JP2021059352A - Small quantity takeout carton - Google Patents

Abstract

PURPOSE: To allow taking-out of contents one by one, and to prevent continuous takeout.CONSTITUTION: A movable panel 16 contained in a carton 1B along an inner face of a front panel 12 in a closed state and drawn out of the carton 1B in an open state interlocking with turning using the boundary of an inner top face panel 22 and a rear face panel 14 as an axis is continued to an outer side top face panel 24 forming the small quantity takeout carton 1B. In the open state, a triangular prism-like space K is formed at an upper part of the carton. A triangular flap 23 standing up by being pushed outward by the content shaken out into the triangular prism-like space K and closing one side opening of the triangular prism-like space K is continued to an upper end of an inner right side face panel 15, and a flap 21 keeping the other side opening of the triangular prism-like space K is continued to an upper end of a left side face panel 13, respectively.SELECTED DRAWING: Figure 5

Description

The present invention accommodates contents such as confectionery, toys and toys having various shapes such as candy, gum, gummies, chocolate, beads, marbles and other granules, spheres, elliptical spheres, rectangular parallelepipeds and plates. And about the carton that made it possible to dispense.

A carton is known in which the outlet for swinging out the contents can be opened and closed. In the carton described in Patent Document 1, the outlet 2 formed in the front plate 3 is closed by a moving plate portion 20 provided inside the front plate 3. The moving plate portion 20 is connected to the box top portion, and by pulling up the box top portion, the moving plate portion 20 also rises, and at this time, the outlet 2 closed by the moving plate portion 20 opens. The contents are swung out from the open spout 2. Unless the box top is returned to its original position and the drawing port 2 is closed by the moving plate portion 20, the contents will spill out one after another from the drawing port 2.

Japanese Unexamined Patent Publication No. 2015-199501

It is an object of the present invention to be able to dispense small amounts of the contents, typically one grain at a time, from the outlet.

The dispensing carton according to the present invention is a square cylinder having a top panel and a bottom panel facing each other, a front panel and a back panel facing each other, and left and right side panels facing each other, and is formed at the front end of the top panel. It is installed in series, and in the closed state, it is housed in the carton along the inner surface of the front panel and opened in conjunction with the rotation of the top panel with the boundary between the top panel and the back panel as the rotation axis. In the state, the movable panel pulled out from the carton and the upper ends of the left and right side panels are connected to each other, and the top opening of the carton is closed from the left and right on the inner surface side of the top panel. When a flap is provided and a lateral triangular columnar space is formed in the upper part of the carton in the open state, and the first flap is pushed outward by the contents to be raised in the triangular columnar space, the carton The second flap has a shape and a dimension that closes one side opening of the triangular columnar space when it is started up and forms a content passage hole that connects the inside and the triangular columnar space. It has a shape and dimensions that maintain the other lateral opening of the triangular columnar space without standing up even when pushed outward by the contents.

By rotating the top panel, the contents are swung out into the triangular columnar space created in the upper part of the carton. When the carton is roughly turned upside down and the part where the first flap is provided (one side of the upper part of the carton) faces downward (the carton faces diagonally downward), the contents push the first flap outward. Stand up in the triangular columnar space. A part of the top opening of the carton that was closed by the first flap opens (a content passage hole that connects the inside of the carton and the triangular columnar space is formed), and the contents enter the triangular columnar space from inside the carton through this passage hole. It is drawn out to.

Further, the first flap that rises in the triangular columnar space when pushed outward by the contents closes one lateral opening of the triangular columnar space when it stands up. The contents drawn from the carton into the triangular columnar space will be temporarily received by the first flap, the top panel and the movable panel.

The first flap is a triangular flap having a shape that is narrower (tapered) toward the tip in one embodiment. When the triangular flap is in a position to close the top opening of the carton, both hypotenuses of the triangular flap do not touch (almost touch) the front panel and back panel of the carton, so even if the mass (weight) of the contents is light. ， By being pushed by the contents, it can stand up in the triangular columnar space and close one side opening of the triangular columnar space.

When the triangular flap rises in the triangular columnar space, both hypotenuses of the triangular flap come into contact with the top panel and the movable panel constituting the triangular columnar space, and the rise stops there. This makes it possible to close one side opening of the triangular columnar space.

As described above, the first flap is used to open and close the content passage hole connecting the inside of the carton and the triangular columnar space, and is also used to close one lateral opening of the triangular columnar space. A shape and size that contacts the top panel and the movable panel (either one) and stops moving when it stands up by being pushed by the contents (at a rising angle of at most 90 degrees). All you have to do is hold the first flap. By appropriately adjusting the size (height) of the first flap (triangular flap as an example) and the angle of the hypotenuse, the rising angle of the first flap when the rising stops can be adjusted.

The second flap, on the other hand, has a shape and dimensions that maintain the other lateral opening of the triangular columnar space without rising when pushed outward by the contents. In one embodiment, the second flap has a width equal to (or may be approximately equal) the distance between the front and back panels that make up the carton. The second flap can be sandwiched from both sides by the front and back panels, or the rotated top and movable panels. When the contents are swung into the triangular columnar space, even if the contents are pushed outward by the contents, the second flap does not stand up or is difficult to stand up greatly, and keeps closing the top opening of the carton to keep closing the triangular columnar space. The other lateral opening will continue to be maintained.

After the contents are once swung out into the triangular columnar space by turning the part where the first flap is provided downward, the carton so that the part where the first flap is provided faces upward (diagonally upward). By changing the posture, the contents once swung out in the triangular columnar space can be taken out from the side opening on the opposite side through the triangular columnar space.

According to the present invention, the contents can be once swung out into the triangular columnar space created in the upper part of the carton by pulling up the top panel, and then the contents can be taken out from the lateral opening of the triangular columnar space. The contents are not taken out directly from the carton, but are first swung into the triangular columnar space, where they are once received, and then taken out through the lateral opening, so the contents suddenly spill out. There is no chance of getting lost.

The contents drawn into the triangular columnar space are temporarily held in the triangular columnar space as described above. Since the drawn contents temporarily stay in the triangular columnar space, the contents that come out next can be blocked by the contents already drawn out in the triangular columnar space. That is, by forming a triangular columnar space having a size corresponding to the size (for example, diameter) of the contents in the upper part of the carton, the contents are prevented from coming out one after another, and the contents are taken out in small quantities or one by one. Can be done. If the contents held in the triangular columnar space are removed, the next contents can be taken out.

In one embodiment, the top panel is connected to the inner top panel connected to the upper end of the back panel and the movable panel, and is overlapped and adhered to the outer surface of the inner top panel. A top panel is provided, and a protruding piece that projects outward is formed at the front end of the inner top panel, and the protruding piece is inserted into the boundary between the outer top panel and the movable panel and the protrusion A notch is formed to form a protruding piece that is superposed on top of the piece. The protruding pieces and the protruding pieces can be used as a finger hook when pulling up the top panel, and the top panel can be pulled up and the movable panel linked to it can be pulled out smoothly (formation of the triangular columnar space above the carton). be able to. Since the protruding pieces and the protruding pieces stacked one above the other can be used as a finger hook, it is possible to prevent the top panel from being torn when the top panel is pulled up (the movable panel is pulled out).

In one embodiment, a step portion is formed on the side edge of the second flap on the front panel side, and the movable panel is pulled out from the carton on the side edge of the movable panel on the second flap side. A notch that engages with the step portion is formed in the middle of the process. It is possible to prevent the movable panel from being completely pulled out of the carton and coming out.

Preferably, the dispensing carton is made by die-cutting, bending and gluing a piece of cardboard. Cardboard includes not only those made of vegetable fibers, but also those made of synthetic fibers as part or all of the material, those coated with a synthetic resin film on the surface (or both sides), synthetic resin sheets, etc. ..

It is a development view of the dispensing carton of 1st Example. It is a perspective view of the dispensing carton of 1st Example. It is a perspective view which shows the state which pulled up the top panel of the dispensing carton of 1st Example. It is a perspective view which shows the state which the contents are drawn out from the dispensing carton of 1st Example. It is a perspective view which shows how one side opening of a triangular columnar space is closed by a triangular flap in the dispensing carton of 1st Example. It is a perspective view which shows the state of taking out the contents from the dispensing carton of 1st Example. It is a development view of the dispensing carton of the 2nd Example. It is a perspective view of the dispensing carton of the 2nd Example. It is a perspective view which shows the state which pulled up the top panel from the dispensing carton of 2nd Example.

1 to 6 show a dispensing carton of the first embodiment. FIG. 1 is a paper pattern (blank) 1A (developed view) forming a dispensing carton, and is a view of the inner surface of the dispensing carton. Pattern 1A is made by die-cutting cardboard, corrugated cardboard, plastic sheets, and composite materials thereof into the shapes shown in FIG. The alternate long and short dash line indicates a fold line that is folded when assembling a small carton. Folded or ruled lines are applied along the alternate long and short dash line to facilitate folding.

With reference to FIG. 1, the pattern 1A of the dispensing carton is composed of the outer right side panel 11, the front panel 12, the left side panel 13, the back panel 14 and the inner side, which are connected laterally from left to right through the fold line. It has a right side panel 15. At the right end of the inner right side panel 15, a movable panel 16 and a fixed panel 17 are further arranged side by side in the vertical direction. A break line (multiple cuts and perforations formed intermittently leaving a joint) 41 is formed between the inner right side panel 15 and the fixed panel 17 and the movable panel 16, and the inner right side panel 15 and the movable panel 16 are formed. It is connected to the fixed panel 17 via a fold line.

Left side panel 13, back panel 14, inner right side panel 15, movable panel 16 at the top, flap 21, inner top panel 22, triangular flap 23 with a narrower shape toward the tip, outer top panel 24 are connected in series. An inwardly facing recess 21a is formed on the tip edge of the flap 21. At the lower ends of the front panel 12, the left side panel 13, the back panel 14, and the inner right side panel 15, an outer bottom panel 31, a flap 32, an inner bottom panel 33, and a flap 34 are connected in succession.

A notch 12a is formed at the upper end of the front panel 12, and a protruding piece 22a having a size along the notch 12a is formed at the upper end (front end when assembled) of the inner top panel 22. Further, at the boundary between the movable panel 16 and the outer top panel 24, a notch forming a protrusion 24a that protrudes outward when the outer top panel 24 is bent with respect to the movable panel 16 is formed in the movable panel 16. It is inserted so that it goes slightly toward it.

The dispensing carton 1B (FIG. 2) is assembled as follows. First, the pattern 1A is folded at the boundary between the inner right side panel 15 and the back panel 14, and then the pattern 1A is folded at the boundary between the left side panel 13 and the front panel 12. The outer surface of the overlapping inner right side panel 15 is adhered to the inner surface of the outer right side panel 11 with an adhesive or the like. By placing the box along the fold line so that the angles of the adjacent panels are at right angles, the front panel 12 and the back panel 14 face each other, and the left side panel 13 and the inside / outside right side panels 11 and 15 face each other. Then, a square tube with open top and bottom surfaces is created.

In the square cylinder, the movable panel 16 and the fixed panel 17 are stacked on the inside (inner surface) of the front panel 12. Since the fixed panel 17 is connected to the inner right side panel 15, the fixed panel 17 firmly follows the inner surface of the front panel 12 when the box is opened. The movable panel 16 connected to the inner right side panel 15 and the fixed panel 17 via the breaking line 41 can also be firmly aligned with the inner surface of the front panel 12 together with the fixed panel 17. In this way, in the fixed panel 17, the movable panel 16 is firmly aligned with the inner surface of the front panel 12, and the movable panel 16 floats greatly from the inner surface of the front panel 12 in the square cylinder, which is an obstacle when storing the contents. To prevent it from becoming.

Fold the flaps 21 and the triangular flaps 23, which are connected to the upper ends of the left side panel 13 and the inner right side panel 15, at right angles inward. Fold the inner top panel 22 at the top of the back panel 14 at a right angle inward, then fold the outer top panel 24 at the top of the movable panel 16 at a right angle inward, and fold the inner and inner tops of the outer top panel 24 at right angles. Glue the outer surface of the surface panel 22. When the outer top panel 24 is folded at a right angle to the movable panel 16, the protrusion piece 24a protrudes forward (in the direction away from the front panel 12). The protrusion 22a at the upper end of the inner top panel 22 is inserted into a notch formed at the boundary between the outer top panel 24 and the movable panel 16, whereby the protrusion 22a and the protrusion 24a are vertically overlapped with each other. The top surface (upper surface) of the square tube is closed with a seal type. Both the protrusion 22a and the protrusion 24a that slightly project forward are housed in the notch 12a formed on the upper edge of the front panel 12.

After the contents such as sweets are put into the square tube from the bottom surface (bottom surface) that opens, the bottom surface opening is also closed. Fold the flaps 32 and 34 at the lower ends of the left side panel 13 and the inner right side panel 15 at right angles inward, fold the inner bottom panel 33 and the outer bottom panel 31 at right angles in this order, and fold the inner bottom panel 33 at right angles. Adhere the outer surface and the inner surface of the outer bottom panel 31. The bottom surface of the square tube is closed by the seal type, and the inner and outer top panels 22 and 24 and the inner and outer bottom panels 31 and 33 face each other, thereby completing the dispensing carton 1B. Finally, the entire circumference of the dispensing carton 1B may be wrapped with a transparent film or the like (not shown). The bottom surface of the dispensing carton 1B may be closed by a sack type (for example, the inner bottom surface panel 33 is omitted and an insertion piece is continuously provided at the tip of the outer bottom surface panel 31) instead of the seal type.

A state in which the content S is taken out from the dispensing carton 1B will be described with reference to FIGS. 3 to 6.

With reference to FIG. 3, after removing the wrapping of the transparent film or the like described above, the inner and outer top panels 22 and 24 are pulled upward. At the upper end of the front panel 12, put your finger on the protruding piece 22a and the protruding piece 24a that slightly protrude forward, and pull up (lift) the inner and outer top panels 22, 24. It rotates backward with the boundary of the inner top panel 22 as the rotation axis.

When the inner and outer top panels 22 and 24 are rotated, the movable panel 16 is separated from the inner right side panel 15 and the fixed panel 17 along the breaking line 41 in the dispensing carton 1B (see FIG. 1). Since the movable panel 16 is connected to the outer top panel 24, it is pulled out from the dispensing carton 1B upward and backward while drawing an arc in conjunction with the rotation of the inner and outer top panels 22 and 24. As described above, since the protruding piece 22a and the protruding piece 24a on which the finger is hung are doubled vertically, the outer top panel 24 is set when the movable panel 16 is separated from the inner right side panel 15 and the fixed panel 17. Hard to tear.

The inner and outer top panels 22 and 24 rotate backward and the movable panel 16 is pulled out from the dispensing carton 1B while being curved, so that the inner and outer top panels 22, 24, the movable panel 16 and the movable panel 16 and the movable panel 16 are placed on the upper part of the dispensing carton 1B. A lateral triangular columnar space K is formed, which is roughly surrounded by flaps 21 and 23.

The contents S in the dispensing carton 1B are drawn into the triangular columnar space K. With reference to FIG. 4, when the content S is swung out, the dispensing carton 1B is roughly turned upside down, and the portion where the triangular flap 23 is provided (the corner of the boundary between the top surface and the right side surface of the dispensing carton 1B) is directed downward. To do. At this time, the dispensing carton 1B may be shaken lightly.

By directing the boundary between the top surface and the right side surface of the dispensing carton 1B downward, the content S in the dispensing carton 1B faces the portion where the triangular flap 23 is provided, and pushes the triangular flap 23 outward. The triangular flap 23 pushed outward stands up in the triangular columnar space K. A content passage hole connecting the inside of the carton 1B and the triangular columnar space K is formed, and the content S is swung into the triangular columnar space K through the content passage hole.

When the triangular flap 23 is in the posture of closing the top opening of the carton 1B, since both its hypotenuses are not in contact with any panel, the mass (weight) of the content S is small, and the triangular flap 23 faces outward. Even if the pushing force is small, the content S can be raised in the triangular columnar space K with a light force, and the content S can be swung into the triangular columnar space K through the content passage hole.

With reference to FIG. 5, the flap 21 facing the triangular flap 23 has a width equal to (or may be approximately equal) the distance between the front panel 12 and the back panel 14, so that the front panel 12 and the back panel 14 have a width equal to that of the front panel 12 and the back panel 14. (Inner and outer top panels 22, 24 and movable panels 16) are sandwiched from both sides to generate frictional force, and even if they are pushed outward by the contents S, they do not stand up or are difficult to stand up easily. A recess 21a is formed at the tip of the flap 21 in order to increase the content passage hole formed when the triangular flap 23 stands up while generating a frictional force.

As described above, the triangular flap 23 stands up when the content S is swung into the triangular columnar space K. With reference to FIG. 5, while the triangular flap 23 is rising, the hypotenuse of the triangular flap 23 comes into contact with the rotated inner and outer top panels 22, 24 and / or the movable panel 16, where the movement (rising) of the triangular flap 23 is performed. Stops, and one side opening of the triangular columnar space K is closed by the rising triangular flap 23. As described above, the triangular flap 23 has a shape and a size in which its hypotenuse contacts the inner surface of the inner and outer top panels 22 and 24 and / or the inner surface of the movable panel 16 when it is raised. By appropriately adjusting the size (height) of the triangular flap 23 and the angle of the hypotenuse, the rising angle of the triangular flap 23 when the rising stops can be adjusted.

With reference to FIG. 6, the hand holding the dispensing carton 1B is rotated from the wrist, and the posture of the dispensing carton 1B is changed so that the portion where the triangular flap 23 is provided faces upward (diagonally upward), and the left side panel 13 When is turned downward, the content S once swung into the triangular columnar space K goes out from the other lateral opening of the unclosed triangular columnar space K.

The size of the inner and outer top panels 22, 24, the size of the movable panel 16, and the size of the triangular flap 23 (the size of the triangular columnar space K formed in the upper part of the dispensing carton 1B) are in the dispensing carton 1B. The size may be set to fit the contents S to be accommodated. The contents S can be swung into the triangular columnar space K one by one and taken out from the lateral opening of the triangular columnar space K. Since the content S that is once drawn out from the dispensing carton 1B can be blocked by the content S that is once drawn out in the triangular columnar space K, the content S is not continuously drawn out (one after another outside). It can be done so that it does not come out). If the content S held in the triangular columnar space K is removed, the next content S can be taken out.

When the inner and outer top panels 22 and 24 are rotated in the opposite directions and returned to their original positions, the top surface of the dispensing carton 1B is closed again (reclosed) by the inner and outer top panels 22 and 24 (and flaps 21 and 23).

7 to 9 show the dispensing cartons of the second embodiment. The dispensing carton of the second embodiment is different from the dispensing carton 1B of the first embodiment in that its top surface (upper surface) is composed of a sack type.

With reference to FIG. 7, FIG. 7 is a pattern (blank) 2A forming the dispensing carton of the second embodiment, and is a view of the inner surface of the dispensing carton. Similar to the first embodiment, a fold line is formed at the boundary of adjacent panels (flap).

The paper pattern 2A includes a right side panel 51 connected laterally from left to right via a fold line, a front panel 52 having a notch 52a formed at the upper end, a left side panel 53, a back panel 54, and a glue margin panel. Equipped with 55. A triangular flap 61 is connected to the upper end of the right side panel 51, and a flap 62 having a recess 62a formed at the tip and a step 62b formed at the side edge is connected to the upper end of the left side panel 53. A top panel 63 is continuously connected to the upper end of the back panel 54, and a movable panel 64 having a notch 64a formed on a side edge is further connected to the tip of the top panel 63. A flap 71, an outer bottom panel 72, a flap 73, and an inner bottom panel 74 are connected to the lower ends of the right side panel 51, the front panel 52, the left side panel 53, and the back panel 54, respectively. At the boundary between the top panel 63 and the movable panel 64, there is a slight notch toward the movable panel 64 that forms a protrusion 63a that protrudes outward when the movable panel 64 is bent with respect to the top panel 63. It is put in the form of getting in.

First, the pattern 2A is folded at the boundary between the left side panel 53 and the back panel 54, and then the pattern 2A is folded at the boundary between the right side panel 51 and the front panel 52. The outer surface of the overlapping glue margin panels 55 is adhered to the inner surface of the right side panel 51 with an adhesive or the like. By placing the box along the fold line so that the angles of the adjacent panels are at right angles, a square tube with open upper and lower surfaces is created.

The flap 62 connected to the upper end of the left side panel 53 is folded inward, and then the triangular flap 61 connected to the upper end of the right side panel 51 is folded inward at a right angle. Next, the movable panel 64 connected to the top panel 63 is folded inward at a right angle, the top panel 63 at the upper end of the back panel 54 is folded inward at a right angle, and the movable panel 64 is inserted inside the front panel 52. The top surface (upper surface) of the square tube is closed by the sack type. When the movable panel 64 is bent with respect to the top panel 63, the protrusion 63a projects forward (in the direction away from the front panel 52). The protrusion piece 63a projecting forward is housed in the notch 52a formed at the upper end of the front panel 52.

After the contents such as sweets are put into the square tube from the bottom surface (bottom surface) to be opened, the bottom surface opening is also closed in the same manner as in the first embodiment, and the dispensing carton 2B (FIG. 8) is completed. Finally, the entire circumference may be wrapped with a transparent film or the like (not shown).

With reference to FIG. 9, after removing the wrapping of the transparent film or the like described above in the same manner as in the first embodiment, when the top panel 63 is pulled up by putting a finger on the protrusion 63a, the top panel 63 becomes a back panel. The movable panel 64 connected to the front end of the top panel 63 is pulled out from the dispensing carton 2B in conjunction with the rotation of the top panel 63 by rotating around the boundary with the 54. A lateral triangular columnar space K is formed in the upper part of the dispensing carton 2B.

Similar to the first embodiment, the content is once swung into the triangular columnar space K through the content passage hole formed by the triangular flap 61 rising, and then the other of the unclosed triangular columnar space K. It is taken out from the side opening. The raised triangular flap 61 closes one lateral opening of the triangular columnar space K.

While the movable panel 64 was being pulled out from the dispensing carton 1B, a notch 64a formed on the side edge of the movable panel 64 (the side edge on the flap 62 side) was formed on the side edge of the flap 62 on the front panel 52 side. It hangs on the step 62b. Similar to the first embodiment, the flap 62 is sandwiched from both sides by the front panel 52 and the back panel 54 (top panel 63 and movable panel 64), so that it is difficult to stand up. Since the notch 64a of the movable panel 64 is caught in the step 62b of the flap 62 which is difficult to stand up, the pulling out of the movable panel 64 from the dispensing carton 1B may stop in the middle, and the movable panel 64 may completely come out of the dispensing carton 1B. Be prevented.

1A, 2A paper pattern 1B, 2B dispensed carton
11 Outer right panel
12 Front panel
13 Left side panel
14 back panel
15 Inner right panel
16 Movable panel
17 Fixed panel
22 Inner top panel
22a projecting piece
23 Triangular flap
24 Outer top panel
24a Protrusion piece
31 Outer bottom panel
33 Inner bottom panel
51 Right side panel
52 Front panel
52a notch
53 Left side panel
54 back panel
55 Glue allowance panel
61 Triangular flap
62 flaps
62b step
63 Top panel
63a Protrusion piece
64 Movable panel
64a notch
72 outer bottom panel
74 Inner bottom panel K Triangular columnar space S Contents

Claims (5)

A square tubular small-sized carton having a top panel and a bottom panel facing each other, a front panel and a back panel facing each other, and left and right side panels facing each other.
It is connected to the front end of the top panel, and in conjunction with the rotation of the top panel with the boundary between the top panel and the back panel as the rotation axis, in the closed state, along the inner surface of the front panel. The movable panels that are housed in the carton and pulled out from the carton in the open state, and the upper ends of the left and right side panels are connected to each other, and the top openings of the carton are opened from the left and right on the inner surface side of the top panel. Close with first and second flaps
In the above open state, a lateral triangular columnar space is formed in the upper part of the carton.
When the first flap is pushed outward by the contents and is raised in the triangular columnar space, it forms a content passage hole connecting the inside of the carton and the triangular columnar space. It has a shape and dimensions that close one side opening of the triangular columnar space when it is started up.
The second flap has a shape and dimensions that maintain the other lateral opening of the triangular columnar space without rising when pushed outward by the contents.
Small carton. The first flap is a triangular flap having a shape that narrows toward the tip.
The dispensing carton according to claim 1. The top panel is an inner top panel that is connected to the upper end of the back panel, and an outer top panel that is connected to the movable panel and is laminated and adhered to the outer surface of the inner top panel. Prepare,
A protruding piece protruding outward is formed at the front end of the inner top panel.
A notch is formed at the boundary between the outer top panel and the movable panel to form a protrusion that is inserted into the protrusion and is vertically overlapped with the protrusion.
The dispensing carton according to claim 1 or 2. A step portion is formed on the side edge of the second flap on the front panel side.
A notch that engages with the step portion while the movable panel is being pulled out from the carton is formed on the side edge of the movable panel on the second flap side.
The dispensing carton according to any one of claims 1 to 3. The dispensing carton according to any one of claims 1 to 4, which is made by die-cutting, bending, and adhering a sheet of cardboard, a synthetic resin sheet, or a composite material thereof.

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