JP2020001730A - Packaging box - Google Patents

Abstract

To provide a packaging box in which an object to be stored in a PTP sheet can be surely taken out, and which has a high child-resistant effect.SOLUTION: A packaging box includes: an outer box 12 on which a PTP sheet 140 is mounted; and an inner box 14 stored in the outer box 12 in a slidable manner. The outer box 12 includes: a through-hole 48 for pushing in which an object 144 to be stored taken out from the PTP sheet 140 falls in an internal space; an insertion port 13 from which the inner box 14 is drawn in a slide direction; an outer box take-out port 58 through which the object 144 to be stored which has fallen in the internal space passes and goes out; and a seal piece 72 for stopping the slide of the inner box 14. The inner box 14 includes: an inner box through-hole 108 from which the object 144 to be stored taken out from the PTP sheet 140 falls in the internal space of the inner box 14 when communicating with the through-hole 48 for pushing of the outer box 12; an inner box take-out port 122 through which the object 144 to be stored which has fallen in the internal space of the inner box 14 passes and goes out when communicating with the outer box take-out port 58 of the outer box 12; and an inner box cutting line 110 locked when coinciding with the seal piece 72 of the outer box 12.SELECTED DRAWING: Figure 1

Description

  BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a packaging box that is attached to a PTP sheet and in which a container taken out from the PTP sheet passes through an internal space and exits from an outlet.

  Conventionally, there is a PTP sheet as a packaging form of a medicine such as a capsule or a tablet. The PTP sheet has a plastic molded body made of a synthetic resin, and the plastic molded body is integrally formed with a protruding portion for accommodating a medicine and a flange formed on a peripheral portion of the protruding portion. A breakable lid material sheet such as an aluminum foil is attached to a surface of the flange opposite to the protrusion, the protrusion is closed, and the medicine is sealed.

  In addition, when taking out a medicine or the like from the PTP sheet, there is a case where the stored matter jumps out of the lid material sheet and drops or is lost, and there is a packaging box designed to take out the stored matter. For example, a packaging box disclosed in Patent Literature 1 includes a box to which a PTP sheet is attached, and a guide member provided in an internal space of the box. The box is provided with a through hole through which the items taken out of the PTP sheet fall into the internal space, and an outlet through which the items dropped into the internal space pass through to the outside, and the guide member is provided in the internal space. A receiving plate portion is provided to guide the dropped contents to the exit. According to this packaging box, the contents taken out of the PTP sheet fall into the internal space of the box and come out of the outlet of the box, so that the contents are not dropped or lost, and are safe and secure. is there.

JP 2016-13840 A

  In the case of the above-described background art, it is convenient to easily receive and use the contents by hand or the like. However, adding a child resistant function is not considered. In recent years, when the contents are expensive tablets or tablets containing components that require careful handling, it is required to add a child resistant function that makes it difficult to remove the contents to prevent accidental ingestion and exposure of children. I have.

  The present invention has been made in view of the problems of the background art described above, and has as its object to provide a packaging box that can reliably take out the contents of a PTP sheet and has a high child-resistant effect. I do.

  The present invention relates to a plastic molded body having a plurality of protrusions accommodating a container such as a tablet inside and a flange provided around the protrusion, and a breakable lid sheet is attached to the plastic molded body. An outer box for attaching a PTP sheet having a closed opening, and an inner box slidably housed in the outer box, wherein the outer box contains the housing removed from the PTP sheet. An extrusion through-hole through which an object falls into the internal space, an insertion opening through which the inner box is pulled out in the sliding direction, an outer box outlet through which the stored object that has fallen into the internal space passes and exits; Sealing means for stopping the sliding of the box is provided, and the container taken out of the PTP sheet when communicating with the extrusion through hole of the outer box is provided in the inner box in the inner space of the inner box. Connected to the falling hole of the inner box and the outlet of the outer box of the outer box. An inner box outlet through which the contents dropped into the inner space of the inner box when passing therethrough, and a sealed means locked when the outer box matches the sealing means of the outer box are provided. Packaging box.

  The state of the packing box can be switched between the housed state, the pushed state, and the unloaded state depending on the position of the inner box in the sliding direction. In the housed state, the sliding of the inner box is locked in accordance with the sealing of the outer box. And the inner box through hole of the inner box does not communicate with the extrusion through hole of the outer box, and the inner box outlet of the inner box does not communicate with the outer box outlet of the outer box. In the pushed state, the inner box through-hole of the inner box communicates with the extrusion through-hole of the outer box, and the contents pushed out from the PTP sheet can drop into the inner space of the inner box. The sealed means of the inner box does not coincide with the sealing means of the outer box, and the inner box slides, and the inner box outlet of the inner box is the outer box of the outer box. Do not communicate with the outer box outlet. In the unloading state, the inner box outlet of the inner box communicates with the outer box outlet of the outer box, and the contents dropped into the inner space of the inner box can pass through and be taken out. It becomes. Then, the sealed means of the inner box does not coincide with the sealing means of the outer box, and the inner box slides, and the inner box through hole of the inner box is Does not communicate with extrusion through hole.

  On the inner box, a mark such as an extrusion line set in the pushing state and a takeout mark such as a takeout line set in the takeout state are printed.

  The sealing means provided on the outer box includes a band-shaped sealing piece protruding to the side of the outer box, and the sealing piece provided at a position away from a base end of the sealing piece. An outer box cutting line into which the tip of is inserted is provided, the longitudinal direction of the sealing piece intersects the sliding direction of the inner box, and the outer box cutting line intersects the longitudinal direction of the sealing piece. ing. The sealed means provided on the inner box is an inner box cutting line that coincides with the outer box cutting line in the accommodated state. In the housed state, the tip of the sealing piece is inserted into the outer box cutting line and the inner box cutting line that match each other, reaches the inner space of the inner box, and locks the sliding of the inner box. I do. When the sealing piece is inserted into the outer box cutting line and the inner box cutting line, the outer box outlet is covered and sealed by the sealing piece.

  At the insertion port of the outer box, a locking piece folded inside the outer box is provided, and near an end of the inner box opposite to the insertion port of the outer box, A locked piece folded in a direction facing the locking piece is provided, and when the inner box is pulled out from the insertion opening to a predetermined length, the locking piece and the locked piece come into contact with each other. Stop any further drawers to prevent falling off.

  The outer case is provided with side surfaces which are connected in parallel to each other and are assembled into a cylindrical body. One of the side surfaces is a surface on which the plastic molded body side of the PTP sheet is attached, and the outer case through which the projecting portion is inserted is inserted. A hole is formed, and on the side surface on which the outer case through hole is formed, the extrusion through hole is formed so as to overlap the surface of the PTP sheet on the side of the lid material sheet and is opposed to the protruding portion. A holding piece for holding the PTP sheet in between is provided separated by a folding line.

  ADVANTAGE OF THE INVENTION The packaging box of this invention can take out the contents of a PTP sheet reliably, and has a high child resistant effect. Although it is difficult for a child to remove the contents from the PTP sheet, it is easy for the user to understand and the removal operation is easy even for the elderly.

FIG. 2 is a left side view (a), a front view (b), and a rear view (c) of the packaging box according to the embodiment of the present invention in a housed state. FIG. 2 is a left side view (a), a front view (b), and a rear view (c) of an extruded state of the packaging box of one embodiment of the present invention. FIG. 3 is a left side view (a), a front view (b), and a rear view (c) of a state in which the packaging box according to the embodiment of the present invention is taken out. It is a development view of the outer box of the packaging box of this embodiment. It is an expanded view of the inner box of the packaging box of this embodiment. It is an exploded perspective view of the packaging box of this embodiment.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings. FIGS. 1 to 6 show an embodiment of the present invention. A packaging box 10 of this embodiment includes an outer box 12 on which a PTP sheet 140 to be described later is mounted and a slidable housing in the outer box 12. The inner box 14 is provided.

  First, the outer box 12 will be described. The outer box 12 is provided by assembling a box forming piece 16 formed by punching a single sheet of paper or the like. FIG. 4 is an exploded view of the box forming piece 16 as viewed from the surface. The box forming piece 16 has side surfaces 18, 20, 22, and 24 formed so as to be connected in parallel to each other. The side surfaces 18, 20, 22, 24 have the same length in the width direction perpendicular to the connecting direction, and the length perpendicular thereto is substantially equal to each other because the side surfaces 18, 22 are short. Are long and almost equal to each other. A glued piece 26 that is glued to the back surface of the side surface 24 in the assembled state of the outer box 12 is provided at the side edge of the side surface 18. The glued piece 26 and the side surfaces 18, 20, 22, 24 are separated by folding lines 28, 30, 32, 34, respectively.

  The side surface 20 holds the PTP sheet 140 by being superimposed on a surface of the PTP sheet 140 described later on the side of the plastic molded body 142. The side surface 20 is provided with a circular outer box through hole 36 into which the protrusion 142a of the plastic molded body 142 of the PTP sheet 140 is fitted. The outer case through-holes 36 are formed in two rows of five rows in parallel with each other, and a total of 10 outer case through-holes 36 are provided. The ten outer box through-holes 36 are provided at positions slightly closer to one end 20 a parallel to the connecting direction of the side surfaces than the center of the side surfaces 20. A U-shaped outer box cutting line 40 is provided near the corner where the end 20b opposite to the end 20a and the fold line 30 which is the boundary with the side surface 18 intersect. The outer box cutting line 40 is an entire cutting line penetrating the thickness of the side surface 20 and is formed by a straight line parallel to the crease line 30 and a pair of short straight lines extending from both ends of the straight line toward the crease line 30. Have been. The crease line 30 is provided with a cut 42 at a position slightly closer to the end portion 20a than the outer box cutting line 40 to make the crease line 30 easier to bend and to be surely bent. The surface of the side surface 20 is provided with a printing unit 38 on which information on the stored items or the like is printed. For example, a column for entering the name of the user, the date of taking the medicine, the number of medicines taken at one time, or the like is printed near the end 20b. Also, in the vicinity of the row of the outer case through-holes 36 on the side of the crease line 30, numerals 5 to 1 are printed for each outer case through-hole 36 from the side closer to the end 20 a.

  At an end portion 20 a of the side surface 20, a pressing piece 44 that is stacked on the back surface of the side surface 20 and that presses and holds the surface of the PTP sheet 140 on the side of the cover material sheet 146 is provided separated by a fold line 46. The shape of the holding piece 44 is a rectangle whose length in the direction parallel to the fold line 46 is substantially equal to that of the side surface 20 and whose length in the direction perpendicular to the fold line 46 is shorter than the side surface 20. The holding piece 44 is provided with ten extrusion through-holes 48 facing the outer case through-holes 36 when folded over the side surface 20 at the fold line 46.

  A rectangular outer lid piece 50 is provided at an end portion 20 b of the side surface 20 by being separated by a fold line 52. The shape of the outer lid piece 50 is a rectangle in which the side surfaces 18, 20, 22, and 24 close the opening located at the end assembled to the cylindrical body, and the length in the direction parallel to the fold line 52 is the side surface. 20 and a length in a direction perpendicular to the fold line 52 is substantially equal to a length of the side surfaces 18 and 22 in a direction connecting to the side surface 20.

  A deformed rectangular flap 54 is provided at an end of the side surface 18 that is continuous with the end 20 b of the side surface 20, separated by a fold line 56. An end 18 a of the side surface 18 that is continuous with the end 20 a of the side surface 20 is inclined so as to approach the fold line 56 as the distance from the fold line 30 increases. The crease line 28 is shorter than the crease line 30, and the side surface 18 is not a rectangle but a deformed square. Nothing is extended at the end 18 a of the side surface 18. An outer box outlet 58 is provided on the side surface 18 at a position near the crease line 56 and near the cut 42. The outer box outlet 58 is a through hole penetrating through the side surface 18 and is formed by a straight line portion along the crease line 28 and a curve continuing to both ends of the straight line portion and bulging toward the crease line 30. The outer box outlet 58 reaches the crease line 28, does not reach the crease line 30, and is separated from the crease line 30.

  A deformed rectangular flap 60 is provided at an end of the side surface 22 that is continuous with the end 20 b of the side surface 20, and is separated by a fold line 62. The side surface 22 and the flap 60 have a line-symmetrical shape of the side surface 18 and the flap 54. The end 22 a of the side surface 22 that is continuous with the end 20 a of the side surface 20 is inclined so as to approach the fold line 62 as the distance from the fold line 32 increases. The fold line 34 is shorter than the fold line 32, and the side surface 22 is not a rectangle but a deformed square. Nothing is extended at the end 22 a of the side surface 22.

  At the end of the side surface 24 that is continuous with the fold line 62, a trapezoidal inner lid piece 64 laid on the back side of the outer lid piece 50 is provided separated by a fold line 66. A rectangular locking piece 68 is provided at an end 24 a of the side surface 24 opposite to the fold line 66, being separated by a fold line 70. The shape of the locking piece 68 is such that the length in the direction parallel to the crease line 70 is substantially equal to the side surface 24, and the length in the direction perpendicular to the crease line 70 is shorter than the side surface 24 and is shorter than the inner lid piece 64. Is a long rectangle of a predetermined length.

  At a side edge 24 b of the side surface 24 opposite to the fold line 34, a sealing piece 72, which is a sealing means for locking the inner box 14, is separated by a fold line 74 at a portion continuing to the fold line 66. It is provided. The sealing piece 72 has a band shape protruding at a right angle from the side edge portion 24b. Two fold lines 76 and 78 parallel to the fold line 74 are separated by a predetermined distance in the middle of the length in the protruding direction. Is provided. The interval between the fold line 74 and the fold line 76 is slightly longer than the length of the side surfaces 18 and 22 in the direction connected to the side surface 20. The interval between the fold line 76 and the fold line 78 is substantially equal to the interval between the fold line 30 and the outer box cutting line 40 on the side surface 20. The length from the fold line 78 to the tip is an arbitrary length shorter than the interval between the fold line 76 and the fold line 78, and the tip is rounded. Between the folding line 76 and the folding line 78 on the surface of the sealing piece 72, a printing unit 38 for displaying an opening is provided.

  Next, the inner box 14 will be described. The inner box 14 is provided by assembling a box forming piece 80 formed by punching out one sheet of paper or the like. FIG. 5 is an exploded view of the box forming piece 80 as viewed from the surface. The box forming piece 80 has side surfaces 82, 84, 86, and 88 connected to each other in parallel. The side faces 82, 84, 86, 88 are arranged such that the side faces 18, 20, 22, 24 are housed with a slidable gap inside the cylindrical body assembled with the side faces 18, 20, 22, 24. , 22, and 24 are formed slightly smaller than each other. The lengths in the width direction orthogonal to the connecting direction are the same as each other. Substantially equal, the sides 84, 88 being longer and substantially equal to each other. The side edge of the side surface 82 is provided with a glued piece 26 that is glued to the back surface of the side surface 88 when the inner box 14 is assembled. The glued piece 26 and the side faces 82, 84, 86, 88 are separated by folding lines 28, 90, 92, 94, respectively.

  The side surface 84 is stacked on the back side of the side surface 20 of the outer case 12 when the inner case 14 is accommodated in the outer case 12, and has one end parallel to the connecting direction of the side surfaces. A rectangular outer lid piece 96 that is superimposed on the inside of the lid piece 50 is provided separated by a fold line 98. A trapezoidal locked piece 100 is provided at an end of the outer lid piece 96 on the opposite side to the fold line 98, separated by a fold line 102. The length of the locked piece 100 in the direction perpendicular to the fold line 102 is a predetermined length slightly longer than the outer lid piece 96. At the end of the side surface 84 opposite to the fold line 98, a rectangular outer lid piece 104 is provided separated by a fold line 106. On the side surface 84, two inner box through holes 108 are provided. The inner case through hole 108 has the same shape as the outer case through hole 36, and is arranged in a direction parallel to the fold line 98. Are almost equal to the intervals in parallel directions. Near the corner where the crease line 90 and the crease line 98 intersect, a U-shaped inner box cutting, which is a sealing means locked to the outer box 12 and has the same shape as the outer box cutting line 40 of the outer box 12. A line 110 is provided. The inner box cutting line 110 is formed when the inner box 14 is housed in the outer box 12, the side surface 84 is overlapped on the back side of the side surface 20, and the crease line 98 coincides with the end 20 b of the side surface 20, that is, the crease line 52. It is located at a position coinciding with the box cutting line 40. At a position near the crease line 106 on the side surface 84, an extraction line 112 that is a straight line parallel to the crease line 106 is printed as an extraction mark. In the middle of the take-out line 112 in the longitudinal direction, a triangular mark that makes the take-out line 112 easy to understand is printed on the fold line 106 side.

  A deformed rectangular flap 114 is provided at an end of the side surface 82 which is continuous with the fold line 98 of the side surface 84, and is separated by a fold line 116. A deformed rectangular flap 118 is provided at an end of the side surface 82 on the side opposite to the fold line 116 and is separated by the fold line 120. An inner box outlet 122 is provided near the fold line 116. The inner box outlet 122 is a through hole that penetrates the side surface 82, and is a rectangle that is continuous with the fold line 28 and the fold line 90. The position of the inner box outlet 122 is such that when the inner box 14 is housed in the outer box 12, the side surface 84 is overlapped on the back side of the side surface 20, and the take-out line 112 coincides with the end 20 a of the side surface 20, It is a position communicating with 58. The inner box outlet 122 is located beside the inner box cutting line 110, that is, near the position of the inner box cutting line 110 that is parallel to the crease line 116. A take-out line 112 is printed in the vicinity of the fold line 120 so as to extend and reach the fold line 28.

  A deformed rectangular flap 114 is provided at an end of the side surface 86 that is continuous with the fold line 98 of the side surface 84, and is separated by a fold line 116. A deformed rectangular flap 118 is provided at an end of the side surface 86 on the side opposite to the fold line 116 and is separated by the fold line 120. A take-out line 112 is printed in the vicinity of the fold line 120 so as to extend to reach the fold line 94.

  A trapezoidal inner lid piece 124 that is overlapped on the back side of the outer lid piece 96 when the inner box 14 is accommodated in the outer box 12 is separated by a ruled line 126 at an end of the side surface 88 that is continuous with the ruled line 116. It is provided. The shape of the inner lid piece 124 is such that the length in the direction parallel to the fold line 126 is shorter than the side surface 88, and the end of the inner lid piece 124 on the opposite side to the extension of the fold line 94 has a guide. Pieces 128 are provided separated by folding lines 130. The crease line 130 is located at a right angle to the crease line 126, the guide piece 128 is a band projecting parallel to the crease line 126 with the crease line 130 as a base end, It protrudes outward by a predetermined length from the side edge 88 a opposite to the fold line 94. At the end of the side surface 88 opposite to the fold line 126, a trapezoidal inner lid piece 132 laid on the back side of the outer lid piece 104 is provided separated by a fold line 134.

  An extrusion line 136 which is a straight line of a mark parallel to the crease line 126 is printed on the surface of the side surface 88. Five extrusion lines 136 are provided at a predetermined interval from each other, and numerals 1 to 5 are printed on the lines from the side closer to the crease line 134. The position of the extrusion line 136 is such that the inner box 14 is accommodated in the outer box 12, the side surface 88 is overlapped on the back side of the side surface 24, and the inner box through hole 108 is formed by printing the number 1 on the side surface 20 of the outer box 12. When communicating with the box through-hole 36, the extrusion line 136 on which the numeral 1 is printed is a position corresponding to the end 24 a of the side surface 24. Similarly, the position of each extrusion line 136 on which the numbers 2 to 5 are printed is such that the inner box through hole 108 communicates with the outer box through hole 36 on the side surface 20 of the outer box 12 on which the numbers 2 to 5 are printed. , And the extrusion lines 136 on which the numbers 2 to 5 are printed coincide with the end 24 a of the side surface 24.

  Next, a method of packaging the packaging box 10 will be described. The packaging box 10 is for attaching and packaging a PTP sheet 140 containing a tablet 144 as a container. Here, the PTP sheet 140 will be described. The PTP sheet 140 is provided with a plastic molded body 142, and the plastic molded body 142 is provided with a projection 142 a for accommodating the tablet 144 and a flange 142 b on the periphery of the projection 142 a. Here, two rows in which five projections 142a are arranged are formed in parallel with each other, and a total of ten projections 142a are provided. A thin aluminum lid material sheet 146 is attached to the flange 142b of the plastic molded body 142 on the surface opposite to the direction in which the protrusion 142a protrudes, and the protrusion 142a is closed.

  Next, a method of assembling the packaging box 10 will be described. Here, FIG. 4 shows the surface of the box forming piece 16 of the outer box 12 of the packaging box 10, and FIG. 5 shows the surface of the box forming piece 80 of the inner box 14 of the packaging box 10. In each case, the folding method in which the front surface is convex is referred to as forward folding, and the folding method in which the rear surface is convex is referred to as reverse folding.

  First, a method of assembling the outer box 12 will be described. First, the PTP sheet 140 is applied to the back side of the side surface 20. At this time, the plastic molded body 142 side of the PTP sheet 140 is overlapped on the side surface 20, and the protrusion 142a is fitted into the outer case through-hole 36 to protrude to the front side. Glue 148 is applied to the back surface of the holding piece 44 in the vicinity of the peripheral edge, and the folding line 46 is folded forward to glue the holding piece 44 to the back surface of the side surface 20 so as to sandwich the PTP sheet 140. Since the holding piece 44 is smaller than the side surface 20, it does not cover the outer box cutting line 40 when folded back on the back surface of the side surface 20. Next, the folding line 70 is folded forward, and the locking piece 68 is folded on the back surface of the side surface 24. A glue 150 is applied to the surface of the glued piece 26, and each of the crease lines 28, 30, 32, and 34 is forward-folded at 90 ° to form a cylinder, and the glued piece 26 is glued to the back surface of the side surface 24. At this time, gluing is performed so as to be inserted between the folded locking piece 68 and the side surface 24. Glue 152 is applied to the surface of the inner lid piece 64, the flaps 54, 60 are folded at 90 ° at the folding lines 56, 62, and the inner lid piece 64 is folded at 90 ° at the folding line 66, and then the outside is folded. The lid piece 50 is folded at 90 ° at the fold line 52, and the outer lid piece 50 is glued to the surface of the inner lid piece 64, and one opening of the cylindrical body is closed to form a three-dimensional shape as shown in FIG. . The opening on the side opposite to the outer lid piece 50 becomes the insertion port 13 in which the inner box 14 is housed.

  Next, a method of assembling the inner box 14 will be described. First, glue 154 is applied to the surface of the glued piece 26, and the fold lines 28, 90, 92, 94 are each folded at 90 ° to form a cylinder, and the glued piece 26 is glued to the back surface of the side surface 88. Then, the pair of flaps 118 are folded at 90 ° at the folding line 120, the inner lid piece 132 is folded at 90 ° at the folding line 134, and glue 156 is applied to the back surface of the outer lid piece 104 to form the folding line. The sheet is folded at 90 degrees at 106, and the outer lid piece 104 is glued to the surface of the inner lid piece 132, and one opening of the cylindrical body is closed. In the opening on the opposite side, the guide piece 128 is firstly folded at a suitable obtuse angle at the crease line 130, and the inner lid piece 124 is folded at 90 ° at the crease line 126. At this time, the tip of the guide piece 128 abuts on the back surface of the side surface 82 near the inner box outlet 122. Further, the pair of flaps 114 are each folded at 90 ° at the fold line 116, the outer lid piece 96 is folded at 90 ° at the fold line 98, and a glue 158 is applied to the back surface of the locked piece 100. The locking piece 100 is folded at 90 ° at the folding line 102 and glued to the surface of the side surface 88. This results in the three-dimensional shape shown in FIG.

  The assembled inner box 14 is put into the insertion opening 13 of the assembled outer box 12. At this time, the inner box 14 is inserted with the outer lid piece 96 side at the top, and the side surface 84 is in the direction of coming to the back side of the side surface 20. The locking piece 68 is pushed forward by the inner box 14 and folded forward to the side surface 24. When the locked piece 100 of the inner box 14 passes through the locking piece 68, the distal end of the locking piece 68 contacts the side surface 88 to which the locked piece 100 is glued. For this reason, when the inner box 14 is pulled out from the insertion opening 13 to a predetermined length, the leading end of the locking piece 68 comes into contact with the leading end of the locked piece 100, thereby preventing the falling off.

  Next, a method of using the packaging box 10 will be described. As shown in FIG. 1, the position where the outer lid piece 96 of the inner box 14 abuts on the back side of the outer lid piece 50 of the outer box 12 without any gap and is deeply overlapped is in the housed state. In the housed state, the inner box cutting line 110 of the inner box 14 coincides with the outer box cutting line 40 of the outer box 12, so that the sealing piece 72 is bent into a U-shape at the folding lines 74 and 76 to form the outer box 12. , And the tip of the sealing piece 72 is inserted into the outer box cutting line 40. The tip of the sealing piece 72 passes through the outer box cutting line 40 and the inner box cutting line 110 and is inserted into the inner box 14, so that the inner box 14 cannot slide. At this time, the outer box outlet 58 of the outer box 12 is covered with the sealing piece 72. The inner box through-hole 108 of the inner box 14 does not match any of the outer box through-holes 36 of the outer box 12, and the tablet 144 cannot be taken out even if the protruding portion 142a of the PTP sheet 140 is pressed. The inner box outlet 122 of the inner box 14 does not coincide with the outer box outlet 58 of the outer box 12. In this storage state where the tablet 144 cannot be taken out from the PTP sheet 140, transportation and storage are performed.

  When taking out the tablet 144 from the PTP sheet 140, first, the tablet 144 is set to the extruded state shown in FIG. In the pushed state, first, the sealing piece 72 is pulled out from the outer box cutting lines 40 and 110 to make the inner box 14 slidable, and the inner box 14 is slightly pulled out from the insertion opening 13. The extruding line 136 printed on the side surface 88 of the inner box 14, for example, the extruding line 136 on which the numeral 1 is printed, is matched with the end 24 a of the side surface 24 of the outer box 12. Then, the inner case through-hole 108 of the inner case 14 matches and communicates with the outer case through-hole 36 on which the numeral 1 is printed, of the outer case through-holes 36 of the outer case 12. In this state, the protruding portion 142a of the PTP sheet 140 fitted in the outer case through hole 36 on which the numeral 1 is printed is pressed. The tablet 144 is pressed against the lid material sheet 146 of the PTP sheet 140, the lid material sheet 146 is broken, and the tablet 144 comes out of the PTP sheet 140, passes through the inner box through hole 108 of the inner box 14, and Fall into the inner space. In the extruded state, the inner box cutting line 110 of the inner box 14 does not match the outer box cutting line 40 of the outer box 12 and cannot be sealed with the sealing piece 72. Also, the inner box outlet 122 of the inner box 14 does not match the outer box outlet 58 of the outer box 12. The outer case through-holes 36 other than the outer case through-hole 36 on which the number 1 is printed are closed at the side surfaces 84, and the tablets 144 cannot be extruded.

  The dropped tablet 144 is taken out in the state shown in FIG. In the unloading state, the unloading line 112 printed on the side surface 84 of the inner box 14 coincides with the end 20 a of the side surface 20 of the outer box 12. Then, since the inner box outlet 122 of the inner box 14 coincides with and communicates with the outer box outlet 58 of the outer box 12, the outer box 12 is tilted so that the outer box outlet 58 faces downward, and The tablets 144 in the space are dropped outward from the outer box outlet 58 and received by the palm or the like. In the inner space of the inner box 14, since the guide piece 128 is positioned so as to be inclined toward the inner box outlet 122, the tablet 144 does not stay in the corner near the inner box outlet 122, and the guide piece 128 does not stay. Along the inner box outlet 122. In the removal state, the inner box cutting line 110 of the inner box 14 does not match the outer box cutting line 40 of the outer box 12 and cannot be sealed with the sealing piece 72. The inner box through hole 108 of the inner box 14 does not match the outer box through hole 36 of the outer box 12, and the tablet 144 cannot be extruded from the PTP sheet 140.

  After taking out the tablet 144, it is returned to the storage state shown in FIG. When the tablet 144 is taken out for the second time, the extrusion line 136 on which the numeral 2 is printed in the extruded state is aligned with the end 24a of the side surface 24 of the outer box 12, and the outer box through-hole 36 on which the numeral 2 is printed. Remove the tablet 144 located. By the same operation, tablets 144 of numbers 3 to 5 are sequentially taken out and used.

  According to the packaging box 10 of this embodiment, the tablets 144 which need to be handled with care and the expensive tablets 144 can be safely held, and can be reliably taken out of the outer box outlet 58 by a simple operation. When storing the tablet 144, the tablet 144 is kept in a stored state to prevent the tablet 144 from being pushed out of the PTP sheet 140, and is safe even if force is applied carelessly. In addition, it has a high child-resistant effect, and it is difficult for a child to remove the sealing piece 72 or to slide the inner box 14 between the pushed state and the removed state, thereby preventing accidental ingestion. it can. When the tablet 144 is taken out, the tablet 144 comes out of the outer box outlet 58 of the outer box 12, so that the tablet 144 naturally enters the hand only by placing a hand under the outer box outlet 58 in advance, and the tablet 144 is removed. It is easy to use without being dropped or lost on the floor. Therefore, even if it is difficult for the elderly to pick up the smaller tablet 144 due to reasons such as age, the tablet 144 can be easily received by hand and taken. The inner box 14 is largely printed with an extrusion line 136 for pushing out and a takeout line 112 for taking out, so that the user can easily understand and take out the tablet 144 easily. The tablets 144 located in the outer case through hole 36 having the same number as the number printed on the extrusion line 136 can be extruded, and the tablets 144 with other numbers cannot be extruded, so that a large number of tablets 144 can be extruded. To prevent the wrong number of tablets 144 to be taken. Since a printing unit 38 is provided on the same side surface 20 as the outer case through hole 36 for writing the user's name and how to take the medicine, the user can easily check the printing unit 38. The insertion opening 13 in which the inner box 14 slides is formed short on the side surface 24 side, and a part of the side surfaces 82, 86, 88 of the inner box 14 is exposed even in the housed state, so that it is easy to pull out. Further, the sealing piece 72 is provided with a printing portion 38 indicating an opening, and is easy to open.

  Incidentally, the packaging box of the present invention is not limited to the above embodiment, the number of tablets to be accommodated can be changed as appropriate, and the outer box and the inner box are adjusted according to the number of protrusions of the PTP sheet. The number of through holes can be changed to cope with the problem. According to the number of tablets to be taken, the number of extrusion lines and the number of through holes in the inner box can be appropriately changed. The material of the PTP sheet can correspond to various materials. The stored tablets are not limited to drugs, and may be other products. The material of the sheet forming the outer box and the inner box may be other than paper. The shape of each member of the box can be freely changed, and the shapes of the lid piece, the sealing piece, the locking piece, the guide piece, and the like can be appropriately changed.

DESCRIPTION OF SYMBOLS 10 Packaging box 12 Outer box 13 Insertion opening 14 Inner box 18, 20, 22, 24 Side 36 Outer box through-hole 38 Printing part 40 Outer box cutting line 44 Pressing piece 48 Extruding through-hole 58 Outer box outlet 68 Lock Piece 72 Sealing piece 100 Locked piece 108 Inner box through hole 110 Inner box cutting line 112 Extraction line 122 Inner box exit 136 Extrusion line 140 PTP sheet 142 Plastic molded body 142a Projection 142b Flange 144 Tablet 146 Cover material sheet

Claims (5)

A breakable lid material sheet is attached to a plastic molded body having a plurality of protrusions accommodating the contents inside and a flange provided around the protrusions, and the openings of the protrusions are closed. An outer box for mounting the PTP sheet, and an inner box slidably accommodated in the outer box,
The outer box has an extrusion through hole through which the container taken out from the PTP sheet falls into an internal space, an insertion opening through which the inner box is pulled out in a sliding direction, and the container that falls into the internal space. Is provided with an outer box outlet for passing out, and sealing means for stopping sliding of the inner box,
The inner box has an inner box through-hole in which the contents taken out of the PTP sheet fall into the inner space of the inner box when communicating with the extrusion through-hole of the outer box; An inner box outlet through which the contents dropped into the inner space of the inner box when communicating with the outer box outlet and passing out of the container; Sealing means is provided,
Depending on the position of the inner box in the sliding direction, the storage state, the extrusion state, and the removal state are switched,
In the accommodated state, the sealed means of the inner box is locked in sliding with the sealing means of the outer box, and the inner box through-hole of the inner box is formed by the pushing of the outer box through the outer box. Do not communicate with the through hole, the inner box outlet of the inner box does not communicate with the outer box outlet of the outer box,
In the pushing state, the inner box through-hole of the inner box communicates with the extrusion through-hole of the outer box, and the contents pushed out from the PTP sheet can drop into the inner space of the inner box, The sealed means of the inner box does not match the sealing means of the outer box, the inner box outlet of the inner box does not communicate with the outer box outlet of the outer box,
In the unloading state, the inner box outlet of the inner box communicates with the outer box outlet of the outer box, and the contents dropped into the inner space of the inner box can pass through and be taken out. Wherein the sealed means of the inner box does not match the sealing means of the outer box, and the inner box through hole of the inner box does not communicate with the extrusion through hole of the outer box. And packaging box.   A packaging box, characterized in that a mark for setting to the pushing state and a removal mark for setting to the removal state are printed on the inner box. The sealing means provided on the outer box has a band-shaped sealing piece protruding to the side of the outer box, and a tip of the sealing piece provided at a position away from a base end of the sealing piece. Is provided, the longitudinal direction of the sealing piece intersects the sliding direction of the inner box, the outer box cutting line intersects the longitudinal direction of the sealing piece,
The sealed means provided in the inner box is an inner box cutting line that coincides with the outer box cutting line in the accommodated state, and in the accommodated state, the tips of the sealing pieces coincide with each other. The packaging box according to claim 1, wherein the packaging box is inserted into the outer box cutting line and the inner box cutting line, reaches the inner space of the inner box, and locks the sliding of the inner box.   At the insertion port of the outer box, a locking piece folded inside the outer box is provided, and near an end of the inner box opposite to the insertion port of the outer box, A locked piece folded in a direction facing the locking piece is provided, and when the inner box is pulled out from the insertion opening to a predetermined length, the locking piece and the locked piece come into contact with each other. The packaging box according to claim 1, wherein further drawers are stopped to prevent falling off.   The outer case is provided with side surfaces which are connected in parallel to each other and are assembled into a cylindrical body. One of the side surfaces is a surface on which the plastic molded body side of the PTP sheet is attached, and the outer case through which the projecting portion is inserted is inserted. A hole is formed, and on the side surface on which the outer case through hole is formed, the extrusion through hole is formed so as to overlap the surface of the PTP sheet on the side of the lid material sheet and is opposed to the protruding portion. 2. The packaging box according to claim 1, wherein a holding piece for holding the PTP sheet with the holding member is separated by a folding line.

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