KR19990045810A - Auto noodle cooker - Google Patents

Abstract

The present invention is installed by rotating the rotary table to the lower side of the fixed table by feeding the bowl, soup, ramen, water in order to cook the ramen automatically, and in the process of such a series of operations in the lower part individually The heating burner is ignited to be heated, and when heated at a proper temperature, the stirring system operates to stir boiling ramen to promote cooking, and is composed of a take-out system which takes out a ramen bowl after cooking is completed. The operation is to be done automatically.

In the present invention, the fixed table 11 and the rotary table 12 are respectively installed on the upper portion of the frame 10, the surface of the rotary table 12 drills several bowl settle grooves 13, the center of the lower rotation A rotating shaft 17 for rotating the table 12 is installed to be slid with each bevel gear 16 connected thereto, and a main motor 14 is installed as a means for driving the rotating shaft 17. 15 and the upper rotary table 12 is intermittently rotated so as to be in contact with the bevel gear 16 in a state of being connected to the upper end of the rotary table 12. ) And the ramen mounting table 30, the soup feeder 40, the water supply unit 50, the stirring system 70 and the take-out system 80, respectively, through a series of processes to automatically cook the ramen There is a characteristic to being able.

Description

Ramen automatic cooker {Auto noodle cooker}

The present invention relates to a ramen brewing machine, a feature of the present invention is to provide a bowl, soup, ramen, water in order to install a rotary table that can be rotated to the lower side of the fixed table is automatically made of the ramen, In the course of this series of operations, the heating burner is individually ignited and heated at the bottom, and when heated to the appropriate temperature, the stirring system is activated to stir boiling ramen to promote cooking, and finally to cook. If the finished ramen bowl is composed of a takeout system to take out the above operation is made automatically.

In recent years, the unemployment has increased due to the contraction of the industry, and the homeless who are homeless are increasing rapidly.

In addition, due to the economic downturn, people are eating more food stalls and ramen, which is relatively inexpensive, and can easily boil ramen at home, but most people eat snacks for snacking outside. I'm looking for a restaurant that boils ramen or other ramen.

In case of boiling such ramen, an ignition means such as a burner should be provided, and a bowl and water for boiling the ramen should be added essentially. Therefore, the means for boiling the existing ramen have many difficulties. In fact, 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, in the case of office workers or businesses, many people skip meals due to heavy work, and unemployed people or homeless people often find it difficult to solve meals with small amounts of money. Is also increasing.

In case of boiling and selling ramen, it is necessary to have a 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.

In recent years, as the economy has been extremely stagnant, a number of so-called street vendors who sell on the streets have been sold.The street stalls are also difficult to solve simply outside, so they usually prepare lunches or find restaurants to solve meals. In addition, when it is difficult to solve the meal while paying such a high cost, it was often skipped.

In particular, when a large number of passers-by or large quantities of ramen are to be supplied, it is necessary to boil the ramen all at once using a large pot, so that the fuel is excessive, it is difficult to equip the container, and the amount of ramen is cooked at once. It is difficult to obtain the unique taste of ramen and it is difficult to obtain the unique taste of ramen, and to boil them individually, they are equipped with respective containers and heated by means of burners, which are individually ignited. Of course, it takes a lot of space to boil a large amount of ramen at a time, as well as excessive demands of the actual situation is difficult to achieve the desired effectiveness.

The present invention has been made to solve the above problems, a feature of the present invention is to install a rotating table on the lower side of the fixed table to the top of the bowl and soup, ramen, water to cook the ramen in order As it is configured to supply books, the cooking of the ramen is done automatically.In the course of this series of operations, the heating burner is ignited and heated at the lower part.If the heating is at the proper temperature, the stirring system is operated. Stirring to promote cooking, and at the end of the cooking is completed by the system to take out the bowl of the ramen is characterized in that the above operation is made automatically. In particular, in the winter season, vending machines with ramen can be supplied by selectively supplying a vending machine that can supply a cup of shochu or drink or tea (茶 類) nearby, so that the cold can be overcome. It can be installed around a crowded market, a mall, or a public office, so that it can be used for free meals or for business purposes, and it is possible to eat ramen for snacks at low prices and obtain a very reasonable effect. Ramen boiling machine of the invention is loaded on a small truck so that it can be easily moved, regardless of the restrictions of the place can be easily installed to move so that it can be used very reasonably.

Looking at the structural features for achieving the above object of the present invention, the fixed table 11 and the rotary table 12 are respectively installed on the upper portion of the frame 10, the surface of the rotary table 12 at regular intervals Drilling a plurality of bowl set grooves (13), and in the lower center of the rotary shaft 17 for rotating the rotary table 12 is installed to be in contact with each bevel gear 16 connected thereto, and the rotary shaft (17) As a means for driving, the main motor 14 is installed to be in contact with the bevel gear 16 while being connected to the clutch 15 so that the upper rotary table 12 can be intermittently rotated. At the upper edge proper position of the table 12, the bowl holder 20, the ramen holder 30, the soup feeder 40, the water supply 50, the stirring system 70 and the take-out system 80 are respectively. Is provided, but the lower portion of the vessel mounting table 20 is the lower side rotary frame The timing belt 22 is provided by driving several motors 23 on one side by installing several rotary cams 21 operated by the timing belt 22 so as to be placed in the bowl set groove 13 formed in the table 12. Rotation cam 21 is rotated at the same speed ratio by the rotation of the configured to be individually dropped to the lower bowl set groove 13, the ramen mounting base 30 is a rotating plate 33 between the double fixed plate 32 Rotation plate 33 is rotated by the supply motor 31 installed in the lower portion via the) to move the ramen laminated on the ramen mounting stand 30 separately on the fixed plate 32 of the lower surface ramen mounting table 30 In the bowl set groove 13 of the rotary table 12 to be configured to be supplied to the bowl, the soup feed table 40 is to supply the amount required to boil one ramen by using a screw-type supply means Wherein the supply means is intermittently as a means such as a motor By rotating the screw, as the screw rotates, the proper soup can be supplied, and the water supply unit 50 is configured to intermittently supply hot water warmed to an appropriate temperature by using an instant water heater. And from the lower portion of the next bowl mounting groove 13 where the water supply unit 50 is located to the point where the bowl holder 20 is located individually installed the heating burner 60 and the ramen supplied to the bowl and The ramen can be cooked using soup and water, but the heating burner 60 allows ignition to be made only where the bowl is located in the bowl settling groove 13 of the rotary table 12, and when the ramen is boiled to some extent. A whisk system 70 is installed on an upper portion of the bowl settlement groove 13, and the whisk system 70 is formed in a shape of approximately several chopsticks to operate a screw type lifting means by a cam. As a result, a means of stirring such as chopsticks was opened. Omura is able to stir the ramen by repeating the operation, and finally, just before the bowl holder 20 is installed, a dispensing system 80 is installed to prepare the cooking. It is configured to take out the completed bowl, the take-out system 80 is installed on the lower side fixed table 11 of the rotary table 12, the take-out system 80 is capable of lifting the take-up plate 81 If you raise the bowl while the lifting means is operated in the lower portion configured to be configured as a separate tool or hand to be able to take out the complete cooking bowl.

1 is a front view showing the overall configuration of the present invention

2 is a plan view showing the overall configuration of the present invention

3 is a front view showing a schematic configuration of the present invention

4 is a plan view showing a schematic configuration of the present invention

5 is an enlarged view of a bowl holder and ramen stand of the present invention

6 is an enlarged front view of the bowl holder of the present invention;

Figure 7 is an enlarged plan view showing the installation structure of the mounting bracket of the present invention

Figure 8 is an enlarged side view of the bowl holder of the present invention

Figure 9 is an enlarged front view showing the installation structure of the ramen mounting base of the present invention

Figure 10 is an enlarged side view showing the installation structure of the ramen mounting base of the present invention

11 is an enlarged front view showing the installation structure of the churning system of the present invention;

12 is an enlarged side view showing the installation structure of the churning system of the present invention;

13 is an enlarged front view showing the installation structure of the take-out system of the present invention;

Explanation of symbols used in the main part of the drawing

10 frame 11 fixed table

12: rotary table 13: bowl settling groove

14: main motor 15: clutch

16: bevel gear 17: rotating shaft

20: bowl holder 21: rotating cam

22: timing belt 23: motor

30: instant noodles base 31: supply motor

32: fixed plate 33: rotating plate

40: soup supply table 50: water supply

60: heating burner 70: stirring system

80: blowout system 81: blowout plate

The present invention relates to a system for automatically cooking a large amount of ramen individually, the present invention is installed on the fixed table 11 and the rotary table 12 on the upper portion of the frame 10, respectively, the rotary table 12 A plurality of bowl set grooves 13 are drilled at predetermined intervals on the surface thereof, and a rotating shaft 17 for intermittently rotating the rotary table 12 is installed at a lower portion of the center to slide with each bevel gear 16 connected thereto. The upper rotary table 12 rotates intermittently while the main motor 14 is installed as a means for driving the rotary shaft 17 so as to be connected to the clutch 15 so as to slide with the bevel gear 16. Configure this possible.

At the upper edge proper position of the rotary table 12, the bowl holder 20 and the ramen holder 30, the soup feeder 40, the water supply part 50, the stirring system 70 and the take-out system 80 Each).

In the lower portion of the vessel holder 20 is installed a number of rotary cams 21 which are operated by the timing belt 22 so that the vessel can be placed in the vessel mounting groove 13 of the lower side rotary table 12 Since the motor 23 on one side is driven intermittently, each rotation cam 21 is rotated at the same speed ratio by the rotation of the timing belt 22 so that the bowls can be dropped into the lower bowl set grooves 13 one by one. .

The ramen mounting table 30 is rotated through the supply plate 31 installed in the lower portion between the fixed plate 32 between the rotating plate 33, the rotating plate 33 is rotated to the ramen mounting table 30 The laminated ramen is configured to be individually moved on the fixing plate 32 of the lower one by one to be supplied to the bowl dropped in the bowl mounting groove 13 of the rotary table 12 in the ramen mounting bracket 30.

Soup feeder 40 is able to supply the amount required to boil one ramen by using a screw-type supply means.

Since the supply means is configured to be able to supply a proper soup as the screw rotates while operating intermittently as a means such as a motor as described above, a detailed description thereof will be omitted.

The water supply unit 50 is configured to intermittently supply hot water in a state of being warmed to an appropriate temperature primarily by using an instantaneous water heater, but the instantaneous water heater is generally used and the water supply is connected to the instantaneous water heater. It may be possible to supply the amount to boil a single ramen in a series of processes, and in some cases it is provided with a means for directly heating the water supply unit 50 of the upper side to supply the first completely boiled water It is also possible that this may be done by the user as appropriate.

Since the water supply unit 50 is installed from the lower portion of the next bowl mounting groove 13 is located to the point where the bowl holder 20 is located, the heating burner 60 is installed separately to supply external gas It is possible to cook the ramen using the ramen and soup and water supplied to the bowl, the heating burner 60 so that the ignition can be made only in the place where the bowl in the bowl set groove 13 of the rotary table 12 And, the heating burner 60 in the lower portion of the bowl settle groove 13 without the bowl is configured to end the ignition while the gas supply is automatically stopped.

When the boiling point of the ramen to some extent, the bowl settling groove 13 is provided so that the stirring system 70 is installed to stir to promote the cooking of the ramen being cooked.

The churning system 70 is formed in the shape of approximately several chopsticks, and as a screw type lifting means is operated by a cam, a churning means such as chopsticks is opened. Will be promoted.

Lastly, just before the bowl mounting table 20 is located, the dispensing system 80 may be installed to take out the cooked bowl, and the dispensing system 80 is fixed to the lower side of the rotary table 12. (11) to be installed.

The dispensing system 80 is configured to be able to lift the take-off plate 81 so that the lifting device is operated from the bottom to raise the bowl to take out the bowl with a separate tool or hand, which is a state of completion of cooking In the upper rotating table 12 formed in the bowl settle groove 13 is rotated to move to the last take-out system 80, the means such as a detection sensor detects this to operate the take-out system 80 As the drawer plate 81 is raised and lowered, the bowl settled in the bowl settling groove 13 is slightly raised upward, so the bowl settling groove 13 of the rotating table 12 is rotated by a separate mechanism or hand. You can enjoy the ramen after cooking.

In the above configuration, the operation of each component is not only possible to operate individually as the limit switch, proximity switch or sensor, etc. organically, but also in the case of the heating burner 60 bowl set groove If there is no vessel in (13), it can be automatically extinguished to prevent the waste of fuel, and in particular, it can be configured to stop the supply of power when it is missing or stopped in the previous process. In addition, the individual operation may be enabled, and the operation of each operation in the course of the process as described above is to be made in succession with an appropriate time.

In the above process, the rotation time of the rotary table 12 is preferably set to about 3 minutes in accordance with the time for cooking the ramen. In some cases, the time is appropriately modified. Of course, it is a matter of course that a reasonable method suitable for each process should be applied.

The present invention, which can be configured as described above, has a rotary table 12 that is rotatable on the lower side of the fixed table 11, and a bowl, soup, and ramen, which can cook ramen in the upper portion thereof, in order. The ramen is automatically cooked by being configured to be supplied, and the heating burner 60 is ignited and heated at the lower part in the course of such a series of operations. When the heating is performed at an appropriate temperature, the stirring system 70 is provided. This operation is to stir the ramen to promote cooking, and at the end of the cooking is completed by the system to take out the bowl of the ramen is characterized in that the above operation is made automatically, especially in the case of winter Have a vending machine that can supply shochu, drinks, or teas from the neighboring area and supply them selectively to eat with ramen. It can overcome the cold, the present invention is mainly installed in the vicinity of the market, shopping malls or government offices crowded with floating population so that it can be used for free meals or for commercial use, you can easily eat ramen for snacks, etc. at a low price It is possible to obtain a very reasonable effect, and in particular, the present invention can be used in a state that is loaded on a small truck can be selectively moved to a place with a large number of floating population is very easy to secure space according to the installation Such effects are added, and the method and effect of cooking the ramen of the present invention will be described below.

When the ramen is cooked using the present invention, the ramen brewing machine mounted on a small truck is first moved, and then the ramen is automatically cooked while parked at a proper place.

That is, when power is applied in a state in which the necessary materials are supplied to the bowl holder 20, the ramen holder 30, the soup feeder 40, and the water supply unit 50, they are first loaded into the bowl holder 20. The bowl is dropped individually to the bowl settle groove 13 is formed at the edge of the rotary table 12 of the lower portion.

The bowl holder 20 is rotated at the same speed ratio by the timing belt 22 is connected to the motor 23 by a number of rotary cam 21 is installed in the lower motor 23 is driven to drive As the timing belt 22 is rotated to rotate each of the rotary cam 21 at the same speed ratio.

As the rotating cam 21 rotates, the bowls guided to the guide grooves formed on the outside of the rotating cam 21 fall into the bowl settle grooves 13 formed on the lower rotary table 12 one by one. do.

As such, when the bowl falls into the bowl settling groove 13 on the rotary table 12, the rotary table 12 rotates intermittently by one process, which is a main motor installed at the center of the frame 10. The motor 14 rotates intermittently within the range set by the 14, the clutch 15, and the bevel gear 16.

The operation as described above is to operate the same continuously in the following process, the present invention will be described in the following process in order.

The heated water and soup supply table 40 of the water supply unit 50 is operated at the same time to drop the appropriate amount of water and soup to boil one ramen in a bowl placed, which is the water supply unit 50 and soup Dropping point of the supply table 40 is a hose or a separate moving means is added to fall to the point where the bowl is prepared to boil the ramen.

As such, when water and soup are supplied to the bowl, the rotary table 12 moves by one section, and in this state, the ramen stacked on the ramen mounting table 30 falls one by one, which is the ramen mounting table 30 The lower side fixing plate 32 is a double, and the rotary plate 33 is installed between them so that the ramen falls on the lower fixing plate 32 through the hole drilled on the fixing plate 32.

When the ramen falls on the fixing plate 32, the rotating plate 33 positioned between each fixed plate 32 is rotated to move the ramen located in the groove of the rotating plate 33, the ramen of the fixed plate 32 It falls inside, that is, inside the bowl settled in the bowl settling groove 13 of the rotary table 12.

When the ramen enters the inside of the bowl, the rotary table 12 is rotated by one section to proceed to the next.

When the process proceeds to the next step from this time, the heating burner 60 is installed at the bottom of each point where the bowl settling groove 13 is located, and the sensing means such as a limit switch or a sensor detects the bowl and the heating burner 60 automatically Ignite.

In the above process, the rest of the operation unit is continuously operated as the first time, and the heated burner 60 is ignited, so that the heated water is supplied from the water supply unit 50, so that the water inside the bowl can be directly heated with little heat. It will boil and cook the ramen.

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, a churning system 70 is provided to whisk the lever-type bar to cook the ramen uniformly while the churning system 70 descends.

The rod of the churning system 70 is operated in the correct position by operating the rod radially by the lifting means of the screw or cam type to cook the ramen uniformly.

As described above, when the ramen is completely cooked, the dispensing system 80 for discharging the bowl placed in the bowl settling groove 13 is provided, so that the dispensing plate 81 of the dispensing system 80 is raised. The bowl is moved from the bowl settling groove 13 so that the ramen bowl can be eaten by separating the bowl of cooked ramen using a separate forceps or utensils.

In the present invention, the heating burner 60 is installed in the process of cooking the ramen as described above is installed from the bottom of the bowl settlement groove 13, the ramen mounting base 30 is provided with the ramen is the final take-out system ( It is only to the front side where 80 is installed, that is, the position where the churning system 70 is installed, and as a means for preventing the phenomenon that each heating burner 60 is ignited unnecessarily, a proximity switch or a sensor is installed, The heating burner 60 in this position is of course configured to be automatically extinguished.

If you need to continuously cook when you cook the ramen as described above, the above process is carried out automatically and repeatedly, continuous cooking is possible, if the number of people is small or intermittent cooking is required in the main control box If the value is entered, the cooking is done automatically, especially if it is cooked irregularly, the ignition is only performed at the position where the bowl is located, thereby preventing the waste of fuel.

On the other hand, the present invention is a device for intermittently rotating the rotary table 12 by one section, if the main motor 14 is to operate the main motor 14 itself may be intermittently rotated according to the appropriate cycle, but separately Since the clutch 15 is installed, the power is disconnected and connected, thereby controlling the rotation of each section.

In addition, the ramen mounting base 30 is installed in approximately three times when the rotating plate 33 located between the upper and lower fixed plate 32 is rotated, the ramen is located inside the groove when the rotating plate 33 is rotated inside When moved to the position of the guide groove of the drop by the guide groove () is moved to the inside of the bowl located in the bowl settle (13).

The water supply unit 50 and the soup supply stand 40 of the present invention only need to be configured in a circuit so that only one amount of ramen can be boiled, so that it is possible to cook a delicious ramen to prevent unnecessary or large amounts of input. have.

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 of being mounted in a small truck loading box. You can enjoy various flavors according to your preference while eating ramen by installing vending machines that can supply).

As described above, when the ramen is boiled individually, the phenomenon of spreading or blowing is prevented, so the intrinsic taste of the ramen can be maintained as it is, and thus, the taste of eating can be expected to be excellent.

In the present invention, not only ramen but also noodles and other kinds of foods 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 12 that is rotatable on the lower side of the fixed table 11 so as to supply a bowl, soup, and ramen, which can cook ramen at the top thereof, in order to supply water. As the cooking of the ramen is automatically made, the heating burner 60 is ignited and heated at the lower part in the course of such a series of operations, and the stirring system 70 operates when heated at a proper temperature. Stir the ramen to promote cooking, and at the end of the cooking is completed with a system to take out the bowl of the ramen is characterized in that the above operation is made automatically. In particular, the present invention, if the winter season is provided with a vending machine that can supply a cup of shochu or drink or tea (인접한) adjacent to the selective supply can be beat the cold when eaten with ramen, the present invention It is mainly installed near the market, shopping mall or government office where the floating population is concentrated so that it can be used for free meals or for commercial use, and it is possible to eat ramen for snacks at a low price and obtain a very reasonable effect. In particular, the instant noodle boiling machine of the present invention is loaded on a small truck so that it can be easily moved, and can be moved and installed easily regardless of the limitation of the place.

Claims (1)

The fixed table 11 and the rotary table 12 are respectively installed on the upper portion of the frame 10. The surface of the rotary table 12 drills a plurality of bowl set grooves 13 at regular intervals, and rotates at the center lower part. A rotating shaft 17 for rotating the table 12 is installed to be in contact with each bevel gear 16 connected thereto, and a main motor 14 is installed as a means for driving the rotating shaft 17. 15 and the upper rotary table 12 is intermittently rotated so as to slide with the bevel gear 16 in a state of being connected to 15), At the upper edge proper position of the rotary table 12, the bowl holder 20 and the ramen holder 30, the soup feeder 40, the water supply part 50, the stirring system 70 and the take-out system 80 Each of the rotating cams are provided by the timing belt 22 so that the lower portion of the vessel mounting base 20 can be placed in the vessel mounting groove 13 formed in the lower side rotating table 12 By installing 21 to drive the motor 23 on one side, the rotation cam 21 rotates at the same speed ratio due to the rotation of the timing belt 22 so that it can be individually dropped into the lower bowl set groove 13. , The ramen mounting base 30 is a ramen plate 33 is rotated by the rotary plate 33 is rotated by the supply motor 31 installed in the lower portion between the double fixed plate 32 via the rotating plate 33 It is configured to be individually moved on the lower fixed plate 32 to be supplied to the bowl dropped in the bowl settlement groove 13 of the rotary table 12 in the ramen mounting base 30, Soup feeder 40 is to supply the required amount to boil one ramen by using a screw-type supply means, the supply means is appropriately as the screw rotates while intermittently operating as a means such as a motor It is configured to be able to supply the soup, the water supply unit 50 is configured to intermittently supply hot water in a state of being first warmed to an appropriate temperature using an instant water heater, Ramen and soup supplied to the bowl by installing the heating burner (60), respectively, from the lower portion of the next bowl mounting groove 13, the water supply unit 50 is located to the point where the bowl holder 20 is located And it is possible to cook the ramen using water, the heating burner 60 allows the ignition is made only where the bowl is located in the bowl set groove 13 of the rotary table 12, When the boiling point of the ramen boils to some degree, the churning system 70 is installed on the upper part of the bowl settling groove 13, and the churning system 70 is formed by forming a number of chopsticks, and a screw type lifting means is operated by a cam. By means of whipping means such as chopsticks were opened, Omura was able to stir the ramen by repeating the operation, and finally, just before the bowl holder 20 is installed, the dispensing system 80 is installed to cook. The dispensing system 80 is configured to be withdrawn, but the dispensing system 80 is installed on the lower fixed table 11 of the rotary table 12, and the dispensing system 80 can lift and lower the dispensing plate 81. Ramen automatic cooking equipment, characterized in that configured to be able to take out the cooked bowl with a separate tool or hand as the lifting means is operated in the lower portion to operate.