KR102351396B1 - Seasoning processing device - Google Patents

Abstract

The present invention relates to a seasoning processing device. The seasoning processing device includes: an injector having one end into which a chicken is injected; a cutter for cutting a certain portion of the chicken when it is necessary to cut the chicken which is injected from the injector and has been washed; and a tumbler to which the seasoning solution to which saccharomyces boulardii is added, and the chicken washed from the injector or the chicken cut from the cutter are put, the tumbler being rotationally driven to season the chicken injected from the injector. Therefore, the present invention provides effects such as promoting digestion, reducing cholesterol, and increasing the activity of beneficial bacteria in the intestine.

Description

Salting processing device {Seasoning processing device}

The present invention relates to a salting process apparatus.

Meat refers to the meat of slaughtered animals used as ingredients, and includes beef, pork, chicken, and lamb.

Among them, chicken is characterized by higher protein content and relatively lower fat and cholesterol content than pork or beef. Chicken, unlike other meats, has a strong, tough character and has a unique odor, and chicken salting is performed to remove the odor and make the meat softer and more resilient.

In addition, poultry, such as chicken, can be cross-contaminated more easily during the slaughtering process than other medium-sized livestock because they are processed continuously on the slaughter line as small livestock. In order to manufacture meat products using poultry meat as the main raw material, special processing technology is required because emulsifying power and water retention properties are inferior to those of livestock meat.

Tempura is preferred as the main thing where such chicken is cooked, and it is used as a main menu especially in delivery food.

The chicken salting process is performed by trimming (washing, cutting) chicken, then salting and aging, applying frying powder and seasoning, and frying and packaging.

In the cooking process, the salting and aging or seasoning is performed at the supplier, and the seasoning, frying, and delivery are performed at each retail establishment and supplied to the home. Here, the salting and aging is a pre-processing process for chicken cooking, and the salting is performed to make chicken meat soft and tender, especially to remove the smell of chicken, and seasoning is sometimes added. And, it is known that about one day is suitable for aging, and in this process, the flesh of the chicken becomes softer and a light taste is emitted.

However, the conventional salting process of chickens can be done manually. In this case, it is difficult to evenly apply the salting solution to the chicken, and it may entail loss of ingredients contained in the salting solution. In addition, since the salting time is prolonged, the salting solution may be separated, thereby reducing the salting effect and lowering productivity.

In order to solve this problem, a method of dipping by immersing chickens in a salting solution rather than spraying a salting solution is used.

That is, it is necessary for the chicken to be sufficiently immersed in the salting solution for even salting of the chicken.

However, in the chicken immersion, the degree of immersion of the upper and lower portions is different, and a part of the chicken disposed on the upper portion is not sufficiently immersed in the salting solution, and salting and aging may be performed in a state exposed to the outside.

Therefore, it is required to periodically stir the chicken in the salting and aging process of chicken. In addition, strong agitation or friction between the stirrer and the chicken during salt aging will damage the surface of the material (chicken skin), so special attention is required.

As a result, if sufficient stirring is not performed during the salting aging process, a uniform salting aging process may not be performed, and thus the marketability of cooked food may decrease. The addition of the stirring process by manpower reduces productivity, and damage to the chicken by stirring can be a factor that reduces the marketability.

Korean Patent Registration No. 10-2279251

An object of the present invention is to provide a salting process apparatus capable of providing effects such as promoting digestion, reducing cholesterol, and increasing intestinal beneficial bacteria activity by adding Saccharomyces bouladibacterium.

The technical problems of the present invention are not limited to the technical problems mentioned above, and other technical problems not mentioned will be clearly understood by those skilled in the art from the following description.

The salting process apparatus according to an embodiment of the present invention may include an injector into which a chicken is injected into one end.

The salting process apparatus according to an embodiment of the present invention includes: a cutter for cutting a certain portion of the chicken when it is necessary to cut the chicken injected from the injector and washed; And Saccharomyces bouladi is added to the salting solution and the chicken washed from the injector or the chicken cut from the cutter is added, and a tumbler rotationally driven to salt the injected chicken; may further include.

According to an embodiment, the injector includes: an injection unit that has a first conveyor belt transferred in one direction provided at an inner lower end and transfers the trimmed chicken located at the upper end in one direction; a washing unit having a second conveyor belt connected to and driven by the first conveyor belt provided in the injection unit at an inner lower end, and supplying washing water to wash the chicken transported by the injection unit; and a third conveyor belt driven in connection with the second conveyor belt provided in the washing unit is provided at the inner lower end, and the washing is completed from the washing unit and the chicken transferred through the second conveyor belt is moved in one direction. It may include; a discharge unit for discharging.

According to one embodiment, the cutter, the frame portion located on the outside to support the cutting process of the chicken; a cutting unit located at the other end of the frame unit to cut the chicken located at the lower end; A seating part in which a chicken that needs to be cut is seated among the chickens that have been washed by the injector because there is a groove into which a chicken can be inserted; a rotating part located at both ends of the inner side of the frame to which the seating part is fixedly connected and which rotates in one direction to transfer the fixedly connected seating part in one direction; and a roller unit connected to the inner side of the rotating unit to drive the rotating unit to rotate in one direction.

According to an embodiment, the tumbler may include: a power supply unit for supplying power to be rotationally driven; The rotating body is formed so as to be able to open and close at one end is formed with an inlet into which the chicken is put; a rotating roller unit provided with a guide buffer on the outer side to guide the rotational driving of the rotating body and to alleviate the impact generated on the rotating body; a rotation support part fixedly connected to the outer surface of the rotation body and the rotation roller part to control and support the driving of the rotation body and the rotation roller part; and a rotational moving part positioned at the lower end of the rotational support part and formed in the shape of a rotatable wheel so that the rotational support part can move.

According to an embodiment, the frame part may include: a first fixing part for fixing one side of the seating part located at the lower end of the cutting part by the rotating part; a second fixing part for fixing the other side of the seating part located at the lower end of the cutting part by the rotating part; and a first cutting blade elevating between the first fixing part and the second fixing part and cutting the chicken seated in the seating part.

According to one embodiment, the cutting unit, the cutting body for controlling the elevating drive of the first cutting blade; a cutting control unit for adjusting the cutting position of the first cutting blade for cutting the chicken seated on the seating unit; a second cutting blade connected to the upper end of the first cutting blade and having a cutting position adjusted by the cutting control unit together with the cutting position of the connected first cutting blade; And numerical grooves at regular intervals are formed, and the cutting position at which the first cutting blade controlled by the cutting adjustment unit cuts is cut through the second cutting blade connected to the upper end of the first cutting blade. It may include a cutting tape measure that can be checked.

According to an embodiment, the guide cushioning part, the first central forming part is formed in the shape of a semicircle, the connection part is formed with two connection grooves at both ends, respectively; a second central forming part formed in a semicircular shape and having a connecting portion provided with two connecting grooves at both ends, and the connecting portions at both ends contacting and connecting to the connecting portion of the first central forming unit; connecting pillars provided at regular intervals in the first central forming part and the second central forming part; and a buffer module provided while being inserted into the connecting column.

According to an embodiment, the first central forming unit is fixedly connected by a connecting module having through grooves in contact with the connecting grooves when the connecting portions formed at both ends are fixed to the connecting units formed at both ends of the second central forming unit. can

According to one embodiment, the guide shock absorber, by the movement of the chicken located inside the rotating body, it is possible to alleviate the shock shaking in a direction opposite to the rotational driving direction.

Chicken salting method according to an embodiment of the present invention, it is possible to inject the chicken to one end of the injector.

Chicken salting method according to an embodiment of the present invention, washing the injected chicken into one end of the injector; When it is necessary to cut the washed chicken, cutting a certain part of the chicken using a cutter, putting the chicken in a tumbler, and then injecting a salt solution to which Saccharomyces bouladi is added to drive the tumbler; and taking out the salted chicken from the tumbler and then aging and packaging the chicken for a predetermined period of time.

According to an embodiment, the injector includes: an injection unit that has a first conveyor belt transferred in one direction provided at an inner lower end and transfers the trimmed chicken located at the upper end in one direction; a washing unit having a second conveyor belt connected to and driven by the first conveyor belt provided in the injection unit at an inner lower end, and supplying washing water to wash the chicken transported by the injection unit; and a third conveyor belt driven in connection with the second conveyor belt provided in the washing unit is provided at the inner lower end, and the washing is completed from the washing unit and the chicken transferred through the second conveyor belt is moved in one direction. It may include; a discharge unit for discharging.

According to one embodiment, the cutter, the frame portion located on the outside to support the cutting process of the chicken; a cutting unit located at the other end of the frame unit to cut the chicken located at the lower end; A seating part in which a chicken that needs to be cut is seated among the chickens that have been washed by the injector because there is a groove into which a chicken can be inserted; a rotating part located at both ends of the inner side of the frame to which the seating part is fixedly connected and which rotates in one direction to transfer the fixedly connected seating part in one direction; and a roller unit connected to the inner side of the rotating unit to drive the rotating unit to rotate in one direction.

According to an embodiment, the frame part may include: a first fixing part for fixing one side of the seating part located at the lower end of the cutting part by the rotating part; a second fixing part for fixing the other side of the seating part located at the lower end of the cutting part by the rotating part; and a first cutting blade elevating between the first fixing part and the second fixing part and cutting the chicken seated in the seating part.

According to one embodiment, the cutting unit, the cutting body for controlling the elevating drive of the first cutting blade; a cutting control unit for adjusting the cutting position of the first cutting blade for cutting the chicken seated on the seating unit; a second cutting blade connected to the upper end of the first cutting blade and having a cutting position adjusted by the cutting control unit together with the cutting position of the connected first cutting blade; And numerical grooves at regular intervals are formed, and the cutting position at which the first cutting blade controlled by the cutting adjustment unit cuts is cut through the second cutting blade connected to the upper end of the first cutting blade. It may include a cutting tape measure that can be checked.

According to an embodiment, the tumbler may include: a power supply unit for supplying power to be rotationally driven; The rotating body is formed so as to be able to open and close at one end is formed with an inlet into which the chicken is put; a rotating roller part for guiding the rotational driving of the rotating body on the outer side and for alleviating the impact generated on the rotating body; a rotation support part fixedly connected to the outer surface of the rotation body and the rotation roller part to control and support the driving of the rotation body and the rotation roller part; and a rotational moving part positioned at the lower end of the rotational support part and formed in the shape of a rotatable wheel so that the rotational support part can move.

According to an embodiment, the guide cushioning part, the first central forming part is formed in the shape of a semicircle, the connection part is formed with two connection grooves at both ends, respectively; a second central forming part formed in a semicircular shape and having a connecting portion provided with two connecting grooves at both ends, and the connecting portions at both ends contacting and connecting to the connecting portion of the first central forming unit; connecting pillars provided at regular intervals in the first central forming part and the second central forming part; and a buffer module provided while being inserted into the connecting column.

According to an embodiment, the first central forming unit is fixedly connected by a connecting module having through grooves in contact with the connecting grooves when the connecting portions formed at both ends are fixed to the connecting units formed at both ends of the second central forming unit. can

According to one embodiment, the guide shock absorber, by the movement of the chicken located inside the rotating body, it is possible to alleviate the shock shaking in a direction opposite to the rotational driving direction.

According to one aspect of the present invention described above, the salting process apparatus proposed by the present invention has effects such as promoting digestion, reducing cholesterol, and increasing intestinal beneficial bacteria activity by adding Saccharomyces bouladi. can provide

In addition, it guides the rotating tumbler to salt the chicken and acts as a buffer, and a guide buffer part in which a plurality of buffer modules are located on the outer surface is provided, so that stable rotational driving is possible.

The effects of the present invention are not limited to the above-mentioned effects, and various effects may be included within the range apparent to those skilled in the art from the following description.

1 is a view showing a flowchart of a chicken salting method according to an embodiment of the present invention.
2 to 8 are diagrams showing the configuration of the dyeing process apparatus according to an embodiment of the present invention.
9 to 13 are views showing the configuration of the dyeing process apparatus according to another embodiment of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS [0012] DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS [0010] DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS [0010] Reference is made to the accompanying drawings, which show by way of illustration specific embodiments in which the present invention may be practiced. These embodiments are described in sufficient detail to enable those skilled in the art to practice the present invention. It should be understood that the various embodiments of the present invention are different but need not be mutually exclusive. For example, certain shapes, structures, and characteristics described herein with respect to one embodiment may be implemented in other embodiments without departing from the spirit and scope of the invention.

When a component is referred to as being “connected” or “fastened” to another component, it may be directly connected or fastened to the other component, but it is understood that other components may exist in between. it should be On the other hand, when it is mentioned that a certain element is "directly connected" or "directly fastened" to another element, it should be understood that the other element does not exist in the middle.

In addition, it should 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 set forth 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 scope equivalents as those claimed. Like reference numerals in the drawings refer to the same or similar functions throughout the various 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 flowchart of a chicken salting method according to an embodiment of the present invention.

A chicken is injected into one end of the injector, the injected chicken is washed with one end of the injector (S1100), and when the washed chicken needs to be cut, a certain part of the chicken is cut using a cutter, and the chicken is put in a tumbler. The brine solution is injected to drive the tumbler (S1700), and after taking out the salted chicken from the tumbler, it can be aged and packaged for a predetermined period of time (S1900).

Here, the cutting of a certain part of the chicken is necessary after the cutting of the chicken that has been washed by one end of the injector is completed (S1300), it is possible to cut a certain part of the chicken using the cutter (S1500).

2 to 8 are diagrams showing the configuration of the dyeing process apparatus according to an embodiment of the present invention.

2 to 8 , the dyeing process apparatus according to an embodiment of the present invention may include an injector 100 , a cutter 300 and a tumbler 500 .

The injector 100 may include an injection unit 110 , a cleaning unit 150 , and an exhaust unit 190 .

The injection unit 110 has a first conveyor belt (not shown) that is transferred in one direction and is provided at the inner lower end, so that the trimmed chicken c located at the upper end can be transferred in one direction.

The washing unit 150 has a second conveyor belt (not shown) connected to and driven with a first conveyor belt (not shown) provided in the injection unit 110 at the inner lower end, and supplies washing water to the injection unit 110 . ) can wash the chicken (c) transferred by.

In the discharge unit 190 , a third conveyor belt (not shown) connected to and driven with a second conveyor belt (not shown) provided in the washing unit 150 is provided at the inner lower end, and washing is performed by the washing unit 150 . It is possible to discharge the chicken (c) that is completed and transferred through the second conveyor belt (not shown) in one direction.

The cutter 300 may include a frame part 310 , a cutting part 330 , a seating part 350 , a rotating part 370 , and a roller part 390 .

The frame part 310 may be positioned on the outside to support the cutting process of the chicken (c).

Here, the frame part 310 may include a first fixing part 313 , a second fixing part 317 , and a first cutting blade 315 .

The first fixing part 313 may fix one side of the seating part 350 located at the lower end of the cut part by the rotating part 370 .

The second fixing part 317 may fix the other side of the seating part 350 located at the lower end of the cutting part 330 by the rotating part 370 .

The first cutting blade 315 may ascend and descend between the first fixing part 313 and the second fixing part 317 and cut the chicken seated on the seating part 350 .

The cutting unit 330 may be located at the other end of the frame unit 310 to cut the chicken located at the lower end.

Here, the cutting unit 330 may include a cutting body 331 , a cutting adjustment unit 333 , a second cutting blade 335 and a cutting tape measure 339 .

The cutting body 331 can control the lifting and lowering driving of the first cutting blade 315 .

The cutting adjustment unit 333 may adjust the cutting position of the first cutting blade 315 for cutting the chicken seated on the seating unit 350 .

The second cutting blade 335 is connected to the upper end of the first cutting blade 315, and the cutting position can be adjusted by the cutting adjustment unit 333 together with the cutting position of the connected first cutting blade 315. have.

The cutting tape measure 339 has numerical grooves formed at regular intervals, and connects the cutting position where the first cutting blade 315 is cut, which is controlled by the cutting adjustment unit 333, to the upper end of the first cutting blade 315. It is possible to check the cutting position through the second cutting blade (335).

Since the seating part 350 has a groove into which a chicken can be inserted, a chicken that needs cutting among chickens washed by the injector can be seated therein.

The rotating part 370 is located at both ends of the inner side of the frame, but the seating part 350 is fixedly connected, and it can rotate in one direction to transfer the fixedly connected seating part 350 in one direction.

The roller unit 390 is connected to the inner side of the rotating unit 370 and may be driven to rotate the rotating unit 370 in one direction.

The tumbler 500 may include a power supply unit 510 , a rotating body 530 , a rotating roller unit 390 , a rotating support unit 570 , and a rotating moving unit 590 .

The power supply unit 510 may supply power to be rotationally driven.

The rotating body 530 may be formed so as to be able to open and close at one end, so that an input unit 535 into which a chicken is put may be formed.

The rotating roller unit 390 guides the rotational driving of the rotating body on the outer side and can alleviate the impact generated on the rotating body 530 .

The rotating support unit 570 is fixedly connected to the outer surfaces of the rotating body 530 and the rotating roller unit 390 to control and support the driving of the rotating body 530 and the rotating roller unit 390 .

The rotation moving unit 590 may be positioned at the lower end of the rotation support unit 570 to be formed in the shape of a rotatable wheel so that the position movement of the rotation support unit 570 is possible.

9 to 13 are diagrams showing the configuration of the dyeing process apparatus according to another embodiment of the present invention.

9 is a guide cushioning unit 555 according to another embodiment of the present invention, the buffer module 551 may be located along the outer surfaces of the first central forming unit 555 and the second central forming unit 557. have.

The first central forming part 555 and the second central forming part 557 may be formed in a semicircular shape, and both ends of the first central forming part 555 are in contact with the second central forming part 557 . It may be connected in the shape of a circular band.

Here, at both ends of the first central forming unit 555 and the second central forming unit 557, a connecting unit 559 having two connecting grooves (not shown) may be formed, respectively, and the connecting unit 559 is It may be firmly fixed by the connection module 600 .

The connection module 600 includes one of two connection grooves formed in one end of the connection grooves at both ends formed in the first central forming unit 555 and one end of the connecting grooves at both ends formed in the second central forming unit 557 . It may be arranged so as to be vertically positioned with the connection part 559 to connect one of the two connection grooves formed in the connection groove of the .

As a result, the connection part 559 and the connection module 600 may be positioned perpendicular to each other, and the connection module 600 may have through grooves formed at both ends at the same position as the connection grooves (not shown).

The first central forming part 555 and the second central forming part 557 may be provided with connecting post portions 553 at regular intervals, and the buffer module 551 is provided while the connecting post unit 553 is inserted. can be

That is, the buffer module 551 is connected to a plurality of connecting columns spaced apart from each other at regular intervals along the outer surfaces of the first central forming part 555 and the second central forming part 557 formed in the shape of a circular band. It may be provided according to the part 553 .

The shock generated by the movement of the chickens salted inside the tumbler 500 can be absorbed by the guide buffer 555 provided with the buffer modules 551 arranged at regular intervals.

Salt drive device according to another embodiment of the present invention may be shaken in a direction perpendicular to or opposite to the rotation drive direction by the movement of chickens salted inside during rotation drive, in order to prevent this, on the outer surface of the tumbler 500 It is possible to prevent the movement in a direction that does not coincide with the rotational driving direction by positioning the buffering module 551 is provided with the guide buffering portion (555).

10 to 13 are both ends of the connection module 600 for connecting the connection parts 559 formed at both ends of the first central forming part 555 and the second central forming part 557 according to another embodiment of the present invention. A through groove (not shown) may be formed therein.

Here, the through groove (not shown) is formed at the same position as the connection groove (not shown) of the first central forming part 555 and the second central forming part 557 that are in contact and passes through the connecting groove (not shown). Thus, the first central forming part 555 and the second central forming part 557 can be firmly connected and fixed.

More specifically, the connection module 600 according to another embodiment of the present invention is provided with holes matching the connection plate and the connection part, and is inserted into the holes so that the connection plate can be fixed to the connection part through the holes, and the tip The outer circumferential surface may include a first screw fastening portion including a first screw portion having a fix groove formed through the central portion and a second screw portion fastened to the first screw portion.

In addition, the connection module 600 is fastened to the front end of the first screw part and is installed in the fastening body having a fastening groove on the outer circumferential surface to penetrate toward the center and in the fastening groove to protrude toward the inner center of the fastening body to secure the fastening body to the first A coupling pin that is fitted so as not to fall into the fix groove formed in the first screw part when fastening to the tip of the screw, a ring-shaped elastic body installed on the outer peripheral surface of the coupling body to apply a predetermined tension force to the coupling pin, and a coupling pin It is installed to surround the fastening body not to be separated from the elastic body and may include a second screw fastening part made of a coupling cap having a coupling confirmation part formed on the outer wall.

It is characterized in that it further comprises a deformation preventing part installed in contact with the side wall of the fastening body inside the coupling cap to prevent deformation of the outer wall of the coupling cap formed with the coupling confirmation part.

It is characterized in that the fitting portion is formed to protrude on both sides of the elastic body, and a groove in which the fitting portion is seated is formed on the outer circumferential surface of the fastening body.

The coupling pin is made of any one number among one or more numbers, and it is characterized in that it is installed at a radially equiangular position toward the center of the fastening body.

As shown in the drawing, the connection module according to the present invention may include a first screw fastening part 610 for fixing the connection plate 690 to the connection part 559 .

The first screw fastening portion 610 may include a first screw portion 611 having an upper end portion 6112 and a second screw portion 612 fastened to the first screw portion 611 .

For the fastening of the first screw part 611 and the second screw part 612 , a male screw part may be provided in the first screw part 611 , and a female screw part may be provided in the second screw part 612 .

In addition, a fix groove 6116 penetrating the center of the first screw part 611 may be formed at the front end of the first screw part 611 , that is, on the opposite side of the upper end part 6112 .

The fix groove 6116 can be coupled to the second screw fastening part 650 so that the coupling pin 652 provided in the second screw fastening part 650 to be described later is inserted and fixed so that the second screw fastening part 650 cannot be separated. .

As shown, the connection module according to the present invention is provided with a second screw fastening portion (650). This second screw fastening part 650 is a part forming a feature of the present invention, and the fastening body is fastened to the distal end of the first screw part 611 in a state in which the second screw part 612 is fastened to the first screw part 611. (651) is provided.

The fastening body 651 has a female screw portion corresponding to the male screw portion of the first screw portion 611 so as to be fastened to the tip of the first screw portion 611, and the outer peripheral surface of the fastening body 651 has a fastening penetrating toward the center. A groove 6512 may be formed.

A coupling pin 652 is installed in the fastening groove 6512, and the coupling pin 652 is installed in the fastening groove 6512 to protrude toward the inner center of the fastening body 651 to connect the fastening body 651 to the first. When fastened to the tip of the screw portion 611 , it may be fitted and fixed so as not to fall into the fix groove 6116 formed in the first screw portion 611 .

The tip of the first screw portion 611 may be formed in a hemispherical shape so that the coupling pin 652 can be more easily inserted into the fix groove 6116 formed in the first screw portion 611 .

One or more of these coupling pins 652 may be installed in the fastening body 651. In this case, the coupling pins 652 may be installed at a radially equiangular position toward the center of the fastening body 651. .

In this way, the coupling pin 652 may have a predetermined tension by the elastic body 653 in order to be fixed so that the coupling pin 652 does not fall into the fix groove 6116 of the first screw part 611 .

The elastic body 653 is for applying a predetermined tension force to the coupling pin 652 , and may be installed in a ring shape on the outer circumferential surface of the coupling body 651 .

In addition, the elastic body 653 is formed on the outer peripheral surface of the fastening body 651 to be fixed without flowing in a state in which fitting parts 6532 protrude to both sides in the central part of the elastic body 653, and the fitting part 6532 ) may be formed on the outer peripheral surface of the fastening body 651 fitting groove 6516 can be installed.

As described above, the elastic body 653 is installed not to flow by the fitting portion 6532 formed in the elastic body 653 and the fitting groove 6516 formed in the fastening body 651, so the coupling pin 652 by the elastic body 653 is installed. ) can be given more reliable tension.

A coupling cap 654 may be installed to surround the coupling body 651 to prevent the elastic body 653 and coupling pin 652 from being separated from the coupling body 651 as described above.

On the outer wall of the coupling cap 654, a coupling confirmation unit 6542 for confirming the presence or absence of the coupling may be formed.

The coupling cap 654 may be manufactured using a thin plate material to be easily damaged when the coupling cap 654 is separated.

In addition, an anti-deformation part 655 may be further provided inside the coupling cap 654 , and the strain-preventing part 655 is in contact with the sidewall of the fastening body 651 inside the coupling cap 654 . By installing it, it is possible to prevent deformation of the outer wall of the coupling cap 654 in which the coupling confirmation part 6542 is formed.

That is, since the coupling cap 654 is manufactured as a material of a thin plate that is easily damaged, it is possible to prevent the coupling cap 654 from being damaged by other external factors that do not disassemble the fastener.

When an external force is applied to the outer wall of the coupling cap 654 in which the coupling confirmation unit 6542 is formed by the deformation preventing unit 655, it is possible to prevent deformation, thereby improving the appearance.

When explaining the assembly method for the second screw fastening part 650 having such a configuration, first, the coupling pin 652 is inserted into the fastening groove 6512 formed in the fastening body 651 and the elastic body 653 is installed. Then, the coupling cap 654 is installed to surround the fastening body 651 .

At this time, the coupling cap 654 has a deformation preventing part 655 and a coupling pin 652 and an elastic body ( After inserting and installing the fastening body 651 with 653 installed into the coupling cap 654, one side of the coupling cap 654 is bent to prevent the coupling body 651 from falling out, thereby preventing the coupling body 651 from falling out. It is possible to prevent the coupling pin 652 and the elastic body 653, which are installed toward the center of the , from being separated from the coupling body 651 .

The coupling pin 652 installed in this way protrudes into the fastening body 651 and is formed to coincide with the connection plate 690 and the connection part 559 when the connection plate 690 is fixed to the connection part 559. After inserting the first screw portion 611 through one connection groove (559a) and the through groove (690a), it can be fixed by fastening.

At this time, the coupling pin 652 installed to protrude into the fastening body 651 is retracted while receiving tension by the elastic body 653, and the female screw part of the fastening body 651 is fastened to the male screw part of the first screw part 611, and , When the coupling pin 652 reaches the position of the fix groove 6116 formed at the tip of the first screw part 611, the coupling pin 652 is inserted into the fix groove 6116 by the restoring force of the elastic body 653 to be caught can be prevented from falling out.

In this way, in the state in which the coupling pin 652 is inserted into and caught in the fix groove 6116, the coupling body 651 cannot be rotated in the reverse rotation direction, and thus the separation is impossible, so that the connection plate 690 is connected to the connection part 559. It can be fastened so that it cannot be separated from it.

In addition, in the fastened state, a more robust fastening state can be obtained by fixing the second screw part 612 coupled to the first screw part 611 in close contact with the connection part 559 .

The connection module according to the present invention installed in this way makes it impossible to separate the connection plate 690 from the connection part 559 in any case, thereby maintaining a reliable fastening state.

The above-described embodiments are for illustration, and those of ordinary skill in the art to which the above-described embodiments pertain can easily transform into other specific forms without changing the technical idea or essential features of the above-described embodiments. you will understand Therefore, it should be understood that the above-described embodiments are illustrative in all respects and not restrictive. For example, each component described as a single type may be implemented in a dispersed form, and likewise components described as distributed may be implemented in a combined form.

The scope to be protected through the present specification is indicated by the following claims rather than the detailed description, and it should be construed to include all changes or modifications derived from the meaning and scope of the claims and their equivalents.

100: injector
300: cutter
500: tumbler

Claims (3)

In the salting process apparatus comprising; an injector into which a chicken is injected into one end,
a cutter for cutting a certain portion of the chicken when it is necessary to cut the chicken injected from the injector and washed; and
A tumbler that rotates to salt the brine solution added with Saccharomyces bouladi and the chicken that has been washed from the injector or the chicken that has been cut from the cutter is added, and the added chicken is salted;
The injector is
An injection unit having a first conveyor belt that is transferred in one direction is provided at the inner lower end and transfers the trimmed chicken located at the upper end in one direction;
a washing unit having a second conveyor belt connected to and driven by the first conveyor belt provided in the injection unit at an inner lower end, and supplying washing water to wash the chicken transported by the injection unit; and
A third conveyor belt driven in connection with the second conveyor belt provided in the washing unit is provided at the lower end of the interior, and the washing is completed from the washing unit, and the chicken transferred through the second conveyor belt is discharged in one direction. Including;
the cutter,
a frame portion positioned on the outside to support the cutting process of the chicken;
a cutting unit located at the other end of the frame unit to cut the chicken located at the lower end;
a seating part in which a chicken that needs to be cut is seated among the chickens washed by the injector because a groove into which a chicken can be inserted is formed on the inside;
a rotating unit positioned at both inner ends of the frame, to which the seating portion is fixedly connected, and which rotates in one direction to transfer the fixedly connected seating portion in one direction; and
A roller unit connected to the inner side of the rotating unit to drive the rotating unit to rotate in one direction;
The tumbler is
a power supply unit for supplying power to be rotationally driven;
The rotating body is formed so as to be able to open and close at one end, the input unit is formed to put the chicken;
a rotating roller unit provided with a guide cushioning unit on the outer side to guide the rotational driving of the rotating body and to alleviate the impact generated on the rotating body;
a rotation support part fixedly connected to the outer surface of the rotation body and the rotation roller part to control and support the driving of the rotation body and the rotation roller part; and
Containing, a dyeing process apparatus, which is located at the lower end of the rotation support part and is formed in the shape of a rotatable wheel so that the position of the rotation support part can be moved. delete The method of claim 1,
The frame part,
a first fixing part for fixing one side of the seating part located at the lower end of the cutting part by the rotating part;
a second fixing part for fixing the other side of the seating part located at the lower end of the cutting part by the rotating part; and
Containing; and a first cutting blade for cutting the chicken seated in the seating portion elevating and descending between the first and the second fixing portion,
The cut part,
Cutting body for controlling the elevating drive of the first cutting blade;
a cutting control unit for adjusting the cutting position of the first cutting blade for cutting the chicken seated on the seating unit;
a second cutting blade connected to the upper end of the first cutting blade, the cutting position of which is adjusted by the cutting control unit together with the cutting position of the connected first cutting blade; and
Numerical grooves are formed at regular intervals, and the cutting position at which the first cutting blade controlled by the cutting adjustment unit cuts is confirmed through the second cutting blade connected to the upper end of the first cutting blade This possible cutting tape; including,
The guide buffer unit,
a first central forming part formed in a semicircular shape and having a connection part formed at both ends each having two connection grooves;
a second central forming part formed in a semicircular shape and having a connecting part provided with two connecting grooves at both ends, and the connecting part at both ends contacting and connecting to the connecting part of the first central forming part;
connecting pillars provided at regular intervals in the first central forming unit and the second central forming unit; and
Including; and a buffer module provided while being inserted into the connecting column
The first central forming part,
When the connecting portions formed at both ends are fixed to the connecting portions formed at both ends of the second central forming portion, they are fixedly connected by a connecting module having through grooves in contact with the connecting grooves,
The guide buffer unit,
To alleviate the shock swaying in the opposite direction to the rotational driving direction by the movement of the chicken located inside the rotating body, the salting process device.

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