JP2016060538A - Method and device for supply of partition - Google Patents

Abstract

PROBLEM TO BE SOLVED: To make it possible to supply a partition into a box which is formed in a square cylindrical shape and is opened.SOLUTION: A partition panel is held by holding means 42, a partition 16 facing an opening of a box 10 is made in an inclined attitude such that the partition panel is inclined with respect to front and rear panels 12 of the box 10, folding flaps continuously provided on both sides of a partition panel 17 are respectively folded by 90° or more and are held, and the partition 16 is loaded into the box 10 through the opening. An attitude of the partition 16 is so changed that the partition panel is made into a partitioning attitude such that the partition panel performs partitioning over side panels 12, 12 facing each other in the box 10. Holding of both the folding flaps is released, and thereby the folding flaps are brought into contact with the front and rear panels 12.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a method and an apparatus for supplying a partition for partitioning a box.

  In the process of assembling a plurality of articles, as an apparatus for supplying an inner partition that divides two rows of articles into each row, in the process of assembling a plurality of articles, an inner partition having bent flaps at both ends is supplied and There is a proposal for use in a wrap-round boxing machine that transports onto a developed cardboard sheet and folds the cardboard sheet to form a box (see Patent Document 1). Thus, when the partition structure by the partition which bent the folding flap of the both ends in a different direction is employ | adopted, it is possible to obtain the packaging box which has the intensity | strength which can suppress the deformation | transformation by external pressure.

JP-A-11-105822

  Open the folded corrugated cardboard sheet into a rectangular tube shape, close the bottom surface and form a box with the top surface open, then fold the top surface box flap after supplying multiple items from the top surface opening In the boxing form to be sealed, if the size when folding the folding flaps at both ends of the partition is matched to the length of the box, it interferes when inserting the partition from the opening of the box, It is difficult to supply the partition into the box without displacement. That is, a gap is required to insert the partition with the folded flaps at both ends from the opening of the box, and the partition accommodated in the box is brought into close contact with the side panel of the box without rattling. I can't.

  That is, the present invention has been proposed in view of the above-described problems related to the prior art and preferably solves these problems, and is a supply method for supplying a partition into a box that is formed in a rectangular tube shape and opened. And an apparatus for the same.

In order to overcome the above-mentioned problems and achieve the intended purpose, a method for supplying the partition according to the first aspect of the present invention is as follows.
The partition panel is held by the holding means, and the middle partition facing the opening of the box outside the rectangular tube box is in an inclined posture in which the partition panel is inclined with respect to the side panel of the box. Folding flaps arranged on both sides of each are folded and held by 90 ° or more, and a partition is loaded into the box from the opening,
Changing the posture of the partition and the box relative to each other so that the partition panel has a partitioning posture that partitions across the side panels facing each other in the box,
The holding of both bent flaps is released, and the bent flaps are in contact with the side panel.

In the invention according to claim 2, by holding and rotating the partition panel by the holding means, each of the folded flaps is bent in different directions when the intermediate partition is inclined. It is characterized by that.
According to the second aspect of the present invention, the folding flap is bent in different directions when the partition is rotated to be inclined, so that the rotation of the partition and the folding of the folding flap are separately performed. It is possible to reduce the cycle time by reducing the number of steps as compared with the case where it is performed.

The invention according to claim 3 is characterized in that the folding flap is folded and held so that the folding angle is not less than the angle formed by the diagonal line of the opening of the box and the side panel.
According to the invention of claim 3, the folding flap is folded and held so that the folding angle is equal to or larger than the angle formed by the diagonal line of the opening of the box and the side panel. When loading, interference between the folded flap and the box can be prevented.

In the invention which concerns on Claim 4, the partition panel which faced the opening in the outer side of the said box and became the said inclination attitude | position was hold | maintained as the same inclination angle as the diagonal of the said opening.
According to the fourth aspect of the present invention, when the partition panel is inclined, the middle partition facing the opening outside the box can be loaded with sufficient margin from the opening into the box.

In order to overcome the above-mentioned problems and achieve the intended object, a partition supply device for an invention according to claim 5 of the present application is
Positioning means for holding a box formed in a rectangular tube shape and opened at a partition supply position;
Holding means for holding the partition panel of the middle partition;
Turning means for turning the partition so that the partition panel held by the holding means is inclined with respect to the side panel of the box;
Bending means for abutting with the folding flaps continuously provided on both sides of the partition panel when the partition panel is rotated to the inclined posture and bending the folding flaps in different directions with respect to the partition panel;
A holding means that is disposed in the holding means and holds the folded flap bent by 90 ° or more by the bending means;
A moving means for relatively approaching and separating the holding means and the box at the partition supply position;
The holding means and the box are moved relatively close to each other by the moving means, and the partition is loaded in the inclined posture in the box held by the positioning means, and then the partition is rotated by the rotating means. Then, the partition panel is configured to partition into the side panels facing each other in the box, and the holding of the bent flap by the maintaining means is released.
According to the first and fifth aspects of the invention, the partition panel is inclined with respect to the side panel of the box, and the folded flaps continuously provided on both sides of the partition panel are bent and held by 90 ° or more. In this state, the inner partition is loaded into the box from the opening, so that the width of the diagonal direction is longer than the distance between the opposing side panels in the box, so that the inner partition does not interfere with the side panel. Can be smoothly loaded from the opening. In addition, it is possible to set the partition length dimension of the partition panel so that there is no gap with the side panel, and the partition panel supports the box without looseness in close contact with the side panel. You can get some boxes. Thus, even when the partition is loaded into the rectangular tube-like box from the opening of the box, interference between the partition and the box can be prevented, so that the supply operation of the partition can be automated.

In the invention which concerns on Claim 6, the said bending means is the 1st bending position arrange | positioned on the bending path | route of the folding flap at the time of setting the said partition to the said inclination posture, and from this 1st bending position. It is configured to be movable to the advanced second folding position.
According to the sixth aspect of the invention, the folding flap can be bent at a desired angle of 90 ° or more with respect to the partition panel by one folding means corresponding to the folding flap.

In the invention which concerns on Claim 7, the said maintenance means has a locking member which latches the said bending flap bent by the said bending means.
According to the invention which concerns on Claim 7, the bending state of a folding flap can be hold | maintained by the simple structure which latches the folding flap bent by the bending means with a locking member, and can make a apparatus compact. .

In the invention according to claim 8, an adhesive application means for applying an adhesive to the bent flap held by the maintaining means;
And pressing means for pressing the bent flap toward the side panel.
According to the invention which concerns on Claim 8, the bending flap with which the adhesive agent was apply | coated by the adhesive application means is pressed against a side panel by a pressing means in a box, and a bending flap and a side panel are joined with an adhesive agent. Thus, the partition can be fixed inside the box. Thereby, since the inside of a box is supported by the partition which adheres to a both-sides panel and partitions without rattling, a box with more intensity | strength can be obtained.

  According to the method and apparatus for supplying a partition according to the present invention, the partition can be supplied into a box that is formed in a rectangular tube shape and opened.

It is a schematic front view of the supply apparatus of the partition which concerns on the Example of this invention. It is a principal part schematic plan view of the supply device of the partition of an Example. It is a schematic front view of the supply unit of an Example. It is a schematic side view of the supply unit of an Example. It is a schematic plan view explaining the supply process of the partition of an Example.

  Next, examples of the method and apparatus for supplying a partition according to the present invention will be described below with reference to the accompanying drawings.

  As shown in FIG. 1 and FIG. 2, the partition supply device according to the embodiment is divided into a cardboard box (hereinafter referred to as a box) 10 positioned at a partition supply position of a conveyor 20 such as a roller conveyor. 16 is provided. The box 10 boxed in a rectangular tube shape in which the box flap 11 on either the top surface or the bottom surface is folded and the other surface on the top surface or the bottom surface is opened is directed upward. It is conveyed by the conveyor 20 in a different posture. Further, the box 10 has front and rear panels (side panels) 12 forming short sides opposed to the front and rear in the conveying direction of the conveyor 20 and left and right panels (side panels) 13 forming long sides along the conveying direction of the conveyor 20. Thus, it is positioned at the partition supply position of the conveyor 20. The conveyor 20 receives the box 10 in which the corrugated cardboard sheet folded in the form of a sheet is unfolded by a box-making means (not shown) on the upstream side and the one box flap 11 is folded and sealed, and the lower side of the supply unit 22 The box 10 is loaded after the intermediate partition 16 is loaded so that the partition panel 17 extends between the front and rear panels 12 and 12 positioned in the front and rear in the transport direction at the partition supply position. It is designed to be transported toward the next process boxing machine.

  As shown in FIG. 1, the partition supply position is provided with a stopper 24 having a stop member 26 that appears and disappears on the transport path of the conveyor 20 by the operation of the air cylinder 25, and the stop member 26 that protrudes above the transport path. The front of the box 10 comes into contact with the front and the advance of the box 10 is stopped. Further, on one side of the partition supply position, there is a pair of first holding members between a retracted position that moves to the side of the transport path and allows passage of the box 10 and a restriction position that has moved on the transport path. The first operating mechanism 30 and 30 can be rotated by an air cylinder 29, and the first holding member 30 and 30 moved to the restricting position from the open position separated from the front and rear panels 12 and 12 of the box 10. A first positioning means 28 including a second operating mechanism configured to move forward and backward is connected to a servo motor (not shown) between the holding positions where the front and rear panels 12 and 12 come into contact with each other. Yes. As shown in FIG. 2, after the box 10 stops at the partition supply position by the stop member 26, the first positioning means 28 moves the front and rear panels 12, 12 of the box 10 by the first operating mechanism and the second operating mechanism. The first holding members 30 and 30 are sandwiched. Further, the left and right sides of the partition supply position are sandwiched in contact with the left and right panels 13 and 13 from an open position separated from the left and right panels 13 and 13 of the box 10 connected to a servo motor (not shown) and stopped at the partition supply position. A second positioning means 32 having a pair of second holding members 34, 34 configured to be movable between the holding positions to be attached is disposed. The pair of first holding members 30, 30 in the first positioning means 28 and the pair of second holding members 34, 34 in the second positioning means 32 are controlled so that the rotation amount of the servo motor is controlled. The position can be adjusted according to the vertical and horizontal sizes between the front and rear panels 12 and 12 and between the left and right panels 13 and 13 of the box 10. Thereby, in the partition supply position, positioning is performed with reference to the center of the opening 10a of the box 10 opened upward.

  As shown in FIG. 1, a partition hopper 36 serving as a stacking unit in which a plurality of partitions 16 are stacked is disposed on the upper side of the partition supply position on one side of the conveyance path. A take-out means 38 for transferring 16 to the holding means 42 of the supply unit 22 is provided. The intermediate partition 16 includes a partition panel 17 having a partition length dimension matching the opposing distance between the front and rear panels 12 and 12 of the box 10, and a pair of bent flaps 18 and 18 provided continuously on both sides of the partition panel 17. Have. The partition hopper 36 supports the sheet-shaped intermediate partition 16 with respect to the partition panel 17 such that both folded flaps 18 and 18 are positioned in the front and rear of the conveyor 20 in the conveying direction. The take-out means 38 takes out the partition 16 standing on the partition hopper 36 in a leaning posture and facing the take-out port by sucking and holding the partition panel 17 with the suction member 40 one by one. The suction member 40 is supported, and the take-out arm 39 arranged to be rotatable with respect to the upper position of the conveyor 20 is rotated, so that the intermediate partition 16 is moved to the delivery position provided above the partition supply position. Positioned upside down and standing. The adsorbing member 40 is disposed so as to be movable forward and backward from the tip of the take-out arm 39. The adsorbing member 40 advances from the take-out arm 39 at the delivery position, and is moved to the partition supply position by the positioning means 28, 30. The partition 16 is positioned at the center of the opening 10a of the box 10 that has been positioned.

  As shown in FIG. 1, the supply unit 22 has a moving body 45 that moves up and down along a slide guide 44 that is supported by the machine frame F so as to extend vertically, and the moving body 45 is moved up and down by a ball screw 47. The moving unit 46 is connected to a servo motor 48 that rotates the ball screw 47 forward and backward. As shown in FIGS. 3 and 4, a support shaft 50 extending downward is rotatably supported by the moving body 45, and is separated below the support shaft 50 in the front and rear directions in the transport direction of the conveyor 20. A pair of support blocks 52, 52 are provided. Each support block 52 is provided with a holding means 42 for holding the partition 16, and in the embodiment, the partition panel 17 of the partition 16 is held by the holding means 42, 42. Here, the center of rotation of the support shaft 50 is positioned at the same center as the center of the opening 10a of the box 10 positioned at the partition supply position, and both the holding means 42 and 42 are located above the opening 10a of the box 10. It arrange | positions so that it may face the position spaced apart.

  The holding means 42 is provided at one end of a shaft portion 56 inserted through a plate-like first holding member 54 extending downward from the support block 52 and a shaft guide portion 55 provided on the upper portion of the first holding member 54. An upper portion is supported, and a plate-like second clamping member 57 disposed opposite to the first clamping member 54 is provided. The holding means 42 is configured to move the second clamping member 57 closer to and away from the first clamping member 54 by moving the shaft part 56 forward and backward by an air cylinder 58 connected to the other end of the shaft part 56. In addition, the vicinity of the crease between the folding panel 18 and the folding flap 18 in the partition panel 17 is sandwiched between the clamping members 54 and 57. That is, the partition 16 is held so that the folded flaps 18 and 18 extend outward from the holding positions by the holding means 42 and 42. Both the support blocks 52 and 52 are screwed into the screw shaft 53, and are moved closer to and away from each other with the support shaft 50 sandwiched by the rotation operation of the operation handle H provided at the end of the screw shaft 53. Thus, the holding position of the partition panel 17 by the both holding means 42 and 42 can be adjusted according to the length of the partition panel 17. Both holding means 42 and 42 are arranged symmetrically with respect to a straight line passing through the center of the support shaft 50 so as to be in a positional relationship rotated by 180 ° around the axis of the support shaft 50.

  On the upper part of the moving body 45, there is a rotating arm 61 and an air cylinder 62 as rotating means 60 to which the support shaft 50 is rotatably connected, and the support shaft 50 is pivotally mounted. Due to the extension of the air cylinder 62 connected to the extending end of the arm 61, the partition panel 17 held by both holding means 42, 42 is perpendicular to the front and rear panels 12, 12 of the box 10 and is intermediate between the left and right panels 13, 13. The posture is changed until the partition panel 17 is tilted with respect to the front and rear panels 12, 12 and the left and right panels 13, 13 of the box 10. Here, both holding means 42, 42 face the upper side of the opening 10 a of the box 10 held at the partition supply position, receive the partition 16 from the take-out means 38 located at the delivery position, and center the support shaft 50. The partition panel 17 is rotated by the horizontal rotation described above until it reaches the inclined posture. In the embodiment, the partition panel 17 that faces the opening 10a and assumes the inclined posture outside the box 10 is held at the same inclination angle as the diagonal line of the opening 10a.

  The holding means 42 and 42 are provided with a partition 16 held at a standby position that is disengaged upward from the opening 10a of the box 10 and a receiving position that is lowered from the standby position when the movable body 45 is moved up and down. It can move between the loading position inserted from the opening 10 a into the box 10. The holding means 42, 42 are positioned above the partition 16 held at the delivery position by the take-out means 38 in the standby position, and the both clamping members 54, 42 are in the delivery position until they are lowered from the standby position toward the loading position. After the lowering 57 has been lowered so as to pass along both side surfaces of the partition panel 17, the partition panel 17 is sandwiched and the intermediate partition 16 is received from the take-out means 38.

  As shown in FIG. 4, the first clamping member 54 is provided with a maintaining means 64 that holds the folded state of the folded flap 18 folded from the crease and the folded flap 18 of the partition 16 in the box 10. A pressing means 65 that presses against the front and rear panel 12 is disposed. The maintaining means 64 and the pressing means 65 are arranged symmetrically with respect to the holding means 42 and 42. The maintaining means 64 has a rod-shaped locking member 70 extending downward from an attachment member 69 that moves forward and backward by an air cylinder 68 disposed in the first clamping member 54, and the locking member 70 is the holding means 42. Is moved between a retracted position positioned above the upper edge of the partition panel 17 held in step S3 and a locking position that contacts the bent flap 18 that is folded on the side face of the inner partition 16 and folded.

  As shown in FIG. 4, the pressing means 65 has a plate-like pressing member 72 that moves forward and backward by an air cylinder 71 along the partition panel 17 held by the holding means 42. The pressing means 65 moves the pressing member 72 outward from the position spaced inward from the bent folding flap 18 toward the front and rear panels 12, and presses the inner surface of the folding flap 18 to be bent. The outer surface of the flap 18 is pressed against the front and rear panel 12.

  As shown in FIGS. 1 and 2, a pair of operating members 74, 74 are disposed so as to be movable along a slide rail 73 provided in the machine frame F above and behind the partition supply position. Has been. Both actuating members 74 and 74 are configured to move toward and away from each other across the partition supply position by an actuating mechanism 76 linked to a servo motor 75. Each actuating member 74 is provided with a folding guide (folding means) 66 for the folding flap 18 and an adhesive application means 78 for applying an adhesive to the outer surface of the folding flap 18. A pair of folding guides 66 and 66 and a pair of adhesive application means 78 and 78 are provided corresponding to both folding flaps 18 and 18 of the partition 16 held at the supply position.

  The bending guide 66 has a columnar contact member 81 in which a bent contact portion is formed in an arc shape at the distal end of an arm member 80 extending inwardly from the operating member 74, and vertically. The peripheral surface that is the bent contact portion of the extending contact member 81 is brought into contact with the side surface of the bent flap 18. The contact member 81 is disposed above the box 10 at a height corresponding to the holding height of the partition 16 in the receiving position. The folding guide 66 rotates the partition 16 received from the take-out means 38 at a retracted position (see FIG. 2) separated from the partition 16 held by the holding means 42 and inwardly advanced from the retracted position. The first folding position (see FIG. 5B) where the contact member 81 is disposed on the folding path of the folding flap 18 when in the inclined posture, and further forward inward from the first folding position. The second bent position (see FIG. 5C) is moved horizontally so as to be positioned. The contact member 81 is disposed outward from the folding line of the folding flap 18 at the first folding position, and advances to the inward position from the folding line at the second folding position. In addition, one abutting member 81 faces one side of one folding flap 18 of the partition 16 held by the holding means 42, and the other abutting member 81 faces the other side of the other folding flap 18. It comes to face. Note that the two folding guides 66 and 66 move close to and away from each other synchronously across the partition supply position. The folding guide 66 is moved so that the abutment member 81 is moved to the first folding position and turned to the inclined position before the partition 16 held by the holding means 42 and 42 is rotated. The bent flaps 18 are in contact with the moved contact member 81, and the bent flaps 18, 18 are bent with respect to the partition panel 17 in different directions. Then, the folding flaps 18 and 18 are pushed inward as the partition panel 17 is rotated until the inclined position is reached and the abutting member 81 advances from the first bent position to the second bent position. Then, the folding flap 18 is bent until the bending angle is equal to or larger than the angle formed by the diagonal line of the opening 10a of the box 10 and the front and rear panels 12. Here, when the partition 16 held by the holding means 42, 42 is lowered from the receiving position to the loading position and loaded into the box 10, the folding flap 18 is moved by the contact member 81 located at the second folding position. Guidance is made so as to maintain the bent state.

  As shown in FIG. 2, the adhesive application means 78 has an injection nozzle 78 a disposed on one side of the arm member 80 provided on the operating member 74, and is in a retracted position integrally with the bending guide 66. To the first and second folding positions. The adhesive application means 78 can apply an adhesive to the outer surface of the folded flap 18 bent by the bending guide 66 by spraying an adhesive such as hot melt from the spray nozzle 78a at the second folding position. It is configured as follows. Here, when the partition 16 is loaded into the box 10 from the opening 10a, the adhesive application unit 78 sprays the adhesive from the spray nozzle 78a on the outer surface of the folded flap 18 and adheres it linearly. Apply the agent.

  A method for supplying the partition 16 using the above-described supply device will be described. One partition 16 taken out by the take-out means 38 from the partition hopper 36 in which a plurality of partitions 16 are integrated is arranged in a posture in which the take-out arm 39 is rotated to stand from the take-out position to the delivery position (FIG. 2). And FIG. 5 (a)). When the holding means 42 and 42 are moved downward from the standby position by the moving means 46, the holding members 54 and 57 are brought close to the intermediate partition 16 held by the take-out means 38 at the receiving position so as to hold the partition panel 17. It is put between the members 54 and 57 and sandwiched. The suction of the take-out means 38 is released, and the partition panel 17 is sandwiched between the folding members 54 and 57 inside the folding line of the folding flap 18, and the partition 16 is received from the take-out means 38.

  The abutting members 81, 81 of both folding guides 66, 66 that have been retracted to the retracted position when the partition 16 is transferred from the take-out means 38 to the holding means 42, 42 are moved to the first bending position. With both abutting members 81, 81 arranged at the first bent position, the holding means 42, 42 are rotated by the rotating means 60, so that the partition panel 17 is the same as the diagonal line of the opening 10 a of the box 10. The posture of the partition 16 is changed so that the inclined posture becomes an inclined angle. Here, since both the abutting members 81, 81 are moved and positioned to the first folding position before the middle partition 16 is rotated, when the middle partition 16 is rotated, one folding flap is provided. 18 is controlled to rotate by abutting against one abutting member 81 facing the one side surface, and bends from the crease to the other side surface, and the other folded flap 18 is the other side facing the other side surface side. The rotation is restricted by abutting on the abutting member 81 and is bent from the crease to the one side surface (see FIG. 5B). After the intermediate partition 16 is in the inclined posture, the contact members 81 and 81 are moved closer to each other from the first bent position toward the second bent position, whereby the corresponding bent flap 18 is moved by the contact member 81. Is further pushed inward to fold the folding flap 18 by 90 ° or more with respect to the partition panel. Here, when the contact member 81 advances to the second folding position, the folding flap 18 is bent so that the folding angle of the folding flap 18 is equal to or larger than the angle formed by the diagonal line of the opening 10a of the box 10 and the front and rear panels 12. The flap 18 is bent (see FIG. 5C). In addition, you may make it move the contact member 81 to a 2nd bending position until it becomes the said inclination attitude | position. By lowering the locking member 70 of the maintaining means 64 from the retracted position to the locking position, the locking member 70 is caught by the folding flap 18 that is going to return in the direction opposite to the folding direction, and the holding position by the holding means 42, 42. Both folded flaps 18, 18 extending outward are held in a state where they are bent in different directions.

  The intermediate partition 16 in an inclined posture faces the opening 10a of the box 10 which is conveyed to the partition supply position by the conveyor 20 and positioned by the positioning means 28, 32, and is partitioned at an inclination angle corresponding to the diagonal line of the opening 10a. The panel 17 is held so as to extend. The box 10 is transported to the partition supply position and positioned until the middle partition 16 is taken out from the partition hopper 36 and the folding flap 18 is bent. The holding means 42 and 42 are lowered from the receiving position toward the loading position, and the partition 16 in which the partition panel 17 is inclined and the folded flaps 18 and 18 are bent is inserted into the box 10. When lowering the inner partition 16, each of the contact members 81 guides the outer surface of the folded flap 18 in a bent state, and sprays the adhesive from the spray nozzle 78 a of the adhesive applying means 78. An adhesive is applied linearly above and below the outer surface of the folded flap 18. The rotating means 60 is rotated in the opposite direction to the case where both the holding means 42 and 42 are inclined, and the inclined partition 16 is extended over the front and rear panels 12 and 12 where the partition panel 17 is opposed to the box 10. The posture is changed in the box 10 so as to be divided into two to divide the inside of the box 10 (see FIG. 5D).

  After the intermediate partition 16 is positioned in the partitioning posture, the locking member 70 of the maintaining means 64 is raised from the locking position to the retracted position to release the folding flap 18 so that the folding flap 18 is bent. The outer surface comes into contact with the front and rear panels 12 by a reaction force opposite to the above. Then, the folding flap 18 is pressed against the front / rear panel 12 by the pressing member 72 of the pressing means 65 to join the outer side surface of the folding flap 18 coated with the adhesive and the front / rear panel 12 (see FIG. 5 (e)). ). As a result, the inside of the box 10 is divided into two by the partition panel 17 extending between the front and rear panels 12 and 12 in parallel with the left and right panels 13, and the folded flaps 18 and 18 extend along the corresponding front and rear panels 12 and 12. In this state, the partition 16 is loaded into the box 10.

  Next, functions and effects of the embodiment will be described. According to the supply device and the supply method described above, the partition 16 is placed in the state in which the partition panel 17 is in the inclined posture and the folding flaps 18 and 18 provided continuously on both sides of the partition panel 17 are folded and held by 90 ° or more. Since the box 10 is loaded into the box 10 through the opening 10 a of the box 10, the partition 16 is attached to the front and rear panels 12 and 13 using an oblique width longer than the interval between the front and rear panels 12, 12 facing each other in the box 10. The rectangular tube box 10 can be smoothly loaded from the opening 10a without interference. Here, when the position of the partition 16 is changed so that the partition panel 17 is inclined, the partition 16 is held so as to face the opening 10a of the positioned box 10, so that the partition 16 is left as it is. In this state, it can be loaded into the box 10 from the opening 10a. Moreover, when the posture of the partition 16 is changed, the partition panel 17 is held at the same inclination angle as the diagonal line of the opening 10a having the longest width in the box 10, so that the partition 16 is moved from the opening 10a into the box 10. It can be loaded with a margin.

  The partition 16 is loaded into the box 10 with the partition panels 17 being inclined with respect to the front and rear panels 12 of the box 10 and holding the folded flaps 18 and 18 by being bent at 90 ° or more. Since it is placed in the box 10 and positioned in the partitioning posture, the partition length dimension of the partition panel 17 can be set so as to eliminate the gap with the front and rear panels 12. That is, when the inside of the box 10 is divided into two parts, the partition panel 17 supports the box 10 in close contact with the front and rear panels 12 and 12 so that the box 10 can be reinforced to obtain a strong box 10. For example, even if a relatively heavy article such as a pouch filled with liquid is supplied for each row in which the partition 16 is sandwiched in the box 10, the box 10 can be distributed without causing insufficient strength. It can prevent damage at times. Moreover, the articles accommodated in the box 10 can be protected from external pressure.

  Moreover, the folded flap 18 applied with the adhesive by the adhesive applying means 78 is pressed against the front and rear panels 12 by the pressing means 65 in the box 10, and the bent flap 18 and the front and rear panels 12 are joined with an adhesive. The partition 16 is fixed inside the box 10. Thereby, the box 10 can be supported by the partition 16 fixed so as not to rattle between the front and rear panels 12 and 12, and the box 10 having higher strength can be obtained.

  As described above, when the partition 16 is loaded in the box 10 that is box-shaped and opened on the top surface, interference between the partition 16 and the box 10 can be prevented, so that the partition 16 can be configured with a simple configuration. The supply operation can be automated. That is, a corrugated sheet folded in a sheet shape is opened in a rectangular tube shape, formed in a box 10 having a bottom surface closed and a top surface opened, and then a plurality of articles are supplied from the opening 10a and then the opening 10a side The above-described supply device and supply method can be suitably used for a boxing machine that bends and seals the box flap 11.

  When the partition 16 is rotated to the inclined posture, the folding flaps 18 and 18 are bent by the contact with the contact member 81 located at the first folding position, so that the posture change of the partition 16 is changed. Therefore, the cycle time can be shortened by reducing the number of processes compared to the case where the folding flaps 18 and 18 are bent separately. In addition, since the folding flap 18 is bent by the contact with the contact member 81 accompanying the change in the posture of the inner partition 16, the configuration relating to the bending of the folding flap 18 can be simplified. After the folding flap 18 is bent by contact with the contact member 81 located at the first bending position, the folding flap 18 is moved by a simple operation of moving the contact member 81 forward toward the second bending position. Can be bent to a desired angle. Here, since both the holding means 42 and 42 hold | maintain the folding ruled vicinity with the folding flaps 18 and 18 in the partition panel 17, the deformation | transformation of the partition panel 17 is prevented and each folding flap 18 is folded down. Can be bent properly. The folding flap 18 is folded and held so that the folding angle is equal to or greater than the angle formed by the diagonal line of the opening 10a of the box 10 and the front and rear panels 12, so that the box 10 is loaded with the partition 16 from the opening 10a. In this case, interference between the bent flaps 18 and 18 and the box 10 can be prevented appropriately. As described above, the folding flap 18 is bent by the contact with the contact member 81 located at the first folding position as the posture of the partition 16 changes, and the first folding position of the contact member 81 is changed from the first folding position. The folding flap 18 can be further bent by advancing to the two folding positions, and the folding flap 18 is separated from the partition panel 17 by the configuration of one simple folding guide 66 corresponding to each folding flap 18. It can be bent to a desired angle of 90 ° or more.

  The folded flap 18 of the partition 16 housed in the box 10 can be held in a simple configuration in which the folded flap 18 folded by the folding guide 66 is hooked and locked by the locking member 70. And the device can be made more compact.

(Change example)
The present invention is not limited to the configuration of the embodiment, and can be modified as follows, for example. Further, not limited to the following modification examples, various embodiments may be adopted for the configurations described in the examples within the scope of the gist of the present invention.
(1) The partition 16 may be loaded from the top or bottom opening into the box 10 with one or both of the top and bottom surfaces open.
(2) In the embodiment, the holding means 42 for holding the partition panel 17 is rotated to change the posture of the intermediate partition 16, but only the box 10 or both the holding means 42 and the box 10 are rotated. There may be. That is, the posture of the partition 16 and the box 10 is relatively changed, and the partition 16 is positioned so that the partition panel 17 is inclined to the diagonal line side of the opening 10a of the box 10, or the side panel 12 on which the partition panel 17 faces. , 12 may be positioned so as to divide the inside of the box 10.
(3) In the embodiment, the holding means 42 is moved closer to the box 10 and the partition 16 is loaded in the box 10, but the box 10 is moved closer to the holding means 42 and the partition 16 is moved to the box 10. 10 may be loaded, or both the holding means 42 and the box 10 may be moved close to each other to load the partition 16 into the box 10.
(4) In the embodiment, the middle partition 16 is lowered and the middle partition 16 is loaded into the box 10 through the opening 10a of the box 10 opened upward. For example, the top and / or the bottom surface is laid sideways. The present invention can be applied to an aspect in which a partition is loaded from an opening of a box opened to the side.
(5) The inclination posture of the partition 16 is not limited to the partition panel 17 having the same inclination angle as the diagonal line of the opening 10 a of the box 10, and the partition panel 17 has a different inclination angle from the diagonal line of the opening 10 a of the box 10. The inclined posture may be inclined with respect to the ten side panels 12, 12, 13, and 13.
(6) Although the folding means 66 of the embodiment is configured to move in the horizontal direction, the folding means 66 is configured to rotate from the retracted position to the folding position where the folding flap can be bent by a turning mechanism. The moving direction and moving structure can be changed as appropriate.
(7) Along with making the partition 16 in the inclined posture, the folding means 66 is moved forward to the first folding position and the second folding position so that the folding flap 18 is bent. Also good.
(8) Although the holding means 42 is configured to hold the partition panel 17 by the pair of holding members 54 and 57, different holding structures such as suction holding at least one surface of the partition panel 17 may be employed. Further, the holding means 42 may be one group or three or more groups.
(9) Various means such as the holding means 42, the maintaining means 64, the pressing means 65, the stopper 24, the positioning means 28 and 32 are not limited to the configuration of the embodiment, and the air cylinder is changed to a motor or other driving means, etc. Various operation mechanisms including other linkage mechanisms can be employed.
(10) The configuration in which the bent flap 18 is fixed with an adhesive may be adopted as necessary. That is, when the bent flap 18 is not joined to the side panel 12 with an adhesive, the related configuration such as the adhesive application means 78 for applying the adhesive can be omitted.
(11) In the embodiment, the bending means 66 and the adhesive application means 78 are arranged on the operating member 74 so as to move integrally, but the bending means 66 and the adhesive application means 78 are arranged. You may make it move separately.

10 boxes, 10a opening, 12 front and rear panels (side panels),
13 Left and right panels (side panels), 16 partitions, 17 partitions,
18 bent flaps, 28 first positioning means (positioning means),
32 second positioning means (positioning means), 42 holding means, 46 moving means,
60 rotating means, 64 maintaining means, 65 pressing means, 66 folding guide (folding means),
70 Locking member, 78 Adhesive application means

Claims (8)

The partition panel (17) is held by the holding means (42), and the partition (16) facing the opening (10a) of the box (10) outside the rectangular tube-shaped box (10) is separated from the partition panel ( 17) is inclined to the side panel (12, 12, 13, 13) of the box (10), and the folding flaps (18, 18) connected to both sides of the partition panel (17). Each of which is bent by 90 ° or more, and the partition (16) is loaded into the box (10) from the opening (10a),
The partition (16) and the box (10) are relatively positioned such that the partition panel (17) is in a partitioning posture for partitioning across the opposing side panels (12, 12) in the box (10). Change
A method of supplying a partition, wherein the holding of both bent flaps (18, 18) is released so that the bent flap (18) and the side panel (12) are in contact with each other.   By holding the partition panel (17) with the holding means (42) and rotating, the folding flaps (18, 18) are respectively placed when the partition (16) is inclined. The method for supplying a partition according to claim 1, wherein the partition is bent in different directions.   The folding flaps (18, 18) are folded and held so that the folding angle is not less than the angle formed by the diagonal line of the opening (10a) of the box (10) and the side panel (12, 13). The method for supplying a partition according to claim 1 or 2.   The partition panel (17) that faces the opening (10a) and assumes the inclined posture outside the box (10) is held at the same inclination angle as the diagonal line of the opening (10a). The supply method of the partition as described in any one of -3. Positioning means (28, 32) for holding the box (10) formed in a rectangular tube shape and opened at the partition supply position;
Holding means (42) for holding the partition panel (17) of the middle partition (16);
The partition (16) is placed so that the partition panel (17) held by the holding means (42) is inclined with respect to the side panels (12, 12, 13, 13) of the box (10). Turning means (60) for turning;
When the partition panel (17) is rotated to the inclined posture, the bent flaps (18, 18) are brought into contact with the bent flaps (18, 18) continuously provided on both sides of the partition panel (17). Folding means (66) for folding the partition panel (17) in different directions;
Maintenance means (64) disposed on the holding means (42) and holding the folded flaps (18, 18) bent at 90 ° or more by the folding means (66);
A moving means (46) for relatively approaching and separating the holding means (42) and the box (10) at the partition supply position;
The holding means (42) and the box (10) are moved relatively close by the moving means (46), and the partition (16) is placed in the box (10) held by the positioning means (28, 32). ) In the inclined posture, the partition (16) is rotated by the rotating means (60), and the partition panel (17) is opposed to the side panel (12, 12) in the box (10). The partition supply device is configured to release the holding of the bent flaps (18, 18) by the maintaining means (64).   The folding means (66) includes a first folding position disposed on a folding path of the folding flaps (18, 18) when the partition (16) is in the inclined posture, and the first folding position. 6. The partition supply device according to claim 5, wherein the partition supply device is configured to be movable from a bent position to a second bent position.   The said maintaining means (64) has the securing member (70) which latches the said bending flap (18,18) bent by the said bending means (66), The Claim 5 or 6 characterized by the above-mentioned. Supply device for the partition. An adhesive application means (78) for applying an adhesive to the folded flaps (18, 18) held by the maintenance means (64);
The partition according to any one of claims 5 to 7, further comprising pressing means (65) for pressing the bent flaps (18, 18) toward the side panel (12). Feeding device.

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