JP2017086167A - Noodle boiling device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To dispense with a large boiling tank included in a needle boiling device to reduce a running cost such as a water charge, boiler fuel charge, and sewerage charge and reduce cleaning of the boiling tank causing a large work load.SOLUTION: A noodle boiling device 1 includes a plurality of bottomed containers 2 accommodating hot water and noodles and is surrounded by a body cover 1a. The container accommodated inside is heated by steam filling up a body internal part 1b of the noodle boiling device and the noodles are boiled with hot water heated in the container. Further, the noodle boiling device includes a noodle conveyance device 3 configured to circulate and move an endless chain to which the containers are attached on a predetermined circulation route in the body internal part so that the container accommodating hot water supplied from a hot water supply part 30 and the noodles supplied from a noodle supply part 50 together is heated in the body internal part filled with steam supplied from a steam supply part 20, and the noodles boiled with the hot water heated in the container are discharged from a noodle discharge part 70.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a boiled noodle device that boiles noodles such as udon, Chinese noodles, and elementary noodles. The present invention also relates to a boiled noodle device that has a noodle transport device that transports noodles while rotating an endless chain, and boiles the noodles being transported.

  In general, noodles such as udon, Chinese noodles, and raw noodles are stored in a permeable noodle container such as rice cake, and the permeable noodle container is placed in a water bath filled with hot water. Boil the noodles in the container directly with hot water in the tank.

  In Patent Document 1 (Japanese Patent Application Laid-Open No. 06-070844), a noodle machine that puts noodles in a koji tank and boiles the noodles with hot water in the koji tank, A hot water guide tube that spouts hot water at the bottom and a low temperature hot water guide tube that returns the hot water to the heating means. It is disclosed that the noodles in the bowl are efficiently boiled in a short time by being ejected from the guide tube toward the bowl disposed above.

  In Patent Document 2 (Japanese Patent Application Laid-Open No. 08-131327), a tank tub opened upward, and a noodle container transport device in which a large number of water-permeable noodle containers are attached to an endless chain so as to travel along a predetermined route, , The noodle container transporting device is used to move the permeable noodle container around, and the permeable noodle container containing the noodles is put into the tub tank, and the hot water in the tub tank It is disclosed that the noodles are boiled directly.

Japanese Patent Laid-Open No. 06-070844 Japanese Patent Laid-Open No. 08-131327

  The conventional noodle device, especially the noodle container transport device that moves the permeable noodle container along the predetermined path, and moves the permeable noodle container containing noodles in the jar until the noodles are boiled Such a bowl noodle device requires a large bowl. For this reason, the work burden required for maintenance is large, such as cleaning the tank. In addition, a large amount of hot water that fills the tank is necessary, and it is desirable to reduce the amount of hot water used to reduce running costs such as water bills, boiler fuel bills, and sewerage bills as much as possible. .

  In view of this, the present invention proposes a reed surface device that eliminates a large reed tank and eliminates the need for a large amount of hot water in the reed noodle device.

  The crab noodle device of the present invention has a plurality of bottomed containers for storing hot water and noodles, and heats the container accommodated in the interior with steam filled inside the body surrounded by the body cover. The noodles are boiled with the hot water heated in the container.

  The crab noodle device of the present invention includes a steam supply unit that supplies the steam inside the main body, a hot water supply unit that supplies a predetermined amount of the hot water into the container, and a predetermined amount in the container. A noodle supply unit for supplying the amount of the noodle, a noodle discharge unit for discharging the noodle from the container, the hot water supplied from the hot water supply unit inside the main body, and the noodle supply unit Endlessly attached with the container so that the container containing noodles is heated with the steam and the noodles boiled by the hot water heated in the container are discharged from the noodle discharging unit It is preferable to include at least a noodle transport device formed by circularly moving a chain on a predetermined circulation path inside the main body.

  Moreover, the crab noodle device according to the present invention preferably includes a steam jetting part for unraveling the noodles for jetting the steam into the hot water stored in the container together with the noodles. .

  In the bowl noodle device of the present invention, a large bowl is not required, and a large amount of hot water is not required. Therefore, running costs such as water bills, boiler fuel bills, and sewage bills can be reduced. Moreover, in the strawberry noodle device of the present invention, a large jar is not required, so the device can be miniaturized. Moreover, in the rice bran noodle device of the present invention, it is possible to reduce the preparation time for boiling a large amount of hot water that fills a large rice cake tank before the noodles are boiled.

It is a side view showing an example of composition of a crab noodle device concerning an embodiment of the invention. It is XX arrow sectional drawing of FIG. 1 which shows an example of a structure of the crab noodle device which concerns on embodiment of this invention. It is a YY arrow sectional view of Drawing 1 showing an example of composition of a crab noodle device concerning an embodiment of the invention. It is a flowchart which shows the operation | movement flow of the crab noodle device which concerns on embodiment of this invention.

  Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings. FIG. 1 is a schematic view of a crab noodle device showing an embodiment of the present invention. FIG. 2 is a schematic view of a peripheral portion of a servo motor serving as a drive source of the noodle transport device included in the crab noodle device of the present invention. FIG. 3: shows the schematic of the peripheral part of the steam ejection part for noodle unraveling for loosening the noodles in the container which has in the crab noodle device of the present invention. FIG. 4 shows an operation flow of the crab noodle device of the present invention.

  The bowl noodle device 1 according to the present invention is for, for example, boiling a predetermined amount of noodles divided into portions corresponding to one serving, one serving, or one bag of product packaging with sufficient quality. The container 2 has a bottomed container 2 (hereinafter simply referred to as a container 2) having a capacity enough to be boiled in a predetermined amount of hot water, and the container 2 has a predetermined amount. The container 2 is heated with steam filled with a predetermined amount of noodles and a predetermined amount of noodles, and the noodles are boiled with hot water heated in the container 2. Therefore, in the bowl noodle device 1 of the present invention, a large bowl is not required, the work for cleaning the bowl can be omitted, and the dirt in the apparatus is reduced, so that the cleaning work is reduced. In addition, in the bowl noodle device 1 of the present invention, the amount of hot water supplied to the container 2 is sufficient so that the hot water can be boiled immediately. Therefore, it is necessary to boil a large amount of hot water as in a conventional bowl. In addition, production preparation time can be shortened. Moreover, in the strawberry noodle apparatus 1 of the present invention, a large jar is not required, and thus the apparatus can be downsized. Moreover, in the bowl noodle device 1 of the present invention, the noodles are boiled in a container 2 such as a small pot, so that the noodles are not rubbed against the nets compared to the case where the noodles are boiled in the nets. Rough skin, that is, the surface of the noodles is not damaged. In addition, the noodles that are boiled in the koji noodle device 1 of the present invention are boiled in a container 2 such as a small kettle, so that it can be brought close to the flavor and texture of kamaage udon and kamaage ramen. It is.

  1 and 2 has a main body cover 1a formed so as to surround a main body interior 1b so as to be filled with steam at a predetermined temperature, and a steam generator provided outside the main body cover 1a. The steam produced | generated by 22 is supplied inside the main body through the steam supply piping 21 of the steam supply part 20 opened to the main body inside 1b of the noodle device 1 surrounded by the main body cover 1a. For example, the steam supply pipe 21 may be formed with a plurality of openings 21a to discharge steam over a wide range. Moreover, it is preferable that the vapor | steam discharge | released from the vapor | steam supply piping 21 is about 100 degreeC or more. Moreover, it is preferable that the main body inside 1b filled with steam is maintained at a temperature of about 100 degrees or more. The main body cover 1a preferably includes a heat insulating material. For example, when the body cover 1a includes a heat insulating material and the steam immediately before being sent to the steam supply pipe 21 is set to a temperature of about 107 degrees at a pressure of about 0.3 kg / square centimeter, the body cover 1a is surrounded by the body cover 1a. It is possible to maintain the inside 1b of the main body at a temperature of about 101 degrees to about 102 degrees, and it is also possible to obtain the same effect as that of the pressure kettle. A plurality of containers 2 for containing hot water and noodles are provided inside the main body 1b surrounded by the main body cover 1a. The hot water and noodles are accommodated, and when the noodles are boiled while moving in the main body interior 1b surrounded by the main body cover 1a, the hot water and noodles in the container 2 are discharged and then cleaned. . It should be noted that the water and the cleaning liquid after the temperature of the steam has dropped are appropriately removed from the main body cover 1a while preventing the steam filled in the main body inside 1b surrounded by the main body cover 1a from escaping. It is good to make it discharge.

  The noodle transport device 3 included in the crab noodle device 1 shown in FIG. 1 and FIG. The internal 1b has a configuration in which a pair of endless chains 5 supporting a plurality of containers 2, ..., 2 for storing noodles at predetermined intervals are hung around a plurality of sprockets 6 (6a to 6g). The noodles are transported while being orbitally moved on the circulation path. The rotation drive device 4 is provided outside the main body cover 1a, and rotates a predetermined sprocket 6 included in the main body interior 1b surrounded by the main body cover 1a so as to penetrate the main body cover 1a. It has become. Further, the rotational drive shaft 4 a of the rotational drive device 4 may be configured to change the axial direction by the shaft coupling 7. Note that a plurality of the rotational drive devices 4 may be provided so that different sprockets 6 are rotated in synchronization. For example, an endless roller chain may be used as the endless chain 5.

  The noodle transport device 3 has a pair of sprockets 6 attached to each of a plurality of rotation shafts 8 (8a to 8g) including the rotation drive shaft 4a of the rotation drive device 4, and is hung around the plurality of sprockets 6 to be predetermined. The two ends 2a of the containers 2,..., 2 are rotatably attached to the pair of endless chains 5 that are to move around in parallel with each other. The endless chain 5 hung around the plurality of sprockets 6 uses at least one rotating shaft 8 formed by attaching a pair of sprockets 6 with a biasing member 9a in a predetermined vertical direction with respect to the rotating shaft 8. The predetermined tension may be maintained so as not to be loosened by the tension adjusting means 9 configured to be pulled at a predetermined pressure. In the noodle transport device 3 shown in FIG. 1, a state in which a predetermined tension is applied to the pair of endless chains 5 by the tension adjusting means 9 provided on the rotating shaft 8b to which the pair of sprockets 6b are attached is maintained. Has been.

  Each container 2, ..., 2 is between a pair of endless chains 5 that circulate in parallel, and both ends 2a are rotatably attached to the pair of endless chains 5 by attachments. . Each container 2,..., 2 moves along a predetermined circulation path while rotating so that the bottom of the container 2 is always at the bottom due to gravity unless regulated. Each of the moving containers 2,..., 2 is connected to the container reversing roller 10, the container reversing rod 11, the container reversing guide member 12 and the like fixed to a predetermined place in the circulation path. Even if the pin 2b protruding from the side surface toward the endless chain 5 side, the front surface of the container 2, or the bottom surface of the container 2 abuts, the movement is continued, so that it is reversed at a predetermined place in the circulation path, The noodles are discharged or the container 2 is washed. Note that the container reversing roller 10, the container reversing rod 11, and the container reversing guide member 12 are preferably formed of a material suitable for the use environment such as resin or metal.

  In addition, each container 2,..., 2 may be divided into a plurality of spaces to form a plurality of cells in one container 2, and each cell may be boiled with noodles. In each container 2,..., 2 shown in FIG. 2, the inside is divided into two squares by a partition, each containing a predetermined amount of noodles and a predetermined amount of hot water, It is possible to boil. When each container 2,..., 2 is partitioned into a plurality of squares, for example, the capacity of one square is equivalent to one serving, one serving, or one bag of product packaging. A predetermined amount of noodles divided into small portions and a predetermined amount of hot water required to boil that amount of noodles with sufficient quality, for example, about 1000 cc of hot water per serving. The capacity may be large enough to be boiled with noodles.

  From here, each part is demonstrated, explaining the operation | movement cycle of the crab noodle apparatus 1 of this invention.

  In the noodle device 1 of the present invention, the noodle transport device 3 provides a predetermined circulation path in the main body inside 1b of the noodle device 1 surrounded by the main body cover 1a filled with steam supplied from the steam supply unit 20. For each container 2,..., 2 that moves, while the container 2 is passing under the hot water supply pipe 31 of the hot water supply unit 30, the hot water tank 32 provided outside the main body cover 1 a. A predetermined amount of hot water is supplied into the container 2 through the hot water supply pipe 31 (S1). When the inside of the container 2 is partitioned by a plurality of masses, a plurality of hot water supply pipes 31 may be provided to supply a predetermined amount of hot water to each mass individually.

  Next, in the noodle device 1 of the present invention, while the container 2 containing hot water passes under the steam ejection pipe 41 of the steam ejection section 40 for reheating, the steam ejection pipe 41 for reheating is provided. Moving from a position that does not interfere with the movement of the container 2, the tip of the reheating steam ejection pipe 41 enters the hot water of the container 2 and is supplied from the steam generator 22 provided outside the main body cover 1 a. By ejecting the steam, the hot water in the container 2 is directly heated by the steam, and then the steam ejection pipe 41 for reheating is returned to a position where it does not interfere with the movement of the container 2 (S2).

  A steam jet pipe 41 for reheating shown in FIG. 1 is slidably attached to a through hole penetrating the main body cover 1a, and is rotated by being wound around another endless chain 42a together with a nearby sprocket 6e. The crank mechanism 42 including the connecting rod 42c attached to the auxiliary sprocket 42b that moves in and out of the container 2 without interfering with the movement of the container 2 in synchronism with the movement of the container 2 by the noodle transport device 3 It may be configured. When the inside of the container 2 is partitioned by a plurality of masses, a plurality of reheating steam ejection pipes 41 may be provided so that steam is individually ejected into the hot water of each mass.

  Next, in the crab noodle apparatus 1 of the present invention, the noodle supply side damper 52 is provided while the container 2 containing hot water directly heated by steam passes under the noodle supply passage 51 of the noodle supply unit 50. A predetermined amount of noodles is supplied in the hot water of the container 2 (S3).

  The noodle supply side damper 52 shown in FIG. 1 is attached to an auxiliary sprocket 53b that is rotated by another endless chain 53a together with a rear cam follower 53d and a nearby sprocket 6e, and rotates together with the cam 53c. The cam mechanism 53 may be configured to open only when the noodles are put into the container 2 in synchronism with the movement of the container 2 by the noodle transport device 3 and to close the other. Moreover, it is preferable to send a predetermined amount of noodles to the noodle supply unit 50 in a timely manner from a noodle supply device (not shown). Further, when the container 2 is partitioned by a plurality of cells, a plurality of noodle supply passages 51 may be provided to supply a predetermined amount of noodles individually to each cell.

  Next, in the crab noodle device 1 of the present invention, while the container 2 containing hot water and noodles passes under the steam ejection pipe 61 of the steam ejection section 60 for noodle unraveling, the steam ejection pipe for noodle unraveling is provided. 61 starts to move from a position where it does not interfere with the movement of the container 2, and the tip of the steam discharge pipe 61 for unraveling the noodles enters the hot water in which the noodles in the container 2 are soaked. The noodles and hot water are randomly moved in the container 2 by the large bubbles continuously generated by jetting the steam in the hot water of the container 2 for jetting the steam supplied from the steam generator 22 provided in the container. The container that has just started to be heated in the hot water of the container 2 and has been lowered by unraveling the noodles that have not yet been boiled and the noodles before being heated in the hot water of the container 2 After reheating the hot water in 2, steam steam for noodles Pipe 61 is returned to the position not interfering with the movement of the container 2 (S4). The steam ejected from the steam ejection pipe 61 for unraveling the noodles is preferably set to a pressure and a temperature higher than the steam sent to the steam supply pipe 21. For example, immediately before being sent to the steam ejection pipe 61, A temperature of about 133 degrees may be set at a pressure of about 2 kg / square centimeter.

  The steam jetting pipe 41 for noodle unraveling shown in FIGS. 1 and 3 is slidably attached to a through hole penetrating the main body cover 1a, and is wound around another endless chain 62a together with a nearby sprocket 6f. The crank mechanism 62 composed of the connecting rod 62c attached to the rotating auxiliary sprocket 62b is moved in and out of the container 2 without interfering with the movement of the container 2 in synchronism with the movement of the container 2 by the noodle transport device 3. It may be configured to. Further, as shown in FIGS. 1 and 3, the steam ejection pipe 41 for noodle unraveling is provided with a steam ejection pipe 41 for noodle unraveling simultaneously in each of a plurality of containers 2 arranged in the front-rear direction with respect to the traveling direction of the container 2. You may make it have the some vapor | steam ejection piping 41 for noodle loosening before and behind so that entrance / exit is possible. When the inside of the container 2 is partitioned by a plurality of masses, a plurality of steam ejection pipes 41 for loosening noodles may be provided so that steam is individually ejected into the hot water of each mass.

  After that, in the bowl noodle device 1 of the present invention, the noodles are boiled with hot water in the container 2 heated by the steam inside the body 1b surrounded by the body cover 1a until the noodles are boiled (S5). The container 2 is gradually moved by guiding the pin 2b of the container 2 to the container reversing guide member 12 using a path in which the container 2 moves from the upper side to the lower side so that the noodles are taken out from the hot water just at the time of rising. Even if the container reversing roller 10 contacts the front of the container 2 at a lower position, the container 2 continues to move, so that the container 2 is reversed to the front at a predetermined position. The hot water and noodles inside are discharged so as to fall out of the container 2 due to gravity, pass through the noodle discharge passage 71 of the noodle discharge part 70 of the main body cover 1a, and the noodle discharge side damper 72 ahead opens and boils up. Noodles outside the main body cover 1a Issued (S6). The hot water and noodles discharged from the container 2 are, for example, discharged by the net part 74 of the noodle discharge passage 71 to the outside of the noodle device 1 along the inclination of the net part 74, and the hot water passes through the net part 74. The water may pass through and be collected in the hot water recovery tank 73 from the hot water discharge port. In the noodle discharge path 71, the net 74 is located inside the main body 1b surrounded by the main body cover 1a which is inside the noodle discharge side damper 72 in the closed state or the noodle discharge side damper 72 in the closed state. It may be formed on the outside or on both sides. Further, the net portion 74 may be formed in various shapes that allow water to pass through, such as a net shape, a colander shape, or a slit shape, and the noodles may be formed to slide down on the inclined surface. The noodles discharged from the container 2 are held by the noodle discharge side damper 72 in a closed state, and the noodle discharge side damper 72 is opened at a predetermined timing, so that the noodle discharge side damper 72 is discharged to the outside of the main body cover 1a at a predetermined timing. May be. The hot water discharged from the container 2 is newly drawn from the water supply or the like so as to be recycled to at least a part of the hot water supplied from the hot water supply unit 30 to the container 2 through the hot water recovery tank 73. The amount of hot water used by boiling water may be reduced to reduce running costs such as water bills, boiler fuel bills and sewer bills.

  The noodle discharge side damper 72 shown in FIG. 1 and FIG. 2 is configured to rotate the rotation of the auxiliary auxiliary sprocket 75e with the rear cam follower 75d, the auxiliary auxiliary sprocket 75e rotated by the endless chain 5 for moving the container 2, and the auxiliary auxiliary sprocket 75e. Auxiliary auxiliary sprocket 75f that transmits the rotation to the outside of the main body cover 1a via the rotating shaft and attached to an auxiliary sprocket 75b that rotates together with the auxiliary auxiliary sprocket 75f by another endless chain 75a and rotates. The cam mechanism 75 comprising the cam 75c that rotates together opens only when the noodles discharged from the container 2 are discharged from the main body cover 1a in synchronism with the movement of the container 2 by the noodle transport device 3, Otherwise, it may be configured to close. Further, when the inside of the container 2 is partitioned by a plurality of masses, the noodles are provided with a plurality of noodle discharge passages 71, and the noodles individually discharged from each mass are individually discharged out of the main body cover 1a. Also good. In the embodiment shown in FIG. 2, each endless chain 5 has a pair of auxiliary sprockets 75 e rotated by a pair of endless chains 5 for moving the container 2. It is provided so that substantially the same load is applied, and only one of the auxiliary sprockets 75e may be provided.

  Finally, in the bowl noodle device 1 of the present invention, even if the container reversing rod 11 comes into contact with the front of the container 2 in order to reverse the container 2 that continues to move after returning from the inverted state, the container still After the container 2 is turned sideways by the movement of the container 2, the container washing part 80 is moved while the container 2 is moved in the inverted state by causing the container reversing guide member 12 to guide the pin 2 b of the container 2. The cleaning liquid is sprayed from the cleaning nozzle 81 to clean the container 2 (S7).

  Thus, in the bowl noodle device 1 of the present invention, the container 2 after being cleaned returns from the inverted state, and the operation cycle starts again from the hot water supply unit 30. In addition, since the bowl noodle device 1 of the present invention has a plurality of containers 2,..., 2 on a predetermined circuit, an operation cycle is performed for each of the containers 2,. The operation cycle of each container 2 is performed in parallel.

  In the bowl noodle device 1 of the present invention, the main body inside 1b surrounded by the main body cover 1a is filled with steam, so that the temperature change of the main body inside 1b surrounded by the main body cover 1a is reduced, so that sterilization is also possible. .

  In the crab noodle device 1 of the present invention, the main body interior 1b surrounded by the main body cover 1a has another cleaning nozzle for cleaning the main body interior 1b so that it can be manually or automatically cleaned at an appropriate time. good.

  In the crab noodle device 1 of the present invention, the steam supply section 20, the reheating steam ejection section 40, and the steam ejection section 60 for noodle unraveling are switched to the predetermined steam pressure and the predetermined steam temperature at appropriate times. The steam generator 22 may be configured so that it can be supplied, or each part may have a steam pressure changing means and a steam temperature changing means. Moreover, in the strawberry noodle apparatus 1 of this invention, you may make it have the separate steam generator 22 in each of the steam supply part 20, the steam ejection part 40 for reheating, and the steam ejection part 60 for noodle loosening. Further, in the bowl noodle device 1 of the present invention, each of the steam supply unit 20, the reheating steam jetting unit 40, and the steam jetting unit 60 for noodle unraveling is provided with various valves and a controller for controlling the operation of these valves. Thus, the timing and pressure of supply or ejection may be controlled by various valves and a control device.

  In addition, in the bowl noodle device 1 of the present invention shown in FIG. 1 to FIG. 3, the steam ejection pipe 41 for reheating, the noodle supply side damper 52, the steam ejection pipe 61 for noodle unraveling, and the noodle discharge side damper 71 are provided. In order to move, the rotation of the sprocket 6 of the noodle transport device 3 or the movement of the endless chain 5 is transmitted and driven using the crank mechanisms 42, 62 or the cam mechanisms 53, 74. Without limitation, various drive sources such as a motor and a fluid cylinder, various sensors, and a control device for controlling them may be employed. Moreover, you may be comprised with a pulley and an endless belt according to use environment. Moreover, in the crab noodle device 1 of the present invention shown in FIGS. 1 to 3, the hot water supply pipe 31 is shown as a bent pipe, and the steam jet pipes 41 and 61 are shown as straight pipes, but the present invention is not limited thereto. In the range which does not deviate from the meaning of the present invention, it may be bent, straight or formed in various other shapes, for example, may be appropriately formed in a shape which does not interfere with surrounding devices or parts. Moreover, the noodle supply path 51, the noodle supply side damper 52, the noodle discharge path 71, and the noodle discharge side damper 72 of the rice noodle device 1 of the present invention shown in FIGS. 1 to 3 are not limited to the shapes shown in the drawings. As long as it does not deviate from the gist of the present invention, it may be formed in a necessary shape. In addition, in the crab noodle device 1 of the present invention shown in FIGS. 1 to 3, when the noodles are discharged or the container 2 is washed at a predetermined place in the circulation path, the moving containers 2,. Although it is reversed using the container reversing roller 10, the container reversing rod 11, and the container reversing guide member 12 fixed at a predetermined place in the circulation path, it is limited to the shape and configuration shown in the figure. Without departing from the spirit of the present invention, various necessary shapes and various configurations may be employed as appropriate, and the present invention is not limited to a mechanism for reversing the container 2 as shown in the figure. Various mechanisms for appropriately reversing the container 2 may be employed without departing from the spirit of the above.

  The invention described above is not limited to the above-described embodiment, and various modifications can be made based on the spirit of the invention, and they are not excluded from the scope of the invention. Particularly, a specific device having a basic function in accordance with the gist of the present invention is included in the present invention.

  As described above, the rice noodle device of the present invention eliminates the need for a large tank and reduces running costs such as water bills, boiler fuel bills, and sewage bills.

DESCRIPTION OF SYMBOLS 1 Noodle device 1a Main body cover 1b Inside of main body 2 Container 2a Rotating connecting part 2b at both ends of the container Pin 3 Noodle transport device 4 Rotation drive device 4a Rotation drive shaft 5 Endless chain 6 Sprocket 7 Shaft joint 8 Rotation shaft 9 Tension Adjustment means 9a Energizing member 10 Container reversing roller 11 Container reversing rod 12 Container reversing guide member 20 Steam supply section 21 Steam supply pipe 22 Steam generator 30 Hot water supply section 31 Hot water supply pipe 32 Hot water tank 40 Steam for reheating Spout portion 41 Steam recirculation pipe 42 for reheating Crank mechanism 42a Endless chain 42b Auxiliary sprocket 42c Connecting rod 50 Noodle supply portion 51 Noodle supply passage 52 Noodle supply side damper 53 Cam mechanism 53a Endless chain 53b Auxiliary sprocket 53c Cam 53d Cam follower 60 Steam blowout part 61 for noodle loosening Steam blowout for noodle loosening Piping 62 Crank mechanism 62a Endless chain 62b Auxiliary sprocket 62c Connecting rod 70 Noodle discharge part 71 Noodle discharge passage 72 Noodle discharge side damper 73 Hot water recovery tank 74 Net part 75 Cam mechanism 75a Endless chain 75b Auxiliary sprocket 75c Cam 75d Cam follower 75e Auxiliary Sprocket 75f Auxiliary sprocket 80 Container cleaning part 81 Cleaning nozzle

The crab noodle device (1) of the present invention has a plurality of bottomed containers (2) for storing hot water and noodles, and is filled with steam that fills the inside of the main body (1b) surrounded by the main body cover (1a) . A steam supply unit (20) for heating the container accommodated in the interior and boiling the noodle with the hot water heated in the container, and supplying the steam into the body A hot water supply unit (30) for supplying a predetermined amount of the hot water into the container, a noodle supply unit (50) for supplying a predetermined amount of the noodle into the container, The noodle discharging part (70) for discharging the noodles from the inside, the hot water supplied from the hot water supply part inside the main body and the noodles supplied from the noodle supply part, On the predetermined circulation path inside the main body so as to be discharged from the noodle discharging unit A noodle transport device (3) that is moved once, and a steam ejection pipe (61) that ejects steam while the container is passing under the steam ejection pipe. and wherein the steam ejection part to loosen the noodles (60) to the made Nde including by moving noodles and hot water in said container is ejected to the steam put into the water in which the noodles were immersed .

Claims (3)

The container has a plurality of bottomed containers for storing hot water and noodles, and is heated in the container by heating the container accommodated in the interior of the body surrounded by the body cover. Boiled noodle device, wherein the noodles are boiled with the hot water. A steam supply section for supplying the steam into the body;
A hot water supply section for supplying a predetermined amount of the hot water into the container;
A noodle supply unit for supplying a predetermined amount of the noodle in the container;
A noodle discharging unit for discharging noodles from the container;
The container containing both the hot water supplied from the hot water supply unit and the noodle supplied from the noodle supply unit inside the main body is heated with the steam, and the hot water heated in the container A noodle transport device in which the endless chain to which the container is attached is revolved around a predetermined circulation path inside the main body so as to discharge the noodle raised from the boil from the noodle discharge unit;
The crab noodle device according to claim 1, comprising at least The steamed noodle device according to claim 2, further comprising a steam jetting part for unraveling the noodles for jetting the steam into the hot water accommodated in the container together with the noodles. .

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