating base 54 and rotated counterclockwise around the shaft 64 by a spring (not shown), the ice shutter 62 returns to the standby position, and the ice By opening the tip ice passage 61a of the supply guide 61, the tip ice received by the ice shutter 62 slides down the tip ice passage 61a of the ice supply guide 61 and is poured into the beverage in the cup C. It is possible to mitigate the falling impact of chip ice while preventing the cost and installation space from increasing, and to prevent the beverage from splashing. As a result, the beverage in the cup is scattered around by the falling impact of the inserted chip ice, and the outer wall surface of the cup C and the cup transport device 20 are soiled by the scattered beverage, while suppressing the increase in manufacturing cost and installation space. Can be solved (see FIG. 6F and FIG. 8).

  When the agitating motor 53 is rotated and the tip ice put into the cup C is stirred together with the beverage by the stirring blade 51, the tip ice put into the beverage and melted is melted to cool and appropriately dilute the beverage. An iced beverage is prepared (see FIGS. 6G and 8).

  When the beverage stirring by rotating the stirring blade 51 by the stirring motor 53 is completed, the lifting motor 58 is rotated to raise the lifting base 54 and the stirring blade 51 to the standby position (see FIGS. 6H and 4).

  When the stirring blade 51 rises to the standby position, the transport motors 26 and 33 of the cup transport device 20 are rotated, and the cup holding mechanism 36 that holds the cup C prepared with the iced beverage is transported to the beverage outlet 14 ( See FIG. 6I).

  When the cup holding mechanism 36 is conveyed to the beverage outlet 14, the door plate opening / closing motor 15m is driven to move the door plate 15, and when the beverage outlet 14 is opened, the cup C in which the iced beverage is prepared by the user. The door plate opening / closing motor 15m is driven to move the door plate 15 and the opening of the beverage outlet 14 is closed.

  As described above, according to the cup type vending machine 1 of the present embodiment, the cup C held by the cup holding mechanism 36 of the cup transport device 20 is passed through the powder raw material canister 42 and the beverage agitator 50. In the course of the transportation, raw materials necessary for preparing the beverage in the cup C are sequentially introduced from the powder raw material canister 42, and at the position of the beverage stirring device 50, hot water, coffee liquid, etc. are injected, Selling iced beverage prepared by stirring the ice blades of the auger type ice making machine 48 into the cup C by sliding the ice chipper discharged from the auger type ice making machine 48 into the cup C. In the cup-type vending machine 1, an ice supply guide 61 for connecting an ice shooter 49 is provided in the vicinity of the beverage stirring device 50, and the ice supply guide 61 is provided with an ascending blade for the stirring blade 51. By providing an ice shutter 62 that opens and closes the chip ice passage 61a that has slipped down from the ice shooter 49 in conjunction with the operation, the impact of falling chip ice can be mitigated while suppressing an increase in manufacturing cost and installation space. It is possible to provide a cup-type vending machine 1 that can prevent the beverage from splashing.

  The ice shutter 62 closes the tip ice passage 61a when the stirring blade 51 is lowered to a predetermined stirring position, and opens the tip ice passage 61a when the stirring blade 51 is lifted from the predetermined stirring position. It is possible to provide a cup-type vending machine 1 that can be opened and closed reliably.

DESCRIPTION OF SYMBOLS 1 Cup type vending machine 2 Equipment housing | casing 5 Hot drink selection button 6 Ice drink selection button 19 Cup supply apparatus 20 Cup conveyance apparatus 26 Conveyance motor 33 Conveyance motor 36 Cup holding mechanism 42 Powder raw material canister (raw material supply apparatus)
43 Hot water tank 48 Auger ice making machine (chip ice supply device)
49 Ice Shooter 50 Beverage Stirring Device 51 Stirring Blade 53 Stirring Motor 54 Lifting Base 58 Lifting Motor 61 Ice Supply Guide 61a Chip Ice Passage 62 Ice Shutter (Opening / Closing Lid)
C cup

Claims (2)

The cup gripped by the cup transport device is transported to the beverage agitator position via the raw material supply device, and in the course of the transport, the raw materials necessary for preparing the beverage in the cup are sequentially from the raw material supply device. In the beverage stirrer position, diluted hot water, coffee liquid or the like is injected, and the stirrer blade of the beverage stirrer is lowered to stir the beverage further to the chip ice discharged from the chip ice supply device. In a cup-type vending machine that sells iced drinks prepared by sliding ice shooters into the cups,
An ice supply guide for connecting the ice shooter is provided in the vicinity of the beverage agitator, and the ice supply guide opens and closes the passage of the chip ice that has slid down from the ice shooter in conjunction with the raising and lowering operation of the stirring blade. A cup-type vending machine with an open / close lid.   The opening / closing lid closes the tip ice passage when the stirring blade is lowered to a predetermined stirring position, and opens the tip ice passage when the stirring blade is lifted from the predetermined stirring position. The cup-type vending machine according to 1.