KR100472767B1 - a noodles vending machine - Google Patents

Abstract

The present invention relates to a ramen vending machine, the present invention is a main body 10 is provided with a door 13 having a coin and a takeout door 12; A ramen storage member 30 in which a metallic disposable container 20 containing ramen to be cooked and seasoning is stacked therein; A container supply unit 40 for discharging the disposable container 20 stored in the ramen storage member 30 individually; A container transfer part 70 for transferring the disposable container 20 to each position; A container discharge part 80 for discharging the disposable container 20 transferred by the container transfer part 70 through the takeout door 12; And a controller 90 for controlling each component. According to the present invention, since the ramen is cooked in the disposable container 20 and the disposable container 20 itself is delivered to and sold directly to the consumer, the effect is provided that the ramen can be hygienically cooked, and the ramen holder and seasoning holder and bowl The storage unit is integrated and installed into a single storage box, simplifying the structure of the vending machine, significantly reducing the volume, making it lighter and more compact, and ensuring safety by heating the means for cooking ramen. The effect that can be provided is provided, and provided with a chopstick dispensing device is provided with the effect of improving convenience for the consumer.

Description

Ramen vending machine {a noodles vending machine}

The present invention relates to a ramen vending machine, and more particularly, to a ramen vending machine which is configured to directly heat a metallic disposable container to boil the ramen and then discharge the disposable container itself to the outside.

In general, the noodle vending machine is configured to discharge the cup ramen and directly open the valve of the hot water outlet provided separately to receive hot water in the cup ramen. These vending machines are necessarily designed to sell only cup ramen, and thus could not satisfy the consumer's desire for bag noodles.

This problem is to supply a bag ramen to the cooking vessel and to supply the condiments and hot water to heat the cooking vessel supplied with the gas burner to boil the ramen, then transfer the cooked ramen to a separate bowl, cooked ramen The ramen vending machine, which was designed to discharge and sell the contained bowls, could be somewhat eliminated. However, the ramen vending machine of such a structure has a ramen holder that must be stacked and stored in a state where the bag ramen is opened, and a bowl holder where the bowls are stacked. The back has to be installed separately, there is a problem that the volume of the main body has to be large, there was a problem that there are many components, there is a problem in hygiene because the washing is not perfect because the cooking vessel in which the ramen boils should be washed with sprayed water .

In addition, a vending machine for cooking instant noodles by directly heating disposable containers has been disclosed, but even in this case, there is a problem in that the above problems can not be solved because the storage racks for storing the ramen, condiments and containers are separately installed. .

The present invention has been invented to solve the problems of the prior art as described above, the technical problem of the present invention is to provide a ramen vending machine that can cook ramen hygienically by allowing to sell boiled ramen directly in a disposable container It is.

Another technical problem of the present invention is to provide a means for remarkably reducing the volume of a vending machine by deleting a storage rack for placing ramen and a storage rack for storing seasonings, and deleting a ramen cooking container and a gas burner.

The present invention for solving the technical problem as described above is provided with a coin in the coin vending machine to automatically cook and sell ramen when the order signal is generated, provided with the coin machine, the outer side in the blowout A main door having a door installed with a takeout door installed to be opened to the inside, and having a through hole formed therein and a lower plate installed to be spaced apart from the bottom; A ramen storage member disposed on the inner upper portion of the main body so that the metallic disposable container containing the ramen to be cooked and seasoning is stacked therein and the opened lower portion is spaced apart from the through hole; A container supply unit which is configured to support both side edges of the disposable container stored in the ramen storage member to be discharged individually and is installed on the intermediate plate so as to be located between the through hole and the lower portion of the ramen storage member; After the disposable container discharged from the container supply unit is transferred to the upper surface of the heating member, hot water is supplied by the hot water supply unit and the disposable container is directly heated by the heating member to complete the cooking of the ramen noodles, and then transfer the disposable container to the discharge position. A container transfer part configured to be installed on the lower plate; A container discharge part configured to transfer the disposable container transferred to the discharge position by the container transfer part to the outside through the blowout hole of the door and installed on the lower plate; And sensing means for sensing whether the container supply part, the container transport part, and the container discharge part are operated, and the container supply part, the container transport part, the hot water supply part, the heating member, and the container discharge based on respective detection signals detected by the detection means. It provides a vending machine, characterized in that it comprises a control unit for controlling the addition to operate sequentially.

According to the instant noodle vending machine according to the present invention having such a feature, since the disposable containers are stacked and stored in a state where the ramen and condiments are put into each disposable container, the ramen holder and the seasoning holder can be deleted, and the disposable container is directly When the ramen is heated, the cooking container becomes unnecessary, thereby providing an effect of significantly reducing the volume of the vending machine. In addition, since a disposable container is used, the ramen can be cooked hygienically.

When described in detail with reference to the accompanying drawings a preferred embodiment of the present invention as follows.

1 to 7b of the accompanying drawings, the instant noodle vending machine according to the present invention includes a main body 10 having a coin machine, a ramen storage member 30 in which a disposable container 20 is stored, and ramen noodles. After the container supply part 40 for discharging the stored disposable container 20 individually and the supplied disposable container 20 are transferred to the heating member 50, hot water is supplied from the hot water supply part 60 to complete the cooking. , A container transfer unit 70 for transferring to the discharge position C, a container discharge unit 80 for discharging the disposable container 20 transferred by the container transfer unit 70 to the outside, and the respective components are controlled. It consists of a control unit 90 for.

This will be described in more detail as follows.

The main body 10 is configured such that each component is built in, the front door 13 is installed. The coin 13 is installed in the door 13 to generate a signal when a coin is input. Inside the main body 10, the lower plate 16 and the intermediate plate 15 formed with the through hole 14, each component is installed, respectively, may be installed, the upper plate may be installed as necessary.

In addition, a blowout hole 11 is formed in the door 13, and a blowout door 12 is installed in the blowout hole 11 so as to open from the inside to the outside. The blowout door 12 has the lower portion elastically supported by the torsion spring and is opened from the inside to the outside to close the blowout hole 11 by the elasticity of the spring.

The ramen storage member 30 is configured to store the ramen, the lower portion is opened, the front surface is configured to be opened and closed by the door. The ramen storage member 30 is a metal disposable container 20 in which the ramen and condiments are directly stored are stacked and stored on the upper surface of the intermediate plate 15 so as to be spaced apart from the upper surface.

At this time, the opened lower portion of the ramen storage member 30 is installed to be located above the through hole 14.

The container supply part 40 is configured to discharge each of the disposable containers 20 stored in the ramen storage member 30 individually, and the container support part 42, the link operation part 44, and the discharge driving part 46. Is made of.

The container support part 42 is slid up and down by the vertical guide member 42C installed in the discharge support bracket 42A installed in the lower plate 16 so as to be positioned below the through hole 14. The container seating member 42B, which is installed to be possible, the first connecting rod 42D having one end rotatably coupled to the container seating member 42B, and the other end and one end of the first connecting rod 42D being rotated. The first rotary plate 42E coupled to the first rotary plate 42E, the first rotary plate 42F coupled to the other end of the first rotary rod 42E, and the container seating member 42B are moved up and down. It is composed of a first drive member (42G) installed on the lower plate 16 to be controlled by the control unit 90 to drive 42F to assist the operation of the link operation unit 44 to be described later and discharged at the same time. Has a function of transferring the disposable container 20 to the container transfer unit 70. Therefore, when the first driving member 42G is driven, the shaft rotates the first rotating rod 42E, thereby causing the first rotating plate 42F and the first connecting rod 42D to rotate. .

However, the structure is not limited thereto, and the other end of the first connecting rod 42D is directly eccentrically coupled to the first rotating plate 42F, and the first rotating plate 42F is driven by the first driving member 42G. It may be configured to.

The link operation part 44 is a pair of container support links, one end of which is hinged to both sides of the first bracket (44A) is installed on the intermediate plate 15 and both ends of the disposable container 20 is supported on ( 44B, a pair of connecting links 44C having one end hinged to each of the container support links 44B, and a reciprocating link 44D having the other ends of the connecting links 44C hinged at both sides; Disposable container 20 formed of a first horizontal guide member 44F installed on a second bracket 44E installed on the intermediate plate 15 to guide the reciprocating link 44D to slide in a horizontal direction. After supporting the edge of the) has a function to interlock with the container support 42 to discharge the disposable container 20 individually.

At this time, the vertical guide member 42C and the first horizontal guide member 44F are cylindrical bearings BE coupled to the container seating member 42B and the bearing BE as shown in FIG. 1. The upper and lower ends penetrate through the guide rods RD respectively installed at the upper and lower portions of the discharge supporting bracket 42A.

Therefore, since the bearing BE and the guide rod RD are slidably coupled, the container seating member 42B coupled to the bearing BE moves upward and downward when the first driving member 42G is operated. It is to be movable, the reciprocating link (44D) is to be able to slide in the horizontal direction.

Meanwhile, the vertical guide member 42C according to another embodiment may be housed in the outer case OCA and the outer case OCA installed perpendicular to the discharge supporting bracket 42A as shown in FIG. 9A. The inner case ICA is slidable in the longitudinal direction by a plurality of ball bearings and the container seating member 42B is connected and installed.

In addition, the first horizontal guide member 44F according to another embodiment has an inner case ICA coupled to the bottom of the reciprocating link 44D, and a plurality of ball bearings are installed therein, as shown in FIG. 9B. Both ends are composed of an outer case OCA installed at a pair of second brackets 44E.

However, the vertical guide member 42C and the first horizontal guide member 44F described above are not limited to the structure of each embodiment described above, and guide the container seating member 42B to the upper and lower parts without flow. Any structure can be used as long as it can guide the reciprocating link 44D in the horizontal direction.

The discharge drive unit 46 is a second connection rod 46A, one end of which is rotatably coupled to the reciprocating link 44D, and the other end of the second connection rod 46A is eccentrically coupled to a third bracket 46C. A second rotating plate 46B installed on the intermediate plate 15 and a second bracket 46C installed to drive the second rotating plate 46B to be controlled by the controller 90. It consists of a drive member (46D) to have a function to operate the link operating portion (44).

The container supply part 40 of such a structure is that the link operation part 44 and the container support part 42 are operated in sequence so that the disposable container 20 can be supplied individually.

The heating member 50 is installed on the upper surface of the bracket extending from the fifth bracket 76D to be described later to be located in the heating position (B). The heating member 50 has a structure in which a heating wire is installed in a metal having excellent thermal conductivity, for example, a metal such as aluminum.

The hot water supply unit 60 is to maintain the water always above a predetermined temperature to supply a predetermined amount of hot water to the disposable container 20 seated on the heating member 50, as shown in FIG. A storage tank 62 installed in the interior of the tank 10 and having a first opening / closing valve 61 controlled by the control unit 90, and the ramen storage member 30 on the inner wall of the main body 10; Installed to avoid interference, a plurality of water level sensor 63 installed therein to detect the water level of the water supplied from the storage tank 62 in multiple stages, hot water heating member 64 installed therein to heat the supplied water ), The temperature sensor 65 is installed therein to sense the temperature of the heated water, the controlled by the controller 90 to supply the heated hot water to the disposable container 20 seated on the heating member 50 Consisting of a heating tank 67 with a second opening and closing valve 66 A. The hot water heating member 64 may be configured in various ways, such as a heating lamp, a heating wire, in this embodiment using a heating wire.

At this time, if the storage tank 62 is installed above the heating tank 67, water is supplied to the heating tank 67 only by opening the first opening / closing valve 61, but the heating tank 67 If located further down, it is preferable to have a pump for supplying water to the heating tank 67.

On the other hand, each of the water level sensor 63 is divided into the lower, middle, upper portion of the heating tank 67 to detect the water level at each position. Therefore, the controller 90 can control the amount of hot water discharged and the amount of water supplied by the detection signal of each level sensor 63.

The container transfer unit 70 transfers the disposable container 20 at the initial position A discharged from the container supply unit 40 to the heating position B on the upper surface of the heating member 50, and then to the hot water supply unit 60. When the hot water is supplied and the disposable container 20 is directly heated by the heating member 50 and the cooking of the ramen is completed, the hot water is transferred to the discharge position C again. 74, the container conveyance drive part 76 is comprised.

The transport link member 72 is hinged at each lower end to a pair of fourth brackets 72A which are installed to be spaced apart from each other on the upper surface of the lower plate 16 so as to be positioned below the through hole 14. It has a structure to be bonded.

The container support member 74 is one side (disposable container 20 is discharged in front) so that the edge of the disposable container 20 supplied by the lowering of the container seating member 42B of the container supply part 40 is seated and supported. Side) is opened, and each upper end of the transfer link member 72 is hinged to both sides of the bottom surface. Therefore, when the transfer link member 72 is rotated before and after the hinge point of the fourth bracket (72A) (inside of the body 10 and the opposite direction of the inside), the container supporting member 74 ) Is moved horizontally to the initial position (A), heating position (B), discharge position (C), respectively.

The container transfer driver 76 may include a third connecting rod 76A having one end formed in the transfer link member 74, and a second end of which the other end of the third connecting rod 76A may be rotatably connected. The rotating rod 76B, the third rotating plate 76C on which the second rotating rod 76B is arranged, and the fifth plate 76D are installed on the lower plate 16 by the control unit 90. And a third driving member 76E that is controlled to drive the third rotating plate 76C.

The vessel transfer driving unit 76 operates the transfer link member 72 back and forth so that the vessel supporting member 74 moves from the initial position A to the heating position B and again at the heating position B. The discharge position (C) is to operate so as to maintain the horizontal state from the discharge position (C) back to the initial position (A).

The container support member 74 of the container transfer part 70 may be configured to have the same structure as the first horizontal guide member 44F. In this case, the container support member 74 horizontally transferred may be heated. In B), a mechanical configuration for moving downward to be seated on the upper surface of the heating member 50 is required, or a configuration for raising the heating member 50 is necessary. Therefore, in order to operate accurately with a simple structure, it is preferable to employ the above-described link structure.

The container discharging unit 80 is to transfer the disposable container 20 transferred to the discharge position (C) by the container transfer unit 70 to the outside through the blowout hole 11 of the door 12. , The second horizontal guide member 82, the container discharge member 84, the fourth rotating plate 86, and the fourth driving member 88.

As shown in FIG. 1, the second horizontal guide member 82 is disposed at both upper sides of the sixth bracket 82A installed at the front of the lower plate 16 so as to be positioned below the discharge position C. FIG. Each lower end is composed of two pairs of discharge link members 82B hinged.

The discharge link member 82B moves the container discharge member 84 to the trajectory of an arc while its upper end is hinged to both sides of the bottom surface of the container discharge member 84, and the container discharge member 84 is disposed. Move it to keep level.

However, the second horizontal guide member 82 is not limited to the configuration of the discharge link member 82B as described above, and is configured to slide by a ball bearing (not shown) as shown in FIG. 9C. Can be. That is, the second horizontal guide member 82 is slid in the longitudinal direction by an outer case 82C fixed to the upper surface of the sixth bracket 82A and a plurality of ball bearings accommodated in the outer case 82C. Will be composed of an outer case 82D. Accordingly, the outer case 82C is fixedly installed on the upper surface of the sixth bracket 82A, and the container discharge member 84 is fixedly installed on the outer case 82D. When moved, the outer case 82D is slid by a ball bearing, so that the container discharge member 84 can move in a horizontal direction while maintaining a horizontal state.

The container discharge member 84 is formed so that the disposable container 20 transferred by the container transfer part 70 is seated. In this embodiment, a pair of discharge link members 82B installed on the sixth bracket 82A are provided. Each upper end portion of) has a structure that is rotatably coupled to both sides of the bottom. In addition, the bottom of the container discharge member 84 is provided with a horizontal bar so that one end of the fifth connecting rod (86A) is rotatably coupled.

The fourth rotating plate 86 is coupled to the other end of the fifth connecting rod 86A so as to be rotatable and driven by the fourth driving member 88 driven by the controller 90. 82A) is installed on one side.

That is, when the fourth driving member 88 installed in the sixth bracket 82A drives the fourth rotating plate 86, the fifth connecting rod 86A moves the container discharge member 84 in an arc shape. It will be a reciprocating motion.

As shown in FIG. 12, the control unit 90 detects whether the container supply unit 40, the container transfer unit 70, the container discharge unit 80 are operated, and a hot water state of the hot water supply unit 60. The container supply unit 40, the container transfer unit 70, the hot water supply unit 60, the heating member 50, and the container discharge unit 80 are sequentially provided based on respective detection signals detected by the detection unit. It is configured to control operation.

The control unit 90 has a first operation detecting member 91 for detecting whether the container mounting member 42B is operated, and a second operation detecting member for detecting whether the container supporting link 44B is operated. 92 and container seating detection sensors 98 respectively installed on both sides of the container support member 74 to sense that both sides of the edge of the disposable container 20 carried by the container seating member 42B are seated; The third operation detecting member 93 for detecting the operation of the container support member 74 and the container discharge member 84 to detect that the disposable container 20 is seated on the container discharge member 84. The discharge position detecting sensor 94 is installed, the fourth operation detecting member 95 for detecting whether the container discharge member 74 is operated, and the microcomputer 96 is configured to include.

In this case, the first to fourth operation detecting members 91, 92, 93, and 95 may be configured as limit switches.

For example: Although not shown in the drawing, the first operation detecting member 91 configured as a limit switch is installed on one side of the upper surface of the discharge support bracket 42A and is turned on / off by the up and down operation of the container seating member 42B. It is off to sense the operation of the container seating member 42B, the second operation detecting member 92 is installed on the third bracket (46C) on / off by the reciprocating motion of the reciprocating link (44D) To sense the operation of the container support link 44B, and the third operation detecting member 93 is installed in the fifth bracket 76D to be turned on / off by the operation of the second rotating rod 76B. To sense the operation of the vessel supporting member 74, the fourth operation detecting member 95 is installed on the sixth bracket (82A) is turned on / by the operation of the second horizontal guide member 82 It is turned off to sense the operation of the container discharge member (84).

On the other hand, the first to fourth operation detecting members (91, 92, 93, 95) is the rotation angle of the first rotary plate 42F, the second rotary plate 46B, the third rotary plate 76C, the fourth rotary plate 86 Or it may be configured as a photo coupler for detecting the rotation speed.

At this time, the first to fourth rotating plate (42E, 46B, 76C, 86), as shown in Figures 5a to 7b is a sensing hole is formed so that the photo coupler can detect the rotation angle or number of revolutions.

Accordingly, each photo coupler detects the sensing holes formed at different positions, detects the rotation angle of the rotating plate or the number of rotations thereof, and sends the detection signal to the microcomputer 96 which will be described later, and the microcomputer 96 transmits the signal. Based on the control of each drive member for driving each rotating plate. Each of the rotating plates 42E, 46B, 76C, 86 according to the present embodiment is rotated by 90 °, 180 °, 360 °, etc. according to its operating characteristics.

On the other hand, the container seat detection sensor 98 is composed of a plurality, it is composed of a limit switch that is pressed on both edges of the disposable container 20 to be seated, and is off when the disposable container 20 is removed. These container seating detection sensors 98 are installed on both sides of the container support member 74, respectively, that the disposable container 20 is normally (the two edges thereof are stably seated on both upper surfaces of the container support member 74). This is to detect unstable mounting such as not seated on one side and seating only one edge, and to block the next operation. That is, if the disposable container 20 is not normally seated, it is to stop the operation of the vending machine, which is to prevent a safety accident in advance. More specifically, the control unit 90 controls the third driving member 76E only when both container seats 98 on both sides are turned on or off. As such, each container seating sensor 98 on both sides must be pressed on or off at the edge of the disposable container 20 so that the controller 90 recognizes the normal seating of the disposable container 20 and proceeds to the next operation.

The discharge position sensor 94 is installed in the center of the container discharge member 84, as shown in Figure 1, is pressed by the disposable container 20 to be seated to detect the seating of the disposable container 20 Will be. The discharge position sensor 94 may be configured as a limit switch, but is not limited thereto, and satisfies the sensing means capable of detecting the seating of the disposable container 20.

As shown in FIG. 12, the microcomputer 96 includes the first to fourth operation detecting members 91, 92, 93, and 95 and a container seat detection sensor 98, a discharge position detection sensor 94, and a water level detection. The first driving member 42G, the second driving member 46D, the third driving member 76E, and the fourth driving member 88 are received by receiving detection signals such as the sensor 83 and the temperature sensor 65. It is configured to control the drive and to open and close the first and second open / close valves 61 and 66 to automatically cook and sell the ramen.

Looking at this in more detail as follows.

When the coin signal is input from the coin machine, the microcomputer 96 applies power to the first driving member 42G to raise the container seating member 42B while raising the stacked disposable containers 20 by a set height. When the operation of the container mounting member 42B is detected by the first operation detecting member 91, the container supporting link 44B is opened by applying power to the second driving member 46D. When the operation of the container support link 44B is sensed by the second operation detecting member 92, the power is applied to the first driving member 42G to raise the container mounting member 42B to a set height. After lowering the power supply to the second driving member 46D, the power is applied to the second driving member 46D to return the container support link 44B to its original state so that the next disposable container 20 is caught by the container support link 44B. The operation of the vessel support link 44B When detected by the operation detecting member 92, the first driving member 42G is supplied with power to lower the container seating member 42B to an initial state so that the initial disposable container 20 is a container supporting member ( 74), and when the normal seating of the disposable container 20 is detected by the container seat detecting sensor 98, power is supplied to the first driving member 92F to thereby secure the container seating member 92B. After returning to the original state, power is applied to the third driving member 76E so that the vessel supporting member 74 is moved from the initial position A to the heating position B, and the vessel supporting member 74 When the operation is detected by the third operation detecting member 93, the second opening / closing valve 66 of the hot water supply unit 60 is opened for only a predetermined time so that a predetermined amount of hot water is supplied to the disposable container 20. After setting the power to the heating member 50 only for a set time for a set time When the set time has elapsed, power is supplied to the third driving member 76E so that the container supporting member 74 horizontally disposes the disposable container 20 from the heating position B to the discharge position C. After maintaining and moving to return to the initial state, when the discharge position sensor 94 detects the seating of the disposable container 20, by applying power to the fourth drive member 88 to discharge the container When the member 84 moves to the ejection hole 11 to push the ejection door 12 to open, and the ejection position sensor 94 detects ejection of the disposable container 20, the fourth drive is performed. It is configured to return the container discharge member 84 to the discharge position (C) by applying power to the member 88 again.

In the present embodiment, the ramen storage member 30, the container supply unit 40, the heating member 50, the container transfer unit 70, the container discharge unit 80, as well as each of the sensing member and the sensing sensor, Figure 1 As shown in FIG. 1, a pair is installed inside the main body 10, but may be configured as one or more as necessary.

In addition, the microcomputer 96 of the control unit 90 controls each of the container supply unit 40, each heating member 50, each container transfer unit 70, each container discharge unit 80 separately. Done.

Referring to the operation of the present invention configured as described in detail based on the accompanying drawings as follows.

First, when power is supplied to the vending machine, the microcomputer 96 of the controller 90 initializes each component and applies power to the hot water heating member 64 of the hot water supply unit 60 to heat the tank. Allow the water contained in 67) to heat up. When the temperature of the water rises to the set temperature by the heating operation, the temperature of the hot water is detected by the temperature sensor 65 and transferred to the microcomputer 96. When the temperature of the hot water reaches the set temperature, the microcomputer 96 cuts off the power applied to the hot water heating member 64, and again applies power to the hot water heating member 64 when the temperature falls below the set value. Repeat the process.

Therefore, the hot water inside the heating tank 67 will always maintain a constant temperature.

In this state, when the consumer inputs a coin (coin or banknote) through a coin installed in the door 13 and generates an order signal, the microcomputer 96 configures each component to cook the ordered number of ramen. Control elements sequentially.

In this case, if one ramen is ordered, the microcomputer 96 controls the first driving member 42G on one side, but if two ramen are ordered, each of the first driving members 42G on both sides is simultaneously controlled. Done. In this embodiment, a process in which one ramen is ordered and cooked and then sold will be described.

First, when power is applied to the first driving member 42G, the first driving member 42G drives the first rotating rod 42E, and thus the first rotating plate 42F is rotated at the set angle. . As such, when the first rotating plate 42F is rotated, the rotation angle is sensed, and the first rotating rod 42E operates the first connecting rod 42D so that the first connecting rod 42D is the container seating member 42B. ) Will be pushed upwards. At this time, the container seating member 42B slides upward in a stable state by the vertical guide member 42C.

The container seating member 42B, which is raised upward by the driving of the first driving member 42G, pushes up the initial disposable container 20 in which both edges are supported by the container support link 44B.

That is, the plurality of disposable containers 20 support the lower portion of the disposable container 20 is located at the bottom of the container holding member 42B in the nested state in accommodating the ramen and condiments to each other and pushed upwards As a result, the entirety of the disposable container 20 is moved upward.

At this time, both edges of the bottom of the disposable container 20 is about 6mm away from the upper surface of the container support link (44B).

As such, the lifting operation of the container seating member 42B is sensed by the first operation detecting member 91 which detects the rotation angle of the first rotating plate 42F, and the microcomputer 96 receiving the detection signal is The power applied to the first driving member 42G is cut off to stop the raising of the container mounting member 42B. In this operation, when the first operation detecting member 91 detects the set angle of the first rotating plate 42F when the first rotating plate 42F rotates, the applied power is cut off to stop the ascent.

Subsequently, the microcomputer 96 applies power to the second driving member 46D to rotate the second rotating plate 46B at a predetermined angle so that the second connecting rod 46A removes the reciprocating link 44D. The container support link 44B and the link link 44C are opened so as to be pushed toward one bracket 44A side as shown in FIG. 5C.

When the container support link 44B and the link link 44C are opened by the above operation, all the disposable containers 20 are supported by the container seating member 42B.

The rotation of the second rotary plate 46B, that is, the opening of the link operating part 44 is detected by the second operation detecting member 92 that detects the rotation of the second rotary plate 46B, and the signal is detected by the microcomputer ( 96, the microcomputer 96 again applies power to the first driving member 42G to lower the container seating member 42B. The lowering of the container seating member 42B means that all the disposable containers 20 stacked and stacked are lowered.

As described above, when the container seating member 42B is lowered, the second operation detecting member 92 senses the rotation angle of the second rotating plate 46B and transmits it to the micom 96, and receives the micom. Reference numeral 96 controls the first driving member 42G such that the container seating member 42B is lowered by approximately 8 mm in the state in which the container seating member 42B is initially raised so that the second rotating plate 46B rotates at a set angle.

As such, lowering the container seating member 42B by approximately 8 mm causes the next disposable container 20 to move to the initial position of the initial disposable container 20 so that the next disposable container 20 is connected to the container support link 44B. To be seated, and the initial disposable container 20 is intended to deviate from the container support link 44B.

Subsequently, when the lowering of the container seating member 42B is sensed by the first operation detecting member 91, the microcomputer 96 receives the detection signal and applies power to the first driving member 46D. Thus, the first driving member 46D rotates the second rotating plate 46B at a predetermined angle.

When the second rotary plate 46B is rotated, the second connecting rod 46A pulls the reciprocating link 44D, and thus, the container support link 44B, which has been opened, is returned to its original state.

When this operation is detected by the second operation detecting member 92 which detects the rotation angle or the rotational speed of the second rotating plate 46B, the microcomputer 96 applies power to the first driving member 42G. To rotate the first rotating plate 42F (substantially the first rotating plate 42F is rotated by driving the first rotating rod 42E), thereby causing the container seating member 42B to be in an initial state. Will descend.

When the container seating member 42B is lowered by the above operation, the initial disposable container 20 supported by the container seating member 42B is lowered while being seated on the container seating member 42B. The disposable container 20 is supported by being seated in the container support link 44B whose both edges are returned to their original state.

On the other hand, the initial disposable container 20 discharged from the ramen storage member 30 is moved downward by the container seat member 42B descending, the initial position (A) (the disposable container 20 is a container Both ends of the container support member 74 of the container transfer unit 70 positioned at the support member 74) are supported and seated, and the container seat member 42B continues to descend to return to the initial state. do.

This series of operations is possible because the container seating member 42B moves up and down through the interior of the container support member 74 and the container support link 44B.

That is, the container seating member 42B passes through the container support member 74 while descending with the initial disposable container 20 while being raised and passed through the interior of the container support member 74 and the container support link 44B. When the container seating member 42B formed smaller than the disposable container 20 passes through the container supporting member 74, the edges of the disposable container 20 are formed on both upper surfaces of the container supporting member 74. It is caught and settled.

Subsequently, when it is detected that both edges of the disposable container 20 are seated from the container seat detection sensors 98 installed on both sides of the upper surface of the container support member 74, the microcomputer 96 is configured to provide the third driving member ( 76E) is operated so that the third rotating plate 76C is rotated to a set angle.

When the third rotating plate 76C is rotated, the third and fourth connecting rods 76A and 76B operate to pull the transfer link member 72 toward the heating member 50.

When the conveying link member 72 is pulled toward the heating member 50 side, the conveying link member 72 is rotated while drawing an arc of its upper end with its lower hinge as an axis, The container support member 74 hinged is maintained in a horizontal state. The upper end of the container support member 74 and the transport link member 72 is hinged rotatably, and the disposable container 20 containing the ramen and condiments is seated to some extent to support the container support member 74. Under the load of the vessel link member 72 is rotated toward the heating member 50, even if the container support member 74 is to maintain a horizontal state without rotating.

When the third driving member 76E rotates the third rotating plate 76C at a set angle, the bottom surface of the disposable container 20 seated on the container supporting member 74 is seated on the heating member 50. It becomes the state to become. That is, the disposable container 20 is located at the heating position B (upper surface of the heating member 50).

The microcomputer 96 cuts off the power applied to the third driving member 76E to maintain the container supporting member 74 in a rotated state.

When the operation is detected by the third operation detecting member 93, the microcomputer 96 opens the second opening / closing valve 66 of the hot water supply unit 60 for a predetermined time so that a predetermined amount of hot water is supplied to the disposable container. To (20).

At this time, the microcomputer 96 opens the first opening / closing valve 61 when the water level of the hot water detected by the water level detection sensor 63 is lower than or equal to a predetermined value, so that the water in the storage tank 62 is heated in the heating tank. To (67).

Subsequently, the microcomputer 96 applies power to the heating member 50 for a predetermined time so that the heating member 50 heats the disposable container 20 to cook the ramen.

When it is detected that the time set by the timer (not shown) has elapsed, the microcomputer 96 cuts off the power applied to the heating member 50 and at the same time, applies power to the third driving member 76E to provide the power. The third rotating plate 76C is driven.

When the third rotating plate 76C is driven, the transfer link member 72 rotates in the opposite direction when the first rotation plate 76C is rotated, and thus, the disposable container 20 seated on the container supporting member 74 discharges the container. The upper surface of the member 84 is seated. That is, the disposable container 20 is located at the discharge position C (upper surface of the container discharge member 84).

At this time, the third rotating plate 76C rotates so that the transfer link member 72 moves further even when the disposable container 20 is seated on the upper surface of the container discharge member 84.

That is, the container support member 74 is further moved toward the upper surface of the container discharge member 84 so that the positioning protrusions formed on both bottom surfaces of the edge of the disposable container 20 are separated from the positioning holes of the container support member 74. By operating, the disposable container 20 is to be easily separated from the container support member (74).

When the disposable container 20 is seated on the upper surface of the container discharge member 84, the discharge position sensor 94 detects this, and the microcomputer 96 receiving the detection signal is the fourth drive member ( Activate 88).

When the fourth driving member 88 is operated to drive the fourth rotating plate 86, the fourth rotating plate 86 pushes the fifth connecting rod 86A to open the container discharge member 84. It moves to the blowout hole 11 side of (13).

At this time, since the container support member 74 is open at the front part, even if the container discharge member 84 moves to the blowout hole 11 while the disposable container 20 is located at the container support member 74, The disposable container 20 may be separated from the container supporting member 74 without interfering with the container supporting member 74.

The container discharge member 84, which is moved toward the blowout hole 11 by the driving of the fourth rotating plate 86, pushes the blowout door 12 that closes the blowout hole 11 to the outside and the blowout hole 11 To open. Then, when the container discharge member 84 is moved to the blowout hole 11 and completely exposed to the outside of the door 13 while fully opening the blowout door 12, the consumer installs the disposable container 20 containing the cooked ramen noodles. Just take it out.

At this time, the microcomputer 96 stops the operation of the fourth driving member 88 in a state where the container discharge member 84 is completely exposed to the outside of the blowout hole 11, the container discharge member 84 Maintains the state exposed to the outside of the door (13).

On the other hand, when the consumer lifts out the disposable container 20 seated on the container discharge member 84, the discharge position sensor 94 detects it and transmits the signal to the microcomputer 96, and receives it. The microcomputer 96 applies power to the fourth driving member 88 so that the fourth driving member 88 drives the fourth rotating plate 86 to move the container discharge member 84 into the interior of the door 13. To return to the original state.

At this time, when the container discharge member 84 is moved to the inside of the main body 10, the takeout door 12 is to return to the initial state by the elasticity of the spring to close the takeout hole (11).

As such, when the consumer lifts the disposable container 20 containing the cooked ramen from the upper surface of the container discharge member 84, the container position sensor 94 detects the received container, and the microcomputer 96 that receives the detection signal. ) Actuates the fourth driving member 88 to drive the fourth rotating plate 86 so that the container discharge member 84 returns to its initial state.

When the container discharging member 84 is returned to its original state after discharging the disposable container 20, each drive element of the vending machine according to the present invention is automatically cooked with a coin rotor and an order signal is input, and the ramen is automatically cooked. After it is sold, it is ready to receive the next order signal.

On the other hand, the instant noodle vending machine according to the present invention further comprises a chopstick dispensing apparatus 100 that can automatically supply the sanitary chopsticks to the consumer at the time when the disposable container 20 containing the cooked ramen is taken out to the blowout hole 11. do.

The chopsticks discharging unit 100 is the chopsticks discharging unit 100 is installed inside the door 13, the seventh bracket 110, the discharge hole (13A) is formed, and the lower opening is the discharge hole (13A) Chopsticks accommodating member 120 is installed perpendicular to the seventh bracket (110), the cutting holes 122 are drilled on both sides of the lower side, and the chopsticks (13D) packed in the wrapping papers connected to each other are accommodated. The cutting blade 134 is formed to protrude in a position opposite to each other in the operating hole 132 formed in the center, the seventh bracket 110 to be moved in a direction orthogonal to the chopsticks 13D by the guide roller 135 The chopsticks 13D installed at both ends of the cutting member 130 and the bottom surface of the cutting member 130 at intervals so as to be positioned below the discharge hole 13A. One end of the chopstick support member 140 and the cutting member 130 to be The fifth driving member 160, which is hinged and connected to the sixth connecting rod 150 and the control unit 90, rotates the fifth rotating plate 162 at a set angle so that the cutting member 130 reciprocates. And an inclined surface 172 such that the chopsticks 13D discharged from the discharge hole 13A of the seventh bracket 110 are discharged to the chopstick taking-out part 13N formed through the door 13. It consists of a discharge member 170 is installed on the bottom of the 7 bracket (110).

The chopsticks 13D accommodated in the chopsticks accommodating member 120 are stacked and accommodated such that the connecting portions of the wrapping paper are located in a zigzag, and the connecting portions are all cut except for a portion thereof.

The cutting member 130 has an operating hole 132 through which the chopsticks receiving member 120 can be inserted in the center, and cutting edges 134 are formed on both sides of the operating hole 132. The seventh bracket 110 is installed by the plurality of guide rollers 135 to reciprocate in a direction orthogonal to the longitudinal direction of the chopstick storage member 120.

On the other hand, the chopsticks support member 140 is to be located at the lower portion of the discharge hole (13A) to support the chopsticks (13D) located at the bottom, as shown in Figure 10 is formed on both sides inclined downward Both ends are installed on both sides of the bottom surface of the cutting member 130 so as to be the same as the storage direction of the chopstick 13D. Therefore, the chopstick support member 140 is moved together with the cutting member 130.

That is, both ends of the chopstick support member 140 are installed to the cutting member 130 by a long bolt or the like off the both sides of the seventh bracket 110, or the long hole on both sides of the seventh bracket (110) It is formed in the cutting member 130 through the long hole is to be reciprocating at the same time with the cutting member 130.

The fifth driving member 160 is installed on the bottom surface of one side of the seventh bracket 110 to drive the fifth rotating plate 162 installed on the upper surface thereof. One end of the sixth connecting rod 150 is rotatably installed at the fifth rotating plate 162 and the other end is rotatably installed at the cutting member 130. Therefore, when the fifth rotating plate 162 rotates, the sixth connecting rod 150 flows to reciprocate the cutting member 130.

At this time, a fifth operation detecting member for detecting the rotation angle of the fifth rotating plate 162 is installed in the seventh bracket 110 so that the fifth driving member 160 is controlled by the microcomputer 96.

Referring to the operation of the chopsticks output unit 100 configured as described above are as follows. As shown in FIG. 10 in the accompanying drawings, the chopstick dispensing unit 100 is controlled by the microcomputer (96). That is, it is preferable to operate before and after the time when the container discharge member 84 moves to the takeout door 12 side.

Referring to the operation of the chopsticks discharge unit 100 as follows.

First, when an operation signal is generated from the microcomputer 96 and power is applied to the fifth driving member 160, the fifth driving member 160 is operated to drive the fifth rotating plate 162. Due to this, the sixth connecting rod 150 pushes the cutting member 130.

As such, when the sixth connecting rod 150 pushes the cutting member 130, the cutting member 130 moves in the opposite direction to the fifth rotating plate 162, thereby causing the fifth rotating plate 162. The cutting blade 134 on the side is inserted into the cutting hole 132 on one side to cut the wrapping paper connection portion of the chopstick 13D. At this time, as shown in FIG. 10, the lowermost side of the chopsticks 13D to be cut is in a state where the lower end is supported by the chopsticks supporting member 140, so that the connection portion of the package becomes "<" shape, and the connection of such a shape The part is cut while the cutting blade 134 is inserted into the other cutting hole 132, the initial chopsticks 13D and the next chopsticks 13D are separated.

The initial chopsticks 13D separated in this way are dropped through the discharge hole 13A and then guided to the inclined surface 172 of the discharge member 170 and discharged to the chopstick takeout part 13N of the door 13. Will be.

At this time, the microcomputer 96 stops the power applied to the fifth driving member 160 to stop the rotation of the fifth rotating plate 162, and when the discharge signal is input again to the fifth driving member 160. By applying power, the cutting member 130 is moved to the fifth rotating plate 162 by the rotation of the fifth rotating plate 162.

When the cutting member 130 is moved in the opposite direction of the initial moving direction, the other cutting blade 134 is inserted into the cutting hole 132 on one side and the connection portion between the next chopsticks 13D and the next chopsticks 13D By cutting the chopsticks (13D) connected by the wrapping paper to each other will be separated and discharged.

That is, each of the chopsticks 13D stored in a zigzag connection is sequentially separated and discharged by the cutting member 130 that reciprocates.

Meanwhile, as shown in FIG. 11, the chopstick discharging unit 200 according to another embodiment includes an eighth bracket 210 installed on the inner side of the door 13 and moving holes 222 on both sides of the lower side, respectively. The chopsticks storage member 220 is formed and fixed to the upper surface of the eighth bracket 210 so that the moving hole 222 is located in the chopstick takeout portion 13N formed in the door 13, and the eighth It is installed on one side of the bracket 210, by reciprocating the discharge rod 232 inserted into the moving hole 222 by pushing the chopsticks (13D) stacked and stored in the chopsticks storage member 220 to take out the ( And a sixth driving member 230 for moving to 13N).

The moving hole 222 is preferably formed in a size slightly larger than the thickness of the chopsticks (13D). This is to ensure that the stored chopsticks 13D are individually discharged.

The sixth driving member 230 is configured as a solenoid in this embodiment, but is not limited thereto, and may be configured as an air cylinder, a motor, or the like.

Referring to Figure 11 based on the operation of the chopsticks discharge unit 200 according to another embodiment as follows.

As shown in FIG. 11, when a chopstick dispensing signal is generated from the microcomputer 96 of the controller 90, the sixth driving member 230 pulls the operation rod (moving the operation rod to the chopstick storage member side). Operation) to allow the discharge rod 232 to be inserted into the moving hole 222.

When the discharge rod 232 is inserted into the moving hole 222, the chopstick 13D, which is located at the bottom, is pushed by the discharge rod 232 to the takeout part 13N, and a part of the discharge rod 232 is moved to the outside of the door 13. It is exposed.

Subsequently, the operation rod which moved the discharge rod 232 is returned to its original state by the elasticity of its own spring to move the discharge rod 232 to the initial state.

In this way, when a portion of the initial chopstick 13D is exposed to the outside of the door 13, the consumer pulls out the chopstick 13D.

After the chopstick 13D is discharged in the above process, the next chopstick 13D moves to the lower portion of the chopstick storage member 220 to wait for the next take-out operation.

In this way, the chopsticks 13D are individually discharged in response to the sale of the ramen, thereby improving consumer convenience and significantly reducing waste when the chopsticks 13D are left on one side of the vending machine.

The present invention is not limited to each of the chopsticks taking-out apparatuses described in the above embodiments, but satisfies any structure that can discharge the chopsticks individually.

Ramen vending machine according to the present invention, since the ramen is cooked in a disposable container and the disposable container itself is delivered directly to the consumer, it is provided with the effect that the ramen can be hygienically cooked, and the ramen holder and seasoning for the ramen The structure of the vending machine is simplified by eliminating the spice rack and bowl holder for storage, and the volume is significantly reduced, making it possible to reduce the weight / miniaturization. Also, the heating means for cooking the ramen consists of an electric heater. The effect that can be secured is provided, and by providing the chopstick dispensing device, it is possible to provide convenience to the consumer and reduce the number of personnel for managing the vending machine.

1 is an exploded perspective view showing a ramen vending machine according to the present invention.

Figure 2 is a perspective view of the engaged state of the instant noodles vending machine shown in FIG.

Figure 3 is a front view showing a coupled state of the instant noodles vending machine shown in FIG.

Figure 4 is a side view showing a coupled state of the instant noodles vending machine shown in FIG.

Figures 5a, 5b, 5c is a view showing the operating state of the container supply portion according to the present invention, 5a is a plan view showing the operating state of the vessel support portion, 5b is a side view, 5c, 5d, 5e is the operation of the vessel supply portion Schematic diagram illustrating states sequentially.

Figure 6a, 6b is a view showing the operating state of the container transfer unit according to the present invention, 6a is a plan view, 6b is a side view.

Figure 7a, 7b is a view showing the operating state of the container discharge portion according to the present invention, 7a is a plan view, 7b is a side view.

8 is a schematic view for explaining a hot water supply unit according to the present invention.

9A, 9B, and 9C are views illustrating another embodiment of the vertical guide member and the first and second horizontal guide members according to the present invention, 9a is a side view showing another embodiment of the vertical guide member, and 9b is 1 is a side view showing a horizontal guide member, 9c is a side view showing a second horizontal guide member.

10 is a partially enlarged cross-sectional view showing a chopsticks discharging unit according to the present invention.

11 is a cross-sectional view showing another embodiment of the chopsticks discharging unit according to the present invention.

12 is a schematic block diagram for explaining a control unit according to the present invention;

<Description of the symbols for the main parts of the drawings>

10: main body 11: blowout hole

12: drawout door 13: the door

14: through hole 15: intermediate plate

16: lower plate 20: disposable container

30: ramen storage member 40: container supply unit

50: heating member 60: hot water supply unit

70: container transfer part 80: container discharge part

90: control unit

Claims (15)

In the ramen vending machine that is to automatically cook and sell ramen when the coin is put into the coin with the order signal generated, The intermediate plate 15 having the coin machine and the door 13 having a blowout door 12 installed to open outwardly in the blowout hole 11 is installed on the front surface, and a through hole 14 is formed therein. And a main body 10 provided with a lower plate 16 spaced apart from the bottom plate. The ramen to be cooked and the metal disposable container 20 containing the condiments are formed to be stacked and stored therein, the ramen is installed on the inner upper portion of the main body 10 so that the opened lower portion is spaced apart from the through hole 14 Storage member 30; A container installed at the intermediate plate 15 to be disposed between the through hole 14 and a lower portion of the ramen storage member 30 to separately discharge the disposable container 20 stored in the ramen storage member 30. Supply unit 40; The hot water supply unit 60 is installed on the lower plate 16 to transfer the disposable container 20 at the initial position A discharged from the container supply unit 40 to the heating position B on the upper surface of the heating member 50. Hot water is supplied by the) and the disposable container 20 is directly heated by the heating member 50, when cooking of the ramen is completed, the container transfer unit 70 for transferring to the discharge position (C) again; The discharge hole of the door 12 is provided with a disposable container 20 installed in the lower plate 16 so as to be located in front of the container transfer part 70 and transferred to the discharge position C by the container transfer part 70. A container discharge part 80 for discharging to the outside through the 11; And And sensing means for sensing whether the container supply part 40, the container transport part 70, and the container discharge part 80 are operated, and the hot water condition of the hot water supply part 60, respectively. A control unit 90 for controlling the container supply unit 40, the container transfer unit 70, the hot water supply unit 60, the heating member 50, and the container discharge unit 80 to be sequentially operated based on a detection signal; Ramen vending machine, characterized in that configured to include. According to claim 1, wherein the hot water supply unit 60 is provided in the main body 10, the first opening and closing valve 61 is controlled by the control unit 90 to store the water supplied from the outside A storage tank 62 for carrying out; A heating tank 67 installed inside the main body 10 to be positioned at a lower position than the storage tank 62; A plurality of water level sensors (63) installed inside the heating tank (67) to detect the level of water supplied from the storage tank (62) in multiple stages; A hot water heating member (64) installed inside the heating tank (67) for heating water supplied from the storage tank (62); A temperature sensor 65 installed inside the heating tank 67 to detect a temperature of water heated by the hot water heating member 64; A second opening / closing valve controlled by the control unit 90 to discharge hot water whose temperature is higher than a set value by the hot water heating member 64 to the disposable container 20 seated on the heating member 50 ( 66); Ramen vending machine, characterized in that configured to include. According to claim 1, wherein the container supply portion 40 is one end is hinged to both sides of the first bracket (44A) installed on the intermediate plate 15, both ends of the disposable container 20 is supported on A pair of container support links 44B, a pair of link links 44C each of which is hinged to each of the container support links 44B, and a reciprocating link hinged at both ends of the other link links 44C. A link operating portion (44D) is installed on the second bracket (44E) installed on the intermediate plate (15) and consists of a first horizontal guide member (44F) for guiding the reciprocating link (44D) to slide in a horizontal direction. (44); The second connecting rod 46A, one end of which is rotatably coupled to the reciprocating link 44D, the other end of the second connecting rod 46A is eccentrically coupled to the intermediate plate 15 by the third bracket 46C. 2) the second rotating plate 46B installed in the second rotating plate 46B and the second rotating plate 46B are installed in the third bracket 46C so that the container support link 44B is opened and returned to its original state. A discharge drive unit 46 formed of a second drive member 46D controlled by; The container is supported by the discharge support bracket 42A installed on the lower plate 16 so as to be positioned below the through hole 14, and the vertical guide member 42C installed on the discharge support bracket 42A. The container seating member 42B, which is slidably installed upward and downward through the space between the links 44B, the first connecting rod 42D having one end rotatably coupled to the container seating member 42B, and A first rotating rod 42E having the other end of the first connecting rod 42D rotatably coupled to one end, a first rotating plate 42F fixedly installed at the other end of the first rotating rod 42E, and the first rotation Rotating the rod 42E, the container seating member 42B is installed on the lower plate 16 to discharge the disposable container 20 while moving up and down in conjunction with the link operation unit 44 and the control unit 90. A vessel support portion 42 composed of a first driving member 42G controlled by the &lt; RTI ID = 0.0 &gt; Ramen vending machine, characterized in that configured to include. According to claim 1, wherein the container transfer part 70 is respectively provided on a pair of fourth bracket (72A) which is installed to be spaced apart from each other on the upper surface of the lower plate 16 to be positioned below the through hole (14). A pair of transfer link members 72 hinged at the lower end of the pair; One side is opened so that the edge of the disposable container 20 supplied from the container supply part 40 is seated and supported, and each upper end portion of the transfer link member 72 is hinged to both sides of the bottom surface 74. );  A third connecting rod 76A having one end formed on the transfer link member 74, a second rotating rod 76B having one end rotatably connected to the other end of the third connecting rod 76A, and the second; The container supporting member 74 is installed on the lower plate 16 by the third rotating plate 76C and the fifth bracket 76D coupled to the other end of the rotating rod 76B and controlled by the control unit 90. Is transported while maintaining a horizontal state from the initial position (A) to the heating position (B), again from the heating position (B) to the discharge position (C), and from the discharge position (C) back to the initial position (A). A container conveyance driving unit 76 made up of a third driving member 76E for driving the two rotating rods 76B; Ramen vending machine, characterized in that configured to include. The second container of claim 1, wherein the container discharge part (80) is installed on an upper portion of the sixth bracket (82A) provided at the front of the lower plate (16) to be located below the discharge position (C). Horizontal guide member 82; A container discharge member 84 formed to be seated on the disposable container 20 transferred to the discharge position C by the container transfer unit 70 and installed on an upper surface of the second horizontal guide member 82; A fourth rotating plate 86 to which the other end of the fifth connecting rod 86A, whose one end is rotatably coupled to the container discharge member 84, is rotatably coupled; And It is installed on one side of the sixth bracket (82A), and is controlled by the control unit 90 so that the container discharge member 84 is moved to maintain the horizontal state toward the outlet hole 11 of the door 12 A fourth driving member 88 for rotating the fourth rotating plate 86; Ramen vending machine, characterized in that configured to include. The vertical guide member (42C) and the first horizontal guide member (44F) comprises a cylindrical bearing (BE) and a guide rod (RD) slidably coupled to the bearing (BE). Ramen vending machine. The vertical guide member 42C and the first horizontal guide member 44F are slid in the longitudinal direction by an outer case OCA and a plurality of ball bearings accommodated in the outer case OCA. Ramen vending machine comprising an inner case (ICA). The second horizontal guide member 82 is hinged to each of the lower ends of the upper side of the sixth bracket (82A), each upper end is hinged on both sides of the bottom surface of the container discharge member (84). Ramen vending machine, characterized in that consisting of two pairs of discharge link member (82B) coupled. The second horizontal guide member 82 is formed by an outer case 82C fixed to an upper surface of the sixth bracket 82A and a plurality of ball bearings accommodated in the outer case 82C. Ramen vending machine, characterized in that consisting of an outer case (82D) sliding in the longitudinal direction. According to any one of claims 1 to 5, wherein the control unit 90 is a first operation detecting member (91) for detecting whether the container seating member (42B) operation; A second operation detecting member 92 for detecting whether the container support link 44B is operated; Container seating detection sensors (98) respectively installed on both sides of the container support member (74) so as to sense that both sides of the edge of the disposable container (20) transferred by the container seating member (42B) are seated; A third operation detecting member 93 for detecting whether the container supporting member 74 is operated; A discharge position sensor 94 installed in the container discharge member 84 to detect that the disposable container 20 is seated on the container discharge member 84; A fourth operation detecting member 95 for detecting whether the container discharge member 74 is operated; And Including the microcomputer 96, When the coin signal is input from the coin machine, the microcomputer 96 applies power to the first driving member 42G to raise the container seating member 42B while raising the stacked disposable containers 20 by a set height. To rise, When the operation of the container seating member 42B is sensed by the first operation detecting member 91, power is applied to the second driving member 46D to open the container support link 44B. When the operation of the container support link 44B is sensed by the second operation detecting member 92, power is applied to the first driving member 42G to lower the container mounting member 42B to a set height. After stopping, and applying power to the second drive member (46D) to return the container support link (44B) to its original state, so that the next disposable container 20 is caught by the container support link (44B), When the operation of the container support link 44B is sensed by the second operation detecting member 92, power is applied to the first driving member 42G to lower the container mounting member 42B to an initial state. Allow the initial disposable container 20 to rest on the container support member 74, When the normal seating of the disposable container 20 is detected by the container seat detecting sensor 98, power is applied to the first driving member 92F to return the container seating member 92B to its original state, and then the 3, power is applied to the driving member 76E so that the vessel supporting member 74 is moved from the initial position A to the heating position B, When the operation of the container support member 74 is sensed by the third operation detecting member 93, the second opening / closing valve 66 of the hot water supply unit 60 is opened only for a predetermined time so that the set amount of hot water is After supplying to the disposable container 20 is applied power to the heating member 50 for a set time only for a set time, When the set time has elapsed, power is applied to the third driving member 76E so that the container supporting member 74 keeps the disposable container 20 horizontally from the heating position B to the discharge position C. Move it back to the initial state, When the discharge position detecting sensor 94 detects the seating of the disposable container 20, the container discharge member 84 is moved toward the blowout hole 11 by applying power to the fourth driving member 88. Push the opening door 12 to open, When the discharge position detecting sensor 94 detects the ejection of the disposable container 20, power is supplied to the fourth driving member 88 again to return the container discharge member 84 to the discharge position C. FIG. Ramen vending machine, characterized in that configured to. 11. The ramen vending machine according to claim 10, wherein the first, second, third and fourth operation detecting members (91,92,93,95) are constituted by limit switches. 11. The method of claim 10, wherein the first, second, third, fourth operation detecting member (91,92, 93,95) is the rotation angle of the first, second, third, fourth rotating plate (42E, 46B, 76C, 86) Ramen vending machine comprising a photo coupler for detecting the. According to claim 1, wherein the door 13 is provided with a chopsticks outlet 100, The chopstick discharge unit 100 is installed on the inside of the door 13, the seventh bracket 110, the discharge hole (13A) is formed; Vertically installed in the seventh bracket 110 so that the opened lower portion is located in the discharge hole 13A, the cutting holes 122 are drilled on both sides of the lower portion, and the chopsticks 13D packed in the connected paper are Chopsticks receiving member 120 is received; The seventh bracket 110 is formed so that the cutting blade 134 protrudes at a position opposite to each other in the operation hole 132 formed at the center thereof, and is moved in a direction orthogonal to the chopstick 13D by the guide roller 135. Cutting member 130 is installed in; A chopstick support member 140 installed at both ends of the bottom surface of the cutting member 130 so as to be positioned below the discharge hole 13A to support the chopsticks 13D moved downward; A sixth connecting rod 150 having one end hinged to one side of the cutting member 130; A fifth driving member 160 controlled by the controller 90 to rotate the fifth rotating plate 162 at a set angle so that the cutting member 130 reciprocates; And The seventh bracket is provided with an inclined surface 172 such that the chopstick 13D discharged from the discharge hole 13A of the seventh bracket 110 is discharged to the chopstick extracting part 13N formed through the door 13. Discharge member 170 is installed on the bottom of the 110; Ramen vending machine, characterized in that configured to include. According to claim 1, wherein the door 13 is provided with a chopsticks outlet 200, The chopsticks outlet 200 is the eighth bracket 210 which is installed on the inner side in the door 13; Moving holes 222 are formed on both sides of the lower side, so that the moving holes 222 are fixed to the upper surface of the eighth bracket 210 so as to be located at the chopstick taking-out part 13N formed in the door 13. Storage member 220; And It is installed on one side of the eighth bracket 210, by reciprocating the discharge rod 232 inserted into the moving hole 222 by pushing the chopsticks (13D) stacked and stored in the chopsticks storage member 220 the A sixth driving member 230 for moving to the extraction portion 13N; Ramen vending machine, characterized in that configured to include. 15. The ramen vending machine of claim 14, wherein the sixth driving member is made of a solenoid.