JP6630403B2 - Printed sheet - Google Patents

Description

  The present invention relates to a sheet-shaped printed matter in which a three-dimensional portion rises from an inner side surface of a sheet body when the sheet body that is folded openably is opened.

  Conventionally, when a folded sheet body is opened and a three-dimensional part is raised from the inner surface of the sheet body, a fold of the sheet body is required to maintain the self-standing posture of the three-dimensional object and prevent the sheet body from closing. 2. Description of the Related Art A sheet-shaped printed matter provided with a box-shaped lock structure at the left and right ends in the vicinity is known (for example, see Patent Document 1).

Patent No. 5035649

  By the way, in the conventional sheet-shaped printed matter, the box-shaped lock structure has a back plate, an ear piece, a folding piece, and a cover plate piece. The box-shaped lock structure is formed by folding the ear pieces inward with the three-dimensional part standing upright, and then folding the folded pieces into the back plate. That is, in this conventional sheet-shaped printed material, in order to maintain the spread state of the sheet body, it is necessary to assemble the box-shaped lock structure with the sheet body opened. Therefore, it was troublesome and troublesome.

  Therefore, an object of the present invention is to provide a sheet-like printed material that can easily prevent the sheet body from closing when the sheet body is opened and the three-dimensional portion is raised from the inner surface.

In order to achieve the above object, the present invention provides a sheet-shaped printed matter comprising: a sheet body folded openable and closable at a valley fold line; and a three-dimensional portion that rises from an inner surface of the sheet body when the sheet body is opened. It is.
The inner surface of the seat body has a first inner surface and a second inner surface that face each other when the seat body is closed.
The three-dimensional portion includes a first glue margin portion bonded to the first inner side surface, and a second glue bonded to the first inner side surface and the second inner side surface and bent at a fold curve overlapping the valley fold line. A margin portion, an upright portion positioned between the first glue margin portion and the second glue margin portion to cover the first glue margin portion and the second glue margin portion, and the second portion along the folding curve. A folding portion formed on at least one of the ends of the two glue margins, the folding portion being folded to the rear side of the upright portion when the sheet body is closed.
The folded portion has a projecting region that projects to the side of the upright portion when the sheet body is opened, and the projecting region includes a projecting region near the upstanding portion when the sheet body is opened. A recess into which the edge enters is formed.

  Therefore, in the sheet-shaped printed matter of the present invention, when the sheet body is opened, the side edge of the upright portion enters into the concave portion formed in the protruding region of the folded portion that protrudes to the side of the upright portion, and this protruding region. And the standing portions are engaged with each other. Thus, when the sheet body is to be folded, the upright portion interferes with the protruding region, and the upright state of the upright portion is maintained. Therefore, it is possible to easily prevent the sheet body from closing when the two-folded sheet body is opened to raise the three-dimensional portion from the inner side surface.

FIG. 2 is an external perspective view illustrating a closed state of the sheet-shaped printed matter according to the first exemplary embodiment. FIG. 2 is an external perspective view illustrating an open state of the sheet-shaped printed matter of the first embodiment. FIG. 2 is an exploded perspective view of the sheet-shaped printed material according to the first embodiment in an open state. FIG. 4 is a perspective view when the three-dimensional part of the first embodiment is opened and viewed from the back. FIG. 2 is a development view of a three-dimensional part according to the first embodiment. FIG. 5 is an explanatory diagram when the sheet-shaped printed material of the first embodiment is opened, and shows a closed state. FIG. 4 is an explanatory diagram when the sheet-shaped printed matter of the first embodiment is opened, and shows the middle of opening. FIG. 4 is an explanatory diagram when the sheet-shaped printed material of the first embodiment is opened, and shows a 90-degree opened state. FIG. 4 is an explanatory diagram when the sheet-shaped printed material of the first embodiment is opened, and illustrates a state in which a projection area is locked. FIG. 4 is an explanatory diagram when the sheet-shaped printed matter of the first embodiment is opened, and shows a state in which opening is completed.

  Hereinafter, an embodiment for implementing a sheet-shaped printed matter of the present invention will be described based on a first embodiment shown in the drawings.

(Example 1)
The sheet-shaped printed matter 1 according to the first embodiment includes a sheet body 10 that is folded in two so as to be openable and closable at a valley fold line 11, a three-dimensional part 20 that rises from an inner surface 12 of the sheet body 10 when the sheet body 10 is opened, It is a pop-up card with. In the printed sheet 1 according to the first embodiment, a plurality of cuts 27 into which a piece of paper S such as a photograph or a card can be inserted are formed in the three-dimensional portion 20, and can be used as a photo frame or a card holder.

  The sheet main body 10 is a vertically long piece of paper made of cardboard, and an arbitrary printing (not shown) is performed on the inner side surface 12 and the outer side surface 13. Here, the inner side surface 12 of the seat body 10 has a first inner side surface 12a and a second inner side surface 12b that face each other when the seat body 10 is closed. The valley fold line 11 is provided at a position that bisects the sheet body 10 vertically.

  The three-dimensional part 20 is a vertically long piece of paper made of thick paper (see FIG. 5), and has a first glue margin part 21, a second glue margin part 22, an upright part 23, and a folding part 24. are doing.

  The first glue margin portion 21 is provided along the upper edge 20a of the three-dimensional portion 20, and is partitioned by a first partition line 25a that is folded in a mountain. An adhesive is applied to the surface of the first glue margin portion 21 and is adhered to the first inner side surface 12a of the sheet body 10. The first inner side surface 12a is provided with a first bonding area 14a to which the first glue margin 21 is bonded.

  The second glue margin portion 22 is provided along the lower edge 20b of the three-dimensional portion 20, and is partitioned by a second partition line 25b that is folded in a mountain. Further, the second glue margin 22 is divided into upper and lower portions by a folding curve 25c that is folded in a mountain. The second glue margin 22 has an adhesive applied to the surface, a region between the lower edge 20b and the fold curve 25c is bonded to the first inner side surface 12a, and a portion between the second dividing line 25b and the fold curve 25c. Is bonded to the second inner surface 12b. Note that, on the inner side surface 12 of the sheet body 10, a second bonding area 14b to which the second adhesive margin 22 is bonded is set across the first inner side surface 12a and the second inner side surface 12b. When the second glue margin 22 is bonded to the sheet body 10, the valley fold line 11 and the fold curve 25c overlap.

  The upright portion 23 is located between a first partitioning line 25 a that partitions the first glue margin 21 and a second partitioning line 25 b that partitions the second glue margin 22. When they are bonded together, they cover the first glue margin 21 and the second glue margin 22. In addition, arbitrary printing (not shown) is performed on the surface of the upright portion 23.

When the seat body 10 is opened, the upright portion 23 has a first upright region 23a that rises from the first inner side surface 12a and a second upright region 23b that rises up from the second inner side surface 12b. I have. Here, the first upright region 23a and the second upright region 23b are defined by a protruding piece 26a and a pair of mountain fold lines 26b, 26b (second mountain fold lines) located on both sides of the protrusion piece 26a. .
The protruding piece 26a is formed by cutting the first upright region 23a, and protrudes from the upright portion 23 when the seat body 10 is opened (see FIG. 2).

  Further, a plurality of cuts 27 (second cuts) into which the edges of a piece of paper S such as a photograph or a card can be inserted are formed in the second upright area 23b. Here, cuts 27 are formed one by one on both sides in the vicinity of the second dividing line 25b.

  The folds 24 are provided at both left and right ends along the fold curve 25c of the second glue margin 22, respectively, with respect to the second glue margin 22 via the first valley fold line 28 a and the second valley fold line 28 b. It is partitioned. Here, the first valley fold line 28 a extends between the end 25 c ′ of the fold curve 25 c and the end 20 b ′ of the lower edge 20 b of the three-dimensional part 20. The second valley fold line 28b extends between the end 25c 'of the fold curve 25c and a position slightly protruding laterally from the end 25b' of the second partition line 25b.

  In each folded portion 24, the first valley fold line 28a is valley-folded with respect to the first inner side surface 12a, and the second valley fold line 28b is valley-folded with respect to the second inner side surface 12b. Further, the mountain fold line 28c extending from the end 25c 'of the fold curve 25c and located between the first valley fold line 28a and the second valley fold line 28b is mountain-folded. As a result, each folded portion 24 is folded behind the upright portion 23 when the sheet body 10 is closed. That is, when the sheet main body 10 is closed, the folded portion 24 is half-folded between the second upright region 23b and the first inner side surface 12a.

  Further, each folded portion 24 is defined by a second valley fold line 28b and a mountain fold line 28c, and has a projection region 29 that projects to the side of the upright portion 23 when the sheet body 10 is opened. A recess 29a is formed in the periphery of the projecting region 29, into which the side edge 23c of the second standing region 23b of the standing portion 23 enters when the sheet body 10 is opened.

  The concave portion 29a is formed by denting the periphery of the projection region 29 inward. A cut 29b into which the side edge 23c of the second upright region 23b can be inserted is formed inside the recess 29a.

The operation of the printed sheet 1 according to the first embodiment will be described.
When the printed sheet 1 as a pop-up card is generally distributed or stored, as shown in FIG. 1, the sheet body 10 is folded at the valley fold line 11, and is closed with the inner side surface 12 inside. I do.

  On the other hand, when this sheet-shaped printed material 1 is used, as shown in FIG. 2, the sheet main body 10 is opened so that the inner side surface 12 is exposed. Here, when the seat body 10 is opened from the closed state, the three-dimensional part 20 is deformed as shown in FIGS. 6A to 6E.

  That is, when the seat body 10 is closed, as shown in FIG. 6A, the fold curve 25c is folded into a mountain integrally with the valley fold line 11, and the pair of the mountain fold lines 26b, 26b is folded into the mountain. As a result, the area of the second glue margin 22 bonded to the first inner side surface 12a, the first glue margin 21 and the first upright area 23a are in a folded state.

  Also, at this time, the folded portion 24 is formed such that the first and second valley fold lines 28a and 28b are both valley-folded and the mountain fold line 28c is mountain-folded, so that the folded portion (of the second glue margin portion 22) The first glue portion 21 and the first upstanding area 23a) are folded between the first adhesive side 21a and the second upstanding area 23b.

  Then, as the seat body 10 is opened, as shown in FIG. 6B, as the first inner side surface 12a rises, the rising portion 23 gradually rises from the second partition line 25b as a starting point. At this time, the second glue margin 22 gradually opens from the folding curve 25c. In the upright portion 23, the first upright region 23a and the second upright region 23b gradually open from the pair of mountain fold lines 26b, 26b.

  When the sheet body 10 is opened until the opening angle becomes 90 °, as shown in FIG. 6C, the three-dimensional part 20 includes a first division line 25a, a pair of mountain fold lines 26b and 26b, a second division line 25b, and a fold curve 25c. Each of the sheet members is in a state of being mountain-folded at 90 °, and rises from the inner side surface 12 of the sheet body 10.

  On the other hand, at this time, although the folded portion 24 is in an open state, the projecting region 29 interferes with the back surface of the second upright region 23b, and becomes upright behind the second upright region 23b.

  Therefore, as shown in FIG. 6D, the sheet body 10 is opened until the opening angle becomes 90 ° or more, and the folded portion 24 is crushed by the second upright region 23b from the inside of the folded portion. Thereby, the folding part 24 is pushed open, and the projection area 29 projects to the side of the second upright area 23b.

  After the sheet body 10 is opened until the projecting area 29 projects, the sheet body 10 is closed back until the opening angle becomes 90 °. As a result, as shown in FIG. 6E, the folded portion 24 once pushed open is bent again, and the projecting region 29 protruding to the side of the second standing region 23b enters the rear side of the second standing region 23b. Go out. Here, a recess 29 a is formed on the periphery of the projection area 29. Therefore, when the folding portion 24 is folded, the projecting region 29 moving toward the rear side of the second upright region 23b and the side edge 23c of the second upstanding region 23b interfere with each other, and The side edge 23c of the second upright region 23b enters. As a result, the projecting region 29 rises from the back surface of the second upright region 23b, and a portion above the concave portion 29a interferes with the front surface of the second upstanding region 23b. As a result, even if the user tries to close the sheet body 10, the second upright area 23b interferes with the pop-out area 29, so that the sheet body 10 can be prevented from closing.

  Moreover, in order to allow the side edge 23c of the second upright region 23b to enter the concave portion 29a of the pop-out region 29, the sheet body 10 is opened until the opening angle becomes 90 ° or more, and the pop-up region 29 is moved to the second upright region 23b , And then close the sheet body 10 back. Therefore, the assembling work is not required, and the projecting area 29 can easily interfere with the second upright area 23b. Therefore, it is possible to easily prevent the folded sheet body 10 from closing.

  Further, in the sheet-shaped printed matter 1, the folded portion 24 is bent by the first valley fold line 28a and the second valley fold line 28b and the mountain fold line 28c located therebetween, and is located behind the second upright region 23b. Folded. The projection area 29 is defined by a second valley fold line 28b and a mountain fold line 28c.

  Thus, when the sheet body 10 is opened, the pop-out area 29 moves along the back surface of the second upright area 23b. Therefore, the second upright region 23b can be reliably inserted into the concave portion 29a formed in the projecting region 29, and the closing of the sheet body 10 can be appropriately prevented.

  Further, in the first embodiment, a cut 29b is formed inside the recess 29a. Therefore, when the side edge 23c of the second upright region 23b is inserted into the concave portion 29a, the side edge 23c is inserted into the cut 29b to bring the second upright region 23b and the projecting region 29 into an engaged state. be able to. Thereby, the second upright region 23b can be made hard to come off from the concave portion 29a, and the seat body 10 can be more securely prevented from closing.

  The folding portions 24 are provided at both ends of the second glue margin 22 along the folding curve 25c. Then, the protruding regions 29 of each of the folding portions 24 protrude from both sides of the second upright region 23b. As a result, the left and right side edges 23c of the second upright region 23b are inserted into the concave portions 29a of the pop-out region 29, respectively, as shown in FIG. Therefore, the left and right side edges 23c of the second upright region 23b are supported, respectively, and the closing of the seat body 10 can be more stably prevented.

  And in the sheet-shaped printed matter 1 of Example 1, the upright part 23 has the 1st upright area 23a which erects from the 1st inner surface 12a, and the 2nd erect area 23b which erects from the 2nd inner surface 12b. ing. The first upstanding region 23a and the second upstanding region 23b are formed by cutting the first upstanding region 23a and projecting from the upstanding portion 23, and a pair of projections 26a located on both sides of the projection 26a. Are divided by the mountain fold lines 26b, 26b.

  Therefore, when the seat body 10 is opened and opened at a right angle at the valley fold line 11, the three-dimensional portion 20 rises, and the first upright region 23a and the second upright region 23b are orthogonal to each other. Further, a protruding piece 26a protrudes from a boundary position between the first upright region 23a and the second upright region 23b. Here, since the protruding piece 26a is formed by cutting the first upright area 23a, the second upright area 23b and the protruding piece 26a are integrated, and the second upright area 23b rising from the second inner side surface 12b. Can be made to stand out.

  Moreover, in the first embodiment, a plurality of cuts 27 into which the peripheral edge of the paper piece can be inserted are formed in the second upright area 23b. Therefore, by inserting the peripheral edge of a paper piece such as a photograph or a card into the cut 27, the paper piece can be held along the second upright area 23b, and the printed sheet 1 can be used as a photo frame or a card stand. .

  As described above, the printed sheet according to the present invention has been described based on the first embodiment. However, the specific configuration is not limited to this embodiment, and the gist of the invention according to each claim in the claims is described. Changes and additions to the design are permitted as long as they do not deviate.

  In the first embodiment, the example in which the upright portion 23 has the first upright region 23a and the second upright region 23b defined by the protruding piece 26a and the pair of mountain fold lines 26b, 26b has been described. However, it is not limited to this. The protruding piece 26a may be formed by cutting the second upright region 23b. In this case, the first upright region 23a and the protruding piece 26a can be integrated. Further, the first upright region 23a and the second upright region 23b may be defined by a single straight mountain fold line.

  In the first embodiment, the example in which the sheet main body 10 is folded in two at the valley fold line 11 has been described, but the present invention is not limited to this. For example, the sheet body 10 may be folded in three or four.

1: sheet-like printed matter 10: sheet body 11: valley fold line 12: inner side surface 12a: first inner side surface 12b: second inner side surface 20: three-dimensional portion 21: first glue margin portion 22: second glue margin portion 23: upright Portion 23a: First standing region 23b: Second standing region 23c: Side edge 24: Folding portion 26a: Projecting piece 26b: Mountain fold line (second mountain fold line)
27: Cut (second cut)
28a: first valley fold line 28b: second valley fold line 28c: mountain fold line 29: projecting area 29a: concave portion 29b: cut S: sheet of paper

Claims (6)

A sheet-shaped printed matter, comprising: a sheet body folded openably and closable at a valley fold line; and a three-dimensional portion that rises from an inner surface of the sheet body when the sheet body is opened,
An inner side surface of the seat body has a first inner side surface and a second inner side surface that face each other when the seat body is closed,
The three-dimensional portion includes a first glue margin portion bonded to the first inner side surface, and a second glue bonded to the first inner side surface and the second inner side surface and bent at a fold curve overlapping the valley fold line. A margin portion, an upright portion positioned between the first glue margin portion and the second glue margin portion to cover the first glue margin portion and the second glue margin portion, and the second portion along the folding curve. A folded portion formed on at least one of the ends of the glue margin portion and folded into the rear side of the upright portion when the sheet body is closed,
The folded portion has a projecting region that projects to the side of the upright portion when the sheet body is opened, and the projecting region includes a side edge of the upstanding portion when the sheet body is opened. A sheet-shaped printed matter, wherein a recessed portion is formed. In the sheet-shaped printed matter according to claim 1,
The fold portion extends from an end of the fold curve and valley-folds with respect to the first inner surface, and a second valley fold line extends from an end of the fold curve. A second valley fold line that is valley-folded with respect to the valley fold line, and a valley fold line extending from an end of the fold curve and located between the first valley fold line and the second valley fold line;
The sheet-shaped printed matter, wherein the projection area is defined by the second valley fold line and the mountain fold line. In the sheet-shaped printed matter according to claim 1 or claim 2,
A cutout into which a side edge of the upright portion is inserted is formed inside the concave portion. In the sheet-shaped printed matter according to any one of claims 1 to 3,
The folded sheet is formed at both ends of the second glue margin along the folding curve, and the projecting regions project from both sides of the upright portion. In the sheet-shaped printed matter according to any one of claims 1 to 4,
The upright portion has a first upright region upright from the first inner side surface, and a second upright region upright from the second inner side surface,
A plurality of second cuts, into which the periphery of a piece of paper can be inserted, are formed in the second upright area. In the sheet-shaped printed matter according to any one of claims 1 to 5,
The upright portion has a first upright region upright from the first inner side surface, and a second upright region upright from the second inner side surface,
The first upright region and the second upright region are defined by a projecting piece projecting from the upstanding portion and a pair of second mountain fold lines located on both sides of the projecting piece,
The protruding piece is formed by cutting the first upright region or the second upright region.