JP2014227261A - Film feeder and packaging apparatus - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a film feeder and a packaging apparatus which can remove reliably a film transferred to the terminal and including film scum and have a simple structure.SOLUTION: A film feeder 100 includes a carriage conveyor 101 composed of an endless upper belt 103 and an endless lower belt 105 vertically in contact with each other, holds a film between the upper and lower belts 103 and 105 and conveys the film by driving the upper and lower belts 103 and 105 simultaneously. A film guide member 200 is provided between the upper belt 103 and lower belt 105 located at the terminal, in the film feed direction, of the carriage conveyor 101, and an adhered film is peeled from the upper belt 103 by causing the upper belt 103 to pass through a belt insertion part 203 provided in the film guide member 200.

Description

  The present invention relates to a film feed device that moves a film while sandwiching a film, and more particularly, a film residue such as a film residue that has been transferred to a terminal after remaining in a film feed device after the film transferred to a predetermined position is used for product packaging or the like. The present invention relates to a film feed apparatus suitable for removing a film and a packaging apparatus using the film feed apparatus.

  2. Description of the Related Art Conventionally, a stretch wrapping machine that includes a film feed device that holds and transfers both side portions of a film with upper and lower belts has been used (see, for example, Patent Document 1). This type of stretch wrapping machine transports a film cut to a predetermined length to a packaging part by a film feed device, pushes up the package from the lower part of the film by an elevator in the packaging unit, and the upper surface of the package is It is configured to be packaged with a film. The film feed device has a function of transferring the film as described above, and appropriately nips and opens the film when the object to be packaged is pushed up to cover the upper surface with the film and the film end is folded to the lower surface side of the object to be packaged. It has the function of making the tension state of the film appropriate by performing at the timing.

JP 2000-62709 A

  However, the stretch wrapping machine has a structure in which the package is pushed up and packaged with the end of the film held, so that a strong tensile force is applied to the sandwiched part of the film and a part of the film is torn off. May remain between the upper and lower belts. In such a case, the torn film residue etc. is conveyed to the end of the film feed device and wound around a pulley (rotating part) installed at the end of the upper and lower belts, thereby hindering normal driving of the film feed device. There was a fear. In particular, when the amount of film wound around the pulley increases, the film feed device eventually stops.

  In order to solve such a problem, a detector for detecting a film is installed in the vicinity of the end of the film feed device, and when the detector detects the film, a method for prohibiting the film from moving further downstream Was considered. However, with this type of detector, there is a case where the detection of the film is insufficient, the film cannot be surely removed, and the film may be wound around a pulley installed at the end.

  The present invention has been made in view of the above points, and an object of the present invention is to provide a film feed device and a packaging device with a simple structure capable of reliably removing a film such as a film residue transferred to the end. There is.

The present invention includes a transport conveyor in which an endless upper belt and an endless lower belt are in contact with each other in the vertical direction, and a film is sandwiched between the upper and lower belts of the transport conveyor and the upper and lower belts are simultaneously driven. Thus, in the film feeding apparatus for transporting the film, the film attached to the upper belt or the lower belt is guided between the upper belt and the lower belt positioned at the end of the transport direction of the transport conveyor in a direction to separate the belt. A film guide member is installed.
As described above, since the film guide member is installed between the upper and lower belts of the conveyor, the film such as the film residue attached to the upper belt or the lower belt and transferred to the end can be removed from the belt.

Further, the present invention provides a first rotating unit that winds the upper belt positioned at a film transport direction end of the transport conveyor, and a second that winds the lower belt positioned at a film transport direction end of the transport conveyor. And the first rotating unit and the second rotating unit are arranged at an interval in the film transport direction, and the film guiding member includes the first rotating unit and the second rotating unit. By inserting a belt insertion part that is inserted into the gap between the rotating parts and through which the upper belt or the lower belt is inserted, the belt is attached when the upper belt or the lower belt passes through the belt insertion part. It is preferable to peel the film from the upper belt or the lower belt.
For the purpose of reducing the height dimension, etc., the gap between the two rotating parts generated when the first rotating part and the second rotating part are arranged with an interval in the film transport direction is used. Since the film guiding member is inserted and installed in the part, it is easy to install the film guiding member and does not hinder the thinning of the device, and the upper belt or the lower belt is inserted into the belt insertion part, so that the upper can be easily and reliably The film can be removed from the belt or the lower belt.

In the present invention, it is preferable that the film guide member is formed in a shape that separates the film from the upper belt by guiding the film attached to the upper belt obliquely downward toward the moving direction of the upper belt.
Thus, the film attached to the upper belt can be gradually pulled downward from the upper belt, and the film can be removed smoothly.

  Moreover, this invention exists in the packaging apparatus provided with the said film feed apparatus.

  According to the present invention, a film such as a film residue transferred to the end can be surely removed by a film guiding member having a simple structure.

1 is a schematic longitudinal side view of a stretch wrapping machine 1 using a film feed apparatus 100. FIG. 1 is a schematic longitudinal front view of a stretch wrapping machine 1. FIG. It is a principal part expansion schematic sectional side view of the film conveyance direction terminal vicinity vicinity of the conveyance conveyor 101. FIG. It is a principal part expansion perspective view of the film conveyor direction end vicinity part of the conveyance conveyor 101. FIG. It is the principal part expansion perspective view which looked at the film conveyance direction terminal vicinity part of the conveyance conveyor 101 from the lower side. It is the perspective view which looked at a pair of right and left film guide members 200 from the upper part.

Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings.
FIG. 1 is a schematic longitudinal side view of a stretch wrapping machine 1 configured using a film feed apparatus 100 according to an embodiment of the present invention, and FIG. 2 is a schematic longitudinal front view of the stretch wrapping machine 1. As shown in both drawings, the stretch wrapping machine (packaging apparatus) 1 is configured by installing a placing portion 20 for placing a product A as a packaged object in front of the machine frame 10. A film feed device 100 is installed in the upper part of the machine frame 10, and an elevator 30 is installed in the center lower part of the film feed device 100, and the lower part in the vicinity of the upstream end of the film feed device 100 (right side in FIG. 2). Is provided with a film holding unit 50 for holding the leading end of the film 41a fed out from the film roll arranging unit 40 and the film roll 41. In the following description, the placement unit 20 side is referred to as the near side or the front side, the opposite side is referred to as the back side or the rear side, the right side shown in FIG. 2 of the film feed apparatus 100 is the right side or the starting end side, and the left side is the left side. Or it shall be the terminal side.

  The placement unit 20 includes a weighing pan 21 and is transported by the pusher conveyor 23 to the top of the elevator 30 in the machine frame 10. The elevator 30 pushes the product A that has been transported thereon upwards.

  The film roll arrangement unit 40 is for installing the film roll 41 in the machine frame 10 so as to be rotatable. The film holding unit 50 holds the leading end portion of the film 41 a drawn from the film roll 41, holds the film 41 a between the film receiving plate 51 and the holding plate 53, and the film receiving plate 51 The holding plate 53 moves toward the starting end of the film feed apparatus 100 with the film 41a sandwiched therebetween (in the direction of arrow A1 shown in FIG. 2), and is configured to deliver the leading end of the film 41a to the film feed apparatus 100. Yes. Between the film holding unit 50 and the starting end portion of the film feed device 100, a cutter 60 is disposed that cuts the film 41a held by the film feed device 100 and drawn into the film feed device 100 at a predetermined length. Yes. Further, above the film feed apparatus 100, the left and right folding plates 70 and 70 'for folding the left and right ends of the film 41a covering the upper surface of the product A to the bottom side of the product A, and the rear of the left and right folding plates 70 and 70' are positioned. A rear folding plate 71, a discharge pusher 73 that is positioned above the rear folding plate 71 and discharges the packaged product A, a front folding roller 75 and a discharge portion 77 that are positioned in front of the left and right folding plates 70 and 70 ′. And are installed.

  The film feed apparatus 100 is configured by installing a pair (two) of conveyors 101, 101 with a gap therebetween, and is disposed across the packaging part P1. Each of the conveyors 101 and 101 is a pair of upper and lower endless upper and lower belts (elastic belts) 103 and 105 that sandwich both side portions in the width direction of the film 41a, and the inner side of the lower belt 105 (up and down for reciprocation). A plurality of (five) clamp plates 107 installed between the lower belts 105), a contact plate 109 installed inside the upper belt 103 (between the upper belts 103 positioned up and down for reciprocation), and a film The film guide member 200 is provided between the upper belt 103 and the lower belt 105 positioned at the end in the transport direction. Both conveying conveyors 101 are supported by the attachment frame 115, respectively. The clamp plate 107 is configured so that the forward side (upper side) of the lower belt 105 can be pressure-contacted (movable up and down) to the forward side (lower side) of the upper belt 103.

  3 is an enlarged schematic side view of the main part of the conveyance conveyor 101 near the end of the film conveyance direction, FIG. 4 is an enlarged perspective view of the main part of the conveyance conveyor 101, and FIG. It is the principal part expansion perspective view which looked. As shown in these drawings, a first rotating unit 117 that winds the upper belt 103 and a second rotating unit 119 that winds the lower belt 105 are installed at the end of the transporting conveyor 101 in the film transport direction. . The first rotating unit 117 is arranged with a gap (gap portion S) in front of the second rotating unit 119 in the film transport direction. The first rotating portion 117 is provided with ring-shaped flange portions 117b on both sides of the outer periphery so as to form a concave portion 117a for holding and winding the upper belt. As shown in FIG. 5, the second rotating portion 119 is formed with a concave portion 119a for holding and winding the lower belt. Concavities and convexities 119b serving as gears are formed on the bottom surface of the recess 119a.

  The upper belt 103 wound around the recess 117a of the first rotating part 117 has a smooth inner surface. That is, the upper belt 103 is a flat belt without teeth. On the other hand, the lower belt 105 wound around the concave portion 119a of the second rotating portion 119 is constituted by a toothed belt having teeth on the inner surface thereof. That is, the lower belt 105 meshes with a gear provided in the recess 119a.

  A first driving gear 121 is attached to the first rotating portion 117 coaxially therewith, and a second driving gear 123 is attached to the second rotating portion 119 coaxially therewith. A toothed belt 125 is wound around the first and second drive gears 121 and 123 and the drive gear 129 of the drive motor 127, and the first and second drive gears 121 are driven by driving the drive motor 127. , 123, that is, the upper and lower belts 103, 105 are driven to rotate simultaneously. In FIG. 3, for the convenience of explanation, the first and second drive gears 121 and 123 are shown smaller than the first and second rotating parts 117 and 119, respectively. As shown in FIG. 5, it is larger than the first and second rotating parts 117 and 119.

  On the other hand, the film guiding member 200 is inserted and installed in the gap S between the first rotating part 117 and the second rotating part 119. In this example, the film guiding member 200 is a plate-like member (flat plate shape), and the tip (end) thereof is from a position Q (see FIG. 3) depending from the end portion (tip portion) of the outer peripheral edge of the first rotating portion 117. Is positioned further forward, and the rear end is positioned in the vicinity of the contact plate 109. Further, a belt insertion part 203 for inserting the upper belt 103 is formed in the film guiding member 200, and the film attached to the upper belt 103 and conveyed when passing through the belt insertion part 203 is transferred to the upper belt 103. Peel from 103. In other words, the upper belt 103 is inserted into the belt insertion portion 203 so that the film guiding member 200 can be installed inclined from the upper side to the lower side of the upper belt 103.

  FIG. 6 is a perspective view of the pair of film guide members 200 as viewed from above. Both are symmetrical shapes. As shown in the figure, the film guiding member 200 is configured by forming a substantially rectangular belt insertion portion 203 at a substantially center of a substantially rectangular main body portion 201 which is a flat plate. The belt insertion portion 203 has a width dimension L1 that is substantially the same as the width dimension of the upper belt 103. Further, the longitudinal length L2 of the belt insertion portion 203 is formed to a size (minimum necessary size) necessary for the upper belt 103 passing through the belt insertion portion 203 obliquely to pass linearly. Has been. Further, the belt insertion groove 205 necessary for inserting the upper belt 103 into the belt insertion portion 203 has one end on the belt discharge side side 203a of the belt insertion portion 203 and the other end on the outer side 200a of the film guide member 200. Is open. A mounting portion 207 is formed on the outer side 200a of the film guiding member 200 by bending upward at the side 200a. Two attachment holes 209 are formed in the attachment portion 207, and the attachment portion 207 is fixed to the attachment frame 115 shown in FIGS. 4 and 5 using the attachment holes 209. The belt insertion groove 205 is opened at an intermediate position of the attachment portion 207 so that the opening is closed when the attachment portion 207 is fixed to the attachment frame 115.

  A portion of the film guiding member 200 closer to the start end (the contact plate 109 side) than the belt insertion portion 203 comes into contact with the curved shape of the upper belt 103 (the lower belt 105 is wound around the second rotating portion 119). In accordance with the shape of the curved portion of the upper belt 103), the rear end side extends linearly, and the front end is bent upward and faces obliquely upward. The film guide member 200 is installed such that a portion on the tip side of the belt insertion portion 203 is gradually separated downward from the upper belt 103 that has passed through the belt insertion portion 203.

  Further, as shown in FIG. 6, the two film guide members 200 are inclined so that the opposite inner sides 200 b approach each other from the substantially same width as the backing plate 109 toward the end (front end direction). It is formed in the shape of a widening end. In other words, both the film guide members 200 are formed in a shape in which the inner side 200b facing each other spreads toward the opposite conveyors 101, 101.

Next, the operation of the stretch wrapping machine 1 will be described.
First, in FIG. 1, the product A that is placed and weighed by the operator on the placement unit 20 is carried into the machine frame 10 by the pusher conveyor 23.

  On the other hand, in parallel with the carry-in operation, as shown in FIG. 2, the film holding unit 50 (film receiving plate 51 and holding plate 53) held with the film 41 a interposed therebetween is moved to the starting end side of the film feed device 100. (Arrow A1) The film 41a is sandwiched between the upper and lower belts 103, 105 on the start end side (film supply side). Then, by driving a drive motor 127 (see FIG. 3), the upper and lower belts 103 and 105 are simultaneously rotated, whereby the film 41a is drawn into the film feed apparatus 100. At this time, the clamp plate 107 is appropriately pushed up so that the lower belt 105 is pressed against the upper belt 103, whereby both sides of the film 41a can be held between the upper and lower belts 103, 105, and the film 41a can be pulled out and moved. It is possible.

  Next, when the film 41a is pulled out by a predetermined length, the film holding unit 50 (film receiving plate 51 and holding plate 53) returns to the initial position, and the film 41a is cut by the cutter 60. The cut film 41a in the film feed apparatus 100 is further transferred and centered with respect to the packaging part P1. Next, the elevator 30 is raised and the product A is pushed up against the film 41a, so that the upper surface of the product A is covered with the film 41a.

  Next, the film 41 a is folded left and right by the left and right folding plates 70 and 70 ′, then the film 41 a is folded backward by the rear folding plate 71, and finally the film 41 a is folded forward by the discharge pusher 73.

  The release state of the film sandwiched by the clamp plate 107 is appropriately performed in conjunction with each folding operation. However, in order to maintain the tension of the film 41a until the middle of the folding operation of the film 41a, the release is not performed. In some cases, the film (film residue) may remain between the upper and lower belts 103 and 105 due to, for example, part of both sides of the film 41a being torn off. The remaining film is transferred between the upper and lower belts 103 and 105 to the end position as the film feed device 100 is driven.

  Of the films transferred to the end positions of the upper and lower belts 103 and 105, the film adhering to the upper belt 103 is peeled off when the upper belt 103 passes through the belt insertion portion 203 of the film guiding member 200. The film moves along the inclined surface on the lower surface side of the film guiding member 200 and finally falls to the lower part of the machine casing 10. That is, the film guiding member 200 is formed in a shape that pulls the film away from the upper belt 103 by guiding the film attached to the upper belt 103 obliquely downward with respect to the upper belt 103 in the film conveyance direction. Yes.

  Further, in the case of this film guiding member 200, the belt insertion portion 203 is formed to the minimum size necessary for the upper belt 103 to pass in a straight line, so that the film effectively adhered to the upper belt 103. Can be peeled off.

  Further, as described above, the leading end (terminal) of the film guiding member 200 is extended to the position Q hanging from the outer peripheral edge terminal portion (tip portion) of the first rotating portion 117, so that the film is peeled from the upper belt 103. Can be done more reliably. This is because the film may be charged with static electricity, and the film once peeled off from the upper belt 103 and led to the lower surface side of the film guiding member 200 is attracted to the upper belt 103 again by the static electricity and reattaches. There is. On the other hand, at the position Q that hangs down from the outer peripheral edge terminal portion of the first rotating portion 117, the position where the upper belt 103 is reversed and goes upward, that is, the upper belt 103 is abruptly separated from the peeled film. Since the film guiding member 100 is extended to this position, the reattachment of the film to the upper belt 103 is surely prevented. Further, in the case of this film guiding member 200, the front end (end) thereof is extended further forward than the position Q hanging from the outer peripheral end portion of the first rotating portion 117 so as to contact or approach the machine frame 10. However, if configured in this way, the film can be further reliably prevented from moving upward from the tip of the film guiding member 200.

  Here, in the belt insertion portion 203, the belt insertion groove 205 is provided on the side 203a on the upper belt discharge side. If the belt insertion groove 205 is provided on the side 203c (see FIG. 6) on the upper belt insertion side, Before the upper belt 103 is inserted into the belt insertion portion 203, the film attached to the upper belt 103 can easily enter the belt insertion groove 205 (the position before the upper belt 103 is inserted into the belt insertion portion 203). Then, since there is a gap between the lower surface of the film guiding member 200 and the upper surface of the upper belt 103, it is easy to enter the belt insertion groove 205 when the film moves on the upper belt 103). The film that has once entered the belt insertion groove 205 easily enters the belt insertion portion 203 as it is, so that it is difficult to peel off from the upper belt 103 and easily passes through the belt insertion portion 203 and wraps around the first rotation portion 117. Because it ends up. If the belt insertion groove 205 is provided on the discharge side 203a of the belt insertion part 203 or on either side 203b, 203d, the above problem is eliminated. That is, it is preferable that the side 203c on the upper belt insertion side of the belt insertion portion 203 through which the upper belt 103 is inserted is closed. In particular, if the belt insertion groove 205 is provided in the side 203a on the discharge side of the belt insertion part 203, it is confirmed by an experiment that the film is least likely to pass through the belt insertion part 203 more than in the both sides 203b and 203d. did. This is because the side 203 a on the discharge side is the position after the film is peeled most from the upper belt 103.

  By the way, in the said conveyance conveyor 101, while arrange | positioning the 1st rotation part 117 on the film conveyance direction termination | terminus side rather than the 2nd rotation part 119, the 1st rotation part 117 is set to the 2nd rotation part 119. The first rotating part 117 is arranged so as to close the front of the second rotating part 119. As a result, the thickness in the height direction of the conveyor 101 is reduced.

  Further, in the conveyor 101, since the upper belt 103 is constituted by a belt without teeth (flat belt), the thickness of the upper belt 103 can be reduced. From this point, the thickness of the conveyor 101 can be reduced. On the other hand, the lower belt 105 is constituted by a toothed belt because it is necessary to accurately control the movement of at least one of the upper and lower belts 103 and 105. That is, since there is a space on the lower side of the lower belt 105, even if the thickness of the lower belt 105 is large, there is no significant effect on the thinning of the apparatus. Can be effectively lowered, and a great effect is achieved by thinning. Therefore, the lower belt 105 is used as a toothed belt so that the upper and lower belts 103 and 105 can be accurately driven, and at the same time, the upper belt 103 is formed of a thin belt without teeth to reduce the thickness of the apparatus.

  Although the embodiments of the present invention have been described above, the present invention is not limited to the above-described embodiments, and various modifications can be made within the scope of the technical idea described in the claims and the specification and drawings. Is possible. Note that any shape or structure not directly described in the specification and drawings is within the scope of the technical idea of the present invention as long as the effects and advantages of the present invention are achieved. For example, in the film feed apparatus 100, the film guiding member 200 is installed so as to peel the film from the upper belt 103, but the film guiding member may be installed so as to peel the film from the lower belt 105. In this case, for example, the second rotating unit 119 is arranged at a distance from the first rotating unit 117 on the end side in the film transport direction, and the film guiding member is inserted into the gap formed by providing the interval. The belt insertion portion provided in the film guide member is inserted into the lower belt 105 before being wound around the second rotating portion 119, and the tip end side (terminal side) is installed so as to be the upper side of the lower belt 105. That's fine.

  Further, in the film feed apparatus 100, the first rotating part 117 is arranged at a distance from the second rotating part 119 on the end side in the film transport direction, thereby reducing the thickness of the film feed apparatus 100 in the height direction. In addition, although the film guiding member 200 is easily installed by the gap portion S formed between the two, depending on the case, the positions of the first rotating portion 117 and the second rotating portion 119 may be aligned vertically or vice versa. In addition, as described above, the second rotating unit 119 may be disposed at a distance from the first rotating unit 117 on the end side in the film conveyance direction. Moreover, although the said film guide member 200 was formed with the plate-shaped member, you may use the member of other shapes.

Regarding the above description, the following items are further disclosed.
(Appendix 1)
3. The film feed apparatus according to claim 2, wherein the upper belt or the lower belt insertion side of the belt insertion portion is closed. This makes it possible to remove the film from the upper belt or the lower belt more reliably.
(Appendix 2)
3. The film feed device according to claim 2, wherein the first rotating part is positioned closer to the film transport direction end side than the second rotating part, and the film guiding member is a plate-like member, A film feed device, wherein the film feed device is located from a terminal portion of the first rotating portion to a position depending on the first rotating portion. As a result, the film once separated from the belt can be prevented from adhering to the belt again.
(Appendix 3)
3. The film feed device according to claim 2, wherein flanges for holding the upper belt are provided on both sides of the outer periphery of the first rotating portion, and an inner surface of the upper belt is formed smoothly. A film feed apparatus characterized by the above. As a result, the thickness of the upper belt can be reduced, and the film feed device can be made thinner.
(Appendix 4)
2. The film feed apparatus according to claim 1, wherein a pair of the transport conveyors are installed at an interval, and both side portions of the film are sandwiched between upper and lower belts of the pair of transport conveyors, and the pair of transports A film feed apparatus for conveying the film by simultaneously driving a conveyor.
(Appendix 5)
The film feed apparatus according to appendix 4, wherein the film guide members respectively installed on the pair of transport conveyors are formed in a shape in which opposite inner sides expand toward the opposite transport conveyor A film feed apparatus characterized by being made. Thus, the film is guided further to the inside of the pair of conveyors (between the conveyors) to be separated from the first rotating part, and can be prevented from being wound around the first rotating part. In addition, since the film is pulled inside the pair of conveyors when packaging the product, the film residue is often sandwiched between the upper and lower belts. It is efficient to guide the inside of the conveyor (between the conveyors). Furthermore, if the film is collected between a pair of conveyors, the collected film can be easily removed. That is, there are an attachment frame and first and second drive gears on the outside of the pair of conveyors, and the space is generally narrow. If the film is collected on this side, it is difficult to perform subsequent film removal operations.

DESCRIPTION OF SYMBOLS 1 Stretch wrapping machine A Goods 10 Machine frame 20 Placement part 21 Weighing pan 23 Pusher conveyor 30 Elevator 40 Film roll arrangement | positioning part 41 Film roll 41a Film 50 Film holding part 51 Film receiving plate 53 Holding board 60 Cutter 70 Left and right folding board 71 After Folding plate 73 Discharge pusher 75 Front folding roller 77 Discharge unit 100 Film feed device 101 Conveyor 103 Upper belt 105 Lower belt S Gap portion P1 Packaging portion 107 Clamp plate 109 Catch plate 115 Mounting frame 117 First rotating portion 117a Recessed portion 117b 鍔Part 119 second rotating part 119a concave part 200 film guide member 201 main body part 203 belt insertion part 205 belt insertion groove 207 attachment part 209 attachment hole 121 first drive gear 123 second drive tooth 125 toothed belt 127 driving motor 129 driving gear

Claims (4)

An endless upper belt and an endless lower belt are provided in the up-and-down direction, and the film is sandwiched between the upper and lower belts of the conveyor and simultaneously driven by the upper and lower belts. In a film feed device for conveying
A film guide member for guiding a film attached to the upper belt or the lower belt in a direction to separate the belt from an upper belt and a lower belt positioned at a film conveying direction end of the conveying conveyor is installed. Feed device. The film feed apparatus according to claim 1,
A first rotating unit that is positioned at a film conveying direction end of the conveying conveyor and winds the upper belt;
A second rotating unit that winds the lower belt located at the end of the film conveying direction of the conveyor, and
The first rotating part and the second rotating part are arranged with an interval in the film transport direction,
The film guiding member is installed by being inserted into a gap portion between the first rotating portion and the second rotating portion, and is provided with a belt insertion portion through which the upper belt or the lower belt is inserted. A film feed device, wherein a film attached when an upper belt or a lower belt passes through a portion is peeled off from an upper belt or a lower belt. The film feed apparatus according to claim 1,
The film feeding device is characterized in that the film guiding member is formed in a shape that separates the film from the upper belt by guiding the film attached to the upper belt obliquely downward toward the moving direction of the upper belt.   The packaging apparatus provided with the film feed apparatus of Claim 1.

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