KR102668916B1 - Automatic filling device for ham processed meat packaging cans - Google Patents

Abstract

The present invention relates to an automatic filling device for ham processed meat packaging cans, which supplies and transfers empty packaging cans to a rotating turntable through a packaging can supply unit, and gradually fills the contents of the ham processed meat discharged at a predetermined pressure through a supply pipe from the bottom of the packaging can. Filling the packaging can with processed ham meat by filling the contents through the filling section that fills the top without any empty space, cutting the contents evenly from the inside of the top of the packaging can, and then pressurizing the top of the contents to a flat state so that discharge occurs automatically. Workability can be improved.
In particular, when cutting the contents after filling, the cutting residue generated when cutting from the second flange portion provided on the lower side of the supply pipe and having the contents discharge port is pushed and filled into the cutter guide groove in contact with the contents discharge port, allowing for cleaner cutting at the contents discharge port. This satisfies the equal weight condition of the contents contained in the packaging can, and the workability of the cover seaming work can be improved because the contents are not unnecessarily smeared or overflowed around the inner circumference of the upper part of the packaging can during future cover seaming operations. A certain effect is provided.

Description

Automatic filling device for ham processed meat packaging cans}

The present invention relates to an automatic filling and packaging device for ham processed meat packaging cans. More specifically, when filling ham processed meat after inserting a packaging can for packaging a large amount of ham processed meat, a fixed quantity is automatically filled from the bottom to the top inside the packaging can. At the same time, it relates to an automatic filling device for ham processed meat packaging cans, which ensures that the ham processed meat is filled without escaping from the top of the packaging can when the filling is cut off, thereby ensuring accurate sealing by seaming leading to the subsequent process.

In general, ham is one of the processed foods made by salting and smoking pork, and recently, it is made using other meat parts in addition to pork thigh meat.

Ham as described above is manufactured by coating the outer roll with an edible material, or by filling the inside of a square can with dough-like contents containing fatty oil through a vacuum pump. These processed ham products are manufactured in a variety of ways, including solidified products, and are sold to consumers after being vacuum-packed and sterilized in cans made of metal for long-term preservation of processed foods.

It is processed into the dough state as described above and solidified by filling the inside of the can, which allows for better preservation. After checking the weight of the container with the contents injected, place a lid that matches the open area, secure it slightly, and perform seaming work. It is manufactured in a form that prevents the product from deteriorating by sealing it through a process to prevent foreign substances from entering and completely sealing it.

Looking at the source technology related to the ham processed meat packaging can as described above, Korea Registered Utility Model No. 20-0308047 (name: Ham packaging can with auxiliary storage unit, hereinafter referred to as 'Patent Document 1') and Publication Patent No. 10 -2007-0091895 (name: Device for easily removing ham from a ham can, hereinafter referred to as 'Patent Document 2') is disclosed.

In order to fill the packaging can with processed ham meat content as in Patent Documents 1 and 2, the packaging can is filled in a porridge state from the bottom to the top gradually without an internal space, and a seaming process is performed with the lid temporarily assembled on the top. Vacuum packaging is accomplished through.

In particular, in order to pack processed ham meat in large quantities of 1.8 kg for commercial use, the worker positions the entrance of the filling port deep inside the packaging can due to the pressure difference through the vacuum pump, and fills the contents in the form of porridge. However, in most cases, filling the contents inside these large-capacity packaging cans is done by feeling the degree of filling depending on the skill of the worker, so the filling weight varies.

This is especially the case because the filling port is installed horizontally for the efficiency of manual filling work. As the worker holds and fills the packaging can in a horizontal direction, there are cases where the inside of the packaging can is underfilled and a space is formed. .

In addition to the labor of the worker, the above-mentioned filling operation is difficult in filling the contents in a fixed quantity, and because the space formed inside the packaging can as described above becomes a factor in the rancidity of the contents in the future, filling in an insufficient quantity cannot be produced as a refined product. It becomes impossible.

In addition, when filling the contents by manual work as described above, the worker must press a button to block the filling of the contents at the point when the filling is completed to block the filling at the appropriate position. However, cases of the contents overflowing to the outside of the packaging can often occur, so the contents may be damaged. In addition to the excess phenomenon, the work process of wiping the contents overflowing from the packaging can before the seaming work of the cover that follows in the future, as well as the weight inspection and seaming defects in a state where the contents are not wiped, occur.

Korea Registered Utility Model No. 20-0308047 (registered on March 7, 2003) Korean Patent Publication No. 10-2007-0091895 (published September 12, 2007)

The present invention was invented to solve the conventional problems as described above. When filling ham processed meat after inserting a packaging can for packaging a large amount of ham processed meat, the quantitative filling is automatically carried out from the bottom to the top inside the packaging can. At the same time, the purpose is to provide an automatic filling device for ham processed meat packaging cans that ensures that the ham processed meat is filled without deviating from the top of the packaging can when blocking the filling, and that sealing by seaming leading to the subsequent process is accurately achieved. There is.

According to the present invention for achieving the above object, an automatic filling device for ham processed meat packaging cans,
A body composed of a combination of a frame and a panel to divide the upper and lower spaces into a rectangular shape; A turntable rotatably installed in the upper space of the main body and having a circumferential packaging can insertion part, a table rotation drive part installed in the lower space of the main body to rotate the turntable in stages, and installed on the outside of the turntable to rotate the turntable when the turntable rotates. An arc-shaped guide member that prevents packaging cans from leaving the insertion unit and is open on one side to help discharge packaging cans from the insertion unit in one direction; and packaging cans installed at intervals in the lower part of the turntable and guided to the insertion unit. It consists of a circular support plate supporting the lower end of the packaging can transfer unit for rotating and transferring the packaging cans in the order of the packaging process; a packaging can supply unit installed on one side of the turntable to supply empty packaging cans one by one to the insertion section of the turntable; A content filling unit installed on one side of the turntable to fill the inside of the packaging can with a fixed amount of content;
It is installed on one side of the turntable and is installed vertically at the top where one of the packaging can inserts of the turntable is located in order to fill the packaging can with the contents in a fixed amount, and the contents are placed under a predetermined pressure through a vacuum pump. A supply pipe for supplying and discharging to,
It is provided at the lower part of the supply pipe and is provided at the lower end of the supply pipe to cut the contents after filling the contents in the packaging can, a bearing part is formed on one side, and a first flange portion is formed with a contents discharge port for discharging the contents from the supply pipe on one side. , a second flange portion that is fixedly installed with a fastening member in correspondence with the first flange portion, and has a cutter guide groove formed on one surface corresponding to the first flange portion, with a content discharge port formed through the cutter guide groove, and the first flange portion. A cutter member is located in the bearing part of the flange part and cuts the contents by rotating the contents passing through the contents discharge port forward and backward at a 90-degree angle in the lateral direction, and is connected to the cutter member to the outside through the bearing part of the first flange part. It is installed in the lower body of the turntable on which the contents cutting part and the supply pipe are installed, including an operating shaft installed through, a connecting link connected to the operating shaft, and a pneumatic cylinder connected to the connecting link to rotate the operating shaft by 90 degrees. A support member supporting the lower end of the packaging can supplied through a turntable to raise and lower the packaging can so that the contents are filled from the bottom of the packaging can to the upper layer of the packaging can, and having a support shaft in the center of the lower part, and the support shaft A lifting unit including a retscrew shaft that is connected to a connection bar to elevate the support shaft and a drive motor that drives the lead screw shaft forward and backward with rotational power from the lead screw shaft through a pulley and belt, and is installed on one side of the lifting section. A contents filling unit including a first detection sensor and a second detection sensor that senses the lifting operation and detects the rising and falling positions of the packaging can being filled with contents;
a contents pressurizing unit installed on one side of the turntable to pressurize the upper inner side of the packaging can filled with contents;
a packaging can discharge unit installed on one side of the circular support plate on the lower side of the turntable to discharge filled packaging cans;
It is characterized by comprising a control unit that controls the rotation of the turntable, supply and packaging of contents, and supply and discharge of packaging cans.

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The cutter member according to the present invention has a shaft coupling hole coupled to the operating shaft, a double-edged portion for cutting the contents passing through the content discharge port, and a cutter guide groove of the second flange portion at one end of the double-edged portion. It is characterized by a protruding guide jaw.

The cutter guide groove of the second flange portion according to the present invention is formed at a depth that has a gap with the surface cut through the cutter member, so that when cutting the contents, the cutting residue is partially filled in the cutter guide groove. It is characterized by

The automatic filling device for ham processed meat packaging cans according to the present invention supplies and transfers empty packaging cans to a rotating turntable through a packaging can supply unit, and gradually fills the contents of the ham processed meat discharged at a predetermined pressure through a supply pipe from the bottom of the packaging can to the top. Filling the contents of the ham processed meat in the packaging can by filling the contents without any empty space and cutting the contents evenly from the inside of the top of the packaging can, then pressurizing the top of the contents to a flat state and automatically discharging the contents. Performance can be improved.

In particular, when cutting the contents after filling, the cutting residue generated when cutting from the second flange portion provided on the lower side of the supply pipe and having the contents discharge port is pushed and filled into the cutter guide groove in contact with the contents discharge port, allowing for cleaner cutting at the contents discharge port. This satisfies the equal weight condition of the contents contained in the packaging can, and the workability of the cover seaming work can be improved because the contents are not unnecessarily smeared or overflowed around the inner circumference of the upper part of the packaging can during future cover seaming operations. A certain effect is provided.

Figure 1 is a front view showing the automatic filling device for ham processed meat packaging cans according to the present invention;
Figure 2 is a plan view showing the automatic filling device according to the present invention;
Figure 3 is a perspective view showing an excerpt of the contents filling part of the automatic filling device according to the present invention;
Figure 4 is a plan view showing the operating state of the cutter member for cutting the contents to block the supply of the contents in Figure 3;
5 to 7 are side views showing a state in which the contents according to the present invention are placed in a packaging can;
Figure 8 is a perspective view showing a cutter member according to the present invention;
Figure 9 is a perspective view showing an excerpt of the first flange portion and the second flange portion through which the contents are discharged according to the present invention;
Figure 10 is an enlarged bottom view showing the state in which the cutter member is applied to the first flange portion in Figure 9;
Figure 11 is a cross-sectional view taken along line AA of Figure 10 showing the cutter member positioned between the first and second flange parts according to the present invention;
Figure 12 is a cross-sectional view showing a state in which the contents are cut by rotation of the cutter member according to the present invention;
Figure 13 is a side view showing the contents pressurizing part of the automatic filling device according to the present invention;
FIG. 14 is a cross-sectional view of the packaging can in FIG. 13 showing the filled state and the state pressurized through the pressurizing port;
Figure 15 is a side view showing the discharge state of a packaged can with contents completely filled in the automatic filling device according to the present invention.

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

Prior to this, the terms or words used in this specification and claims should not be construed as limited to their usual or dictionary meanings, and the inventor should appropriately define the concept of terms in order to explain his or her invention in the best way. It must be interpreted as meaning and concept consistent with the technical idea of the present invention based on the principle of definability.

Therefore, the embodiments described in this specification and the configurations shown in the drawings are only one of the most preferred embodiments of the present invention and do not represent the entire technical idea of the present invention, so at the time of filing this application, they can be replaced. It should be understood that various equivalents and variations may exist.

The automatic filling device for ham processed meat packaging cans according to the present invention will be described with reference to the attached FIGS. 1 to 15.

As shown in FIGS. 1 to 3, the automatic filling device for ham processed meat packaging cans is provided with a rectangular body 10.

The main body 10 is made up of a combination of a frame and a panel to partition the upper space 11 and the lower space 12.

A packaging can transfer unit 20 is provided in the upper space 11 of the main body 10.

In the packaged can transfer unit 20, a turntable 22 having a packaged can insertion portion 21 circumferentially installed is rotatably installed in the upper space of the main body.

In addition, a table rotation drive unit 24 is installed in the lower space 12 of the main body 10 to rotate the turntable 22 step by step.

The rotation drive unit 24 consists of a rotation shaft 24a installed vertically in the center of the turntable 22, a reducer 24b connected to the rotation shaft, and a drive motor 24c.

In addition, the outside of the turntable 22 prevents the packaging can (C) from leaving the packaging can insertion portion 21 when the turntable rotates, and one side is opened to allow the packaging can (C) to be removed from the packaging can insertion portion 21. ) An arc-shaped guide member 26 is installed to help discharge the fluid in one direction.

In addition, the lower part of the turntable 22 is composed of a circular support plate 28 that supports the lower end of the packaging can (C) guided to the packaging can insertion part 21, and rotates the packaging can (C) in the order of the packaging process. Make it possible to transport.

The circular support plate 28 is pierced in the center, and a guide hole 28a is formed through which the support member 432 supporting the packaging can can pass in a configuration on the content filling part 40 side, which will be described later.

Meanwhile, a packaging can supply unit 30 is installed on one side of the turntable 22 to supply empty packaging cans C one by one from the outside to the packaging can insertion unit 21 of the turntable 22.

The packaging can supply unit 30 supplies empty packaging cans through a conveyor 31 to enter the turntable 22. A control member is further provided on the upper side of the conveyor 31 to control the supply of empty packaging cans one by one.

A content filling unit 40 is installed on one side of the turntable 22 for filling ham processed meat content into empty packaging cans that are individually supplied through the turntable.

The contents filling part 40 is installed vertically at the upper part of any one of the packaging can insertion parts 21 of the turntable 22, and inserts the contents into the packaging can (C) using a predetermined pressure through a vacuum pump. ), a supply pipe 41 for supplying and discharging the supply pipe 41, a contents cutting part 42 provided at the lower part of the supply pipe 41 to cut the contents after filling the packaging can (C) with a certain amount of contents, and the supply pipe 41. A lifting part 43 installed in the lower body of the installed turntable 22 to raise and lower the packaging can (C) so that the contents are filled from the bottom of the packaging can to the upper part of the packaging can, and the lifting part 43 It is installed on one side and consists of a first detection sensor (S1) and a second detection sensor (S2) that sense the lifting operation and detect the rising and falling positions of the packaging can (C) filled with contents.

The lifting unit 43 supports the lower end of the packaging can (C) supplied through the turntable 22, and includes a support member 432 provided with a support shaft 431 at the center of the lower part, and the support shaft 431. The lead screw shaft 434 is connected to the connection bar 433 to raise and lower the support shaft 431 by rotating power through the pulley (P) and belt (V) from the lead screw shaft 434 and lead screw shaft 434. It is configured to include a drive motor 435 that drives forward and reverse.

The contents cutting part 42 is provided at the lower end of the supply pipe 41, and has a bearing portion 421a formed on one side, and a contents discharge port 421b for discharging the contents from the supply pipe 41 on one side. A flange portion 421 is fixedly installed with a fastening member in correspondence with the first flange portion 421, and a cutter guide groove 422a is formed on one surface corresponding to the first flange portion. There is a second flange portion 422 through which a content discharge port 422b is formed, and a lateral 90-degree angle located on the bearing portion 421a of the first flange portion 421 to direct the content passing through the content discharge port 421b. A cutter member 423 that cuts the contents while rotating forward and backward, and an operating shaft 424 that is connected to the cutter member 423 and installed through the bearing portion 421a of the first flange portion 421 to the outside. ), a connecting link 425 connected to the operating shaft 424, and a pneumatic cylinder 426 connected to the connecting link 425 to rotate the operating shaft 424 by 90 degrees.

The cutter member 423 has a shaft coupling hole 423a coupled to the operating shaft 424, and a double-edged portion 423b for cutting the contents passing through the contents discharge port 421b. At one end of the portion 423b, a guide jaw 423c guided by the cutter guide groove 422b of the second flange portion 422 is formed to protrude.

The cutter guide groove 422b of the second flange portion 422 is formed at a depth that has a gap with the surface cut through the cutter member 423, so that when cutting the contents, the cutting residue is in the cutter guide groove 422b. It is installed so that cutting is done in a partially filled form.

Meanwhile, on one side of the turntable 22, a contents pressing unit 50 is provided to press the upper inner side of the packaging can C, whose contents have been automatically filled in the contents filling unit, to press the upper part of the cut contents into a flat state. do.

The contents pressurizing unit 50 includes a pressurizing sphere 51 installed vertically on the upper part of the turntable 22 and a first pneumatic cylinder 52 vertically connected to the pressurizing sphere, which is installed on a separate support. The pressure port is a rectangular plate guided to the inner diameter of the packaging can, and a connection portion connected to the operating rod of the first pneumatic cylinder is formed at the top.

Meanwhile, a packaging can discharge unit 60 is installed on one side of the circular support plate 28 on the lower side of the turntable 22 to discharge the filled packaging cans C.

The packaging can discharge unit 60 includes a discharge tray 61 installed on one side of the lower part of the turntable and a packaging can C filled with contents and moved to one side of the circular support plate 28 on which the discharge tray 61 is installed. A second pneumatic cylinder 62 is installed to push toward the discharge tray 61. A pusher is attached to the operating rod side of the second pneumatic cylinder 62, and this pusher is preferably made of a material that pushes the packaging can without damaging it.

The automatic filling device according to the present invention is composed of a control unit 70 that controls the rotation of the turntable 22, supply and packaging of contents, and supply and discharge of packaging cans (C).

The operation of the automatic filling device for ham processed meat packaging cans according to the present invention configured as described above is described as follows.

Packaging cans (C) whose contents are to be filled and packaged are supplied one by one along the conveyor 31, which is the packaging can supply unit 30, and are individually supplied to the turntable 22, which constitutes the contents transfer unit in the automatic filling device of the present invention. Guides are provided one by one.

The packaging can (C) enters the packaging can insertion portion (21) provided circumferentially on the turntable (22), and its lower bottom surface is supported on the circular support plate (28) at the set rotation of the turntable (22). is moved by

That is, the packaging can (C) enters the packaging can insertion portion 21 of the turntable 22 through the open portion of the arc-shaped guide member 26, and then when the turntable 22 is rotated. The guide member 26 moves circumferentially without deviating to the outside.

Rotation control of the turntable 22 is performed by driving the reducer 24b and the drive motor 24c, which are the rotation drive units 24 installed in the lower space 12 of the main body 10, through the control unit 70, thereby driving the rotation shaft 24a. Rotate to move the packaging can (C) guided to the packaging can insertion portion (21) on the turntable (22) step by step.

As described above, when the packaging can (C) is placed in the contents filling unit 40 by rotation of the turntable 22, the presence or absence of the packaging can (C) is detected by a separate sensor, and the contents are released through the control unit 70. Filling is done.

At this time, the packaging can (C) has its bottom supported on the support member (432) located in the guide hole (28a) of the circular support plate (28) and the driving motor provided in the lower space (12) of the main body (10). With the rotation of 435, the connecting rod 433 rises along the spiral portion of the lead screw shaft 434 rotated through the pulley (P) and belt (V).

The support shaft 431 connected to the connection bar 433 by rotation of the lead screw shaft 434 raises the support member 432, and the raised height at this time is determined by the detection sensor (S1) installed in the lower space 12. ), the connection bar 433 rises to the position of the second detection sensor (S2), which is set vertically.

The above operation raises the packaging can (C) to a set height by the support member 432, which is the first flange portion 421 and the second flange portion on the lower side of the supply pipe 41 through which the contents are supplied ( 422) portion rises to a height where it is fully accommodated in the inner lower part of the packaging can (C).

The raised height control signal as described above is transmitted through the control unit 70 to the contents discharge port 421b of the supply pipe 41, the first flange portion 421, and the first flange portion 421. The contents of the second flange portion 422 are finally discharged through the discharge port 422b.

The processed ham meat contents discharged as described above have the same viscosity as the porridge state, and filling begins from the bottom of the packaging can (C), and the filling is carried out according to the control setting and time of the pressure at which the contents are discharged, and is supported by the support member 432. The shaft 431 gradually descends as the drive motor 435 rotates in reverse.

Here, the packaging can (C), which is lowered while filling the contents, stops discharging the contents when the connecting bar (433) on the support shaft (431) on the support member (432) side reaches the location where the detection sensor (S1) is located. The signal drives the content cutting unit 42 through the control unit 70 to cut the content.

To cut the contents, the cutter member 423 installed between the first flange portion 421 and the second flange portion 422 rotates the operating axis to 90 degrees in the horizontal direction.

The operating shaft 424 connected to the cutter member 423 is installed outwardly through the bearing portion 421a of the first flange portion 421 and operates by the pneumatic cylinder 426 connected to the connecting link 425. The cutter member 423 is rotated 90 degrees as described above to cut the contents.

The cutting of the contents by rotation of the cutter member 423 is rotated 90 degrees, and when the next contents are delivered, the connecting link 425 using the pneumatic cylinder 426 rotates the operating shaft 424 90 degrees in the opposite direction. The contents are cut.

In addition to the rotation of the cutter member 423 located on the bottom of the contents discharge port 421b of the first flange portion 421, the cutter guidance of the second flange portion 422 assembled to correspond to the first flange portion 421 The guide jaw 423c of the cutter member 423 is closely guided along the groove 422a, and the contents exiting through the contents discharge port 422b formed through the cutter guide groove 422a are stored in the upper center of the packaging can. As shown in the attached FIG. 12, the upper central portion is cut into a protruding shape due to the shape of the content discharge port 422b.

In addition, as the cutter member 423 is rotated 90 degrees, some of the residue cut out in the process of cutting the contents is pushed into the cutter guide groove 433a and fills the recessed depth of the cutter guide groove, thereby reducing the content. In the cut state, the inner edge of the packaging can (C) can be cut cleanly without being exposed to the outside.

This is because one of the double-edged portions 423b of the cutter member 423 is cut in such a way that the contents are pushed against the inclined blade portion during the process of cutting the contents and fill the cutter guide groove 422a as described above. In the future, when the support member 432 is lowered, the contents of the second flange portion 422 can be discharged without any residue remaining on the inner diameter of the discharge port 422b.

As described above, this provides the effect of cutting cleanly without leaving any cutting residue generated when cutting the contents in the contents discharge port.

With the contents cut as described above, the packaging can C is moved to the contents pressing unit 50 located in the next process by rotation of the turntable 22.

In the state in which the contents are moved to the pressurizing unit 50, the pressurizing sphere 51 installed vertically on the upper part of the turntable 22 through the control unit 70 is cut as the operating rod of the first pneumatic cylinder 52 advances. The protruding upper part of the content that has escaped through the content discharge port 422b of the second flange portion 422 is pressed and returned (see FIGS. 13 and 14).

The top of the contents is pressed flat by the pressing port 51 to complete the organized state, and the packaging cans (C) with the contents organized at the top are moved to the packaging can discharge unit 60 according to the rotation of the turntable 22. It is moved.

According to the determination of the presence or absence of a detection sensor (not shown) of the packaging can positioned as above, the operating rod of the second pneumatic cylinder (62) installed on the discharge tray (61) of the circular support plate (28) on the lower side of the turntable (22) is advanced. The pusher is a process of pushing the packaging can (C) toward the discharge tray (61), and the supply of contents, packaging filling, and discharge of the packaging can (C) can be completed in the post-process.

The packaging cans discharged as above are filled evenly through an automatic filling device to prevent the contents from overflowing from the top of the packaging can as much as possible, so the filling weight is uniform, and even during the seaming process of raising the cover and sealing the edges in the post-process, the packaging cans are filled as much as possible. Not only are the edges of the product kept clean, but the cutting is always uniform after filling the contents at a given location, so it is possible to produce a complete vacuum-packaged product without defects during the shimming process of the cover.

As described above, the present invention has been described with specific details such as specific components and limited embodiments and drawings, but this is only provided to facilitate a more general understanding of the present invention, and the present invention is not limited to the above embodiments. , those skilled in the art can make various modifications and variations from this description.

Therefore, the spirit of the present invention should not be limited to the described embodiments, and the scope of the patent claims described below as well as all things that are equivalent or equivalent to the scope of the claims will be said to fall within the scope of the spirit of the present invention. .

10: main body 11: upper space
12: Lower space 20: Packaging can transfer unit
21: Packaging can insertion part 22: Turntable
24: rotation driving unit 26: guide member
28: Circular support plate 30: Packaging can supply unit
40: contents filling part 41: supply pipe
42: Content cutting part
421: first flange part 421a: bearing part
421b: Content outlet 422: Second flange portion
422a: Cutter guide groove 422b: Contents discharge port
423: Cutter member 423a: Shaft coupling hole
423b: Double-edged portion 423c: Guide jaw
424: operating shaft 425: connecting link
426: Pneumatic cylinder
43: Elevating section
431: support shaft 432: support member
433: Connecting rod 434: Id screw shaft
435: Drive motor
50: Content pressurizing part 60: Packaging can discharge part
70: Control unit C: Packaging can
S1: 11th detection sensor S2: 2nd detection sensor

Claims (6)

A main body (10) made of a combination of a frame and a panel to divide the upper space (11) and the lower space (12) into a rectangular shape;
A turntable 22 is rotatably installed in the upper space 11 of the main body 10 and has a packaging can insertion part 21 on the circumference, and a turntable 22 is installed in the lower space 12 of the main body 10, and the turntable is operated step by step. A table rotation drive unit 24 that rotates and is installed on the outside of the turntable 22 to prevent the packaging can (C) from leaving the packaging can insertion section 21 when the turntable rotates, and one side is opened to allow packaging. An arc-shaped guide member 26 that helps discharge the packaging can (C) from the can insertion portion 21 in one direction, and a packaging can ( It consists of a circular support plate (28) supporting the lower end of C), and a packaging can transfer unit (20) for rotating and transferring the packaging can (C) in the order of the packaging process;
A packaging can supply unit 30 installed on one side of the turntable 22 to supply empty packaging cans C one by one to the packaging can insertion unit 21 of the turntable 22;
It is installed on one side of the turntable 22 and is installed vertically at the top where one of the packaging can inserts of the turntable 22 is located in order to fill the contents inside the packaging can (C) in a fixed amount and uses a vacuum pump. A supply pipe (41) for supplying and discharging the contents into the packaging can (C) at a predetermined pressure through the feed pipe (41), and a contents cutting unit provided at the lower part of the supply pipe (41) to cut the contents after filling the packaging can (C) with a quantitative amount of contents. (42) is provided at the lower end of the supply pipe 41, and has a bearing portion 421a formed on one side, and a first flange portion 421 formed with a contents discharge port 421b for discharging the contents from the supply pipe 41 on one side. ), and is fixedly installed with a fastening member in correspondence with the first flange portion 421, and a cutter guide groove 422a is formed on one side corresponding to the first flange portion, and the cutter guide groove 422a has a content discharge port ( 422b) is located in the penetrating second flange portion 422 and the bearing portion 421a of the first flange portion 421 to direct and reverse the contents passing through the contents discharge port 421b at an angle of 90 degrees in the horizontal direction. A cutter member 423 that cuts the contents while rotating, an operating shaft 424 connected to the cutter member 423 and installed to the outside through the bearing portion 421a of the first flange portion 421, and A contents cutting unit 42 including a connecting link 425 connected to the operating shaft 424 and a pneumatic cylinder 426 connected to the connecting link 425 to rotate the operating shaft 424 by 90 degrees, and It is installed in the lower body of the turntable 22 on which the supply pipe 41 is installed and is supplied through the turntable 22 to raise and lower the packaging can (C) so that the contents are filled from the bottom of the packaging can to the upper part of the packaging can. A support member 432 supports the lower end of the packaging can (C) and is provided with a support shaft 431 at the center of the lower part, and is connected to the support shaft 431 with a connection bar 433 to lift and lower the support shaft 431. It includes a lead screw shaft 434 and a drive motor 435 that drives the lead screw shaft 434 forward and reverse with rotational power from the lead screw shaft 434 through a pulley (P) and belt (V). A first sensor (S1) and a second sensor installed on one side of the lifting unit (43) and the lifting unit (43) to detect the rising and falling positions of the packaging can (C) filled with contents by detecting the lifting operation. A content filling part (40) including a sensor (S2);
A content pressing unit 50 installed on one side of the turntable 22 to press the upper inner side of the packaging can C filled with the contents;
A packaging can discharge unit 60 installed on one side of the circular support plate 28 on the lower side of the turntable 22 to discharge the filled packaging cans (C);
An automatic filling device for ham processed meat packaging cans, comprising a control unit (70) that controls the rotation of the turntable (22), supply and packaging of contents, and supply and discharge of packaging cans (C).
delete delete delete According to paragraph 1,
The cutter member 423 has a shaft coupling hole 423a coupled to the operating shaft 424, and a double-edged portion 423b for cutting the contents passing through the contents discharge port 421b. An automatic filling device for ham processed meat packaging cans, characterized in that a guide jaw (423c) guided by the cutter guide groove (422b) of the second flange portion (422) is protruding at one end of the portion (423b).
According to paragraph 1,
The cutter guide groove 422b of the second flange portion 422 is formed at a depth that has a gap with the surface cut through the cutter member 423, so that when cutting the contents, the cutting residue is in the cutter guide groove 422b. An automatic filling device for ham processed meat packaging cans, characterized in that cutting is performed in a partially filled form.

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