KR102656654B1 - Egg Zipper Manufacturing Equipment - Google Patents

Abstract

The present invention includes an apparatus body (10) so that egg rolls can be manufactured in a continuous and uniform form by applying an automated process; A heating pan (21) with an open upper surface and a cooking space on the inside where egg batter supplied from outside is accommodated and cooked; a heating means (2) that is fixed by binding the heating fan and is supplied with power through control of a control means (4) that controls the power of the power supply unit and generates heat; a moving means (3) provided on the device body and configured to move the heating means; an egg batter supply means (7) provided in the apparatus main body and configured to supply egg batter to the heating pan (21); a take-out means (8) provided in the apparatus main body and configured to take out egg pieces cooked in the heating pan (21); An egg batter manufacturing device is provided including an oil application means (6) provided in the device main body and configured to apply oil to the cooking surface forming the cooking space of the heating pan moved to the egg batter supply means.

Description

Egg Zipper Manufacturing Equipment {Egg Zipper Manufacturing Equipment}

The present invention relates to an egg batter manufacturing device that receives egg batter and heat-processes it into batters, and is capable of manufacturing egg batters in a continuous and uniform form by applying an automated process.

Specifically, egg batter is supplied periodically and quantitatively to heating pans equipped with heating sources that move on the device body, and during the moving movement, egg batter is heated and cooked through heating conditions selectively set by the control means. It relates to an egg braid manufacturing device that maximizes manufacturing efficiency by continuously repeating the process of removing the cooked egg bracts from the heating pan after each production.

More specifically, it relates to an egg cut manufacturing device with improved usage efficiency as it can be installed without space restrictions by forming heating conditions through electric energy.

More specifically, it relates to an egg fry manufacturing device in which the heating fan is configured to move circularly while having a circular motion orbit on the device main body, thereby increasing spatial use efficiency.

In general, eggs are rich in protein, low in sodium, and contain all the essential amino acids necessary for our bodies, including vitamins and minerals, so they are known as a very good food that provides high-quality protein to people of all ages.

These eggs are widely used as food and cooking ingredients, and in particular, 'egg jidan (hereinafter referred to as 'jidan'), which is a thinly battered egg, is used as a filling for round gimbap, omelet rice, sandwiches, or as a garnish for noodles and udon. This is the situation.

Meanwhile, as the utilization of egg cakes increases, manufacturing devices that can produce egg cakes in large quantities are being developed.

One of them is Korean Patent Application No. 10-2015-0153338 (name: Egg Break Manufacturing Device/2015.11.02.), and as known in the gazette, a liquid egg supply means in which liquid eggs are filled, and a liquid egg supply means. It has a crust forming means that transfers and heats the liquid eggs continuously supplied from and frys them into thin layers continuously; The branch forming means includes 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 firing belt made of a thin metal plate made of stainless steel, which rotates while being supported by a driven roller and a driving roller; A cooling jacket that forms a liquid egg firing space that receives liquid eggs together with a firing belt that passes while surrounding the driven roller; and a heating burner that heats the firing belt so that the liquid eggs supplied to the liquid egg firing space are fried by the firing belt conveyed.

And in Korean Patent Application No. 10-2014-0146110 (name: Egg Roll Manufacturing Device/2014.10.27.), as known in the gazette, a plurality of heating plates are connected by hinge pins to enable continuous rotation, and the internal A heating conveyor equipped with a heating burner; a liquid egg supply unit supplying liquid eggs mixed with vegetables to a heating plate at a certain thickness on one side of the heating conveyor; a cooking oil spray nozzle on one side of the heating conveyor that sprays cooking oil onto the heating plate before liquid eggs are supplied; a guide tunnel that prevents heat loss in the movement path of the heating plate supplied with the liquid egg and prevents external foreign substances from entering; An egg roll manufacturing device including a separation blade provided to separate eggs cooked on the other side of the heating conveyor from the heating plate and feed them to the transfer conveyor is described.

Meanwhile, in Korean Patent Application No. 10-2013-0030840 (name: Egg Beat Manufacturing Device/2013.03.22.), as known in the gazette, a heating means for heating to a certain temperature is built inside. , a heating cylindrical body configured to be able to rotate in one direction by a rotation axis; a supply hopper for supplying egg raw materials from the upper part of the heating cylindrical body; a guide heating plate spaced apart from the heating cylindrical body at a predetermined distance for cooking the upper surface of the egg raw material flowing down the heating cylindrical body; An egg braid manufacturing device is described, including an oil spray nozzle formed on one side of the supply hopper for spraying oil onto the surface of the heating cylindrical body.

In addition, in Korean Patent Application No. 10-2011-0103491 (name: Method for manufacturing kimbap and its apparatus / 2011.10.1.), as known in the gazette, a base frame; a lower mold installed on the upper surface of the base frame and composed of several unit molds arranged in a planar manner to form a square-shaped cavity with a certain depth; an upper mold that is installed to cover the upper surface of the lower mold while being raised and lowered; Elevating and lowering means for raising and lowering the upper mold; Lower mold heating means installed on the base frame to heat the lower mold; It includes an upper mold heating means installed on the raising and lowering means to heat the upper mold; The upper mold elevating means includes a guide rod installed vertically from four corners of the base frame; An upper plate fixed to the top of the guide rod; A place where the upper mold is installed, a moving plate installed to be movable in the vertical direction while being horizontally coupled to the guide rod; A screw rod installed vertically on the upper surface of the moving plate and extending upwardly through the upper plate; A driving motor fixedly installed on the upper plate; A power transmission means installed on the upper plate to convert the rotational movement of the drive motor into vertical movement of the screw rod and moving plate is described.

Korean Patent Application No. 10-2015-0153338 (2015.11.02.) Korean Patent Application No. 10-2014-0146110 (2014.10.27.) Korean Patent Application No. 10-2013-0030840 (2013.03.22.) Korean Patent Application No. 10-2011-0103491 (2011.10.1.)

However, the conventional egg cut manufacturing devices as described above had the problem of low manufacturing efficiency due to difficulty in large-scale automatic processing.

In other words, it was not suitable for mass production, so there was a problem of low productivity and low usability.

In addition, there was a problem in that the homogeneity of the manufacturing quality of the eggs produced was low, making it difficult to maintain high quality.

In other words, there were limitations in the heating conditions (heating temperature, heating time) for egg batter, resulting in low homogeneity of manufacturing quality.

The present invention was proposed to solve the above-described conventional problems. The purpose of the present invention is to receive egg batter, heat-process it into dough, and manufacture the egg dough in a continuous and uniform form by applying an automated process. The goal is to provide an egg layer manufacturing device capable of doing so.

Another object of the present invention is to periodically and quantitatively supply egg batter to heating pans that move on the device body and are equipped with a heating source, and heat and cook them through heating conditions selectively set by a control means during the moving movement. The object of the present invention is to provide an egg batter manufacturing device that maximizes manufacturing efficiency by continuously repeating the process of manufacturing each egg batter and then removing the cooked egg batter from the heating pan.

Another purpose of the present invention is to create heating conditions through electric energy, which allows installation without spatial limitations, which not only improves usage efficiency, but also allows the heating fan to move circularly while having a circular motion orbit on the device body. The object is to provide an egg custard manufacturing device that increases space use efficiency as it is configured.

In order to achieve the object of the present invention as described above, the egg bract manufacturing apparatus according to the present invention includes an apparatus main body; A heating pan with an open upper surface and a cooking space on the inside where egg batter supplied from outside is accommodated and cooked; a heating means that is fixed by binding the heating fan and is supplied with power through control of a control means that controls the power of the power supply unit and generates heat; a moving means provided in the device body and configured to move the heating means; an egg batter supply means provided in the apparatus main body and configured to supply egg batter to the heating pan; a take-out means provided in the apparatus main body and configured to take out egg pieces cooked in the heating pan; and an oil application means provided in the device body and configured to apply oil to the cooking surface forming the cooking space of the heating pan, which is moved to the egg batter supply means.

The egg batter manufacturing device according to the present invention, which is configured as described above, moves on the device body, periodically and quantitatively supplies egg batter to heating pans equipped with a heating source, and heats selectively set by a control means during the moving movement. After producing individual egg cakes by heating and cooking under certain conditions, the process of removing the cooked egg cakes from the heating pan is continuously repeated, which has the effect of maximizing manufacturing efficiency.

Through this, egg batter is supplied and heated and processed into egg batter, and the egg batter can be manufactured in a continuous and uniform form by applying an automated process, which has the effect of improving manufacturing quality.

In addition, by controlling the control means, heating conditions through electric energy can be formed, allowing installation without spatial restrictions, which has the effect of improving usage efficiency.

In addition, the heating fan is configured to move circularly while having a circular movement orbit through a moving means on the device body, which has the effect of increasing spatial use efficiency.

Figures 1 and 2 are schematic illustrations showing an egg production device according to an embodiment of the present invention.
Figure 3 is a schematic illustration showing the operating state of the egg part manufacturing device according to this embodiment.
Figures 4 and 5 are schematic illustrations showing heating means constituting the egg fry manufacturing apparatus according to this embodiment.
Figures 6 and 7 are schematic illustrations showing the oil application means constituting the egg part manufacturing apparatus according to this embodiment.
Figures 8 to 13 are schematic illustrations showing the operating state of the oil application means constituting the egg bract manufacturing apparatus according to this embodiment.
Figures 14 and 15 are schematic illustrations showing the egg batter supply means constituting the egg batter manufacturing apparatus according to this embodiment.
Figure 16 is a schematic illustration showing the operating state of the egg batter supply means constituting the egg batter manufacturing device according to this embodiment.
Figure 17 is a schematic illustration showing the transmission member constituting the egg part manufacturing device according to this embodiment.
Figures 18 to 20 are schematic illustrations showing the operating state of the transmission member constituting the egg prong manufacturing apparatus according to this embodiment.
Figures 21 to 23 are schematic illustrations showing extraction means constituting the egg part manufacturing apparatus according to this embodiment.
Figures 24 to 30 are schematic illustrations showing the operating state of the extraction means constituting the egg braid manufacturing apparatus according to this embodiment.
Figures 31 and 32 are schematic illustrations showing the upper heating means constituting the egg part manufacturing apparatus according to this embodiment.
Figure 33 is a schematic illustration showing the control state of the egg part manufacturing device according to this embodiment

Hereinafter, with reference to the attached drawings, an egg bract manufacturing apparatus according to a preferred embodiment of the present invention will be described in detail as follows.

Embodiments of the present invention may be modified in various forms, and the scope of the present invention should not be construed as being limited to the embodiments described in detail below. This example is provided to more completely explain the present invention to those with average knowledge in the art. Therefore, the shapes of elements in the drawings may be exaggerated to emphasize a clearer description. It should be noted that identical members in each drawing may be indicated by the same reference numerals. Detailed descriptions of well-known functions and configurations that are judged to unnecessarily obscure the gist of the present invention are omitted.

1 to 33 are diagrams showing an egg fry manufacturing apparatus 1 according to an embodiment of the present invention. The egg fry manufacturing apparatus 1 according to this embodiment includes an apparatus main body 10; A heating pan (21) with an open upper surface and a cooking space on the inside where egg batter supplied from outside is accommodated and cooked; a heating means (2) that is fixed by binding the heating fan (21) and is supplied with power through control of a control means (4) that controls the power of the power supply unit (5) and generates heat; a moving means (3) provided on the device body (10) and configured to move the heating means (2); an egg batter supply means (7) provided in the device body (10) and configured to supply egg batter to the heating pan (21); a take-out means (8) provided on the device body (10) and configured to take out the egg cakes cooked in the heating pan (2); It may include an oil application means (6) provided in the device body (10) and configured to apply oil to the cooking surface forming the cooking space of the heating pan (21) moved to the egg batter supply means (7). .

That is, the moving force according to the driving of the moving means 3 is applied through the selected control pattern by the electrical control of the control means 4 on the device body 10, and the heating means 2 generates electric heat while moving. While forming, the bound heating pan 21 is heated.

At this time, while the heating means (2) is moving, oil is applied and coated on the cooking surface of the heating pan (21) through the oil application means (6), and then the cooking surface of the heating pan (21) is coated through the egg batter supply means (7). ), the selected appropriate amount of egg batter is supplied and accommodated in the cooking space, and is heated and cooked by the heat emitted through the heating means (2) to produce egg batter (100), which is cooked in the cooking space of the heating pan (21). The egg cake 100 is taken out and discharged to the selected location through the take-out means 8.

Accordingly, the egg batter is supplied periodically and quantitatively, the egg batter 100 is manufactured by heating and cooking under heating conditions selectively set by the control means 4, and the process of removing the egg is continuously repeated. Since the hem 100 can be manufactured in a continuous and uniform form by applying an automated process, manufacturing quality can be improved.

In addition, by controlling the control means 4, heating conditions through electric energy can be formed, allowing installation without spatial limitations, thereby improving usage efficiency.

In this embodiment, the device body 10 includes vertical frames 11 that have a vertical length relative to the floor and are arranged and supported at horizontal intervals, and the vertical frames 11 are placed horizontally. This can be achieved by combining horizontal frames 12 that are connected to form a horizontal length, and the combined structure of the vertical frame 11 and the horizontal frame 12 is designed to be used by the user in structures using conventionally known technology. It is desirable to select and apply it appropriately.

In this embodiment, the heating means (2) is coupled with the heating fan (21) attached to the upper part and is moved along the movement path through the moving means (3), and is formed at a contact portion with the heating fan (21). a heating body (22) provided with a heating element (25) supplied with power to generate heat; a pair of output power electrodes (23) arranged at intervals on the moving trajectory of the device body (10) by the moving means (3) and supplied with power through the control means (4); It may include input power electrodes 24 that are disposed on the heating body 22 facing the output power electrodes 23 and receive power while making surface contact with the output power electrodes 23, respectively. .

That is, the heating body 22 moves along the movement trajectory provided in the device main body 10 by the moving means 3, and is connected to the output power electrodes 23 each having + and - poles. Power controlled by the control means 4 is supplied through each of the input power electrodes 24 that are custom-connected and electrically connected, and is transmitted to the heating element 25 to generate electric heat.

Accordingly, the heating pan 21 supported by the heating body 22 heats and cooks the egg batter introduced into the cooking space through the generated electric heat.

At this time, not only is suitable heating and cooking performed during the movement time of the heating body 22 by the movement means 3, but also the movement time and heating conditions of the heating body 22 can be selectively adjusted through the control means 4. Therefore, not only can the egg roll 100 be manufactured in a continuous and uniform form by applying an automated process, but it can also be installed without spatial limitations by forming heating conditions through electric energy.

In the above, the heating body 22 is provided with fitting grooves 221 that fit and bind the binding protrusions protruding from the bottom of the heating pan 21, so that the heating pan 21 is connected to the heating body 22. It can be detachably fastened, and its binding structure can be made of a structure using conventionally known technology, and is preferably applied appropriately according to the user's selection.

In the above, the output power electrodes 24 have a gap in the longitudinal direction of the movement trajectory in the device body 10, but the gap is smaller than the contact length of the input power electrodes 23 provided at the lower part of the heating body 22. A plurality of them can be arranged while being electrically connected to each polarity.

In other words, while the heating bodies 22 are moving along the movement path by the moving means 3, each output power electrode 23 can be electrically connected to each input power electrode 24 at all times. there is.

Meanwhile, the heating means 2 described above may further include a power control regulator 26 that controls the power input through the input power electrodes 24 and supplies it to the heating body 25.

That is, the power applied via the input power electrodes 24 through the power control regulator 26 may be supplied to the heating element 25 to generate heat.

In the above, the power control regulator 26 may be electrically connected to the control means 4 to selectively control and supply power supply conditions to the heating element 25 through control of the control means 4.

That is, integrated heating and cooking conditions will be provided to each heating pan 21 coupled to each heating body 22 through the control means 4 electrically connected to the power control regulator 26. You can.

Accordingly, it is possible to manage and perform the entire cooking process of the egg cake 100 in an integrated manner according to the data set in the control means 4, so that the production of the egg cake 100 can be performed in a continuous and uniform form. It can be configured by applying an automated process, maximizing productivity and manufacturing quality.

In this embodiment configured as described above, the moving means (3) includes a circular moving belt (31) arranged to have a circular movement path having a length on the device body (10); driven pulleys (36) provided on the device body (10) to be capable of idling and supported by a circular movement belt (31) wound around it; It is provided in the device body 10 and receives power supplied through the control of the control means 4 to generate rotational force to rotate the movable pulley 35 to move the circular movement belt 31. It may include a drive motor 37.

That is, as the power controlled by the control means (4) is applied and the driving motor (37) is driven to rotate the movable pulley (35), the circular movement belt (31) moves in a circular motion to heat the heating body (22). It gets moved.

In the above, the circulation transfer belt 31 may be made of a 'chain belt', and in this case, the heating body 22 is fitted and bound to the circulation movement belt 31 to move the circulation movement belt 31. A coupling protrusion configured to move in one direction may be provided.

In this embodiment, the moving means 3 can be configured to form a circular orbit that causes the heating body 22 to move circularly on the device body 10.

In other words, the heating bodies 22 move in a circular motion on the device body 10 through the moving means 3, thereby making it possible to perform continuous heating and cooking operations while increasing spatial efficiency. .

In the above, the moving means 3 includes a circular moving belt 31 arranged to have a circular movement path having a length on the device body 10, and a circular moving belt ( 31) is wound and supported by driven pulleys 36, which are provided on the device body 10 and receive power supplied through the control of the control means 4 to form a rotating force to form a circular movement belt 31. It has a drive motor (37) to rotate the movable pulley (35), which is arranged in parallel with an interval, and moves the heating bodies (22) in the forward and reverse directions. A pair of linear moving members 32; In the linear moving members 32, a pair of transmission members 33 are disposed between the inlet and outlet sides of the heating body 22 to deliver the heating body 22 discharged from the outlet side to the inlet side. It can be done including.

That is, on both sides of a pair of linear moving members 32 that are spaced apart from each other and are arranged parallel to each other in the longitudinal direction and each moving direction is in the forward and reverse direction, a pair of transmission members 33 are provided with a heating body ( By transferring and moving 22), the moving trajectory of the heating body 22 can form a circular trajectory.

Meanwhile, in this embodiment, stoppers 34 are disposed on a moving trajectory on the device body 10 and rotate under the control of the control means 4 to prevent the heating body 22 from moving, The heating body 22 can be prevented from leaving the set position without permission and can be moved according to data set in the control means 4 to ensure the stability of work.

In the above, the stopper 34 may have a structure using conventionally known technology, and is preferably applied appropriately according to the user's selection.

In this embodiment made as described above, the transmission member 33 includes a transmission body 331 disposed between the inlet and outlet sides of each of the linear moving members 32 on the device body 10; A transmission belt 332 arranged to have a circular motion path having a length on the transmission body 331, and a transmission pulley that is rotatable on the transmission body 331 and is wound around the transmission belt 332 to support it. (333), and a transmission pulley (333) provided on the transmission body (331) and configured to move the transmission belt (332) by receiving power supplied through control of the control means (4) to form a rotational force. Straight line movement on the other side through a transmission motor (not shown) designed to rotate and a transport member 334 driven through control of the control means 4 while supported on the device body. After transferring the transmission body to the inlet of the member 32, driving the transmission belt 332 and transmitting it to the circular moving belt 31 located at the inlet side, the heating body 22 for the linear moving members 32 Transfer movement takes place.

Accordingly, the circular movement trajectory of the heating body 22 on the device body 10 can be stably implemented.

In this embodiment, the oil application means (6) includes an application frame (61) having a length in the longitudinal direction of the heating fan (21) provided in the device body (10); an application movement member 62 provided on the application frame 61 and driven by receiving power under the control of the control means 4 to cause the application body to move in a straight line; an application cylinder (64) installed on the application body and driven by receiving power under the control of the control means (4) to linearly reciprocate the application brush (63) fixed at the end in the direction toward the heating fan; The device body 10 may include an oil storage tank 65 provided on the movement trajectory of the application brush 63 and storing oil inside an open upper portion.

That is, two-dimensional motion according to the data set in the control means (4) through the horizontal movement of each application movement member (62) and the vertical movement of the application cylinder (64), which are driven by receiving power from the control means (4). Orbital motion can be implemented.

Accordingly, the application brush 63 sequentially and continuously performs a two-dimensional orbital movement according to the data set in the control means 4, and is applied to the heating pan 21 while covered with the oil stored in the oil storage tank 65. Oil may be applied while driving over the heated surface.

In the above, the application movement member 62 can be made of a conventionally known 'cylinder structure' technology, and is preferably applied appropriately according to the user's selection.

In this embodiment configured as described above, the egg dough supply means (7) includes a storage tank (74) in which egg liquid is stored in a kneaded state; A supply nozzle 71 is disposed on the upper part of the heating body 22 in the device body 10 and is connected to a supply pipe 72 through which the egg dough stored in the storage tank 74 is transferred and supplied to the heating pan 21. )class; It may include a supply pump 73 that is supplied with power through control of the control means 4 and driven to pump the egg batter stored in the storage tank 74 toward the supply nozzle 71.

That is, the egg batter stored in the storage tank 74 is pumped through the supply pump 73 driven by receiving power from the control means 4, passes through the supply pipe 72, and then is pumped through the supply nozzle 71. It can be supplied to the heating space of the heating fan (21) through.

At this time, the amount of egg batter supplied to the heating pan 21 can be supplied in an appropriate amount by adjusting the operating conditions of the supply pump 73 according to data set in the control means 4.

In this embodiment, the take-out means (8) includes a take-out frame (81) having a length extending outward from the movement trajectory of the heating fan (21) provided in the device body (10); a take-out body (82) coupled to linearly reciprocate in the longitudinal direction on the take-out frame (81); a take-out motion member 83 provided on the take-out frame 81 and driven by receiving power under the control of the control means 4 to cause the take-out body 82 to move in a straight line; The collection member 84, which is provided on the take-out body 82 and is driven by receiving power under the control of the control means 4 to collect the egg pieces 100 in the direction of the heating fan 21, moves in a straight line. It may be achieved by including an ejection cylinder 85 designed to do so.

That is, two-dimensional motion according to the data set in the control means (4) through the horizontal movement of each take-out movement member (83) and the vertical movement of the take-out cylinder (85) driven by receiving power from the control means (4). Orbital motion can be implemented.

Accordingly, the collecting member 84 sequentially and continuously performs a two-dimensional orbital movement according to the data set in the control means 4, collects the egg cakes 100 cooked in the heating pan 21, and then heats them. After being taken out from the fan 21, it may be transported to a set location and stored.

The ejection movement member 83 described above may be made of a conventionally known 'cylinder structure' technology, and is preferably applied appropriately according to the user's selection.

Meanwhile, in this embodiment, the extraction means 8 and the oil application means 6 may be arranged close to each other on the movement trajectory of the heating body 22 of the device main body 10, and the extraction means 8 Each can be arranged to form a direction in which the heating body 22 progresses from the oil application means 6, and is preferably applied appropriately according to the user's selection.

In addition, in this embodiment, the stopper 34 moves in a straight line in the space between the extraction means 8 and the oil application means 6 and the space between the oil application means 6 and the egg batter supply means 7. It is rotatably disposed on the outlet side of the member 32, and when oil application, egg batter supply, egg batter extraction, and movement direction change operation are performed separately from the moving movement of the heating body 22, the heating body 22 This can be done to prevent unauthorized movement outside of the movement conditions according to the set data.

In this embodiment configured as described above, the collecting member 84 includes a collecting frame 841 provided at the rod end of the take-out cylinder 85 and having a length in the longitudinal direction of the heating fan 21; Collecting bodies 842 are each provided so as to be capable of linear reciprocating movement in the longitudinal direction of the collecting frame 841 and moving close to and away from each other; It may include collection cylinders 843 that are provided on the collection frame 841 and are driven by receiving power under the control of the control means 4 to cause each collection object 842 to move in a straight line. .

That is, while the collectors 842 in the collection frame 841 are performing the two-dimensional orbital movement as described above through control by the control means 4 at a position close to each other, the heating fan 21 In a close position, the collectors 842 perform linear movements spaced apart from each other through the collection cylinders 843 driven by the control of the control means 4, so that the cooking space of the heating pan 21 is located. 100) can be collected in a form that supports snags.

In addition, as the egg cake 100 in which the cooking space of the heating pan 21 is located is caught and supported by the collector 842, it is heated according to a two-dimensional orbital movement by the control means 4 that is continuously performed. After being taken out from the fan 21, it can be transported to a set location and stored.

In the above, the collection body 842 may be movably coupled to the collection frame 841 while the collection guide rod 844, which is provided with a length in the longitudinal direction, penetrates the collection frame 841.

Additionally, at the bottom of the collector 842, a plurality of collection pieces 845 may be provided, which have a length in the longitudinal direction of the heating element 25 and are bent at their longitudinal ends with a downward inclination angle.

In other words, as the collector 842 approaches the upper part of the heating fan 21 and the storage position, it can perform spaced-out and closer movements, respectively, by the collection cylinder 843.

Accordingly, at the position of the heating pan 21, the collection pieces 845 penetrate the egg piece 100 through a pair of collectors 842 that move apart from each other and spread apart to collect the egg piece 100. It is fixed and collected while being caught on the pieces 845, and in the storage position, the egg piece 100, which is supported on the collection pieces 845 through a pair of collectors 842 that move close to each other, is released. The capture state can be released and separated.

Accordingly, this process can be carried out sequentially and continuously repeatedly to remove the egg cake 100 from the heating pan 21.

As described above, in this embodiment, the device body 10 is moved through the moving means 3, and egg batter is periodically and in fixed quantities supplied to the heating pans 21 equipped with heating sources. After producing each egg cake (100) by heating and cooking through selectively set heating conditions, the process of removing the cooked egg cake (100) from the heating pan (21) can be continuously and repeatedly performed. It is understandable.

Meanwhile, in this embodiment, it is provided in the device body 10 and receives power through control of the control means 4 to emit electric heat from the upper part of the heating body 22 to the heating fan 21 to heat and cook. It may further include an upper heating means (9).

That is, homogeneous heating of the egg batter 100 is cooked by heating the upper part of the egg batter cooked in the heating pan 21 through the upper heating means 9 separately from the lower layer cooked through the heating body 22. Cooking quality can be realized.

In the above, the upper heating means (9) is composed of three sets of upper heating elements (91) arranged sequentially at intervals at the position before the extraction means (8) on the movement trajectory of the device main body (10). The upper heating elements 91 can be cooked under heating conditions where the temperature is gradually increased through each heat (e.g., 50°C, 80°C, 100°C) gradually increased in the transfer direction of the heating fan 21. Therefore, it is desirable to apply it appropriately according to the user's choice.

One embodiment of the present invention described above is merely illustrative, and those skilled in the art will be able to appreciate that various modifications and other equivalent embodiments are possible. . Therefore, it will be understood that the present invention is not limited to the forms mentioned in the detailed description above. Therefore, the true scope of technical protection of the present invention should be determined by the technical spirit of the attached patent claims. In addition, the present invention should be understood to include all modifications, equivalents and substitutes within the spirit and scope of the present invention as defined by the appended claims.

1: Egg cutting manufacturing device 10: Device main body
11: vertical frame 12: horizontal frame
100: egg roll 2: heating means
21: Heating pan 22: Heating body
221: Fitting groove 23: Output power electrode
24: input power electrode 25: heating body
26: power control regulator 3: means of movement
31: circular movement belt 32: linear movement member
33: transmission member 331: transmission body
332: Transmission belt 333: Transmission pulley
334: carrying member 34: stopper
35: movable pulley 36: driven pulley
37: Drive motor 4: Control means
5: Power supply unit 6: Oil application means
61: application frame 62: application movement member
63: application brush 64: application cylinder
65: Oil storage tank 7: Egg batter supply means
71: Supply nozzle 72: Supply pipe
73: supply pump 74: storage tank
8: Take-out means 81: Take-out frame
82: Take-out body 83: Take-out movement member
84: collection member 841: collection frame
842: Collecting body 843: Collecting cylinder
844: Collection guide rod 845: Collection section
85: Take-out cylinder 9: Upper heating means
91: Upper electric heating element

Claims (11)

A device body;
A heating pan with an open upper surface and a cooking space on the inside where egg batter supplied from outside is accommodated and cooked;
a heating means that is fixed by binding the heating fan and is supplied with power through control of a control means that controls the power of the power supply unit and generates heat;
a moving means provided on the device body and configured to move the heating means;
an egg batter supply means provided in the apparatus main body and configured to supply egg batter to a heating pan;
a take-out means provided in the apparatus main body and configured to take out egg pieces cooked in a heating pan;
It is provided in the device body and includes an oil application means configured to apply oil to the cooking surface forming the cooking space of the heating pan moved to the egg batter supply means, and the heating means includes,
A heating body with a heating fan attached to the upper part that is detachably coupled, moves on a moving path through a moving means, and is provided with a heating element that is supplied with power to a contact area with the heating fan and generates heat;
A pair of output power electrodes arranged in the device body at intervals on a moving trajectory by the moving means and supplied with power through a control means;
An egg cutlet manufacturing device comprising input power electrodes disposed in a portion of the heating body facing the output power electrodes and receiving power while making surface contact with the output power electrodes, respectively. delete According to claim 1;
The means of transportation is,
a circular movement belt arranged to have a circular movement path having a length on the device main body;
Driven pulleys provided on the device body to be able to rotate idly and supported by a circular movement belt wound around them;
An egg, which is provided in the device body and includes a drive motor configured to rotate a movable pulley that receives power supplied through control of a control means and generates a rotational force to move the circular movement belt. Zidane manufacturing equipment. According to claim 1;
The means of transportation is,
An egg cutlet manufacturing device, characterized in that a circular orbit is formed to cause the heating body to move circularly on the device main body. According to claim 4;
The means of transportation is,
A circular movable belt arranged to have a circular motion path having a length on the device main body, driven pulleys provided to be idly rotated on the device main body and wound around and supported by the circular movable belt, and provided on the device main body, It has a drive motor configured to rotate a movable pulley that receives power supplied through control of the control means to generate a rotational force to move the circulation movable belt, and is arranged in parallel with an interval between the heating motors and the heater. a pair of linear moving members that move the body in the forward and reverse directions, respectively;
The egg piece is characterized by comprising a pair of transmission members disposed between the inlet sides and the outlet side of the heating body in the linear moving members to deliver the heating body discharged from the outlet side to the inlet side. Manufacturing equipment. According to claim 5;
The transmission member is,
a transmission body disposed between the inlet sides and the outlet sides of each of the linear moving members on the device main body;
A transmission belt arranged to have a circular motion path having a length on the transmission body, transmission pulleys provided for idling on the transmission body and wound around and supported by the transmission belt, and provided on the transmission body and of control means. a transmission motor configured to rotate an action pulley that receives power supplied through control to generate rotational force to move the transmission belt;
The egg part is provided in the device body and is selectively driven by receiving power supplied through control of a control means to cause the delivery body to move in a straight line between the inlet and the outlet. Manufacturing equipment. According to claim 1;
The oil application means is,
an application frame having a length in the longitudinal direction of the heating fan provided in the device body;
an application movement member provided on the application frame and driven by receiving power under the control of a control means to cause the application body to move in a straight line;
an application cylinder provided on the application body and driven by receiving power under the control of a control means to cause the application brush fixed at the end to reciprocate in a straight line in the direction toward the heating fan;
An egg braid manufacturing device comprising an oil storage tank provided on the movement trajectory of the application brush in the device main body and storing oil inside an open upper portion. According to claim 1;
The egg batter supply means is,
A storage tank where the egg liquid is stored in a kneaded state;
a supply nozzle disposed on the upper part of the heating body of the device body and connected to a supply pipe through which the egg batter stored in the storage tank is transferred and supplied to the heating fan;
An egg batter manufacturing device comprising a supply pump that is supplied with power under the control of the control means and driven to pump the egg batter stored in the storage tank toward the supply nozzle. According to claim 1;
The extraction means is,
a take-out frame having a length outside the moving trajectory of the heating fan provided in the device body;
a take-out body coupled to linearly reciprocate in the longitudinal direction on the take-out frame;
a take-out motion member provided on the take-out frame and driven by receiving power under the control of a control means to cause the take-out body to move in a straight line;
An egg take-out cylinder provided on the take-out body and driven by receiving power under the control of a control means to linearly reciprocate a collecting member configured to collect the egg pieces in the direction toward the heating pan. Device. According to claim 9;
The collecting member is,
a collection frame provided at the rod end of the extraction cylinder and having a length in the longitudinal direction of the heating pan;
Collecting bodies each provided to be capable of linear reciprocating movement in the longitudinal direction of the collecting frame to move closer to and away from each other;
An egg piece manufacturing device comprising collection cylinders provided on the collection frame and driven by receiving power under the control of a control means to cause each collection object to move in a straight line. According to claim 10;
The collector is,
A collection guide rod provided with a length in the longitudinal direction on the collection frame is movably coupled while penetrating,
At the bottom,
An egg piece manufacturing device, characterized in that it is provided with a plurality of collection pieces that have a length in the longitudinal direction of the heating element and are bent with a longitudinal end having a downward inclination angle.

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