JPH0349658A - Noodle cooking device - Google Patents

Abstract

PURPOSE:To carrying noodle strip while untying noodle strip and prevent re-binding of noodle strip by forming an unevenness on the inner face of an endless band carrying body carrying noodle strip and giving vibration to the carrying body by touching the uneven face to a lever body and vertically vibrating the noodle strip on the carrying body. CONSTITUTION:Grain powder is kneaded with water to give noodle dough, which is then rolled and cut to afford a noodle strip and the noodle strip is carried to the successive process by a carrying device 30. When the strip is carried, the carrying device 30 constitutes of an endless band carrying body 31, a pair of rotators 33 for stretching and supporting the carrying body 31 and a driving device for driving rotators 33. Unevenness 38 is further formed in the inner face of endless band carrying body 31 and a lever body 52 is arranged on the inner face of upper part of carrying body 31. Thereby, when the noodle strip is put on the carrying body 31 and carried, a vibration is given to the carrying body 31 by touching the uneven face 38 to the lever body 52 and the noodle strip on the carrying body 31 is also vertically vibrated to untie the noodle strip. As a result, re-binding of noodle can be prevented.

Description

[Detailed description of the invention]

(A) Field of Industrial Application The present invention relates to a device for cooking noodles such as udon, soba, spaghetti, and ramen, and particularly to a conveyance device used for conveyance on Hakusen lines. (b) Prior art As a technology prior to the present invention, Japanese Patent Application Laid-Open No. 60-172264
There is a noodle cooking device described in the publication. Noodle cooking equipment X is made by adding water to raw material flour such as wheat flour or buckwheat flour. The dough is made using a rolling stock, the noodle dough is rolled and cut into sections to produce noodle strings, and then boiled noodles are produced by boiling the noodles in boiling water and washing them with water. The manufactured Jfia+ is heated in hot water, drained, transferred to Yorak, and added to the 'RG to make warm udon and soba noodles. Cool the boiled noodles in cold water and transfer to a container 5. Add dipping sauce to another container to prepare chilled udon and soba noodles. The noodle preparation device disclosed in Japanese Patent Application Laid-Open No. 17-22-64 transfers the noodle strings to the next step by utilizing the drop from above in the next step. As a technology that improved this point, Utility Model No. 63-5: J884
In the noodle making machine described in the publication! There is a pulling device (noodle string conveying device) for the i-line extracting section. If the noodle string conveying device is a FR device that simply carries the noodle strings on a belt, the noodles produced during the noodle string manufacturing process will be sent to the next process. As a result, the boiling water in the next step of the noodle cooking device, the boiling step, quickly becomes cloudy and must be replaced. Also, the water-permeable storage container (wire mesh basket) of the boiling pot may become clogged, reducing the boiling efficiency. Also. Transport 'A' The freshly cut noodle strings are transported without vibration! The fA line was connected again. }...) Problems to be Solved by the Invention The technical problem of the present invention is to provide a noodle cooking device that can unravel noodle strings and prevent the noodle strings from recombining. Further, the technical problem of the reference invention is to provide a noodle cooking device that can efficiently remove noodle scraps at tJ1. Further, it is another object of the present invention to provide a noodle string conveying device and a noodle making machine for use in a noodle cooking device that can prevent noodle strings from recombining and smoothly transport the noodle strings. (2) Means for solving the problems The present invention solves the problems by the following means. A noodle cooking device that produces noodle dough by mixing powder killing and water soaking, produces noodle strings by cutting the noodle dough, and sends the noodle strings to the next process using a conveying device, The conveyance device includes an endless belt-like conveyor on which the noodle strings are placed, a pair of rotary bodies that tension and support the progressive conveyor, and a drive device that drives at least one side of the rotary bodies. This problem is solved by forming unevenness on the inner surface and forming a rod on which the unevenness is placed on the inner surface of the upper part of the endless belt-shaped conveyor on which the noodle strings are placed. As mentioned above! ! Used in i-cooking equipment! The i-line transport device includes an endless belt-shaped transport body on which noodle strings are placed, each having a concave shape inside, a pair of rotating bodies that support the conveying body in a stretched manner, and a drive device that drives at least one of the rotating bodies. There is a concave c! ) to solve the problem by forming a rod on which the rod rests. In a noodle cooking device that produces noodle dough by mixing grain flour and water, rolls and cuts the noodle dough to leave noodle strings, and sends the noodle strings to the next stage using a conveying device. The second feeding station has an endless belt-shaped conveying body on which another wire is placed, a pair of rotating bodies that tension and support the conveying body, and a drive device that drives at least one of the rotating bodies, forms a large number of insertion parts, and the inner surface of the endless I-shaped general conveying body is formed with unevenness, and the inner surface of the upper part of the endless I-shaped conveying body on which the noodle strings are placed (↓ the rod on which the unevenness is placed) The present invention solves the problem by forming a noodle string conveying device used in the above-mentioned dumpling cooking device into an endless belt-like conveying device in which a number of insertion portions are formed and noodle strings having an uneven inner surface are placed on the noodle string conveying device. A pair of rotary bodies that tension and support the conveying body, a drive device that drives at least one of the rotary bodies, and an endless strip-shaped general conveying body on which the noodle strings are placed. This method solves the problem by forming rods.Mix flour and water to make noodle dough, roll and cut the noodle dough to produce polar wires, and make noodle strings. In the m-preparation equipment, which uses a conveyance device to send the material to the next process, the conveyance device
A pair of rotating bodies, a drive device that drives at least one of the rotating bodies, a pair of belt bodies stretched and supported between the rotating bodies, and a roller body rotatably installed between the belt bodies. means for forming a rod having an unevenness on the inner surface of the endless strip-shaped carrier, and on the inner surface of the IU side portion of the endless strip-shaped carrier on which the noodle strings are placed; This will solve the problem. The noodle string conveying device used in the aforementioned noodle cooking device includes a pair of rotating bodies and a drive device that drives at least one of the rotating bodies.
It has a pair of ring bodies stretched and supported between rotating bodies, a roller body rotatably installed between the ring bodies, and an endless belt-shaped conveying body, with unevenness formed on the inner surface of the endless belt-shaped conveying body. However, this problem is solved by forming a rod on which unevenness is placed on the inner surface of the upper part of the endless belt-shaped carrier on which the noodle strings are placed. In a noodle making machine that mixes flour and water to produce noodle dough, rolls and cuts the noodle dough to produce noodle strings, and sends out the noodle strings using a conveying device, the conveying device has a pair of Endless belt-shaped conveyance formed by a rotating body, a drive device that drives at least one of the rotating bodies, a pair of dead bodies stretched and supported between the rotating bodies, and a roller body rotatably installed between the dead bodies. The inner surface of the endless/dead-shaped conveyor is formed with unevenness.
This problem is solved by forming 11 irregularities on the inner surface of the upper part of the endless belt-shaped conveying body on which the noodle strings are placed, and by increasing the conveying speed of the conveying device faster than the speed at which the noodle strings are fed. . The progressive body may be shaped with a wide rubber belt, its inner surface may be smoothed, and the insertion portion may be formed with a large number of slits. In addition, the conveyor is formed by installing support rods at regular intervals between two chain bodies, and the insertion part is formed in the gap between the support rods, and the conveyor is supported between two timing belts. It is better to build the rod and form it. The ring is formed by two chains or timing belts, but is not particularly limited to this. The specific structure for implementing the present invention can be implemented using well-known structures used by those skilled in the art. (E) Function In the present invention, when the endless belt-shaped carrier on which the noodle strings are placed is driven, the unevenness hits the rod, which causes vibrations in the endless belt-shaped carrier, and the noodle strings on the carrier also move up and down. It vibrates and unravels the noodle strings. In the conveying body in which the insertion portion is formed, noodle crumbs are shaken off from the insertion portion. In the case of a conveyor formed of a roller body, even if the noodle gets caught between the conveyor and the noodle when being fed to the conveyor, the rotation of the roller body eliminates the catch. (・\!Example The present invention will be explained based on the udon soba automatic cooking and vending machine 1 which embodies the groove as described in the claims. The udon and soge automatic cooking vending machine 1 has a control device that receives orders from customers and issues cooking instructions. ft2 and
N adjustment device 3 that moves at the control point from the reception control device 2
, a cooked noodle storage device VT-1 that temporarily stores the cooked noodles in the noodle cooking device 3, and a receiving device 5 that delivers the noodles from the cooked noodle storage device 4 in response to a customer's receipt request operation.
It consists of The noodle cooking device 3 includes a udon noodle making machine 6 that makes udon noodles.
An M noodle device 9 comprising a soba S2 noodle machine 7 for making soba noodles, and a plurality of water-permeable storage containers 8 for storing noodle strings (raw noodles) made by the noodle making machines 6 and 7, M boiled in boiling spear device 9
A cold and hot water noodle processing device 10 that washes the noodles with cold water and cools and heats them according to orders, and a sales capacity 511 that receives the cooked noodles processed in the cold and hot water processing device @lo. The delivery device 12 is also provided. The reception system "Ft2" has a coin slot, a card and bill slot, a selection switch 7 which is arranged in plurality according to the type of noodles to be sold, and an order card for the noodles selected by this selection switch. A card sales outlet that issues cards, a sold-out display section corresponding to each selection switch, and a vending machine at junior kindergartens etc.
It also forms a display section that displays the status of. There are four types of noodles to be sold in this example: warm noodles such as kake udon and kake soba, and cold noodles such as chiri udon and mori soba. Each cargo making machine 6, 7:! Comprising the structure shown in the schematic diagram shown in FIG. 6,
Based on the signal from the reception control device 2, noodles are made for one serving (approximately The flour is turned into dust by the rotational force of the blade 23, and the pressed water is atomized and mixed in the cylinder 24 to produce the crumbled noodle dough B. It falls between the rollers of the rolling roller device 21, is rolled into a single lump by the rolling roller device 2l, and is rolled into a plate-shaped dough C, which is further rolled by the lower rolling roller device 2l to a predetermined thickness. It is rolled and sent to the roll-type cutting device 22. In this example, the rolling process is 2 F2, but it may be rolled in 3 stages or 1 stage. Since the rolling is carried out at the same time, it is necessary to make the rollers large in diameter and rotate them at low speed.
By checking the distance between the pair of rollers, the thickness of the noodles can be changed. The plate-shaped dough C that has been rolled by IF is cut and folded into noodle strings A by a roll-type cutting device 22. The roll-type cutting device 22 forms a cylindrical body by arranging a large number of discs at regular intervals, meshes a pair of formed circular discs, and passes the rolled plate-shaped material C between them. The plate-shaped dough C is cut to produce noodle strings A. The width of the noodle strings A is determined by the spacing between the discs. In order to be able to select noodle strings A of a plurality of widths, a plurality of roll cutting devices with different disc spacings can be formed, and the supply of the plate-shaped dough C can be selectively performed. The cutting width of the roll-type cutting device 22 of the udon noodle making machine 6 for making noodles is large, and the cutting width of the roll-type tJJ cutting device 22 of the soba noodle making machine 7 for making noodles is small. ing. The pickled noodle strings for one meal are transported by the transport device 30 to the upper part of the water-permeable storage container ′f:P8 of the dark noodle device 9j′.
It is dropped into the L water-permeable storage container 6. The conveyance device 30 has a groove shown in the schematic diagram in FIG.
The detailed structure of the 1C conveying device 30 is shown in the cross-sectional views of main parts in FIGS. 1 to 5. The conveyance device 30 includes an endless belt-shaped conveyor 3l on which the noodle strings A are placed, a driving rotary body 32 and a driven rotary body 33 that support the endless belt-shaped conveyor 3l in tension, and a drive device 34 that drives the drive rotary body 32. It is equipped with The endless belt-shaped conveyor 31 includes a pair of chain bodies 35 as ring bodies, a protrusion 36 projecting outward from the chain bodies 35, and a roll pivotally supported between the protrusions 36 of the pair of chains t4-35. body 37. Irregularities 38 on the inner surface of the endless belt-shaped conveyor 3l at the concave CI of the cocoon plate of the chain body 37
is formed. Reference numerals 36, 37, and 38 in the drawings are not assigned to all relevant parts, but only to representative parts. The roll body 37 is made of metal resin, and the protrusion 36 has the roll body 3
7 is formed with a bearing hole that supports the shaft. Roll body 37
An insertion portion 45 is formed in the gap between the two. The driving rotary body 32 and the driven rotary body 33 of the conveyance device 30 are formed of plate-shaped gears that mesh with the chain body 35, and are formed in pairs on the left and right, respectively. The pair of driving rotary body 32 and driven rotary body 33 are connected by a support shaft 3910. The support shafts 39 and 40 are the right side plate 4 of the transport device ty;
It is pivotally supported by a bearing +3 formed at 1 and 42. The upper and lower edges of the left and right side plates 1l and 42 are disposed at the side j of the endless belt-shaped conveyor 31. Therefore, the left and right side plates 41
, 42 h) By pinching both ends of the roll body 37 at the L edge, the roll body 37 is prevented from coming off from the protrusion 36 . Left and right sides [lower edges of 41 and 42 are bent inward,
Both end receiving portions 44 of the roll body 37 are formed. Both end receiving parts 44 serve as a receiving part when the chain body 35 becomes slack. The left and right side plates 41 and 42 are made of metal plates. As shown in FIG. 5, a drive device 34 is attached to the rear portions of the left and right side plates 4l, 42, and a rotation shaft 46 of the drive device 34 and a support shaft 39 are connected. The drive device 34 is formed by an electric vi machine. Both side plates corresponding to the supply part of the hold line A = 1 1, 1 of 42
A guide body 47 for guiding the noodle strings A to the center of the endless belt-shaped conveyor 3l is formed at one end. The guide body 17 is shaped like a curved plate as shown in FIGS. 2 and 3. In this embodiment, the metal plate is curved, but a curved resin plate may also be used. The width of the roll-type cutting device 22 is set to be approximately the same as the width of the endless strip-shaped carrier 3l, and when the noodle strings A are supplied to the endless strip-shaped carrier 3l at their full width, both sides of the endless strip-shaped carrier 3l are cut. It is sandwiched between the edge and the left and right side plates 41 and 42,
The noodle strings A may break, or the conveying device 30 may stop working after long-term use. There is no noodle string Afi at guide body 47.
l Center of the imperial conveyor 31

[Two guided by two, noodle string A
will not ride on the end of the endless belt-shaped conveyor 3l. The front end portions of the left and right side plates 41 and 42 extend forward to form a fall guide line 48 for the noodle strings A from the conveying device 30. The lower edge of the drop guide 48 is bent inward to form a bent piece 49. Noodle string Al1 endless belt-shaped conveyor 3 sent to water-permeable storage capacity 8 by conveyor ffi3Q
It falls from the front end of 1 toward the water-permeable storage container 8. At this time, the noodle strings A are prevented from spreading outward by the falling guide member 48 and the bending piece 49, and fall securely into the water-permeable storage capacity 8. At the bottom of the conveying device 30, a guide plate 50 and a noodle scrap storage body 5l are arranged to guide the noodle scraps falling from the insertion portion 45 of the endless belt-shaped conveyor 3l. The debris falling from the insertion part 45 is received by the debris storage body 51, so that it can be disposed of smoothly.
Prevent noodle crumbs from entering other parts and causing equipment failure. The endless belt-shaped conveyor 3l has a driving rotary body 32 and a driven rotary body 33.
Although the upper side for conveying the noodle strings A may loosen due to the two supports, rods 52 are formed at several positions as shown in FIG. In this example, the rod body 52 is formed of a cylindrical metal rod.The six rod bodies 52 are supported by attaching both ends to the left and right side plates 41 and 42. The rod body 52 is mounted so as not to rotate. Chain body 37 of endless belt-shaped conveyor 31
The gate protrusion 38 is carried on the rod 32. The driving of the endless belt conveyor 3l is achieved by installing a driving rotor 33 in front of the moving direction of the noodle strings A and installing a drive rotor 32 at the rear, so that the lower side of the endless belt conveyor 31 is When it is stretched (pulled), the tension becomes stronger, and when it is stretched, the tension becomes looser and it bends a little. As a result, the chain body 37 slides along the surface of the rod body 52. The operation of the transport device 30 will be explained. Noodles PIl pushed downward from the roll cutting device 22
Since A is touched from the F end onto the endless belt-shaped conveying body 31 of the conveying device 30, the noodle strings A are transferred to the endless 'Ff}-shaped conveying body 31 regardless of the extrusion speed from the roll-type cutting and folding device 22.
It will be pulled at a transport speed of . In this embodiment, the conveyance speed is "T'-<L" than the extrusion speed. Therefore, tension is applied to the !4 line A by the conveyance force by the endless belt-like conveyor 31, but the roll of the endless belt-like conveyor 31 As the body 37 rotates, unnecessary strong pulling force is applied to the noodle strings A.
It has no effect on The fast conveyance speed allows noodle strings A
does not ride on the endless belt-shaped conveyor 31 in an overlapping manner, but extends long and rides on it as a cut plate-like material. By stretching out and riding on it, when it falls into the water-permeable storage container 8, it falls away from the endless 41}-shaped transport body 3l in order from the end. Since the progressive speed of the endless belt-shaped conveyor 3l is faster than the extrusion speed, the noodle strings A touch the endless belt-shaped conveyor 3l, deeply enter the insertion part 15, and are fed without being noticed. This means that even if the thickness of the noodle strings A is greater than the insertion portion 45, the noodle strings A are stretched long and ride on the endless belt-shaped conveyor 3l, thereby preventing them from falling off during conveyance. By being stretched and conveyed, it is possible to prevent the noodles from becoming entangled with one noodle of the noodle string A during conveyance, and the falling of the noodle scraps from the insertion portion 45 is also facilitated. The endless belt-shaped conveying body 3 of the conveying device 30 has irregularities 3 on the rod body 52.
8 are conveyed in contact with each other, vibrations are generated in the vertical direction in the endless belt-shaped conveying body 3l. This vibration causes the noodle strings A being conveyed to be loosened one by one. In addition, the vibration
The sweating scraps of the noodle strings A being conveyed are shaken off, which improves efficiency.
5 can be dropped into the waste storage body 51 below. By shaking off the noodle scraps from the noodle strings A, it is possible to prevent clogging of the water-permeable storage container 8 of the noodle boiling device 9 and staining of the boiling water, which is the next step. In addition, the water-permeable storage container 8 of the noodle-boiling device 9 may fall from the transporting devices 30 of both noodle-making machines 6 and 7.
It is necessary to synchronize with the transport speed. At this point, with all the M wires A pushed out from the roll-type cutting device 22, the conveying device 30 once stops, and the active water storage container 8 of the boiling noodle device 9
The conveyance device 30 is driven again in synchronization with the conveyance of tL. After that, the third operation of the noodle cooking device is performed by the conveying device 3.
Detecting the fall of the noodle strings A from 0 into the water-permeable storage container 8,
Operation is controlled to synchronize based on the detection. The implementation of the present invention is not limited to the above-described embodiments, but can be implemented by changing the groove arrangement within a range that does not overlook the intended effect. For example, in this embodiment, vibration is applied to the endless belt-shaped conveying body 31 by supporting the placement on the rod body 52.
This was done by using the side edge corrugated shape of the template, but in order to increase the amplitude of vibration, the unevenness 3
It is better to increase the step 8. When the chain body 35 of the endless belt-shaped conveyor 31 is formed by a timing belt,
The unevenness of the timing belt becomes the unevenness 38 as it is, and by increasing the size of the teeth meshing with the gear of the timing belt, the step vibration frequency of the unevenness 38 can be optimized. When the endless belt-shaped conveyor 3l is formed of a wide rubber belt, it is preferable to integrally form irregularities on the inner surface. In forming the insertion portion 45 on the endless belt-shaped carrier 3l,
In the structure having the roller body 37, the insertion part 45 can be formed without the special f: structure, but in the case of a wide belt, it is necessary to form the insertion part by forming slints and holes. There is. The roller body 37 is formed of a metal rod and is pivotally supported on a protrusion 36 of the chain body 35.The end of a metal rod is fixed to the protrusion 36, and a cylinder is placed over the metal rod to rotate. Alternatively, the roller body may be attached to the endless belt-shaped general conveying body 3l. The production of noodle strings (Acr) by the noodle making machines 6 and 7 includes cutting the plate-shaped dough C with the roll-type cutting device 22, but is not limited thereto; The structure may be such that the noodle strings A are formed by pushing the noodle dough into the cylinder and extruding it through a plurality of perforated plates arranged at the open end of the cylinder. The manufacturing structure of the noodle dough and the manufacturing structure of the noodle strings A may be any of the well-known methods Δ. (The advantages of the invention are as follows: Since the endless belt-shaped conveyor is conveyed while applying vibration, the noodle strings can be unraveled at the same time as they are conveyed. In addition to conveying while applying vibration, by forming an insertion part on the endless belt-shaped conveyor, the noodle strings can be unraveled at the same time as they are conveyed, and noodle scraps attached to the noodle strings can be dropped from the 1Φ passage part, efficiently. It is possible to obtain noodle strings with less noodle scraps.Furthermore, as a noodle cooking device, the noodle strings are unraveled, or because the noodle scraps are loosened and there is less adhesion of noodle scraps, This improves the efficiency of boiling water, reduces the amount of dirt in the water, and reduces the need to replace boiling water.

[Brief explanation of drawings]

The figures show one implementation structure of the present invention. Fig. 1 is a sectional view of the front part of the general feeding device taken in the conveying direction, Fig. 2 is a cross-sectional view of the homopolar extrusion part, and Fig. The figure is a cross-sectional view of the noodle string extrusion section when the conveying device is cut at right angles to the conveying direction.
The figure is a sectional view of the front part, Fig. 5 is a sectional view of the rear part, Fig. 6 is a schematic sectional view of the main part, Fig. 7 is a front view of the automatic udon and soge vending machine, and Fig. 8 is the same plane. It is a diagram. l...Udon soba vending machine, 3...
Noodle cooking device, 6, 7...lit noodle machine, 8...
・Water-permeable storage container, 30... Conveyance device, 31...
... Endless loan conveyor, 32 ... Drive rotary body, 33.
...--Provoking rotary body, 34... Drive device, 35.
... Chain body, 36 ... Protrusion, 37 ...
・Roll body, 38... unevenness, 52... rod body

Claims (1)

[Claims] 1. Mixing flour and water to produce noodle dough, rolling and cutting the noodle dough to produce noodle strings, and sending the noodle strings to the next process using a conveying device. In the noodle cooking device, the conveying device is
It has an endless belt-shaped conveyor on which the noodle strings are placed, a pair of rotating bodies that tension and support the conveyor, and a drive device that drives at least one of the rotating bodies, and the inner surface of the endless belt-shaped conveyor has irregularities. , a noodle cooking device formed by forming a rod with unevenness on the inner surface of the upper part of an endless belt-shaped conveying body on which noodle strings are placed. 2. An endless belt-shaped conveyor on which the noodle strings with an uneven inner surface are placed, a pair of rotating bodies that stretch and support the conveyor, a drive device that drives at least one of the rotating bodies, and an endless belt-shaped conveyor on which the noodle strings are placed. A noodle string conveying device formed of a rod with unevenness on the inner surface of the upper part of the body. 3. A noodle cooking device that mixes grain flour and water to produce noodle dough, rolls and cuts the noodle dough to produce noodle strings, and sends the noodle strings to the next process using a conveying device, The transport device is
It has an endless belt-shaped carrier on which the noodle strings are placed, a pair of rotating bodies that stretch and support the carrier, and a drive device that drives at least one of the rotating bodies, and the endless strip-shaped carrier has a large number of insertion parts. In the noodle cooking device, the inner surface of the endless belt-shaped conveying body is formed with unevenness, and the inner surface of the upper part of the endless belt-shaped conveying body on which the noodle strings are placed is formed with a rod on which the unevenness is placed. 4. An endless belt-shaped conveyor that has a large number of insertion parts and has uneven inner surfaces on which the noodle strings are placed, a pair of rotating bodies that tension and support the endless belt-shaped conveyor, and a drive that drives at least one of the rotating bodies. and a noodle string conveying device formed by forming a rod with unevenness on the inner surface of the upper part of the endless belt-shaped conveying body on which the noodle strings are placed. 5. A noodle cooking device that mixes grain flour and water to produce noodle dough, rolls and cuts the noodle dough to produce noodle strings, and sends the noodle strings to the next process using a conveying device, The transport device is
Endless belt-shaped conveyance formed by a pair of rotating bodies, a drive device that drives at least one of the rotating bodies, a pair of belts stretched and supported between the rotating bodies, and a roller body rotatably installed between the belts. A noodle cooking device comprising: an endless belt-like conveying body having irregularities formed on its inner surface; and an inner surface of an upper portion of the endless belt-like conveying body on which noodle strings are placed a rod having irregularities on which the irregularities are placed. 6. An endless roller body formed by a pair of rotating bodies, a drive device that drives at least one of the rotating bodies, a pair of ring bodies that are stretched and supported between the rotating bodies, and a roller body that is rotatably installed between the ring bodies. A noodle string conveying device comprising: a belt-shaped conveying body; the inner surface of the endless belt-shaped conveying body is formed with unevenness; and the inner surface of the upper part of the endless belt-shaped conveying body on which the noodle strings are placed has a rod on which the unevenness is placed. 7. In a noodle making machine that mixes flour and water to produce noodle dough, rolls and cuts the noodle dough to produce noodle strings, and sends out the noodle strings by a conveying device, the conveying device: a pair of rotating bodies; a drive device that drives at least one of the rotating bodies;
It is formed of an endless belt-shaped conveying body formed by a pair of belts stretched and supported between rotary bodies, a roller body rotatably installed between the belts, and unevenness is formed on the inner surface of the endless belt-shaped conveying body. , a noodle-making machine in which a rod with unevenness is formed on the inner surface of the upper part of an endless belt-shaped conveying body on which noodle strings are placed, and the conveying speed of the conveying device is made faster than the feeding speed of the noodle strings. 8. A noodle cooking device that manufactures noodle strings from noodle dough produced by mixing flour and water, and sends the noodle strings to the next process using a conveying device,
The conveyance device includes an endless belt-shaped conveyor on which the noodle strings are placed, a pair of rotating bodies that support the conveyor in tension, and a drive device that drives at least one of the rotary bodies. A noodle cooking device in which an uneven rod is formed on the inner surface of the upper part of an endless belt-like conveying body on which noodle strings are placed.