KR100318625B1 - Noddle supplier of auto noddle cooker - Google Patents

Abstract

The present invention relates to a ramen feeding device of an automatic ramen cooker, and more particularly, in an apparatus for automatically supplying a bowl, ramen, soup and water as a means for automatically cooking the ramen, the present invention relates to an upper portion of a rotating table. After supplying a bowl to a plurality of bowl settled grooves on the edge it is to be able to continuously supply the ramen individually one by one inside the bowl.

Looking at the constitutional features for achieving the above object of the present invention in the configuration of the ramen feeding apparatus of the automatic ramen cooker, it is provided with several ramen mounting base 11 that can be placed a number of ramen vertically Forming a plurality of see-through holes 19, the outer side of each ramen mounting base 11 is provided with an opening and closing door 17 is provided with a locking means 18, the lower plate 12 and the lower plate 13 It is installed to form a space of a predetermined interval by the connecting pin 16, and the rotating plate 20 rotatable in the space between the upper plate 12 and the lower plate 13, the upper plate 12 Each of the ramen mounting base 11 is installed in the lower portion is formed through holes 15, the edge of the rotating plate 20 to form a plurality of supply holes (25) to move one by one ramen to fall individually to the bowl It is configured to be able to, the bottom side of the rotating plate 20 of each supply hole 25 By installing a blocking plate 21 to block the drift plate 20 is moved so that the debris, etc. move together, and at the point where the ramen of the lower plate 13 is provided with a guide 14 in the inclined shape. As the rotating plate 20 between the upper plate 12 and the lower plate 13 rotates, the ramen is moved by the supply hole 25 of the rotating plate 20 to pass through the guide 14, and thus the guide 14. It is configured to individually fall to the bowl settled in the bowl settled groove 41 of the lower rotary table 40 while passing through the inclined surface of the bottom, and the motor 22 is installed on the bottom surface side of the lower plate 13 The motor gear 23 is coupled to the tip exposed to the front end, and the rotary gear 24 sliding with the motor gear 23 is installed on the bottom side of the rotating plate 20 so that the power of the motor 22 is rotated. 20) can be driven intermittently, the one side where the ramen supply unit 10 is located The soup supply unit 30 is provided on the case 31 so as to supply the road soup, the soup supply unit 30 is a screw type supply means that is provided separately therein to operate a single ramen So that a sufficient amount of soup can be fed into the lower bowl.

Description

Ramen feeder of ramen automatic cooker {Noddle supplier of auto noddle cooker}

The present invention relates to a ramen feeding device of an automatic ramen cooker, and more particularly, in an apparatus for automatically supplying a bowl, ramen, soup and water as a means for automatically cooking the ramen, the present invention relates to an upper portion of a rotating table. After supplying a bowl to a plurality of bowl settled grooves on the edge it is to be able to continuously supply the ramen individually one by one inside the bowl.

In recent years, unemployment has increased due to the contraction of the industry, and homeless people are rapidly increasing due to the recession. Also, due to the economic recession, there are increasing cases of eating stalls and cheap ramen. You can easily boil ramen at home, but most people are looking for a restaurant to boil a ramen shop or other ramen if they simply eat for snacks from the outside.

In case of boiling such ramen, an ignition means such as a burner should be provided, and a bowl for boiling the ramen, and ramen and water, etc. must be provided essentially. The difficulty of separately providing a means for boiling the existing ramen is difficult. There are a lot of situations, and even if it is equipped with not only easy to carry, but also if you have a simple snack outside to boil ramen because it has to find a business one by one has a troublesome problem.

On the other hand, when boiling and selling ramen, there must be a separate system for boiling various ramen. Therefore, the cost of renting a store is excessive, and once a store is rented, the floating population is concentrated due to poor market research. If it's not the region, it's a huge obstacle to sales, and it can't move easily, so it's a huge loss.

The present applicant has been filed by selecting a ramen automatic cooker as a means for solving the above problems, the present invention is a ramen automatic cooker, for cooking the ramen in the bowl set groove formed in the edge portion of the rotary table The purpose is to provide a device for automatically feeding individual ramen after feeding the bowls one by one.

The present invention has been made to solve the above problems, a feature of the present invention is to install a rotary table that can rotate on the upper side of the bowl and soup, soup, ramen and water to cook the ramen in the upper portion of the order In the invention of the applicant's prior application which is configured to be able to supply, it is characterized in that it is configured to supply a bowl to a plurality of bowl set grooves formed on the edge of the rotary table of the automatic ramen cooker and to automatically supply ramen continuously afterwards. .

In other words, when the bowl is supplied to the bowl set groove formed on the rotating table to supply the ramen and soup and water next, the present invention has a ramen supply unit to supply the ramen and soup at the same time in the entire process When the bowl is moved to the bowl settled groove on the rotary table is configured to enable the cooking of the ramen by automatically supplying a single ramen and a proper amount of soup, the present invention is a ramen mounting base and soup supply unit It is equipped with a rotary plate that can move the ramen between the upper plate and the lower plate by rotating the rotating plate one by one to be supplied individually, separately screw type soup supply unit can be operated at the same time can supply the appropriate soup It was made.

Looking at the constitutional features for achieving the object of the present invention in the configuration of the ramen feeding apparatus of the automatic ramen cooker, there are a number of ramen mounting base 11 that can be placed a number of ramen vertically Forming a see-through hole 19, the outer side of each of the ramen mounting base 11 is provided with an opening and closing door 17 is provided with a locking means 18, the lower side connecting the upper plate 12 and the lower plate 13 It is installed to form a space of a predetermined interval by the pin 16, and the rotating plate 20 which is rotatable in the space between the upper plate 12 and the lower plate 13, but the upper plate 12 Each ramen mounting base 11 is provided with a through hole 15 is formed in the lower portion of the rotating plate 20 to form a plurality of supply holes (25) to move one by one ramen can be individually dropped into the bowl The outer side of each supply hole 25 on the bottom side of the rotating plate 20 By installing the blocking plate 21 to be blocked to move the debris and the like when the rotating plate 20 is moved, the guide 14 to the point where the bottom surface of the lower plate 13 falls inclined As the rotating plate 20 between the upper plate 12 and the lower plate 13 rotates, the ramen is moved by the supply hole 25 of the rotating plate 20 to pass through the guide 14 and the guide 14. Through the inclined surface of the lower rotating table 40 is configured to be individually dropped to the bowl settled in the bowl settle groove 41, the bottom surface side of the lower plate 13 by installing a motor 22 to the upper surface A motor gear 23 is coupled to the exposed tip, and a rotary gear 24 slid with the motor gear 23 is installed on the bottom side of the rotor plate 20 so that the power of the motor 22 is rotated. ) Can be driven intermittently, and one side where the ramen supply unit 10 is located The soup supply unit 30 is provided on the case 31 so as to supply the raw soup, the soup supply unit 30 is a screw-type supply means is provided separately therein to operate a single ramen Soup can be fed into the lower bowl.

1 is a perspective view showing the overall configuration of the ramen cooker of the present invention

2 is a perspective view of a state in which the ramen supply unit of the present invention is separated

3 is an exploded perspective view of a configuration in which the ramen of the present invention is supplied

Figure 4 is a front configuration diagram for the instant noodles supply unit of the present invention

5 is a plan view showing a state in which the ramen of the present invention is supplied

Explanation of symbols used in the main part of the drawing

A: Cooking Ramen

10: ramen supply unit 11: ramen stand

12: top plate 13: bottom plate

14: guide port 15: through

16: connecting pin 17: opening and closing door

18: locking means 19: see-through

20: rotating plate 21: blocking plate

22: motor 23: motor gear

24: rotary gear 25: supply hole

30: soup supply unit 31: case

40: rotary table 41: bowl set groove

42: frame 43: rotation means

44: bowl supply unit 45: hot water supply unit

46: stirring part 47: take out part

The present invention is a ramen cooker (A) for automatically cooking a large amount of ramen separately, the bowl supply unit 44 is installed on the upper side of the rotary table 40 of the ramen cooker (A), installed in the following position It is characterized in that the ramen placed on the ramen mounting base 11 of the ramen supply unit 10 to be automatically supplied to the bowl placed in the bowl set groove 41 of the lower side rotary table 40 individually.

The invention of the prior application for the automatic cooking of ramen is provided with a rotating means 43 that can transmit power to the upper portion of the frame 42, the upper portion of the rotary table formed with a plurality of bowl settle groove 41 on the edge side 40 is provided and configured to rotate intermittently.

At each position of the upper side of the rotary table 40, the bowl supply unit 44 and the ramen supply unit 10, the soup supply unit 30, the hot water supply unit 45, and the stirring unit 46 to automatically cook the ramen. And a take-out part 47, and a heating means is provided at the lower side of the rotary table 40 so as to individually heat each position where the bowl settling grooves 41 are formed.

The present invention in the configuration as described above, the ratio of the ramen supply unit 10 more reasonable design of the ramen and soup is fed separately to the bowl settled in the bowl set groove 41 of the rotary table 40 malfunction It is characterized in that it is configured to automatically cook the ramen to prevent the occurrence of.

That is, the ramen supply unit 10 of the present invention is provided with several ramen mounting base 11 that can be placed a plurality of ramen vertically there are several viewing holes 19 are formed to check the supply time of ramen It is possible to, but on the outer side of each ramen mounting base 11 is provided an opening and closing door 17 is provided with a locking means 18 to supply the ramen, the lower plate 12 and the lower plate 13 connecting pins (16) It is installed so that a space of a certain interval can be formed.

In the space between the upper plate 12 and the lower plate 13 is provided with a rotating plate 20 that can be rotated, the ramen can be dropped in the lower portion where the respective ramen mounting base 11 of the upper plate 12 is installed A through hole 15 is formed, and several supply holes 25 are formed at the edge of the rotating plate 20 installed between the upper plate 12 and the lower plate 13 so that one ramen is moved and individually dropped into a bowl. Configure to be.

On the bottom surface side of the rotating plate 20 is installed a blocking plate 21 which is blocked to the outside of each supply hole 25 so that the flakes, etc. can easily move, when the rotating plate 20 is moved, debris, etc. can also move together At the point where the ramen of the lower plate 13 falls, the ramen is automatically guided and provided with an inclined guide port 14 capable of falling to the lower side between the upper plate 12 and the lower plate 13. As the rotating plate 20 rotates, the ramen is moved to a state located in the supply hole 25 of the rotating plate 20, and passes through the guide hole 14 while passing through the inclined surface of the guide hole 14. It is configured to be able to individually fall to the bowl settled in the bowl settling groove 41 of (40).

On the other hand, the motor 22 is installed on the bottom surface side of the lower plate 13, and the motor gear 23 is coupled to the tip exposed to the upper surface, and the rotary gear 24 sliding with the motor gear 23 on the bottom surface side of the rotating plate 20. ) By coupling to each other so that the power of the motor 22 can drive the rotary plate 20 intermittently.

At the same time, the soup is simultaneously dropped by an amount capable of cooking one ramen. In this case, the soup supply part covered by the case 31 to supply soup separately to the front side where the ramen supply unit 10 is located. Since the 30 is provided, the screw-type supply means, which is provided separately in the soup supply unit 30, is operated to supply a portion of the soup for cooking one ramen to the lower bowl.

In this way, when the ramen and soup are supplied, the rotary table 40 is moved by one step, and the hot water supply unit 45, which is primarily heated in the next process, is operated to supply hot water and automatically cook the ramen. The progress is made to the stage.

In the above configuration, the ramen mounting base 11 is installed so that it can be supplied separately in approximately three directions, and the soup supply unit 30 is provided on the front side so that the ramen and soup can be supplied at the same time. In addition, the operation of each component is not only possible to operate individually as the limit switch, proximity switch, sensor, etc. are organically operated, but also the time when the rotary table 40 rotates once It may be desirable to set about 3 minutes depending on the time for cooking, but in some cases, each time can be modified appropriately, and in particular, each bowl and ramen are supplied and moved intermittently. The cycle can be arbitrarily variable.

The present invention can be configured as described above is installed on the rotary table 40 that can be rotated on the upper side of the frame 42 to be able to supply the bowl and the ramen and soup that can cook the ramen in the upper portion thereof in order In the process of cooking the ramen is made automatically, the heating means is automatically ignited according to the appropriate time in the lower part of the process of this series of operations, the stirring unit 46 is operated when heated to the appropriate temperature Stir the ramen to promote cooking, and at the end is characterized in that the operation is automatically made of the take-out portion 47 for taking out the ramen bowl completed cooking.

In particular, the present invention in winter, having a vending machine that can supply a cup of shochu or drink or tea (인접한) in the vicinity of the selective supply by supplying the ramen with the selective supply, the present invention mainly wins It can be installed around the market, shopping malls, or government offices where the floating population is concentrated, so that it can be used for free meals or for business purposes, and it is possible to eat ramen for snacks at a low price and obtain a very reasonable effect. Since the present invention can be used in a state where it is loaded on a small truck, it is possible to selectively move to a place with a large number of floating populations, so that it is very easy to secure space according to the installation. A method of automatically supplying ramen to the ramen supply unit 10 of (A) will be described.

When the ramen is supplied to the bowl settled in the bowl settling groove 41 of the rotary table 40 using the present invention, the rotary table 40 rotates while the bowl is supplied to the first bowl supplier 44. When it moves to the lower side of the ramen mounting table 11, the operation proceeds continuously in the state of placing the ramen on the ramen mounting table 11 of the next ramen supply unit 10, which is first placed on the ramen mounting table 11 The ramen is individually dropped to the bowl settled in the bowl set groove 41 on the lower side rotary table (40).

The ramen mounting base 11 is the upper plate 12 and the lower plate 13 is installed in the lower portion of the lower plate is provided with a rotating plate 20 capable of its own rotation, in particular, each ramen mounting base of the upper plate 12 (11) Since the through hole 15 is formed in the lower side so that the ramen can move freely to the lower side, and the supply hole 25 in which the ramen can be located in the same standard on the surface of the rotating plate 20 is formed The ramen remains in the through hole 15 of the upper plate 12, and when the rotating plate 20 rotates to match the supply hole 25 of the rotating plate 20, the ramen is supplied to the rotating plate 20. The ball 25 is moved inside.

At this time, if the rotating plate 20 is rotated in a state where the ramen is located on the lower plate 13 through the through hole 15 and the supply hole 25, the lower side of the rotating plate 20 is moved as shown in FIG. 3. Since each of the blocking plates 21 are formed to guide and move the debris together, the rotating plate 20 is rotated while the noodle lumps and debris are also moved to the guide 14 of the lower plate at the same time. Guided by the guide 14 to move down along the slope to fall to the bowl.

The rotating plate 20 rotates by rotating the rotating gear 24 in contact with the motor gear 23 as the motor 22 installed on the bottom surface of the lower plate 13 operates. As the rotation is performed, the rotation of the rotating plate 20 does not mean one complete rotation, but the same as that of the first step, that is, the lower rotary table 40 moves intermittently to operate.

When the above process is rearranged, if the rotating plate 20 is rotated one step by the configuration of the set circuit, the ramen is simultaneously pushed into the supply hole 25 of the rotating plate 20 and is simultaneously moved.

When the ramen is moved and moved toward the guide 14 of the lower plate 13, the ramen slides downwardly according to the inclination of the guide 14 to fall precisely inside the bowl of the bowl settlement groove 41.

In this case, when the ramen is moved or broken due to interference or impact received by external force in the loaded state, and becomes a particulate, since the blocking plate 21 is provided at the lower side of the rotating plate 20, the ramen shavings are lowered. It does not remain on the) and is automatically supplied to the bowl along the guide 14 of the lower plate 13 at the same time.

If the ramen is supplied as described above, since the next several noodle stand 11 in the same way can be continuously supplied in the same structure, do not design the ramen stand 11 higher than necessary or install several Many ramen can be placed at the same time without proper placement, so it can be installed in a relatively small space, which can maximize the utilization of the space.

In particular, since the ramen mounting base 11 is provided with several see-through holes 19, the supply time of the ramen can be discerned from the outside, thereby preventing the poor cooking due to the exhaustion of the ramen during use. When exhausted, the lock means 18 can be operated immediately, and the ramen can be continuously cooked by repositioning the ramen inside the ramen mounting stand 11 while the door 17 is opened. Even if it is exhausted, it is possible to supply ramen continuously without any disruption to the ramen.

When the ramen falls to the bowl settled in the bowl settlement groove 41 of the rotary table 40 as described above, the rotary table 40 is intermittently rotated by one process, which is the frame 42. It rotates intermittently within the range set by the rotating means 43 installed in the upper center of the.

If the ramen is individually placed in the bowl placed in the bowl set groove 41 of the rotary table 40 as described above will automatically cook the ramen in the process as outlined below.

That is, in the above process, the bowl is individually supplied to the bowl settling groove 41 of the rotary table 40, and the rotary table 40 is moved by the set one section while the ramen and soup are supplied again. When the ramen enters the inside of the bowl in the next step, the rotary table 40 rotates by one section and proceeds to the next step.

If the process proceeds to the next step from this time, the heating means is installed at the bottom of each point where the bowl settlement groove 41 is located, the sensing means such as a limit switch or a sensor detects the bowl and the heating means is automatically ignited.

In the above process, the rest of the operation unit is continuously operated as the first time and the water is already heated in the hot water supply unit 45 while being ignited in the heating means to boil the water inside the bowl immediately with a little heat The ramen is cooked.

In the process of continuously performing the same process, while cooking the ramen proceeds to the next section while heating for a set time, since the unique shape of the ramen remains intact during the heating process, unripe parts may occur When the cooking is almost completed, the churning unit 46 is provided, and the churning unit 46 is lowered, and the lever-type bar is stirred to uniformly cook the ramen to complete the cooking.

When the ramen is completely cooked as described above, since the takeout part 47 is provided for taking out the bowl placed in the bowl settling groove 41, the takeout part 47 is operated to move the bowl into the bowl settling groove 13 It is moved from the) to separate the bowl of cooked ramen by using a separate forceps or utensils to eat the ramen, the present invention in the ramen cooker (A) as described above, the ramen automatically It is characterized by being able to supply.

In addition to the above system, the present invention can also be expected to have an advantage of facilitating movement and transportation in a state where it is mounted in a small truck's loading box. You can enjoy various flavors according to your preference while eating ramen by installing vending machines that can supply).

In the present invention, not only ramen but also noodles and other kinds of food can be cooked in the same manner as described above, and in this case, various sizes and shapes can be appropriately modified so that various foods are automatically prepared. It is also possible to expect such an effect as an improved cooking apparatus, which can be modified.

As described above, the present invention provides a rotary table 40 rotatable on the upper side of the frame 42 and configured to supply a bowl and soup, ramen, and water that can cook ramen in the upper portion thereof. In the prior application of the present invention, the bowl is provided in a plurality of bowl set grooves 41 formed at the edges of the rotary table 40 of the ramen cooker A described above, and then the ramen can be automatically supplied continuously. , When the bowl is supplied to the bowl settle groove 41 formed on the rotary table 40, and then supply the ramen and soup and water, the present invention provides a ramen supply unit to supply the ramen and soup at the same time ( 10) is provided in the bowl settle groove 41 on the rotary table 40 in the whole process when the bowl is moved in a state in which one of the ramen and the appropriate amount of soup is automatically supplied to cook the ramen In this configuration, the present invention includes a rotating plate 20 capable of moving the ramen between the upper plate 12 and the lower plate 13 by providing several ramen mounting bases 11 and a soup supply unit 30. As the rotating plate 20 is rotated so that each one of the ramen is supplied separately, and the screw type soup supply unit 30 is operated separately to supply the appropriate soup at the same time automatic ramen of the ramen cooker (A) As expected its value is a very excellent invention.

Claims (1)

In constructing a ramen feeding device of an automatic ramen cooker, a plurality of ramen mounting bases 11 capable of vertically placing a plurality of ramens may be provided to form a plurality of see-through holes 19, each of which is a ramen mounting table. The outer side of the 11 is provided with an opening and closing door 17 is provided with a locking means 18, the lower portion of the upper plate 12 and the lower plate 13 by the connecting pin 16 can form a space of a certain interval. Installation, In the space between the upper plate 12 and the lower plate 13 is provided a rotating plate 20 that can be rotated, the lower surface through which the ramen mounting base 11 of each of the upper plate 12 is formed a through hole 15 And, to the edge of the rotating plate 20 to form a plurality of supply holes (25) so that each one of the ramen is moved to be individually dropped to the bowl, On the bottom surface side of the rotating plate 20 is installed a blocking plate 21 to block the outside of each supply hole 25 to move the debris, etc. when the rotating plate 20 is moved, the lower plate 13 of At the point where the ramen falls, the guide 14 is provided in an inclined shape, and as the side rotating plate 20 rotates between the upper plate 12 and the lower plate 13, the ramen is supplied to the supply hole 25 of the rotating plate 20. Is moved by passing through the guide 14, while passing through the inclined surface of the guide 14 is configured to individually fall to the bowl settled in the bowl settle groove 41 of the lower rotary table 40, The motor 22 is installed on the bottom surface side of the lower plate 13 so that the motor gear 23 is coupled to the tip exposed to the upper surface, and the rotary gear 24 sliding with the motor gear 23 on the bottom surface side of the rotating plate 20. By installing), the power of the motor 22 to intermittently drive the rotating plate 20 by interlocking, One side where the ramen supply unit 10 is provided with a soup supply unit 30 is covered on the case 31 so that the soup can be supplied separately, the soup supply unit 30 is provided with a screw-type supply means provided separately therein Ramen feeder of the automatic cooking machine for ramen, characterized in that the operation is to be supplied to the lower portion of the soup for cooking a single ramen.