KR20220155751A - Noodle manufacturing apparatus - Google Patents

Abstract

The present invention relates to a noodle manufacturing apparatus. The purpose is to provide a noodle manufacturing device which can hygienically and stably pull out various types of noodles, including cold naengmyeon noodles, by using a conveying means and an extruding means of a specific structure in which dough made by mixing certain raw materials is put into a hopper. To this end, the noodle manufacturing apparatus according to the present invention comprises: a base frame made in the form of a table having a certain height; a drive means including a drive motor installed in the base frame, a drive gear installed on a rotating shaft of the drive motor, and a driven gear connected to the drive gear via a timing belt; a conveying means composed of a conveying pipe which has a certain diameter and length and is disposed horizontally in front of the rotational axis of the driven gear, and a conveying screw which is installed in the conveying pipe and selectively rotates in association with the rotational axis of the driven gear; a temperature control means comprising a heater and a cooler installed in the conveying pipe of the conveying means; a hopper which is installed in communication with the upper part of the conveying pipe, and into which dough produced through mixing of various materials in a predetermined kneading device is introduced; an extruding means mounted on the front end of the conveying pipe in a wide cylindrical shape with a noodle cap on one side and an open other side; and a control means for performing a series of controls on the overall device including the driving means, the conveying means, and the temperature control means as well as on and off of the device, so that the dough injected from a predetermined kneading device into the hopper is transported forward through the conveying means, and the extrusion means is performed to produce noodle strings by being discharged to the outside through the noodle cap of the extruding means.

Description

Noodle manufacturing device {NOODLE MANUFACTURING APPARATUS}

The present invention relates to a noodle manufacturing apparatus, and more particularly, to a noodle manufacturing apparatus capable of efficiently manufacturing various types of noodles, including naengmyeon noodles, using a dough made by mixing predetermined raw materials as a medium.

As is well known, buckwheat is an annual upright crop grown in various parts of the world and is widely used in Korea as a cooking ingredient for buckwheat noodles, naengmyeon, and jelly.

The buckwheat contains 12 to 15% of protein, rich in lysine (5 to 7%), and richer in rutin than other plants, in addition to vitamin B1, vitamin E, etc. It is rich and very good for health food.

On the other hand, naengmyeon is noodles made of buckwheat flour as the main ingredient. Naengmyeon is a unique Korean food that is made by kneading buckwheat flour with a little starch and then pouring or mixing broth in a chewy state. There are differences in their ingredients and cooking methods.

In addition, in recent years, noodles made by mixing a certain amount of kudzu powder, grains, and other various vegetables or fruits in order to diversify the taste and flavor of naengmyeon with the traditional raw materials of naengmyeon as described above are manufactured and used.

On the other hand, in manufacturing the noodles of the naengmyeon, buckwheat flour is mixed with a predetermined raw material and kneaded, and then the kneaded material is extruded through a powder bowl provided in a noodle manufacturing apparatus having a specific structure, thereby producing cold noodle noodles having a certain diameter. can become

In addition, the cold noodles extruded through the window of the noodle manufacturing device are directly put into hot water and made into food that can be eaten immediately, or are packaged and distributed in the form of dried noodles through a series of drying processes to be used as cold noodles at home or in restaurants. can be used

However, in the configuration of the conventional noodle manufacturing apparatus, when the structure for extruding cold noodles is composed of a cylinder as a medium, or when a transfer screw type is applied, a driving means including a chain and a rubber ring is applied. As a result, the structure of the device has become complicated, and frequent failures have occurred during long-term use. In addition, as the chain is applied as a driving means, the use of lubricants reduces hygiene or wears out the rubber ring, resulting in product degradation. There was also a problem in that stable production became difficult.

Domestic Patent Registration No. 10-1281457 Domestic Utility Model Registration No. 20-0083567 Korean Patent Publication No. 10-1996-0033258

Therefore, the present invention has been made to improve the conventional problems as described above, and its object is to prepare cold noodles by using a transport means and an extrusion means of a specific structure in which dough made by mixing predetermined raw materials is put into a hopper. It is an object of the present invention to provide a noodle manufacturing device that can hygienically and stably extract various types of noodles, including noodles.

Another object of the present invention is to provide a noodle manufacturing device capable of producing a product having a more elastic and chewy texture by manufacturing various types of noodles, including naengmyeon noodles, through two extrusion processes through a device having a specific structure. .

Noodle manufacturing apparatus according to the present invention for achieving the above object, comprising: a table-shaped base frame having a certain height; a drive means including a drive motor installed in the base frame, a drive gear installed on a rotating shaft of the drive motor, and a driven gear connected to the drive motor through a timing belt; A conveying means composed of a pipe having a certain diameter and length and disposed horizontally in front of the rotational axis of the driven gear, and a conveying screw installed in the conveying pipe and selectively rotated in association with the rotational axis of the driven gear; a temperature control unit comprising a heater and a cooler installed in the transfer pipe of the transfer unit; a hopper installed in communication with the upper part of the conveying pipe, into which dough produced through mixing of various materials in a predetermined kneading device is introduced; an extruding means mounted on the front end of the conveying pipe in a wide cylindrical shape with powder on one side and open on the other side; By performing a series of controls on the overall device including on and off of the device, the driving means, the conveying means, and the temperature control means, the dough injected from a predetermined kneading device into the hopper is transported forward through the conveying means, and the extrusion It is characterized in that the main device comprising a; control means for producing noodle strings by being discharged to the outside through the powder of the means.

Preferably, a re-extruding device is further installed in front of the main device to re-extrude the noodles discharged through the powder of the extruding means; The re-extrusion device includes a base frame formed in the form of a table having a predetermined height; a drive means including a drive motor installed in the base frame, a drive gear installed on a rotating shaft of the drive motor, and a driven gear connected to the drive gear via a timing belt; A conveying means composed of a pipe having a certain diameter and length and disposed horizontally in front of the rotational axis of the driven gear, and a conveying screw installed in the conveying pipe and selectively rotated in association with the rotational axis of the driven gear; a hopper installed in communication with the upper part of the transfer pipe and into which the noodle balls discharged through the powder window of the main device are put; a transfer conveyor inclined at a certain inclination so that the noodle strings discharged through the bowl of the main unit are transferred to the upper side of the hopper; an extruding means mounted on the front end of the conveying pipe in a wide cylindrical shape with a powder on one side and an open other side; A series of controls are performed on the entire device, including the on/off of the device, the driving means, the conveying means, and the conveyor, so that the noodle strings discharged from the main device and then put into the hopper through the conveyor are transferred to the conveying means. It is characterized in that it is configured to include; a control means for producing noodles while being transported forward through and re-emitted to the outside through the powder of the extruding means.

In addition, it is preferable that at least one fan for cooling the noodle strings transferred upward toward the hopper is installed on the upper side of the transfer conveyor.

In addition, it is preferable that a guide member having a "┗┛" shape is installed at the lower end of the transfer conveyor to guide the noodle strings discharged through the powder window of the main unit to be loaded on the transfer conveyor.

Preferably, a cylindrical roller is installed in the hopper of the re-extruding device so that the noodle strings transported through the conveyor are united and smoothly supplied to the conveying screw side, and a rotational force is applied to the roller on one side of the hopper. It is characterized in that the auxiliary drive motor is installed and configured.

More preferably, it is characterized in that a plurality of projections having a rectangular parallelepiped shape are protrudingly formed on the outer circumferential surface of the roller.

Preferably, an auxiliary window for adjusting the ejection pressure of the conveyed material is installed at a certain distance from the rear of the window provided in the extrusion means of the main device or the extrusion unit of the re-extrusion device.

More preferably, it is characterized in that the plurality of holes drilled in the powder window provided in the extruding means of the main device or the extruding means of the re-extruding device are arranged to form a rectangular shape.

According to the present invention made as described above, the dough made by mixing certain raw materials is put into a hopper, and the dough is transported and extruded using a conveying means and an extruding means having a specific structure to prepare cold noodles more hygienically and stably. There is an effect of pulling out various types of noodles, including rice cakes and snacks.

In particular, when manufacturing naengmyeon noodles, the main device and the re-extrusion device go through two extrusion processes to produce cold noodle noodles, so that an excellent product having a more elastic and chewy texture can be produced.

1A and 1B are perspective views showing the configuration of a noodle manufacturing apparatus according to an embodiment of the present invention;
2 is a perspective view showing the configuration of a main device applied to a noodle manufacturing device according to an embodiment of the present invention;
3A and 3B are a perspective view and an exploded perspective view showing configurations of a conveying means and an extruding means provided in a main device and a re-extruding device applied to a noodle manufacturing apparatus according to an embodiment of the present invention;
4 is a perspective view showing the configuration of a re-extrusion device applied to a noodle manufacturing device according to an embodiment of the present invention;
5 is a partially exploded perspective view showing the configuration of a re-extruding device applied to a noodle manufacturing device according to an embodiment of the present invention;
6 is a diagram schematically illustrating a process of manufacturing naengmyeon noodles using the noodle manufacturing apparatus according to an embodiment of the present invention.

Hereinafter, the present invention configured as described above will be described in detail with reference to the accompanying drawings.

1A and 1B are perspective views showing the configuration of a noodle manufacturing apparatus according to an embodiment of the present invention, FIG. 2 is a perspective view showing the configuration of a main device applied to the noodle manufacturing apparatus according to an embodiment of the present invention, and FIG. 3A and FIG. 3B is a perspective view and an exploded perspective view showing configurations of a transfer unit and an extrusion unit provided in the main unit and re-extrusion unit applied to the noodle manufacturing apparatus according to an embodiment of the present invention. FIG. 4 is an example of the present invention. A perspective view showing the configuration of the re-extrusion device applied to the noodle manufacturing device according to , and FIG. 5 is a partially exploded perspective view showing the configuration of the re-extrusion device applied to the noodle manufacturing device according to an embodiment of the present invention.

The noodle manufacturing apparatus according to the present invention manufactures various kinds of noodles, including cold noodle sets, through a transfer and extrusion process using a conveying means and an extruding means having a specific structure in which dough made by mixing predetermined raw materials is put into a hopper, It is implemented so that noodles of higher quality can be manufactured through the extrusion process.

To this end, the noodle manufacturing apparatus according to the present invention includes a main unit 100 configured to form a specific structure and a re-extrusion unit 200 installed at a point adjacent to the main unit 100.

First, the main device 100 is provided with a base frame 110 made in the form of a table having a certain height, and through the base frame 100, a driving means 120, a transfer means 130 and a temperature control means ( 150), the hopper 140, the extruding means 160, the control means 170, etc. are installed and configured to be integrated.

In the main device 100, the base frame 100 is composed of a pair of frames having a substantially rectangular parallelepiped shape that are disposed adjacent to each other in front and back.

The driving means 120 includes a driving motor 122, a driving gear 124, a driven gear 126, a timing belt 128, etc., and the driving motor 122 is a base frame disposed on the rear side. 110, the drive gear 126 is installed on one side of the upper part of the base frame 110 disposed in the front, the drive gear 124 installed on the rotational shaft of the drive motor 122 and the timing belt (128) is connected to receive the driving force.

The conveying means 130 includes a conveying pipe 132 and a conveying screw 134, and the conveying pipe 130 is made of a pipe having a certain diameter and length, and a predetermined bracket is attached to the upper surface of the base frame 110. It is configured to be horizontally arranged in front of the rotation axis of the driven gear 126 in a state supported at a position having a certain height via a medium, and the conveying screw 134 is a rod member having a certain length and a screw for conveying dough. It is formed and configured to be selectively rotated by receiving a predetermined rotational force in connection with the rotational axis of the driven gear 126, and is installed and configured in a state embedded in the transfer pipe 132.

The conveying screw 134 is formed to have a relatively large pitch of the screw thread formed on one side of the screw through which the dough is supplied from the hopper 140, and the screw thread formed on the other side of the screw adjacent to the extrusion means 160. The pitch of is made to have a smaller dimension than that of one side of the screw.

Accordingly, in the process of transferring the dough introduced through the hopper 140 to the extrusion means 160, it is moved from the screw thread having a large pitch of the transfer screw 134 to the screw thread having a small pitch, It is configured to be compacted while passing through the screw thread side having a small dimension and to be cooked by heat supplied from the heater of the temperature control means 150 at the same time.

In addition, a temperature control means 150 including a heater supplying heat of a certain temperature and a cooler performing a cooling function is provided on the outer circumferential surface of the transfer pipe 132 of the transfer unit 130.

That is, the dough transported through the transfer means 130 can be cooked through a heater controlled at a constant temperature, and at this time, when the temperature of the heater rises above the set value, the cooler operates to an appropriate temperature. can be controlled with

The hopper 140 is installed vertically in communication with the transfer pipe 132 at the upper part of the approximately midpoint of the transfer pipe 132, and mixes various materials from a predetermined kneading device (not shown) installed on the upper side. It is configured so that the dough produced through is injected.

A vertical screw 142 is installed inside the hopper 140 to smoothly guide the input dough into the transfer pipe 132.

The vertical screw 142 inside the hopper 140 is connected to a separate driving motor 144 to receive a predetermined driving force.

Both sides of the transfer pipe 132 based on the hopper 140 are finished by covering the housing 180 having a substantially rectangular parallelepiped shape, respectively.

The extruding means 60 has a powder window 162 on one side of which cold noodles are extruded and released, and the other side has an open, wide cylindrical shape, and is mounted on the tip of the transfer pipe 132 through a screw thread structure. On the outer circumferential surface, a plurality of gripping parts 166 that perform a handle function are integrally formed and provided in the form of a bar of a certain length.

As shown in FIGS. 3A and 3B, the dough transferred through the conveying screw 134 is separated from the powder 162 provided in the extrusion means 160 by several millimeters [mm], An auxiliary window 164 is installed to adjust the pressure discharged through 162).

The diameter of the hole drilled in the auxiliary window 164 is formed to have a larger dimension than the diameter of the hole drilled in the window 162, and each hole drilled in the window 162 or the auxiliary window 164 is It may be formed in a form in which the diameter is reduced from the rear surface toward the front surface.

In addition, it is preferable that a plurality of holes drilled in the window 162 of the extrusion means 160 are arranged to form a substantially rectangular shape.

The control means 170 is connected to the driving means 120, the transfer means 130, the temperature control means 160, etc., and is composed of a control box equipped with a plurality of operation buttons and a display means, and is configured to a predetermined value for the corresponding device. Power is supplied and at the same time, each part is selectively operated, so that the dough put into the hopper 140 is transported forward through the conveying means 130 and passed through the powder window 162 of the extruding means 160 to the outside. It is configured to perform a series of controls throughout the device so that cold noodles are produced by being discharged.

In front of the bunchang 162 provided in the main unit 100, a cooling device 400 composed of a blower is provided to cool the naengmyeon noodles 300 discharged through the bunchang 162.

And, according to one embodiment of the present invention, the re-extrusion device 200 installed in the front adjacent to the extrusion means 160 of the main device 100 through the branch 162 of the main device 100 It is configured to re-extrude the released naengmyeon noodles 300.

The re-extruding device 200 includes a drive means 250, an auxiliary drive means 246, a transfer means 260, a hopper 240, and a transfer conveyor via a table-shaped base frame 210 having a substantially rectangular parallelepiped shape. 220, a fan 230, an extrusion means 270, a control means 280, etc. are integrally installed and configured.

The driving means 250 includes a driving motor 252, a driving gear 254, a driven gear 256, a belt 258, etc., and the driving motor 252 is in the base frame 210 The driving gear 254 installed on the rotating shaft of the driving motor 252 is connected to the driven gear 256 installed at the rear end of the transfer means 260 via a belt 258.

In the conveying means 260, a conveying pipe 262 made of a pipe having a certain diameter and length is horizontally disposed on the upper part of the base frame 210 via a predetermined bracket, and the driven gear is inside the conveying pipe 262. A feed screw 264 that is selectively rotated in a state associated with the rotation shaft of 256 is built-in.

A temperature control means 266 made of a cooler is installed on the outer circumferential surface of the transfer pipe 262, and a cooling function is provided to the transfer means 260 at a constant temperature according to the control of the control means 280. .

The hopper 240 is installed at a certain point above the transfer pipe 262 so that the cold noodle sets 300 discharged through the bunchang 162 of the main device 100 are transported and put in.

In the hopper 240 of the re-extruding device 200, a substantially cylindrical roller ( 242) is provided, and the roller 242 is connected to an auxiliary driving motor 246 provided on one side of the hopper 240 by a belt or a chain 248 to apply rotational force through the auxiliary driving motor 246 configured to receive.

A plurality of protrusions 244 having a substantially rectangular parallelepiped shape are protruded from the outer circumferential surface of the roller 242, so that the cold noodles 300 fed into the hopper 240 can be smoothly supplied into the transfer pipe 262. done so that

In addition, the transfer conveyor 220 is installed between the powder window 162 of the main unit 100 and the hopper 240 of the re-extrusion unit 200, and the powder window of the main unit 100 ( The naengmyeon noodles 300 discharged through 162 are installed at an inclined angle so that they can be supplied to the upper side of the hopper 240 of the re-extruding device 200.

Along the inclined surface of the transfer conveyor 220, a plurality of fans 230 are installed on the upper side via a fan installation bracket 232 having an approximate "┏┓" shape on its front end, and the transfer conveyor 220 ) is configured to perform a cooling action on the naengmyeon noodles 300 that are transferred through the medium.

In addition, at the lower end of the transfer conveyor 220, the naengmyeon noodles 300 discharged through the bunchang 162 of the main unit 100 are roughly “┗┛” shaped so that they are smoothly mounted on the transfer conveyor 220. A guide member 222 having a protrusion is installed, and a plurality of spacing control rolls 224 are installed at regular intervals on the guide member 222 to be supplied to the transfer conveyor 220. Naengmyeon noodles 300 This is made to prevent leaning to one side.

At the front end of the transfer pipe 262 provided in the re-extrusion device 200, a cylindrical extrusion means 270 having a powder window 272 is mounted on one side, and the extrusion means 270 has a powder window 272 and It is configured by including the auxiliary branch 274, which is the same structure as the extrusion means 160 provided in the above-described main device 100 shown in FIGS. 3A and 3B, so a detailed description thereof will be omitted.

The control means 170 is composed of a control box equipped with a plurality of operation buttons and a display means, so that predetermined power is supplied to the re-extrusion device 200 and at the same time selectively operates each part, so that the main device ( After the cold noodle strips 300 extruded and supplied from the extrusion means 160 of 100) are put into the hopper 240 of the re-extrusion device by the transfer conveyor 220, the transfer means of the re-extrusion device 200 ( 260) while being discharged to the outside via the powder window 272 of the extrusion means 270 to repeatedly complete the production of naengmyeon noodles 300, a series of controls for the operation of the re-extrusion device 200 is configured to do

In front of the bunchang 272 provided in the re-extrusion device 200, a cooling device 400 composed of a blower is installed and provided to cool the naengmyeon noodles 300 discharged through the bunchang 272.

Reference numeral 290 denotes a housing.

Next, the operation of the present invention made as described above will be described in detail with reference to the drawings.

In manufacturing naengmyeon noodles through the medium of the noodle manufacturing apparatus according to the present invention, the dough in which certain raw materials are mixed goes through two extrusion processes, first mixing various materials for the production of naengmyeon noodles through a predetermined kneading device (not shown). And after the dough is made, the dough is put into the hopper 140 in the main device 100.

The dough in the hopper 140 of the main device 100 is fed into the transfer pipe 132 via the vertical screw 142 provided therein and transport operated via the drive means 120 at the same time. The screw 134 is transferred to the front end of the transfer pipe 162 equipped with the extrusion means 160.

At this time, the inside of the transfer pipe 132 can maintain the optimum temperature for cooking naengmyeon noodles according to the operation of the temperature control means 150 consisting of a heater and a cooler according to the control of the control means 170.

And, while the dough put into the transfer pipe 132 is continuously transported toward the front end of the transfer pipe 132, compressed, compacted, and cooked, the batter 162 provided in the extrusion means 160 passes through the batter 162. As the dough is released to the outside, naengmyeon noodles 300 are produced. At this time, the pressure of the dough extruded through the auxiliary bunchang 164 constituting the extrusion means 160 is primarily adjusted, and then the bunjang ( 162, a large amount of naengmyeon noodles 300 can be stably continuously discharged.

In addition, since the bunchang 162 has a plurality of holes arranged in a substantially rectangular shape, the plurality of strands of naengmyeon noodles 300 can be uniformly discharged without leaning to one side.

On the other hand, the naengmyeon noodles 300 primarily produced through the main device 100 are put back into the re-extruding device 200 to be repeatedly extruded, that is, the bunchang 162 of the main device 100. The naengmyeon noodles 300 discharged through ) are moved to the upper side of the hopper 240 of the re-extrusion device 200 through the conveyor 2220 equipped with the guide member 222, and then inside the hopper 240. input is made.

At this time, when the cold noodle sets 300 manufactured in the main unit 100 are moved through the transfer conveyor 220, the fan 230 provided on the upper side of the transfer conveyor 220 operates, and the cold noodle sets 300 In addition to lowering the temperature of the cold noodles by a certain temperature, the air contact of the naengmyeon noodles 300 moving along the conveyor 220 is increased, so that a better product can be manufactured.

The naengmyeon noodles 300 introduced into the hopper 240 of the re-extrusion device 200 pass through the roller 242 inside the hopper 240 and into the transfer pipe 262 of the re-extrusion device, and then It is continuously transferred toward the extruding means 270 in front of the conveying pipe 262 through the medium of the conveying screw 264 rotated through the driving means 250 in a state of agglomeration.

The control means 280 of the re-extrusion device 200 performs control so that the inside of the transfer pipe 262 maintains an optimal temperature through a temperature control means 266 composed of a cooler provided in the transfer pipe 262. In addition, the movement speed of the transfer conveyor 220, the driving motor 252, the auxiliary driving motor 246, and the driving of the fan 230 are controlled to maintain an optimal state.

In addition, after the naengmyeon noodles 300 are continuously moved to the front end of the transfer pipe 262 via the transfer screw 264 of the re-extrusion device 200 in a state in which they are somewhat united, the main unit 100 As the cold noodle strings 300 are continuously discharged to the outside of the bunchang 272 through the extruding means 270 of the re-extruding device 200 having the same structure as the extruding means 160, the production of cold noodles with excellent quality is achieved. can be completed

On the other hand, although the preferred embodiments of the present invention have been shown and described above, the present invention is not limited to the specific embodiments described above, and the technology to which the present invention pertains within the scope of not departing from the gist of the present invention claimed in the claims. Various variations and modifications are possible by those skilled in the art, and these variations and modifications should not be individually understood from the technical spirit or perspective of the present invention.

That is, in the present invention, the manufacturing of naengmyeon noodles has been described as an example of noodle manufacturing through the noodle manufacturing device, but through the device, various foods such as rice cakes and snacks, as well as various types of noodles other than cold noodles, have been described. It goes without saying that it can be produced in the same way.

100: main device,
110: base frame, 120: drive means, 122: drive motor,
124: drive gear, 126: driven gear, 128: timing belt,
130: transfer means, 132: transfer pipe, 134: transfer screw,
140: hopper, 142: vertical screw, 144: drive motor,
150: temperature control means, 160: extrusion means, 162: spraying,
164: auxiliary division, 166: gripping unit, 170: control means,
180: housing,
200: re-extrusion device,
210: base frame, 220: transfer conveyor, 222: guide member,
224: spacing control roll, 230: fan, 232: fan installation bracket,
240: hopper, 242: roller, 244: protrusion,
246: auxiliary drive motor, 248: chain, 250: drive means,
252: drive motor, 254: drive gear, 256: driven gear,
258: belt, 260: transfer means, 262: transfer pipe,
264: transfer screw, 266: temperature control means, 270: extrusion means,
272: division, 274: auxiliary division, 276: holding unit,
280: control means, 290: housing,
300: naengmyeon noodles,
400: chiller.

Claims (8)

A base frame 110 made in the form of a table having a certain height;
The drive motor 122 installed in the base frame 100, the drive gear 124 installed on the rotation shaft of the drive motor 122, and the drive gear 124 and the timing belt 128 are connected via a medium a driving means 120 including a driven gear 126;
A transfer pipe 132 made of a pipe having a certain diameter and length and horizontally disposed in front of the rotation axis of the driven gear 126, and installed in the transfer pipe 132 in association with the rotation axis of the driven gear 126 a transfer means 130 consisting of a transfer screw 134 that is selectively rotated;
a temperature control unit 150 composed of a heater and a cooler installed in the transfer pipe 132 of the transfer unit 130;
A hopper 140 installed in communication with the upper part of the transfer pipe 132 and into which dough produced by mixing various materials in a predetermined kneading device is introduced;
an extrusion means (160) mounted on the front end of the transfer pipe (132) in a wide cylindrical shape with a powder window (162) formed on one side and an open other side;
By performing a series of controls on the overall device, including the on/off of the device 100, the driving means 120, the transfer means 130, and the temperature control means 150, the hopper 140 from a predetermined kneading device A control means (170) for producing noodle strings (300) by discharging the batter to the outside through the powder window (162) of the extrusion means (160) while being transferred forward through the transfer means (130); A noodle manufacturing apparatus characterized in that the configured main apparatus 100 is provided. According to claim 1,
A re-extrusion device 200 is further installed in front of the main device 100 to re-extrude the noodle strings 300 discharged through the powder window 162 of the extrusion means 160;
The re-extrusion device 200,
A base frame 210 made in the form of a table having a certain height;
The drive motor 252 installed in the base frame 210, the drive gear 254 installed on the rotation shaft of the drive motor 252, and the drive gear 254 and the timing belt 258 are connected via a medium a driving means 250 including a driven gear 256;
A transfer pipe 262 made of a pipe having a certain diameter and length and horizontally disposed in front of the rotation axis of the driven gear 256, and installed in the transfer pipe 262 in association with the rotation axis of the driven gear 256 a transfer means 260 consisting of a transfer screw 264 that is selectively rotated;
a hopper 240 installed in communication with the upper part of the transfer pipe 262 and into which the noodle strings 300 discharged through the powder window 162 of the main device 100 are put;
a transfer conveyor 220 inclined at a certain inclination so that the noodle strings 300 discharged through the bowl 162 of the main unit 100 are transferred to the upper side of the hopper 240;
an extrusion means (270) mounted on the front end of the conveying pipe (262) in a wide cylindrical shape with a powder window (272) formed on one side and an open other side;
By performing a series of controls on the overall device including the on/off of the device 200, the driving means 250, the conveying means 260, and the conveyor 220, ), and then put into the hopper 240 through the transfer conveyor 220, the noodle strings 300 are transported forward through the transfer unit 260 and pass through the powder window 272 of the extrusion unit 270 to the outside. Noodle manufacturing apparatus characterized in that it is configured to include; According to claim 2,
Noodles manufacturing apparatus, characterized in that at least one fan 230 is installed on the upper side of the transfer conveyor 220 to cool the noodle strings 300 transferred upward toward the hopper 240. According to claim 2,
At the lower end of the transfer conveyor 220, the plane for guiding the noodles 300 discharged through the bunchang 162 of the main device 100 to be loaded on the transfer conveyor 220 has a "┗┛" shape. A noodle manufacturing apparatus characterized in that the guide member 222 having a guide member 222 is installed. According to claim 2,
In the hopper 240 of the re-extruding device 200, there is a cylindrical roller 242 for smoothly supplying the noodle strings 300 transferred through the transfer conveyor 220 to the transfer screw 264 while being agglomerated. and an auxiliary drive motor 246 for applying rotational force to the roller 242 is installed on one side of the hopper 240. According to claim 5,
Noodles manufacturing apparatus, characterized in that a plurality of protrusions 244 having a rectangular parallelepiped shape are formed protruding from the outer circumferential surface of the roller 242. According to claim 2,
At the rear of the powder windows 162 and 272 provided in the extrusion means 160 of the main device 100 or the extrusion means 270 of the re-extrusion device 200, there are auxiliary powder windows 164 and 274 for adjusting the ejection pressure of the conveyed material. Noodle manufacturing apparatus, characterized in that it is installed and configured to be spaced apart from each other. According to claim 7,
A plurality of holes drilled in the powder windows 162 and 272 provided in the extrusion means 160 of the main device 100 or the extrusion means 270 of the re-extrusion device 200 are arranged to form a rectangular shape. Noodles manufacturing device.

Images