KR102516426B1 - Manufacturing device of hotdog - Google Patents

Abstract

The present invention relates to a hot dog manufacturing apparatus, comprising: a conveying unit, a plurality of support units mounted and circulating in the longitudinal direction of the transfer unit, a fitting unit for mounting a plurality of rods with sausages inserted into the support unit, and a kneading unit for coating sausages with dough; Hot dogs can be mass-produced by an automated process, including an addition unit for attaching additives to the dough, a cooking unit for cooking the dough to which the additives are attached, and a discharge unit for separating the rod that has passed through the cooking unit from the support unit.

Description

Hot dog manufacturing device {MANUFACTURING DEVICE OF HOTDOG}

The present invention relates to a hot dog manufacturing apparatus, and more particularly, to a hot dog manufacturing apparatus in which additives such as bread crumbs are evenly distributed through an automated process and withdrawal defects are prevented.

Generally, hot dogs are foods eaten by sandwiching grilled or steamed sausages on a traditional hot dog bun. In addition, hot dog, commonly called in Korea, means fried food with sausages inserted into wooden chopsticks. These hot dogs are made with sausage on a stick, dipped in batter, and fried in oil.

However, since hot dogs are conventionally manufactured manually, there is a problem in that it is difficult to mass-produce hot dogs. Therefore, there is a need to improve this.

The background art of the present invention is disclosed in Republic of Korea Patent Registration No. 10-1235684 (published on February 15, 2013, title of the invention: hot dog handle bar insert support fixing device).

The present invention has been made to improve the above problems, and an object of the present invention is to provide a hot dog manufacturing apparatus in which additives such as bread crumbs are evenly distributed through an automated process and prevent withdrawal defects.

A hot dog manufacturing apparatus according to the present invention includes: a transfer unit; a plurality of support units mounted and circulating in the longitudinal direction of the transfer unit; a fitting portion for mounting a plurality of rods in which sausages are inserted into the support portion; a dough processing unit that coats the sausage with dough; Addition unit for attaching additives to the dough; a cooking unit for cooking the dough to which the additives are attached; and a discharge unit configured to separate the bar passing through the cooking unit from the support unit.

The addition unit is disposed above the support unit, and the addition supply unit for dropping the additive into the dough applied to the sausage moving downward; and an additive collection unit disposed below the support unit and collecting additives not adhered to the dough.

The addition unit may further include an addition rotation unit which rotates the support unit to induce the additives to be evenly adhered to the dough.

The additional rotating portion is connected to the rotating shaft of the support portion; And a rotation operation unit for rotating the rotation connection unit; characterized in that it comprises a.

The addition unit may further include an additive collection unit for recycling the additives collected in the addition collection unit by moving them to the additive supply unit.

The discharge unit includes a discharge fixing unit; A discharge control unit mounted on the discharge fixing unit and having a length adjusted; a discharge guide unit that is mounted on the discharge control unit and moves forward and backward, and guides the rod to be discharged; and a discharge holding unit mounted on the discharge control unit and coupled to or disengaged from the rod.

The discharge fixing part fixing horizontal part; a fixed inclined portion having one end disposed below the fixed horizontal portion and the other end disposed in front of the fixed horizontal portion; and at least one fixed connecting portion connecting the fixed horizontal portion and the fixed inclined portion.

The discharge guide unit includes a guide support unit coupled to the discharge control unit; and a guide duct part supported by the guide support part and disposed inclined to slide the rod.

The discharge gripping part is coupled to the discharge guide part, and the gripping fixing part is formed with a fixing groove so that the rod is seated at an upper end portion; a gripping operation unit mounted on the gripping unit and having a variable length; And a gripping and binding part covering the gripping part, having a binding hole corresponding to the fixing groove, and pressing or releasing the pressure on the rod seated in the fixing groove while being moved by the gripping operation part. characterized by

The gripping part includes a first gripping part coupled to the discharge guide part and to which the gripping operation part is mounted; and a second holding holding portion extending upward from the first holding holding portion and having the fixing groove formed at an upper end thereof.

At least one first gripping operation unit coupled to the gripping unit and having a variable length; and a second gripping operation unit coupled to the first gripping operation unit and connected to the gripping coupling unit.

The gripping unit includes a first gripping unit covering an upper portion of the gripping operation unit; a second gripping/binding portion extending upward from the first gripping/binding portion to cover one side of the gripping/binding portion; And a third gripping and engaging part extending downward from the second gripping and engaging part to cover the other side surface of the gripping and fixing part and being connected to the gripping operation part, wherein the second gripping and engaging part and the third gripping and engaging part are connected. It is characterized in that the binding hole portion is formed at the upper end of the gripping coupling portion.

The hot dog manufacturing apparatus according to the present invention reduces manufacturing cost by mass-producing hot dogs through an automated process, and manufactures various types of hot dogs by uniformly attaching additives to the surface of the dough surrounding sausages. In addition, the discharge unit may stably discharge the cooked hot dog to prevent product defects.

1 is a view schematically showing a hot dog manufacturing apparatus according to an embodiment of the present invention.
2 is a diagram schematically illustrating a support unit according to an embodiment of the present invention.
3 is a view schematically showing a fitting part according to an embodiment of the present invention.
4 is a view schematically showing a dough processing unit according to an embodiment of the present invention.
5 is a view schematically showing an addition unit according to an embodiment of the present invention.
6 is a schematic view of an additive rotation unit according to an embodiment of the present invention.
7 is a view schematically showing an addition and recovery unit according to an embodiment of the present invention.
8 is a view schematically showing a discharge unit according to an embodiment of the present invention.
9 is a view schematically showing a discharge fixing unit according to an embodiment of the present invention.
10 is a view schematically showing a discharge guide according to an embodiment of the present invention.
11 is a perspective view schematically illustrating a discharge gripper according to an embodiment of the present invention.
12 is a view schematically showing a state in which a discharge gripper grips a rod according to an embodiment of the present invention.
13 is a view schematically showing a state in which a rod is released from gripping a discharge gripper according to an embodiment of the present invention.

Hereinafter, an embodiment of a hot dog manufacturing apparatus according to the present invention will be described with reference to the accompanying drawings. In this process, the thickness of lines or the size of components shown in the drawings may be exaggerated for clarity and convenience of explanation. In addition, terms to be described later are terms defined in consideration of functions in the present invention, which may vary according to the intention or custom of a user or operator. Therefore, definitions of these terms will have to be made based on the content throughout this specification.

1 is a view schematically showing a hot dog manufacturing apparatus according to an embodiment of the present invention. Referring to FIG. 1, a hot dog manufacturing apparatus 1 according to an embodiment of the present invention includes a transfer unit 10, a support unit 20, a fitting unit 30, a dough processing unit 40, and an adding unit ( 50), a cooking unit 60, and a discharge unit 70.

The conveying part 10 circulates the support part 20 . For example, the transfer unit 10 includes a pair of upper roller units 11 facing each other, a pair of lower roller units 12 disposed below the upper roller units 11 and facing each other, and an upper roller unit (11) and a conveying chain part 13 that is wound around the lower roller part 12 and moves in an endless track manner. In addition, the upper roller unit 11 and the lower roller unit 12 are rotatably mounted on a frame (not shown), and either one of them may be driven by a motor. Meanwhile, the upper roller unit 11 and the lower roller unit 12 may be arranged so that the pair of transfer chain units 13 face each other for stable driving.

A plurality of support parts 20 are mounted in the longitudinal direction of the conveying part 10 and circulate. For example, both ends of the support part 20 may be coupled to the conveying chain part 13, respectively.

The fitting part 30 mounts a plurality of rods 100 in which sausages 200 are inserted into the support part 20 . For example, the fitting portion 30 may move the rod 100 so that the separated rod 100 is fixed to the support portion 20 while being inserted into the sausage 200.

The dough processing unit 40 coats the sausage 200 with the dough 300. For example, the dough processing unit 40 may spread the dough 300 on the surface of the sausage 200 moving along a predetermined path while moving up and down.

The addition unit 50 attaches the additive 400 to the dough 300. For example, the additive unit 50 may drop the additive 400 from above the sausage 200 moving along a predetermined path, and the additive 400 may adhere to the viscous dough 300. As the additive 400, various materials such as corn, potato, and bread crumbs that improve taste and texture may be used.

The cooking unit 60 cooks the dough 300 to which the additives 40 are attached. For example, the cooking unit 60 is formed to have a length in a direction corresponding to the movement path of the support unit 20 and has a shape of a container with an open top, and the dough 300 and the dough 300 are added by heating the stored oil. The adhering additives 400 can be cooked. As a result, the cooked hot dog 500 may be completed.

The discharge unit 70 separates the rod 100 including the cooked hot dog 500 from the support unit 20 . Due to this, the hot dog 500 may be moved to a later process.

2 is a diagram schematically illustrating a support unit according to an embodiment of the present invention. Referring to FIG. 2 , the support part 20 according to an embodiment of the present invention includes a support coupling part 21, a support connection part 22, and a support holding part 23.

The support coupling part 21 is mounted on the conveying part 10 . For example, the support coupling part 21 may be coupled to each conveying chain part 13 . This support coupling part 21 is a coupling body portion 211 disposed on the upper or lower side of the transfer chain unit 13, and a coupling bracket portion 212 connecting the coupling body portion 211 and the transfer chain unit 13. ) may be included.

Both ends of the support connection part 22 are rotatably mounted on the support coupling part 21 . For example, the support connection part 22 may be inserted into the support body 211 and rotated. Bearings may be provided in the support body 211 for stable rotation. A plurality of connection holes 221 may be formed in the longitudinal direction of the support connection part 22 .

The support holding portion 23 is formed in the longitudinal direction of the support connecting portion 22 and grips the penetrating rod 100 . For example, the support gripping part 23 includes a first gripping part 231 in contact with the outside of the support connecting part 22, and a second gripping part 231 extending from the first gripping part 231 and obliquely inserted into the connection hole 221. It may include a gripping part 232 and a third gripping part 233 fixing the first gripping part 231 to the support connecting part 22 . A pair of these support gripping parts 23 are arranged to face each other, and the second gripping part 231 is close to the inside of the connection hole 221, limiting the movement of the inserted rod 100 while functioning as a leaf spring. can do.

3 is a view schematically showing a fitting part according to an embodiment of the present invention. Referring to FIG. 3 , the fitting part 30 according to an embodiment of the present invention includes a rod supply part 31, a sausage supply part 32, and a fitting operation part 33. This fitting part 30 may be mounted on the frame part 90 .

The bar supply unit 31 supplies the bar 100. For example, the plurality of rods 100 stored in the rod supply unit 31 may be arranged at the same intervals as the connection hole 221 .

The sausage supply unit 32 supplies the sausage 200. For example, a plurality of sausages 200 stored in the sausage supply unit 32 may be arranged at the same interval as the connection hole 221 . Due to this, the rod 100 and the sausage 200 can be arranged on a straight line.

The fitting operation unit 33 moves the rod 100 so that the rod 100 penetrates the support 20 disposed between the rod supply unit 31 and the sausage supply unit 32 and is inserted into the sausage 200.

For example, the sausage supply unit 32 is disposed on the right side of the support unit 20, the bar supply unit 31 is disposed on the left side of the support unit 20, and the fitting operation unit 33 is located on the left side of the bar supply unit 31. can be placed. The fitting operation unit 33 may push the plurality of bars 100 mounted on the bar supply unit 31 while the length is varied by the hydraulic cylinder. Due to this, the rod 100 may be inserted into the sausage 200 while penetrating the connection hole 221 of the support part 20 . Preferably, the left end of the rod 100 is gripped by the holding part 23, and the right end of the rod 100 can be inserted into the sausage 200.

4 is a view schematically showing a dough processing unit according to an embodiment of the present invention. 4, the dough processing unit 40 according to an embodiment of the present invention includes a dough fixing unit 41, a dough base unit 42, a dough induction unit 43, a dough control unit 44 and , A dough storage unit 45 is included.

The dough fixing part 41 may be fixed to the frame part 90. And, the dough base part 42 is mounted on the dough fixing part 41 and is movable left and right. For example, the dough base portion 42 is mounted on the upper end of the dough fixing portion 41 and has a first base portion 421 having a length in the left and right directions, and one or more first base portions 421 movable along the first base portion 421. It may include a second base part 422 and a third base part 423 coupled to the second base part 422 .

The dough guide part 43 is mounted on the dough fixing part 41 and is connected to the dough base part 42 to induce left and right flow of the dough base part 42 . For example, the dough induction unit 43 may be a cylinder having one end mounted on the dough fixing unit 41 and the other end mounted on the second base unit 422, the length of which is varied by hydraulic pressure.

Kneading control unit 44 is mounted on the dough base unit 42, it is possible to adjust the length up and down. Then, the dough storage unit 45, the height of which is controlled by the dough control unit 44, has an upper side open to store the dough 300. For example, the dough control unit 44 may be mounted on the third base unit 423.

On the other hand, the dough processing unit 40 may be moved up and down so that the dough 300 is buried on the surface of the horizontally moved sausage 200. In addition, while moving left and right, the dough 300 may be evenly coated on the surface of the sausage 200. In addition, one or more dough processing units 40 may be installed.

5 is a view schematically showing an addition unit according to an embodiment of the present invention. Referring to FIG. 5 , an additive unit 50 according to an embodiment of the present invention includes an additive supply unit 51 and an additive receiver 52 .

The additive supply unit 51 is disposed above the support unit 20 and drops the additive 400 onto the dough 300 applied to the sausage 200 moving downward. For example, the additive supply unit 51 is mounted on the frame unit 90 and disposed above the transfer chain unit 13, and includes a supply hopper unit 511 in which the additive 400 is stored, and a supply hopper unit 511. It may include a supply door 512 formed at the lower end and opened and closed as needed to adjust the amount of the additive 400 falling.

The additive collection unit 52 is disposed below the support unit 20 and collects the additives 400 that are not attached to the dough 300. For example, the additive collection unit 52 is mounted on the frame unit 90 and may be disposed between the dough processing unit 40 and the cooking unit 60 .

6 is a schematic view of an additive rotation unit according to an embodiment of the present invention. Referring to FIGS. 2 and 5 to 6 , the addition unit 50 according to an embodiment of the present invention may further include an addition rotation unit 53 . The additive rotation unit 53 rotates the support unit 20 to induce the additives 400 to be evenly adhered to the dough 300.

More specifically, the additional rotation unit 53 includes a rotation connection unit 531 and a rotation operation unit 532 . The rotation connection part 531 is connected to the rotation shaft of the support part 20 . The rotation operation unit 532 rotates the rotation connection unit 531 . The rotation operation unit 532 may be mounted on the frame unit 90 .

For example, the rotation connection part 531 is coupled with the support connection part 22, and gear or sprocket-shaped protrusions may protrude on the outer circumferential surface. Rotation of the rotation connection unit 531 and the support connection unit 22 may be synchronized.

The rotation actuating unit 532 is mounted on the frame unit 90 and may form teeth that guide the rotating connection unit 531 to be moved and rotated. The rotation operation unit 532 may be formed to have a length for continuously rotating the support connection unit 22 so that the addition process is performed in the addition unit 50 .

7 is a view schematically showing an addition and recovery unit according to an embodiment of the present invention. Referring to FIG. 7 , the addition unit 50 according to an embodiment of the present invention may further include an addition and recovery unit 54 .

The additive collection unit 54 transfers the additive 400 collected in the additive collection unit 52 to the additive supply unit 51 and recycles it. For example, the addition recovery unit 54 communicates with the addition collection unit 52 and includes a first recovery unit 541 that moves the additive 400 collected in a screw manner in one direction, and a first recovery unit 541. The second recovery unit 542 that communicates and moves the additive 400 upward in a screw manner, and communicates with the second recovery unit 542 and the additive supply unit 51 and supplies the additive 400 in a screw manner. 51) may include a third recovery unit 543.

8 is a view schematically showing a discharge unit according to an embodiment of the present invention. Referring to FIG. 8, the discharge unit 70 according to an embodiment of the present invention includes a discharge fixing unit 71, a discharge control unit 72, a discharge guide unit 73, and a discharge gripping unit 74. includes

The discharge fixing unit 71 is disposed at a processing point after the cooking unit 60 . For example, the discharge fixing unit 71 may be fixed to the frame unit 90, and may be coupled to the ground or the outer wall of the cooking unit 60 or to a separate structure.

At least one discharge control unit 72 is mounted on the discharge fixing unit 71 to adjust its length. For example, the discharge control unit 72 may be a hydraulic cylinder whose length is variable, and various other length-adjustable parts may be employed.

The discharge guide part 73 is mounted on the discharge control part 72 and moves back and forth, and guides the discharged rod 100. More specifically, the discharge guide 73 may guide the cooked hot dog 500 to a post process.

The discharge gripping portion 74 is mounted on the discharge control portion 72, and is coupled or released from the rod 100. For example, in a state where the discharge gripping part 74 is coupled with the rod 100, the length of the discharge control part 72 is increased, and the discharging gripping part 74 moves forward while the rod 100 fixed to the support part 20. ) can be separated from the support part 20.

9 is a view schematically showing a discharge fixing unit according to an embodiment of the present invention. Referring to FIG. 9, the discharge fixing part 71 according to an embodiment of the present invention includes a fixed horizontal part 711, a fixed inclined part 712, and a fixed connecting part 713.

The fixed horizontal part 711 is formed to have a horizontal length, and both left and right ends may be fixedly installed to the frame part 90 . The fixed inclined portion 712 has one end disposed below the fixed horizontal portion 711 to be fixed to the frame unit 90 and the other end inclined to be disposed in front of the fixed horizontal portion 711 . One or more fixed connection parts 713 connect the fixed horizontal part 711 and the fixed inclined part 712.

10 is a view schematically showing a discharge guide according to an embodiment of the present invention. Referring to FIG. 10 , the discharge guide part 73 according to an embodiment of the present invention includes a guide support part 731 and a guide duct part 732 .

The guide support part 731 is coupled to the discharge control part 72. For example, the guide support unit 731 is disposed above the discharge control unit 72, and is moved backward according to the length change of the discharge control unit 72 to approach or move forward to the cooking unit 60 so that the cooking unit 60 can get away from

The guide duct part 732 is supported by the guide support part 731 and is inclined to slide the rod 100. For example, the guide duct unit 732 may have a duct shape with a bottom surface coupled to the guide support unit 731 to interlock with the guide support unit 731 and have an inclination so that the hot dog 500 can slide.

Figure 11 is a perspective view schematically showing a discharge gripping unit according to an embodiment of the present invention, Figure 12 is a view schematically showing a state in which the discharge gripping unit grips a rod according to an embodiment of the present invention, Figure 13 is It is a view schematically showing a state in which the rod is released from gripping the discharge gripper according to an embodiment of the present invention. 11 to 13, the discharge gripping part 74 according to an embodiment of the present invention includes a gripping fixing part 75, a gripping operation part 76, and a gripping coupling part 77.

The gripping part 75 is coupled to the discharge guide part 73, and a fixing groove 754 is formed so that the rod 100 is seated at the upper end. For example, the gripping part 75 is assembled with the guide support part 731 and bolts, and a plurality of fixing grooves 754 are spaced apart in the longitudinal direction of the upper end so that the rod 100 can be seated at the same time. The fixing groove 754 may be formed to have a larger width than the rod 100.

One or more gripping operation parts 76 are mounted on the gripping part 75 and have a variable length. For example, the gripping operation unit 76 may have a variable length in the left and right longitudinal direction of the gripping unit 75 in which the fixing grooves 754 are arranged in a row.

The gripping/binding portion 77 covers the gripping/fixing portion 75, and a coupling hole 774 corresponding to the fixing groove 754 is formed. The gripping coupling part 77 presses or releases the pressure on the rod 100 seated in the fixing groove 754 while being moved by the gripping operation unit 76 . For example, when the gripping/binding portion 77 is moved in a direction in which the binding hole 774 opens the fixing groove 754, the rod 100 may be seated in the fixing groove 754. Further, when the gripping/binding portion 77 is moved in a direction in which the binding hole 774 covers the fixing groove 754, the rod 100 may be coupled to the binding hole 774 and the fixing groove 754.

The gripping part 75 according to an embodiment of the present invention includes a first gripping part 751 and a second gripping part 752 .

The first gripping part 751 is coupled to the discharge guide part 73 and a gripping operation part 76 is mounted thereto. For example, the first gripping portion 751 may correspond to the left and right lengths of the guide support portion 731 and may be coupled with the guide support portion 731 by bolts. A guide duct part 732 may be assembled to the first gripping part 751 .

The second gripping part 752 extends upward from the first gripping part 751, and a fixing groove 754 is formed at an upper end thereof. For example, a fixing hole 753 for allowing coupling between the gripping operation unit 76 and the gripping unit 77 may be formed in the second gripping unit 752 .

The gripping operation unit 76 according to an embodiment of the present invention includes a first gripping operation unit 761 and a second gripping operation unit 762 .

One or more first gripping operation parts 761 are coupled to the gripping part 75 and have a variable length. For example, when the first gripping operation unit 761 is coupled to the first gripping unit 751 and power is applied or hydraulic pressure is supplied, the cylinder at the end protrudes to increase in length or is inserted to shorten the length.

The second gripping operation unit 762 is coupled to the first gripping operation unit 751 and connected to the gripping coupling unit 77 . For example, the second gripping operation unit 762 can be moved by the first gripping operation unit 751 and can be connected to the gripping coupling unit 77 through the fixing hole 753 .

The gripping and coupling unit 77 according to an embodiment of the present invention includes a first gripping and coupling unit 771, a second gripping and coupling unit 772, and a third gripping and coupling unit 773.

The first gripping unit 771 covers the upper side of the gripping operation unit 76 . For example, the first gripping unit 771 is disposed above the gripping unit 76 to prevent foreign matter from falling into the gripping unit 76 .

The second gripping/binding part 772 extends upward from the first gripping/binding part 771 and covers one side of the gripping/binding part 75 . For example, the second gripping/binding portion 772 may be bent upward from an end of the first gripping/binding portion 771 to cover the front surface of the second gripping/binding portion 752 .

The third gripping coupling portion 773 extends downward from the second gripping coupling portion 772 to cover the other side of the gripping portion 75 and is connected to the gripping operation portion 76 . For example, the third gripping/binding portion 773 may be bent downward from an upper end of the second gripping/binding portion 772 to cover the rear surface of the second gripping/binding portion 752 . The third gripping coupling part 773 may be coupled to the second gripping operation unit 762 through the fixing hole 753 .

Meanwhile, binding holes 774 are formed at upper ends of the second gripping/binding portion 772 and the third gripping/binding portion 773. The binding hole 774 may be formed with a binding rod groove 775 having an angular groove shape for surrounding the rod 100 .

A process of manufacturing a hot dog using the hot dog manufacturing apparatus according to an embodiment of the present invention having the above structure is described as follows.

When the support unit 20 mounted on the transfer chain unit 13 is disposed between the bar supply unit 31 and the sausage supply unit 32, the fitting operation unit 33 is driven so that the bar 100 penetrates the support unit 20. It is inserted into the sausage 200. At this time, the rod 100 is fixed to the holding part 23.

In the above state, the support part 20 is horizontally moved, and the state in which the sausage 200 is inserted into the lower part of the rod 100 is maintained by the weight.

When the rod 100 mounted on the support unit 20 is moved, the dough 300 is evenly coated on the sausage 200 while the one or more dough handling units 40 are moved up, down, left and right.

In a state where the dough 300 is buried on the surface of the sausage 200, the rod 100 is continuously moved. drop the

That is, the additive supply unit 51 drops the additive 400 from above, and the additive rotation unit 53 rotates the support unit 20 360 degrees so that the additive 400 can be evenly attached to the surface of the dough 300. . In addition, the dough 300 can be prevented from flowing down while the support part 20 is rotated several times by the gear engagement of the addition rotation part 53.

At this time, the addition collection unit 52 collects the additives 400 that are not attached to the dough 300 from the lower side of the additive supply unit 51, and the addition collection unit 54 collects the additives collected in the addition collection unit 52 400 is moved to the additive supply unit 51 to recycle the additive 400.

After the additive 400 is attached to the dough 300, it is put into the cooking unit 60, cooked as a hot dog 500, and moved to the packaging process through the discharge unit 70.

On the other hand, the length of the discharge control unit 72 is reduced so that the holding hole 774 exposes the fixing hole 754 in a state in which the discharging gripping unit 74 is disposed close to the cooking unit 60. is moved

In the above state, when the support part 20 is rotated by the gear provided in the discharge part 70, the rod 100 is seated in the fixing hole part 754.

When the rod 100 is seated in the fixing hole 754, the gripping coupling part 77 is moved by the driving of the gripping operation unit 76 to come into close contact with the rod 100. At this time, the rod 100 is constrained by the binding hole 774 and the fixing hole 754.

When the length of the discharge control unit 72 is increased in a state in which the rod 100 is coupled to the holding/binding unit 77, the discharge guide unit 73 is moved in a direction away from the cooking unit 60. Due to this, the rod 100 is separated from the support part 20.

In the state in which the length of the discharge control unit 72 is increased, when the length of the gripping operation unit 76 is adjusted and the gripping coupling unit 77 is moved in the direction of releasing the restraint on the bar 100, the bar 100 may be dropped to the guide duct unit 732 by the center of gravity of the hot dog 500 and moved to a destination.

The hot dog manufacturing apparatus 1 according to an embodiment of the present invention reduces the manufacturing cost by mass-producing hot dogs 500 through an automated process, and the additives 400 are added to the surface of the dough 300 surrounding the sausage 200. It can be attached to manufacture various types of hot dogs 500. In addition, the discharge unit 70 stably discharges the cooked hot dog to prevent product defects.

The present invention has been described with reference to the embodiments shown in the drawings, but this is only exemplary, and those skilled in the art can make various modifications and equivalent other embodiments. will understand Therefore, the true technical protection scope of the present invention should be determined by the claims below.

10: transfer unit 20: support unit
21: support coupling part 22: support connection part
23: support holding part 30: fitting part
31: rod supply unit 32: sausage supply unit
33: fitting operation unit 40: dough processing unit
41: dough fixing part 42: dough base part
43: Kneading unit 44: Kneading control unit
45: dough storage unit 50: addition unit
51: additive supply unit 52: additive collection unit
53: addition rotation unit 54: addition recovery unit
60: cooking unit 70: discharge unit
71: discharge fixing unit 72: discharge control unit
73: discharge guide unit 74: discharge gripping unit

Claims (12)

transfer unit;
a plurality of support units mounted and circulating in the longitudinal direction of the transfer unit;
a fitting portion for mounting a plurality of rods in which sausages are inserted into the support portion;
a dough processing unit that coats the sausage with dough;
Addition unit for attaching additives to the dough;
a cooking unit for cooking the dough to which the additives are attached; and
And a discharge unit for separating the bar passing through the cooking unit from the support unit,
the discharge part
Discharge fixed part;
A discharge control unit mounted on the discharge fixing unit and having a length adjusted;
a discharge guide unit that is mounted on the discharge control unit and moves forward and backward, and guides the rod to be discharged; and
It includes; a discharge gripping unit mounted on the discharge control unit and coupled to or disengaged from the rod;
The discharge guide part
Guide support unit coupled to the discharge control unit; and
A hot dog manufacturing apparatus comprising a; guide duct part supported by the guide support part and inclinedly disposed to slide and move the rod.
The method of claim 1, wherein the addition part
an additive supply unit disposed above the support unit and dropping additives into the dough applied to the sausage moving downward; and
Hot dog manufacturing apparatus characterized in that it comprises a; additive collection unit disposed below the support, for collecting the additives that are not attached to the dough.
The method of claim 2, wherein the addition part
Hot dog manufacturing apparatus characterized in that it further comprises; adding rotation unit for rotating the support portion to induce the additives to be evenly adhered to the dough.
The method of claim 3, wherein the addition rotation unit
Rotation connecting portion connected to the rotating shaft of the support; and
Hot dog manufacturing apparatus comprising a; rotation operation unit for rotating the rotation connection unit.
The method of claim 2, wherein the addition part
Hot dog manufacturing apparatus characterized in that it further comprises a; addition recovery unit for recycling the additives collected in the additive collection unit to the additive supply unit.
delete The method of claim 1, wherein the discharge fixing unit
fixed horizontal part;
a fixed inclined portion having one end disposed below the fixed horizontal portion and the other end disposed in front of the fixed horizontal portion; and
Hot dog manufacturing apparatus comprising a; one or more fixed connection portion connecting the fixed horizontal portion and the fixed inclined portion.
delete The method of claim 1, wherein the discharge gripping part
a holding holding part coupled to the discharge guide part and having a fixing groove part formed so that the bar is seated at an upper end;
a gripping operation unit mounted on the gripping unit and having a variable length; and
A gripping/binding portion that covers the gripping portion, has a binding hole portion corresponding to the fixing groove portion, and presses or releases the pressure on the rod seated in the fixing groove portion while being moved by the gripping operating portion. Characterized by a hot dog manufacturing apparatus.
10. The method of claim 9, wherein the holding part
a first gripping unit coupled to the discharge guide unit and to which the gripping operation unit is mounted; and
A hot dog manufacturing apparatus comprising a; a second holding holding portion extending upward from the first holding holding portion and having the fixing groove formed at an upper end thereof.
10. The method of claim 9, wherein the gripping operation unit
at least one first gripping operation unit coupled to the gripping unit and having a variable length; and
A hot dog manufacturing apparatus comprising a; second gripping operation unit coupled to the first gripping operation unit and connected to the gripping coupling unit.
10. The method of claim 9, wherein the gripping unit
a first gripping coupling part covering an upper portion of the gripping operation unit;
a second gripping/binding portion extending upward from the first gripping/binding portion to cover one side of the gripping/binding portion; and
A third gripping and engaging portion extending downward from the second gripping and engaging portion to cover the other side surface of the gripping and fixing portion and being connected to the gripping operation unit;
Hot dog manufacturing apparatus, characterized in that the binding hole portion is formed at the upper end of the second gripping coupling portion and the third gripping coupling portion.

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