KR101987551B1 - Device and method for manufacturing dough package - Google Patents

Abstract

The present invention relates to an apparatus and a method for manufacturing a kneaded water package, comprising: a kneading unit having a kneader for kneading wheat flour and mixed water to produce a plurality of kneaded first kneaded products; A rolling section having a first rolling roller for rolling a primary kneaded product from a kneader to produce a plate-like secondary kneaded product; A cutting unit having cutting means for cutting the secondary batter to a predetermined length to make a third batter; A laminating portion having a laminating means for laminating a plurality of third kneaded wafers, and a packaging portion for packaging the stacked third kneaded wafers.

Description

BACKGROUND OF THE INVENTION Field of the Invention [0001] The present invention relates to a device and a method for manufacturing a dough water package,

The present invention relates to a kneaded product, and more particularly, to a kneaded water package manufacturing apparatus and method for manufacturing a kneaded water package in which a kneaded product obtained by mixing wheat flour and mixed water is cut into a piece of kneaded water of a predetermined size, .

Generally, wheat is the main raw material of wheat. In addition to these wheat, various kinds of cereals such as barley, wheat, and the like are used as the main raw materials. The reason wheat is used as a main ingredient of cotton is because it makes it easy to produce cotton because it has the property of making sticky dough when gluten is mixed with water. In other words, wheat dough uses a protein property called gluten, gluten has a difference of about 85% between gliadin and glutenin, and these two components absorb water and become tangled with each other By mixing wheat flour with water, it is very easy to produce noodles such as noodles because it is a chewy dough with excellent viscosity and elasticity.

The process of producing and packaging cotton is briefly described as follows. Flour and water are kneaded with a kneader to produce a semi-finished product. The kneaded product is extruded through a nozzle into a noodle form, and the discharged noodle is packed in a wrapping paper. In this way, make a noodle with the dough and wrap the noodle.

However, if the noodles are wrapped regularly and exposed to the air for a long period of time as they are distributed, the texture of the chewy food may fall and become corrupted. In addition, there is a problem in that unhealthy work such as the naked work may be cut off or damaged in the manual work of the worker in the packaging work, and the worker's hands may be contaminated.

Korean Patent No. 10-1036446 (Bulletin of May 24, 2011) Korean Patent No. 10-0227027 (issued October 15, 1999)

In order to solve the above-mentioned problems, an object of the present invention is to provide a method of kneading wheat flour and mixed water and kneading the first kneaded product discharged into two rows, rolling the kneaded product into a second kneaded product, The present invention relates to a kneading water package manufacturing apparatus and a manufacturing method of kneading a kneaded water package so that the kneaded water is packed and kneaded again to improve the texture of the kneaded product, .

In order to accomplish the above-mentioned object, an apparatus for manufacturing a kneaded water package according to the present invention comprises: a kneading unit having a kneader for kneading wheat flour and mixed water to produce a plurality of kneaded first kneaded products; A rolling section having a first rolling roller for rolling a primary kneaded product from a kneader to produce a plate-like secondary kneaded product; A cutting unit having cutting means for cutting the secondary batter to a predetermined length to make a third batter; A laminating portion having a laminating means for laminating a plurality of third kneaded wafers, and a packaging portion for packaging the stacked third kneaded wafers.

Here, at least two first rolling rollers may be provided to form a plurality of secondary kneaded products.

The rolling section includes a housing having a first rolling roller, a first conveyor installed to convey the first kneading material to the housing, a second conveyor provided to reciprocate the primary kneading material to the first rolling roller, And at least one of rolling rollers provided so that a plurality of secondary compacts pass through and coincide with each other and have a predetermined thickness.

The lead-in means includes a first power source, a first link provided to reciprocate by the first power source, a second link whose one end is attached to the first link so as to be moved by the first link, A third link mounted on the other end of the second link and provided with an intermediate portion for axial rotation and a pulling member mounted on the other end thereof to secure a position of the pulling member reciprocating in a downward slope, A fourth link mounted on the pulling member, and a fifth link, the one end of which is mounted on the other end of the fourth link and the other end is mounted on an axis of rotation. Therefore, when the first link moving sideways by the first power source pulls the second link, the pulling member reciprocates up and down with both side portions of the third link being axially rotated, and as the fourth link moves to the side, As shown in Fig.

The cutting means may further include a first cutting roller installed to rotate in place, and a knife attached to the first cutting roller to rotate the second kneading material while rotating together. In addition, the cutting means may further comprise a second cutting roller provided so as to support the secondary kneading product while the knife is cutting the second kneading product.

Further, the cut portion is provided with a cutting container having a cutting means, a guide roller provided so as to guide the second kneaded product to the cutting means, a second conveyer installed to convey the third kneaded product passed through the cutting means to the lamination portion, And a flour dispenser installed to spray flour on the third batter to be moved.

The laminating means may include a fixing plate for accumulating the falling third batter, a reciprocating plate for pushing the third-shaped batter piled up by a predetermined number into the packing portion, and a second power source for reciprocating the reciprocating plate.

Further, the lamination portion may further comprise alignment means. The aligning means comprises a third conveyor in which the stacked tertiary doughs pushed by the reciprocating plate are placed when the tertiary doughs discharged from the cutting means are moved by the second conveyor and stacked on the fixed plate by a predetermined number, And an aligning roller provided so as to contact one side of the stacked tertiary doughs moved by the third conveyor.

Further, the alignment roller may be disposed at a position of 1/3 to 1/4 of the width of the third conveyor in order to change the plane placement direction of the third kneaded product.

In the meantime, a manufacturing method of a kneaded water package using the manufacturing apparatus described above includes a tenth step (S10) of kneading water and mixed water to produce a plurality of kneaded first kneaded products; A twentieth step S20 of forming a plate-like secondary kneaded product by putting the primary kneaded product into a first rolling roller; A thirtieth step (S30) of making the second dough water into a predetermined size to produce a third dough water; (S40) of laminating the third batter and the 50th step (S50) of packing the third batter.

In step S20, if the first power source moves one link, the other links are interlocked to reciprocate the pulling member, and the pulling member can be made to push the primary kneading product to the first rolling roller have.

In addition, the twentieth step S20 may include a twenty-first step S21 of passing the secondary kneaded matter discharged from the first rolling roller to at least one rolling roller to thin the kneaded product to a predetermined thickness.

Step 30 (S30) may include step 31 (S31) of spraying flour on the third batter.

And, in the forty-second step (S40), the stacked tertiary doughs may be pushed by the reciprocating conveyor to the third conveyor.

In step S40, the laminated tertiary batter moving on the third conveyor passes through the aligning roller in a state in which one side portion thereof is contacted, and the protruding portion is aligned and aligned. And may include step S41.

As described above, according to the present invention, the kneaded product is formed into two plate shapes, and the kneaded products are rolled repeatedly to combine the kneaded product with one kneaded product to improve the texture.

In addition, by stacking and packing a plurality of kneaded products of a predetermined size, the area exposed to the air is reduced as compared with the case where the kneaded product is packaged and distributed in a flaked state, so that the texture can be maintained as much as possible.

BRIEF DESCRIPTION OF THE DRAWINGS The accompanying drawings, which are incorporated in and constitute a part of the specification, illustrate preferred embodiments of the invention and, together with the description, serve to further the understanding of the technical idea of the invention, Should not be interpreted.
BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic view of a dough water package manufacturing apparatus according to a preferred embodiment of the present invention. FIG.
FIG. 2 is a photograph showing the primary batter discharged from the kneader of FIG. 1;
Figure 3 is a partial perspective view of the mill shown in Figure 1;
Fig. 4 is a side view schematically showing the rolling means shown in Fig. 3; Fig.
5 is a side cross-sectional view showing a part of the cut portion shown in Fig.
Fig. 6 is a perspective view showing a part of the conveying portion shown in Fig. 1;

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. However, the detailed description of known functions and configurations incorporated herein will be omitted when it may unnecessarily obscure the subject matter of the present invention.

<Configuration>

1, the kneading water package manufacturing apparatus according to the preferred embodiment of the present invention includes a kneading unit 100, a rolling unit 200, a cutting unit 300, a stacking unit 400 and a packing unit 500, .

First, as shown in FIG. 1, the kneading unit 100 may be configured to mix and mix flour and mixed water. The kneading unit 100 may include a flour tank 110, a mixing water tank 120, and a kneader 130.

The flour tank 110 may be installed to receive the flour and supply the flour to the kneader 130 at a predetermined time. Here, the flour tank 110 may accommodate various materials including flour, corn flour, buckwheat flour or rice flour as required, or may contain one or more materials mixed therein as well as wheat flour.

The mixed water tank 120 may be installed to receive water to be mixed with the flour and to supply a predetermined amount of the water to the kneader 130 at a predetermined time. Here, the mixed water may be prepared by mixing various materials such as fruit juice or vegetable juice in order to add color and nutrients to water in addition to ordinary water, and add flavor.

The kneader 130 may be installed to mix flour and mixed water. The kneader 130 is a known kneader, and when the flour and mixed water are introduced, a plurality of stirring blades may be kneaded while rotating.

Here, the kneaded product kneaded in the kneader 130 is called a primary kneaded product since it is different in shape from the rolled kneaded product. As shown in FIG. 2, the primary kneaded product is not a single kneaded state but a plurality of small kneaded kneaded products. And a plurality of small lumps of this molten material are deformed into a secondary kneaded product which is pulled out in a plate shape while passing through the rolled portion 200.

1, the rolling unit 200 includes a first conveyor 210, a supply container 220, a rolling mill 230, a second rolling roller 240, a third rolling roller 250, A rolling roller 260, and a fifth rolling roller 270.

The first conveyor 210 may be installed to convey a plurality of kneaded primary doughs 10 from the kneader 130 to the supply container 220. The first conveyor 210 can be installed inside a box-shaped or "U" -shaped casing in consideration of the characteristics of the primary kneaded product 10. Of course, the first conveyor 210 may be a known conveying device and conveying means for conveying the primary dough 10 in addition to the conveyor.

The supply container 220 is installed to receive the primary kneaded product 10 conveyed through the first conveyor 210 and to divide the primary kneaded product into one or more places and discharge it to the rolling mill 230 . At this time, the supply container 220 may be manufactured to be discharged at one or more places according to the number of the first rolling rollers 222 installed in the rolling mill 230.

The rolling mill 230 may be installed to knead a plurality of kneaded primary doughs 10 into a plate shape. To this end, the rolling mill 230 may include a housing 221, a first rolling roller 222, and a pulling means 280, as shown in FIGS.

Here, the housing 221 accommodates the primary kneaded matter discharged from the supply container 220, and a plurality of the first rolling rollers 222, which are arranged with two sets of rollers positioned opposite to each other, have. At least one guide plate 223 may be inclined so that the primary kneading product 10 flows into the housing 221 through the first rolling rollers 222. Of course, the housing 221 can be manufactured such that the plate-like kneaded product passed through the first rolling roller 222 is discharged downward.

In addition, the first rolling roller 222 can be installed in the housing 221 so as to produce a secondary kneaded product in which the kneaded product is rolled into a plate shape while the kneaded product is rolled out in a long length without breaking. To this end, the first rolling roller 222 is constituted by two rolling rollers opposed to each other, and of course, can be installed to rotate in place by a power source. One or more of the first rolling rollers 222 may be installed. For example, two first rolling rollers 222 are installed as shown in FIG. 1, so that two plate-shaped secondary kneaded products can be discharged. In the following description, it is assumed that two pieces of secondary kneaded water are discharged.

As shown in FIGS. 3 and 4, the pulling means 280 can be configured to push the primary kneaded material dropped from the supply container 220 into the first rolling roller 222. To this end, the pulling means 280 includes a first power source 281, a first link 282, a second link 283, a third link 284, a pulling member 285, a fourth link 286, A fifth link 287 may be provided. Here, the first link 282 to the fifth link 287 can be installed on both sides of the housing 221 so that the pulling member 285 can be positioned and reciprocated.

First, the first power source 281 may be installed to push or pull the first link 282.

The first link 282 may be installed to push or pull one end of the second link 283.

The second link 283 may have one end of the third link 284 on the other side.

The third link 284 may be installed such that the central portion of the third link 284 rotates about the rotation axis S.

The pulling member 285 may be mounted on the other side of the third link 284. As shown in FIG. 3, the pulling member 285 is plate-shaped and can be inclined to push the primary kneading product 10 to the first rolling roller 222. Of course, the pulling members 285 can be manufactured in a variety of shapes including bar shapes.

The fourth link 286 may be provided with a pulling member 285 at one end thereof.

One end of the fifth link 287 may be mounted on the housing 221 such that the other end of the fourth link 286 is provided and the other end is axially rotated.

Therefore, when the first link 282 moved by the first power source 281 pulls the second link 283, the second link 283 pulls one end of the third link 284, and the third link 284 Can be axially rotated in opposite directions about the rotation axis S. [ The shaft rotation of the third link 284 allows the pulling member 285 to reciprocate upward and downward to push the primary kneading product 10 into the first rolling roller 222. Here, the fourth link 286 and the fifth link 287 can ensure the positioning and reciprocating movement of the pulling member 285 by the fourth link 286 and the fifth link 287. The drawing means 280 configured in this way is described by way of one example and the various methods and structures known in the art such that the pulling member 285 can push the primary kneading product 10 into the first rolling roller 222 Can be used.

The second rolling rollers 240, the third rolling rollers 250, the fourth rolling rollers 260 and the fifth rolling rollers 270 rotate the two secondary compacts 20 discharged from the rolling mill 230 to 1 Rolled into the second kneaded product 20 of the sheet, and can be installed so as to have a desired thickness by gradually reducing its thickness. Therefore, the interval between the rollers in the second rolling roller 240 is the widest, and the interval between the rollers in the fifth rolling roller 270 is the narrowest. Of course, the second rolling roller 240 to the fifth rolling roller 270 can be reduced or additionally provided as necessary, and the interval between the rollers in each rolling roller can be reduced or widened. Thus, the two secondary kneaded products 20 are rolled through a plurality of rolling rollers and rolled together to form a single sheet, so that the elasticity and viscosity of the secondary kneaded product can be improved, and texture and texture can be improved.

1 and 5, the cutting unit 300 may be installed so as to cut the secondary kneaded product 20 thinned to a desired thickness to a predetermined size while passing through the fifth rolling roller 270. The cutter 300 may include a cutting vessel 310, a cutting unit 320, a second conveyor 330, and a flour injector 340.

First, the cutting container 310 can be installed on the upper portion of the guide roller 311 to move the secondary kneading product 20 downward. One or more guide rollers 311 may be provided, or one or more sets of two guide rollers 311 may be provided.

In addition, the cutting means 320 may be installed to cut the secondary dough 20 moving downward to a predetermined length. For this purpose, the cutting means 320 may comprise a first cutting roller 321, a knife 322 and a second cutting roller 323.

The first cutting roller 321 is installed to rotate inside the cutting container 310, and the knife 322 can be fixed to the outer surface.

The knife 322 may be installed so that the knife edge of the knife rotates with the first cutting roller 321 to break the secondary kneader 20.

The second cutting roller 323 may be installed to rotate in a position opposite to the first cutting roller 321 while being inside the cutting container 310. [ This second cutting roller 323 can be installed to support the secondary dough 20 when the knife 322 breaks the secondary dough 20. Here, the second cutting roller 323 may be installed to rotate or fix. As another example of the second cutting roller 323, a simple plate shape may be fixedly installed inside the cutting container 310.

Therefore, when the first cutting roller 321 rotates, the knife 322 rotates, and the knife 322 rotates and cuts on a part of the secondary batter 20 supported by the second cutting roller 323 do. Thereafter, the second batter (20) is cut and the third batter (30) made into a predetermined size drops to the second conveyor (330) at regular intervals.

In addition, the second conveyor 330 may be installed to convey the third batch 30 of a predetermined size to the stacking unit 400. At this time, on the second conveyor 330, a plurality of tertiary batter 30 are placed at regular intervals and can be arranged in a line.

The flour dispenser 340 may be installed on the second conveyor 330 to spray the flour on the transferred third batter 30. The reason for spraying the flour in this way is to prevent a phenomenon that the third batter 30 sticks to each other when a plurality of the batter 30 are stacked. Of course, other ingredients besides flour can be sprayed.

On the other hand, the lamination portion 400 can be installed to stack the third batter 30 and arrange the stacked tertiary batter 30 in order. The stacking unit 400 may include a stacking unit 410, a third conveying unit 420, and an aligning unit 430.

The stacking means 410 may include a stationary plate 411 fixed to the lower side of the second conveyor 330, a second power source 412 installed on the stationary plate 411 and a reciprocating plate 413.

Here, the fixing plate 411 is a member on which the tertiary batter 30 falling at the end of the second conveyor 330 is placed. And may be installed below the second conveyor 330 for this purpose. At this time, two or more pieces of the third batter 30 may be stacked on the fixing plate 411, and preferably five sheets may be stacked.

Further, the second power source 412 may be installed so as to push and move the reciprocating plate 413 back to its original position.

The reciprocating plate 413 is disposed on the rear side of the tertiary kneading product 30 stacked on the fixing plate 411 and can be installed to reciprocate by the second power source 412. [ The reciprocating plate 413 can be installed to push the plurality of stacked tertiary kneaded products 30 onto the third conveyor 420.

Therefore, the third batter 30 dropped at the end of the second conveyor 330 is placed on the fixing plate 411, and the subsequent tertiary batter 30 is stacked on the tertiary batter 30 . The second power source 412 can move the reciprocating plate 413 to move over the third conveyor 420 when the third batter 30 is stacked by the predetermined number. At this time, the movement of the reciprocating plate 413 may be repeated so as to repeat at predetermined time intervals or to sense the accumulated height of the tertiary batter 30 and repeat the movement.

As shown in FIGS. 1 and 6, the aligning means 430 may be stacked so that some of the staples 30 may not protrude when the third batter 30 falls and accumulate, May be arranged to align roughly while moving over the third conveyor 420. For this purpose, the alignment means 430 may comprise a support 431 and an alignment roller 432.

First, the support 431 may be secured across the third conveyor 420. And an alignment roller 432 can be mounted on the support 431.

The alignment roller 432 is mounted on the support 431 and can be installed so as to contact the third batter 30 on the third conveyor 420. The aligning roller 432 may be disposed at a position about 1/3 to 1/4 of the third conveyor 420 in the widthwise direction of the plane. This can prevent the third conveyor 420 from falling off by blocking or pushing the movement path while the third binder 30 passes through one side of the third binder 30. In addition, the stacked tertiary kneading wafers 30 are brought into contact with the aligning rollers 432 so that they are turned about 70 to 90 degrees and aligned. At this time, the aligning roller 432 can be installed to rotate by the force when the moving tertiary batter 30 touches it, or it can be installed to rotate by a separate power source. Here, the reason why the stacked tertiary batter 30 is switched from a substantially vertical direction to a horizontal direction on a plane while aligning is to facilitate later packaging work.

Thus, when some of the stitches pass over the aligning roller 432 while the third batch 30 is moved to the third conveyor 420 in a substantially planar direction, the stacked third batch The protruding portion of the water 30 is roughly aligned as it enters and can be changed in the horizontal direction by switching the direction to about 90 degrees.

On the other hand, the packaging section 500 can be installed to package the stacked tertiary dough. The packaging unit 500 may include a fourth conveyor 510 and a packing machine 520.

First, the fourth conveyor 510 can be installed to transport the stacked tertiary batter 30 conveyed by the third conveyor 420 to the packing machine 520. Here, the fourth conveyor 510 may be omitted if necessary. That is, the third batch 30 discharged from the third conveyor 420 can be directly transferred to the packing machine 520.

The packing machine 520 may be installed to pack the third batter 30 in a stacked state. The packaging machine 520 may be a device for vacuum packaging the stacked tertiary batter 30, for example. In addition, the packing machine 520 may be constructed so that the operator grasps the stacked tertiary batter 30 and puts it in the bag and then seals it.

<Method>

Hereinafter, a method of manufacturing a dough water package using the dough water package manufacturing apparatus according to the present invention will be described.

First, wheat flour and mixed water are kneaded to produce a first kneaded product 10 (S10). The flour of the wheat flour tank 110 and the mixed water of the mixed water tank 120 are supplied to the kneader 130 and the stirring wings rotating in the kneader 130 knead the flour and the mixed water to form a primary kneaded product 10).

Next, the first kneaded product 10 is made into a plate-like secondary kneaded product 20 (S20). The primary kneaded product 10 in the form of a bundle is introduced into the supply container 220 by the first conveyor 210 and the primary kneaded product 10 discharged from the supply container 220 is fed to the first rollers 222 Shaped secondary dough 20 while passing through the plate-shaped secondary dough 20. At this time, the secondary dough 20 is continuously produced. In addition, two or more first rolling rollers 222 may be provided, and two or more secondary compacts 20 may be discharged. Further, the pulling-in member 285, which is provided so as to reciprocate, can push the primary kneading product 10 into the first rolling roller 222.

On the other hand, the step S20 of making the secondary dough 20 may include a step S21 of making the secondary dough 20 thinner to a predetermined thickness. This step S21 can make the second kneaded matter 20 from the first rolling roller 222 pass through the second rolling roller 240 to the fifth rolling roller 270 to be a predetermined thin thickness . At this time, the number of the rolling rollers or the passage distance of the secondary dough 20 can be adjusted according to the set thickness.

Next, the second batter 20 is cut to a predetermined length to produce a third batter (S40). The secondary dough 20 having a continuous length in the unbroken state can be cut to have a predetermined length by the knife 322 of the cutting means 320 to make the third dough 30.

Meanwhile, the step S30 of making the third batter 30 includes a step S41 of spreading the flour on the third batter 30 while the third batter 30 is placed on the second conveyor 330 ). This step S41 is carried out when the third batch 30 made by passing through the cutting means 320 is placed on the second conveyor 330 and the third batch 30 ) You can sprinkle flour over.

Next, the third batter 30 is laminated (S40). The third conveyor 30 may be sequentially moved from the end of the second conveyor 330 to a predetermined height. Then, the reciprocating plate 413 reciprocating the tertiary batter 30 stacked at a predetermined height can be pushed and moved on the third conveyor 420.

On the other hand, the laminating step (S40) may include a step (S41) of aligning the stacked tertiary batter (30). In this step S41, one side portion of the stacked tertiary kneading wafers 30, which are moved substantially vertically on a plane on the third conveyor 420, passes over the aligning roller 432, and the protruding portion enters And can be changed approximately horizontally in a plane while being aligned.

Finally, the stacked tertiary batter 30 is wrapped (S50). The stacked tertiary dough 30 moved from the third conveyor 420 to the fourth conveyor 510 can be packed by the wrapper 520. [ The third batter 30 may be automatically packed in a bag by a packaging machine and then vacuum packed or may be vacuum packed or packaged in the bag after being put in a bag by an operator.

As described above, those skilled in the art will appreciate that the present invention may be embodied in other specific forms without departing from the spirit or essential characteristics thereof. It is therefore to be understood that the above-described embodiments are to be considered in all respects as illustrative and not restrictive. The scope of the present invention is defined by the appended claims, rather than the detailed description, and all changes or modifications derived from the meaning and scope of the claims and equivalents of the claims are to be construed as being included within the scope of the present invention do.

10: 1st batter water 20: second batter water
30: The third batter
100: kneaded portion
110: flour tank 120: mixed water tank
130: kneader
200: rolling section
210: first conveyor 220: supply container
221: housing 222: first rolling roller
223: guide plate 230: rolling mill
240: second rolling roller 250: third rolling roller
260: fourth rolling roller 270: fifth rolling roller
280: incoming means 281: first power source
282: first link 283: second link
284: Third link 285: Retraction member
286: fourth link 287: fifth link
300:
310: cutting vessel 311: guide roller
320: cutting means 321: first cutting roller
322: knife 323: second cutting roller
330: Second conveyor 340: Flour injector
400:
410: Lamination means 411: Fixing plate
412: second power source 413: reciprocating plate
420: Third conveyor 430: Alignment means
431: Supporting stand 432: Aligning roller
500:
510: fourth conveyor 520: packing machine
S: Rotary shaft.

Claims (13)

A kneader (100) having a kneader (130) kneading wheat flour and mixed water to produce a plurality of kneaded first kneaded products (10);
A rolling section 200 having a first rolling roller 222 for rolling a primary kneading product 10 from the kneader 130 to produce a plate-like secondary kneading product 20;
A cutting unit 300 having a cutting means 320 for cutting the secondary batter 20 to a predetermined length to make a tertiary batter 30;
A laminating unit 400 having a laminating unit 410 for laminating a plurality of the third batter 30,
And a packaging part (500) for packaging the stacked tertiary batter (30)
At least two first rolling rollers 222 are installed to make a plurality of secondary doughs 20,
The rolling unit 200 includes a housing 221 having a first rolling roller 222 therein, a first conveyor 210 installed to convey the primary batter 10 to the housing 221, (28) provided with reciprocating members (285) reciprocatingly moving the first and second kneading rollers (22, 22) and the first rolling rollers (222, 222) At least one of the rolling rollers provided so as to be in contact with the surface of the kneaded water package. The method of claim 1,
The pulling means 280 includes a first power source 281, a first link 282 provided for reciprocation by the first power source 281, a first link 282 at one end to move by the first link 282, One end of the second link 283 is mounted on the other end of the second link 283 so that both sides of the second link 283 are axially rotated in opposite directions and the middle portion is installed for axial rotation and the other end is provided with a pulling member 285 A fourth link 286 having one end attached to the pulling member 285 to secure the position of the pulling-in member 285 while reciprocating while ensuring the position of the pulling-in member 285, Further comprising a fifth link (287) mounted on the other end of the fourth link (286) and mounted such that the other end rotates axially,
When the first link 282 that is laterally moved by the first power source 281 pulls the second link 283, both side portions of the third link 284 are rotated axially while the pulling member 285 is inclined upward and downward And the fifth link (287) rotates about the axis as the fourth link (286) moves sideways. The method of claim 1,
The cutting means 320 includes a first cutting roller 321 installed to rotate in place and a knife 322 attached to the first cutting roller 321 and configured to cut the secondary dough 20 while rotating together Respectively,
And a second cutting roller (323) installed so that the kneading (322) supports the second kneading product (20) without interruption while cutting the second kneading product (20). 4. The method of claim 3,
The cutting unit 300 includes a cutting vessel 310 having a cutting means 320 installed therein and a guide roller 311 and a cutting means 320 installed to guide the secondary batter 20 to the cutting means 320 A second conveyor 330 installed to convey the passed third batter 30 to the lamination part 400 and a second conveyor 330 installed to convey the third batter 30 to the lamination part 400. The flour 30 is placed on the third batter 30 moved by the second conveyor 330, And an injector (340). 5. The method according to any one of claims 1 to 4,
The laminating means 410 includes a fixing plate 411 for accumulating the falling third batter 30 and a reciprocating plate 413 for pushing the third batter 30 stacked by a predetermined number to the packing unit 500, And a second power source (412) installed to reciprocate the reciprocating plate (413). The method of claim 5,
The stacking unit 400 further includes alignment means 430,
The aligning means 430 is configured such that when the third batch 30 discharged from the cutting means 320 is moved by the second conveyor 330 and then stacked on the fixed plate 411 by a predetermined number, A third conveyor 420 in which the stacked third batches 30 pushed by the third conveyor 420 are placed; a support 431 installed across the third conveyor 420; And an aligning roller (432) provided so as to contact one side of the car dough (30). The method of claim 6,
The aligning roller 432 is disposed at a position of 1/3 to 1/4 of the width of the third conveyor 420 to change the direction on the plane of the third batter 30, Manufacturing apparatus. A tenth step (S10) of kneading water and mixed water to produce a plurality of kneaded primary kneaded products;
A twentieth step S20 of forming a plate-like secondary kneaded product by placing the primary kneaded product 10 into a first rolling roller 222;
A thirtieth step S30 of forming the third batter 30 by cutting the secondary batter 20 to a predetermined size;
Step 40 (S40) of laminating the third batter 30,
And 50th step S50 of packing the laminated tertiary batter 30. In step S20, if the first power source 281 moves one link, the other link is interlocked so that the pulling member 285 is reciprocated. When the pulling member 285 is moved in the direction of the first kneading product 10, To the first rolling roller (222). 9. The method of claim 8,
The 30th step (S30) includes a 31st step (S31) of spraying flour on the third batter (30). 10. The method according to claim 8 or 9,
The 40th step S40 is carried out such that the reciprocating plate 413 pushes the stacked tertiary batter 30 to the third conveyor 420,
The stacked tertiary kneading pastes 30 moving on the third conveyor 420 are aligned and aligned as the one side portion touches the aligning roller 432 while the protruding portions are aligned, And a step (S41). delete delete delete

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