KR102198804B1 - Method For Manufacturing Egg Fry - Google Patents

Abstract

The present invention provides a method for manufacturing egg garnish comprising: a washing step of washing raw eggs using a washing device; a transfer step of transferring the washed raw eggs through a transfer unit; a hulling step of hulling the raw eggs delivered through the transfer unit using a hulling device; and a mixing step of stirring liquid eggs received from the hulling device by using a stirring device, wherein the mixing step comprises a step of adding an extract made by boiling a Curcuma longa powder or Gardenia jasminoides to the liquid eggs. The present invention has an effect that it is possible to provide the method for manufacturing egg garnish which improves the productivity of egg garnish production.

Description

Method For Manufacturing Egg Fry{Method For Manufacturing Egg Fry}

The present invention relates to a method for manufacturing a zidane, and more particularly, to a method for manufacturing a zidane, in which an ingredient made by boiling turmeric powder or gardenia is added to an egg for zidane to increase the utility of egg white.

In general, eggs are rich in protein, low in sodium, and evenly equipped with essential amino acids necessary for our body such as vitamins and minerals, making it a very good food that supplies quality protein to both men and women of all ages.

Eggs are widely used as food and cooking ingredients, and in particular,'eggjidan' (hereinafter referred to as'jidan'), made of thinly boiled eggs, is used as a garnish for round gimbap, omurice, sandwiches, or noodles and udon. .

However, in the liquid egg plant, the yellow ones are sold preciously, but the white ones are sold cheaply or there is a problem in that they are not sufficiently utilized. Accordingly, there is a need for a method of manufacturing a zidane capable of sufficiently expressing the yellow color of zidane while using both the yellow and white of the egg as a material for zidane.

In addition, conventionally, in the pre-treatment stage for making zidane, as people manually break raw eggs or use a large device to pressurize and break a number of raw eggs, the efficiency of the work decreases or the liquid eggs are damaged or damaged. There were problems, such as including shell fragments.

On the other hand, the above-described background technology is technical information that the inventor possessed for derivation of the present invention or acquired during the derivation process of the present invention, and is not necessarily a known technology disclosed to the general public prior to filing the present invention. .

Korean Patent Registration No. 10-1334989

An aspect of the present invention is to provide a method for producing a zidane in which the availability of egg white is improved by adding an ingredient made by boiling turmeric powder or gardenia to an egg for zidane.

Zidane manufacturing method according to an embodiment of the present invention, a washing step of washing raw eggs using a washing device; Transfer step of transferring the washed raw eggs through a transfer unit; A shelling step of shelling the raw eggs delivered through the transfer unit using a shelling device; And a mixing step of stirring the liquid eggs received from the shelling device using a stirring device, wherein the mixing step includes adding an extract made by boiling turmeric powder or gardenia to the liquid eggs.

In one embodiment, the detachment device includes a rotating shaft formed in a vertical direction and rotated; A plurality of arms disposed in all directions in the horizontal direction on the rotation shaft; A vise connected to the arm to hold raw eggs supplied through the transfer unit from left and right; A fixing piece extending from the arm and disposed above the vise to press the egg shell from the top; A crack knife extending from the arm and disposed under the vise to break the raw egg; A pin spring connected to the crack knife to provide elasticity to break the raw egg while the crack knife flows back and forth, and a moving path of the vise holding the shell of the raw egg in a state in which the liquid egg has escaped from the raw egg. An egg shell detachment piece allowing the shell to detach from the vise; A housing module including a receiving portion for receiving the shell separated by the egg shell detachment piece, the receiving portion including an opening and a locking unit for opening and closing the opening, and having a receiving space for receiving the shell; A support module formed under the housing module and supporting the housing module; Further comprising a rotation unit for rotating the housing module mounted on the support module while mounted on the support module, wherein the rotation unit is formed in a circular ring shape corresponding to the diameter of the housing module A rotating ring installed at the front end to rotate the housing module while rotating in a clockwise or counterclockwise direction; A plurality of fastening jigs installed along the rear end of the rotating ring to fasten the housing module to prevent the housing module from moving during rotation; A rotating gear engaged with and connected to the lower side of the rotating ring and rotating the rotating ring while rotating in a clockwise or counterclockwise direction; And a drive motor installed at a front end of the rotation gear to rotate the rotation gear, wherein the rotation ring extends in a longitudinal direction, and after being rolled round, one end and the other end are coupled to each other to form a ring shape. Ring body; Through holes repeatedly formed at regular intervals along the ring body; A fastening groove formed between a front end of the through hole and a front end of the ring body, and between a rear end of the through hole and a rear end of the ring body; A fastening bolt in which one end and the other end of the ring body are inserted through a fastening groove positioned at an upper side and exposed to a lower side through a fastening groove positioned at a lower side of the ring body; And a fastening nut fastened to a lower portion of the fastening bolt, wherein the rotation gear is formed in a cylindrical shape, is installed in close contact with the lower side of the rotation ring, and rotates according to the rotation of the driving motor; And a plurality of fastening gears that are installed at regular intervals along the periphery of the gear cylinder, and are sequentially inserted into the through holes as the gear cylinder is rotated to rotate the rotary ring, wherein the gear cylinder, A plurality of gear installation grooves are formed at equal intervals along the circumference so that the fastening gear can be inserted and installed, and the fastening gear is inserted into the gear installation groove, and the through hole A gear blade having one end exposed to the outside of the gear installation groove in order to be inserted into a round shape; A protrusion protruding along the outer circumferential surface of the other end of the gear blade so that the gear blade is not separated from the gear installation groove by being caught by a separation preventing jaw protruding in an inward direction along the inlet of the gear installation groove; And an elastic body installed inside the gear installation groove to support the other end of the gear blade by using an elastic force.

In one embodiment, a mixing step of stirring the liquid eggs received from the shelling device using a stirring device; And a lipoid generating step of receiving the mixed liquid eggs and generating a fat using a fat producing device, wherein the mixing step includes adding an extract made by boiling turmeric powder or gardenia to the liquid eggs, , The stirring device, the stirrer, a receiving container forming an inner space for accommodating the mixed liquid egg; A rotating stirrer seated on the bottom surface of the receiving container and rotating and rotating along the bottom surface of the receiving container while stirring the mixed liquid egg; And a driving unit installed at the lower side of the receiving container and configured to rotate and revolve the rotating agitating unit using an attractive force by magnetic force with a bottom surface of the receiving container therebetween, wherein the driving unit includes the receiving container A lower cover covering the lower side of the container and forming an inner space; A ring-shaped gear formed in a ring shape, facing a lower side of the receiving container, installed on an upper side of the inner space of the lower cover, and having a first rack gear formed along the inner circumferential surface; A center gear installed at the inner center of the ring-type gear; The center gear and the ring-type gear are engaged and connected to each of the center gear and the first rack gear, and are moved along the inner circumferential surface of the ring-type gear while being rotated as the center gear rotates, and the bottom surface of the receiving container An intermediate gear that is fastened through the rotational stirring unit and the attractive force by magnetic force to rotate and revolve the rotational stirring unit; A drive motor installed below the center gear to rotate the center gear; And a support disk formed in a disk shape corresponding to the shape of the ring-type gear so that the ring-type gear can be installed on the upper side, wherein the intermediate gear is between the center gear and the ring-type gear. A gear body that is connected to and connected to each of the ring-shaped gears; A first through hole penetrating the gear body in a vertical direction and formed at one side of the center hole formed through the center of the gear body; A second through hole formed by passing through the gear body in an up-down direction at the other side of the center hole; A first rotating magnet that is connected in a horizontal direction so as to be rotatable in the first through hole to generate magnetic force; And a second rotating magnet that is connected in a horizontal direction so as to be rotatable in the second through hole to generate a magnetic force, wherein the first rotating magnet has an N-pole or S-pole alternately formed on each side. A magnet body formed in each pillar shape; And a second rack gear that is installed on one side of the magnet body and is connected with a second rack gear extending along an upper surface of the support disk, and rotates along the second rack gear to rotate the magnet body. Including, the second rack gear is formed extending from the upper side of the support disk along a position corresponding to the trajectory of one side of the first rotating magnet on which the rotating gear is installed, and the rotation stirring The part is a stirring body seated on the bottom surface of the receiving container and rotating while rotating along the bottom surface of the receiving container; A first fastening magnet facing the first rotating magnet, installed on the stirring body, and fastened to the first rotating magnet by an attractive force by the magnetic force of the first rotating magnet; A second fastening magnet facing the second rotating magnet, installed on the stirring body, and fastened to the second rotating magnet by an attractive force by the magnetic force of the second rotating magnet; And a stirring blade which is provided along the outside of the stirring body to stir the mixed liquid egg while rotating together as the stirring body rotates, wherein the fat-end generating device comprises: a liquid egg supply means filled with the mixed liquid egg; And a paper end forming means for continuously thinly feeding the mixed liquid eggs continuously supplied from the liquid egg supply means, and the paper end forming means comprises: a driven roller disposed at a lower side of the liquid egg supply means; A driving roller spaced apart from one side of the driven roller; A plastic belt supported by the driven roller and the driving roller to rotate; A cooling jacket concave to receive the liquid eggs together with the firing belt passing while surrounding the driven roller and forming a liquid egg firing space extending along the longitudinal direction of the driven roller; And a heating burner for heating the sintering belt so that the liquid eggs supplied to the liquid egg sintering space part are heated by the sintering belt to which the liquid eggs are transferred, wherein the liquid eggs supplied to the liquid egg sintering space part It spreads along the longitudinal direction and contacts the surface of the firing belt heated by the heating burner and passes through the driven roller and is transferred to the driving roller along the firing belt, which is fed while being fed in the form of a sheet.

Containing; a transfer step of transferring the washed raw eggs through the transfer unit is provided.

According to one aspect of the present invention described above, there is an effect of increasing the usability of egg white by adding a component made by boiling turmeric powder or gardenia to an egg for zidane.

The effects of the present invention are not limited to the above-mentioned effects, and various effects may be included within a range apparent to those of ordinary skill in the art from the contents to be described below.

1 is a view showing a schematic step of a method for manufacturing a paper sheet according to an embodiment of the present invention.

DETAILED DESCRIPTION OF THE INVENTION The detailed description of the present invention to be described later refers to the accompanying drawings, which illustrate specific embodiments in which the present invention may be practiced. These embodiments are described in detail sufficient to enable a person skilled in the art to practice the present invention. It is to be understood that the various embodiments of the present invention are different from each other, but need not be mutually exclusive. For example, specific shapes, structures, and characteristics described herein may be implemented in other embodiments without departing from the spirit and scope of the present invention in relation to one embodiment. In addition, it is to be understood that the location or arrangement of individual components within each disclosed embodiment may be changed without departing from the spirit and scope of the present invention. Accordingly, the detailed description to be described below is not intended to be taken in a limiting sense, and the scope of the present invention, if properly described, is limited only by the appended claims, along with all scopes equivalent to those claimed by the claims. Like reference numerals in the drawings refer to the same or similar functions over several aspects.

Hereinafter, preferred embodiments of the present invention will be described in more detail with reference to the drawings.

1 is a view showing a schematic step of a method for manufacturing a paper sheet according to an embodiment of the present invention.

Referring to FIG. 1, a method for manufacturing a paper sheet according to an embodiment of the present invention may include a washing step, a transfer step, a peeling step, a mixing step, and a paper sheet generation step.

First, the washing step (S100) is a step of washing raw eggs using a washing device, and a plurality of raw eggs may be placed in a space such as a water tank, and the shell of the raw eggs may be washed using a washing solution or water. In this case, the cleaning device may include a receiving module including individual receiving grooves each capable of receiving a plurality of raw eggs in order to prevent the eggs from colliding with each other and breaking.

Subsequently, the transfer step (S200) may transfer the raw eggs washed through the washing step (S100) to a shelling device to be described later through a transfer unit. The transfer unit 180 performs a function of continuously supplying a plurality of raw eggs while spaced apart from each other while one raw egg is separately mounted.

Subsequently, in the shelling step (S300), the raw egg delivered through the transfer unit may be shelled using a shelling device. In the shelling step (S300), the shell of the raw egg can be automatically broken and the liquid egg of the raw egg can be separated using a shelling device.

The mixing step (S400) may stir the liquid eggs received from the shelling device using a stirring device. In one embodiment, the mixing step (S400) may include adding an extract made by boiling turmeric powder or gardenia to the liquid eggs. In the present invention, by adding and mixing an extract made by boiling turmeric powder or gardenia in order to increase the utilization of the whites of raw eggs, the color of the mixed liquid eggs can be realized closer to dark yellow. The amount of extract made by boiling turmeric powder or gardenia added may vary depending on the implementation.

Subsequently, in the liquor generation step (S500), the liquid egg mixed through the mixing step (S400) may be charged, and a lichen may be generated by using the lichenification generating device. The lipoid generation step is a step of heating the liquid egg in a liquid state to solidify it, and then processing it, and the efficiency and reliability of the production of the lipoid can be improved by automating it through a fat producing device.

2 shows device configurations used in a method for manufacturing a paper sheet according to an embodiment of the present invention.

2, the transfer unit 180 according to an embodiment of the present invention includes a chain 182 rotating in a caterpillar shape, a plurality of fixed shafts 184 fixed while crossing the chain 182, It is configured to include a support rod 186 for supporting the raw egg 5 while rotatably coupled to the fixed shaft 184. A plurality of raw eggs is supplied to the shelling device 110, which will be described later, through rotation of the chain 182 while being mounted one by one between one support rod 186 and the other support rod 186. At this time, between the transfer unit 180 and the shelling device 110, a transfer auxiliary piece 190 that moves in the form of a seesaw is disposed to prevent the raw eggs from being broken due to a fall between the transfer unit 180 and the shelling device 110 do. The transfer auxiliary piece 190 is disposed between the transfer unit 180 and the detachment device 110, and the fixed shaft 184 and the shaft are disposed in the same direction, and are fixedly formed on the upper part of the auxiliary shaft 192 which reciprocates and rotates halfway. . Therefore, the transfer auxiliary piece 190 smoothly transfers the raw egg 5 transferred from the transfer unit 180 to the shelling device 110 while moving in a seesaw shape according to the rotation of the auxiliary shaft 192. The raw eggs 5 transferred from the transfer unit 180 and the transfer auxiliary piece 190 are transferred to the shelling device 110 to remove the shell from the raw eggs 5 and provide the liquid eggs 30 to the stirring device 120 do.

Next, the shelling device 110 removes the shell from the raw egg 5 and provides the liquid egg 30 to the stirring device 120. The detachment device 110 has a rotation shaft 112 that is rotated while being formed in a vertical direction, and a plurality of arms 114 that are disposed in all directions in the horizontal direction from the rotation shaft 112. Subsequently, the shelling device 110 is connected to the arm 114 to hold the raw egg 5 supplied through the transfer unit 180 from the left and right, and the vise 116 is formed extending from the arm 114 but the vise 116 It is disposed on the top of the includes a fixing piece 118 for pressing the raw egg from the top. In addition, it is formed extending from the arm 114, but is disposed under the vise 116 to break the shell 10 of the nalguran (5) and crack cal (111). It includes a pin spring 113 connected to the crack knife 111 to provide elasticity so that the crack knife 111 flows back and forth to break the shell 10. And, the egg shell is provided in the moving path of the vise 116 holding the shell 10 in a state in which the liquid eggs 30 are removed from the raw eggs 5 so that the shell 10 is separated from the vise 116 It includes a detachment piece 115. In particular, a pair of the crack knife 111 is arranged side by side, so as to flow separately, the shell 10 is broken. Here, the fixing piece 118 presses the upper portion of the shell 10 mounted by the vise 116 while flowing in the vertical direction, and performs a function of preventing the shell 10 from being separated from the vise 116 do. This fixing piece 118 is formed extending from the arm 114 and includes a connecting pin 117 for connecting the fixing piece 118 to the arm 114, and the connecting pin 117 is the arm 114 and It is connected to the pin shaft 119, which is an axis formed in the horizontal direction between the connection pins 117. Therefore, the connection pin 117 is axially coupled to the pin shaft 119 in the state in which the fixing piece 118 is mounted so that the fixing piece 118 can flow in the vertical direction. On the other hand, the detachment device 110 is disposed around the rotation shaft 112, while being formed in a semi-arc shape around the rotation shaft 112, along with the pin spring 113, the inner side to guide the back and forth movement of the crack cal 111 It includes a guide rod (102). In addition, the detachment device 110 is formed in a semi-arc shape around the rotation shaft 112 and is disposed at a distance greater than the distance between the rotation shaft 112 and the inner guide rod 102 so that the fixing piece 118 It includes an outer guide rod 104 to guide the vertical movement of. In addition, the crack knife, while extending from the crack knife 111, is connected to the pin spring 113, is formed to be erected in a vertical direction, the knife guide piece 106 guided in close contact with the inner guide rod 102 Is equipped. As a result, when the rotation shaft 112 rotates, the arm 114 rotates in conjunction with the rotation shaft 112, and the crack knife 111 and the vise 116 connected to the arm 114 are also It will be linked together. At this time, the connection pin 117 flows while being in close contact with the upper portion of the outer guide rod 104 and then descends at the end of the outer guide rod 104, and a fixing piece mounted on the connection pin 117 ( 118) to be able to press the upper surface of the shell (10). Here, the connection pin 117 is rotated on the pin shaft 119 so that the fixing piece 118 can be interlocked. At the same time, the knife guide piece 106 flows while being in close contact with the side surface of the inner guide bar 102, and the rotation shaft 112 by the elasticity of the pin spring 113 at the end of the inner guide bar 102 ) Direction. At this time, since the knife guide piece 106 and the crack knife 111 are connected to each other vertically, when the knife guide piece 106 flows close in the direction of the rotation axis 112, the crack knife 111 is the rotation axis 112 It flows away in the direction and at the same time breaks the shell 10 supported by the vise 116. In particular, the egg shell detachment piece 115 is mounted and fixed to the outer guide rod 104, and the shell 10 from which the liquid egg 30 has passed is supported by the vise 116 by the rotation of the arm 114. As it collides with the egg shell separation piece 115, it is separated from the vise 116 and is discarded. Here, the liquid eggs 30 that come out of the shell 10 are transferred by the movement of the liquid eggs transfer container 120 while being away from the liquid eggs transfer container 120. In addition, a cleaning unit (not shown) capable of cleaning the vise 116 and the cracker 111 of the shelling device 110 may be disposed at a position adjacent to the shelling device 110.

In addition, depending on the embodiment, the lower part of the shelling device may further include a receiving portion for receiving the shell separated by the egg shell release piece.

3 to 5 show a receiving part according to an embodiment of the present invention.

3 to 5, the receiving portion according to an embodiment of the present invention includes an opening and a locking unit that opens and closes the opening, and a housing module 210 having an accommodation space for accommodating a shell, and a lower portion of the housing module It is formed, and may include a support module 220 for supporting the housing module and a rotation unit 400 for rotating the housing module mounted on the support module while being mounted on the support module. In one embodiment, the housing module 210 may be formed in a cylindrical shape as shown. In addition, the receiving unit of the present invention may rotate the housing module when a certain amount of shells are received in the housing module 210 to discharge the shells accommodated in the housing module downward through the opening. After closing the opening through the opening, when starting to discharge, the opening and closing unit to open the opening may be opened so that the shells are discharged to the lower portion of the receiving portion through the opening. In one embodiment, a transfer conveyor belt (not shown) capable of transferring the shell discharged from the housing module to another place may be formed under the support module 220. In addition, the support module 220 may further include elastic members 240 and 250 for mitigating an impact when the housing module 210 is rotated.

The rotating part 400 includes a rotating ring 410, a fastening jig 420, a rotating gear 430, and a driving motor 440.

The rotation ring 410 is formed in a circular ring shape corresponding to the diameter of the housing module 210 and is installed at the front end of the housing module 210 to rotate the housing module 210 together while rotating clockwise or counterclockwise. Let it.

A plurality of fastening jigs 420 are installed along the rear end of the rotation ring 410 to fasten the housing module 210 to prevent the housing module 210 from moving during rotation.

The rotating gear 430 is engaged and connected to the lower side of the rotating ring 410, and rotates the rotating ring 410 while rotating in a clockwise or counterclockwise direction by driving of the driving motor 440.

The drive motor 440 is installed at the front end of the rotation gear 430 to rotate the rotation gear 430.

The rotating unit 400 having the configuration as described above rotates the housing module 210 mounted on the inner side of the support module 220 without separating it from the support module 220 to remove the shell accommodated in the housing module 210. Can be easily discarded. In one embodiment, a transfer conveyor belt (not shown) capable of transferring the shell to another place may be formed under the support module 220, and the transfer conveyor belt may be provided with the shell supplied by the rotational motion of the rotating part 400 It can be automatically transferred to the place.

6 is a view showing a rotating ring according to an embodiment of the present invention.

Referring to FIG. 6, the rotating ring 410 includes a ring body 411, a through hole 412, a fastening groove 413, a fastening bolt 414, and a fastening nut 415.

The ring body 411 is formed extending in the longitudinal direction, and after being rolled round, one end and the other end are fastened to each other to form a ring shape.

The through holes 412 are repeatedly formed at regular intervals along the ring body 411.

The fastening groove 413 is formed between the front end of the through hole 412 and the front end of the ring body 411, and between the rear end of the through hole 412 and the rear end of the ring body 411.

The fastening bolt 414 is inserted through a fastening groove 413 located on the upper side in a state in which one end and the other end of the ring body 411 are stacked, and the lower part is moved downward through a fastening groove 413 located at the lower side. Exposed.

The fastening nut 415 is fastened to the lower part of the fastening bolt 414.

The rotating ring 410 having the configuration as described above freely adjusts the fastening length of the ring body 411 corresponding to the diameter of the housing module 210 so that the housing module 210 of various diameters can be fastened. So you can improve work efficiency.

7 is a view showing a rotating gear according to an embodiment of the present invention.

Referring to FIG. 7, the rotation gear 430 includes a gear cylinder 431 and a fastening gear 432.

The gear cylinder 431 is formed in a cylindrical shape, is installed in close contact with the lower side of the rotary ring 410, and rotates according to the rotation of the driving motor.

In one embodiment, the gear cylinder 431 has a plurality of gear installation grooves 4311 along the circumference so that the fastening gear 432 can be inserted and installed at equal intervals corresponding to the number of fastening gears 432 Can be.

A plurality of fastening gears 432 are installed at regular intervals along the circumference of the gear cylinder 431, and are sequentially inserted into the through holes 412 as the gear cylinder 431 is rotated while rotating the rotating ring 410. Let me do it.

In one embodiment, the fastening gear 432 may include a gear blade 4321, a protrusion 4322, and an elastic body 4323.

The gear blade 4321 is inserted and installed in the gear installation groove 4311, and one end exposed to the outside of the gear installation groove 4311 to be inserted into the through hole 412 is formed in a round loudspeaker shape 4321a. .

The protrusion 4322 is caught by a separation prevention protrusion 4312 protruding in the inward direction along the inlet of the gear installation groove 4311 so that the gear blade 4321 is not separated from the gear installation groove 4311 ) Protruding along the outer peripheral surface of the other end.

The elastic body 4323 is installed inside the gear installation groove 4311 and supports the other end of the gear blade 4321 by using an elastic force.

The rotating gear 430 having the configuration as described above rotates the rotating ring 410 using the fastening gear 432 inserted into the through hole 412 while rotating in close contact with the lower side of the rotating ring 410 The housing module 210 fastened by the rotation ring 410 may be rotated.

At this time, when the fastening gear 432 is not correctly inserted into the through hole 412, the fastening gear 432 is inserted into the gear cylinder 431 through the gear installation groove 4311, and the fastening gear 432 By this, it is possible to prevent the rotation ring 410 from being damaged.

8 is a view showing another embodiment of a fastening gear according to an embodiment of the present invention.

Referring to FIG. 8, a fastening gear 432 according to another embodiment includes a gear blade 4321, a protrusion 4322, an elastic body 4323, and a sliding protrusion 4324.

Here, since the gear blade 4321, the protrusion 4322, and the elastic body 4323 are the same as those of FIG. 9, their description will be omitted.

The sliding protrusion 4324 is installed on the outer circumferential surface of the gear blade 4321 and is seated in a zigzag groove 4313 extending in a zigzag shape along the inner circumferential surface of the gear installation groove 4311 in the center direction of the gear cylinder 431 , As the gear blade 4321 is inserted into the inside of the gear installation groove 4311, it changes in the sliding direction in the left and right direction along the zigzag groove 4313 and moves in response to the shape of the zigzag groove 4313. ) To move.

In the fastening gear 432 according to another embodiment having the configuration as described above, when the fastening gear 432 is not accurately inserted into the through hole 412, the fastening gear 432 is the gear installation groove 4311 The gear blade 4321 is vibrated in response to the shape of the zigzag groove 4313 while being inserted into the gear cylinder 431 through, so that the gear blade 4321 is inserted into the through hole 412 during the vibrating process. Thus, it may be possible to continuously rotate the rotary ring 410 by the rotary gear 430.

9 shows a stirring device according to an embodiment of the present invention.

Referring to FIG. 9, the stirring device 10 according to an embodiment includes a receiving container 100, a rotating stirring unit 20-and a driving unit 300.

The receiving container 100 forms an inner space for accommodating the mixed liquid egg, and is mounted on the bottom surface of the inner space by a rotating stirrer 200.

The rotating stirring unit 200 is seated on the bottom surface 110 of the receiving container 100 and rotates while rotating along the bottom surface 110 of the receiving container 100 while stirring the mixed liquid egg.

The driving unit 300 is installed on the lower side of the receiving container 100 and rotates and revolves the rotating agitating unit 200 using attractive force by magnetic force with the bottom surface 110 of the receiving container 100 interposed therebetween. It drives.

The stirrer 10 according to an embodiment having the configuration as described above may provide an effect of uniformly stirring the mixed liquid egg, turmeric powder, and the like, thereby improving the quality of the zidane.

10 is a view showing the driving unit of FIG. 9.

Referring to FIG. 10, the driving unit 300 includes a lower cover 310, a ring-shaped gear 320, a center gear 330, an intermediate gear 340, a driving motor 350, and a support disk 360. .

The lower cover 310 covers the lower side of the receiving container 100 and has a configuration such as a ring gear 320, a center gear 330, an intermediate gear 340, a drive motor 350, and a support disk 360. It forms an inner space for installation.

The ring-shaped gear 320 is formed in a ring shape and faces the lower side of the receiving container 100 and is installed on the upper side of the inner space of the lower cover 310, and a first rack gear 321 is formed along the inner circumferential surface. .

The center gear 330 is installed at the inner center of the ring-shaped gear 320 and rotates in a clockwise or counterclockwise direction by the drive of the driving motor 350 installed at the lower side, and the intermediate gear 340 installed at the upper side Rotates clockwise or counterclockwise.

The intermediate gear 340 is interlocked and connected to each of the center gear 330 and the first rack gear 321 between the center gear 330 and the ring gear 320, and rotates as the center gear 330 rotates. While being moved along the inner circumferential surface of the ring-shaped gear 320, that is, the first rack gear 321, through the rotation stirring unit 200 and the attraction by magnetic force with the bottom surface 110 of the receiving container 100 between It is fastened and rotates and revolves the rotating stirrer 200.

That is, as the intermediate gear 340 rotates, the rotation stirring unit 200 also rotates, and as the intermediate gear 340 revolves, the rotation stirring unit 200 also rotates.

The drive motor 350 is installed under the center gear 330 to rotate the center gear 330.

The support disk 360 is formed in a disk shape corresponding to the shape of the ring-shaped gear 320 so that the ring-shaped gear 320 can be installed on the upper side.

The driving unit 300 having the configuration as described above can be driven so that the rotating stirring unit 200 and the intermediate gear 340 are connected by magnetic force so that the mixed liquid egg is stirred while rotating and rotating the rotating stirring unit 200. .

11 and 12 are views showing an intermediate gear.

11 and 12, the intermediate gear 340 includes a gear body 341, a first through hole 342, a second through hole 343, a first rotation magnet 344, and a second rotation magnet. Including 345.

The gear body 341 is connected to and connected to each of the center gear 330 and the ring gear 320 between the center gear 330 and the ring gear 320, so that the center gear 330 rotates, and thus the driving force is applied As a result, it moves between the center gear 330 and the ring-type gear 320 while rotating and revolving.

The first through hole 342 passes through the center of the gear body 341 so that the first rotation magnet 344 can be connected and installed at one side of the center hole 3411 in the vertical direction of the gear body 341. Penetrates and is formed.

The second through hole 343 is formed to penetrate the gear body 341 in the vertical direction from the other side of the center hole 3411 so that the second rotation magnet 345 can be connected and installed.

The first rotating magnet 344 is connected to the first through hole 342 in a horizontal direction so as to be rotatable, and generates a magnetic force with the bottom surface 110 of the receiving container 100 interposed therebetween, thereby being removed by magnetic force. 1 Fasten the fastening magnet 220.

The second rotating magnet 345 is installed in a horizontal direction so as to be rotatable in the second through hole 343 with the bottom surface 110 of the receiving container 100 interposed therebetween to generate a magnetic force to generate a second magnetic force. The fastening magnet 230 is fastened.

The intermediate gear 340 having the configuration as described above can drive the rotation agitating unit 200 to rotate and revolve by magnetic force using the rotation and revolution of the gear body 341, as will be described later. Likewise, by vibrating the stirring unit 200 in the vertical direction by separate rotation of the first rotating magnet 344 and the second rotating magnet 345, the stirring of the mixture of the stirring unit 200 can be performed more efficiently. I can.

13 is a view showing a first rotating magnet according to an embodiment of the present invention.

Referring to FIG. 13, the first rotating magnet 344 includes a magnet body 3451 and a rotating gear 3442.

Here, each of the configurations and functions of the first rotating magnet 344 to be described later can be equally applied to the second rotating magnet 345, and a description thereof will be omitted to avoid redundancy.

The magnet body 3441 is connected and installed so as to be rotatable in a state lying horizontally in the first through hole 342, and as shown in FIG. 7 so that it can be fastened to the first fastening magnet 220 by magnetic force, It is formed in the form of an octagonal column in which N poles or S poles are alternately formed on each side.

The rotation gear 3442 is installed on one side of the magnet body 341 and is installed in connection with the second rack gear 361 extending along the upper side of the support disk 360 by engaging the lower part. It moves while rotating along (361) to rotate the magnet body (3441).

In one embodiment, the second rack gear 361 is, as shown in FIG. 3, along a position corresponding to a trajectory of one side of the first rotation magnet 344 on which the rotation gear 3442 is installed. It can be formed extending from the side.

14 is a view showing an embodiment of a rotating stirrer according to an embodiment of the present invention.

Referring to FIG. 14, the rotating stirring unit 200 according to an embodiment includes a stirring body 210, a first fastening magnet 220, a second fastening magnet 230, and a stirring blade 240.

The stirring body 210 is seated on the bottom surface 110 of the housing container 100 and rotates according to the rotation and revolution motion of the intermediate gear 340 and rotates along the bottom surface 110 of the housing container 100 do.

The first fastening magnet 220 faces the first rotation magnet 344 and is installed on the stirring body 210 and is fastened to the first rotation magnet 344 by an attractive force by the magnetic force of the first rotation magnet 344. .

The second fastening magnet 230 faces the second rotation magnet 345 and is installed on the stirring body 210 and is fastened to the second rotation magnet 345 by an attractive force by the magnetic force of the second rotation magnet 345. .

The stirring blades 240 are installed along the outside of the stirring body 210 to stir the mixed liquid egg while rotating together as the stirring body 210 rotates.

15 and 16 are views showing another embodiment of the rotary stirring unit of the present invention.

15 and 16, the rotation stirring unit 200a according to another embodiment is an octagonal column in which N poles or S poles are alternately formed on each side corresponding to the shape of the first rotation magnet 344 It is formed in a shape, and in the case of the same polarity as the first rotating magnet 344, the stirring body 210 is lifted from the bottom surface 110 of the receiving container 100 by a repulsive force with the first rotating magnet 344. In the case of the polarity opposite to that of the first rotating magnet 344, the first rotating magnet 344 causes the stirring body 210 to be in close contact with the bottom surface 110 of the receiving container 100 by an attractive force with the first rotating magnet 344. It includes a fastening magnet (220a).

Here, since the stirring body 210 is the same as the above-described components, a description thereof will be omitted.

In the case where the rotation stirring unit 200a according to another embodiment is positioned so that the polarity opposite to the first rotation magnet 344 faces the first rotation magnet 344, the attraction in the direction of the first rotation magnet 344 When this action is in close contact with the bottom surface 110 of the receiving container 100 and the same polarity as the first rotation magnet 344 is positioned to face the first rotation magnet 344, the first rotation magnet 344 It is possible to vibrate while the agitation body 210 is raised or lowered in the vertical direction as the repulsive force in the direction acts as it rises to the bottom surface 110 of the accommodation container 100.

In addition, the stirring blades 240a according to another embodiment may include four blades 241 and a rotating bar 242.

The four blades 241 are installed to be perpendicular to each other so as to stir the mixed liquid egg while rotating.

The rotation bar 242 is formed extending from the center of the four blades 241 to the rotation axis of the first fastening magnet 220, and rotates as the first fastening magnet 220 rotates to form four blades 241. Rotate it.

The rotating agitating unit 200a according to another embodiment having the configuration as described above is capable of vibrating in the vertical direction beyond the two-dimensional planar driving of simply rotating and revolving the mixed liquid egg. It becomes possible to stir efficiently.

The above-described embodiments are for illustrative purposes only, and those of ordinary skill in the art to which the above-described embodiments belong can easily transform into other specific forms without changing the technical idea or essential features of the above-described embodiments. You can understand. Therefore, it should be understood that the above-described embodiments are illustrative and non-limiting in all respects. For example, each component described as a single type may be implemented in a distributed manner, and similarly, components described as being distributed may also be implemented in a combined form.

17 and 18 show a finger tip forming apparatus according to an embodiment of the present invention.

Referring to FIGS. 17 and 18, the liquid egg supply means 111 includes a liquid egg supply hopper 112 in which the mixed liquid egg E is filled therein. The liquid egg supply hopper 112 is fixedly mounted on an upper side of a pair of frames F extending vertically from the ground as shown. To the liquid egg supply hopper 112 fixedly mounted on the upper side of the frame (F), a liquid egg supply pipe 114 for supplying the mixed liquid egg (E) into the liquid egg supply hopper 112 from the outside is connected, and the egg supply hopper 112 ) Is equipped with a water level sensor (not shown) that detects the level of the mixed liquid egg (E) to be filled.

Further, at the lower side of the liquid egg supply hopper 112, one or more liquid egg discharge nozzles 116 are mounted to continuously supply the liquid egg (E) filled therein to the liquid egg firing space part 134 of the finger end forming means 120 to be described later. . Here, the liquid egg (E) may be obtained by removing only the yolk or white of the egg, and the liquid egg (E) may be obtained by removing the white together with the yolk of the egg. In addition, the liquid egg (E) may be a mixture of ingredients made by boiling egg white, yolk, turmeric powder, and gardenia. On the lower side of the liquid egg supply means 111 formed as described above, a finger end forming means 120 is disposed. The paper end forming means 120 includes a driven roller 122 disposed at a lower side of the liquid egg supply hopper 112, a driving roller 124 disposed spaced apart from one side of the driven roller 122, and a driven roller 122 A cooling jacket 132 receiving liquid eggs E together with the firing belt 130 that is supported by the driving roller 124 and rotates, the firing belt 130 passing while surrounding the driven roller 122, and the supplied liquid egg ( It includes a heating burner 138 for heating the firing belt 130 so that E) is fired.

As shown, the driven roller 122 and the driving roller 124 are placed between a pair of frames F, and both ends are frames.

It is rotatably supported by (F). At this time, on the frame (F) in which both ends of the driven roller 122 and the driving roller 124 are fitted, a conventional tension control means 126 is disposed. Further, on the frame (F) adjacent to one end of either end of the driving roller 124, a driving means 128 connected to one end of the driving roller 124 is disposed so as not to interfere with the tension adjusting means 126. Here, the driving means 128 may be made of a conventional motor. In addition, the tension control means 126 may have any shape and configuration as long as the tension of the plastic belt 130 can be adjusted by adjusting the positions of the driven roller 122 and the driving roller 124. Here, the plastic belt 130 is made of a thin metal plate made of stainless steel.

The cooling jacket 132 extends along the longitudinal direction of the driven roller 122 while having a cylindrical shape as shown. This cooling jacket 132 is in contact with the firing belt 130 so as not to interfere with the rotation of the firing belt 130 so that liquid eggs (E) can be supplied together with the firing belt 130 passing while surrounding the driven roller 122. Both ends are fixedly mounted on the frame (F). That is, the firing belt 130 and the cooling jacket 132 passing while surrounding the driven roller 122 form a liquid egg firing space part 134 that extends along the length direction of the cooling jacket 132 while being concave. The liquid egg (E) supplied to the successor section 134 is spread along the longitudinal direction of the liquid egg firing space part 134 while being accommodated in the liquid egg firing space part 134, and thus the spread liquid egg (E) is applied to the heating burner 138. It is transferred to the drive roller 124 through the driven roller 122 along the plastic belt 130 that is transferred while being in contact with the surface of the heated plastic belt 130 and being fed in the form of a paper end (D) having a predetermined width. do.

On the other hand, the cooling jacket 132 is a surface so that the liquid egg (E) is not pressed against the liquid egg firing space part 134 and is fired in the form of a finger end (D) and can be transferred along the heated firing belt 130 at the same time. This is provided cold, for this purpose, a cooling water circulation line 136 is mounted on the cooling jacket 132.

Here, it is desirable to maintain the surface temperature of the cooling jacket 132 to which the liquid egg (E) is in contact with 0 to 40°C, preferably 10 to 30°C, but the surface temperature of the cooling jacket 132 is less than 0°C. The cooling water on the back side freezes inside the cooling jacket 132 so that the cooling water cannot circulate, and when the surface temperature of the cooling jacket 132 exceeds 40°C, not only one side of the liquid egg E contacting the firing belt 130, but also Since the other side of the liquid egg (E) in contact with the cooling jacket 132 is also cooked, it is not only adhered to the cooling jacket 132 or is carbonized, but also the finger end (D) is not fired to a certain thickness and is uneven or torn.

The heating burner 138 extends along the longitudinal direction of the driven roller 122 and is transferred to the driving roller 124 through the driven roller 122 as well as the firing belt 130 passing while surrounding the driven roller 122. It is arranged to heat the firing belt 130. That is, the heating burner 138 directly heats the driven roller 122 so that the liquid egg (E) accommodated in the liquid egg firing space part 134 can be boiled in the form of a finger end (D), at this time, the driven roller 122 The passing firing belt 130 is heated by conducting heat from the driven roller 122, and the heat hitting the driven roller 122 is guided to the upper side, and the firing belt passed through the driven roller 122 and transferred to the driving roller 124 side. (130) is heated directly or indirectly. To this end, the heating burner 138 is disposed on the inside of the firing belt 130 adjacent to the outer circumferential surface of the driven roller 122, as shown, but between the 3 o'clock and 6 o'clock directions when the driven roller 122 is viewed from the side. While being disposed in the crater 140 is disposed to face the center of the driven roller (122).

The heating burner 138 arranged in this way is such that the surface temperature of the firing belt 130 is 120 to 180 °C, preferably 140 to 160 °C so that the liquid egg (E) can be fired in the form of a jidan (D). When the surface temperature of the firing belt 130 is less than 120°C, the firing (heating) temperature becomes weak and the paper end (D) is not completely cooked, and if the surface temperature of the firing belt 130 exceeds 180°C, the paper end ( D) is pressed against the firing belt 130 or is carbonized.

And both ends of the heating burner 138 is connected on the frame (F) so that the crater 140 is angle-adjustable, and both ends of the heating burner 138 and the frame (F) can be angle-adjusted using various known techniques. In the present invention, the connection relationship between both ends of the heating burner 138 and the frame F is not particularly limited.

In addition, an oxygen supply line (not shown) for supplying oxygen to the heating burner 138, a gas supply line (not shown) for supplying a combustion gas, and an ignition means (not shown) for igniting the gas using oxygen. Not) is installed, but the connection relationship between the heating burner 138 and the oxygen supply line, the gas supply line, and the ignition means is a known technique, so a detailed description will be omitted.

On the other hand, the paper end forming means 120 further includes a perforated plate 142 fixedly mounted on the upper frame (F) between the driven roller 122 and the driving roller 124.

A plurality of perforations 144 are formed in the perforated plate 142, and the perforated plate 142 allows the firing belt 130 transferred to the driving roller 124 to pass through the driven roller 122 to be uniformly heated and (D) When firing, the temperature variation of the firing belt 130 is minimized so that the ground (D) is cooked evenly.

The scope to be protected through the present specification is indicated by the claims to be described later rather than the detailed description, and should be interpreted as including all changes or modified forms derived from the meaning and scope of the claims and the concept of equivalents thereof. .

110: shelling device
210: housing module
220: support module
400: rotating part

Claims (2)

Containing; a transfer step of transferring the washed raw eggs through the transfer unit,
A washing step of washing the raw eggs using a washing device; And
A shelling step of shelling the raw eggs delivered through the transfer unit using a shelling device; And
Further comprising a mixing step of stirring the liquid eggs received from the shelling device using a stirring device,
The mixing step includes adding an extract made by boiling turmeric powder or gardenia to the liquid eggs,
A mixing step of stirring the liquid eggs received from the shelling device using a stirring device; And
Receiving the mixed liquid egg, further comprising a liquor generating step of generating a lichen using a lichen generating device,
The mixing step includes adding an extract made by boiling turmeric powder or gardenia to the liquid eggs,
The stirring device,
The stirrer includes: a receiving container defining an inner space for receiving the mixed liquid egg; A rotating stirrer seated on the bottom surface of the receiving container and rotating and rotating along the bottom surface of the receiving container while stirring the mixed liquid egg; And a driving unit installed on the lower side of the receiving container and driving the rotating agitating unit to rotate and revolve using an attractive force by magnetic force with the bottom surface of the receiving container therebetween,
The driving unit may include a lower cover covering a lower side of the receiving container and forming an inner space; A ring-shaped gear formed in a ring shape, facing a lower side of the receiving container, installed on an upper side of the inner space of the lower cover, and having a first rack gear formed along the inner circumferential surface; A center gear installed at the inner center of the ring-type gear; The center gear and the ring-type gear are engaged and connected to each of the center gear and the first rack gear, and are moved along the inner circumferential surface of the ring-type gear while being rotated as the center gear rotates, and the bottom surface of the receiving container An intermediate gear that is fastened through the rotational stirring unit and the attractive force by magnetic force to rotate and revolve the rotational stirring unit; A drive motor installed below the center gear to rotate the center gear; And a support disk formed in a disk shape corresponding to the shape of the ring-type gear so that the ring-type gear can be installed on the upper side, and
The intermediate gear may include a gear main body that is connected to and connected to each of the center gear and the ring gear between the center gear and the ring gear; A first through hole penetrating the center of the gear body and penetrating the gear body in a vertical direction at one side of the center hole formed therethrough; A second through hole formed by passing through the gear body in an up-down direction at the other side of the center hole; A first rotating magnet that is connected in a horizontal direction so as to be rotatable in the first through hole to generate magnetic force; And a second rotating magnet connected in a horizontal direction so as to be rotatable in the second through hole to generate a magnetic force; and
The first rotating magnet may include a magnet body formed in an octagonal column shape in which N poles or S poles are alternately formed on each surface; And a second rack gear that is installed on one side of the magnet body and is connected with a second rack gear extending along an upper surface of the support disk, and rotates along the second rack gear to rotate the magnet body. Including; giving rotation gear;
The second rack gear is formed to extend from the upper side of the support disk along a position corresponding to a trajectory of one side of the first rotation magnet on which the rotation gear is installed,
The rotational stirring unit may include a stirring body seated on the bottom surface of the receiving container and rotating while revolving along the bottom surface of the receiving container; A first fastening magnet facing the first rotating magnet, installed on the stirring body, and fastened to the first rotating magnet by an attractive force by the magnetic force of the first rotating magnet; A second fastening magnet facing the second rotating magnet, installed on the stirring body, and fastened to the second rotating magnet by an attractive force by the magnetic force of the second rotating magnet; And a plurality of stirring blades are installed along the outside of the stirring body to rotate together as the stirring body rotates while stirring the mixed liquid egg; includes,
The fingertip generating device,
Liquid egg supply means filled with the mixed liquid egg;
And a sheet forming means for continuously thinly pouring the mixed liquid eggs continuously supplied from the liquid egg supply means by transferring and heating,
The fingertip forming means,
A driven roller disposed on the lower side of the liquid egg supply means;
A driving roller spaced apart from one side of the driven roller;
A plastic belt supported by the driven roller and the driving roller to rotate;
A cooling jacket concave to receive the liquid eggs together with the firing belt passing while surrounding the driven roller and forming a liquid egg firing space extending along the longitudinal direction of the driven roller; And
Including; a heating burner for heating the firing belt so that the liquid egg supplied to the liquid egg firing space portion is heated by the firing belt to be transferred,
The liquid eggs supplied to the liquid egg firing space part are spread along the length direction of the liquid egg firing space part and contact the surface of the firing belt heated by the heating burner, Passing through the driven roller and being transferred to the driving roller side, the method for manufacturing a sheet.


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