KR20060031349A - Automatic instant-noodle cooker - Google Patents

Abstract

The present invention relates to a ramen automatic cooker is loaded with a container (100) containing the ramen in a dry state, a supply device (A2) for withdrawing it individually, a water supply device (A3) for supplying water to the withdrawn container, It includes a heating device (A4) for heating and cooking the container 100, and a discharge device (A5) for discharging the cooked ramen container 100 to the outside.

Ramen noodles, cooking, withdrawal, container, discharge

Description

Automatic instant-noodle cooker {Automatic instant-noodle cooker}

1 is a perspective view showing the structure of an automatic ramen cooker according to the present invention.

2 is a perspective view of the feeding device in FIG.

Figure 3 is an exploded perspective view of the container withdrawal and transfer in Figure 2;

4a to 4d show in stages the operation of the feeder in FIG.

5 is an exploded perspective view of the discharge device in FIG.

6a and 6b show step by step the operation of the discharge device in FIG.

Figure 7 is a perspective view of the water supply nozzle unit in an automatic ramen cooker according to the present invention.

8A and 8B show an operating state of FIG.

Figure 9 is an exploded perspective view showing another embodiment of the discharge device in an automatic ramen cooker according to the present invention.

10 is a front view of FIG. 9;

11 is a side view of FIG. 9;

Explanation of symbols on the main parts of the drawings

A2: supply device A5: discharge device

2: container withdrawal and transfer machine 4: loading container

6: 1st drive part 7: water supply nozzle part

21: first bracket 22: second bracket

23: third bracket 24: fourth bracket

82: mounting guide 84: support plate

85: Supporters

The present invention relates to an automatic ramen cooker, and more particularly, to an automatic ramen cooker for cooking and discharging ramen with a simple structure.

Automatic ramen cooker refers to a device in which the ramen is automatically cooked and discharged in a container, which is commonly used in the form of a ramen vending machine.

This automatic ramen cooker is stacked with a ramen container pre-loaded if the ramen containers are individually taken out and transported to the heater and put water and then discharged when the ramen is cooked by the heater.

Ramen automatic vending machine of the Republic of Korea Patent No. 318063 or 0325418 shows the structure of such an automatic ramen cooker. In these ramen cookers, each operation, that is, a series of operations, such as taking out, transferring, feeding water, and discharging cooked ramen, is performed by individual mechanisms, and its structure is relatively complicated.

Such automatics would be desirable as the structure is simpler in connection with the performance of individual operations of the cooker, because in this case, the manufacture of automatic ramens may be easier, less expensive, and improved in reliability.

The present invention provides a structure of an automatic ramen cooker which can achieve the individual withdrawal of the ramen container, the transfer to the heater, and the discharge of the cooked ramen with a simple structure.

An object of the present invention is to provide a structure of an automatic ramen cooker that can achieve the individual withdrawal of the ramen container and the transfer to the heater and the discharge of cooked ramen with a simple structure.

In another aspect, the present invention provides a mechanical structure for performing these individual operations.

The automatic ramen cooker according to the object of the present invention is to take out the containers individually from the stacking container in which the container containing the ramen in the dry state is loaded and transfer them to a heating apparatus for cooking ramen by applying heat to the ramen containers. A guide rail installed vertically on the side of the loading container; A bracket plate fitted to be slid to the guide rail; A first bracket having a predetermined length formed vertically on the inner side thereof, and having a fourth long hole formed horizontally at a lower portion thereof, the first bracket being installed at one side of the bracket plate; A second bracket having a predetermined length corresponding to the first long hole vertically formed therein and hinged to overlap the inner side of the first bracket; A third bracket having a substantially 'c' cross section, and having horizontal third holes corresponding to the first and second holes on both sides thereof, surrounding the first and second brackets and fixed to the loading container; ; A fourth bracket installed inside the third bracket to guide the operation of the second bracket; An upper locking hole which is coupled to the third long hole and can be moved back and forth; It characterized in that it has a container withdrawal and conveyer comprising a; hinged to the lower portion of the second bracket and coupled to the fourth long hole can be moved back and forth.

At this time, the first long hole has a lower end bent outward to form a first curved portion, and the second long hole has an upper end bent inward to form a second curved portion.

In addition, the fourth bracket is preferably the fourth roller is coupled to the second long hole.

According to an embodiment of the present invention, the upper catching mouth, the first roller is formed in the end portion can be mounted to the container, the first roller is inserted into the first hole of the first bracket on the inner side wall of the other side, The second roller is inserted into the third long hole of the third bracket.

In addition, the lower catching mouth is formed in the end is a mounting piece for mounting the container, the other side is hinged to the lower portion of the second bracket, the third roller is inserted into the fourth long hole on one side wall is built up have.

According to the present invention, the container take-out and conveyer is a crank composed of a motor bracket fixed to the loading container, a drive motor installed on the motor bracket, a first rod built in the drive motor and a second rod hinged thereto. Preferably, the shaft is coupled to the second rod and driven by a first driving part including a main bracket on one side of which is fixed to the bracket plate.

According to the present invention, the automatic ramen cooker and a fixing bracket which is fixed to the lower end of the loading container; A rotating bracket hinged to the fixing bracket and formed with a guide ball having a predetermined length in the longitudinal direction, and the hose being fixed in the longitudinal direction; The roller coupled to the guide hole is provided at one end and the other end is a mandrel bracket fixed to the lower portion of the first bracket; and may further have a water supply nozzle portion connected to the water supply device.

The automatic ramen cooker includes a plurality of seating guides in which a container is mounted, a support plate spaced apart from each other to slidably couple the seating guides to an upper end thereof, and a discharge device including a second driving unit driving the seating guide back and forth. Have more.

At this time, the seating guide may be composed of a rectangular fixed plate having a size slightly smaller than the width of the container, and a plurality of rails installed on both sides of the fixed plate.

In this case, the bottom of the one side rail is further provided with a supporter consisting of a bracket formed with a predetermined through hole on both side walls, the coil spring interposed inside the bracket, a predetermined ground piece is installed vertically on the bottom of another rail It is desirable to be.

In this case, the support plate is provided with a plurality of drive rollers are coupled to the rail on the inner upper side, a plurality of guide rollers constituting the second drive unit is installed on one side, the other side at a predetermined separation distance to the ground piece Corresponding first and second limit switches may be installed.

As an alternative, the support plate is provided with a plurality of slide bearings to which the rail is coupled to the inner upper part, and a plurality of guide rollers constituting the second driving part is installed on one side, and the other side has a predetermined distance from the ground piece. Corresponding first and second limit switches may be installed.

According to an embodiment of the present invention, the second driving unit is connected to the drive motor installed on one side of the support plate, the sprocket coupled to the drive shaft of the drive motor and the plurality of guide rollers, but both ends of the coil spring of the supporter It consists of a fixed wire.

According to the present invention, it is preferable that the heating device is located under the container withdrawal and transfer device so that the container drawn by the container withdrawal and transfer device is directly seated on the heating device.

In addition, if the automatic ramen cooker is provided with a duct and a fan on the case side, it is preferable to allow the outside of the steam generated during cooking.

In another aspect of the invention, the present invention comprises a fixing bracket which is fixed to the lower end of the stacking container is loaded with a container of dry noodles; A rotating bracket in which the fixing bracket is hinged and a guide hole of a predetermined length is formed in the longitudinal direction and the hose is fixed in the longitudinal direction; A roller coupled to the guide hole is provided at one end and the other end is a mandrel bracket connected to the container withdrawal and transfer device for individually drawing the container from the stacking container and transporting it to a heating device placed below it. It provides a water supply nozzle portion of the ramen cooker.

In still another aspect of the present invention, the present invention provides a plurality of seating guides on which a container is mounted, a support plate spaced apart from each other so as to slidably couple the seating guides to an upper end, and a second driving part for driving the seating guide back and forth. It provides an automatic ramen cooker comprising a discharge device.

In this case, the seating guide may include a rectangular fixed plate having a size slightly smaller than the width of the container, and a plurality of rails installed on both sides of the fixed plate.

In this case, the bottom of the one side rail is further provided with a supporter consisting of a bracket formed with a predetermined through hole on both side walls, the coil spring interposed inside the bracket, a predetermined ground piece is installed vertically on the bottom of another rail It is desirable to be.

In this case, the support plate is provided with a plurality of drive rollers are coupled to the rail on the inner upper side, a plurality of guide rollers constituting the second drive unit is installed on one side, the other side at a predetermined separation distance to the ground piece Corresponding first and second limit switches may be installed.

As an alternative, the support plate is provided with a plurality of slide bearings in which the rail is coupled to the upper part of the support plate, and a plurality of guide rollers constituting the second driving part is installed on one side, and the other side corresponds to the ground piece at a predetermined distance. The first and second limit switches can be installed.

According to an embodiment of the present invention, the second driving unit is connected to the drive motor installed on one side of the support plate, the sprocket coupled to the drive shaft of the drive motor and the plurality of guide rollers, but both ends of the coil spring of the supporter It consists of a fixed wire.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

In the accompanying drawings, Figure 1 is a perspective view showing the structure of an automatic ramen cooker according to the present invention, Figure 2 is a perspective view of the supply device in Figure 1, Figure 3 is an exploded perspective view of the container withdrawal and the conveyer in Figure 2, Figure 4a to 4d are steps showing the operation of the feeding device in FIG. 1, FIG. 5 is an exploded perspective view of the discharge device in FIG. 1, and FIGS. 6a and 6b are steps showing the operation of the discharge device in FIG. 4, FIG. 7 is a perspective view of the water supply nozzle unit in the automatic ramen cooker according to the present invention, Figures 8a and 8b is a view showing the operating state of Figure 7, Figure 9 is another embodiment of the discharge device in the automatic ramen cooker according to the present invention 10 is an exploded perspective view showing the front view of FIG. 9.

Automatic ramen cooker according to the present invention, as shown in Figure 1, is loaded with a container (100) containing the ramen in a dry state, supplying device (A2) to take it out individually and supplies water to the withdrawn container It comprises a water supply device (A3), a heating device (A4) for heating and cooking the container 100, and a discharge device (A5) for discharging the cooked ramen container 100 to the outside.

According to the present invention, the heating device (A4) is located directly under the supply device (A2) and immediately after the container 100 drawn out through the supply device (A2) is seated directly to the heating device (A4). Water is supplied to the container 100 through a water supply nozzle unit 7 connected to the water supply device A3, and heating is performed.

In addition, the rear of the case of the automatic ramen cooker according to the present invention is provided with a fan (F) and the duct (D), thereby forcibly venting the steam discharged during cooking in the ramen container seated on the heating device (A4).

First, the supply device A2 loads the container 100 on which the ramen is loaded, and then pulls out the container 100 individually and transfers the container 100 to the heating device A4. Such a supply device (A2) is a container for loading a container (4), and a container withdrawal and transfer unit coupled to the loading container (4) to take out the container 100 individually and transport it to the heating device (A4) ( 2) and a first driving part 6 for driving the container withdrawal and conveyer 2.

The stacking container 4 is a tubular body having a substantially 'c' cross section so as to load a plurality of containers 100, the front of the container is easy to load.

The container withdrawal and transfer device 2 is a pair is installed on both sides of the stacking container 4 to take out the container 100 loaded one by one while lifting up and down, the pair of container withdrawal and transporter (2) ) Is the same in shape and operation, and for convenience of explanation, only the one installed on one side will be described.

2 and 3, the container take-out and conveyer 2, the guide rail 26 is installed perpendicular to the side of the loading container (4); A bracket plate 25 fitted to be slid to the guide rail 26; A first bracket 21 having a predetermined length formed vertically in the inner side thereof, and having a fourth long hole 214 formed horizontally in a lower portion thereof, the first bracket 21 being installed at one side of the bracket plate 25; A second bracket (22) hinged to overlap the first bracket (21) formed vertically with a second long hole (220) of a predetermined length corresponding to the first long hole (210); The cross section is approximately 'c' shaped, and a horizontal third long hole 230 corresponding to the first and second long holes 210 and 220 is formed at both sides to surround the first and second brackets 21 and 22. And the third bracket (23) fixed to the loading container (4); A fourth bracket 24 installed inside the third bracket 23 to guide the operation of the second bracket 22; An upper engaging hole 27 which is coupled to the third long hole 230 and may be moved back and forth; It is hinged to the lower portion of the second bracket 22 and coupled to the fourth long hole 214, the lower engaging port 28 which can be moved back and forth; is made.

The first bracket 21 has an approximately 'C' shape in cross section, and the first long hole 210 has a lower end portion bent outward to form a first curved portion 212.

The second bracket 22 is formed in the same 'c' shape as the first bracket 21, but the width is smaller than the first bracket 21 can be inserted into the inside of the first bracket (21). The second long hole 220 is bent inward and the second curved portion 222 is formed.

Accordingly, the second bracket 22 is coupled to the inside of the first bracket 21, and the first long hole 210 and the second long hole 220 are positioned on the same axis.

The fourth bracket 24 is a fourth roller 242 coupled to the second long hole 220 of the second bracket 22 is built, the fourth roller (when the second bracket 22 is lifted ( As the 242 moves in the second long hole 220, the second bracket 22 hingedly coupled to the first bracket 21 is pivoted so that the lower catching hole 28 can move back and forth.

As shown in FIG. 3, the upper catching hole 27 is provided with a mounting piece 273 through which a container can be mounted at an end thereof, and the first long hole of the first bracket 21 is formed on an inner surface of the side wall of the other side. The first roller 271 to be inserted into the 210 and the second roller 272 to be inserted into the third long hole 230 of the third bracket 23 are constructed to be constructed, the lower end of the loading container 4 Preferably, the mounting piece 273 is disposed on the container 100 by sliding forward and backward as the second roller 272 is moved on the first curved portion 212 while the first bracket 21 is elevated. The upper jaw of the can be pinched or placed.

As shown in FIG. 3, the lower catching hole 28 is provided with a mounting piece 283 capable of mounting the container 100 on one side thereof, and the other side is hinged to the lower portion of the second bracket 22. The third roller 282 inserted into the fourth long hole 214 is constructed on one side thereof, and the second roller 22 is lifted and the second roller 22 is lifted to ride on the second curved portion 222. As the 242 is rolled and rotated, the container 100 can be squeezed or placed by being slid in the front-rear direction.

The first driving unit 6 includes a motor bracket 62 fixed to the rear surface of the loading container 4, a driving motor 64 installed on the motor bracket 62, and a first shaft formed on the driving motor 64. A crankshaft 66 comprising a first rod 661 and a second rod 662 hinged thereto, and a main bracket fixed to the bracket plate 25 and hinged to the second rod 662. 68).

When the drive motor 64 is driven, the crankshaft 66 is linearly moved in the vertical direction so that the main bracket 68 can be lifted in conjunction with it, thereby lifting and lowering the container takeout and the transfer machine 2. .

Next, the discharge device (A5) according to the present invention, as shown in Figure 5, a plurality of seating guide 82 is mounted on the container 100, and the seating guide 82 is installed on the top to be slidable And two support plates 84a and 84b vertically spaced apart from each other at a predetermined interval so as to be supported, and a second driving unit 86 for driving the seating guide 82 back and forth.

Looking at this in more detail, the seating guide 82 is a rectangular fixed plate 820 having a size slightly smaller than the width of the container 100, and a plurality of rails (822a, 822b) installed on both sides of the fixed plate 820 The container 100 is sandwiched between the plurality of rails 822a and 822b.

Here, the bottom surface of the one side rail 822a has a substantially ┌┐ shaped cross section and a bracket 850 having a predetermined through hole 851 formed on both side walls, and a coil spring 852 interposed inside the bracket 850. The supporter 85 which consists of) is further provided, and the predetermined ground piece 824 is vertically installed in the bottom face of the other rail 822b (refer FIG. 5).

In addition, the support plates 84a and 84b are provided with a plurality of drive rollers 823a and 823b to which the rails 822a and 822b are coupled to an upper portion thereof, and guide rollers constituting the second driving unit 86 on one side thereof. A plurality of 864 are arranged, and the other side is provided with first and second limit switches 841 and 842 corresponding to the ground piece 824 at a predetermined distance.

The second driving unit 86 is to allow the container 100 to be discharged by moving the seating guide 82 back and forth, and a driving motor 862 installed on one side of the supporting plate 84b and the driving motor 862. The sprocket 863 coupled to the drive shaft of the) and the plurality of guide rollers 864, the wire 865 is fixed to both ends of the coil spring 852 of the supporter 85.

On the other hand, Figures 9 to 11 show another embodiment of the discharge device, the slide rollers (823a ', 823b') is installed in place of the drive rollers (823a, 823b), its role and operation relationship is Daedong Since it is so different, detailed description is abbreviate | omitted.

If the automatic cooker according to the present invention has a water supply nozzle portion 7 connected to the water supply device (A3), which is the water supply hose 75 is automatically located in the container 100 seated on the heating device (A4) Supply water for cooking ramen.

7 to 8b, the water supply nozzle unit 7 and a fixing bracket 72 is fixed to one side of the lower end of the loading container (4); A rotating bracket 74 hinged by the fixing bracket 72 and the hinge shaft 77 and having a predetermined length in the longitudinal direction of the guide hole 740, and the hose 75 being fixed in the longitudinal direction; The roller 762 coupled to the guide hole 740 is provided at one end and the other end includes a mandrel bracket 76 is fixed to the lower portion of the first bracket 21 of the container withdrawal and feeder (2) It is composed.

Here, the role of the guide hole 740 is to rotate the rotating bracket 74 back and forth with respect to the hinge axis 77 as the roller 762 is moved, the length of the guide hole 740 Accordingly, since the rotation angle of the rotation bracket 74 is limited, it is preferable to form an appropriate length in consideration of this.

Therefore, as shown in FIGS. 8A and 8B, when the first bracket 21 pulls out the container 100 and descends and then sits thereon and ascends for the next operation, the oyster stand bracket 76 As the roller 762 ascends through the guide hole 740, the pivot bracket 74 rotates, such that the hose 75 faces the inside of the container 100 to supply water into the container.

Referring to FIG. 2 again, the automatic ramen cooker according to the embodiment of the present invention installs the motor bracket 62 on the rear side of the loading container 4 and mounts the driving motor 64 to the driving. One end of the first rod 661 is coupled to the motor shaft of the motor 64, and the second rod 662 is hinged to the other end of the first rod 661 to assemble the crank shaft 66. The second rod 662 is hinged to the main bracket 68 to complete the assembly of the first driving unit 6.

The guide rail 26 is vertically fastened to the side of the loading container 4, and the bracket plate 25 is slidably coupled thereto, and then the first bracket 21 and the main bracket are attached to the bracket plate 25. (68) and then the second bracket 22 is inserted into the inner side of the first bracket 21 to hinge the upper end.

Thereafter, the first and second brackets 21 and 22 are wrapped to install the third bracket 23 to be integral with the loading container 4, and the third long hole 230 of the third bracket 23 is installed. Combine the upper catch 27 to the.

Thereafter, the lower catching hole 28 is hinged to the lower end of the second bracket 22, and the fourth catcher 214 of the first bracket 21 is coupled to the container withdrawal and the transfer machine 2, respectively. To complete.

In order to combine the discharge device (A5), first, two support plates (84a, 84b) are installed vertically spaced apart by a predetermined distance, and the seating guide 82 is coupled to the upper portion of the support plates (84a, 84b), The rails 822a and 822b are coupled to the driving rollers 823a and 823b to be slid back and forth.

Then, a driving motor 862 is installed on one side of the support plates 84a and 84b, and the wire 865 is installed by connecting the sprocket 863 and the guide roller 864, but the wire 865 is the above. Coupling with the coil spring 852 of the supporter 85 to prevent the wire 865 from slipping with the guide roller 864 by the tension resulting therefrom.

As described above, the operation relationship of the present invention in which the coupling is completed is as follows.

First, the operation of the container withdrawal and transfer device 2 will be described with reference to FIGS. 4A to 4D.

When the takeout signal is given, when the first driving unit 6 is driven to reach the top dead center, the bracket plate 25 is raised by the guide rail 26 as the main bracket 68 is raised, and the interlocking operation is performed. When the first and second brackets 21 and 22 rise, the first roller 271 passes the first curved portion 212 so that the lower catching holes 28 rise and move forward. As the two rollers 272 are moved in the third long hole 230, the upper catching hole 27 moves backward, so that the container 100 falls and is mounted on the lower catching hole 28 (see FIG. 4A).

Thereafter, the first driving unit 6 is further driven, and as shown in FIGS. 4B to 4C, when the main bracket 68 and the first and second brackets 21 and 22 are lowered, the first driving unit 6 is driven in conjunction with the above process. In the reverse order, the upper fastener 27 is advanced, the lower fastener 28 is reversed, the next container is fixed by the upper fastener 27, only one container 100, the lower fastener It descends while being supported by (28).

Subsequently, when the first driving unit 6 reaches the bottom dead center, the second bracket 22 rotates as the fourth roller 242 passes the second curved portion 222. As the 28 moves backward in the fourth hole 214, the clamping state of the container 100 is released and rests on the guide guide 82 (see FIG. 4D).

When the container withdrawal and conveyer 2 draws out the container 100 and descends, it is seated on the heating device A4 and ascended for the next operation, accompanied by the rise of the first bracket 21. As the mandrel bracket 76 of the water supply nozzle unit 7 is raised, the roller 762 is lifted by the guide hole 740 so that the rotation bracket 74 is rotated toward the front surface. The hose 75 is directed into the vessel 100 and then water is supplied from the hose 75.

After the water is supplied from the water supply nozzle unit 7 in this way, heating is performed by the heating device A4, and cooking of the ramen proceeds.

When the cooking is completed, the container 100 is moved outward as the guide guide 82 moves forward by the driving of the second driving unit 86, and the ground piece 824 is grounded to the second limit switch 842. When the operation of the second driving unit 86 is stopped.

At this time, the fan (F) is operated to discharge the steam generated during cooking through the duct (D) to the outside.

Thereafter, the user is in a waiting state for a predetermined time so that the user can take out the container 100, and then the second driving unit 86 is driven back to reverse the guide guide 82, the ground piece 824 is the first limit When grounded to the switch 841, the operation of the second driving unit 86 is stopped, thereby waiting for the above-described container withdrawal operation.

As described above, the automatic ramen cooker according to the present invention provides a structure of the automatic ramen cooker which can achieve the individual withdrawal of the ramen container, the transfer to the heater, and the discharge of the cooked ramen.

In particular according to the invention it can be seen that the take-out of the vessel and the transfer to the heating device use only one motor. In addition, the water supply nozzle unit is operated in conjunction with the drawer and the transfer of the container to supply water to the container, the structure is simple and the related control can be easily made.

It will be appreciated that this has been achieved the object of the present invention. Although the present invention has been described with reference to one embodiment, the scope of the claims is defined by the following claims in accordance with the spirit of the invention. In the following, reference is made to the components of the claims with reference numerals of the embodiments, but this is merely for reference and does not limit the scope of the invention to the embodiments.

Claims (22)

As the container 100 is individually taken out from the stacking container 4 on which the container 100 containing the dried ramen is loaded and heated to the ramen container to be transferred to a heating device A2 for cooking the ramen. (a) a guide rail 26 installed perpendicular to the side of the loading container 4; (b) a bracket plate 25 fitted to be slid to the guide rail 26; (c) The first long hole 210 of a predetermined length is formed vertically in the inner side, and the fourth long hole 214 is formed horizontally in the lower portion thereof so that the first bracket 21 is installed at one side of the bracket plate 25. and; (d) The second bracket 22 having a predetermined length corresponding to the first long hole 210 is formed vertically inside and hinged to overlap the inner side of the first bracket 21. and; (e) The cross section is approximately 'c' shaped, and the horizontal third long hole 230 corresponding to the first and second long holes 210 and 220 is formed at both sides thereof, so that the first and second brackets 21 and 22 are formed. A third bracket (23) fixed to the stacking container (4) while wrapping; (f) a fourth bracket (24) installed inside the third bracket (23) to guide the operation of the second bracket (22); (g) an upper catching hole 27 coupled to the third long hole 230 and capable of moving back and forth; and (h) a lower engaging opening 28 hinged to the lower portion of the second bracket 22 and coupled to the fourth long hole 214 to move back and forth. Automatic ramen cooker characterized in that having. The method of claim 1, The first long hole 210 has a lower end portion bent outwardly to form a first curved portion 212, and the second long hole 220 has an upper end portion bent inward to form a second curved portion 222. Automatic Ramen Cooker. The method according to claim 1 or 2, The fourth bracket 24 is an automatic ramen cooker, characterized in that the fourth roller 242 is coupled to the second long hole 220 is constructed. The method of claim 3, The upper catching opening 27 is formed with a mounting piece 273 for mounting the container at the end, and is inserted into the first long hole 210 of the first bracket 21 on the inner side wall of the other side; An automatic ramen cooker, characterized in that the first roller 271 and the second roller 272 inserted into the third long hole 230 of the third bracket 23 are laid out. The method of claim 3, The lower catching hole 28 is formed with a mounting piece 283 for mounting the container 100 at the end, the other side is hinged to the lower portion of the second bracket 22, the one side wall Automatic ramen cooker, characterized in that the third roller 282 is inserted into the fourth long hole (214) has been built up. The method of claim 1, The container withdrawal and transfer machine (2) (a) a motor bracket 62 fixed to the loading container 4, (b) the drive motor 64 provided in the motor bracket 62; (c) a crankshaft 66 composed of a first rod 661 arranged on the drive motor 64 and a second rod 662 hinged thereto; (d) An automatic ramen cooker characterized in that the hinge is coupled to the second rod (662) is driven by a first drive unit one side of which comprises a main bracket (68) fixed to the bracket plate (25). The method of claim 1, (a) a fixing bracket 72 fixed to the lower end of the loading container 4; (b) a rotating bracket 74 hinged to the fixing bracket 72 and having a guide hole 740 having a predetermined length in the longitudinal direction, and the hose 75 being fixed in the longitudinal direction; (c) a roller 762 coupled to the guide hole 740 is provided at one end and the other end of the mandrel bracket 76 is fixed to the lower portion of the first bracket 21; Automatic ramen cooker characterized in that it further has a water supply nozzle portion 7 connected. The method of claim 1, The automatic ramen cooker (a) a plurality of seating guides 82 on which the container 100 is mounted; (b) support plates 84a and 84b spaced apart from each other to slidably couple the seating guide 82 to an upper end thereof; (c) an automatic ramen cooker, further comprising a discharge device (A5) comprising a second driving part (86) for driving the seating guide (82) back and forth. The method of claim 8, The seating guide 82 is composed of a rectangular fixed plate 820 having a size slightly smaller than the width of the container 100, and a plurality of rails (822a, 822b) installed on both sides of the fixed plate 820 Automatic ramen cooker. The method of claim 9, The supporter 85 further includes a bracket 850 having a predetermined through hole 851 formed on both side walls of the one side rail 822a, and a coil spring 852 interposed inside the bracket 850. It is provided, the automatic ramen cooker, characterized in that a predetermined ground piece (824) is installed vertically on the bottom of another rail (822b). The method of claim 10, The support plates 84a and 84b are provided with a plurality of drive rollers 823a and 823b to which the rails 822a and 822b are coupled to an upper portion thereof, and a guide roller 864 constituting the second driving unit 86 on one side thereof. And a plurality of are arranged on the other side of the automatic ramen cooker, characterized in that the first and second limit switches (841, 842) corresponding to the ground piece (824) is provided at a predetermined separation distance. The method of claim 10, The support plates 84a and 84b are provided with a plurality of slide bearings 823a 'and 823b' to which the rails 822a and 822b are coupled to an inner upper portion thereof, and guide rollers constituting the second driving unit 86 on one side thereof. A plurality of 864 are arranged, the other side of the automatic ramen cooker, characterized in that the first and second limit switches (841, 842) corresponding to the ground piece (824) is provided at a predetermined separation distance. The method of claim 10, The second driving unit 86 connects the drive motor 862 installed on one side of the support plate 84b, the sprocket 863 coupled to the drive shaft of the drive motor 862, and the plurality of guide rollers 864. Automatic ramen cooker characterized in that it comprises a wire (865), both ends of which are fixed to the coil spring (852) of the supporter (85). The method of claim 1, The heating device (A2) is located in the lower portion of the container withdrawal and transfer device 2, the container 100 drawn by the container withdrawal and transfer device (2) is directly seated in the heating device (A2) Automatic ramen cooker. The method according to claim 1 or 2, The automatic ramen cooker is an automatic ramen cooker characterized in that the duct (D) and the fan (F) is installed on the case side to the outside of the steam generated during the ramen cooking. (a) a fixing bracket 72 fixed to the lower end of the loading container 4 in which the container containing the dried ramen is loaded; (b) a rotating bracket 74 hinged to the fixing bracket 72 and having a guide hole 740 having a predetermined length in the longitudinal direction, and the hose 75 being fixed in the longitudinal direction; (c) a roller 762 coupled to the guide hole 740 is provided at one end and the other end is a container for individually drawing the container from the stacking container 4 and transporting it to the heating device A2 placed under the container. Water supply nozzle unit 7 of the automatic ramen cooker comprising a; mandrel bracket (76) connected to the take-out and transfer device (2). (a) a plurality of seating guides 82 on which the container 100 is mounted; (b) support plates 84a and 84b spaced apart from each other to slidably couple the seating guide 82 to an upper end thereof; (C) The apparatus (A5) of the automatic ramen cooker comprising a second driving unit (86) for driving the seating guide (82) back and forth. The method of claim 17, The seating guide 82 is composed of a rectangular fixed plate 820 having a size slightly smaller than the width of the container 100, and a plurality of rails (822a, 822b) installed on both sides of the fixed plate 820 Automatic ramen cooker discharge (A5). The method of claim 17, The supporter 85 further includes a bracket 850 having a predetermined through hole 851 formed on both side walls, and a coil spring 852 interposed inside the bracket 850 at a bottom of the rail 822a. And a predetermined ground piece 824 is vertically installed on the bottom of another rail 822b. The method of claim 19, The support plates 84a and 84b are provided with a plurality of driving rollers 823a and 823b to which the rails 822a and 822b are coupled to the upper side thereof, and guide rollers 864 constituting the second driving unit 86 on one side thereof. A plurality of are arranged, and the other side of the automatic ramen cooker discharge device (A5), characterized in that the first and second limit switches (841, 842) corresponding to the ground piece (824) is provided at a predetermined separation distance. The method of claim 19, The support plates 84a and 84b are provided with a plurality of slide bearings 823a 'and 823b' to which the rails 822a and 822b are coupled to an inner upper portion thereof, and guide rollers constituting the second driving unit 86 on one side thereof. A plurality of 864 are arranged, the other side of the automatic ramen cooker, characterized in that the first and second limit switches (841, 842) corresponding to the ground piece (824) is provided at a predetermined separation distance. The method of claim 19, The second driving unit 86 connects the drive motor 862 installed on one side of the support plate 84b, the sprocket 863 coupled to the drive shaft of the drive motor 862, and the plurality of guide rollers 864. Automatic ramen cooker characterized in that it comprises a wire (865), both ends of which are fixed to the coil spring (852) of the supporter (85).

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