KR101225107B1 - Device and method for manufacturing grain noodles - Google Patents

Abstract

The present invention comprises an input unit configured to feed the grain powder introduced into the hopper into the compression molding unit by the rotation of the feed screw, and to form the noodle noodle continually while pressing the grain powder introduced from the input unit by the rotation of the pressing screw. Compression molding unit is configured, the noodle noodle shaping formed in the compression molding portion is dropped into the housing and the transfer unit is configured to transfer the flour coated and coated noodle noodle to the front, irregular to the noodle noodle transferred from the transfer unit Grain noodle manufacturing apparatus characterized in that it comprises a cutting unit for uniformly coating the noodle noodle sprinkling by the flour dispersed at the same time to shake off the coated flour, cutting the noodle noodle to a certain length And to a method.
According to the apparatus and method for manufacturing grain noodles according to the present invention, since the noodles are formed by pressing the grains by the rotation of the pressing screw, the noodles can be produced quickly and easily without a separate kneading process and steaming process, and operate a uniform coating member. By uniformly coating the flour on the surface of noodle noodles, noodle and noodle will not stick to each other to provide consumers with high quality noodles.

Description

Device and method for manufacturing grain noodles

The present invention relates to a grain noodle, and more particularly, to grind the grain powder with a pressing screw without going through a separate kneading process and steaming process, and to form the noodle noodle soup quickly and easily and the flour on the surface of the noodle noodle evenly The present invention relates to a grain noodle manufacturing apparatus and method for providing a high quality grain noodle to a consumer by coating.

In general, noodles are kneading flour, steamed, and then shaped into thin noodle strings, which are then heated in boiling water for a certain period of time, or rolled into a broth or eaten.

Noodles are made with flour as the main raw material, but efforts have been made to prepare noodles using new raw materials to meet various modern tastes. As a result, various noodles made using various raw materials are currently being introduced.

Various rice noodles are also being developed for those who do not like flour. Recently, rice noodle shops have been popularized.

In addition, recently, as interest in well-being increases, consumption of noodles, including grains such as barley and buckwheat as a main ingredient, is increasing gradually.

However, in order to manufacture such flour, rice, barley noodles, etc., each grain is called and kneaded, and after the process of steaming the finished grains for a certain period of time, the noodles are manufactured by molding the rhythm so that the work process is cumbersome and manufacturing time. And there is a problem that takes a lot of manufacturing cost.

In addition, since the noodle noodle prepared as described above has a constant viscoelasticity, the noodle noodle and noodle noodle stick to each other, thereby impairing the merchandise.

Accordingly, the present invention has been made in view of the above-described defects, and its object is to form noodles noodles while pressing the grain powder by the rotation of the pressing screw, so that the noodles can be quickly and easily without the dough process and the separate steaming process. To provide a grain noodle manufacturing apparatus and method capable of manufacturing.

In addition, another object of the present invention is to coat the flour on the surface of the noodle noodle by the operation of the flour coating member, by uniformly whipping the flour coated on the noodle noodle by the operation of the uniform coating member so that the noodle and the noodle The present invention provides a grain noodle manufacturing apparatus and method that can provide high quality noodles to consumers.

The grain noodle manufacturing apparatus of the present invention,

An input unit configured to input the grain powder introduced into the hopper to the compression molding unit by rotating the transfer screw;

A compression molding unit for continuously molding noodles noodles while pressing the grain powder introduced from the input unit by the rotation of the compression screw;

A transfer part for dropping the noodle noodle shaped in the compression molding part into the housing to transfer flour coated and coated noodle noodle to the front;

A flour coating part for uniformly coating the noodle noodle with the flour dispersed at the same time as shaking off the wheat flour irregularly coated on the noodle noodle transferred from the conveying unit;

It is characterized in that it comprises a cutting unit for cutting the noodle noodle to a certain length.

In addition, the grain noodle manufacturing method of the present invention,

Soaking the grain in water of 20-40 ° C. for 3-5 hours;

Wet grinding the soaked grains using a roll mill;

Adding and mixing 3 to 20 parts by weight of water with respect to 100 parts by weight of the pulverized grain powder;

Injecting the mixed and stirred grain powder into the hopper and supplying the mixed powder to the compression molding part by rotating the feed screw;

Molding the noodle noodle with a noodle-forming plate while pressing the grain powder supplied to the compression molding part by the rotation of the pressing screw;

The step of coating the flour while the pressed noodle noodle to the conveying portion;

Transporting the noodle noodles coated with flour to the front by the operation of the conveyor belt;

Repeating lifting and lowering of the conveyor belt to be transported, whilst shaking the irregularly coated flour on the surface of the noodle noodle and making the noodle noodle evenly coated by the flour dispersed at the same time;

It is characterized in that it comprises the step of cutting the uniformly coated noodle noodles in 20 ~ 50cm length.

In addition, the grain noodle manufacturing method of the present invention,

Dry grinding the grains using a roll mill;

Adding and mixing 30 to 70 parts by weight of water with respect to 100 parts by weight of the pulverized grain powder;

Injecting the mixed and stirred grain powder into the hopper and supplying the mixed powder to the compression molding part by rotating the feed screw;

Molding the noodle noodle with a noodle-forming plate while pressing the grain powder supplied to the compression molding part by the rotation of the pressing screw;

The step of coating the flour while the pressed noodle noodle to the conveying portion;

Transporting the noodle noodles coated with flour to the front by the operation of the conveyor belt;

Repeating lifting and lowering of the conveyor belt to be transported, whilst shaking the irregularly coated flour on the surface of the noodle noodle and making the noodle noodle evenly coated by the flour dispersed at the same time;

It is characterized in that it comprises the step of cutting the uniformly coated noodle noodles in 20 ~ 50cm length.

The present invention is to form the noodles noodle while pressing the powdered powder by the rotation of the pressing screw, so that it is possible to manufacture noodles quickly and easily without the process of kneading or steaming grain powder to shorten the manufacturing time and reduce labor costs and economical There is an advantage.

In addition, the present invention is to rotate the link of the uniform coating portion to raise the operating lever to shake off the irregularly coated flour on the surface of the noodle noodles, while the flour distributed in this process is uniformly coated on the noodles noodles, noodle and noodles There is an advantage in providing high quality noodles to consumers because they do not stick together.

1 is a side view of the present invention
Figure 2 is a side cross-sectional view of the present invention crimping portion
3 is a front cross-sectional view of FIG.
Figure 4 is a side view of the operating state of the present invention
5 is an operation state diagram of the present invention compression molding
6 to 7 is an operation state diagram of the uniform coating of the present invention
8 to 9 is a manufacturing process diagram of the present invention

Hereinafter, an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

In the present invention, grain noodle manufacturing apparatus 100, the input unit 110 is configured to be introduced into the compression molding unit 120 by the rotation of the transfer screw 112, the grain powder introduced into the hopper 111, the input Compression molding unit 120 is formed by pressing the granulated powder introduced from the unit 110 by the rotation of the pressing screw 122 to continuously form the noodle noodle, the noodle noodle formed in the compression molding unit 120 The transfer unit 130 is dropped to the inside of the housing 131 and forwarded to transfer the coated noodle noodle coated with flour, and at the same time shake off the irregularly coated flour to the noodle noodle transferred from the transfer unit 130 The uniform coating unit 140 is configured to uniformly coat the noodle noodle by the flour that is dispersed, and comprises a cutting unit 150 for cutting the noodle noodle to a certain length, more specifically If the description is as follows.

The press molding part 120 is provided with a conveying pipe 121 for transferring the grains fed from the feeding part 110 to the front, and rotates with the power of the motor M2 inside the conveying pipe 121. In order to compress the grain while conveying forward to the front is large and the rear is relatively small is provided with a pressing screw 122 made of a tapered shape of the central axis, a plurality of noodles noodles squeezed grains compressed by the pressing screw 122 Noodle molding plate 123 is formed to include a.

Further comprising a cooling water passage 124 for introducing and discharging the cooling water into the pressing screw 122 to cool the heat generated in the pressing screw 122 when the grain flour is pressed.

The cooling pipe body 125 is further provided with a conduit line 125 'formed on the outer circumferential surface of the transport pipe 121 to cool the heat generated in the transport pipe 121 when the grain is compressed.

It is further provided with a preheating heater 126 mounted on an outer circumferential surface of the cooling pipe 124 to preheat the compression molded part 120.

The transfer unit 130 is provided with a housing 131 for storing the flour therein so that the flour is coated on the noodle noodle shaped by the compression molding unit 120, and the motor M3 in the housing 131. The rotating roller 132 ′ is rotated by the power of the conveyor belt 132 for conveying the flour-coated noodles noodle front is provided, the conveyor belt 132 is adjacent to the inner lower portion of the conveyor belt 132 It is provided including a support plate 133 to prevent falling.

It is mounted to the housing 131 is provided with a cooling fan 134 for cooling by supplying external air to the noodle noodle to be transferred to the conveyor belt (132).

The uniform coating unit 140, while rotating the power of the motor (M4) in the center of the conveyor belt 132 by repeatedly lifting and lowering the conveyor belt 132 a certain height to uniform flour in noodles noodles It is provided with a uniform coating member 141 to be coated, and further comprises an operating member 142 for contracting and restoring when the conveyor belt 132 is deformed by the operation of the uniform coating member 141. .

The uniform coating member 141 is provided with a pulley 141a which is rotated by the motor M4 in the conveyor belt 132, and is fixed to the shaft of the pulley 141a in the same manner as the pulley 141a. The link 141b is provided to rotate, and is rotatably mounted to the housing 131 on one side of the link 141b, and includes an operation lever 141c for lifting the conveyor belt 132 when the link 141b rotates. It is provided.

The operating member 142 is provided with a bracket (142a) formed with a longitudinal working space (142a ') to move the rotary roller 132' by the height of the conveyor belt 132, the operation When the conveyor belt 132 is lifted up in the space 142a ', the shaft of the rotary roller 132' is pressurized and contracted, and when the conveyor belt 132 is lowered, the conveyor belt 132 is restored to its initial state by the elastic force. It is provided including a restoration member (142b).

It is further provided with a flour coating member 143 for dispersing the flour stored in the housing 131 while rotating by the power of the motor (M4) so that the flour is evenly coated on the surface of noodles noodles.

The cutting part 150 is provided with a fixing roller 152 fixed to the front lower portion of the grain flour coating portion 130 by the support 151, the support roller 151 in front of the fixed roller 152 It is fixed by the cutting roller 153 is provided with a cutting cutter 153 'is formed so as to cut the noodle noodle discharged through the grain powder coating portion 130 to a predetermined length.

Next will be described in detail the grain noodle manufacturing process of the present invention configured as described above.

First, the process of finely crushing the grain of the object to be prepared noodles and the process of mixing and stirring by stirring a certain amount of water in the crushed grain powder.

When making noodles using rice, first, a certain amount of rice is soaked in water of 20 to 40 ° C. for 3 to 5 hours, and then finely ground using a roll mill.

3 to 20 parts by weight of water is added to 100 parts by weight of finely ground rice flour to perform mixing and stirring.

In addition, when making noodles using barley, first, a predetermined amount of barley is finely ground using a roll mill.

30 to 70 parts by weight of water is added to 100 parts by weight of finely ground barley powder, followed by mixing and stirring to prepare grain powder.

As shown in FIG. 4, when the grain powder prepared as described above is added to the hopper 111 of the input unit 110, the feed screw 112 is rotated by the driving of the motor M1 to compress and mold. It is injected into the transfer pipe 121 of the unit 120.

When the grain powder is injected into the compression molding unit 120, the pressing screw 122, which is rotated by the driving of the motor M2, transfers the grain powder to the front and is gradually compressed.

The transfer pipe 121 forms a cross section of a polygon, and preferably forms an octagonal cross section to improve frictional force while contacting each corner when transferring grain flour.

In addition, the pressing screw 122 has a tapered shape in which the diameter of the front center shaft is large and the diameter of the rear center shaft is relatively small, and thus, when the powder is continuously rotated, the powder is forced to be pressed forward.

When pressing the grain powder by the compression screw 122 generates a high heat of 20 ~ 90 ℃ and maintain the average heat of 70 ℃.

The grain powder compressed by the pressing screw 122 is continuously noodle noodle shaping through the noodle forming plate 123 mounted to the front of the transfer pipe 121.

In addition, as shown in FIG. 5, the cooling water passage 124 is formed inside the pressing screw 122 to cool the heat generated in the pressing screw 122 while forming the noodle noodle yarn by the above process. Cooling water is introduced into the inlet of the furnace 124 and the cooling water is discharged to the outside through the outlet to circulate to cool the heat generated in the compression screw 122.

In addition, the cooling water is circulated in the pipe line 125 'of the cooling pipe body 125 formed on the outer circumferential surface of the transfer pipe 121 to cool the heat generated in the transfer pipe 121 while forming the noodle noodle in the above process. The heat generated in the transfer pipe 121 is cooled.

In addition, in the case of producing grain noodles in the winter or sub-zero temperature, after preheating the compression molding unit 120 to a temperature of 20 ~ 80 ℃ by driving the preheating heater 126 mounted on the outer peripheral surface of the cooling pipe 125 Grain noodles can be produced.

The noodle noodle shaped as described above is dropped from the noodle forming plate 123 into the housing 131 of the transfer unit 130, and the surface of the noodle noodle that is dropped is coated with flour stored in the housing 131.

Flour coated noodles noodles are neatly placed on the upper surface of the conveyor belt 132 that is rotated by the power of the motor (M3) is transferred to the front.

In addition, in the process of coating the flour on the noodle noodle as described above, the flour coating member 143 rotated by the power of the motor (M4) to distribute the flour to the top, the flour is dispersed in the upper portion of the conveyor belt 132 As it is dispersed, it is evenly coated on noodles noodles.

The flour coating member 143 is preferably formed of a brush.

As shown in Figure 6 to 7, the conveyor belt 132 for transferring the noodle noodle is raised and lowered repeatedly by the operating lever 141c of the uniform coating 140, the operating lever is a motor When the end of the link 141b that rotates by the power of M4 presses the lower end of the operating lever 141c, the operating lever 141c lifts the conveyor belt 132.

At this time, the axis of the rotary roller 132 ′ located in front of the conveyor belt 132 moves along the operating space 142a ′ of the bracket 142 a by the height of which the conveyor belt 132 is lifted. It is in a contracted state.

In addition, when the link 141b is rotated and the pressure of the operation lever 141c is released, the lifted conveyor belt 132 is lowered, and the shaft of the rotary roller 132 'is fixed by the elasticity of the restoring member 142b. It is restored to an initial state along the operating space 142a 'of 142a.

As the above process is repeated, a portion of the flour coated on the noodle noodle lie on the upper surface of the conveyor belt 132 falls to the bottom of the housing 131, and a portion of the falling flour is uniformly coated by buried on the surface of another noodle noodle noodle. will be.

As described above, in the state where flour is uniformly coated on the noodle noodle, the noodle noodle discharged to the front lower portion of the housing 131 is cut.

The cutting unit 150 for cutting the noodle noodle is fixed while the fixed roller 152 is fixed to the support 151, while the cutting roller 153 having the cutting cutter 153 'formed in front of the fixed roller 152 rotates. The noodles are cut into 20 ~ 50cm long to produce grain noodles.

As described above, the present invention, although described by the limited embodiments and drawings, terms or words used in the present specification and claims are not limited to the ordinary or dictionary meanings and should not be interpreted, the technical spirit of the present invention It must be interpreted to mean meanings and concepts. Therefore, the configuration shown in the embodiments and drawings described herein are only one embodiment of the present invention, and do not represent all of the technical spirit of the present invention, various changes within the scope of the claims of the present invention It should be understood that there may be equivalents and variations.

100: grain noodle manufacturing apparatus 110: input unit
111: hopper 112: transfer screw
120: compression molding 121: feed pipe
122: compression screw 123: noodle forming plate
124: cooling water passage 125: cooling pipe
126: preheat heater 130: transfer unit
131: housing 132: conveyor belt
133: support plate 140: uniform coating
141: uniform coating member 142: operating member
150: cutout

Claims (16)

An input unit configured to input the grain powder introduced into the hopper to the compression molding unit by rotating the transfer screw;
A compression molding unit for continuously molding noodles noodles while pressing the grain powder introduced from the input unit by the rotation of the compression screw;
A cooling water passage formed inside the pressing screw to cool heat generated in the pressing screw when the grain powder is pressed;
A transfer part for dropping the noodle noodle shaped in the compression molding part into the housing and burying the flour stored in the housing in the noodle noodle and transferring the coated noodle noodle to the front;
A uniform coating part for uniformly coating the noodle noodle with the flour dispersed at the same time as shaking off the wheat flour irregularly coated on the noodle noodle transferred from the conveying unit;
Grain noodles manufacturing apparatus characterized in that it comprises a cutting unit for cutting the noodle noodle to a certain length.
The method according to claim 1, wherein the compression molded part,
A conveying tube for conveying grain powder fed from the input part to the front;
A compression screw made of a tapered shape with a central axis that is relatively large in the front and relatively small in the rear to rotate the power of the motor in the conveying pipe to convey the powder powder forward;
Grain noodle manufacturing apparatus characterized in that it comprises a noodle forming plate for molding the granulated powder compressed by the pressing screw into a plurality of noodles noodles.
delete The method according to claim 2,
Grain noodles manufacturing apparatus characterized in that it further comprises a cooling pipe body formed with a conduit on the outer circumferential surface of the transport pipe to cool the heat generated in the transport pipe when pressing the grain flour.
The method of claim 4,
Grain noodle manufacturing apparatus characterized in that it further comprises a preheating heater mounted on the outer peripheral surface of the cooling pipe for preheating the compression molding.
The method according to claim 1, The transfer unit,
A housing for storing the flour therein so that the flour is coated on the noodle noodle shaped in the compression molding part;
A conveyor belt configured to transfer the flour-coated noodle noodles to the front while the rotating roller rotates by the power of the motor in the housing;
Adjacent to the inner lower portion of the conveyor belt grain noodle manufacturing apparatus characterized in that it comprises a support plate to prevent the conveyor belt from falling.
The method of claim 6,
Grain noodle manufacturing apparatus characterized in that it comprises a cooling fan which is mounted to the housing to supply the outside air to the noodle noodle to be transferred to the conveyor belt to cool.
The method of claim 1, wherein the uniform coating portion,
A uniform coating member for uniformly coating flour on the noodle noodle by repeatedly raising and lowering the conveyor belt at a predetermined height while rotating with the power of a motor in the center of the conveyor belt;
When the conveyor belt is deformed by the operation of the uniform coating member Grain flour manufacturing apparatus characterized in that it further comprises an operating member for contracting and restoring operation.
The method of claim 8, wherein the uniform coating member,
A pulley rotating by a motor in the conveyor belt;
A link fixed to the shaft of the pulley and rotating in the same manner as the pulley;
Grain noodle manufacturing apparatus characterized in that it is rotatably mounted to the housing of the link side, including an operating lever for lifting the conveyor belt when the link is rotated.
The method according to claim 8, wherein the operating member,
A bracket in which a longitudinal operation space is formed to move the rotating roller by a height at which the conveyor belt is lifted up;
When the conveyor belt is mounted in the operating space is lifted, the shaft of the rotary roller is pressed by the contraction, and when the conveyor belt is lowered, the grain is provided, including a restoring member to be restored to its original state by the elastic force Noodle Maker.
The method according to claim 8,
The grain noodle manufacturing apparatus further comprises a flour coating member for dispersing the flour stored in the housing while rotating by the power of the motor to evenly coat the flour on the surface of the noodle noodle.
The cutting part of claim 1,
A fixed roller is fixed to the front lower portion of the uniform coating by a support, and a cutting cutter is formed to cut the noodle noodle paws, which are rotated and fixed by the support in front of the fixed roller, to be discharged through the grain flour coating unit to a predetermined length. Grain noodles manufacturing apparatus characterized in that the roller is provided.
Soaking the grain in water of 20-40 ° C. for 3-5 hours;
Wet grinding the soaked grains using a roll mill;
Adding and mixing 3 to 20 parts by weight of water with respect to 100 parts by weight of the pulverized grain powder;
Injecting the mixed and stirred grain powder into the hopper and supplying the mixed powder to the compression molding part by rotating the feed screw;
Compressing the grain powder supplied to the compression molding unit by the rotation of the compression screw, and forming heat of the noodle noodle continually while cooling water flows into and out of the cooling water passage formed in the compression screw to cool the flow path formed in the compression screw;
Pressing the pressed noodle noodles into the housing and the flour stored in the housing is coated on the noodles noodles;
Transporting the noodle noodles coated with flour to the front by the operation of the conveyor belt;
Repeating lifting and lowering of the conveyor belt to be transported, whilst shaking the irregularly coated flour on the surface of the noodle noodle and making the noodle noodle evenly coated by the flour dispersed at the same time;
Grain noodles manufacturing method comprising the step of cutting the uniformly coated noodles noodles in 20 ~ 50cm length.
Dry grinding the grains using a roll mill;
Adding and mixing 30 to 70 parts by weight of water with respect to 100 parts by weight of the pulverized grain powder;
Injecting the mixed and stirred grain powder into the hopper and supplying the mixed powder to the compression molding part by rotating the feed screw;
Compressing the grain powder supplied to the compression molding unit by the rotation of the compression screw, and forming heat of the noodle noodle continually while cooling water flows into and out of the cooling water passage formed in the compression screw to cool the flow path formed in the compression screw;
Pressing the pressed noodle noodles into the housing and the flour stored in the housing is coated on the noodles noodles;
Transporting the noodle noodles coated with flour to the front by the operation of the conveyor belt;
Repeating lifting and lowering of the conveyor belt to be transported, whilst shaking the irregularly coated flour on the surface of the noodle noodle and making the noodle noodle evenly coated by the flour dispersed at the same time;
Grain noodles manufacturing method comprising the step of cutting the uniformly coated noodles noodles in 20 ~ 50cm length.
The method according to claim 13 or 14,
When manufacturing grain noodles at winter or below freezing temperature, the method for producing grain noodles further comprising the step of preheating the press-molded part at a temperature of 20 to 80 ° C. by driving a preheating heater.
The method according to claim 13 or 14,
The method of claim 1, further comprising the step of cooling by supplying low temperature external air to the noodle noodle to be transferred along the conveyor belt.

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