JPH10165663A - Three-dimensional booklet - Google Patents

Abstract

(57) [Summary] [PROBLEMS] To provide a three-dimensional booklet with an improved effect of three-dimensional expression. The sides (16, 18) of the three-dimensional piece (5) provided on the spread page piece (1) of the three-dimensional booklet (20) coincide with the sides (12, 14) of the spread page piece (1).

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a three-dimensional booklet, and more particularly to a three-dimensional booklet in which a part of a spread page is separated into three-dimensional pieces.

[0002]

2. Description of the Related Art Heretofore, a spread page piece in which an upper page piece and a lower page piece are continuously connected via a valley fold line portion, and a three-dimensional piece in which a part of the spread page piece is separated so as to be mountain-foldable. Is known, and a conventional technique will be described with reference to FIG. FIG. 11 is a schematic view of a three-dimensional booklet according to the prior art.

In FIG. 11, reference numeral 100 denotes a three-dimensional booklet, 1
01 is a double-page spread, 102 is an upper page, 103 is a lower page,
104 is a valley fold, 105 is a three-dimensional piece, 106 is an upper page three-dimensional piece, 107 is a lower page three-dimensional piece, 108 is an upper page valley fold, 10
9 is a mountain fold line portion, 110 is a lower page valley fold line portion, 111 is an upper page piece left side portion, 112 is an upper page piece right side portion, 113 is a lower page piece left side portion, 114 is a lower page piece right side portion, and 115 is an upper page The left side of the three-dimensional piece, 116 is the right side of the upper page three-dimensional piece, 117 is the left side of the lower page three-dimensional piece, 118 is the right side of the lower page three-dimensional piece, and 119 is a printed character printed portion.

[0004] The three-dimensional booklet body 100 includes a plurality of facing pages 101.
And each spread page 101 has a valley fold line 104.
, An upper page piece 102 and a lower page piece 103 are continuously provided.
The three-dimensional piece 105 is formed by connecting an upper page three-dimensional piece 106 and a lower page three-dimensional piece 107 via a mountain fold line part 109, and
06 and the upper page piece 102 are connected continuously via the upper page valley line section 108, and the lower page three-dimensional piece 107 and the lower page piece 103 are connected to the lower page valley line section 1
It is configured so as to be connected continuously via the reference numeral 10. In this case, the upper page solid piece left side 115, the upper page solid piece right side 116, the lower page solid piece left side 117, and the lower page solid piece right side 118 are separated from the upper page piece 102 and the lower page piece 103. Thus, the three-dimensional piece 105 is separated so as to be mountain-foldable. Also, the upper page solid piece left side 115 and the upper page piece left side 111, the upper page solid piece right side 116 and the upper page piece right side 112, and the lower page solid piece left side 117
, The lower left side portion 113 of the lower page, the lower right side portion 118 of the lower three dimensional piece, and the lower right side portion 114 of the lower page do not match. In addition, printing is performed on the spread page 101 and the entire three-dimensional piece 105, and the character print portion 119 is a part thereof.

FIG. 12 and FIG. 13 are conceptual diagrams of a conventional three-dimensional booklet manufacturing process. 12 and 13 show a conventional case of making a 16-page three-dimensional booklet body. FIG. 12A is a state diagram of a signature that has been cut and punched after printing, and FIG. A state diagram of the signature immediately before the opposing pages at the inner position are pasted simultaneously with the bending, FIG. 12C is a state diagram of the signature after the bending, and FIG. 13D is a state after the bending. FIG. 13E is a state diagram immediately before attaching a plurality of signatures, and FIG. 13F is a state diagram immediately before attaching a plurality of signatures on a cover.
Is a state diagram in which a seemingly opened page of a completed three-dimensional booklet body is opened and a three-dimensional piece is made three-dimensional.

12 and 13, 151 is a signature, 152 is a double-page spread, 153 is a three-dimensional piece, 154 is an upper page, 155 is a lower page, 156 is a valley fold, and 157 is an upper three-dimensional piece. 158, a lower page solid piece, 159, an upper page valley line section, 160, a mountain fold line section, 161, a lower page valley line section, 163
Is the left side of the upper page solid piece, 164 is the right side of the upper page solid piece, 16
5 is the left side of the lower page solid piece, 166 is the right side of the lower page solid piece, 1
67 is a character printing portion, 168 of a diagonal line is a bonding portion, 169
Is a folding curve, 170 is a lower page left side adhesive portion, 171 is a lower page right side adhesive portion, 172 is an upper page left side adhesive portion, 173 is an upper page right side adhesive portion, 174 is a binding body to which a plurality of signatures are attached, 1
75 is a cover piece, 176 is a cover piece, and 177 is a back cover piece 1.
78 is a spine strip, 179 is a fold curve, 180 is a fold curve, 1
Reference numeral 81 denotes a three-dimensional booklet.

In FIG. 12 (A), a signature 151 has two facing pages 152 connected in a row along a folding curve 169, and four pages including a character print portion 167 are printed on the front side. This is a single cardboard sheet. After the signature 151 is printed, the four sides thereof are cut at a predetermined size, and before and after that, the upper page three-dimensional piece left side 163 and the upper page three-dimensional piece right side 16
4. Lower page solid piece left side 165 and lower page solid piece right side 16
6 is formed by punching. At this time, the valley fold line portion 156 and the upper page valley fold line portion 15
9, the mountain fold line portion 160 and the lower page valley fold line portion 161 are formed as fold curves. Note that the bonding portion 168 is formed on the back surface of the signature 151, but at this stage, the bonding layer has not been formed yet. Arrows A and B indicate the folding direction of the signature, arrow A indicates the valley fold direction of the valley fold line portion 156, and arrow B indicates the mountain fold direction of the fold curve 169.

In FIG. 12B, the signature 151 is bent in the directions indicated by the arrows A and B. At the same time, the upper page three-dimensional piece left side 163, the upper page three-dimensional piece right side 164, the lower page three-dimensional piece left side 165, and the lower page three-dimensional piece right side 166 are punched out and are separated solid sides 153.
Is subjected to mountain fold processing at the mountain fold line section 160 to be in a three-dimensional state. Also, among the adhesive portions 168 on the back surface of the signature 151, between the lower page left side adhesive portion 170 and the upper page left side adhesive portion 172 and between the lower page right side adhesive portion 171 and the upper page right side adhesive portion 173 on the opposite pages. An adhesive layer is formed by coating or the like, and the upper page piece 154 and the lower page piece 1
55 is attached.

In FIG. 12 (C), the signature 151 has its inside facing pages glued and bent, and the back surface thereof is exposed. At this time, the exposed adhesive portion 16
In FIG. 8, the adhesive layer is not formed.

Referring to FIG. 13D, signatures 151A, 151B, and 151 manufactured according to FIG.
C, the four signatures of the signature 151D are pasted together in the direction in which the arrow D contracts. At this time, an adhesive layer is formed on the corresponding adhesive portion 168 between the signatures by a method such as coating or the like, and is adhered.
In FIG. 8, the adhesive layer is not formed.
No adhesive layer is formed on 8A. The printed images of the signature 151A, the signature 151B, the signature 151C, and the signature 151D are different, and the shapes and positions of the three-dimensional pieces are different corresponding to the printed images. Note that four signatures are used because 16 pages are assumed, and the number of signatures is appropriately changed depending on the number of pages.

In FIG. 13 (E), the binding body 174 is shown in FIG.
3 (D), signature 151A, signature 151B, signature 15
1C and a signature 151D are attached, and the cover 175 has a cover 176 and a back cover 177 connected to a spine 178 via a fold curve 179 and a fold curve 180. It is formed. An adhesive layer is formed between the adhesive portions 168B on both end pages of the binding body 174, the front cover piece 176, and the back cover piece 177 by coating or the like. , The front cover piece 176 and the back cover piece 177 are bent along the folding curve 179 and the folding curve 180 in the direction of the arrow F, thereby forming the binding body 174 and the cover piece 1.
The three-dimensional booklet body 181 is manufactured by attaching 75.

In FIG. 13F, a three-dimensional booklet 181 is shown.
Is a three-dimensional booklet manufactured through the steps of FIGS. 12A to 12E, and has a structure in which the three-dimensional piece 153 becomes a three-dimensional state when the double-page spread piece 152 is opened.

[0013]

However, the above-mentioned three-dimensional booklet of the prior art has a problem that the three-dimensional piece is provided in a portion other than the end of the double-page spread, and the effect of the three-dimensional expression is limited. Was. That is, since the three-dimensional piece is provided in a portion other than the edge of the two-page spread, the printed pattern provided on the three-dimensional piece becomes unnatural unless it is conceptually driven visible information that can be recognized as one, There is a problem in that this cannot be divided on the way, and the printed pattern on the three-dimensional piece is limited. In addition, since the three-dimensional pieces are provided at portions other than the ends of the two-page spread, a two-page spread having a limited width cannot be used effectively, and the effect of the three-dimensional expression is limited. Had. In particular, if you want to improve the effect of stereoscopic expression by performing stereoscopic expression using perspective, such as one-point projection, using multiple solid pieces, you cannot effectively use double-page spreads and there are limitations. There was a problem of doing it. In addition to the fact that the concept-driven visible information that can be recognized as a single piece cannot be divided in the middle, there has been a problem that further limitation occurs.

Further, in the three-dimensional booklet of the prior art, it is difficult to form three-dimensional pieces at both ends of a double-page spread because of its structure, and if it is forcibly formed, the strength of the booklet is reduced at that part. Had. That is, the three-dimensional booklet of the prior art maintains the strength as a booklet by sticking the four sides of a double-page spread to another double-page spread, and when a solid side is formed there, only that part is not stuck. , And the strength is reduced at that portion, from which the three-dimensional booklet is decomposed. This state appears extremely when the three-dimensional booklet is hung with its back, the booklet opens at the three-dimensional piece located at the end of each page, and each page slips down from a predetermined position, In the worst case, the page may be broken by its own weight because the weight of the other pages is applied to the three-dimensional piece located near the cover. This state of holding the back is a state that often occurs when carrying a three-dimensional booklet, and has been a very serious problem as a booklet.

[0015]

In order to achieve the above object, a first aspect of the present invention is to provide a double-page spread in which an upper page piece and a lower page piece are continuously connected via a valley fold line portion, In a three-dimensional booklet body having a three-dimensional piece in which a part of the page piece is separable so as to be mountain-foldable, the three-dimensional piece is an upper page three-dimensional piece having left and right sides separated from the upper page piece, and a lower page piece. A lower page three-dimensional piece having a separated left side part and a right side part, an upper page valley fold part connecting the upper page three-dimensional piece and the upper page piece, and a lower page valley fold part connecting the lower page three-dimensional piece and the lower page piece. And a mountain fold line portion connecting the upper page three-dimensional piece and the lower page three-dimensional piece continuously, and the upper page three-dimensional piece left side and the lower page three-dimensional piece left side, or the upper page three-dimensional piece right side and the lower page three-dimensional piece At least one of the right side portions includes an end-side three-dimensional piece that can be separated by being coincident with the left side portion or the right side portion of the facing page piece. That. That is, according to the first aspect of the present invention, the end of the double-page spread has the end-side three-dimensional piece, so that the effect of the three-dimensional expression can be improved.

According to a second aspect of the present invention, the end-side three-dimensional piece is provided with a printing ink film on which a part of the conceptually-driven visual information that can be recognized as an integral part is provided as a printing ink film. Features. That is, according to the second aspect of the present invention, since the three-dimensional piece itself exists at the end, the printed pattern provided on the end-side three-dimensional piece is one of the concept-driven visual information that can be recognized as one. Even in the case of a part, for example, the image of a stage device does not become unnatural at all, and it is possible to eliminate the limitation of the printed pattern on the end three-dimensional piece.

According to a third aspect of the present invention, there is provided a plurality of three-dimensional pieces including at least one end-side three-dimensional piece provided with conceptually-driven visual information as a printing ink film. It is characterized in that the concept of the size recalled by the concept-driven visual information becomes smaller as the three-dimensional piece becomes farther from the viewpoint direction. That is, according to the third aspect of the present invention, since there are three-dimensional pieces on the end side, the entire double-page spread can be effectively used, and the three-dimensional representation is improved by using the perspective method for the print pattern of a plurality of three-dimensional pieces. It is possible to do.

A fourth aspect of the present invention provides a double-page spread in which an upper page piece and a lower page piece are connected to each other via a valley fold line portion, and a part of the double-page spread piece is separated so as to be mountain-foldable. In the three-dimensional booklet having the three-dimensional piece, the upper page piece and the lower page piece have at least a substrate sheet, an adhesive layer, and a cut sheet, and the cut sheet is bonded to at least the substrate sheet. A background cutting sheet, and a three-dimensional cutting sheet that is not adhered to the substrate sheet and is partially separated from the background cutting sheet, wherein the three-dimensional piece is separated from the upper page background cutting sheet by the left side. Upper and lower three-dimensional cut sheet having left and right sides separated from the lower page background cut sheet, upper page three-dimensional cut sheet and upper page solid Upper valley fold line section for continuous cutting sheet It has a lower page valley line portion connecting the three-dimensional cut sheet and a mountain fold line portion connecting the upper page three-dimensional cut sheet and the lower page three-dimensional cut sheet, and is not bonded to the substrate sheet. It is characterized in that a part of the cut sheet is a three-dimensional piece separated so as to be mountain-foldable. That is,
According to claim 4 of the present invention, since the upper page piece and the lower page piece have at least the substrate sheet, the adhesive layer, and the cut sheet, the bonding between the pages is performed between the substrate sheets. . Therefore, even if the end-side three-dimensional piece is provided, the strength as a booklet can be maintained.

According to a fifth aspect of the present invention, in a three-dimensional booklet having a plurality of three-dimensional pieces, a part of the background cutting sheet connected to the three-dimensional cutting sheet is partially replaced by another three-dimensional cutting sheet. The three-dimensional pieces are adhered to the substrate sheet while being surrounded by the three-dimensional pieces, and when the plurality of three-dimensional pieces are three-dimensionally formed, the three-dimensional pieces have at least a double structure. That is, according to claim 5 of the present invention, since all of the three-dimensional pieces are continuously provided with a part of the background cut sheet to be attached to the substrate sheet, the three-dimensional piece which is difficult with the conventional three-dimensional booklet body is provided. It is possible to provide a double structure of pieces, and it is possible to further improve the three-dimensional expression.

[0020] A sixth aspect of the present invention is characterized in that a release layer is provided at least between the three-dimensional piece and the adhesive layer. That is, according to claim 6 of the present invention, since a release layer is provided between the three-dimensional piece and the adhesive layer, a partial adhesive layer is applied by a method such as applying a partial adhesive layer when attaching the substrate sheet and the cut sheet. There is no need to form it, and the work process can be streamlined. Furthermore, since there is a release layer between the three-dimensional piece and the adhesive layer, a release layer is provided on the back surface of the cut sheet, and after applying the adhesive layer to the entire substrate sheet by a method such as a roller, the cut portion is already provided. It will be attached together with the cut sheet, so there is no need to apply adhesive to the cut sheet side, the adhesive penetrates into the cut part, and the cut parts are stuck together, making it difficult to separate, It is possible to prevent the three-dimensional piece from being hindered. In this case, if a printed pattern is provided on the exposed portion (the portion corresponding to the three-dimensional piece) on the substrate sheet side, the adhesive will adhere to the printed pattern, which may slightly impair the aesthetic appearance.

A seventh aspect of the present invention is characterized in that a release layer is provided at least in a portion between the substrate sheet and the adhesive layer corresponding to the three-dimensional piece. That is, according to claim 7 of the present invention, since a release layer is provided between the substrate sheet and the adhesive layer in a portion corresponding to the three-dimensional piece, a release layer is provided on the substrate sheet. Therefore, the exposed portion of the substrate sheet (the portion corresponding to the three-dimensional piece) is covered with a release layer, and the adhesive does not adhere to the portion but adheres to the cut sheet side, so that the aesthetic appearance of the exposed portion is improved. It is possible to improve. In particular, when a printed pattern is provided on an exposed portion of the substrate sheet, the fact that the adhesive does not adhere improves the appearance and enhances the commercial value. In this case, the adhesive is applied to the substrate sheet side. However, the adhesive may penetrate into the cut portions, and the cut portions may be stuck to each other to make separation difficult, which may hinder the three-dimensional formation of the three-dimensional piece. is there. In order to avoid this, after adjusting the type and amount of the adhesive, the adhesive is applied onto the substrate sheet provided with the release layer.

[0022] Further, claim 8 of the present invention is the three-dimensional booklet according to any one of claims 4 to 7, which has the end-side three-dimensional piece according to any one of claims 1 to 3. That is, according to claim 8 of the present invention, a three-dimensional booklet having a substrate sheet and an end-side three-dimensional piece can be obtained, and a three-dimensional booklet with improved three-dimensional expression while maintaining the strength of the booklet can be obtained. .

[0023]

Embodiments of the present invention will be described below with reference to the drawings. FIG. 1 is a conceptual diagram showing the overall shape of the three-dimensional booklet of the present invention. In FIG. 1, 1 is a two-page spread, 2 is an upper page, 3 is a lower page, 4 is a valley fold, 5 is an end three-dimensional piece, 6 is an upper page three-dimensional piece, 7 is a lower page three-dimensional piece, 8 Is the upper part of the valley, 9 is the part of the mountain, 10 is the lower part of the fold, 11
Is the left edge of the upper page piece, 12 is the right edge of the upper page piece, 13 is the left edge of the lower page piece, 14 is the right edge of the lower page piece, 15 is the left edge of the upper page solid piece,
16 is the right side of the upper page solid piece, 17 is the left side of the lower page solid piece, 1
Reference numeral 8 denotes a right side portion of the lower page three-dimensional piece, 19 denotes a printed character printed portion, 20 denotes a three-dimensional booklet, and 21 denotes a substrate sheet exposed portion.

The three-dimensional booklet body 20 has a portion to which a plurality of spread pages 1 are attached, and each spread page 1 is formed by connecting an upper page piece 2 and a lower page piece 3 via a valley line 4. In addition, the end side solid piece 5
The upper page three-dimensional piece 6 and the lower page three-dimensional piece 7 are continuously provided via a mountain fold line part 9, the upper page three-dimensional piece 6 and the upper page three-piece 2 are continuously provided via an upper page valley fold part 8, The three-dimensional page piece 7 and the lower page piece 3 are the lower page valley fold 1
0 are connected to each other. In this case, the upper page solid piece left side 15, the upper page solid piece right side 16, the lower page solid piece left side 17, and the lower page solid piece right side 18 are separated from the upper page piece 2 and the lower page piece 3. Thus, the end-side three-dimensional pieces 5 are separated so as to be mountain-foldable. Also, the upper page solid piece left side 15 and the upper page piece left side 11, the lower page solid piece left side 17 and the lower page piece left side 13
Do not match, the upper page three-dimensional piece right side 16 and the upper page piece right edge 12, the lower page three-dimensional piece right side 18 and the lower page piece right side 14 match. The pattern printing is performed on the facing page 1 and the entire end side three-dimensional piece 105, and the character printing portion 119 is a part thereof, and the substrate sheet exposed portion 21 is not particularly subjected to the pattern printing. However, when printing is performed on the exposed portion 21 of the substrate sheet, the manufacturing cost is slightly increased, but the commercial value can be increased by improving the aesthetic appearance. In that case, the printed pattern of the exposed portion 21 of the substrate sheet is
If the concept-driven visible information is continuously recognizable with the printed pattern, the commercial value can be enhanced by improving the aesthetic appearance without a sense of discomfort.

FIG. 2 and FIG. 3 are conceptual diagrams of the manufacturing process of the three-dimensional booklet of the present invention. FIGS. 2 and 3 show a case where a 16-page three-dimensional booklet is made. FIG. 2A is a state diagram of a cut sheet that has been cut and punched after printing.
FIG. 2B is a state diagram immediately before the substrate sheet is attached to the back surface of the cutout sheet, and FIG. (D) is a state diagram of the signature after bending, FIG. 3 (E) is a state diagram immediately before attaching a plurality of signatures after bending, and FIG. State diagram immediately before attaching the shingle to the cover, FIG. 3 (G)
Is a state diagram in which a seemingly opened page of the completed three-dimensional booklet body is opened, and a three-dimensional piece is made three-dimensional.

2 and 3, reference numeral 51 denotes a cut sheet, 52 denotes a double-page spread, 53 denotes an end-side three-dimensional piece, 54 denotes an upper page, 55 denotes a lower page, 56 denotes a valley fold, and 57 denotes an upper part. Page solid piece, 58 is a lower page solid piece, 59 is an upper page valley line part, 60 is a mountain fold line part, 61 is a lower page valley fold line part, and a diagonal line 62 is a release layer, 6
3 is a three-dimensional one-end piece portion, 64 is a cut portion, 66 is a character printing portion, 67 is a folding curve, 68 is a substrate sheet, 69 is a signature, 7
0 is a lower page adhesive portion, 71 is an upper page adhesive portion, 72 is an exposed back surface, 73 is an exposed back surface, 74 is an exposed back surface, 75 is a cover sheet, 76 is a cover sheet, 77 Is a back cover piece, 78 is a spine cover piece, 79 is a fold curve, 80 is a fold curve,
Reference numeral 81 denotes a three-dimensional booklet, and reference numeral 82 denotes a binding body to which a plurality of signatures are attached.

In FIG. 2A, the cut sheet 51 has two facing page pieces 52 connected to each other via a folding curve 67.
The printing of four pages including the character print portion 66 is one cardboard sheet applied to the front side. The cut sheet 51 has a release layer 62 formed on the back side before and after the pattern printing on the front side,
A surface protection film is stuck on the picture print. The order of these three steps can be freely changed except that a surface protection film sticking step (usually called a PP sticking step) comes after the picture printing step. The release layer 62 is formed, for example, by printing a release agent by a printing technique. In this embodiment, offset printing is adopted as a printing method, but the printing method is not limited to this, and other methods may be used as long as they can be applied partially, and other printing methods such as gravure and silk are used. Alternatively, as a method other than the printing method, roller portion coating, brush coating, or the like may be adopted. In this embodiment, an ultraviolet curable silicone resin is used as the release agent. However, the present invention is not limited to this, and other materials such as a fluorine resin may be used in addition to silicon. It is also possible to adopt a method of forming particles and mixing with other resins without using it as a drying method.
Other methods such as heating solvent drying and oxidative polymerization may be employed.
The cut sheet 51 is generally made of paper called cardboard or paperboard as a material, but is not limited to this. If it can be printed, it can be made of art paper, coated paper, woodfree paper, synthetic paper (made of plastic resin). In order to enable printing, other types of materials may be employed, such as roughening the surface or coating the surface with a print receiving layer. In this embodiment, a white cardboard L size (80 cm * 110 cm) 23.5 base is used, but the weight is not limited to this.
kg, 31kg, 35kg, 39.5kg, 48.5k
g, 53 kg or the like may be used. Known materials, thicknesses, and types of adhesives can be freely used for the surface protective film.

Then, before and after the pattern printing on the front side, a release layer 62 is formed on the back side of the cut sheet 51, and after the surface protection film is stuck on the pattern printing, the four sides thereof are next defined by predetermined numbers. The cut portion 64 is formed by punching before and after being cut to dimensions. At this time, the valley fold line portion 56, the upper page valley fold line portion 59, the mountain fold line portion 6
0, the lower page valley line portion 61 and the fold curve portion 67 are formed as fold curves. This is performed simultaneously with the punching by changing the height and shape (sharpness) of the blade of the punching die. still,
In the present embodiment, two double-page spread pieces 52 are provided continuously, but the present invention is not limited to this, and the double-page spread piece 52 may be manufactured alone, or three or more spread page pieces 52 may be connected.

In FIG. 2B, a substrate sheet 68 is attached to the back surface of the cut sheet 51 in a direction in which the arrow C is contracted. At this time, an adhesive is previously applied to the entire surface of the substrate sheet 68 to be adhered to form an adhesive layer. At this time, the board sheet 68 has a size that is substantially smaller in width than the cut sheet 51. This is the substrate sheet 6
8 comes out of the cut sheet 51, the cut sheet 51
This is to prevent the adhesive from adhering to the side surfaces of the three-dimensional pieces and to prevent the side surfaces and the substrate sheet 68 from being bonded to each other to prevent the three-dimensional pieces from being in a three-dimensional state. The width may be substantially small as long as it is in the range of about 0.1 mm to 10 mm, but in consideration of the accuracy at the time of sticking and the strength retention as a booklet by the substrate sheet, it is 0.5 mm to 5 mm.
(0.25 mm to 2.5 mm on one side) is preferable. However, it is not limited to this. The substrate sheet 68 is generally made of paper, and is made of art paper,
It is adopted from materials such as coated paper, woodfree paper, and synthetic paper (the surface of which is roughened or coated with a print receiving layer on the surface so that a plastic resin can be printed). In this embodiment, a high-quality paper 46-size (79 cm * 109 c
m) A 110 base is employed, but the weight is not limited to this.
It is preferable to select from among the 40 bases, but it is not limited to this and any suitable one may be adopted. In this case, a known adhesive can be used as the type of the adhesive. In this embodiment, for example, an adhesive based on water paste is used.

In the present embodiment, no pattern printing is performed on the substrate sheet 68. However, when performing pattern printing, it is necessary to perform printing before applying the adhesive. When the position of the release agent layer is set between the substrate base and the adhesive, FIG.
The step of applying the release agent is omitted from the description of the step (A), and a release agent layer is formed on the substrate sheet 68 by the same method. Thereafter, an adhesive layer is formed on either the cut sheet 51 or the substrate sheet 68. I do. In the case where the pattern printing and the release agent layer are formed on the substrate sheet, the printing is performed first, and then the release agent layer is formed. In the reverse order, the printing itself becomes difficult. Arrows A and B indicate the cut sheet 51 and the substrate sheet 68.
Are attached, and the direction of the bending process performed after forming the signature 69 is shown. An arrow A indicates a valley fold process, and an arrow B indicates a mountain fold process.

In FIG. 2C, the signature 69 (which is formed by attaching the cut sheet 51 and the substrate sheet 68) is bent in the directions of the arrows A and B described above. At the same time, the cut-out portion 64 is punched out, and the end-side three-dimensional piece 53 in the separated state is subjected to the mountain-folding process at the mountain-folding line portion 60 to be in a three-dimensional state. Also, the lower page bonding portion 7 corresponding to the facing page in the back surface of the signature 69 (the back surface of the substrate sheet 68).
An adhesive layer is formed between the upper page adhesive portion 71 and the upper page adhesive portion 71 by coating or the like.
Adhere 5 close.

In FIG. 2D, the signature 69 has its inside facing pages glued and bent, and the back surface (back surface of the substrate sheet 68) is exposed. At this time, the adhesive layer is not formed on the exposed back surface 72.

In FIG. 3E, the signature 69A, the signature 69B, the signature 69C, and the signature 6 manufactured according to FIG.
The four signatures of 9D are attached in the direction in which the arrow E shrinks. At this time, an adhesive layer is formed on the corresponding back surface 73 of each signature by a method such as coating or the like, and the adhesive layer is not formed on the back surfaces 74 at both ends without a corresponding page. is there. The printed images of the signatures 69A, 69B, 69C, and 69D are different, and the shapes and positions of the three-dimensional pieces are different corresponding to the printed images. Note that four signatures are used because 16 pages are assumed, and the number of signatures is appropriately changed depending on the number of pages.

In FIG. 3F, the binding body 82 is
(E), four signatures, that is, signature 69A, signature 69B, signature 69C, and signature 69D are attached to each other. Are formed so as to be continuous with the spine piece 78 via the folding curve 80. A back surface 74 and a cover piece 76 on both end pages of the binding body 82,
An adhesive layer is formed between the back cover pieces 77 by application or the like, and the binding body 82 is moved closer to the direction of arrow H, and the front cover piece 76 and the back cover piece 77 are folded in the directions of arrow F and arrow G. The three-dimensional booklet body 81 is manufactured by attaching the binding body 82 and the cover piece 75 by bending the sheet at the curve 79 and the folding curve 80.

In FIG. 3 (G), a three-dimensional booklet 81 is a three-dimensional booklet manufactured through the steps of FIGS. 2 (A) to 3 (F). 53
Has a three-dimensional structure.

FIG. 4 is a conceptual diagram of a three-dimensional booklet according to the present invention. In FIG. 4, 201 is a three-dimensional booklet, 202 is a two-page spread, 203 is an upper page, 204 is a valley fold, 20
5 is a lower page piece, 206 is an upper page piece left edge, 207 is a lower page piece left edge, 208 is an upper page piece right edge, 209 is a lower page piece right edge,
210 is a printed character printed portion, 211 is a first three-dimensional piece, 212 is a first upper page three-dimensional piece, 213 is a first mountain fold line part,
214 is a first lower page three-dimensional piece, 215 is a first printing ink film which is conceptually driven visible information provided on the first three-dimensional piece,
216 is a first substrate sheet exposed portion exposed by separation of the first three-dimensional piece 211, 221 is a second three-dimensional piece, 222 is a second upper page three-dimensional piece, 223 is a second mountain folding line part, and 224 is a second lower page three-dimensional piece. The reference numeral 225 denotes a second printing ink film that is conceptually driven visual information provided on the second three-dimensional piece, and 226 denotes a second substrate sheet exposed portion exposed by separation of the second three-dimensional piece 221.
31 is a third three-dimensional piece, 232 is a third upper page three-dimensional piece, 233 is a third mountain folding line part, 234 is a third lower page three-dimensional piece, and 235 is conceptually driven visual information provided on the third three-dimensional piece. The third printing ink film 236 and the exposed portion of the third substrate sheet 237 exposed by separation of the third three-dimensional piece 231 are part of the right side of the third three-dimensional piece.

The three-dimensional booklet 201 includes a plurality of facing pages 202
And each spread page 202 has a valley fold line 204
, An upper page piece 203 and a lower page piece 205 are continuously provided.
The double-page spread 202 is subjected to pattern printing as a whole, and the character printing portion 210 is a part thereof.

The first three-dimensional piece 211 is the first upper page three-dimensional piece 21.
2 and the first lower page three-dimensional piece 214 are connected continuously via the first mountain fold line part 213, and the first upper page three-dimensional piece 212 and the upper page piece 203 are connected continuously via the upper page valley fold part without numbering. Then, the first lower page three-dimensional piece 214 and the lower page piece 205 are continuously provided via a lower page valley fold line part not numbered.

FIG. 4 shows the double-page spread 202 at an angle of about 90 degrees. The first three-dimensional piece 211 is separated from the double-page spread 202 into a three-dimensional state.
6 is exposed. In the present embodiment, the first substrate sheet exposed portion 216 is not printed, but the present invention is not limited to this, and the first substrate sheet exposed portion 216 may be printed to improve the appearance. At this time, if the printing performed on the first substrate sheet exposed portion 216 is conceptual drive type visible information that can be recognized continuously with the printing on the facing page 202, it is possible to eliminate unnatural feeling. If the print pattern of the piece 203 is “empty”, the portion corresponding to the upper page piece of the first substrate sheet exposed portion 216 is similarly set to “empty” and the lower page piece 204
If the printed pattern is “ground”, the first substrate sheet exposed portion 216
Similarly, if the printed pattern is the “ground”, the lower page piece corresponding portion becomes the concept-driven visible information that can be continuously recognized.

The first printing ink film 215, which is conceptually driven visual information provided on the first three-dimensional piece 211, is “tree” in the present embodiment, which is the “sky, ground” described above. This is concept-driven visual information that can be recognized as a single unit, and remains undivided.

The second three-dimensional piece 221 is the second upper page three-dimensional piece 22.
2 and the second lower page three-dimensional piece 224 are continuously provided via the second mountain fold line part 223, and the second upper page three-dimensional piece 222 and the upper page piece 203 are continuously provided via the upper page valley fold part which is not numbered. The second lower page three-dimensional piece 224 and the lower page piece 205 are connected to each other via a lower page valley fold portion not numbered.

FIG. 4 shows the double-page spread 202 at an angle of about 90 degrees, and the second three-dimensional piece 221 is separated from the double-page spread 202 to form a three-dimensional state.
6 is exposed. In the present embodiment, the second substrate sheet exposed portion 226 is not printed, but the present invention is not limited to this, and the second substrate sheet exposed portion 226 may be printed to improve the appearance. At this time, if the printing performed on the second substrate sheet exposed portion 226 is conceptual drive type visible information that can be recognized continuously with the printing on the facing page 202, it is possible to eliminate unnatural feeling. If the printed pattern of the piece 203 is “empty”, the portion corresponding to the upper page piece of the second substrate sheet exposed portion 226 is similarly set to “empty” and the lower page piece 204
If the printed pattern of the “ground” is the second substrate sheet exposed portion 226
Similarly, if the printed pattern is the “ground”, the lower page piece corresponding portion becomes the concept-driven visible information that can be continuously recognized.

In the present embodiment, the second printing ink film 225, which is conceptually driven visible information provided on the second three-dimensional piece 221, is "person", which is the "sky, ground" described above. It is concept-driven visual information that can be recognized as a single piece, and remains unbroken.

The third three-dimensional piece 231 is a third upper page three-dimensional piece 23.
2 and the third lower page three-dimensional piece 234 are continuously provided via a third mountain fold line part 233, and the third upper page three-dimensional piece 232 and the upper page piece 203 are continuously provided via an upper page valley fold part which is not numbered. The third lower page three-dimensional piece 234 and the lower page piece 205 are connected to each other via a lower page valley fold portion to which no number is given.

FIG. 4 shows the double-page spread 202 at an angle of about 90 degrees. The third three-dimensional piece 231 is separated from the double-page spread 202 into a three-dimensional state.
6 is exposed. In the present embodiment, the third substrate sheet exposed portion 236 is not printed, but the present invention is not limited to this, and the third substrate sheet exposed portion 236 may be printed to improve the appearance. At this time, if the printing performed on the third substrate sheet exposed portion 236 is conceptual drive type visible information that can be recognized continuously with the printing on the facing page 202, it is possible to eliminate unnaturalness. If the print pattern of the piece 203 is “empty”, the portion corresponding to the upper page piece of the third substrate sheet exposed portion 236 is similarly set to “empty” in the print pattern, and the lower page piece 204
If the printed pattern of the “ground” is the third substrate sheet exposed portion 236
Similarly, if the printed pattern is the “ground”, the lower page piece corresponding portion becomes the concept-driven visible information that can be continuously recognized.

In the present embodiment, the third printing ink film 235 which is conceptually driven visual information provided on the third three-dimensional piece 231 is a “house”, which is the same as the above “sky, ground”. Although it is conceptually driven visible information that can be recognized integrally as a single piece, the third three-dimensional piece 231 is an end-side three-dimensional piece, so that there is no unnaturalness even if it is only a part that is divided. In other words, the part 237 of the right side of the third three-dimensional piece coincides with the right side of the double-sided piece 202 (the right side 208 of the upper page and the right side 209 of the lower page). Even in the case of concept-driven visual information, there is no unnaturalness even if it is only a part, such as a stage device. However, when the three-dimensional piece is not at the end as in the three-dimensional booklet body of the related art, an extremely unnatural state is caused only by the divided part. In the present embodiment, a part 237 of the right side of the third three-dimensional piece located on the end side is used.
Has a crotch on both the right side portion 208 of the upper page and the right side portion 209 of the lower page, but the present invention is not limited to this and may be either one.

FIG. 5 is a conceptual diagram of a three-dimensional booklet according to the present invention. In FIG. 5, 251 is a three-dimensional booklet, 252 is a two-page spread, 253 is an upper page, 254 is a valley fold, 25
5 is a lower page piece, 256 is an upper page piece left edge, 257 is a lower page piece left edge, 258 is an upper page piece right edge, 259 is a lower page piece right edge,
260 is a printed character printed portion, 261 is a first three-dimensional piece, 262 is a first upper page three-dimensional piece, 263 is a first mountain fold line part,
264 is a first lower page three-dimensional piece, 265 is a first printing ink film that is conceptually driven visible information provided on the first three-dimensional piece,
Reference numeral 266 denotes an exposed portion of the first substrate sheet exposed by the separation of the first three-dimensional piece 211, and 267 denotes a part of the left side of the first three-dimensional piece.
71 is a second three-dimensional piece, 272 is a second upper page three-dimensional piece, 273 is a second mountain folding line part, 274 is a second lower page three-dimensional piece, and 275 is conceptually driven visual information provided on the second three-dimensional piece. The second printing ink film, 276 is a second substrate sheet exposed portion exposed by separation of the second three-dimensional piece 271, 281 is a third three-dimensional piece,
282 is a third upper page solid piece, 283 is a third mountain fold line portion, 28
4 is a third lower page three-dimensional piece, 285 is a third printing ink film which is conceptually driven visual information provided on the third three-dimensional piece, 28
6 is a third substrate sheet exposed portion exposed by separation of the third three-dimensional piece 281, 291 is a fourth three-dimensional piece, 292 is a fourth upper page three-dimensional piece, 293 is a fourth mountain folding line part, and 294 is a fourth lower page three-dimensional piece. The reference numeral 295 denotes a fourth printing ink film, which is conceptually driven visible information provided on the fourth three-dimensional piece, and 296 denotes the fourth three-dimensional piece 2.
Exposed portion of fourth substrate sheet exposed by separation of 91, 29
Reference numeral 7 denotes a part of the right side of the fourth solid piece.

The three-dimensional booklet 251 has a plurality of facing pages 252.
And each spread page 252 has a valley fold line 254.
, An upper page piece 253 and a lower page piece 255 are continuously provided.
The double-page spread 252 is entirely printed with a pattern, and the character print portion 260 is a part thereof.

The first three-dimensional piece 261 is the first upper page three-dimensional piece 26.
2 and the first lower page three-dimensional piece 264 are connected continuously via the first mountain fold line part 263, and the first upper page three-dimensional piece 262 and the upper page piece 253 are continuously connected via the upper page valley fold part without numbering. The first lower page three-dimensional piece 264 and the lower page piece 255 are connected to each other via a lower page valley line portion to which no number is assigned.

FIG. 5 shows the double-page spread 252 at an angle of about 90 degrees. The first three-dimensional piece 261 is separated from the double-page spread 252 into a three-dimensional state.
6 is exposed. In the present embodiment, printing is not performed on the first substrate sheet exposed portion 266, but the present invention is not limited to this, and printing may be performed on the first substrate sheet exposed portion 266 to improve the appearance. At that time, if the printing performed on the first substrate sheet exposed portion 266 is conceptual drive type visible information that can be recognized continuously with the printing on the facing page 252, it is possible to eliminate unnaturalness. If the print pattern of the piece 253 is “empty”, the portion corresponding to the upper page piece of the first substrate sheet exposed portion 266 is similarly set to “empty” in the print pattern, and the lower page piece 254.
If the printed pattern is “ground”, the first substrate sheet exposed part 266
Similarly, if the printed pattern is the “ground”, the lower page piece corresponding portion becomes the concept-driven visible information that can be continuously recognized.

In the present embodiment, the first printing ink film 265 which is the concept-driven type visible information provided on the first three-dimensional piece 261 is “tree”, which is the same as the above “sky, ground”. Although it is conceptually driven visual information that can be recognized integrally as a whole, since the first three-dimensional piece 261 is an end-side three-dimensional piece, there is no unnaturalness even if it is only a divided part. That is, a part 267 of the left side of the first three-dimensional piece coincides with the left side of the double-sided piece 252 (the left side 256 of the upper page and / or the left side 257 of the lower page). Even in the case of concept-driven visual information, there is no unnaturalness even if it is only a part, such as a stage device. However, when the three-dimensional piece is not at the end as in the three-dimensional booklet body of the related art, an extremely unnatural state is caused only by the divided part. In the present embodiment, a part 267 of the left side of the first three-dimensional piece located on the end side is used.
Has a crotch on both the left side portion 256 of the upper page and the left side portion 257 of the lower page, but the present invention is not limited to this and may be either one.

The second three-dimensional piece 271 is a second upper page three-dimensional piece 27.
2 and the second lower page three-dimensional piece 274 are connected continuously via the second mountain fold line part 273, and the second upper page three-dimensional piece 272 and the upper page piece 253 are continuously connected via the upper page valley fold part without numbering. Then, the second lower page three-dimensional piece 274 and the lower page piece 255 are connected to each other via a lower page valley fold portion to which no number is given.

FIG. 5 shows the double-page spread 252 at an angle of about 90 degrees. The second three-dimensional piece 271 is separated from the double-page spread 252 into a three-dimensional state.
6 is exposed. In the present embodiment, the second substrate sheet exposed portion 276 is not printed, but the present invention is not limited to this, and the second substrate sheet exposed portion 276 may be printed to improve the appearance. At that time, if the printing performed on the second substrate sheet exposed portion 276 is conceptual drive type visible information that can be recognized continuously with the printing on the facing page 252, it is possible to eliminate unnaturalness. If the print pattern of the piece 253 is "empty", the portion corresponding to the upper page piece of the second substrate sheet exposed portion 276 is similarly set to the print pattern of "sky", and the lower page piece 254.
If the printed pattern of the “ground” is the second substrate sheet exposed portion 276
Similarly, if the printed pattern is the “ground”, the lower page piece corresponding portion becomes the concept-driven visible information that can be continuously recognized.

In the present embodiment, the second printing ink film 275, which is the concept-driven type visible information provided on the second three-dimensional piece 271, is "person", which is the "sky, ground" described above. This is concept-driven visual information that can be recognized as a single unit, and remains undivided.

The third three-dimensional piece 281 is the third upper page three-dimensional piece 28.
2 and the third lower page three-dimensional piece 284 are connected via a third mountain fold line part 283, and the third upper page three-dimensional piece 282 and the upper page piece 253 are connected via an upper page valley line part without numbering. In addition, the third lower page three-dimensional piece 284 and the lower page piece 255 are connected to each other via a lower page valley line portion to which no number is assigned.

FIG. 5 shows the double-page spread 252 at an angle of about 90 degrees. The third three-dimensional piece 281 is separated from the double-page spread 252 into a three-dimensional state.
6 is exposed. In the present embodiment, the third substrate sheet exposed portion 286 is not printed, but the present invention is not limited to this, and the third substrate sheet exposed portion 286 may be printed to improve the appearance. At this time, if the printing performed on the third substrate sheet exposed portion 286 is conceptual drive type visible information that can be recognized continuously with the printing on the facing page 252, it is possible to eliminate unnaturalness. If the printed pattern of the piece 253 is “empty”, the portion corresponding to the upper page piece of the third substrate sheet exposed portion 286 is similarly set to “empty” in the printed pattern, and the lower page piece 254.
If the printed pattern is “ground”, the third substrate sheet exposed portion 286
Similarly, if the printed pattern is the “ground”, the lower page piece corresponding portion becomes the concept-driven visible information that can be continuously recognized.

In the present embodiment, the third printing ink film 285, which is conceptually driven visible information provided on the third three-dimensional piece 281, is "person", which is the "sky, ground" described above. This is concept-driven visual information that can be recognized as a single unit, and remains undivided.

The fourth solid piece 291 is the fourth upper page solid piece 29.
2 and the fourth lower page three-dimensional piece 294 are connected via a fourth mountain fold line part 293, and the fourth upper page three-dimensional piece 292 and the upper page piece 253 are continuously connected via an upper page valley fold part without numbering. The fourth lower page three-dimensional piece 294 and the lower page piece 255 are connected to each other via a lower page valley fold line part not numbered.

FIG. 5 shows the double-page spread 252 at an angle of about 90 degrees, and the fourth three-dimensional piece 291 is separated from the double-page spread 252 into a three-dimensional state.
6 is exposed. In the present embodiment, the fourth substrate sheet exposed portion 296 is not printed, but the present invention is not limited to this, and the fourth substrate sheet exposed portion 296 may be printed to improve the appearance. At this time, if the printing performed on the fourth substrate sheet exposed portion 296 is conceptual drive type visible information that can be recognized continuously with the printing on the facing pages 252, it is possible to eliminate unnaturalness. If the print pattern of the piece 253 is “empty”, the portion corresponding to the upper page piece of the fourth substrate sheet exposed portion 296 is similarly set to the print pattern of “sky”, and the lower page piece 254.
If the printed pattern of the “ground” is the fourth substrate sheet exposed portion 296
Similarly, if the printed pattern is the “ground”, the lower page piece corresponding portion becomes the concept-driven visible information that can be continuously recognized.

In the present embodiment, the fourth printing ink film 295, which is conceptually driven visual information provided on the fourth three-dimensional piece 291, is a "house", which is the "sky, ground" described above. Although it is conceptually driven visible information that can be recognized as a single unit, the fourth three-dimensional piece 291 is an end-side three-dimensional piece, so that there is no unnaturalness even if it is only a part that is divided. In other words, the part 297 of the right side of the fourth three-dimensional piece coincides with the right side of the double-sided piece 252 (the right side 258 of the upper page and / or the right side 259 of the lower page). Even in the case of concept-driven visual information, there is no unnaturalness even if it is only a part, such as a stage device. However, when the three-dimensional piece is not at the end as in the three-dimensional booklet body of the related art, an extremely unnatural state is caused only by the divided part. In the present embodiment, a part 297 of the right side of the fourth three-dimensional piece located on the end side
Is located on both the right side 258 of the upper page and the right side 259 of the lower page, but the invention is not limited to this and may be either one.

In the case of FIG. 5, since the two-dimensional piece 261 and the three-dimensional piece 291 are provided at both ends, the limited space of the facing piece 252 can be effectively used.
In contrast to this, it is possible to provide two three-dimensional pieces, a three-dimensional piece 271 and a three-dimensional piece 281. In this embodiment, four solid pieces are provided. However, the present invention is not limited to this. If only one solid piece is provided at one end, the number of the solid pieces,
The size may be set arbitrarily.

FIG. 6 is a conceptual diagram of a three-dimensional booklet according to the present invention. In FIG. 6, 301 is a three-dimensional booklet, 302 is a double-page spread, 303 is an upper page, 304 is a valley fold, 30
5 is a lower page piece, 306 is an upper page piece left edge, 307 is a lower page piece left edge, 308 is an upper page piece right edge, 309 is a lower page piece right edge,
310 is a printed character printed portion, 311 is a first three-dimensional piece, 312 is a first upper page three-dimensional piece, 313 is a first mountain fold line part,
314 is a first lower page three-dimensional piece, 315 is a first printing ink film which is conceptually driven visible information provided on the first three-dimensional piece,
316 is a first substrate sheet exposed portion exposed by separation of the first three-dimensional piece 311, 317 is a part of the left side of the first three-dimensional piece 3,
21 is a second three-dimensional piece, 322 is a second upper page three-dimensional piece, 323 is a second mountain folding line part, 324 is a second lower page three-dimensional piece, and 325 is conceptually driven visual information provided on the second three-dimensional piece. The second printing ink film, 326 is a second substrate sheet exposed portion exposed by separation of the second three-dimensional piece 321, 331 is a third three-dimensional piece,
332 is a third upper page solid piece, 333 is a third mountain fold line part, 33
4 is a third lower page three-dimensional piece, 335 is a third printing ink film which is conceptually driven visible information provided on the third three-dimensional piece, 33
6, a third substrate sheet exposed portion exposed by separation of the third three-dimensional piece 331, 341 is a fourth three-dimensional piece, 342 is a fourth upper page three-dimensional piece, 343 is a fourth mountain folding line part, and 344 is a fourth lower page three-dimensional piece. The reference numeral 345 denotes a fourth printing ink film, which is conceptually driven visual information provided on the fourth three-dimensional piece, and 346 denotes the fourth three-dimensional piece 3.
The exposed portion of the fourth substrate sheet exposed by the separation of 41, 34
Reference numeral 7 denotes a part of the right side of the fourth solid piece.

The three-dimensional book body 301 includes a plurality of facing pages 302
And each spread page 302 has a valley fold line 304
, An upper page piece 303 and a lower page piece 305 are continuously provided.
The double-page spread 302 is subjected to picture printing as a whole, and the character print portion 310 is a part thereof.

The first three-dimensional piece 311 is the first upper page three-dimensional piece 31.
2 and the first lower page three-dimensional piece 314 are connected continuously via the first mountain fold line part 313, and the first upper page three-dimensional piece 312 and the upper page piece 303 are connected continuously via the upper page valley fold part without numbering. The first lower page three-dimensional piece 314 and the lower page piece 305 are connected to each other via a lower page valley fold line to which no number is given.

FIG. 6 shows the double-page spread 302 at an angle of about 90 degrees. The first three-dimensional piece 311 is separated from the double-page spread 302 into a three-dimensional state.
6 is exposed. In the present embodiment, the first substrate sheet exposed portion 316 is not printed, but the present invention is not limited to this, and the first substrate sheet exposed portion 316 may be printed to improve the appearance. In this case, if the printing performed on the first substrate sheet exposed portion 316 is conceptual drive type visible information that can be recognized continuously with the printing on the facing page 302, it is possible to eliminate unnaturalness. If the print pattern of the piece 303 is "empty", the portion corresponding to the upper page piece of the first substrate sheet exposed portion 316 is similarly set to the print pattern of "sky", and the lower page piece 304
If the printed pattern of the “ground” is the first substrate sheet exposed portion 316
Similarly, if the printed pattern is the “ground”, the lower page piece corresponding portion becomes the concept-driven visible information that can be continuously recognized.

In the present embodiment, the first printing ink film 315, which is conceptually driven type visible information provided on the first three-dimensional piece 311, is a “tree”. Although it is conceptually driven visual information that can be recognized as a single unit unlike the first embodiment, since the first three-dimensional piece 311 is an end-side three-dimensional piece, there is no unnaturalness even if only a part is divided. In other words, the part 317 of the left side of the first three-dimensional piece coincides with the left side of the double-sided piece 302 (the left side 306 of the upper page and / or the left side 307 of the lower page). Even in the case of concept-driven visual information, there is no unnaturalness even if it is only a part, such as a stage device. However, when the three-dimensional piece is not at the end as in the three-dimensional booklet body of the related art, an extremely unnatural state is caused only by the divided part. In the present embodiment, a part 317 of the left side of the first three-dimensional piece located on the end side is used.
Has a crotch on both the left side portion 306 of the upper page and the left side portion 307 of the lower page, but is not limited to this, and may be either one.

The second three-dimensional piece 321 is the second upper page three-dimensional piece 32.
2 and the second lower page three-dimensional piece 324 are continuously provided via a second mountain fold line part 323, and the second upper page three-dimensional piece 322 and the upper page piece 303 are continuously provided via an upper page valley fold part which is not numbered. The second lower page three-dimensional piece 324 and the lower page piece 305 are connected to each other via a lower page valley fold line, which is not numbered.

FIG. 6 shows the double-page spread 302 at an angle of about 90 degrees, and the second three-dimensional piece 321 is separated from the double-page spread 302 into a three-dimensional state.
6 is exposed. In the present embodiment, printing is not performed on the second substrate sheet exposed portion 326, but the present invention is not limited to this, and printing may be performed on the second substrate sheet exposed portion 326 to improve the appearance. At that time, if the printing performed on the second substrate sheet exposed portion 326 is conceptual drive type visible information that can be recognized continuously with the printing on the facing page 302, it is possible to eliminate unnaturalness. If the printed pattern of the piece 303 is “empty”, the portion corresponding to the upper page piece of the second substrate sheet exposed portion 326 is similarly set to “empty” and the lower page piece 304
If the printed pattern of the “ground” is the second substrate sheet exposed portion 326
Similarly, if the printed pattern is the “ground”, the lower page piece corresponding portion becomes the concept-driven visible information that can be continuously recognized.

In the present embodiment, the second printing ink film 325, which is the conceptually-driven visual information provided on the second three-dimensional piece 321, is “person”. It is concept-driven visual information that can be recognized as a single piece, and remains unbroken.

The third three-dimensional piece 331 is a third upper page three-dimensional piece 33.
2 and the third lower page three-dimensional piece 334 are successively provided via a third mountain fold line part 333, and the third upper page three-dimensional piece 332 and the upper page piece 303 are consecutively provided via an upper page valley fold part without numbering. The third lower page three-dimensional piece 334 and the lower page piece 305 are connected to each other via a lower page valley fold line to which no number is assigned.

FIG. 6 shows the double-page spread 302 at an angle of about 90 degrees, and the third three-dimensional piece 331 is separated from the double-page spread 302 into a three-dimensional state.
6 is exposed. In the present embodiment, the third substrate sheet exposed portion 336 is not printed, but the present invention is not limited to this, and the third substrate sheet exposed portion 336 may be printed to improve the appearance. At this time, if the printing performed on the third substrate sheet exposed portion 336 is conceptual drive type visible information that can be recognized continuously with the printing on the facing page 302, it is possible to eliminate unnaturalness. If the print pattern of the piece 303 is “empty”, the portion corresponding to the upper page piece of the third substrate sheet exposed portion 336 is similarly set to “empty” and the lower page piece 304
If the printed pattern of the “ground” is the third substrate sheet exposed portion 336
Similarly, if the printed pattern is the “ground”, the lower page piece corresponding portion becomes the concept-driven visible information that can be continuously recognized.

In the present embodiment, the third printing ink film 335, which is conceptually driven visual information provided on the third three-dimensional piece 331, is “person”, which is the same as the above “sky, ground”. It is concept-driven visual information that can be recognized as a single piece, and remains unbroken.

The fourth solid piece 341 is the fourth upper page solid piece 34.
2 and the fourth lower page three-dimensional piece 344 are continuously provided via a fourth mountain fold line part 343, and the fourth upper page three-dimensional piece 342 and the upper page piece 303 are continuously provided via an upper page valley fold part which is not numbered. The fourth lower page three-dimensional piece 344 and the lower page piece 305 are connected to each other via a lower page valley fold line to which no number is given.

FIG. 6 shows the double-page spread 302 at an angle of about 90 degrees, and the fourth three-dimensional piece 341 is separated from the double-page spread 302 into a three-dimensional state.
6 is exposed. In the present embodiment, the fourth substrate sheet exposed portion 346 is not printed, but the present invention is not limited to this, and the fourth substrate sheet exposed portion 346 may be printed to improve the appearance. At that time, if the printing performed on the fourth substrate sheet exposed portion 346 is conceptual drive type visible information that can be recognized continuously with the printing on the facing page 302, it is possible to eliminate unnaturalness. If the print pattern of the piece 303 is “empty”, the portion corresponding to the upper page piece of the fourth substrate sheet exposed portion 346 is similarly set to “empty” in the print pattern, and the lower page piece 304
If the printed pattern of the “ground” is the fourth substrate sheet exposed portion 346
Similarly, if the printed pattern is the “ground”, the lower page piece corresponding portion becomes the concept-driven visible information that can be continuously recognized.

In the present embodiment, the fourth printing ink film 345, which is conceptually driven visible information provided on the fourth three-dimensional piece 341 is “house”, which is the same as the above “sky, ground”. Although it is conceptually driven visual information that can be recognized integrally as a whole, since the fourth three-dimensional piece 341 is an end-side three-dimensional piece, there is no unnaturalness even if it is only a part that is divided. In other words, the part 347 of the right side of the fourth three-dimensional piece coincides with the right side of the double-sided piece 302 (the right side 308 of the upper page and / or the right side 309 of the lower page). Even in the case of concept-driven visual information, there is no unnaturalness, even if it is only a part, such as a stage device. However, when the three-dimensional piece is not at the end as in the three-dimensional booklet body of the related art, an extremely unnatural state is caused only by the divided part. In the present embodiment, a portion 347 of the right side of the fourth three-dimensional piece located on the end side
Has a crotch on both the right side portion 308 of the upper page and the right side portion 309 of the lower page, but is not limited to this, and may be either one.

In the case of FIG. 6, since the three-dimensional piece 311 and the three-dimensional piece 341 are provided at both ends, it is possible to effectively use the limited space of the double-page spread piece 302.
In contrast to this, it is possible to provide two three-dimensional pieces, a three-dimensional piece 321 and a three-dimensional piece 331. In this embodiment, four solid pieces are provided. However, the present invention is not limited to this. If only one solid piece is provided at one end, the number of the solid pieces,
The size may be set arbitrarily. In addition, the printing ink films provided on each three-dimensional piece differ in the concept of the size reminiscent of them. That is, in the present embodiment, the three-dimensional piece 311 is positioned closest to the viewing direction of the arrow A, and then the three-dimensional piece 321, the three-dimensional piece 331, and the three-dimensional piece 341 are sequentially arranged to be farther from the viewing direction. Are arranged according to the one-point projection method of the projection method. And the print film printed on each three-dimensional piece is configured to be smaller as the three-dimensional piece is more distant from the viewpoint direction, and has a three-dimensional effect by a projection method in addition to a three-dimensional effect by a simple three-dimensional piece, It is possible to improve the three-dimensional effect. Although the present embodiment adopts the one-point projection method, the present invention is not limited to this, and the concept of the size recalled by the concept-driven visual information of a plurality of three-dimensional pieces is as follows.
What is necessary is just to make it smaller so that the three-dimensional piece becomes farther from the viewpoint direction. For example, a random arrangement may be adopted, and the present invention is not limited to the projection method.

FIG. 7 is a conceptual diagram of a three-dimensional booklet according to the present invention. In FIG. 7, 351 is a three-dimensional booklet, 352 is a double-page spread, 353 is an upper page, 354 is a valley fold, 35
5 is a lower page piece, 356 is an upper page piece left edge, 357 is a lower page piece left edge, 358 is an upper page piece right edge, 359 is a lower page piece right edge,
360 is a printed character printed portion, 361 is a first three-dimensional piece, 362 is a first upper page three-dimensional piece, 363 is a first mountain fold line part,
364 is a first lower page three-dimensional piece, 365 is a first printing ink film that is conceptually driven visible information provided on the first three-dimensional piece,
Reference numeral 366 denotes a first substrate sheet exposed portion exposed by separation of the first three-dimensional piece 361, 367 denotes a part of the left side of the first three-dimensional piece,
71 is a second three-dimensional piece, 372 is a second upper page three-dimensional piece, 373 is a second mountain fold line part, 374 is a second lower page three-dimensional piece, and 375 is conceptually driven visual information provided on the second three-dimensional piece. The second printing ink film, 376 is an exposed portion of the second substrate sheet exposed by separation of the second three-dimensional piece 371, 381 is a third three-dimensional piece,
382 is a third upper page solid piece, 383 is a third mountain fold line part, 38
4 is a third lower page three-dimensional piece, 385 is a third printing ink film, which is conceptually driven visible information provided on the third three-dimensional piece, 38
Reference numeral 6 denotes an exposed portion of the third substrate sheet exposed by separation of the third three-dimensional piece 381, 391 denotes a fourth three-dimensional piece, 392 denotes a fourth upper page three-dimensional piece, 393 denotes a fourth mountain folding line part, and 394 denotes a fourth lower page three-dimensional piece. The reference numeral 395 denotes a fourth printing ink film which is conceptually driven visual information provided on the fourth three-dimensional piece, and 396 denotes the fourth three-dimensional piece 3.
The exposed portion of the fourth substrate sheet exposed by the separation of 91, 60
1 is a fifth three-dimensional piece, 602 is a fifth upper page three-dimensional piece, 603 is a fifth mountain folding line part, 604 is a fifth lower page three-dimensional piece, and 605 is conceptually driven visual information provided on the fifth three-dimensional piece. The fifth printing ink film 606 is a fifth substrate sheet exposed portion exposed by separation of the fifth three-dimensional piece 601, and 607 is a part of the left side of the fifth three-dimensional piece.

The three-dimensional booklet 351 includes a plurality of facing pages 352.
And each spread page 352 has a valley fold line 354.
, An upper page piece 353 and a lower page piece 355 are provided continuously.
The double-page spread 352 is entirely printed with a pattern, and the character print portion 360 is a part thereof.

The first three-dimensional piece 361 is the first upper page three-dimensional piece 36.
2 and the first lower page three-dimensional piece 364 are connected via a first mountain fold line part 363, and the first upper page three-dimensional piece 362 and the upper page piece 353 are connected via an upper page valley fold part without numbering. The first lower page three-dimensional piece 364 and the lower page piece 355 are connected to each other via a lower page valley line portion to which no number is assigned.

FIG. 7 shows the double-page spread 352 opened at an angle of about 90 degrees. The first three-dimensional piece 361 is separated from the double-page spread 352 into a three-dimensional state.
6 is exposed. In the present embodiment, the first substrate sheet exposed portion 366 is not printed, but the present invention is not limited to this, and the first substrate sheet exposed portion 366 may be printed to improve the appearance. At this time, if the printing performed on the first substrate sheet exposed portion 366 is conceptual drive type visible information that can be recognized continuously with the printing on the facing pages 352, it is possible to eliminate unnaturalness. If the print pattern of the piece 353 is “empty”, the portion corresponding to the upper page piece of the first substrate sheet exposed portion 366 is similarly set to the print pattern of “sky”, and the lower page piece 354.
If the printed pattern is “ground”, the first substrate sheet exposed part 366
Similarly, if the printed pattern is the “ground”, the lower page piece corresponding portion becomes the concept-driven visible information that can be continuously recognized.

In the present embodiment, the first printing ink film 365, which is conceptually driven visible information provided on the first three-dimensional piece 361, is a “tree”, which is the same as the “sky, ground” described above. Although it is conceptually driven visual information that can be recognized integrally as a single piece, the first three-dimensional piece 361 is an end-side three-dimensional piece, so that there is no unnaturalness even if it is only a divided part. In other words, the part 367 of the left side of the first three-dimensional piece coincides with the left side of the double-sided piece 352 (the left side 356 of the upper page and / or the left side 357 of the lower page). Even in the case of concept-driven visual information, there is no unnaturalness even if it is only a part, such as a stage device. However, when the three-dimensional piece is not at the end as in the three-dimensional booklet body of the related art, an extremely unnatural state is caused only by the divided part. In the present embodiment, a part 367 of the left side of the first three-dimensional piece located on the end side is used.
Has a crotch on both the left side 356 of the upper page and the left side 357 of the lower page, but the present invention is not limited to this and may be either one.

The second three-dimensional piece 371 is the second upper page three-dimensional piece 37.
2 and the second lower page three-dimensional piece 374 are connected via a second mountain fold line part 373, and the second upper page three-dimensional piece 372 and the upper page piece 353 are connected continuously via an upper page valley fold part without numbering. The second lower page three-dimensional piece 374 and the lower page piece 355 are connected to each other via a lower page valley fold portion to which no number is given.

FIG. 7 shows the double-page spread 352 at an angle of about 90 degrees, and the second three-dimensional piece 371 is separated from the double-page spread 352 into a three-dimensional state.
6 is exposed. In the present embodiment, the second substrate sheet exposed portion 376 is not printed, but the present invention is not limited to this, and the second substrate sheet exposed portion 376 may be printed to improve the appearance. At that time, if the printing performed on the second substrate sheet exposed portion 376 is conceptual drive type visible information that can be recognized continuously with the printing on the facing pages 352, it is possible to eliminate unnaturalness. If the printed pattern of the piece 353 is “empty”, the portion corresponding to the upper page piece of the second substrate sheet exposed portion 376 is similarly set to “empty” and the lower page piece 354
If the printed pattern of the “ground” is the second substrate sheet exposed portion 376
Similarly, if the printed pattern is the “ground”, the lower page piece corresponding portion becomes the concept-driven visible information that can be continuously recognized.

In the present embodiment, the second printing ink film 375, which is conceptually driven visual information provided on the second three-dimensional piece 371, is “person”, which is the “sky, ground” described above. This is concept-driven visual information that can be recognized as a single unit, and remains undivided.

The third three-dimensional piece 381 is the third upper page three-dimensional piece 38.
2 and the third lower page three-dimensional piece 384 are continuously connected via a third mountain fold line part 383, and the third upper page three-dimensional piece 382 and the upper page piece 353 are continuously connected via an upper page valley fold part without numbering. The third lower page three-dimensional piece 384 and the lower page piece 355 are connected to each other via a lower page valley fold portion to which no number is given.

FIG. 7 shows the double-page spread 352 opened at an angle of about 90 degrees. The third three-dimensional piece 381 is separated from the double-page spread 352 into a three-dimensional state.
6 is exposed. In this embodiment, the third substrate sheet exposed portion 386 is not printed, but the present invention is not limited to this, and the third substrate sheet exposed portion 386 may be printed to improve the appearance. At this time, if the printing performed on the third substrate sheet exposed portion 386 is conceptual drive type visible information that can be recognized continuously with the printing on the facing page 352, it is possible to eliminate unnaturalness. If the print pattern of the piece 353 is "empty", the portion corresponding to the upper page piece of the third substrate sheet exposed portion 386 is similarly set to the print pattern of "empty", and the lower page piece 354.
If the printed pattern is “ground”, the third substrate sheet exposed portion 386
Similarly, if the printed pattern is the “ground”, the lower page piece corresponding portion becomes the concept-driven visible information that can be continuously recognized.

In the present embodiment, the third printing ink film 385, which is the conceptually driven visual information provided on the third three-dimensional piece 381, is “person”, which is the “sky, ground” described above. This is concept-driven visual information that can be recognized as a single unit, and remains undivided.

The fourth solid piece 391 is the fourth upper page solid piece 39.
2 and the fourth lower page three-dimensional piece 394 are connected via a fourth mountain fold line part 393, and the fourth upper page three-dimensional piece 392 and the upper page piece 353 are continuously connected via an upper page valley fold part without numbering. The fourth lower page three-dimensional piece 394 and the lower page piece 355 are connected to each other via a lower page valley fold line part with no number.

FIG. 7 shows the double-page spread 352 at an angle of about 90 degrees. The fourth three-dimensional piece 391 is separated from the double-page spread 352 into a three-dimensional state.
6 is exposed. In the present embodiment, the fourth substrate sheet exposed portion 396 is not printed, but the present invention is not limited to this, and the fourth substrate sheet exposed portion 396 may be printed to improve the appearance. At that time, if the printing performed on the fourth substrate sheet exposed portion 396 is conceptual drive type visible information that can be recognized continuously with the printing on the facing pages 352, it is possible to eliminate unnaturalness. If the print pattern of the piece 353 is “empty”, the portion corresponding to the upper page piece of the fourth substrate sheet exposed portion 396 is similarly set to “empty” in the print pattern, and the lower page piece 354.
If the printed pattern of the “ground” is the fourth substrate sheet exposed part 396
Similarly, if the printed pattern is the “ground”, the lower page piece corresponding portion becomes the concept-driven visible information that can be continuously recognized.

In the present embodiment, the third printing ink film 395 which is conceptually driven visible information provided on the fourth three-dimensional piece 391 is “person”, which is the same as the above “sky, ground”. This is concept-driven visual information that can be recognized as a single unit, and remains undivided.

The fifth solid piece 601 is the fifth upper page solid piece 60.
2 and the fifth lower page three-dimensional piece 604 are connected via a fifth mountain fold line part 603, and the fifth upper page three-dimensional piece 602 and the upper page piece 353 are connected via an upper page valley line part without numbering. The fifth lower page three-dimensional piece 604 and the lower page piece 355 are connected to each other via a lower page valley fold line portion not numbered.

FIG. 7 shows the double-page spread 352 at an angle of about 90 degrees. The fifth three-dimensional piece 601 is separated from the double-page spread 352 into a three-dimensional state.
6 is exposed. In the present embodiment, the fifth substrate sheet exposed portion 606 is not printed, but the present invention is not limited to this, and the fifth substrate sheet exposed portion 606 may be printed to improve the appearance. At this time, if the printing performed on the fifth substrate sheet exposed portion 606 is conceptual drive type visible information that can be recognized continuously with the printing on the facing pages 352, it is possible to eliminate unnaturalness. If the print pattern of the piece 353 is "empty", the portion corresponding to the upper page piece of the fifth substrate sheet exposed portion 606 is similarly set to the print pattern of "sky", and the lower page piece 354.
If the printed pattern of the “ground” is the fifth substrate sheet exposed portion 606
Similarly, if the printed pattern is the “ground”, the lower page piece corresponding portion becomes the concept-driven visible information that can be continuously recognized.

In the present embodiment, the fifth printing ink film 605, which is conceptually driven visual information provided on the fifth three-dimensional piece 601, is a "tree", which is the same as the "sky, ground" described above. Although it is conceptually driven visible information that can be recognized integrally as a whole, the fifth three-dimensional piece 601 is an end-side three-dimensional piece, so that there is no unnaturalness even if it is only a divided part. That is, a part 607 of the right side of the fifth three-dimensional piece coincides with the right side of the facing piece 352 (the upper right side 358 and / or the lower right side 359), so that it can be recognized as one piece. Even in the case of concept-driven visual information, there is no unnaturalness, even if it is only a part, such as a stage device. However, when the three-dimensional piece is not at the end as in the three-dimensional booklet body of the related art, an extremely unnatural state is caused only by the divided part. In the present embodiment, a part 607 of the right side of the fourth three-dimensional piece located on the end side is used.
Is located on both the right side 358 of the upper page and the right side 359 of the lower page, but the invention is not limited to this and may be either one.

In the case of FIG. 7, since the three-dimensional piece 361 and the three-dimensional piece 601 are provided at both ends, the limited space of the facing piece 352 can be effectively used.
Unlike the three-dimensional piece 371, the three-dimensional piece 381, and the three-dimensional piece 391, three three-dimensional pieces can be provided. Although five solid pieces are provided in the present embodiment, the present invention is not limited to this, and the number and size of the solid pieces may be arbitrarily set as long as a solid piece is provided at one end. In addition, the printing ink films provided on each three-dimensional piece differ in the concept of the size reminiscent of them. That is, in the present embodiment, the three-dimensional piece 361 and the three-dimensional piece 601 are located closest to each other, and then the three-dimensional piece 371 and the three-dimensional piece 391, and the three-dimensional piece 381 farthest away are sequentially viewed from the viewpoint direction of the arrow A. It is arranged so that it is farther than the direction, and it is arranged according to the one-point projection method of the projection method. And the print film printed on each three-dimensional piece is configured to be smaller as the three-dimensional piece is more distant from the viewpoint direction, and has a three-dimensional effect by a projection method in addition to a three-dimensional effect by a simple three-dimensional piece, It is possible to improve the three-dimensional effect. Although the present embodiment adopts the one-point projection method, the present invention is not limited to this, and the concept of the size recalled by the concept-driven visual information of a plurality of three-dimensional pieces is determined by the viewpoint direction. What is necessary is just to comprise so that it may become small, so that it becomes a distant three-dimensional piece, for example, may be a random arrangement | positioning and is not limited to a projection method.

FIG. 8 is a conceptual diagram of a three-dimensional booklet according to the present invention. 8, reference numeral 401 denotes a three-dimensional booklet, 402 denotes a double-page spread, 403 denotes an upper page, 404 denotes a valley folding line, and 40 denotes a valley folding line.
5 is a lower page piece, 406 is an upper page piece left edge, 407 is a lower page piece left edge, 408 is an upper page piece right edge, 409 is a lower page piece right edge,
410 is a printed character printed portion, 411 is a first three-dimensional piece, 412 is a first upper page three-dimensional piece, 413 is a first mountain fold line part,
414 is a first lower page three-dimensional piece, 415 is a first printing ink film that is conceptually driven visible information provided on the first three-dimensional piece,
416 is a first substrate sheet exposed portion exposed by separation of the first three-dimensional piece 211, 421 is a second three-dimensional piece, 422 is a second upper page three-dimensional piece, 423 is a second mountain folding line part, and 424 is a second lower page three-dimensional piece. The reference numeral 425 denotes a second printing ink film, which is conceptually driven visual information provided on the second three-dimensional piece, and 426 denotes a second substrate sheet exposed portion exposed by separation of the second three-dimensional piece 421.
27 is a part of the right side of the second solid piece, 431 is a third solid piece,
432 is the third upper page solid piece, 433 is the third mountain fold line part, 43
4 is a third lower page three-dimensional piece, 435 is a third printing ink film which is conceptually driven visible information provided on the second three-dimensional piece, 43
Reference numeral 6 denotes a third substrate sheet exposed portion exposed by the separation of the third three-dimensional piece 421, reference numeral 438 denotes a third upper page valley fold line portion, and reference numeral 439 denotes a third lower page valley fold line portion.

The three-dimensional booklet 401 has a plurality of facing pages 402.
And each spread page 402 has a valley fold line 404
, An upper page piece 403 and a lower page piece 405 are continuously provided.
The double-page spread 402 is entirely printed with a pattern, and the character print portion 410 is a part thereof.

The first three-dimensional piece 411 is the first upper page three-dimensional piece 41.
2 and the first lower page three-dimensional piece 414 are connected continuously via the first mountain fold line part 413, and the first upper page three-dimensional piece 412 and the upper page piece 403 are continuously connected via the upper page valley fold part without numbering. In addition, the first lower page three-dimensional piece 414 and the lower page piece 405 are connected to each other via a lower page valley fold portion not numbered.

FIG. 8 shows the double-page spread 402 at an angle of about 90 degrees, and the first three-dimensional piece 411 is separated from the double-page spread 402 into a three-dimensional state.
6 is exposed. In the present embodiment, the first substrate sheet exposed portion 416 is not printed, but the present invention is not limited to this, and the first substrate sheet exposed portion 416 may be printed to improve the appearance. At this time, if the printing performed on the first substrate sheet exposed portion 416 is conceptual drive type visible information that can be recognized continuously with the printing on the facing page 402, it is possible to eliminate unnaturalness. If the print pattern of the piece 403 is “empty”, the portion corresponding to the upper page piece of the first substrate sheet exposed portion 416 is similarly set to “empty” and the lower page piece 404
If the printed pattern is “ground”, the first substrate sheet exposed portion 416
Similarly, if the printed pattern is the “ground”, the lower page piece corresponding portion becomes the concept-driven visible information that can be continuously recognized.

In the present embodiment, the first printing ink film 415, which is conceptually driven visible information provided on the first three-dimensional piece 411, is “person”, which is the same as the above “sky, ground”. This is concept-driven visual information that can be recognized as a single unit, and remains undivided.

The second three-dimensional piece 421 is the second upper page three-dimensional piece 42.
2 and the second lower page three-dimensional piece 424 are connected continuously via the second mountain fold line part 423, and the second upper page three-dimensional piece 422 and the upper page piece 403 are continuously connected via the upper page valley line part without numbering. The second lower page three-dimensional piece 424 and the lower page piece 405 are connected to each other via a lower page valley fold line portion not numbered.

FIG. 8 shows the double-page spread 402 at an angle of about 90 degrees. The second three-dimensional piece 421 is separated from the double-page spread 402 into a three-dimensional state.
6 is exposed. In the present embodiment, printing is not performed on the second substrate sheet exposed portion 426, but the present invention is not limited to this, and printing may be performed on the second substrate sheet exposed portion 426 to improve the appearance. At this time, if the printing performed on the second substrate sheet exposed portion 426 is conceptual drive type visible information that can be recognized continuously with the printing on the facing page 402, it is possible to eliminate unnaturalness. If the print pattern of the piece 403 is “empty”, the portion corresponding to the upper page piece of the second substrate sheet exposed portion 426 is similarly set to “empty” and the lower page piece 404
If the printed pattern of the “ground” is the second substrate sheet exposed portion 426
Similarly, if the printed pattern is the “ground”, the lower page piece corresponding portion becomes the concept-driven visible information that can be continuously recognized.

In the present embodiment, the second printing ink film 425, which is the conceptually driven visual information provided on the second three-dimensional piece 421, is “house”, which is the same as the above “sky, ground”. Although it is conceptually driven visible information that can be recognized integrally as a whole, the second three-dimensional piece 421 is an end-side three-dimensional piece, so that there is no unnaturalness even if it is only a divided part. That is, a part 427 of the right side portion of the second three-dimensional piece coincides with the right side portion (the right side portion 408 of the upper page and the right side portion 409 of the lower page) of the double-sided piece 402, so that it can be recognized as one body. Even in the case of concept-driven visual information, there is no unnaturalness, even if it is only a part, such as a stage device. However, when the three-dimensional piece is not at the end as in the three-dimensional booklet body of the related art, an extremely unnatural state is caused only by the divided part. In this embodiment, a part 427 of the right side of the third three-dimensional piece located on the end side is used.
Has a crotch on both the right side portion 408 of the upper page and the right side portion 409 of the lower page, but is not limited to this, and may be either one.

The third three-dimensional piece 431 is the third upper page three-dimensional piece 43.
2 and the third lower page three-dimensional piece 434 are continuously provided via the third mountain fold line portion 433, and the third upper page three-dimensional piece 432 and the second lower page three-dimensional piece 42 are provided.
Reference numeral 4 is continuously provided via an upper page valley fold line portion 438, and the third lower page three-dimensional piece 435 and the lower page piece 405 are continuously provided via a lower page valley fold line portion 439.

FIG. 8 shows the double-page spread 402 at an angle of about 90 degrees, and the third three-dimensional piece 431 is separated from the double-page spread 402 into a three-dimensional state.
6 is exposed. In the present embodiment, the third substrate sheet exposed portion 436 is not printed, but the present invention is not limited to this, and the third substrate sheet exposed portion 436 may be printed to improve the appearance. At this time, if the printing performed on the third substrate sheet exposed portion 436 is conceptual drive type visible information that can be recognized continuously with the printing on the facing page 402, it is possible to eliminate unnaturalness. If the print pattern of the piece 403 is “empty”, the portion corresponding to the upper page piece of the third substrate sheet exposed portion 436 is similarly set to “empty” in the print pattern, and the lower page piece 404.
If the printed pattern of the “ground” is the third substrate sheet exposed portion 436
Similarly, if the printed pattern is the “ground”, the lower page piece corresponding portion becomes the concept-driven visible information that can be continuously recognized.

In the present embodiment, the third printing ink film 435, which is conceptually driven visual information provided on the third three-dimensional piece 431, is “person”, which is the same as the above “sky, ground”. This is concept-driven visual information that can be recognized as a single unit, and remains undivided. The third three-dimensional piece 431 is not directly connected to the upper page piece 403 but is connected indirectly via the second three-dimensional piece 421.

In FIG. 8, the printing ink film provided on each of the three-dimensional pieces differs in the concept of the size recalled. That is, in the present embodiment, the first three-dimensional piece 411 is located closest to the viewing direction of the arrow A, then the third three-dimensional piece 431, and the farthest second three-dimensional piece 421.
Are sequentially arranged to be farther from the viewpoint direction, and are arranged randomly. The printed film printed on each three-dimensional piece is configured to be smaller as the three-dimensional piece is farther from the viewpoint direction, and has a three-dimensional effect due to a printed pattern in addition to a three-dimensional effect due to a mere three-dimensional piece. It is possible to improve the effect.

FIG. 9 is a conceptual diagram of a three-dimensional booklet according to the present invention. 9, 501 is a three-dimensional booklet, 502 is a two-page spread, 503 is an upper page, 504 is a valley fold, 50
5 is a lower page piece, 506 is an upper page piece left edge, 507 is a lower page piece left edge, 508 is an upper page piece right edge, 509 is a lower page piece right edge,
510 is a printed character printed portion, 511 is a first three-dimensional piece, 512 is a part of the first upper page three-dimensional piece, 513 is a first mountain fold line part, 514 is a part of the first upper page three-dimensional piece, and 515 is The first valley fold part, 516 is a part of the first upper page three-dimensional piece, 517 is the first mountain fold part, 518 is a part of the first upper page three-dimensional piece, 519 is the first mountain fold part, 520 is the first A part of the upper page three-dimensional piece, 521 is a first mountain fold part, 522 is a first lower page three-dimensional piece, 532 is a second three-dimensional piece, 532 is a second upper page three-dimensional piece, 533 is a second mountain fold line part, 534 Is the second lower page solid piece, 541 is the third solid piece, 5
42 is a third upper page solid piece, 543 is a third mountain fold line portion, and 544.
Is the third lower page three-dimensional piece, 551 is the fourth three-dimensional piece, 552 is the fourth upper page three-dimensional piece, 553 is the fourth mountain folding line part, 554 is the fourth lower page three-dimensional piece, 561 is the fifth three-dimensional piece, and 562 is Fifth upper page solid piece, 563 is the fifth mountain folding line part, 564 is fifth lower page solid piece,
565 is the fifth Kagamiya fold line part, 571 is the sixth solid piece, 57
2 is the sixth upper page three-dimensional piece, 573 is the sixth mountain fold line part, 574 is the sixth lower page three-dimensional piece, 575 is the sixth upper page valley fold part, 580 is a part of the cut sheet for the lower page background, and 581 is A part of the lower page background cut sheet, 582 is a main part of the lower page background cut sheet, and 583 is an upper page background cut sheet.

The three-dimensional book body 501 includes a plurality of facing pages 502
And each spread page 502 has a valley fold line 504
, An upper page piece 503 and a lower page piece 505 are continuously provided.
The double-page spread 502 is entirely subjected to pattern printing, and the character print portion 510 is a part thereof.

The first three-dimensional piece 511 is constituted by connecting three upper page three-dimensional pieces and one lower page three-dimensional piece, and one of the upper three-dimensional pieces has three more upper page three-dimensional pieces. doing. That is, a part 512 of the first upper page three-dimensional piece and a part 514 of the first upper page three-dimensional piece are continuously provided via the first mountain fold line part 513, and the part 514 of the first upper page three-dimensional piece and the first A part 516 of the upper page three-dimensional piece is continuously provided via the first valley fold line part 515, and a part 516 of the first upper page three-dimensional piece and the first lower page three-dimensional piece 522 are connected to the first mountain fold line part 51.
7, the first upper page three-dimensional piece 518 and the first lower page three-dimensional piece 522 are continuously provided via the first mountain fold line portion 519, and the first upper page three-dimensional piece 520 and the first lower page three-dimensional piece 520 are connected. The piece 522 is continuously provided via the first mountain fold line portion 521 to form a part 51 of the first upper page three-dimensional piece.
2. The first upper page three-dimensional piece 518 and the first upper page three-dimensional piece 520 are continuously provided via the upper page valley fold line portion without numbering, and the first lower page three-dimensional piece 522 and the lower page piece 505 are numbered. It is constructed so as to be continuous via a lower page valley fold line portion.

The second three-dimensional piece 531 is the second upper page three-dimensional piece 53.
2 and the second lower page three-dimensional piece 534 are connected via the second mountain fold line part 533, and the second upper page three-dimensional piece 532 and the upper page piece 503 are connected continuously via the upper page valley line part without numbering. The second lower page three-dimensional piece 534 and the lower page piece 505 are connected to each other via a lower page valley fold line portion not numbered. Third solid piece 54
Reference numeral 1 designates a third upper page three-dimensional piece 542 and a third lower page three-dimensional piece 544 connected via a third mountain fold line portion 543, and a third upper page three-dimensional piece 5
42 and the upper page piece 503 are continuously provided via an unnumbered upper page valley fold line, and the third lower page three-dimensional piece 544 and the lower page piece 505 are continuously provided via a lower page valley fold line section not provided with a number. It is configured. The fourth three-dimensional piece 551 is a fourth upper page three-dimensional piece 552.
And a fourth lower page three-dimensional piece 554 are connected via a fourth mountain fold line part 553, and the fourth upper page three-dimensional piece 552 and the upper page piece 503 are connected continuously via an upper page valley fold part without numbering. The fourth lower page three-dimensional piece 554 and the lower page piece 505 are connected to each other via a lower page valley fold portion to which no number is assigned.

The fifth three-dimensional piece 561 is the fifth upper page three-dimensional piece 56.
2 and the fifth lower page three-dimensional piece 564 are connected via a fifth mountain fold line part 563, and the fifth upper page three-dimensional piece 562 and the first lower page piece 522 are connected via a fifth upper page valley fold part 565. With this arrangement, the fifth lower page three-dimensional piece 564 and the lower page piece 505 are connected indirectly to the upper page piece 503, and are connected to each other via a lower page valley fold portion not numbered. The sixth three-dimensional piece 571 is formed by connecting the sixth upper page three-dimensional piece 572 and the sixth lower page three-dimensional piece 574 to the sixth mountain folding line part 57.
3, the sixth upper page three-dimensional piece 572 and the first lower page piece 522 are connected via the sixth upper page valley fold 575 to be indirectly connected to the upper page piece 503. , Sixth lower page three-dimensional piece 57
4 and the lower page piece 505 are connected to each other via a lower page valley line portion to which no number is given.

In FIG. 9, the first three-dimensional piece 511, the second three-dimensional piece 531, the third three-dimensional piece 541, and the fourth three-dimensional piece 551 are 2
The second three-dimensional piece 531, the third three-dimensional piece 541, and the fourth three-dimensional piece 551 are provided behind the first three-dimensional piece 511. The second three-dimensional piece 531 and the third three-dimensional piece 54
Each of the first and fourth three-dimensional pieces 551 is continuously provided with the lower page piece 505, and this continuous portion is a part of the lower page background cut sheet 580 and a part of the lower page background cut sheet. At 581, it is separated from the main portion 582 of the lower page background cut sheet, and the periphery thereof is surrounded by a three-dimensional piece. In the three-dimensional booklet according to the prior art, since the four sides are adhered to form a three-dimensional booklet, the three-dimensional booklet is separated into a part 580 of the lower page background cut sheet and a part 581 of the lower page background cut sheet. It is difficult to form a three-dimensional piece by the shape, and FIG. The structure is realized. In FIG. 9, the hatched portions without numbers are exposed substrate sheets, and may be printed or not printed as described above.

FIG. 10 is a developed conceptual diagram of the cut sheet according to the present invention. FIG. 10 is a conceptual view of the development of the cut sheet in FIG. 9, and the same reference numerals in FIG. 10 denote the same contents as those in FIG. 9, reference numeral 502 denotes a double-page spread, 503 denotes an upper page, and 504 denotes a top page. The valley fold line portion, 505 is the lower page piece, 506 is the upper page left edge, 507 is the lower page piece left edge, 508 is the upper page piece right edge, 509 is the lower page piece right edge, and 510 is the printed character print portion Reference numeral 511 denotes a first solid piece, 512 denotes a part of the first upper page solid piece, 514 denotes a part of the first upper page solid piece, 516 denotes a part of the first upper page solid piece, and 518 denotes the first upper page solid piece. Part of a piece, 52
0 is a part of the first upper page three-dimensional piece, 522 is the first lower page three-dimensional piece,
531 is a second three-dimensional piece, 532 is a second upper page three-dimensional piece, 534
Is a second lower page three-dimensional piece, 541 is a third three-dimensional piece, 542 is a third upper page three-dimensional piece, 544 is a third lower page three-dimensional piece, 551 is a fourth three-dimensional piece, 552 is a fourth upper page three-dimensional piece, 554 Is the fourth lower page solid piece, 561 is the fifth solid piece, 562 is the fifth upper page solid piece, 5
64 is a fifth lower page three-dimensional piece, 571 is a sixth three-dimensional piece, 572 is a sixth upper page three-dimensional piece, 574 is a sixth lower page three-dimensional piece, 580 is a part of a lower page background cut sheet, and 581 is a lower page. Part of the background cut sheet, 582 is a main part of the lower page background cut sheet, 584 is the upper page background cut sheet, 60
1 is a cut sheet.

The cut sheet 601 is composed of an upper page background cut sheet 584 and a part 5 of the lower page background cut sheet.
80, a part 581 of the lower page background cut sheet, a main portion 582 of the lower page background cut sheet, the first three-dimensional piece 51
1, the third three-dimensional piece 531, the third three-dimensional piece 541, the fourth three-dimensional piece 551, the fifth three-dimensional piece 561, and the sixth three-dimensional piece 571. The background cut sheet is formed of either the upper page background cut sheet or the lower page background cut sheet, and is separated at the valley fold line portion 504. Part 580 of the lower page background cut sheet and part 58 of the lower page background cut sheet
Although 1 is surrounded by the first three-dimensional piece 511, since it is stuck to a substrate sheet (not shown), it does not lose its function as a lower page piece.

In this embodiment, the lower page background cut sheet is selected as the background cut sheet. However, the present invention is not limited to this, and the upper page background cut sheet may be selected. Both may be selected. Also, in the present embodiment, the first three-dimensional piece is surrounded by a single piece, but the present invention is not limited to this, and the first three-dimensional piece may be surrounded by a plurality of three-dimensional pieces.
Further, in the present embodiment, the end three-dimensional piece is employed, but the present invention is not limited to this, and the end three-dimensional piece may not be provided. In any case, in the case where the background cut sheet is surrounded and separated by the three-dimensional pieces and does not function as the lower page piece in the three-dimensional booklet of the related art, by attaching to the substrate sheet, it becomes as the lower page piece. Having the function described above is within the scope of the present invention.

[0116]

As described above, according to the first aspect of the present invention, the effect of the three-dimensional expression can be improved since the two-page spread has end three-dimensional pieces at the ends. It works.

According to the second aspect of the present invention, since the three-dimensional piece itself is present at the end, the printed pattern provided on the end-side three-dimensional piece can be visually recognized as a concept-driven visible type. Even if it is a part of the information, for example, there is an operational effect that it is possible to eliminate the limitation of the print pattern on the end side three-dimensional piece without causing any unnaturalness like the image of the stage device.

Further, according to the third aspect of the present invention, since there are three-dimensional pieces on the end side, the entire spread page piece can be effectively used, and the three-dimensional piece can be printed on the three-dimensional piece by using the perspective method. There is an operational effect that the expression can be improved.

According to the fourth aspect of the present invention, since the upper page piece and the lower page piece have at least the substrate sheet, the adhesive layer and the cut sheet, the attachment between the respective pages is performed by the substrate. It is done between sheets. Therefore, there is an operational effect that the strength as a booklet can be maintained even when the end-side three-dimensional pieces are provided.

Further, according to the fifth aspect of the present invention, since all three-dimensional pieces are continuously provided with a part of the background cut sheet to be attached to the substrate sheet, it is difficult with the conventional three-dimensional booklet. It is possible to provide a double structure of an existing three-dimensional piece, and it is possible to improve the three-dimensional expression.

According to the sixth aspect of the present invention, since a release layer is provided between the three-dimensional piece and the adhesive layer, a partial adhesive layer is applied when the substrate sheet and the cut sheet are attached. It is not necessary to form by the method described above, and it is possible to promote the rationalization of the work process. Furthermore, since there is a release layer between the three-dimensional piece and the adhesive layer, a release layer is provided on the back surface of the cut sheet, and after applying the adhesive layer to the entire substrate sheet by a method such as a roller, the cut portion is already provided. It will be attached together with the cut sheet, so there is no need to apply adhesive to the cut sheet side, the adhesive penetrates into the cut part, and the cut parts are stuck together, making it difficult to separate, There is an operational effect that it is possible to prevent the three-dimensional piece from being hindered.

According to a seventh aspect of the present invention, since a release layer is provided at a portion between the substrate sheet and the adhesive layer corresponding to the three-dimensional piece, the release layer is provided on the substrate sheet. Become. Therefore, the exposed portion of the substrate sheet (the portion corresponding to the three-dimensional piece) is covered with a release layer, and the adhesive does not adhere to the portion and adheres to the cut sheet side,
It is possible to improve the beauty of the exposed part. In particular, in the case where the printed pattern is provided on the exposed portion of the substrate sheet, the fact that the adhesive does not adhere has the effect of improving the aesthetic appearance and increasing the commercial value.

According to the eighth aspect of the present invention, a three-dimensional booklet having a substrate sheet and an end-side three-dimensional piece can be obtained, and a three-dimensional booklet with improved three-dimensional expression while maintaining the strength of the booklet can be obtained. It has the effect of being possible.

[Brief description of the drawings]

FIG. 1 is a conceptual diagram showing the overall shape of a three-dimensional booklet according to the present invention.

FIG. 2 is a conceptual diagram of a manufacturing process of the three-dimensional booklet of the present invention. (A) is a state diagram of a cut-out sheet that has been cut and punched after printing. (B) is a state diagram immediately before sticking a board sheet to the back surface of a cutout sheet.
(C) is a state diagram of the signature immediately before pasting the opposing pages at the inner position simultaneously with the bending process. (D) is a state diagram of the signature after bending.

FIG. 3 is a conceptual diagram of a manufacturing process of the three-dimensional booklet of the present invention. (E) is a state diagram immediately before attaching a plurality of signatures after bending. (F) is a state diagram just before sticking the several signatures stuck on the cover. (G) is a state diagram in which the seemingly opened pages of the completed three-dimensional booklet body are opened, and the three-dimensional pieces are made three-dimensional.

FIG. 4 is a conceptual diagram of a three-dimensional booklet according to the present invention.

FIG. 5 is a conceptual diagram of a three-dimensional booklet according to the present invention.

FIG. 6 is a conceptual diagram of a three-dimensional booklet according to the present invention.

FIG. 7 is a conceptual diagram of a three-dimensional booklet according to the present invention.

FIG. 8 is a conceptual diagram of a three-dimensional booklet according to the present invention.

FIG. 9 is a conceptual diagram of a three-dimensional booklet according to the present invention.

FIG. 10 is a developed conceptual diagram of a cutting sheet according to the present invention.

FIG. 11 is a schematic view of a three-dimensional booklet according to the prior art.

FIG. 12 is a conceptual diagram of a manufacturing process of a conventional three-dimensional booklet. (A) is a state diagram of a signature that has been cut and punched after printing. (B) is a state diagram of the signature immediately before pasting the opposing page of the inside position simultaneously with the bending process. (C) is a state diagram of the signature after bending processing.

FIG. 13 is a conceptual diagram of a conventional three-dimensional booklet manufacturing process. (D) is a state diagram immediately before sticking a plurality of signatures after bending. (E) is a state diagram immediately before affixing the several signatures stuck on the cover. (F) is a state diagram in which the seemingly opened pages of the completed three-dimensional booklet body are opened, and the three-dimensional pieces are made three-dimensional.

[Explanation of symbols]

DESCRIPTION OF SYMBOLS 1 ... Facing page piece, 2 ... Upper page piece, 3 ... Lower page piece, 4 ... Valley folding line part, 5 ... End side solid piece, 6 ... Upper page solid piece, 7 ... Lower page solid piece, 8 ... Upper page valley Folded line part, 9: Mountain folded line part, 10: Lower page valley line part, 11: Upper page piece left side part, 12: Upper page piece right side part, 13
... Left side of lower page piece, 14: Right side of lower page piece, 15: Left side of upper page solid piece, 16: Right side of upper page solid piece, 17: Left side of lower page solid piece, 18: Right side of lower page solid piece , 19: printed character printed portion, 20: three-dimensional booklet, 21: exposed substrate sheet, 51: cut sheet, 52: double-page spread, 53: three-dimensional end piece, 54: upper page, 55 ... Lower page piece, 56 ... Valley folding line part, 57 ... Upper page solid piece, 58 ... Lower page solid piece, 59 ... Upper page valley folding line part, 60 ... Mountain folding line part, 61 ... Lower page valley folding line part, 62
... release layer, 63 ... one-dimensional piece, 64 ... cut, 66 ...
Character print portion, 67: folded curve, 68: board sheet, 69
… Signature, 70… bottom page adhesion part, 71… top page adhesion part, 7
2 ... exposed back surface, 73 ... exposed back surface, 74
... exposed back, 75 ... cover, 76 ... cover,
77: back cover piece, 78: spine piece, 79: folding curve, 80
... Folded curves, 81 ... Three-dimensional booklet, 82 ... Binding body with multiple signatures attached

Claims (8)

[Claims] 1. A three-dimensional body having a double-page spread piece in which an upper page piece and a lower page piece are continuously provided via a valley fold line portion, and a three-dimensional piece in which a part of the double-page spread piece is separated so as to be mountain-foldable. In the booklet, the three-dimensional piece is an upper page three-dimensional piece having a left side and a right side separated from an upper page piece, a lower page three-dimensional piece having a left side and a right side part separated from a lower page piece, and an upper page three-dimensional piece. An upper page valley line part connecting the upper page piece continuously, a lower page valley line part connecting the lower page solid piece and the lower page piece continuously, and a mountain fold line part connecting the upper page solid piece and the lower page solid piece continuously. The upper page three-dimensional piece left side and the lower page three-dimensional piece left side, or at least one of the upper page three-dimensional piece right side and the lower page three-dimensional piece right side, the left side or right side of the facing page piece A three-dimensional book body comprising an end-side three-dimensional piece that can be separated by being coincident with the three-dimensional booklet. 2. The printing method according to claim 1, wherein the end-side three-dimensional piece is provided as a printing ink film with a part of conceptually driven visible information that can be recognized as one piece.
The three-dimensional booklet described. 3. The conceptually driven visual information includes a plurality of three-dimensional pieces including at least one end three-dimensional piece provided as a printing ink film, and is recalled by the conceptually driven visual information of the plurality of three-dimensional pieces. 2. The concept of the size of the object becomes smaller as the solid piece becomes farther from the viewpoint direction.
Alternatively, the three-dimensional book body according to claim 2. 4. A three-dimensional object having a double-page spread piece in which an upper page piece and a lower page piece are continuously provided via a valley fold line portion, and a three-dimensional piece in which a part of the double-page spread piece is separated so as to be mountain-foldable. In the booklet, the upper page piece and the lower page piece have at least a substrate sheet, an adhesive layer, and a cut sheet, and the cut sheet is at least a background cut sheet bonded to the substrate sheet; A three-dimensional cutting sheet that is non-adhered and partially separated from the background cutting sheet, wherein the three-dimensional piece has a left side part and a right side part separated from the top page background cutting sheet. Cutting sheet for lower page, cutting sheet for lower three-dimensional body having left and right sides separated from the cutting sheet for lower page background, cutting sheet for upper page background and cutting sheet for upper page solid body are connected in series. Upper page valley line section, lower page background cut sheet and lower page 3D cut sheet A lower valley fold line portion, and a mountain fold line portion connecting the upper page three-dimensional cut sheet and the lower page three dimensional cut sheet, wherein a part of the cut sheet not bonded to the substrate sheet is a mountain fold. A three-dimensional booklet, which is a three-dimensional piece separated as much as possible. 5. A three-dimensional booklet having a plurality of three-dimensional pieces, wherein a part of the background notch sheet connected to the three-dimensional notch sheet is bonded to the substrate sheet while being surrounded by another three-dimensional notch sheet. The three-dimensional booklet according to claim 4, wherein when the plurality of three-dimensional pieces are three-dimensionally formed, the three-dimensional piece has at least a double structure. 6. At least between the three-dimensional piece and the adhesive layer,
6. The method according to claim 4, further comprising a release layer.
The three-dimensional booklet according to any one of the above. 7. The three-dimensional book body according to claim 4, wherein a release layer is provided at least in a portion corresponding to the three-dimensional piece between the substrate sheet and the adhesive layer. . 8. The three-dimensional book body according to any one of claims 4 to 7, comprising the end-side three-dimensional piece according to any one of claims 1 to 3.