KR102190739B1 - Unmanned Ramen Cooking Device - Google Patents

Abstract

The present invention relates to an unmanned instant noodle cooking device. The unmanned instant noodle cooking device comprises: a supply unit (10); an input unit (20); a cooking unit (30); an adjustment unit (40); a washing unit (50); a container supply unit (60); a grip unit (70); and a control unit. According to the present invention, instant noodles are automatically cooked with just a simple initial operation of a seller. Thus, a user can conveniently and rapidly perform cooking.

Description

Unmanned Ramen Cooking Device {Unmanned Ramen Cooking Device}

The present invention relates to an unmanned ramen cooking apparatus, and more specifically, by automatically cooking ramen with a simple initial operation of a seller, it is possible for a user to cook simply and quickly, and since it can be used unattended, labor costs can be reduced. This relates to an unmanned ramen cooking device that has the advantage of high income and can be cleaned every time the ramen is boiled, so that the ramen can be quickly consumed cleanly.

Normally, ramen appeared in the barley hills of the 1960s, when all of them were poor and hungry because the rice was scarce due to the destruction of farmland after the Korean War. The ramen at that time was a meal that allowed the hungry to overcome the hunger. And, nowadays, there are various types of ramen, so you can cook them to your liking as a simple meal or snack. Also, although China is the world's largest ramen consumer, Korea is the world's best in terms of ramen consumption per person. In other words, statistically, one person consumes 68 pieces a year, which means eating ramen at least once or twice a week. However, there is an uncomfortable situation for consumers because the only places where they can eat ramen are boiled at home, eat ramen cooked at a ramen shop, or cook cup noodles with hot water directly at convenience stores.

As an example, according to Korean Utility Model Registration No. 0440098,'a water tank formed to store hot or cold water and installed inside a vertical case; A cooking heater configured to heat a cooking container in which cooking contents are received and seated, and installed in a region inside the seating hole of a lower case supporting the vertical case; A presser rotatably coupled to a fixing bracket installed on one side of the cooking heater so that a portion thereof protrudes from an upper portion of the cooking heater and is rotated by a cooking container seated in the cooking heater; A switch installed between the fixing bracket and the presser and connected according to the rotation of the presser; A water supply valve for supplying water from the water tank to the cooking container mounted on the cooking heater; The cooking heater and the water supply valve are controlled according to whether the switch is connected and whether the temperature of the cooking heater is sensed, and a manual operation switch provided at one side of the lower case is further provided, so that the cooking container is seated on the cooking heater and the switch When the manual operation switch is connected, the water supply valve is opened and water is supplied to the cooking container, and then power is applied to the cooking heater to control the ramen cooking to start. As a ramen cooker comprising: a control unit including a time addition switch for allowing the heater to additionally heat the cooking container to change the cooking time, and further comprising a display unit for displaying the cooking time of the ramen to the outside, A safety means for preventing a safety accident and protecting the cooking heater is provided by closing the seating hole when cooking is not performed in the cooking heater, wherein the safety means includes: an insert formed at a lower end of the vertical case; And a safety cover accommodated in the insertion portion and selectively withdrawn from the insertion portion to close the seating hole.'

However, these ramen cookers do not have a seller, so they can cook ramen unattended, so they have the advantage of saving labor costs, etc., but they are a configuration that requires the user to directly operate the operation, so it is a safety accident through the user's inconvenience and clumsy operation. Problems such as occurrence and damage to the device may occur.

As another example, according to Korean Patent Registration No. 1113392,'In a conventional automatic ramen cooker, a container body in which a receiving part for holding cooking ingredients is provided and a cooking container in which a handle is integrally coupled to an outer end of the container body Wow; An electric oven in which a heating means for heating the cooking vessel is mounted; A cooking main body which is integrally coupled to the upper side of the electric oven to seal the upper opening of the cooking container while fixing the cooking container; A stirrer capable of mixing the cooking ingredients in the cooking container by being coupled so as to be able to move up and down from one side of the cooking main body and at the same time as the one end of which can be rotated left and right; In addition, an automatic ramen cooker comprising: a lifting device connected to the electric oven and the cooking main body so that the stirrer can be repeatedly lifted and lowered.

However, such an automatic ramen cooker can also cook ramen using ingredients and water, but since the powdered soup is stored in the opened state from the soup bag, the soup is hardened by moisture, etc., and the condensed soup can discharge a fixed amount. It is not possible, and the hygiene problem of the hardened soup may occur.

Korean Utility Model Registration No. 0440098 "Ramen Cooker" Registered Korean Patent No. 1113392 "Automatic instant noodles cooker"

It is an object of the present invention to fundamentally improve the conventional problems as described above, by automatically cooking ramen with only a simple initial operation of the seller, so that the user can easily and quickly cook, and since it can be used unattended, labor costs are reduced. The goal is to provide an unmanned ramen cooking device that has the advantage of having a high income because it can be reduced, and it can be cleaned every time the ramen is boiled, so that the ramen can be consumed quickly and cleanly.

In order to achieve the above object, the present invention provides an unmanned ramen cooking apparatus that automatically cooks ramen so that it can be easily ingested: supply in which a lid and an inner space are formed to keep the dried noodles, soup and ingredients sealed inside A supply unit having a pack and having a supply plate to sequentially supply the supply pack; An input unit having a separation means for dropping the empty supply pack downward while separating the supply pack on the supply unit and dropping the dried surface, soup and ingredients accommodated in the internal space; A cooking unit including a cooking utensil made of a pot and induction so that ramen can be cooked while receiving the dried noodles and soup and ingredients falling from the input unit; A connecting rod that connects the pot, the induction and the pot lid to each other in connection with the cooking utensils of the cooking unit, and an adjustment motor that is mounted at the end of the connecting rod to adjust the positions of the pot, induction and pot lid, An adjustment unit mounted on a rotating motor installed at one end of the connecting rod and having a rotating rod rotating so that the pot can be turned over; A washing unit supplying water to a cooking utensil on one side of the cooking unit to enable washing; A container supply unit for supplying a container to receive the cooked ramen at the rear end of the cooking unit from a cooking utensil; A holding portion formed on the cooking portion and provided so that the dried surface of the ramen boiled on the pan can be cooked evenly; And a control unit configured to operate according to a sequence control set in association with the supply unit, the input unit, the cooking unit, the control unit, the washing unit, the container supply unit, and the holding unit, respectively or individually.

At this time, the separating means of the input unit of the present invention includes a transfer base having a front and rear seating platform to support and discharge the supply pack stacked at the bottom, a guide groove formed in the direction of the supply pack, and a guide groove of the transfer bar. It is characterized in that it comprises a support frame accommodated on the top and transported in the horizontal direction, a separator seated on the support frame to pressurize and separate the lid of the supply pack, and a pressure motor that rotates the separator from the support frame.

In addition, the rotating rod of the adjustment unit of the present invention includes a space unit having a space portion provided to be fixed to wrap around the protrusion unit of the pot, but the space unit thickness of the protrusion unit enables natural seating while reducing the impact when the pot is seated on the induction. It is characterized by maintaining a certain clearance by forming a larger space.

In addition, the container supply unit of the present invention is stacked in a plurality of stacked passages in which only the lowermost layer of the container is dropped and supplied, a fixing base that wraps and fixes the dropped container, and a fixing base that is connected to the fixing base and rotates forward and backward through the container. It characterized in that it comprises a supply motor having a first ball screw to supply.

In addition, the gripping unit of the present invention is accommodated in the inside of the pot and stirs the boiling dry surface to be cooked evenly, the gripper having a rotational stand that rotates by a turning motor, and the rotational force on the moving stand integrally formed on the gripping stand It characterized in that it comprises a second ball screw rotated by a moving motor to enable the movement of the gripper through.

On the other hand, prior to this, terms or words used in the present specification and claims should not be construed as being limited to their usual or dictionary meanings, and the inventors have developed the concept of terms in order to explain their own invention in the best way. It should be interpreted as a meaning and concept consistent with the technical idea of the present invention based on the principle that it can be properly defined. Therefore, the embodiments described in the present specification and the configurations shown in the drawings are only the most preferred embodiments of the present invention, and do not represent all the technical spirit of the present invention, and thus various alternatives that can be substituted for them at the time of application It should be understood that there may be equivalents and variations.

As described in the above configuration and operation, the present invention automatically cooks instant noodles only with a simple initial operation of the seller, allowing the user to cook easily and quickly, and because it can be used unattended, labor costs can be reduced, resulting in high income. It has an advantage, and it can be washed every time the ramen is boiled, providing a clean and quick intake of ramen.

1 is a front perspective view showing the overall configuration of an unmanned ramen cooking apparatus according to the present invention
2A to 2C are front views sequentially illustrating supplying drinking water while washing a pot through the washing unit of the unmanned ramen cooking apparatus according to the present invention.
3A and 3F are a front view and a side view sequentially showing boiling potable water and cooking ramen through the cooking unit of the unmanned ramen cooking apparatus according to the present invention.
4A and 4B are front views showing the stirring of boiled ramen through the unmanned ramen cooking apparatus according to the present invention
Figures 5a to 5c are side views showing the distribution by moving the boiled ramen to a container through the unmanned ramen cooking apparatus according to the present invention
6A to 6E are perspective views sequentially showing the operating state of the separating means of the unmanned ramen cooking apparatus according to the present invention
7A and 7B are cross-sectional views sequentially showing a gripping unit of the unmanned ramen cooking apparatus according to the present invention.
7A to 7C are cross-sectional views and enlarged views illustrating an embodiment of a controller of an unmanned ramen cooking apparatus according to the present invention.

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

The present invention relates to an unmanned ramen cooking apparatus that automatically cooks the ramen 1 so that it can be easily consumed, and the supply unit 10, the input unit 20, the cooking unit 30, the control unit 40, and the washing unit 50 ), the container supply unit 60, the gripping unit 70, and the control unit are the main components.

The supply unit 10 according to the present invention includes a supply pack 12 in which a lid 11 and an inner space 12a are formed so that the drying surface 2, the soup 3 and the ingredients 4 are sealed inside. ), it is possible to sequentially supply the supply pack 12 stacked in plural on the supply plate 13. The supply unit 10 is configured to sequentially supply the dried noodles 2, the soup 3 and the ingredients 4 accommodated in the ramen bag. This supply unit 10 accommodates all of the dried noodles 2, soup 3 and ingredients 4 accommodated in the ramen bag through the initial operation by the seller into the inner space 12a of the supply pack 12 The lid 11 is forcibly fitted to prevent foreign matter or air from entering the interior. This solves the problem that the soup 3 is hardened by moisture or the like while preventing the dried noodles 2, the soup 3, and the ingredients 4 from being contaminated. In addition, while maintaining the stacked state of the plurality of supply packs 12 on the supply plate 13, sequential supply is possible.

In addition, the input unit 20 according to the present invention separates the supply pack 12 supplied on the supply unit 10, and the drying surface 2 and the soup 3 and the ingredients 4 accommodated in the internal space 12a It is provided with a separating means 21 for dropping the empty supply pack 12 to the bottom while dropping. The input unit 20 separates the supply pack 12 and the lid 11 from each other when a plurality of supply packs 12 stacked on the supply plate 13 of the supply unit 10 are dropped downward. Separating means 21 is provided so that the received drying surface 2 and soup 3 and ingredients 4 can move.

At this time, the separating means 21 of the input unit 20 is formed in the direction of the supply pack 12 with a mounting table 22 that is forward and backward to support and discharge the supply pack 12 stacked at the bottom. The transfer table 23 having the guide groove 24 to be used, the support frame 25 received on the guide groove 24 of the transfer table 23 and transferred in the horizontal direction, and the support frame 25 It is characterized in that it comprises a separator 26 for pressing and separating the lid 11 of the supply pack 12, and a pressure motor 27 for rotating the separator 26 from the support frame 25. The separating means 21 is provided with a seat 22 to support the supply pack 12 located on the lowermost layer and the supply pack 12 of the lowermost layer of the supply pack 12 stacked in plural. The mounting table 22 supports the supply pack 12 by making it possible to move forward and backward in the horizontal direction with a cylinder or a ball screw. In addition, a transfer table 23 having a guide groove 24 formed in the direction of the supply pack 12 is formed to form a support frame 25 capable of being transported along the guide groove 24, and the support frame 25 The pressurizing motor 27 seated in is formed in a state connected to the separator 26. This support frame 25 is located so that the separator 26 is in close contact with the lid 11 of the supply pack 12 through a separate transfer means (not shown), and then the supply pack fixed by the mounting table 22 The separator 26 rotated on the pressure motor 27 is separated so that the lid 11 is forcibly fitted so that the 12 and the lid 11 can be separated. Accordingly, the drying surface 2, the soup 3, and the ingredients 4 flowing into the inner space 12a are configured to be introduced into the pot 32 located below. In addition, as the lid 11 of the supply pack 12 is not completely separated by a separate hinge, etc., the supply pack 12 and the lid 11 are removed from the collection unit 28 You can drop it directly below. Of course, the supply pack 12 and the lid 11 may be completely detachable.

In addition, the cooking unit 30 according to the present invention accommodates the drying surface 2 falling from the input unit 20, the soup 3, and the ingredients 4, while the pot 32 so that the ramen 1 can be cooked. ) And induction (33). The cooking utensils 31 of the cooking unit 30 are configured to substantially cook the ramen 1 and the dried noodles 2 and soup 3 and ingredients 4 supplied by the above-described input unit 20 A pot 32 is provided to cook while receiving and cooking is possible through heating of the induction 33 located in the lower direction of the pot 32. In order for the ramen 1 to be cooked through the cooking utensil 31, water must be accommodated in the pot 32, which will be described in detail through the washing unit 50 to be described later.

In this case, the cooking utensils 31 of the cooking unit 30 are provided with a pot lid 34 on the top of the pot 32 so that the ramen 1 is cooked more smoothly. The pot lid 34 is located on the top of the pot 32 described above, and when the ramen 1 is heated without the pot lid 34 when cooking, the internal heat of the pot 32 is dispersed and discharged to the outside. It is possible to solve the difficult problem of cooking ramen (1). That is, since the heat is held inside the pot 32, delicious ramen 1 can be cooked.

In addition, the adjusting unit 40 according to the present invention is interlocked with the cooking appliance 31 of the cooking unit 30 to enable rotation of the cooking appliance 31, the pot 32, the induction 33, and the pot lid 34. ) Are respectively mounted on the ends of the connecting rods 41, 42, 43 and the connecting rods 41, 42, 43 to connect the pots 32, inductions 33, and pot lids 34. It is equipped with an adjustment motor 44, 45, 46 for adjusting the, and a rotating rod 48 that is mounted on a rotating motor 47 installed at one end of the connecting rod 41 to rotate the pot 32 overturnable. . The control unit 40 is formed with a connecting rod 41, 42, 43, which are integrally connected to the rear end of the pot 32, the induction 33, and the pot lid 34, respectively, and the connecting rod 41, 42 The pot 32, the induction 33, and the pot lid 34 are rotatably provided by rotating by the adjusting motor 44, 45, and 46 connected to the 43. The pot 32, the induction 33, and the pot lid 34, which are rotatably formed in this way, can be rotated during cooking, and the pot 32 is rotated to the supply unit 10 so that the drying surface 2 and the The soup 3 and the ingredients 4 can be supplied, and by rotating by the washing unit 50, operations such as water supply or washing can be performed. And, it is mounted between the pot 32 and the connecting rod 41, and is equipped with a rotating rod 48 and a rotating motor 47 that rotates the rotating rod 48 so that only the pot 32 can be turned over. ) Can be accommodated in the container 61, and can be washed. In addition, the pot 32 and the connecting rod 41 of the adjusting part 40 are configured to be rotated by the adjusting motor 44, but the pot 32 and the connecting rod 41 and the adjusting motor 44 are formed so as to be able to move up and down. ) May be configured to be more easily seated in the induction (33).

At this time, the rotating rod 48 of the adjustment unit 40 includes a space unit 49 having a space unit 49a provided to be fixed to wrap around the protrusion unit 32a of the pot 32, and the space unit ( 49a) is characterized in that a space larger than the thickness of the protrusion 32a is formed to reduce the impact when the pot 32 is seated on the induction 33 while allowing natural seating to maintain a certain clearance. The pot 32 is formed so as to be rotatable with each other in the horizontal direction in the upper direction of the induction 33, and the pot 32 is configured to cause a collision when the induction 33 is seated and to enable careful seating. In other words, the pot 32 is formed with a space unit 49 that wraps and fixes a protrusion unit 32a protruding on the outer periphery, and the space unit 49a inside the space unit 49 includes a protrusion unit 32a. While receiving the pot 32, a collision may occur when the induction 33 is seated, and a space larger than the thickness of the protrusion 32a is formed so that the pot 32 can be moved up and down finely to enable careful seating. Organize to maintain In addition, the space table 49 may be configured so that it can be inserted by wrapping the protrusion 32a of the pot 32 in a divided form so that the pot 32 can be replaced smoothly.

In addition, the washing unit 50 according to the present invention supplies water to the cooking utensils 31 on one side of the cooking unit 30 and is provided to enable washing. As described above, the washing unit 50 serves to clean the pot 32 in which the ramen 1 is cooked while supplying water to the pot 32 of the cooking appliance 31. When the pot 32 rotates through the control unit 40 and is accommodated in the washing unit 50, water, that is, drinking water is supplied from the top to be accommodated in the pot 32, and the cooking unit 30 is After the ramen (1) is cooked through, when the pot 32 having a dirty interior is accommodated by the washing unit 50, the pot 32 is turned over through the rotating motor 47 connected to the pot 32. , Clean cooking is possible by washing the inside of the pot 32 through strong water pressure at the bottom.

In addition, the container supply unit 60 according to the present invention supplies the container 61 to accommodate the cooked ramen 1 at the rear end of the cooking unit 30 from the cooking appliance 31. The container supply unit 60 is supplied from the rear end of the cooking unit 30 to accommodate the ramen 1 cooked from the pot 32 of the cooking utensil 31.

At this time, the container supply unit 60 is stacked in a plurality, the stacking cylinder 62 to which only the container 61 of the lowermost layer is dropped and supplied, the fixing base 63 surrounding and fixing the dropped container 61, and the fixing base 63 ) Is connected to the fixed base 63 through rotation forward and backward to supply the container 61, characterized in that it comprises a supply motor (65) having a first ball screw (64). The container supply unit 60 drops the lowermost container 61 of the containers 61 stacked on the stacking container 62 to the bottom, which is similar to the configuration in which the paper cups can fall one by one. Similarly, a separate button is pressed through a cylinder or the like so that the container 61 can automatically fall. And, the container 61 dropped from the stacking cylinder 62 is seated on and wrapped around the fixing table 63, and the first ball screw 64 connected to the fixing table 63 is rotated from the supply motor 65 to fix the fixing table ( As 63) advances, the container 61 is pushed, and the cooked ramen 1 is accommodated into the container 61 through the rotation of the pot 32. When the receiving of the ramen 1 in the container 61 is finished, the first ball screw 64 is rotated again through the supply motor 65 to further push the container 61 so that the eater can take it.

In addition, the gripping part 70 according to the present invention is provided on the cooking part 30 so that the dried surface 2 of the ramen 1 boiled on the pot 32 can be cooked evenly. The gripper 70 cooks the ramen 1 by loosening the dried noodles 2 before pouring the noodles 1 cooked through the cooking utensils 31 of the cooking unit 30 into the container 61 so that they can be cooked evenly. Is done.

At this time, the gripping part 70 is accommodated in the inside of the pot 32 and stirs the boiling drying surface 12 so that it can be cooked evenly, the gripping stand 71 having a rotating stand 73 that rotates by a turning motor 72 ), and a second ball screw 76 that rotates by a moving motor 75 to enable the movement of the gripper 71 through a rotational force on the moving table 74 integrally formed on the gripping table 71 It characterized in that it comprises a. As described above, the gripping part 70 stirs the boiling dry surface 12 so that it can be cooked evenly, and is rotatably connected directly under the turning motor 72 inserted in the gripping stand 71. The rotating table 73 stirs the drying surface 12 through rotation, and the moving table 74 integrally formed with the gripping table 71 is located on the second ball screw 76 and the second ball screw ( As the moving table 74 is moved up and down by the moving motor 75 that rotates 76, the rotary table 73 is transferred to the bottom so as to be close to the ramen 1 installed in the container 61 After completion, allow it to be transferred to the top.

In addition, the control unit according to the present invention comprises the supply unit 10, the input unit 20, the cooking unit 30, the adjustment unit 40, the washing unit 50, the container supply unit 60, and the holding unit 70, respectively. Alternatively, it is provided to operate according to the sequence control set by interlocking individually. This control unit controls the overall flow of the above-described configuration, and supplies water to the pot 32 that is washed by the washing unit 50 in a configuration that operates according to a sequence control set to operate according to the vendor's settings. Then, by the cooking unit 30, the pot 32 is positioned on the induction 33 by the adjusting unit 40 to heat the drinking water inside, and the pot 32 is again supplied to the supply unit through the adjusting unit 40 Transfer to (10) and receive the drying surface (2), soup (3) and ingredients (4) into the supply unit (10) through the input unit (20) into the inside of the pot (32), and the pot (32) is induction ( It is transferred to the upper part of 33) and heated again. And after a certain period of time, the ramen (1) is completed by stirring the boiling dry noodles (2) through the holding part (70) so that the noodles can be cooked evenly while making the noodles chewy. Thereafter, when the induction 33 is stopped in use and the container 61 from the container supply unit 60 is located under the pot 32, the pot 32 rotates the pot 32 through the control unit 40. It is completed by placing the ramen (1) in the container (62). In addition, in this configuration, a separate money inlet, chopstick storage, side dish storage, etc. may be added separately so that the user can buy the ramen (1). In other words, when the user pays a certain cost of ramen (1) at the money input port, the operation is performed from the control unit described above to complete the ramen (1), and separate side dishes, chopsticks, spoons, etc. Ramen (1) can be eaten inside the store or taken out of the store to be eaten. In addition, by forming the supply unit 10 in various ways, the user may directly select many types of ramen 1 and ingest it by paying a cost.

As described above, the present invention has the advantage of high income since it is possible to reduce labor costs because it is possible to cook instant noodles by a user by automatically cooking ramen only with a simple initial operation of the seller, and can be used unattended. Every time you boil it, you can wash it, so you can quickly eat ramen cleanly.

The present invention is not limited to the disclosed embodiments, and it is obvious to those of ordinary skill in the art that various modifications and variations can be made without departing from the spirit and scope of the present invention. Therefore, such variations or modifications will have to belong to the claims of the present invention.

1: ramen 2: dried noodles
3: Soup 4: ingredients
10: supply part 11: lid
12: supply pack 12a: internal space
13: supply plate 20: input section
21: separating means 22: seat
23: feed rod 24: guide groove
25: support frame 26: separator
27: pressure motor 28: collection unit
30: cooking unit 31: cooking utensils
32: pot 32a: protrusion
33: induction 34: pot lid
40: control unit 41, 42, 43: connecting rod
44, 45, 46: adjustable motor 47: rotary motor
48: rotating rod 49: space zone
49a: space part 50: washing part
60: container supply unit 61: container
62: stacking container 63: fixing bar
64: first ball screw 65: supply motor
70: gripping portion 71: gripping zone
72: turning motor 73: rotating table
74: moving base 75: moving motor
76: second ball screw

Claims (5)

In the unmanned ramen cooking device that automatically cooks ramen (1) to make it easy to consume:
A supply pack 12 having a lid 11 and an inner space 12a formed therein to keep the drying surface 2, the soup 3 and the ingredients 4 sealed, and the supply pack 12 ) A supply unit 10 having a supply plate 13 to enable sequential supply;
By separating the supply pack 12 on the supply part 10, the empty supply pack 12 is dropped downward while dropping the drying surface 2, the soup 3 and the ingredients 4 accommodated in the inner space 12a. An input unit 20 having a separating means 21 to make it
Cooking utensils comprising a pot 32 and an induction 33 so that the noodles 1 can be cooked while receiving the dried noodles 2, the soup 3 and the ingredients 4 falling from the input unit 20 A cooking unit 30 having 31;
Connecting rods 41 and 42 for connecting the pot 32, the induction 33, and the pot lid 34, respectively, to enable rotation of the cookware 31 by interlocking with the cookware 31 of the cooking unit 30 (43) and the adjustment motors 44, 45, (45) that are mounted at the ends of the connecting rods 41, 42, and 43, respectively, to adjust the positions of the pot 32, the induction 33, and the pot lid 34 46) and an adjustment unit 40 having a rotating rod 48 mounted on a rotating motor 47 installed at one end of the connecting rod 41 and rotating so that the pot 32 can be turned over;
A washing unit 50 provided to supply water to the cooking utensils 31 on one side of the cooking unit 30 and enable washing;
A container supply unit 60 for supplying a container 61 to receive the cooked ramen 1 from the cooking appliance 31 at the rear end of the cooking unit 30;
A holding portion 70 formed on the cooking portion 30 and provided so that the dried surface 2 of the ramen 1 boiled on the pan 32 can be cooked evenly; And
The supply unit 10, the input unit 20, the cooking unit 30, the adjusting unit 40, the washing unit 50, the container supply unit 60, and the holding unit 70 are connected to each other or individually to control a set sequence. Unmanned ramen cooking apparatus comprising a; control unit provided to operate according to the. The method of claim 1,
The separating means 21 of the input unit 20 includes a seat 22 that is forward and backward to support and discharge the supply pack 12 stacked at the bottom, and a guide formed in the direction of the supply pack 12 A feeder 23 having a groove 24, a support frame 25 accommodated on the guide groove 24 of the feeder 23 and transported in the horizontal direction, and supplied by being seated on the support frame 25 An unmanned ramen cooking apparatus comprising a separator 26 for pressing and separating the lid 11 of the pack 12, and a pressure motor 27 for rotating the separator 26 from the support frame 25. The method of claim 1,
The rotating rod 48 of the adjustment part 40 is provided with a space unit 49 having a space unit 49a provided to be fixed to wrap around the protrusion unit 32a of the pot 32, and the space unit 49a The unmanned ramen cooking apparatus, characterized in that the pot 32 forms a space larger than the thickness of the protrusion 32a to allow natural seating while reducing the impact when seated on the induction 33 to maintain a certain clearance. The method of claim 1,
The container supply unit 60 is stacked in plural, and the stacking container 62 is supplied by dropping only the container 61 of the lowermost layer, the fixing base 63 surrounding and fixing the dropped container 61, and the fixing base 63 An unmanned ramen cooking apparatus comprising a supply motor (65) provided with a first ball screw (64) connected to and forward and backward through the fixing table (63) to supply the container (61). The method of claim 1,
The gripping part 70 is accommodated in the inside of the pot 32 and stirs the boiling drying surface 12 so that it can be cooked evenly, the gripper 71 having a rotating base 73 that rotates by a turning motor 72 and , A second ball screw 76 that rotates by a moving motor 75 is provided to enable the movement of the gripping table 71 through rotational force on the moving table 74 integrally formed on the gripping table 71 Unmanned ramen cooking device, characterized in that.

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