JP5035649B1 - Pop-up card with locking mechanism - Google Patents

Abstract

An eye-catching pop-up card is provided as a sales promotion tool that can easily maintain a posture of variable information by providing a lock mechanism and can further place a product sample.
Pop-up structures 3, 4, 5, and 6 capable of representing variable information three-dimensionally are formed on the inner surfaces of two-folded card mounts 1 and 2, and folds on the inner surfaces of the two-folded card mounts 1 and 2 are formed. Box-shaped lock structures 7 and 8 are formed at the left and right ends of the vicinity. When in use, the pop-up card mounts 1 and 2 folded in half are opened, and when opened approximately 90 degrees, the ear pieces 11 and 12 in the box-like lock structures 7 and 8 are folded, and the folded pieces are inserted into the box. Assemble the lock structures 7 and 8. When the box-like lock structures 7 and 8 are completed, even if the card mounts 1 and 2 opened approximately 90 degrees are to be restored, the box-like lock structures 7 and 8 can be held from the inside so that the standing body can be maintained. it can.
[Selection] Figure 4

Description

  The present invention relates to a pop-up card that enables variable information to be expressed three-dimensionally when a folded sheet is opened.

Conventionally, in exhibitions, pamphlets, image diagrams, models, samples, etc. have been prepared and advertised to visitors in addition to the displayed products. However, it is difficult to catch the eye, so the exhibitors made an effort to appeal their products by changing the arrangement of exhibits and distributing souvenirs.
Recently, eye-catching exhibitions have been made using pop-up cards that can represent variable information in three dimensions.

Registered Utility Model No. 3024206 JP 2005-288926 A

  The pop-up card is a card that can be displayed in a three-dimensional representation of variable information that is built inside when the folded sheet-like mount is opened. is there.

  However, since most materials are paper in order to keep costs down, it is difficult to maintain a self-supporting posture because the three-dimensional variable information and the force that the mount tries to return to work. Variable information and mount will be bent by its own weight.

  If you make a large pop-up card to make it stand out, you have to use thick, thick paper, which is expensive and expensive to use as a consumable. In addition, as long as the material is paper, bending cannot be prevented.

  Therefore, it is usually necessary to readjust the angle many times, put a weight on a hard-to-see place, fix it with adhesive tape or adhesive, or process a synthetic resin or metal plate to prevent bending as a backrest. There were many things.

  The configuration of a pop-up card that can express variable information in a three-dimensional manner when a folded sheet is opened is disclosed in registered utility model No. 3024206, Japanese Patent Application Laid-Open No. 2005-288926, and the like.

  However, when making a large pop-up card in Patent Document 1, the variable information that becomes three-dimensional only cuts out one mount, so the fulcrum of the mount that is developed at approximately 90 degrees decreases, and the three-dimensional It is difficult to maintain the posture even if the variable information becomes strong and the power to return is strong and independent. In order to hold this, it seems that the method of providing a wall in a side surface like FIGS. 6-8 of patent document 1 is common. However, even though this can temporarily reduce the bending, it cannot be held without bending for a long time.

  In the case of Patent Document 2, it is a figure used for direct mail, but the fulcrum of the mount developed at about 90 degrees is firmer than that of Patent Document 1, but it is three-dimensional because there is no side support. It depends on the restoring power of the variable information part.

  The present invention provides a pop-up card that can be easily self-supported and maintain a posture without using a wall on a side surface at a low cost.

  In order to solve such a problem, the pop-up card with a lock mechanism of the present invention has the following configuration.

  Pop-up structures (3), (4), (5) and (6) capable of expressing variable information in three dimensions are formed on the inner surface of the card mount upper surface (1) and the card mount lower surface (2), The right box-like lock structure (7) and the left-side box-like lock structure (8) are formed at the left and right ends near the crease on the inner surface of the double-folded card mount.

  When in use, open the pop-up card mount upper surface (1) and the card mount lower surface (2) folded in half, and when the card mount upper surface (1) is opened approximately 90 degrees, the right box-shaped lock structure (7) Fold the ear pieces (11) and (12) in the left box-shaped lock structure (8) and insert the folded piece (14) inside the back plate (9) of the right box-shaped lock structure to lock the right box Assemble the structure (7) and the left box-like lock structure (8).

  When the right-side box-shaped lock structure (7) and the left-side box-shaped lock structure (8) are completed, the right-side box-shaped lock structure (7) includes the ear pieces (11) and (12), the lid plate piece (13), One surface is firmly fixed by the folding piece (14). Since the left box-shaped lock structure (8) is also fixed in the same manner, even if the card mount (1) opened approximately 90 degrees is restored, the right box-shaped lock structure (7) and the left-side box lock structure The object (8) will be supported from the inside, and the posture of the standing upper body can be maintained. Further, when the pop-up card mount upper surface (1) is desired to have an angle, the pop-up structure (5) is cut (18) after the first ear piece (11a) and the second ear piece (12a) are folded. The folding piece (14b) is folded while being sandwiched between the two. In this case, the height of the lid plate piece (13) does not match, so the lid plate piece (13b) is slightly short.

Explanatory drawing of the state where the pop-up structure is three-dimensional and completely independent Explanatory drawing of the state where the folded popup structure is about to rise Explanatory diagram of the pop-up structure becoming three-dimensional Explanatory drawing of the pop-up structure becoming three-dimensional Explanatory drawing of XX sectional drawing of FIG. Explanatory drawing when pop-up structure is expanded at an angle of 90 degrees or more Explanatory drawing of the right side box-shaped lock structure of the 1st example transformed into a rhombus Explanatory drawing of the right side box-shaped lock structure of the 2nd example transformed into a rhombus

Embodiments of the present invention will be described below with reference to the drawings. FIG. 1 shows a state where the pop-up structure is three-dimensional and completely self-supporting.
The cardboard upper surface (1) and the cardboard lower surface (2) having a folded structure form a pop-up structure (3), (4), (5), (6) capable of expressing variable information three-dimensionally on the inner surface. ing. The pop-up structures (3), (4), (5), and (6) are attached to the card mount lower surface (2) with an adhesive or the like.

The right side box-like lock structure (7) and the left side box-like lock structure (8) are respectively arranged at locations sandwiched between the card mount upper surface (1) and the pop-up structures (5) and (6). Similarly to the pop-up structures (3), (4), (5), (6), the right box-shaped lock structure (7) and the left-side box-shaped lock structure (8) are also attached to the lower surface (2 ).
The right box-shaped lock structure (7) and the left box-shaped lock structure (8) are attached to the pop-up structures (5) and (6) with an adhesive or the like, but the adhesive or the like on the upper surface (1) of the card mount. There is no need to stick it on.

  As shown in FIG. 5, the pop-up structures (3) and (4) are configured to follow the operation of the card mount upper surface (1) via the pop-up auxiliary pieces (15) and (16) on the back. (3), (4), the pop-up auxiliary pieces (15), (16) and the card mount upper surface (1) are adhered with an adhesive or the like.

The structure of the right box-shaped lock structure (7) and the left box-shaped lock structure (8) will be described with reference to FIGS. The movable part is composed of a first ear piece (11), a second ear piece (12), a lid plate piece (13), and a folded piece (14), and a pop-up structure (3), (4), (5), In the state where (6) is raised, the first ear piece (11) and the second ear piece (12) are folded inward, and the folded piece (1
4) Fold it into the back plate (9) of the right box-like lock structure. Since the first ear piece (11), the second ear piece (12), the cover plate piece (13), and the folding piece (14) are also present in the left box-like lock structure (8), a pop-up structure when the same is folded. (3), (4), (5) and (6) do not move from the standing position.

  FIG. 5 is a sectional view taken along line XX in FIG. The pop-up structures (3) and (4) are configured to stand up together with the card mount upper surface (1) and the card mount lower surface (2) via the pop-up auxiliary pieces (15) and (16). .

  FIG. 6 is a cross-sectional view taken along the line XX of FIG. 4 like FIG. 5, but in order to prevent the developed card mount upper surface (1) from returning toward the card mount lower surface (2), The lock structure (8) is deformed into a diamond shape.

  In FIG. 6, YY is a vertical line, and the card mount upper surface (1) is inclined to the right by 5 degrees from the vertical line. That is, the card mount upper surface (1) is at an angle of 95 degrees from the card mount lower surface (2).

  Experimentally, it has been found that if this angle is about 3 degrees, bending can be prevented. However, since the angle of 3 degrees is difficult to express on the drawing, it is shown as 5 degrees. It is good to incline at an appropriate angle according to the material of the card mount and the size of the card.

  FIG. 7 is a development view of a first example in which the right box-shaped lock structure (7) is deformed into a diamond shape. The first ear piece (11a), the second ear piece (12a), and the lid plate piece (13a) have an angle of 5 degrees so as to form a rhombus inclined by 5 degrees.

  FIG. 8 shows a second example in which a diamond shape is deformed. This configuration can be either square or rhombus. The first ear piece (11b) with the corners cut off, the second ear piece (12b) with the corners also cut off, the cover plate piece (13b) with the cuts (18), the folding piece (14b), the folding piece (14c) ).

  In the case of a rectangular shape, the first ear piece (11a), the second ear piece (12a), and the insert piece (14c) may be folded, and in the case of a diamond shape, the first ear piece (11a) and the second ear piece. After folding (12a), the pop-up structure (5) is sandwiched between the cuts (18), and the folded piece (14b) is folded to complete. In this case, the height of the lid plate piece (13) does not match, so the lid plate piece (13b) is slightly short.

  In FIG. 8, only one notch (18) is provided in front, but by changing the position of the notch or providing a plurality of incisions and adjusting the height of the cover plate piece (13b), the card mount upper surface (1) and the pop-up structure All of (3), (4), (5), and (6) can be interlocked and fixed at an arbitrary angle from less than 90 degrees to 90 degrees or more.

  When the pop-up structure (5) is sandwiched by the cut (18), since the strength of the cut (18) is weak, reinforcement may be provided to the cut (18).

  In this description, the right side box-shaped lock structure (7) and the left side box-shaped lock structure (8) are divided into two parts. However, a single box-shaped lock structure spanning the pop-up structures (5) to (6) is used. By removing the pop-up structures (3) and (4) and changing the position, it is possible to place product sample products on the box-shaped lock structure, which enables new ways of using pop-up cards that were not previously available Become.

1 Card mount upper surface 2 Card mount lower surface 3 Pop-up structure 4 Pop-up structure 5 Pop-up structure 6 Pop-up structure 7 Right side box-like lock structure 8 Left side box-like lock structure 9 Back plate 10 of right-side box-like lock structure Left side Back plate 11 of box-shaped lock structure First ear piece 11a First ear piece 11b of the first example when the right box-shaped lock structure is deformed into a rhombus When the right box-shaped lock structure is deformed into a rhombus First ear piece 12 of second example Second ear piece 12a Second ear piece 12b of first example when deforming right box-shaped lock structure into rhombus When deforming right box-shaped lock structure into rhombus The second ear piece 13 of the second example of the lid plate piece 13a When the right box-shaped lock structure is deformed into a rhombus, the lid plate piece 13b of the first example when the right box-shaped lock structure is deformed into a rhombus Cover plate piece 14 in the second example Piece 14a Folding piece 14b of the first example when the right box-shaped lock structure is deformed into a rhombus Second folding piece 14c of the second example when the right box-shaped lock structure is deformed into a rhombus Right box-like locking structure Folding piece 15 in the second example when used in a rectangular shape 15 Pop-up auxiliary piece 16 Pop-up auxiliary piece 17 Adhesive allowance 18 for the right box-shaped lock structure When transforming the right box-shaped lock structure into a rhombus Incision in the second example

Claims (1)

  A pop-up card consisting of a mount that can be opened and closed in a folded state and an unfolded state, and a product image etc. standing upright on the inner surface of the mount so that the product image standing upright can be held at an arbitrary angle. A pop-up card comprising a box-like lock structure composed of a back plate, ear pieces, a folded piece and a cover plate piece at the left and right ends near the crease on the inner surface of the card mount having a double fold structure.

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