JP4610293B2 - Cutter device for vertical multi-row automatic filling and packaging machine - Google Patents

Description

  The present invention relates to a vertical multi-row automatic filling and packaging machine for forming a large number of stick-shaped packaging bags at once, and more particularly to a cutter device for a vertical multi-row automatic filling and packaging machine.

Conventionally, stick-type packaging bags have been manufactured by a vertical multi-row automatic filling and packaging machine. A vertical multi-row automatic filling and packaging machine cuts a raw film with a slitter for each required size in each packaging bag, and forms the cut packaging film into a bag shape. A vertical seal is applied to the formed overlapping portion of both ends, and a horizontal seal is applied by sandwiching a specified position of the packaging film that is formed into a cylindrical shape by the vertical seal.
When filling a stick type packaging bag with a raw material, the vertical multi-row automatic filling and packaging machine puts the raw material into a finished bag-shaped packaging film using a filling pipe. Thereafter, in the vertical multi-row automatic filling and packaging machine, the raw material injection port is horizontally sealed and sealed, and the vicinity of the center of the sealed horizontal seal portion is separated using a cutter device to form individual packaging bags. An example of such a vertical multi-row automatic filling and packaging machine is disclosed in Patent Document 1.

  A cutter device in a conventional vertical multi-row automatic filling and packaging machine is cut so as to be sandwiched between an upper blade fixed to the automatic packaging machine body and a lower blade driven by an air cylinder. A flat blade is used as the upper blade and the lower blade, and the upper blade is pressed from above in a state substantially parallel to the lower blade. Therefore, both the cutting edges of the upper blade and the lower blade are worn and rounded as the automatic packaging machine is driven, and the meshing of these deteriorates. This makes it difficult to maintain the sharpness of the cutter.

  Furthermore, in a vertical type multi-row automatic filling and packaging machine, when a multi-row packaging bag is manufactured at once using a long width original fabric film, the longer the width of the original fabric film, the longer the cutter. The length of the blade is also increased. Therefore, it takes time and effort to adjust the cutter blade so as to obtain a uniform sharpness with respect to the multiple rows of packaging bags, and it cannot be adjusted efficiently.

Moreover, since the widths of the upper and lower blades of the cutter device are increased in proportion to the width of the raw film, the cost of the cutter blade itself is increased. In particular, since the cutter blade of the cutter device in the automatic packaging machine is formed using a special metal or the like, the cost increases due to the longer cutter blade. Therefore, it has been difficult to realize a cutter device that lasts for a long time without using an expensive cutter.
Japanese Patent Laid-Open No. 9-272511

As described above, in the conventional vertical multi-row automatic filling and packaging machine, the upper blade and the lower blade are disposed substantially in parallel, so that the blade edge is worn and the engagement between the upper blade and the lower blade is deteriorated. There is a problem that the sharpness of the cutter blade cannot be prolonged.
The present invention has been made to solve such problems, and an object of the present invention is to provide a vertical multi-row automatic filling and packaging machine capable of extending the sharpness of a cutter blade.

The vertical multi-row automatic filling and packaging machine according to the present invention includes a slitter device that slits a wide sheet film into a plurality of packaging films and a plurality of packaging films that are synchronously drawn out by one packaging bag. A vertical sealing device and a horizontal sealing device for vertical sealing and horizontal sealing, a filling device for filling raw materials in each sealing film, and a plurality of packaging bags filled with the raw materials are cut at the horizontal sealing portion. And a cutter device for packaging each packaging bag. The cutter device includes a first cutter unit to which a first cutter blade is attached, and a second cutter blade to which a second cutter blade for cutting the lateral seal portion between the first cutter blade and the first cutter blade is attached. A hinge mechanism for tilting the first cutter blade with respect to the second cutter blade and rotatably mounting the first cutter unit on the first cutter unit; A pressing mechanism that urges the first cutter blade toward the second cutter blade and a stopper mechanism that maintains the inclination of the first cutter blade are provided, and the second cutter unit is provided with the second cutter unit. Is connected to the second cutter blade, guides the second cutter blade under the first cutter blade, and moves the second cutter blade toward the first cutter blade. Judgment A cylinder mechanism for implementing the operation, is deployed.

  Preferably, in a state before the cutting operation by the cutter device is performed, the first cutter blade and the second cutter blade are held apart from each other, and the cutting edge of the first cutter blade is: In a state in which the guide connected to the second cutter blade by the stopper mechanism is kept under the cutting edge of the first cutter blade and the cutting operation by the cutter device is performed, the cylinder mechanism The plurality of second cutter blades that have entered under the cutting edge of the first cutter blade are urged by the pressing mechanism and pushed up the first cutter blade rotatably attached by the hinge mechanism. Cut the packaging bag.

  ADVANTAGE OF THE INVENTION According to this invention, the vertical multi-row automatic filling and packaging machine which can make the cutting edge of a cutter blade last long can be provided.

The vertical multi-row automatic filling and packaging machine according to the present invention automatically fills and packs the contents in a stick-shaped packaging bag. In the embodiment of the present invention, description will be given using a vertical multi-row automatic filling and packaging machine that manufactures a packaging bag using a wide original film, but not limited to a wide original film, and various sizes of originals. An anti-film can be used.
The best mode for carrying out the present invention will be described below with reference to the drawings.

First, the overall configuration of a vertical multi-row automatic filling and packaging machine according to the present invention will be described with reference to FIGS. 1 and 2. The vertical multi-row automatic filling and packaging machine according to the present invention continuously seal-molds a plurality of stick-shaped packaging bags at a time.
The front view of FIG. 1 shows a configuration example of a vertical multi-row automatic filling and packaging machine according to the present invention. In FIG. 1, the vertical multi-row automatic filling and packaging machine according to the present invention is generally indicated by reference numeral 1, and FIG. 1 is a view observed from the front side (front) to the back side (rear). . Hereinafter, the left and right viewed from the front to the rear are referred to as left and right. The vertical multi-row automatic filling and packaging machine 1 is abbreviated as the automatic packaging machine 1.
As shown in FIG. 1, the automatic packaging machine 1 includes a forming device 2, a vertical sealing device 3, a horizontal sealing device 4, a hopper 5, a shooter 6, a cutter device 7, and an operation panel box 8.

  The forming device 2 is a device that forms a packaging film into a substantially cylindrical shape, and includes a former pipe 21, a former ring 22, and a holder 23. The former pipes 21 are arranged in multiple rows. The former ring 22 is provided for each former pipe 21. A former pipe 21 is provided in the former ring 22. The holder 23 is a table on which the former ring 22 is placed, and the former pipe 21 is inserted therein.

The vertical sealing device 3 is a device that is provided below the holder 23 and applies vertical sealing to the packaging film formed in a substantially cylindrical shape on the former pipe 21. The horizontal sealing device 4 is a device that is provided below the vertical sealing device 3 and performs horizontal sealing on the vertically sealed packaging film.
The hopper 5 is a device that stores a raw material to be supplied to a packaging bag formed by a horizontal seal.
The shooter 6 is a device for putting the raw material supplied from the hopper 5 into the packaging bag.

The cutter device 7 is a device that cuts a packaging bag filled with a raw material between two horizontal seals at a position of the horizontal seal and divides it into sticky packaging bags. The cutter device 7 in the automatic packaging machine 1 according to the present invention has a mechanism in which the upper blade can tilt toward the lower lower blade, and details thereof will be described later.
The operation panel box 8 incorporates a device for operating each driving device of the automatic packaging machine 1 and is attached to a main body frame 11 that supports various driving devices of the automatic packaging machine 1. Further, the main body frame 11 is provided with a display / alarm lamp or the like which is a notification means for indicating the operation state of the automatic packaging machine 1.

Then, operation | movement of the automatic packaging machine 1 which concerns on this invention is demonstrated roughly using FIG.
A side view of FIG. 2 shows an example of the configuration of the automatic packaging machine 1 according to the present invention. FIG. 2 is a view observed from the right to the left in FIG. As shown in FIG. 2, the automatic packaging machine 1 includes a film feeding device 9 and a slitter device 10 in addition to the above devices.
The original film 111 drawn out from the original roll 110 is sent to the slitter device 10 by the film feeding device 9 having various rollers and driving mechanisms. The slitter device 10 cuts the raw film 111 sent by the film feeding device 9 into multiple rows. The packaging film 112 divided into the multiple rows is wound around the former pipe 21 and inserted between the former pipe 21 and the former ring 22. The former ring 22 overlaps both ends of the packaging film 112 in the shape of a palm. Thereby, the packaging film 112 is shape | molded by the substantially cylindrical shape. The packaging film 112 is introduced into the vertical sealing device 3 in this state, and the overlapped portion is vertically sealed.

  The packaging film 112 that has become substantially cylindrical by this vertical sealing is introduced into the horizontal sealing device 4 and is laterally sealed in the lateral direction. This horizontal seal becomes the bottom part of the packaging bag, and the raw material is fed from the shooter 6 inserted into the former pipe 21. When the raw material is filled by a predetermined amount, the horizontal sealing device 4 pulls the packaging film 112 downward by an intermittent motion. The intermediate film 111 is pulled out of the original roll 110 by this intermittent motion. After the backward movement, the lateral sealing device 4 performs lateral sealing again with the packaging film 112 stopped. As a result, the packaging bag is completed and introduced into the cutter device 7. The cutter device 7 individually separates the packaging bags connected in series by cutting the lateral seal portion.

Next, the cutter device 7 of the automatic packaging machine 1 according to the present invention will be described in detail.
First, the specific configuration of the cutter device 7 of the automatic packaging machine 1 according to the present invention will be described in detail with reference to FIG.
FIG. 3A shows the cutter device 7 observed from above. The cutter device 7 includes an upper cutter table 701, a lower cutter table 702, lower cutter units 71 and 72, upper cutter units 73 and 74, and cylinder mechanisms 75 and 76.

The upper cutter base 701 is a member for attaching the upper cutter units 73 and 74, and is a long attachment base. The upper cutter base 701 is fixed to the main body frame 11 of the automatic packaging machine 1. The upper cutter base 701 is fixed to the main body frame 11 so that its longitudinal direction is substantially horizontal. Specifically, the upper cutter base 701 is fixed so as to extend in the left-right direction. The upper cutter base 701 is disposed below the upper cutter units 73 and 74.
Similar to the upper cutter table 701, the lower cutter table 702 is a member for mounting the lower cutter units 71 and 72, and is a long mounting table.

The lower cutter unit 71 includes a lower main body 810 and a lower blade 811.
The lower main body 810 is a long attachment member, and is fixed to the lower cutter base 702. Accordingly, the lower main body 810 is disposed such that the longitudinal direction thereof is left and right. The lower blade 811 is a cutter blade of the lower cutter unit 71 and can be a flat blade. The lower blade 811 is fixed so that the blade edge is along the longitudinal direction of the lower main body 810, and is disposed on the left and right. The lower blade 811 is substantially horizontal with respect to the mounting surface (ground) of the automatic packaging machine 1. The lower blade 811 protrudes rearward. The lower blade 811 has a shape in which the protrusion degree is smoothly reduced along the longitudinal direction. That is, the cutting edge of the lower blade 811 is inclined with respect to the longitudinal direction of the lower main body 810.

A guide 812 protrudes from the innermost part (the most protruding part) of the inclined part of the lower blade 811. Specifically, the guide 812 protrudes rearward from the front. The guide 812 has a shape whose upper surface is smoothly polished. Specifically, the guide 812 has a thickness that is substantially the same as the thickness of the cutting edge of the lower blade 811 at the connection portion with the lower blade 811, and has a shape that becomes thinner smoothly toward the protruding direction. In other words, the guide 812 has a undulating shape such that the guide 812 smoothly swells from the protruding end toward the connecting end with the lower blade 811 and is connected to the lower blade 811.
The lower cutter unit 72 is the same as the lower cutter unit 71, and includes a lower main body 820 and a lower blade 821 similar to the lower main body 810 and the lower blade 811. These lower cutter units 71 and 72 are arranged side by side. Further, a guide 822 similar to the guide 812 protrudes from the lower blade 821.

FIG. 3B shows the cutter device 7 observed from the front. FIG. 3B shows the upper cutter units 73 and 74. Here, in FIG. 3B, the lower cutter units 71 and 72 and the cylinder mechanisms 75 and 76 are omitted.
As shown in FIG. 3B, the upper cutter unit 73 includes an upper body portion 830, an upper blade 831, hinges 832, 833, 834, stoppers 835, 836, and pressing mechanisms 837, 838, 839, 840.

  The upper main body 830 is a long attachment member and is arranged so that the longitudinal direction thereof is left and right. The upper blade 831 is a cutter blade of the upper cutter unit 73 and can be a flat blade. The blade edge of the upper blade 831 is fixed to the left and right along the longitudinal direction of the upper body portion 830. The cutting edge of the upper blade 831 protrudes forward.

  The hinges 832 to 834 are mechanisms for tilting the upper blade 831 downward, that is, the lower blade 811 side. The hinges 832 to 834 connect the upper cutter base 701 and the upper main body 830 in a rotatable manner. Specifically, the hinges 832 to 834 are fixed to the upper cutter base 701 and the upper main body 830 so that the opening / closing axis thereof is substantially horizontal. That is, the open / close shafts of the hinges 832 to 834 are directed in the left-right direction. Accordingly, the hinges 832 to 834 fix the upper body 830 to the upper cutter base 701 so as to be rotatable up and down.

The stoppers 835 and 836 can be configured using screws. These stoppers 835 and 836 are attached to the upper body 830 so as to be screwed up and down. Specifically, the stoppers 835 and 836 are threaded through the upper main body portion 830 from the upper side to the lower side, and are in contact with the surface of the upper cutter table 701 at the lower ends thereof. That is, the stoppers 835 and 836 are placed on the upper cutter base 701. In addition, each of the stoppers 835 and 836 is disposed on the outer side and the inner side of the upper main body 830, respectively.
The pressing mechanisms 837 to 840 are mechanisms that press the upper body portion 830 from above, and details thereof will be described later.

The upper cutter unit 74 includes an upper main body 850, upper blades 851, hinges 852, 853, 854, stoppers 855, 856, and pressing mechanisms 857, 858, 859, 860 similar to the members 830 to 840 described above.
These upper cutter units 73 and 74 are arranged side by side. Each of the upper cutter units 73 and 74 is provided facing the lower cutter units 71 and 72. More specifically, the upper cutter unit 73.74 is arranged such that the upper blades 831 and 851 have substantially the same height as the upper surfaces of the lower blades 811 and 821. Thus, the cutter device 7 has a structure in which two sets of cutter units 71 and 73 and cutter units 72 and 74 are arranged in parallel.

  The cylinder mechanisms 75 and 76 are mechanisms for driving the lower cutter units 71 and 72 back and forth. The cylinder mechanisms 75 and 76 are fixed to both ends of the upper and lower cutter bases 701 and 702, respectively. Specifically, the cylinder mechanisms 75 and 76 hold the lower cutter table 702 substantially horizontally. Accordingly, the cylinder mechanisms 75 and 76 hold the lower cutter units 71 and 72 so as to be substantially parallel to the upper cutter units 73 and 74.

The cross section of the cutter apparatus 7 is shown by FIG.3 (c). The cross-sectional view of FIG. 3C shows the AA ′ cross-section in FIG. Moreover, the packaging film 112 is typically shown by FIG.3 (c).
As shown in FIG. 3C, the pressing mechanism 837 includes an attachment member 870, an adjustment screw 871, a fixing screw 872, a spring member 873, and a clamping screw 874.
The attachment member 870 is a member for attaching the pressing mechanism 837 to the upper cutter base 701. The attachment member 870 has a shape bent in a substantially L shape and protrudes forward above the upper body portion 830.

The adjustment screw 871 is attached to the projecting portion 875 of the attachment member 870 so as to be screwed up and down. Specifically, the adjustment screw 871 is attached in a state where the screw head is disposed above the protruding portion 875. Further, the body of the adjustment screw 871 is threaded through the screw hole of the protruding portion 875 from the upper side to the lower side.
The fixing screw 872 is a screw for movably fixing the adjustment screw 871 to the attachment member 870.

The spring member 873 is a general winding spring and is inserted through the body of the adjustment screw 871. Specifically, the spring member 873 is disposed between the protruding portion 875 of the attachment member 870 and the upper body portion 830. That is, the spring member 873 is disposed in the direction opposite to the screw head of the adjustment screw 871 with respect to the protruding portion 875 of the mounting member 870.
The clamping screw 874 is a screw for pressing the spring member 873 against the upper main body 830 from above. Specifically, the clamping screw 874 is screwed onto the body of the adjustment screw 871 that is threaded above the spring member 873. In other words, the clamping screw 874 is fixed between the lower surface of the protruding portion 875 and the upper end of the spring member 873 so as to be able to be screwed in a state of being pressed against the spring member 873.

  In the cutter device 7 configured as described above, the upper cutter units 73 and 74 are attached in an inclined state with respect to the upper cutter table 701 as shown in FIG. Specifically, the upper main body portions 830 and 850 are rotatably attached to the upper cutter base 701 via hinges 832 to 834 and 852 to 854. As a result, the tips of the upper body portions 830 and 850 are tilted downward, and the tips (blade edges) of the upper blades 831 and 851 fixed to the tips are fixed in a state of being tilted downward, that is, toward the lower blades 811 and 821. ing. In other words, the upper blade 831 and the lower blade 811 are not parallel, but are inclined in a direction in which the respective blade edges approach each other.

  The stoppers 835, 836, 855, and 856 maintain a predetermined interval between the upper cutter base 701 and the upper main body portions 830 and 850 so that the upper main body portions 830 and 850 are not more than the interval and are not inclined downward. I support it. The pressing mechanisms 837 to 840 and 857 to 860 press the upper body portions 830 and 850 of the upper cutter units 73 and 74 from above. At this time, the upper surfaces of the projecting ends of the guides 812 and 822 of the lower blades 811 and 821 are substantially the same height as the lower surfaces of the blade edges of the upper blades 831 and 851. Moreover, you may set so that the upper surface in the protrusion end of the guides 812 and 822 may become lower than the lower surface of the upper blades 831 and 851. In this case, the guides 812 and 822 are set so that the upper surface at the connection end with the lower blades 811 and 821 is higher than the lower surface of the blade tips of the upper blades 831 and 851.

Next, the cutting operation of the cutter device 7 of the automatic packaging machine 1 according to the present invention will be described in detail. Here, description will be made with reference to FIG. 3 as appropriate.
The cutter device 7 is adjusted as follows before performing the cutting operation. Specifically, the degree to which the upper body portions 830 and 850 are screwed is adjusted by turning the stoppers 835, 836, 855 and 856. As a result, the distance between the upper cutter base 701 and the upper body portions 830 and 850 is adjusted. At this time, the upper body portions 830 and 850 rotate around the opening / closing shafts of the hinges 832 to 834 and 852 to 854.
Thereafter, the adjustment members and clamping screws of the pressing mechanisms 837 to 840 and 857 to 860 (screws 871 and 874 in the pressing mechanism 837) are turned so that the spring member (the spring member 873 in the pressing mechanism 837) becomes the upper body parts 830 and 850. The degree of pressing downward is adjusted. By these position adjustment and pressure adjustment, the upper blades 831 and 851 are adjusted so as to come into contact with the lower blades 811 and 821, and the distance between the upper blades 831 and 851 and the lower blades 811 and 821 is adjusted.

  The lower cutter units 71 and 72 of the cutter device 7 are held in a state of being separated from the upper cutter units 73 and 74 before cutting. At this time, the lower blades 811 and 821 are held at positions where the upper surfaces of the guides 812 and 822 can come into contact with the upper surfaces of the tips of the upper blades 831 and 851. When the cutter device 7 performs a cutting operation, the cylinder mechanisms 75 and 76 pull the lower cutter units 71 and 72 backward. Accordingly, the lower cutter units 71 and 72 approach while sliding toward the upper cutter units 73 and 74 located at the rear.

  The slid lower blades 811 and 821 approach the upper blades 831 and 851 from guides 812 and 822 that protrude from the upper blades 831 and 851 side. The upper surfaces of the guides 812 and 822 swell smoothly from the protruding end toward the connecting end with the lower blades 811 and 821. Further, the projecting ends of the guides 812 and 822 are arranged below the height of the lower surfaces of the blade tips of the upper blades 831 and 851. As a result, the guides 812 and 822 approaching the upper blades 831 and 851 come into contact with the lower surfaces of the upper blades 831 and 851 at the upper surfaces of the protruding ends. The contacting guides 812 and 822 slide while abutting along their upper surfaces. At this time, the lower blades 811 and 821 move rearward on the upper surfaces of the guides 812 and 822 while pushing up the upper blades 831 and 851 according to the shape of the upper surfaces.

  When the guides 812 and 822 slide on the lower surfaces of the upper blades 831 and 851 on their upper surfaces, the blade edges of the lower blades 811 and 821 reach the blade edges of the upper blades 831 and 851. The guides 812 and 821 are smoothly connected so that the upper surface at the connection end with the lower blades 811 and 821 is substantially the same height as the upper surface of the blade edges of the lower blades 811 and 821. Thus, the lower blades 811 and 821 perform a cutting operation while contacting the lower surfaces of the upper blades 831 and 851 on their upper surfaces. At this time, the lower blades 811 and 821 enter the lower portions of the upper blades 831 and 851 while pushing up the lower surfaces of the blade edges following the upward movement of the upper blades 831 and 851 by the guides 812 and 822. At this time, the pressing mechanisms 837 to 840 and 857 to 860 are pushed down so that the upper blades 831 and 851 are not separated from the lower blades 811 and 821 by being pushed up by the guides 812 and 822 and the lower blades 811 and 821. It is out.

  When the upper blades 831 and 851 slide on the lower surface of the cutting edge, the lower blades 811 and 821 have an inclined shape, so that the upper blades 831 and 851 and the lower blades 811 and 821 move while making almost point contact. Thus, the upper blades 831 and 851 and the lower blades 811 and 821 are cut by sandwiching the packaging film 112 like a ridge. Moreover, the pressing force for the upper blades 831 and 851 and the lower blades 811 and 821 to function as a pinch is supplied by pressing mechanisms 837 to 840 and 857 to 860. Thereafter, as the lower blades 811 and 821 slide, the inclined lower blades 811 and 821 enter below the upper blades 831 and 851. Thereby, these blades 811, 821, 831, 851 cut all of the packaging film 112 separated into a plurality of strips.

  As described above, in the cutter device 7 according to the present invention, the upper cutter units 73 and 74 are rotatably attached by the hinges 832 to 834 and 852 to 854. Therefore, the cutter device 7 can always press the blade edges of the lower blades 811 and 821 in a state where the blade edges of the upper blades 831 and 851 are inclined with respect to the lower blades 811 and 821. Therefore, the cutting edges of the upper blades 831 and 851 are polished along the cutting edge surfaces of the lower blades 811 and 821 without being rounded according to the driving of the automatic packaging machine 1. This makes it possible to satisfactorily maintain the meshing between the blade tips of the upper blades 831 and 851 and the blade tips of the lower blades 811 and 821, while finely adjusting the blade tips of the upper blades 831 and 851. Therefore, a uniform sharpness can be maintained for a long time, and a high-quality cutter device 7 can be realized.

In general, instead of tilting the upper blades 831 and 851 toward the lower blades 811 and 821, it is also possible to use a cutter blade that is angled slightly downward in advance. However, when the cutter blade with the blade tip having an angle is polished and formed, it takes time, and the production cost of the cutter blade is increased as compared with a flat blade cutter blade.
On the other hand, in the cutter device 7 according to the present invention, the upper blades 831, 851 can be attached in an inclined state by using flat blades for all the blades 811, 821, 831, 851. As a result, it is possible to obtain the same configuration as that of the cutter blade whose blade edge is angled, and at the same time, it is possible to avoid an increase in the cost of manufacturing the cutter blade.

  Further, in the upper cutter units 73 and 74, the upper blades 831 and 851 can be inclined toward the lower blades 811 and 821 as the wear occurs. Accordingly, the blade tips of the upper blades 831 and 851 can be slightly angled slightly without manually fine-tuning the positions of the blades 811, 821, 831 and 851.

As shown in FIG. 3, the cutter device 7 according to the present embodiment includes two sets of cutter units arranged side by side. However, the present invention is not limited to this, and the cutter device 7 may be composed of one cutter unit. As described above, when the configuration is such that a plurality of separated cutter units are arranged in parallel rather than a single cutter unit, the length of the upper blade and the lower blade in each cutter unit can be shortened. it can.
Thereby, it is possible to prevent the upper and lower blades from being bent, and at the same time, it is possible to more easily adjust the positions of the upper and lower blades. Thereby, cutting can be performed more accurately. Furthermore, since the upper blade and the lower blade are shortened, it is possible to avoid an increase in production cost for forming them, and to reduce the manufacturing cost of the cutter device.

  In this embodiment, the cutter blade that is driven back and forth at the time of cutting is disposed below. However, the present invention is not limited to this, and the cutter blade that is driven may be disposed above. Furthermore, in the present embodiment, the upper blade fixed to the main body frame is inclined with respect to the lower blade that is driven back and forth, but this is not limiting, and the lower blade is fixed to the main body frame and is fixed. You may comprise so that an upper blade may incline with respect to a lower blade.

1 is a front view showing an overall configuration of a vertical multi-row automatic filling and packaging machine according to the present invention. 1 is a side view showing an overall configuration of a vertical multi-row automatic filling and packaging machine according to the present invention. It is a figure which shows an example of the cutter apparatus of the vertical type | mold multi-row automatic filling packaging machine which concerns on this invention.

Explanation of symbols

1 ... vertical multi-row automatic filling and packaging machine (automatic packaging machine), 2 ... forming device,
3 ... Vertical sealing device, 4 ... Horizontal sealing device, 5 ... Hopper, 6 ... Shooter,
DESCRIPTION OF SYMBOLS 7 ... Cutter apparatus, 8 ... Operation panel box, 9 ... Slitter apparatus 701 ... Upper cutter stand, 702 ... Lower cutter stand 71, 72 ... Lower cutter unit,
810, 820 ... lower main body, 811, 821 ... lower blade, 812, 822 ... guide 73, 74 ... upper cutter unit,
830, 850 ... upper body part, 831, 851 ... upper blade,
832-834, 852-854 ... hinges,
835, 836, 855, 856 ... stopper,
837-840, 857-860 ... Pressing mechanism 75,76 ... Cylinder mechanism 110 ... Original fabric roll, 111 ... Original fabric film, 112 ... Packing film

Claims (2)

  A slitter device for slitting a wide sheet film into a plurality of packaging films;
  A vertical sealing device and a horizontal sealing device that synchronously perform vertical sealing and horizontal sealing while pulling out each of the plurality of packaging films by one packaging bag;
  A filling device that fills each sealing film with the raw material, and
  A cutter device for a vertical multi-row automatic filling and packaging machine, comprising a cutter device for cutting a plurality of packaging bags filled with the raw material at the transverse seal portion and dividing each packaging bag,
  The cutter device includes a first cutter unit to which a first cutter blade is attached, and a second cutter blade to which a second cutter blade for cutting the lateral seal portion between the first cutter blade and the first cutter blade is attached. 2 cutter units,
  The first cutter unit is provided with a hinge mechanism for attaching the first cutter blade to the second cutter blade so as to be inclined and rotatable, and the first cutter blade to the second cutter blade. A pressing mechanism that urges toward the cutter blade and a stopper mechanism that maintains the inclination of the first cutter blade,
The second cutter unit is connected to the second cutter blade, guides the second cutter blade to the lower side of the first cutter blade, and the second cutter blade to the first cutter blade. And a cylinder mechanism that moves toward the cutter blade and performs a cutting operation, and a cutter device for a vertical multi-row automatic filling and packaging machine. In the state before the cutting operation by the cutter device is performed,
The first cutter blade and the second cutter blade are held in a separated state,
And the cutting edge of the first cutter blade maintains a position where the guide connected to the second cutter blade by the stopper mechanism can enter under the cutting edge of the first cutter blade,
In the state where the cutting operation by the cutter device is performed,
The second cutter blade that has entered under the cutting edge of the first cutter blade by the cylinder mechanism is urged by the pressing mechanism and is rotatably attached by the hinge mechanism. The cutter apparatus for a vertical multi-row automatic filling and packaging machine according to claim 1, wherein the plurality of packaging bags are cut while pushing up.

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