JP5432216B2 - Method and apparatus for supplying attached document in boxing machine - Google Patents

Description

The present invention relates to supply a method and apparatus for both stuffing attachments from attachments carton opening the object products such as articles of instructions in a box packer.

  When packaging an article, an attached document such as an instruction describing how to use it may be enclosed with the article. As the feeding device for packing the attached document into the carton together with the article, there are various devices that place the attached document in front of the opening of the carton and push the attached document with the article so that the attached document is folded and accommodated in the carton together with the article. Proposed. Such an attachment supply device is a strong attachment made by folding a sheet material made of thick paper material or the like, and the article is deformed by a load, the carton itself is deformed, or the carton itself is deformed. Various problems may occur, such as the article being pushed back to the opening side of the carton due to the repulsive force of the attached document and not being housed in the carton.

  Therefore, as in the device disclosed in Patent Document 1 or 2, a device has been proposed in which the attached document is folded into the carton together with the articles after the attached document is folded before being supplied to the carton. The apparatus of Patent Document 1 inserts an attached document in a state in which the slide opening opened in the slide mechanism and the insertion opening opened in the fixing plate of the slide mechanism are aligned, and the positions of the slide opening and the insertion opening are shifted. The attached document is creased at the rear end of the slide mouth, and the attached document is shaped like a U-shape. Then, the guide is moved from the opening of the carton to the insertion position, and the attached document with the crease is pushed together with the article.

  The device of Patent Document 2 is a device for providing a crease with an attached document sandwiched between a first guide and a second guide provided in front of an article at a supply position, and a front end portion of the article that is moved by being pushed by a pusher. In accordance with the timing of contact with the attached document sandwiched between the two guides, the attached document is pushed forward at the front end portion of the article while the second guide is advanced away from the first guide, and the attached document is moved to a predetermined position. The inside of the guide is pushed by the article and pushed into the carton.

JP 2003-267327 A JP 2009-249008 A

  In the case of an attached document with a thick folding thickness, the device of Patent Document 1 is pushed into the carton together with the article by the pushing mechanism and passes through the gap between the insertion port and the slide port. The folded attached document is increased in thickness, and an excessive load is generated on the attached document in the gap portion, so that the attached document is guided. For this reason, the attached document is caught in the gap, and the surface of the attached document is rubbed or torn, or the attached document does not become the intended folding position, or the bent tip is tapered. Thus, there is a problem that the article pushed into the carton is pushed back. Similarly to Patent Document 1, the device of Patent Document 2 is guided by rubbing each guide on both the inside and outside surfaces of the attached document when the attached document advances together with the article. For this reason, for thick attachments, the contact surface with each guide may be scratched or torn by the rebounding force before being pushed into the carton, or until the creased position is pushed into the carton. A problem is pointed out that the position cannot be shifted to the specified packed state. In addition, in the configurations of Patent Document 1 and Patent Document 2, there is a problem that the application state of the crease is not so easy and the surface for pressing the article tends to be arcuate.

  That is, the present invention has been proposed in order to suitably solve the problems inherent in the method and apparatus for supplying an attached document in a boxing machine according to the prior art, and is a thick attached document. Even if it exists, it aims at providing the supply method and apparatus of an attachment in a boxing machine which can be packed in a carton reliably with an article, without damaging an article and an attachment.

In order to overcome the above-mentioned problems and achieve the intended object, a method for supplying an attached document in the boxing machine according to claim 1 of the present application is as follows.
Place the attached document at the entrance of the molding frame,
A predetermined range of the attached document arranged at the entrance of the molding frame is clamped by the clamping means from the thickness direction and passed through the entrance from the inlet to the molding frame, so that it extends to the left and right from the clamping means. Give the extension base of the attached document to be creased, hold the attached document in a bent state in the molding frame,
The inside of the attached document held in the forming frame is pushed by the article with the article and passed through the outside of the forming frame, so that the attached document bent on both sides along the side of the article is packed in the carton. Features.
According to the invention which concerns on Claim 1, an attached document can be reliably packed into a carton with an article | item. In particular, since the attached document is sandwiched from the thickness direction when attaching the crease, the attached document can be accurately and reliably attached without being displaced when the crease is applied.

In the invention which concerns on Claim 2, in the some intermittent stop position in the said molding frame, arrangement | positioning of the attached document to the said molding frame, passage of the opening from the said entrance part into a molding frame, and the attached document to the said carton The stuffing process is performed in a distributed manner.
According to the invention which concerns on Claim 2, since each process can be implemented at the same period in a different intermittent stop position, cycle time can be shortened.

In order to overcome the above-mentioned problems and achieve the intended purpose, an attachment supply device for a packaging machine according to claim 3 of the present application is
A molding frame to support the attached document at the entrance,
It has a pair of clamping members that clamp the attached document supported at the entrance of the forming frame from the thickness direction, and both the attached documents held by both holding members are passed through the opening into the forming frame. Clamping means for moving the both clamping members forward and backward so as to give a crease to the extending base extending from the clamping member to the left and right and to deliver to the holding part in the molding frame;
It is configured to be movable so as to pass through the opening provided in the molding frame, and the article is pressed against the inside of the fold in the attached document held in a bent state on the holding portion, and passes through the opening outside the molding frame. And a loading means for stuffing an attached document in which both side portions are bent along the side portion of the article into the carton.
According to the invention which concerns on Claim 3, an attached document can be reliably packed into a carton with an article | item. In particular, since the attached document is sandwiched from the thickness direction when attaching the crease, the attached document can be accurately and reliably attached without being displaced when the crease is applied.

In the invention according to claim 4, the molding frame includes a locking portion that locks both folded end portions of the attached document so that the attached portion can be held in a bent state having an inverted trapezoidal shape by the holding portion. It is provided.
According to the invention which concerns on Claim 4, the bending state of an attached document can be maintained appropriately with the simple structure which only provides the latching | locking part in a shaping | molding frame.

In the invention according to claim 5, the molding frame is provided with a slanted wall that bends and guides both side portions of the attached document along the side portion of the article when passing through the opening to the outside of the molding frame. Features.
According to the invention which concerns on Claim 5, when transferring an attachment outside a forming frame, both sides are bent easily along the side of an article.

The invention according to claim 6 comprises a stacking unit for placing the folded attached documents in a side-by-side stacked state, and a supply means for individually taking out the attached documents from the stacking unit and placing them on the molding frame. It is characterized by.
According to the invention which concerns on Claim 6, the folded attachment can be cut | disconnected from the accumulation | stacking part one by one, and it can arrange | position to a forming frame.

  According to the present invention, even a thick attached document can be reliably packed in a carton together with the article without damaging the article and the attached document.

1 is a schematic plan view of a supply device according to a preferred embodiment of the present invention. It is the schematic side view fractured | ruptured by the AA line of FIG. It is a schematic side view by the B arrow view of FIG. It is explanatory drawing which shows operation | movement of the supply apparatus of an Example in the fracture | rupture state of a molding frame, (a) shows the state which has arrange | positioned the attached document to the molding frame, (b) passes an attached document through an upper opening. (C) shows a state of delivering the attached document to the holding unit. It is explanatory drawing which shows operation | movement of the supply apparatus of an Example in the fracture | rupture state of a molding frame, Comprising: (a) shows the state before pressing an article | item to an attached document, (b) packs an attached document with an article into a carton. Indicates the state.

  Next, a method for supplying an attached document and an apparatus therefor in a boxing machine according to the present invention will be described below with reference to the accompanying drawings.

  The apparatus for supplying an attachment in the boxing machine of the embodiment includes a supply means 30 for supplying the attachment 10 from a stacking unit 20 in which a plurality of attachments 10 are integrated, and an attachment 10 supplied by the supply means 30. Forming means 40 for attaching creases, a carton conveying conveyor 70 in which a carton 12 formed in a box shape in an unillustrated box making unit and having an open top surface is conveyed to the loading position P3 and arranged, and an article 14 is conveyed Loading means 80 for receiving the articles 14 from the article carrying conveyor 90 and packing them into the carton 12 together with the attachments 10. In the embodiment, a case in which the attached document 10 is packed together with the columnar article 14 in the carton 12 which is formed in a box shape and has an open top surface will be described. The left and right longitudinal center portions are sandwiched between the inner bottom surface of the article 12 and the bottom surface of the article 14, and the both longitudinal sides are bent upward along the sides of the article 14 and pushed into the carton 12. It is like that.

  As shown in FIG. 1 or FIG. 3, the stacking unit 20 folds a relatively thick paper sheet on a belt conveyor to a predetermined thickness, and the folding direction is directed forward and backward in the conveying direction. It is placed in a stacked state in which the orientation is directed to the left and right. The attached document 10 is sequentially conveyed to the outlet 22 side of the stacking unit 20 as it is taken out by the supply means 30. The supply means 30 includes an adsorbing member 32 that adsorbs and takes out the attached document 10 from the outlet 22 of the stacking unit 20, and a transfer member 34 that conveys the attached document 10 taken out by the adsorbing member 32 to a forming frame 44 described later. Composed. The adsorbing member 32 is provided so as to be able to contact with and separate from the outlet 22 of the stacking unit 20, and by adsorbing one end in the longitudinal direction of the attached document 10 and separating from the outlet 22, the other end in the longitudinal direction is The restriction piece 24 disposed at the outlet 22 is separated from the attached document 10 overlapping on the rear side from the suction portion. The transfer member 34 is supported so as to be rotatable in an angle range of 90 ° between a receiving posture in which the rotating arm 35 stands vertically and a delivery posture in which the rotating arm 35 lies horizontally. Clampers 36, 36 are disposed at the tip of the rotating arm 35 so as to be able to approach and separate from the rotating arm 35, and the attached document 10 is held and transferred by the clampers 36, 36. The clampers 36, 36 move to a position where one end of the attached document 10 separated by the suction member 32 in the receiving posture of the rotating arm 35 can be clamped to hold the attached document 10. In the delivery posture, the clampers 36 and 36 on which the attached document 10 is placed on the forming frame 44 are retracted to the outside of the forming frame 44 to deliver the attached document 10. Here, the transfer member 34 is configured to deliver the attached documents 10 taken out one by one in a standing position from the stacking unit 20 to the forming frame 44 in a lying position by rotating from the receiving position to the delivering position. It has become.

  As shown in FIG. 1, the forming means 40 includes four forming frames 44 arranged at intervals of 90 ° on a support base 42 supported so as to be horizontally rotatable by a driving means such as a motor. In the forming means 40, the support base 42 is intermittently rotated every 90 °, so that the four forming frames 44 are horizontally rotated every 90 °. The molding frame 44 is intermittently stopped at a molding position P2 to be molded, a loading position P3 in which the article 14 is packed in the carton 12 together with the attached document 10, and a standby position P4 for the next molding cycle. Here, the forming frame 44 comes closest to the stacking unit 20 at the supply position P1, faces the clamping means 60 at the forming position P2 rotated 90 ° counterclockwise from the supply position P1, and 90 counterclockwise from the forming position P2. Supplied by rotating 90 ° counterclockwise from the standby position P4 after passing through the standby position P4 rotated 90 ° counterclockwise from the loading position P3, positioned above the carton conveyor 70 at the rotated loading position P3. Return to position P1. The supply side of the attachment 10 and the article 14 is set above the molding frame 44, and the delivery side of the attachment 10 and the article 14 supplied to the molding frame 44 is set below.

  As shown in FIG. 4, the forming frame 44 is provided with an entrance portion 46 for placing and supporting the attached document 10 supplied by the supply means 30, and a holding means 60 provided below the entrance portion 46. A holding portion 52 for holding the transferred attached document 10 in a state of being bent into a concave shape having an inverted trapezoidal shape, and an upper through hole 58 and a lower through port 59 that vertically penetrate the longitudinal center of the forming frame 44; It has a doorway consisting of The upper passage 58 is formed so as to penetrate the inlet 46 in the vertical direction, and the lower passage 59 is formed so as to penetrate the holding portion 52 in the vertical direction.

  The inlet 46 includes a peripheral wall 50 that protrudes upward from the outer peripheral edge thereof. The attached document 10 is placed on the inlet 46 across the upper passage 58 and supported by the inlet 46. The inlet 46 includes a guide surface 46 a formed in a tapered shape that is inclined downward toward the opening edge of the upper passage 58. Further, as shown in FIG. 1, a concave portion 48 opened to the outside of the forming frame 44 is provided on one side in the longitudinal direction of the inlet portion 46. The recessed portion 48 serves as an open space for the clampers 36 and 36 when the attached document 10 held by the clampers 36 and 36 is placed on the entrance portion 46.

  As shown in FIG. 2, the clamping means 60 includes a pair of clamping members 62 and 64 that face the upper and lower positions of the molding frame 44 that has arrived at the molding position P2, and the clamping members 62 and 64 are pneumatic cylinders 63 and 65, respectively. As a result, they move forward and backward with respect to the forming frame 44 at the forming position P2. The clamping means 60 includes a first clamping member 62 inserted into the holding portion 52 from above the molding frame 44 through the upper passage 58 from the inlet portion 46 into the molding frame 44, and a lower portion outside the molding frame 44. The upper insertion port 58 is sandwiched from the thickness direction by the second clamping member 64 inserted into the holding unit 52 from below the molding frame 44 through the through port 59 to clamp the attached document 10 in the thickness direction. It is comprised so that it may transfer to the holding | maintenance part 52 via. Both clamping members 62 and 64 move downward in one thickness direction of the attached document 10 sandwiched from the thickness direction, and allow the attached document 10 to pass through the upper passage 58 from the entrance 46. Each of the holding members 62 and 64 is configured such that a contact portion with the attached document 10 is set to a left and right length longer than a left and right length of the bottom surface of the article 14, and holds the central portion in the longitudinal direction of the attached document 10. Both side portions in the longitudinal direction of the attached document 10 extending from the both holding members 62 and 64 to the left and right are side portions of the first holding member 62 when the holding means 60 holding the attached document 10 enters the molding frame 44. Guided by the gap between the upper opening 58 and the extending base portion of the side of the attached document 10 extending from the holding means 60, the side edge of the first holding member 62 is used as a base point along the short direction of the attached document 10. Crimping is done.

  The first clamping member 62 is set such that the left and right length of the contact portion with the attached document 10 is set smaller than the left and right dimensions of the upper passage 58 and longer than the left and right length of the bottom surface of the article 14. Further, the upper and lower openings 58 and 59 are set such that the left and right dimensions thereof are larger than the left and right lengths of the bottom surface of the article 14. Here, the gap between the side portion of the article 14 and the lower passage 59 is set to be larger than the gap through which the attached document 10 is guided between the first clamping member 62 and the upper passage 58. The contact portion of the second clamping member 64 with respect to the attached document 10 is set to the same size as the first clamping member 62.

  As shown in FIG. 5 (a), the holding part 52 is formed in a concave shape opened so as to spread upward by inclined walls 54, 54 connected to the upper side of the lower passage 59, and the attached document 10 is placed on an inverted base. It is designed to be held in a bent state to be a shape. The holding portion 52 is provided with a locking portion 56 on the lower surface of the inlet portion 46 formed of the upper wall formed at the upper portion of the inclined wall 54, and the bent end portion of the attached document 10 bent and held by the locking portion 56. Are in contact with each other, and the upward movement of the attached document 10 is restricted and held in the molding frame 44.

The carton conveying conveyor 70 conveys the carton 12 assembled in a box shape that opens upward from a blank sheet in a box making section (not shown) to a loading position P3 at a predetermined interval, and The carton 12 is stopped and positioned at a position where the opening 12a of the carton 12 faces the lower opening 59. The carton 12 loaded with the article 14 together with the attachment 10 is transported toward a box (not shown), and each flap of the opening 12a is bent and the top panel is closed and sealed.

  The loading means 80 is provided with a picking hand 82 configured to reciprocate between the article delivery position P5 of the article carry-in conveyor 90 and the upper side of the forming frame 44 at the loading position P3 and to be movable up and down. The picking hand 82 moves up and down at the article delivery position P5 of the article carry-in conveyor 90 to hold the article 14 and lowers the article 14 so as to pass through the openings 58 and 59 of the molding frame 44 at the loading position P3. Then, the carton 12 disposed below the forming frame 44 is packed together with the attached document 10. The article 14 lowered by the loading means 80 is pushed inside the left and right folds of the attached document 10 held in a bent state by the holding unit 52. Both sides in the longitudinal direction of the attached document 10 extending from the article 14 to the left and right are guided by the gap between the side part of the article 14 and the lower opening 59 when being pushed by the article 14 and transferred to the outside of the forming frame 44. And bent along the side of the article 14. The article carry-in conveyor 90 is provided in parallel with the carton carrying conveyor 70, and holds the articles 14 conveyed in a row in a manner separated from the subsequent articles 14 at the article delivery position P5 at the conveyance end. It is supposed to be.

  Next, an attachment document supply method using the above-described supply apparatus will be described. As shown in FIG. 1, one end of the attachment 10 in the longitudinal direction facing the outlet 22 of the stacking unit 20 is pulled out by the suction member 32, and the other end in the longitudinal direction of the appendix 10 is held by the stacking unit 20. In this state, one end in the longitudinal direction is separated from the subsequent attached document 10. With the clampers 36, 36 of the transfer member 34 sandwiching one end in the longitudinal direction of the attached document 10, the other end is pulled out from the outlet 22, and the rotating arm 35 is rotated from the receiving position to the delivering position, whereby the attached document 10 is removed. The attached document 10 is placed at the entrance into the molding frame 44 by shifting from the standing posture to the sleeping posture and placing it on the entrance 46 of the molding frame 44 at the supply position P1 in the lying posture (FIG. 3). Then, when the support base 42 is driven to rotate, the forming frame 44 on which the attached document 10 is arranged at the supply position P1 is rotated 90 ° counterclockwise and reaches the forming position P2.

  Next, as shown in FIG. 4A, the first clamping member 62 and the second clamping member 64 arranged above and below the molding frame 44 that has reached the molding position P2 move so as to approach each other, The second clamping member 64 faces the lower surface of the central portion in the longitudinal direction of the attached document 10 placed across the upper passage 58. Further, when the first clamping member 62 moves downward, the attached document 10 is clamped by the second clamping member 64. Then, as shown in FIG. 4B, the attachment 10 is moved downward while the attachment 10 is held between the first holding member 62 and the second holding member 64. Passes through the upper opening 58 and is transferred into the forming frame 44. As shown in FIG. 4B, the side portion of the attachment 10 that extends from the side edge of the first holding member 62 when the first holding member 62 that holds the attachment 10 passes through the upper opening 58. Are pushed by the inlet 46 from the side edge of the first clamping member 62 as a base point and bent upward, and folded along the side edge of the first clamping member 62 at the extending base of the attachment 10. Is attached. Here, since the entrance portion 46 includes the guide surface 46a having a tapered shape around the upper opening 58, the side portion of the attached document 10 can be guided to reduce the sliding load on the attached document 10. .

  Next, as shown in FIG. 4 (c), the attachment 10 pushed into the holding portion 52 in the forming frame 44 by the clamping means 60 has its left and right side portions spread upward by the folding. It becomes a trapezoid. The first clamping member 62 and the second clamping member 64 are separated from each other to release the attached document 10 and deliver the attached document 10 to the holding unit 52. Then, as shown in FIG. 5A, the attachment 10 has its left and right sides hooked on the slanting wall 54 of the holding part 52 so that the downward movement is restricted, and the attachment 10 is bent above the slanting wall 54. State is maintained. At this time, the attached document 10 tries to return to the flat state from the bent state by locking the bent end portion of the side of the attached document 10 by the locking portions 56, 56 provided on the upper portion of the holding portion 52. Movement such as upward rushing due to repulsive force can be restricted. Therefore, it is possible to hold the attached document 10 in an appropriate bending state without being displaced in the holding unit 52.

  Next, when the forming frame 44 reaches the loading position P3, as shown in FIG. 5A, the article 14 held by the picking hand 82 is lowered and attached in the bent state in the holding portion 52. The article 10 is moved forward from the bending recess side of the document 10 so as to press the bottom of the article 14 to the inside of the left and right folding folds. As shown in FIG. 5 (b), the attached document 10 pushed by the article 14 extends to the left and right from the bottom of the article 14 when passing through the lower passage 59 as a passage to the outside of the forming frame 44. Each of the protruding side portions is bent and guided along the side portion of the article 14 by being bent at the brazed crease. Then, as shown in FIG. 5B, the attachment 10 is inserted together with the article 14 into the carton 12 that is supported in an open state at the close position below the forming frame 44 at the loading position P3. The attached document 10 can be securely packed in the carton 12 while being sandwiched between the bottoms of the fourteen. After the article 14 is loaded into the carton 12, the picking hand 82 rises through the openings 58 and 59, retreats above the molding frame 44, moves from the loading position P3 to the article delivery position P5, and supplies the next article. Prepare for.

  The attachment 10 is folded when passing through the upper opening 58 into the forming frame 44 and is properly kept folded when loaded into the carton 12, so that it can be securely attached together with the article 14. The carton 12 can be stuffed. In particular, since the attached document 10 is sandwiched from the thickness direction when attaching the crease, the fold of the attached document 10 does not become an arc shape, and the article is repelled from the attached document 10 after being packed in the carton 12. It can also be avoided that 14 is pushed back into the opening 12a of the carton 12. Further, it is possible to prevent problems such as the attached document 10 being displaced at the time of attachment and the attachment position being displaced, or the attachment means 10 being moved while the attachment 10 is displaced and the attachment 10 being damaged. Furthermore, sliding contact with the forming frame 44 can be minimized, and occurrence of appearance defects such as scratches and tears of the attached document 10 can be prevented. When loading into the carton 12 along the side of the article 14, the attachment 10 that has been brazed in advance is held in a bent state on the molding frame 44, and the article 14 is pressed against the inner sides of the left and right folds to advance. Since it moves, the attached document 10 can be packed in the carton 12 without being displaced. Furthermore, the clearance between the lower opening 59 and the side portion of the article 14 is provided with a margin for bending and guiding the side portion of the attached document 10 extending from the side portion of the article 14. It is possible to prevent damage due to rubbing of the attached document 10 and displacement from the article 14 when passing through the lower opening 59. In the supply device, the respective processes are distributed and performed at the supply position P1, the forming position P2, and the loading position P3 where the four forming frames 44 are intermittently stopped. As described above, since the processing can be performed at different positions, the cycle time required for packing the article 14 and the attached document 10 can be shortened.

(Example of change)
The present invention is not limited to the configuration of the embodiment, and can be modified as follows, for example. It should be noted that the present invention is not limited to the following modification examples, and various embodiments can be adopted within the scope of the present invention for the configurations described in the examples.
(1) Although the forming frame 44 is structured to be horizontally rotated every 90 °, the forming frame 44 is equally divided into three positions of the supply position P1, the forming position P2, and the loading position P3, or the forming frame 44 is attached to the forming frame 44. All the processes including the placement of the attached document 10 and the passage of the attached document 10 from the entrance 46 to the molding frame 44 and the stuffing of the attached document 10 into the carton 12 are performed at the same position. May be. Furthermore, it is possible to adopt a form in which the forming frame 44 is linearly moved in the horizontal direction at predetermined intervals.
(2) The article 14 may be supplied by using other loading means instead of a robot, and using separate driving means capable of moving the article 14 picked up from the article carry-in conveyor 90 horizontally and moving up and down.
(3) The form of taking out the individual attached documents 10 from the stacking unit 20 is not limited to the form of the embodiment. For example, the clampers 36 and 36 of the embodiment may be used as the suction members.
(4) The embodiment is intended for a boxing machine that feeds the attached document 10 and the article 14 from above the molding frame 44 and sends them out from below, but the openings 58 and 59 open laterally. May be. At this time, when the attachment 10 is placed at the inlet 46 of the forming frame 44, the attachment 10 is separated from the forming frame 44 by, for example, supporting the attachment 10 in a standing state on the forming frame 44 by suction means. An appropriate form that can maintain the arrangement state without being performed may be adopted.
(5) In order to hold the attached document 10 in the forming frame 44 so that the bent state is maintained, a latching portion for latching the bent end portion of the attached document 10 accommodated in the holding portion 52 and bent. Instead of 56, the attached document 10 in the bent state may be held by suction by providing a suction hole or the like in a portion of the holding unit 52 facing the side of the attached document 10.

10 attachments, 14 articles, 20 stacking units, 30 supply means, 44 molding frames,
46 entrance part, 52 holding part, 56 locking part, 54 slant wall, 58 upper entrance (entrance),
59 lower opening (opening), 60 clamping means, 62 first clamping member (clamping member),
64 second clamping member (clamping member), 80 loading means, P1 supply position (intermittent stop position),
P2 molding position (intermittent stop position), P3 loading position (intermittent stop position)

Claims (6)

Place the attachment (10) at the entrance (46) of the forming frame (44),
A predetermined range of the attached document (10) arranged at the inlet portion (46) of the molding frame (44) is clamped by the clamping means (60) from the thickness direction, and the molding frame (44) is inserted from the inlet portion (46). ) Passing through the entrance (58) into the inside, the folding base is attached to the extension base of the attachment (10) extending from the clamping means (60) to the left and right, and the attachment (10) is bent. Hold in the molding frame (44) in the state,
By pressing the inner side of the folds of the attached document (10) held in the molding frame (44) with the article (14) and passing the opening (59) outside the molding frame (44), the article (14) A method for supplying an attached document in a boxing machine, wherein the attached document (10) having both sides bent along the side of the box is packed in a carton (12).   In a plurality of intermittent stop positions (P1, P2, P3) in the molding frame (44), the placement of the attachment (10) to the molding frame (44), from the entrance (46) to the inside of the molding frame (44) The boxing machine according to claim 1, wherein each of the processing of passing through the entrance (58) and packing the attachment (10) into the carton (12) is performed in a distributed manner. Attached document supply method. A molding frame (44) supporting the attachment (10) at the entrance (46);
The forming frame (44) has a pair of clamping members (62, 64) for clamping the attachment (10) supported by the inlet portion (46) from the thickness direction thereof, and both clamping members (62, 64) The attached document (10) clamped in (1) is passed through the opening (58) into the molding frame (44) and the folds are given to the extending base extending from the both clamping members (62, 64) to the left and right. And clamping means (60) for moving both clamping members (62, 64) forward and backward so as to be delivered to the holding part (52) in the molding frame (44),
It is configured to be movable so as to pass through the openings (58, 59) provided in the forming frame (44), and the crease in the attached document (10) held in a bent state by the holding portion (52). By attaching the article (14) to the inside and passing the opening (59) to the outside of the forming frame (44), the attachment (10) folded on both sides along the side of the article (14) is cartoned. An apparatus for supplying an attached document in a boxing machine, comprising loading means (80) for packing in (12).   The folding end of the attachment (10) is locked to the forming frame (44) so that the attachment (10) can be held in a bent state in an inverted trapezoid by the holding portion (52). 4. The apparatus for supplying an attached document in a boxing machine according to claim 3, further comprising a locking portion (56).   The molding frame (44) is bent and guided so that both sides of the attachment (10) are along the side of the article (14) when passing through the opening (59) to the outside of the molding frame (44). 5. The apparatus for supplying an attached document in a boxing machine according to claim 3, further comprising a slant wall (54).   A stacking unit (20) for placing the folded attached documents (10) in a stacked state, and taking out the attached documents (10) individually from the stacking unit (20) and placing them on the forming frame (44). The apparatus for supplying an attached document in a boxing machine according to any one of claims 3 to 5, further comprising supply means (30).

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