KR102161082B1 - Beef boiled in soy food manufacturing equipment and packaging equipment - Google Patents

Abstract

The present invention relates to an apparatus for manufacturing and packaging jangjorim (soy sauce braised beef), where manufacturing and packaging processes of jangjorim are automated, thereby increasing manufacturing efficiency and reducing costs. The apparatus for manufacturing and packaging jangjorim includes: a first processing unit for washing, processing, and cutting meat in order to manufacture jangjorim made by stewing materials consisting of cut meat and boiled eggs with meat broth; a second processing unit of boiling and peeling quail eggs; a meat broth manufacturing unit of stewing the meat broth; a cooling unit of cooling the stewed meat broth; a metering unit in which an operator sequentially puts materials formed through the first processing unit and the second processing unit into a metering container; a material input unit for transferring the metering container containing the materials through a transfer device and allowing the materials contained in the metering container to be put into a package; a meat broth input unit for putting the meat broth cooled by the cooling unit into the package where the materials are added; and a packaging unit for sealing the package containing the materials and meat broth. The metering container includes a box-shaped main body having an open upper part and a receiving space in which the materials are added, and an input table coupled to an open upper rim of the main body.

Description

Jangjorim manufacturing and packaging equipment {Beef boiled in soy food manufacturing equipment and packaging equipment}

The present invention relates to an apparatus for manufacturing and packaging jangjorim, and specifically, by configuring the manufacturing process and packaging process of jangjorim to be performed using an automated method, the manufacturing efficiency of jangjorim is increased, and thus cost reduction effect can be obtained. It relates to a device for manufacturing and packaging jangjorim.

Jangjorim refers to a food formed by cutting meat such as beef or pork and seasoning it with boiled eggs and soy sauce-based seasoning.

Such jangjorim is a food that is usually manufactured in a house or restaurant through handwork.

Recently, in order to achieve the mass production of jangjorim, a device for manufacturing jangjorim with a facility capable of cutting meat and a facility for boiling eggs or quail eggs has been proposed. Likewise, a method and apparatus for manufacturing jangjorim that can increase the efficiency of the manufacturing process of jangjorim have been proposed.

This is to facilitate mass production of jangjorim by processing the meat and boiled eggs that make up jangjorim so that jangjorim can be produced in large quantities.

However, the conventional manufacturing method such as literature (1) has a problem that it is difficult to easily achieve the manufacture and packaging of jangjorim, and in particular, in the manufacturing process of jangjorim, a certain amount of meat and boiled eggs are put into the packaging container as a quantity. It was difficult to do, and there was a problem that the worker had to manage the amount of meat and boiled eggs in the packaging container, and due to this problem, it was difficult to secure the efficiency of the manufacturing process of Jangjorim.

Registered Patent No. 10-1744542 (2017.06.01)

The present invention has been devised to solve the above-described problems, and the object of the present invention is as follows.

First, it is possible to facilitate the manufacturing and packaging process of jangjorim.

Second, even in the case of manufacturing jangjorim through an automated method, the shape of the receiving space of the measuring container into which the material is input changes, and the manufacturing process of jangjorim is made, so that the quantitative input of the materials input into the measuring container can be made. It is configured to prevent waste of unnecessary materials and cost loss due to excessive input.

Third, the manufacturing and packaging process of Jangjorim is carried out through an automated method, and the process of inputting materials into the measuring container is efficiently carried out, thereby preventing unnecessary workforces or increase in working time.

Fourth, the efficiency of the manufacturing and packaging process of jangjorim can be ensured without extending the length or installation space of devices for manufacturing and packaging jangjorim.

Fifth, in order to increase the efficiency of the manufacturing and packaging process of jangjorim, the overall cost for manufacturing and packaging jangjorim by preventing the size and standard of each component used in the manufacturing and packaging process of jangjorim from unnecessarily increased or additional personnel are deployed. Can be reduced, and high economic efficiency compared to the installation cost can be obtained.

In order to achieve the above object, the present invention is a first processing unit for washing, processing and cutting meat, eggs or quail eggs in order to manufacture a jangjorim made by brewing a material consisting of cut meat and boiled eggs with stock The second processing unit to boil the meat and remove the skin, the broth production unit to brew the broth, the cooling unit to cool the broth, the first processing unit and the second processing unit, the operator sequentially feeds the material into the measuring container. A weighing unit to contain, a material input unit that transports the weighing container containing the material through a transfer device and allows the material contained in the weighing container to be put into the packaging pack, and the broth cooled through the cooling unit with the packing pack into which the material is put In the jangjorim manufacturing and packaging apparatus comprising: a broth input part for injecting the ingredients, and a packaging part for sealing the packaging pack containing the ingredients and the broth, the upper part of the measuring container is opened, and an accommodation space into which the material is put inside It may be configured to include a formed box-shaped main body and an input unit coupled to an open upper rim of the main body.

At this time, a plurality of coupling grooves are formed on the upper surface of the main body, the input table has a plurality of coupling protrusions inserted into the coupling grooves provided at the lower end, and a support plate having an input hole communicating with the open upper portion of the main body in the inner center And, it may be configured to surround the outer edge of the base plate and include a wing plate coupled to form an upward inclination.

In addition, the transfer device guides the first conveyor that guides the measuring container containing the material in the direction of the material input part, and the measuring container that is provided at the end of the first conveyor and falls in the direction of the material input part, in a downward direction. A guide plate installed at the lower end of the guide plate to guide the metering container into which the material is injected, and a metering container provided at the end of the guide net and in which the material input is completed. It may be configured to include a second conveyor that is transferred in the negative direction.

A plurality of support protrusions for supporting a lower portion of the main body may be spaced apart from each other on an upper portion of the first conveyor, and the main body may be configured such that a base plate having a support groove into which the support protrusion is inserted is provided at the lower end.

And when the measuring container is transferred through the first conveyor, the material input unit guides the material contained in the measuring container toward the lower side, and an input hole into which the metering container is injected is formed on the upper surface, and the input hole is formed at the lower end. A transfer pipe provided with a discharge hole in communication with the ball; a material water input pipe installed at the lower end of the transfer pipe so as to move up and down to guide material discharged through the discharge hole to the material pack; and the material It is installed at the bottom of the water inlet pipe so as to rotate in the horizontal direction, and at the outer rim, there is a conveying plate equipped with a plurality of conveying rods for conveying the material pack, and it is located between the conveying pipe and the material inlet pipe at a certain interval. It is installed to be able to move in the horizontal direction to guide the material of the weighing container falling through the discharge hole to the material input pipe, and guide the weighing container into which the material is injected into the guide network. It may be configured to include a container collection unit.

In addition, the base plate is coupled to be able to move up and down inside the receiving space of the main body, and the metering unit includes a metering control unit for moving the push plate up and down according to the amount of material input into the metering container. Can be configured.

In addition, the metering control unit is a transfer conveyor in which the weighing container into which the material is put is moved, a transfer belt that is operated to rotate and transfer in the inner space of the transfer conveyor, and a fixed fixedly installed to form a predetermined interval on the transfer belt. It is installed along the installation direction of the conveying belt so that the lower end of the roller is in contact with a pusher consisting of a conveying bar equipped with a roller and installed on the inner side of the body and the fixed body to be moved up and down, and the longitudinal center It may be configured to include at least one protrusion on the pusher guide plate for moving the transfer bar up and down through the transfer belt.

The present invention as described above can obtain the following effects.

First, it is possible to facilitate the manufacturing and packaging process of jangjorim.

Second, even in the case of manufacturing jangjorim through an automated method, the shape of the receiving space of the measuring container into which the material is input changes, and the manufacturing process of jangjorim is made, so that the quantitative input of the materials input into the measuring container can be made. By configuring, it is possible to prevent unnecessary waste of materials and cost loss due to excessive input.

Third, the manufacturing and packaging process of Jangjorim is carried out through an automated method, and the process of inputting the material into the measuring container is efficiently carried out, thereby preventing unnecessary work manpower or an increase in working time from occurring.

Fourth, the efficiency of the manufacturing and packaging process of jangjorim can be secured without extending the length or installation space of devices for manufacturing and packaging jangjorim.

Fifth, in order to increase the efficiency of the manufacturing and packaging process of jangjorim, the overall cost for manufacturing and packaging jangjorim by preventing the size and standard of each component used in the manufacturing and packaging process of jangjorim from unnecessarily increased or additional personnel are deployed. Can be reduced, and high economic efficiency can be obtained compared to the installation cost.

1 is a schematic diagram of a manufacturing and packaging device for jangjorim according to the present invention.
Figure 2 is a schematic diagram showing a state of use of the manufacturing and packaging device Jangjorim according to the present invention.
Figure 3 is an enlarged view of the main part schematically showing the operating state of the metering unit and the metering control unit according to the present invention.
Figure 4 is an enlarged view of the main part schematically showing the operation state of the transport device, the material input unit, the packaging according to the present invention.
Figure 5 is an enlarged view of the main part schematically showing the operating state of the material input unit and the transfer device according to the present invention.

The terms or words used in the specification and claims are not to be construed as being limited to their usual or dictionary meanings, but'inventors should appropriately define the concept of terms in order to explain their own invention in the best way. It should be interpreted as a meaning and concept consistent with the technical idea of the present invention based on the principle of'can be'.

In addition, the embodiments described in the present specification and the configurations shown in the drawings are merely preferred embodiments of the present invention, and do not represent all the technical ideas of the present invention, so that they can be replaced at the time of application It should be understood that there may be various equivalents and variations.

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

The present invention, in order to produce a jangjorim made by brewing a material (1) consisting of cut meat and boiled eggs with stock, the first processing unit 11 for washing, processing and cutting meat, eggs or quail eggs The second processing unit 12 for boiling and removing the skin, the broth manufacturing unit 20 for brewing the broth, the cooling unit 30 for cooling the broth, the first processing unit 11 and the second processing unit The weighing unit 40 in which the operator sequentially puts the material 1 made through 12 into the weighing container 80, the weighing container 80 containing the material 1, and the transfer device 90 The cooling unit 30 to the material input unit 50, which transports the material through and allows the material (1) contained in the measuring container 80 to be put into the packing pack (2), and the packing pack (1) into which the material (1) is inserted. In the jangjorim manufacturing and packaging apparatus comprising a broth input unit 60 for introducing the cooled broth through), and a packaging unit 70 for sealing the packing pack 2 containing the ingredients 1 and the broth, The weighing container 80 has a box-shaped main body 81 with an open top and a receiving space 81a into which the material 1 is inserted, and an open upper edge of the main body 81. It is configured to include the input table 82 to be combined.

The first processing unit 11 and the second processing unit 12 are configured to wash and process meat in a conventional jangjorim manufacturing process, and a process of removing the shell after boiling quail eggs or eggs. Since the configuration and its function and configuration are the same, a detailed description thereof will be omitted.

However, in the present invention, after cutting the meat transferred to the first processing unit 11, the cut meat is washed according to the operator's selection, and then cooked through a heater (not shown) provided. The second processing unit 12 selects eggs or quail eggs to form the material 1 of jangjorim, places them inside a pot-like container, and then boils them through heated water. It is configured to go through a process of removing the shell of an egg or quail egg that has undergone this process.

At this time, in the second processing unit 12, when an egg or quail egg is selected and put into a pot-like container according to the operator's selection, the process of attaching spices or seasonings to improve the taste of jangjorim is performed. It could be.

And in the present invention, the meat and boiled eggs processed through the first processing unit 11 and the second processing unit 12 are transported through the configuration of the metering unit 40 as shown in Figs. It is configured to be transported in the direction of 90).

In addition, the broth manufacturing unit 20 and the cooling unit 30 are conventional broth for adding broth to the material 1 formed through the first processing unit 11 and the second processing unit 12 Since the manufacturing unit and the cooling unit have the same function and configuration, a detailed description thereof will be omitted.

In addition, according to the present invention, the measuring container 80 is moved to the upper part of the measuring part 40 so as to hold the material 1 formed through the first processing part 11 and the second processing part 12. ) Is provided, and the weighing container 80 has a box-shaped main body 81 having an open top and a receiving space 81a into which the material 1 is inserted, and the main body 81 It is configured to include an input table 82 coupled to the open upper rim of the.

To explain this configuration in more detail, the metering container 80 is transported along the upper portion of the metering unit 40, as shown in Figs. 1 to 5, and the first processing unit 11 and the second The material 1 formed through the processing part 12 is configured to be accommodated in the measuring container 80.

In this case, the main body 81 is formed in a box shape having an accommodation space 81a inside, as shown in FIG. 2, and processed meat through the first processing unit 11, and the second processing unit 12 ), and the boiled eggs processed through) are configured to be accommodated inside, and in this process, the processed meat and boiled eggs through the configuration of the feeder 82 coupled to the upper rim of the main body 81 It is configured to be more easily put into the receiving space (81a) of the main body 81.

In addition, as shown in FIG. 3, a plurality of coupling grooves 81b are formed on the upper surface of the main body 81, and the input table 82 is a plurality of coupling protrusions inserted into the coupling grooves 81b. (82a-1) is provided at the bottom, and in the inner center, a support plate 82a having an input hole 82a-2 communicating with the open upper part of the main body 81, and an outer edge of the support plate 82a It is configured to include a wing plate (82b) coupled to form an upward inclination while wrapping.

In this configuration, the meat processed through the first processing unit 11 and the boiled eggs processed through the second processing unit 12 are intended to be put into the receiving space 81a of the main body 81. In this case, the meat placed on the support plate 82a of the input table 82 and the boiled eggs are gathered into the input hole 82a-2 of the input table 82 so that the receiving space 81a of the main body 81 ) It is possible to easily put meat and boiled eggs into the inside, and even in this case, through the configuration of the wing plate 82b coupled to surround the outer edge of the support plate 82a, it is located on the upper part of the support plate 82a. This will prevent meat and boiled eggs from spilling out.

At this time, the meat processed through the first processing part 11 and the second processing part 12, and the boiled eggs are mechanical devices inside the measuring container 80 that moves the upper part of the measuring part 40. Through the first processing unit 11 and the second processing unit 12, the meat and boiled eggs processed through the first processing unit 11 and the second processing unit 12 can be injected into the inside of the measuring container 80.

In addition, as described above, the coupling protrusion 82a-2 of the support plate 82a is configured to be detachably attached to the coupling groove 81b of the main body 81, so that the main body 81, the support plate 82a, Even if any one of the blade plates 82b is damaged, only the damaged part can be replaced and stable use can be achieved, and the composition of the material input part 50 and the packaging part 70 to be described in detail below Accordingly, when the shape of the weighing container 80 is to be changed, the main body 81 and the input table 82 are separated and used.

In addition, as shown in Figs. 1, 2, and 4, the transfer device 90 is a first for guiding the measuring container 80 containing the material 1 in the direction of the material input part 50. A conveyor 91, a guide plate 92 provided at an end of the first conveyor 91 to guide the weighing container 80 falling in the direction of the material input part 50, and the guide plate 92 ), a guide net 93 that guides the measuring container 80 in which the material 1 is put into the material input part 50, and the material is provided at the end of the guide net 93. It is configured to include a second conveyor 94 for transporting the metering container 80 in which the water 1 has been added in the direction of the metering unit 40.

This configuration guides the metering container 80, which is conveyed through the metering unit 40, in the direction of the material input unit 50 through the configuration of the transfer device 90, and the material input unit 50 When the contents of the weighing container 80 are put in the packaging pack 2 through), the used weighing container 80 is configured to be guided in the direction of the weighing unit 40 again.

That is, through the configuration of the first conveyor 91, the upper part of the metering unit 40 is moved, and the metering container 80 containing the material 1 is moved in the direction of the material input unit 50. The metering is transferred through the first conveyor 91 in the direction of the material input part 50 through the configuration of the guide plate 92 provided at the end of the first conveyor 91 The container 80 is to be dropped.

At this time, the guide plate 92 is provided at the end of the first conveyor 91, as shown in FIGS. 2 and 4, and the weighing container 80 is transferred through the first conveyor 91. It is configured to be introduced while forming a rotation in which the top and bottom are reversed in the direction of the input unit 80.

For example, as shown in FIGS. 2 and 4, the weighing container 80, which is transferred through the first conveyor 91, is transferred along the guide plate 92, and the material 1 is contained therein. As the space 81a is rotated toward the bottom, the material 1 located inside the receiving space 81a of the main body 81 forming the measuring container 80 is poured in the direction of the material input part 50. It is structured.

In addition, the guide net 93 is installed in a position adjacent to the material input unit 50, as in FIGS. 1, 2, and 5, and as described above, the metering device rotated so that the top and bottom are reversed. The container 80 is received and transferred in the direction of the second conveyor 94, and the second conveyor 94 transfers the weighing container 80, which has been transferred through the guide network 93, to measure the measurement. It is configured to be transported in the direction of the part 40.

In addition, as shown in FIG. 1, a plurality of support protrusions 91a supporting a lower portion of the main body 81 are arranged to be spaced apart on the upper part of the first conveyor 91, and the support is provided on the main body 81. The base plate 81c on which the support groove 81c-1 into which the protrusion 91a is inserted is formed is provided at the lower end.

This configuration is a configuration for preventing the weighing container 80, which is transferred through the first conveyor 91, from shaking off from the top of the first conveyor 91, and the support protrusion 91a is ) Is configured to be moved along the upper portion of the first conveyor 91 in the state of being inserted into the support groove 81c-1 of the push plate 81c.

At this time, the configuration of the support protrusion 91a and the support groove 81c-1 may be deleted for convenience of the operator.

In addition, as shown in Figs. 1, 2 and 4, the material input unit 50 is transferred to the metering container 80 when the metering container 80 is transferred through the first conveyor 91. The material (1) is guided toward the bottom, an input hole (51a) into which the metering container (80) is inserted is formed on the upper surface, and a discharge hole (51b) communicating with the input hole (51a) is formed at the bottom. The provided conveying pipe 51 and the material 1 which is installed to be moved up and down at the lower end of the conveying pipe 51 to be discharged through the discharge hole 51b are transferred to the material pack 2 A material input pipe 52 to guide, and a plurality of transfer rods 53a that are installed to be horizontally rotated at the lower end of the material input pipe 52, and transfer the material pack 2 at the outer edge. It is located between the transfer plate 53 provided with the transfer pipe 51 and the material input pipe 52 and is installed so as to move in the horizontal direction at regular intervals, and falls through the discharge hole 51b. The material 1 of the measuring container 80 is guided to the material input pipe 52, and the weighing container 80 into which the material 1 is put into the material input pipe 52 is connected to the guide net ( It is configured to include a container collection unit 54 that guides to 93).

The transfer pipe 51 is installed in a position adjacent to the first conveyor 91, and after the metering container 80 is input into the input hole 51a formed on the upper surface, the discharge hole 51b formed at the lower end It is configured such that the metering container 80 can be discharged.

In addition, the material input pipe 52 is installed to be movable up and down at the lower end of the transfer pipe 51, and the material located inside the weighing container 80 transferred through the discharge hole 51b. When water (1) is discharged into the discharge hole (51b), the material (1) is transported along the inner side and is configured to be discharged to the bottom, more preferably, as shown in Figure 4, the transfer plate The lower end of the material input pipe 52 is inserted into the inside of the material pack 2, which is moved in the horizontal direction while maintaining a certain distance along the 53, so that the material is inserted into the inside of the material input pipe 52. The material (1) is configured to be easily put into the inside of the material pack (2).

In addition, the transfer plate 53 is installed at the lower end of the material input pipe 52, as shown in FIGS. 1, 2, and 4, is installed to be rotated in a horizontal direction, and a plurality of Since the transfer rod 53a is configured to be installed, the material to the lower end corresponding to the material input pipe 52 while fixing a plurality of material packs 2 to the outer edge portion through the transfer rod 53a It is configured so that the material pack 2 to which the water 1 is to be injected can be sequentially positioned.

The configuration of the transfer plate 53 is the same as a conventional material pack transfer means capable of sequentially positioning a plurality of material packs 2 at selective positions, and a detailed description thereof will be omitted.

In addition, the container collection unit 54 is located between the transfer pipe 51 and the material input pipe 52, as shown in Figs. 1, 2, and 4, thereby forming the discharge hole 51b. The measuring container 80 in which the material 1 of the measuring container 80 falling through is guided in the direction of the material input pipe 52, and the material 1 is injected into the material input pipe 52 By transporting in the direction of the guide net 93, it is configured to be introduced into the inside of the guide net 93.

To this end, the container collection unit 54 is configured by forming a hole through which the metering container 80 is transferred, and the metering container 80 that is transferred through the hole is the material input pipe 52 The container collection part 54 in the horizontal direction, as in FIGS. 1 and 2, while preventing the metering container 80 from falling to the lower end of the container collection part 54 by configuring the lower part to be hooked on the upper part of the container. In the case of movement, the movement is made in close contact with the upper portion of the material input pipe 52, so that the measuring container 80 located inside the container collecting part 54 is a container collecting part. It is configured to be transferred to the upper part of the guide net 93 and prevents falling to the lower end of the 54, and after the transfer to the upper part of the guide net 93, the weighing container to the lower end of the container collection part 54 (80) will naturally fall and be transferred to the inside of the guide net (93).

Through the above configuration, the weighing container 80 is inverted up and down into the transfer pipe 51, and accordingly, the material 1 located inside the weighing container 80 is transferred to the container collection unit. It is transferred along the inner side of the material pack (54) and the input tube 52 and is put into the inside of the material pack (2), and the container collection part 54 is between the transfer tube 51 and the material input tube 52 1 and 2, as shown in Figs. 1 and 2, the container collection unit 54 is replaced with the material input pipe ( 52) in a horizontal direction in the direction of the guide net 93 in a state in close contact with the top of the guide net 93, so that the weighing container 80 located inside the container collection part 54 is adjacent to the top of the guide net 93. The operation of transferring the weighing container 80 in which the input of the material 1 into the material pack 2 is completed to the guide net 93 is performed by allowing it to fall to the inside of the guide net 93 only in the state of being transferred to the guide net 93. It can be achieved stably.

At this time, the configuration for achieving horizontal movement of the container collection unit 54 is not shown in detail in the present invention, but a configuration capable of repeatedly moving the lower end of the transfer pipe 51 and the position where the guide net 93 is installed If so, it can be configured by applying configurations such as cylinders, motors, and rotating belts, or by applying variously according to the operator's choice.

On the other hand, the base plate 81c of the main body 81 constituting the weighing container 80 is configured to be moved up and down in the receiving space 81a of the main body 81 as shown in FIG. 3 And, the metering unit 40 is configured to include a metering control unit 45 for moving the base plate 81c up and down according to the amount of the material 1 inputted into the metering container 80. .

In addition, the metering control unit 45 is installed at the lower end of the transport conveyor 45a on which the metering container 80 into which the material 1 is placed is moved, and the motor 45b A transfer belt (45b) that is transferred along the installation direction of the transfer conveyor (45a) through -1), a fixed body (45c-1) that is fixedly installed to form a predetermined distance to the transfer belt (45b), and the fixed body A pusher (45c) composed of a transfer bar (45c-2) equipped with a roller (45c-3) at the bottom and installed to be moved up and down inside the (45c-1), and the roller (45c-3) It is installed along the installation direction of the transfer belt (45b) so that the lower end of the transfer belt (45b) is in contact, and has at least one protrusion (45d-1) in the center of the longitudinal direction, and the transfer bar (45c-) is transferred through the transfer belt (45b). It is configured to include a pusher guide plate (45d) for moving 2) up and down.

This configuration, as shown in Figures 1 to 3, by making the shape of the receiving space (81a) of the weighing container 80, which is transferred through the weighing unit 40, changes, so that the first processing unit 11 In the process of introducing the processed meat and boiled eggs through the second processing unit 12 and into the receiving space 81a of the main body 81 forming the measuring container 80, a material consisting of meat and boiled eggs ( It is to prevent 1) from being injected into the receiving space (81a) and overflowing due to excessive input of the material (1) into the receiving space (81a) of the main body (81).

That is, when the weighing container 80 is transferred through the transfer conveyor 45a, the transfer belt 45b transferred through the rotation of the motor 45b-1 moves corresponding to the transfer conveyor 45a. It is configured to achieve, and a fixed body (45c-1) constituting the pusher (45c) is installed to achieve a predetermined interval on the transfer belt (45b), and a roller at the bottom inside the fixed body (45c-1) ( When the fixed body 45c-1 is moved according to the movement of the transfer belt 45b by installing and configuring the transfer bar 45c-2 with 45c-3), the transfer bar 45c-2 The roller (45c-2) provided at the bottom of the is configured to move along the upper portion of the pusher guide plate (45d).

In addition, as shown in FIG. 3 in the above process, when the roller 45c-2 moves along the protrusion 45d-1 provided on the pusher guide plate 45b, the transfer bar 45c- 2) is moved to the top of the fixed body (45c-1) and by moving the base plate (81c) forming the weighing container (80) up and down from the inside of the receiving space (81), the receiving space (81a) of the main body (81) ) When the material 1 is introduced into the main body 81 of the weighing container 80, which is conveyed through the conveying conveyor 45a by changing the volume, the receiving space 81a of the main body 81 It is configured to change the volume and achieve the input process of the material (1).

To explain this configuration in more detail, a plurality of protrusions 45d-1 are formed on the pusher guide plate 45d, so that the transfer bar 45c-2 is moved according to the movement of the transfer belt 45b. It is moved up and down according to the shape of the protrusion 45d-1 and is configured to adjust the position of the base plate 81c inside the receiving space 81a of the main body 81, so that the receiving space 81a of the main body 81 The volume changes and the amount of the material 1 contained in the receiving space 81a of the main body 81 can be kept constant by inputting the material 1,

This is because the volume of the receiving space 81a is changed as the formation of the receiving space 81a of the main body 81 is changed, so that the base plate 81c of the main body 81 is changed as in FIG. ), the worker puts the meat processed through the first processing unit 11 into the receiving space 81a so that it does not exceed the open upper part of the main body 81, and after this process is performed The transfer bar (45c-1) moves the pusher guide plate (45d) and descends again so that the base plate (81c) of the main body (81) is located under the main body (81), inside the receiving space (81a). The worker puts the eggs boiled on top of the placed meat.

Through this, the operator can control and input the amount of meat and boiled eggs contained in the main body 81, so that various materials 1 can be easily introduced into the receiving space of the main body 81, The quantitative input of the material 1 is possible.

In addition, in order to achieve the above configuration, the transfer belt (45b) is not shown in detail in the present invention, but the transfer bar (45c-1) forming the movement along the pusher guide plate (45d) is the transfer belt (45b) A space in which a transfer bar 45c-1 can be inserted is formed so that the transfer bar 45c-1 can be easily moved upward, or a space in which the transfer bar 45c-1 can be inserted two transfer belts 45b It can be configured to be installed spaced apart to form.

Although the present invention has been illustrated and described with reference to specific embodiments, it is understood in the art that the present invention can be variously improved and changed without departing from the gist or scope of the present invention provided by the following claims. It will be obvious to those of ordinary skill.

1: Ingredients 2: Packing pack
11: 1st processing part 12: 2nd processing part
20: broth manufacturing unit 30: cooling unit
40: metering unit 45: metering control unit
45a: transfer conveyor 45b: transfer belt
45b-1: motor 45c: pusher
45c-1: fixed body 45c-2: transfer bar
45c-3: roller 45d: pusher guide plate
45d-1: protrusion 50: material input portion
51: transfer pipe 51a: input hole
51b: discharge hole 52: material input pipe
53: transfer plate 53a: transfer rod
54: container collection unit 60: broth input unit
70: packaging part 80: measuring container
81: main body 81a: accommodation space
81b: coupling groove 81c: base plate
81c-1: support groove 82: input table
82a: base plate 82a-1: coupling protrusion
82a-2: input hole 82b: wing plate
90: transfer device 91: first conveyor
91a: support protrusion 92: guide plate
93: guide net 94: second conveyor

Claims (7)

In order to manufacture a jangjorim made by brewing the cut meat and the ingredients (1) made of boiled eggs with broth, the first processing unit 11 that cleans and processes and cuts the meat, boils eggs or quail eggs and peels A second processing unit 12 to remove the brewed stock, a broth production unit 20 for brewing the broth, a cooling unit 30 for cooling the broth, and the first processing unit 11 and the second processing unit 12 The weighing unit 40 in which the operator sequentially puts the material (1) made through the material into the weighing container 80, and the weighing container 80 containing the material 1 are transferred through the transfer device 90 and measured. Cooling through the cooling unit 30 by the material input unit 50 that allows the material (1) contained in the container 80 to be put into the packaging pack (2), and the packaging pack 1 into which the material (1) is put In the jangjorim manufacturing and packaging apparatus comprising a broth input unit 60 for injecting the broth, and a packaging unit 70 for sealing the packing pack 2 containing the ingredients 1 and the broth,
The weighing container 80 has a box-shaped main body 81 having an open top and a receiving space 81a into which the material 1 is inserted,
Jangjorim manufacturing and packaging apparatus, characterized in that it comprises an input table (82) coupled to the open upper rim portion of the main body (81).
The method of claim 1,
A plurality of coupling grooves 81b are formed on the upper surface of the main body 81,
The input table 82 is
A support plate provided with a plurality of coupling protrusions 82a-1 inserted into the coupling groove 81b at the lower end, and an input hole 82a-2 communicating with the open upper portion of the main body 81 at the inner center thereof ( 82a) and,
Jangjorim manufacturing and packaging apparatus comprising a wing plate (82b) that is coupled to form an upward inclination while surrounding the outer edge of the base plate (82a).
The method of claim 2,
The transfer device 90 is
A first conveyor 91 that guides the weighing container 80 containing the material 1 in the direction of the material input part 50,
A guide plate 92 provided at an end of the first conveyor 91 to guide the weighing container 80 falling in the direction of the material input part 50 in a downward direction,
A guide net 93 installed at the lower end of the guide plate 92 to guide the weighing container 80 into which the material 1 is injected into the material input part 50,
It characterized in that it comprises a second conveyor (94) provided at the end of the guide net (93) for transferring the weighing container (80) in which the input of the material (1) is completed in the direction of the weighing unit (40). Jangjorim manufacturing and packaging equipment.
The method of claim 3,
A plurality of support protrusions 91a supporting the lower portion of the main body 81 are arranged to be spaced apart from the upper portion of the first conveyor 91,
The main body 81 is a jangjorim manufacturing and packaging apparatus, characterized in that the bottom plate (81c) in which the support groove (81c-1) into which the support protrusion (91a) is inserted is provided at the lower end.
The method of claim 3,
The material input part 50
When the weighing container 80 is transferred through the first conveyor 91,
The material (1) contained in the measuring container 80 is guided toward the lower side, an input hole 51a into which the metering container 80 is inserted is formed on the upper surface, and the input hole 51a is communicated at the lower end. Transfer pipe 51 provided with a discharge hole (51b),
A material input pipe 52 that is installed at the lower end of the transfer pipe 51 so as to move up and down to guide the material material 1 that is discharged through the discharge hole 51b to the material pack 2 and,
A transfer plate 53 provided with a plurality of transfer rods 53a that is installed to be horizontally rotated at the lower end of the material input pipe 52, and at an outer edge portion thereof,
It is located between the transfer pipe 51 and the material input pipe 52 and is installed to move in the horizontal direction at regular intervals, so that the material (1) of the weighing container 80 falls through the discharge hole 51b. ) To the material input pipe 52, and guides the measuring container 80 into which the material 1 is put through the material input pipe 52 to the guide net 93. ) Jangjorim manufacturing and packaging apparatus comprising a.
The method of claim 4,
The base plate (81c) is coupled so as to be able to move up and down in the receiving space (81a) of the main body (81),
The metering unit 40 is
Jangjorim manufacturing and packaging apparatus, characterized in that it comprises a metering control unit 45 for moving the base plate 81c up and down according to the amount of the material (1) into the metering container (80).
The method of claim 6,
The metering control unit 45 is
A transfer conveyor 45a on which the weighing container 80 into which the material 1 is put is lifted and moved,
A transfer belt (45b) installed at the lower end of the transfer conveyor (45a) and transferred along the installation direction of the transfer conveyor (45a) through the provided motor (45b-1),
A fixed body 45c-1 that is fixedly installed to the transfer belt 45b so as to form a predetermined interval, and an up and down movement is installed inside the fixed body 45c-1, and a roller 45c-3 at the lower end ) And a pusher (45c) composed of a transfer bar (45c-2),
It is installed along the installation direction of the transfer belt (45b) so that the lower end of the roller (45c-3) is in contact, and is provided with at least one protrusion (45d-1) in the center of the longitudinal direction to transfer through the transfer belt (45b) Jangjorim manufacturing and packaging device, characterized in that it comprises a pusher guide plate (45d) for moving the transfer bar (45c-2) up and down.

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