JP3134996U - 3D picture book protection structure - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a structure for protecting a stereoscopic picture book from being damaged even when a load is applied.
SOLUTION: A solid picture book 1 in which a body 4 and a back part 2 are floating, a first piece part 8 of each of two flat reinforcing members 7, 7 having substantially the same width and rigidity as the back part 2, 8 is inserted into the gap between the text 4 and the back part 2, and the second piece parts 9 and 9 are arranged in the step region (tilt part) between the top 11 or the ground 12 of the text 4 and the covers 3 and 3. Even if a load is applied to the three-dimensional picture book 1 during transportation or the like, if the covers 3 and 3 are in a closed state, the flat reinforcing members 7 and 7 come into contact with the inner surfaces of the covers 3 and 3, so The space between the three is maintained at the width of the bundle, and it is possible to avoid a load that twists the cover sheets 3 and 3 and to prevent breakage.
[Selection] Figure 1

Description

  The present invention belongs to the technical field of 3D picture books, and in particular, relates to a 3D picture book protective structure that prevents damage during transportation and handling.

  Conventionally, 3D picture books have a sense of realism as picture books that tell stories, and are popular with many people. Recently, in order to produce unexpected movements when opening pages, 3D picture books with sophisticated and complicated mechanisms and structures have been created.

JP 2003-71151 A Utility Model Registration No. 3118915

  As described above, as the mechanism of the 3D picture book becomes more sophisticated and complicated, the amount of paper pieces to be attached between the pages of the main text has increased, and the position where the paper pieces are arranged for each page. It is unevenly distributed. Therefore, although the spine width is decided according to the part of the text that has become thick due to the piece of paper, the thickness of the text on the top side and the ground side is greatly different when transporting and stacking 3D picture books, A load that twists on the cover is applied. Then, even if the cover is a hard cover, the vicinity of the ear portion is likely to be damaged, and in particular, a concentrated load is applied to the groove portion in the vicinity of the ear portion and the damage is easily caused.

  Therefore, an object of the present invention is to provide a three-dimensional picture book protection structure that is not damaged even when a load is applied during transportation or handling.

  The three-dimensional picture book protective structure according to the present invention is substantially the same width as the back part and is bent at the boundary between the first piece part and the second piece part with respect to the three-dimensional picture book in which the text and the back part are floating. A first piece of each of the two flat reinforcing members having rigidity is inserted into a gap between the body and the back, and a second piece of the flat reinforcing member is connected to the top or the ground of the body. The flat reinforcing material is arranged in a stepped region with the cover sheet and the cover sheet is closed, and the flat reinforcing material is in contact with the inner surface of each cover sheet so that the space between the cover sheets is maintained at the bundle width.

  According to this structure, since the first piece of each of the two flat reinforcing members is inserted into the gap between the main body and the back portion, the flat reinforcing member is difficult to come off due to friction between the main body and the back portion. Since one part is placed in the top or bottom of the main body and the step area between the cover and the cover, when the cover is closed, each flat reinforcement comes into contact with the inner surface of each cover, so that the space between the covers is the width of the bundle. It is also possible to prevent the load from being twisted on the cover and to prevent breakage, and to protect the device attached to the text.

  Alternatively, the three-dimensional picture book protective structure according to the present invention has a width substantially the same as the back part of the three-dimensional picture book in which the text and the back part are floating, and the boundary between the first piece part and the second piece part. The first piece of the flat reinforcing material that is bent and rigid is inserted into the gap between the main body and the back part from the side that can be more compressed by the arrangement of the device among the top and the ground, When the second piece of the flat reinforcing material is disposed in the stepped region between the top or the ground and the cover of the main text and the cover is closed, the flat reinforcing material is in contact with the inner surface of each cover so that the space between the covers is reduced. It is characterized by maintaining the width of the bundle approximately.

  According to this structure, the first piece of the flat reinforcing material is inserted into the gap between the main body and the back from the side that can be compressed more by the arrangement of the device between the top and the ground, and the second piece of the flat reinforcing material. Since one part is arranged in the top of the text or the step area between the ground and the cover, the flat reinforcement is difficult to remove due to friction between the text and the back, and when the cover is closed, The flat reinforcing material comes into contact with the inner surface of each cover on the side that can be further compressed in the ground, so that the space between the covers is maintained at a substantially bundle width, and the load that twists on the cover is reduced to prevent damage. In addition, the device attached to the text can be protected.

  In such a three-dimensional picture book protective structure, the first piece of the flat reinforcing material may be bonded to the inside of the back. With this structure, since the flat reinforcing material is not removed from the 3D picture book, the user can also store the 3D picture book as a protective structure not only during transportation.

  Alternatively, the three-dimensional picture book protective structure according to the present invention is a flat picture reinforcing material having substantially the same width as the back part and a bent rigidity with respect to the three-dimensional picture book in which the text part and the back part are floating. It is arranged in a step region with the cover so as to go around the heavens, forehead and ground, and the end of the flat reinforcing material is inserted into the gap between the body and the back from the top and the ground side, In the closed state, the flat reinforcing material is in contact with the inner surface of each cover, so that the space between the covers is maintained at the width of the bundle.

  According to this structure, the flat reinforcing material is arranged in a stepped region with the cover so as to circulate around the top, the fore edge and the ground of the text, and the gap between the text and the back from the top and the ground at the end. The flat reinforcement is difficult to come off due to friction between the text and the back, and when the cover is closed, the flat reinforcement extends from the top of the text to the edge and the ground. , The space between the covers is maintained at the width of the bundle, so that a load that twists the cover can be avoided and damage can be prevented, and the mechanism attached to the main body can be prevented. Can be protected.

  Alternatively, in the three-dimensional picture book protection structure, each of the two flat reinforcement members having the same width and rigidity as the three-dimensional picture book is disposed in the step region between the top or the ground and the cover of the text, Further, the cover is closed, and the flat reinforcing material is wrapped so that the space between the covers is maintained at the width of the bundle by contacting the inner surface of each cover.

  According to this structure, each of the two flat reinforcement members is disposed in a stepped region between the top or the ground of the main body and the cover, and further, the cover is closed and the flat reinforcement is in contact with the inner surface of each cover. Since the wrapping is maintained so that the space between the covers is maintained at the width of the bundle, it is also possible to prevent damage from being applied by applying a load that twists the cover, and the mechanism attached to the main body can be prevented. Can also be protected.

  Alternatively, the three-dimensional picture book protective structure according to the present invention is more rigid than the three-dimensional picture book with the same width and rigidity of the flat reinforcing material, depending on the arrangement of the device in the top and bottom of the text. It is arranged in the stepped area between the top or the ground and the cover on the side that can be compressed, and the cover is closed, and the flat reinforcing material comes into contact with the inner surface of each cover, so that the space between the covers is maintained at the width of the bundle. It is characterized by being wrapped.

  According to this structure, the flat reinforcing material is disposed in the stepped region between the top or the ground and the cover which can be further compressed by the arrangement of the device, and the cover is closed. Since the flat reinforcement is in contact with the inner surface of each cover, it is wrapped so that the space between the covers is maintained at the width of the bundle, so that the load that twists the cover is reduced and damage can be prevented. It is possible to protect the device attached to the text.

  According to the present invention, a three-dimensional picture book can be protected from being damaged even when a load is applied during transportation or handling.

  Hereinafter, preferred embodiments of a three-dimensional picture book protection structure according to the present invention will be described with reference to the drawings.

<First Embodiment>
First, the three-dimensional picture book protection structure in the first embodiment will be described with reference to FIGS. 1 and 2.

  As shown in FIG. 1, the three-dimensional picture book 1 includes a back portion 2, cover pages 3 and 3, and a text 4. A hard cover is used for the back part 2 and the cover sheets 3 and 3, and ear parts (groove parts) 6 are formed on the cover sheets 3 and 3. The main body 4 is formed by bonding a plurality of two fold sheets on which a story picture is printed, with the end portions of the sheets bonded together so as to form a bellows shape. Here, the end portions of the sheets may be connected to each other with a long sheet interposed therebetween.

  On each two-page spread of the main body 4, a device composed of a piece of paper is attached so as to pop up. And the end page of the text 4 facing the cover sheets 3 and 3 is bonded to the inner surface of the cover sheets 3 and 3. Therefore, the spine has a follow-back shape, and the text 4 is separated from the back 2 (floating), and a gap is formed between the text 4 and the back 2. The mechanism attached to the text 4 is unevenly distributed with respect to two spread pages, and is unevenly distributed with respect to each page.

  For the transportation of the three-dimensional picture book 1, two flat reinforcing materials 7 are prepared. These flat reinforcing members 7 have substantially the same width as the back portion 2 and are rigid to such an extent that they do not deform even when a compressive load is applied from the width direction during transportation or the like. Cardboard, plastic, etc. are suitable. The flat reinforcing material 7 is bent and bent at the boundary between the first piece portion 8 and the second piece portion 9.

  Then, as shown by the arrow in FIG. 1, the first piece 8 of one flat reinforcing member 7 is inserted into the gap between the body 4 and the back 2 from the top 11 side of the three-dimensional picture book 1, and the second piece 9 is It is arranged in the step area (tilt portion) between the top 11 and the cover 3 of the text 4. Similarly, the first piece 8 of the other flat reinforcing member 7 is inserted into the gap between the text 4 and the back 2 from the ground 12 side of the three-dimensional picture book 1, and the second piece 9 is inserted into the ground 12 and the cover 3 of the text 4. And placed in the step area (tilt part).

  Then, as shown in FIG. 2, since the first piece portions 8, 8 of the flat reinforcing members 7, 7 are inserted into the gap between the text 4 and the back portion 2, the flat reinforcing materials 7, 7 And the back part 2 are difficult to come off due to friction. Further, when the cover sheets 3 and 3 are closed, the flat reinforcing members 7 and 7 are brought into contact with the inner surfaces of the cover sheets 3 and 3 so that the space between the cover sheets 3 and 3 can be maintained at the width of the bundle. Further, during transportation and the like, it is possible to prevent the cover sheets 3 and 3 from being subjected to a load that is twisted, thereby preventing breakage. Further, it is possible to protect the device attached to the body 4.

  The first embodiment may be as follows.

  That is, in the first embodiment, the two flat reinforcing members 7 are used, but one flat reinforcing member 7 may be used. In this case, the first piece 8 is inserted into the gap between the body 4 and the back 2 from the side of the top 11 and the ground 12 that can be further compressed by the arrangement of the device, and the second piece 9 is inserted into the top of the body 4. 11 or the ground 12 and the steps 3 and 3 are arranged in a step region (tilt portion).

  Even in such a structure, the flat reinforcing member 7 is difficult to come off due to friction between the main body 4 and the back portion 2, and is more compressed between the top 11 and the ground 12 when the covers 3 and 3 are closed. On the obtaining side, the flat reinforcing member 7 is brought into contact with the inner surfaces of the cover sheets 3 and 3, so that the space between the cover sheets 3 and 3 is maintained at a substantially bundle width, and a load that twists the cover sheets 3 and 3 is reduced and breakage occurs. Can be prevented. Moreover, the device attached to the text 4 can be protected.

  In such a structure, the first piece 8 of the flat reinforcing member 7 may be bonded to the inside of the back portion 2. As a result, the flat reinforcing material 7 is not removed from or removed from the 3D picture book 1, and the user can store the 3D picture book 1 in a structure that protects the 3D picture book 1 not only during transportation.

  In any of the above embodiments, when the 3D picture book 1 is transported, the flat reinforcing material 7 is attached to the 3D picture book 1 and then the entire 3D picture book 1 is wrapped with a stretchable vinyl sheet or a plastic bag. Good.

Second Embodiment
Next, a second embodiment will be described with reference to FIG. Similarly to the first embodiment, the second embodiment also has a structure for protecting the 3D picture book 1 in which the text 4 and the back portion 2 are separated (floating).

  Similar to the flat reinforcing material 7 used in the first embodiment, the flat reinforcing material 16 used in the second embodiment has substantially the same width as the back portion 2 and is subjected to a compressive load during transportation from the width direction. However, it is rigid to such an extent that it does not deform, and is formed of cardboard, cardboard, plastic, or the like. However, the flat reinforcing material 16 is longer than the flat reinforcing material 7 and covers the first piece 17 for inserting into the gap between the text 4 and the back part 2 from the top 11 side, and the top 11 of the text 4. The second piece 18, the third piece 19 that covers the fore edge 13 of the text 4, the fourth piece 20 that covers the ground 12 of the text 4, and the gap between the text 4 and the back 2 from the ground 12 side The fifth piece 21 for insertion is formed to be connected in the same direction, and is bent and bent at the boundary between the pieces 17 to 21.

  Then, as shown in FIG. 3, the first piece 17 of the flat reinforcing material 16 is inserted into the gap between the text 4 and the back part 2 from the top 11 side, and the flat reinforcing material 16 is inserted into the top 11, the fore edge 13 and the ground of the text 4. 12, the top 11 is covered with the second piece 18, the fore mouth 13 is covered with the third piece 19, the ground 12 is covered with the fourth piece 20, and the fifth piece 21 is covered with the ground. 12 is inserted into the gap between the body 4 and the back part 2 from the side. At this time, the second piece 18 is arranged in a step region (tilt portion) between the top 11 and the covers 3 and 3, and the third piece 19 is a step region (chilli portion) between the small edge 13 and the covers 3 and 3. ) And the fourth piece 20 is arranged in a step region (tilt portion) between the ground 12 and the covers 3 and 3.

  With such a structure, the first piece 17 and the fifth piece 21 of the flat reinforcing member 16 are inserted into the gap between the main body 4 and the back portion 2 from the top 11 side and the ground 12 side, respectively. Therefore, the flat reinforcing material 16 is difficult to come off due to friction between the text 4 and the back portion 2. And in the state where the covers 3 and 3 are closed, the flat reinforcing material 16 is in contact with the inner surfaces of the covers 3 and 3 from the top 11 of the body 4 to the fore edge 13 and the ground 12 so that the space between the covers 3 and 3 is reduced. Since the width of the bundle is maintained, it is possible to prevent the cover 3 and 3 from being subjected to a load that twists and prevent breakage, and to protect the device attached to the body 4. .

  Also in the present embodiment, when the 3D picture book 1 is transported, the flat reinforcing material 16 is attached to the 3D picture book 1, and the entire 3D picture book 1 is preferably wrapped with a stretchable vinyl sheet or a plastic bag.

<Third Embodiment>
Next, a third embodiment will be described with reference to FIG.

  The two flat reinforcing members 23 used in the third embodiment have substantially the same width as that of the back portion 2 as in the flat reinforcing member 7 used in the first embodiment, and the compressive load applied during transportation from the width direction is low. It is rigid to such an extent that it does not deform even when it is applied, and is made of cardboard, cardboard, plastic, or the like. However, the flat reinforcing member 23 does not have a piece inserted into the gap between the text 4 and the back 2.

  As shown in FIG. 4, the flat reinforcing members 23, 23 correspond to the top 11 and the ground 12 of the text 4 in the three-dimensional picture book 1, and the step regions between the top 11 or the ground 12 of the text 4 and the covers 3, 3. (Chile part). The cover sheets 3 and 3 are closed and the flat reinforcing members 23 and 23 are in contact with the inner surfaces of the cover sheets 3 and 3 so that the space between the cover sheets 3 and 3 is maintained at the width of the bundle. Wrapping the entire picture book 1 with a stretchable vinyl sheet or plastic bag.

  With such a structure, since the two flat reinforcing members 23 and 23 are wrapped in contact with the inner surfaces of the cover sheets 3 and 3, the space between the cover sheets 3 and 3 is maintained at the width of the bundle. It is also possible to prevent a load that twists 3 from being applied and to prevent breakage, and to protect the device attached to the body 4.

  The third embodiment may be as follows.

  That is, in the third embodiment, the two flat reinforcing members 23 and 23 are used, but one flat reinforcing member 23 may be used. In this case, it arrange | positions in the level | step-difference area | region (chilli part) of the top 11 or the ground 12 of the side which can be compressed more, and the covers 3 and 3 by the arrangement | positioning of a top among the top 11 and the ground 12. With this structure, the space between the cover sheets 3 and 3 on the top 11 or the ground 12 on the side that can be further compressed is maintained at a substantially bundle width by the flat reinforcing material 23 and wrapping. Can be reduced and damage can be prevented, and the device attached to the body 4 can also be protected.

It is a perspective view which shows a mode that a flat reinforcement material is attached in 1st Embodiment of the protection structure of the three-dimensional picture book which concerns on this invention. It is a perspective view which shows the protection structure in 1st Embodiment. It is a perspective view which shows the protection structure in 2nd Embodiment. It is a perspective view which shows the protection structure in 3rd Embodiment.

Explanation of symbols

  DESCRIPTION OF SYMBOLS 1 ... Three-dimensional picture book, 2 ... Back part, 3 ... Cover, 4 ... Text, 6 ... Ear part, 7 ... Flat reinforcement, 8 ... 1st piece part, 9 ... 2nd piece part, 11 ... Heaven, 12 ... Ground, DESCRIPTION OF SYMBOLS 13 ... Small edge, 16 ... Flat reinforcement material, 17 ... 1st piece part, 18 ... 2nd piece part, 19 ... 3rd piece part, 20 ... 4th piece part, 21 ... 5th piece part, 23 ... Flat reinforcement material .

Claims (6)

For a three-dimensional picture book whose text and back are floating,
The first piece of each of the two flat reinforcing members having substantially the same width as the back part, bent at the boundary between the first piece part and the second piece part, and having rigidity, includes the text and the back part. The flat reinforcing material is disposed in a step region between the top or the ground of the main body and the cover, and the flat reinforcing material is attached to the inner surface of each cover. A three-dimensional picture book protective structure characterized by maintaining the width of the bundle between the covers by contact. For a three-dimensional picture book whose text and back are floating,
The first piece of the flat reinforcing material having substantially the same width as the back part, bent at the boundary between the first piece part and the second piece part, and having rigidity is the arrangement of the device between the top and the ground Is inserted into the gap between the body and the back from the side that can be further compressed, the second piece of the flat reinforcing material is disposed in a step region between the top or the ground of the body and the cover, A three-dimensional picture book protective structure characterized in that, in the closed state, the flat reinforcing material is in contact with the inner surface of each cover, thereby maintaining a substantially bundle width between the covers.   The three-dimensional picture book protection structure according to claim 1 or 2, wherein the first piece of the flat reinforcing member is bonded to the inside of the back. For a three-dimensional picture book whose text and back are floating,
A flat reinforcing member having substantially the same width as the back portion and having a bent rigidity is arranged in a stepped region with the cover so as to go around the top, the forehead and the ground of the main body, and the end portion of the flat reinforcing member is Inserted into the gap between the body and the back from the top side and the ground side, and when the cover is closed, the flat reinforcing material contacts the inner surface of each cover to maintain the space between the covers at the width of the bundle 3D picture book protection structure characterized by For 3D picture books,
Each of the two flat reinforcement members having the same width and rigidity as the back portion is disposed in a step area between the top or the ground of the main body and the cover, and further, the cover is closed and the flat reinforcement is attached to each cover. A three-dimensional picture book protective structure characterized by being wrapped so that the space between the covers is maintained at the width of the bundle by contacting the inner surface. For 3D picture books,
A flat reinforcing member having substantially the same width as the back portion and having rigidity is disposed in the stepped region between the top or the ground and the cover on the side that can be further compressed by the arrangement of the device among the top and the ground of the text, and A three-dimensional picture book protective structure characterized in that the cover is closed and the flat reinforcing material is wrapped so that the cover is maintained at a substantially bundle width by contacting the inner surface of each cover.

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