TWI678290B - Booklet-shaped structure - Google Patents

Abstract

The present invention relates to a booklet-shaped structure having a decorative effect, a prompt information effect, and the like. The booklet-shaped structure is made of decorative papers that are mostly printed with decorative shapes printed from the center of the paper to the periphery of the paper. On the overlapping papers, the edges of any vertical surface are coated with easy-to-remove adhesive. For easy removal, the non-glued tissue paper on the other side or the thicker side has a concave and convex decorative shape. As the paper is used sequentially, from the surface of the remaining paper to the non-glued tissue paper. A three-dimensional decoration will gradually emerge on the periphery, providing a booklet shape that is bound with flat sheets of paper, and hides the shape inside, exposing the booklet-shaped structure with performance effects when decorating or information.

Description

Booklet shape structure

The present invention relates to a booklet-shaped structure having a decorative effect, a prompt information effect, and the like.

Since ancient times, paper bundles bound into booklets have been given the function of decorations. For example, add ideas such as various decorations to a notepad bound into a grid.

As for this type of technical document, as described in Japanese New Publication No. Sho 54-140837 (hereinafter referred to as Patent Document 1), a checkered notepad is printed on the side, and Patent Document 1 states that the side is Notepads with a flat printing surface are stacked in a column shape, one side of which can be detached and adhered to each other very well, and one side is printed with advertisements or patterns as the characteristics of the notepad.

As described in Japanese Patent Laid-Open No. 2004-17309 (hereinafter referred to as Patent Document 2), it refers to a decorative shape with a three-dimensional structure formed on the side of a checkered notepad. It is described in Patent Document 2 that the present invention is an ornament made of paper in which decorative shapes are printed on most of the paper from the center to the periphery of the paper. Adhesive for easy removal, non-adhesive on the other side or on the thicker side The decorative tissue paper has a concave and convex decorative shape. With the sequential use of the paper, a three-dimensional decorative flat shape gradually emerges from the surface of the remaining paper to the periphery of the non-glued facial tissue paper.

As described in Japanese New Publication No. Sho 53-34987 (hereinafter referred to as Patent Document 3), it refers to a checkered notepad with perforations that are easily separated. Patent Document 3 above describes a grid or histogram notepad with a considerable number of pages. All the pages on one side are marked with small holes that allow pens such as pencils to stand up. There will be a three-dimensional notepad with perforations that are easy to tear.

However, the above-mentioned various prior arts have the challenges described below. The above-mentioned Patent Document 1 is merely a decorative shape printed on the side of a checkered notepad. As the use of the note paper is separated, the decorative shape on the side gradually disappears, and the corresponding decorativeness gradually decreases. After using about half of the amount, the presence as a decoration almost disappears.

The above-mentioned Patent Document 2 is decorated with a three-dimensional decorative shape on the side of the checkered notepad. The use of the accompanying paper is gradually reduced from the decorative shape, and the corresponding decorative characteristics are gradually reduced. After using about half of the amount, the presence as a decoration almost disappears.

The above-mentioned Patent Documents 1 and 2 have a decoration function when they are new, and they lose the decoration function after use. If they are not used up, they can only be discarded. In other words, although it is very novel at the beginning, once it gets tired, it will only take away what was lost. In other words, at the level of decorative arts, this is not considered art, and it is a huge waste of paper resources. The above-mentioned Patent Document 3 is to allow lead Each page of the grid-shaped notepad can be easily separated, but it does not have the function of decoration or performance.

The present invention is to solve the above challenges and has the following objects. Provides a booklet-shaped structure that binds sheets of paper into a book shape and hides the shape inside to reveal decoration or information.

In order to achieve the above-mentioned object, the booklet structure of claim 1 will adopt the following configuration. The sheet of paper is stacked thickly, and each of the sheet of paper forms a separable binding site. A pattern surface is provided on the side of the binding part of the stacked sheet of paper. The pattern surface is in an initial state. The sheet of paper will cover and hide the pattern surface designed in the interior. After using it in order and tearing off, the appearance surface will gradually show up in order.

In a preferred embodiment of the present invention, the above-mentioned pattern surface is formed by a three-dimensional pattern having a concave-convex design.

In a preferred embodiment of the present invention, the above-mentioned pattern surface is disposed at a binding portion where the flat sheets overlap.

In a preferred embodiment of the present invention, the sheet of paper has the binding edge and the separation portion of the binding edge, and a tear is formed between the binding edge and the separation portion to form a three-dimensional model on the side of the binding portion and the separation portion. Take the processing department.

1‧‧‧ Sheet

2‧‧‧Binding Department

3‧‧‧ paper bundle

4‧‧‧ base

5‧‧‧ Reinforcing board

6‧‧‧Appearance surface

7A‧‧‧ 1st protrusion

7B‧‧‧ 2nd protrusion

8‧‧‧ binding edge

9‧‧‧ Departure

10‧‧‧ Tear Processing Department

11‧‧‧ Connection Department

12A‧‧‧The first bending part

12B‧‧‧The second bending part

13‧‧‧ back plate

14‧‧‧ binding glue

The first figure is a first embodiment of the present invention, and a perspective view showing the structure of a booklet is shown.

The second figure is a diagram showing an example of the sheet of paper used in the first embodiment.

The third figure is an explanatory diagram showing a stack structure of the sheet of paper used in the first embodiment.

The fourth figure is an initial state display diagram of the first embodiment.

The fifth figure is a diagram showing the state during use of the first embodiment.

The sixth figure is a diagram showing a state after use of the first embodiment.

The seventh figure is a diagram showing the structure of a booklet body of the second embodiment.

The eighth figure is a diagram showing the structure of a booklet body of the third embodiment.

The following describes in detail the implementation form of the booklet shaped body structure of the present invention. The first figure is a first embodiment of the present invention, and a perspective view showing the structure of a booklet is shown. The booklet-shaped body structure is a paper bundle 3 formed by stacking sheets of paper 1 in a thick stack. The paper bundle 3 forms a binding portion 2 that can separate each of the sheet papers 1 described above. This example means that the above-mentioned sheet 1 is cut into rectangles of the same size. The sheet 1 is stacked thick to form a checkered paper bundle 3. One side of the paper bundle 3 forms a binding portion 2.

The paper bundle 3 is loaded and fixed on the base 4. The planar shape of the base 4 is the same as that of the flat sheet 1. A reinforcing plate 5 extending laterally is mounted on the binding portion 2. The above-mentioned binding section 2 punches a binding hole (not shown in the drawing) perpendicular to the direction of the paper bundle 3, and can be bound with a saddle. If you don't punch holes, binding by binding is also possible.

A pattern surface 6 is provided on the side of the binding portion 2 on the overlapped sheet 1. In the initial state, the appearance surface 6 will be covered and hidden by the overlapping sheet of paper 1, and the sheet of paper 1 will be exposed in order after it is detached in order. After the sheet 1 is separated, the pattern surface 6 is formed.

In this example, the pattern surface 6 is formed by a three-dimensional model with an uneven shape. To illustrate the illustration, the three-dimensional model of the appearance surface 6 is formed by a first protrusion 7A presented by a relatively tall cuboid and a second protrusion 7B presented by a relatively short cuboid.

The second figure is a diagram showing an example of the sheet of paper used in the first embodiment. In this example, three types of flat sheets 1 of the prototypes (A), (B), and (C) are stacked into a paper bundle 3 to form a binding portion 2. The above-mentioned sheet 1 is provided with a binding edge 8, a release portion 9, and a tear processing portion 10. The aforementioned binding edge 8 is used to form a part of the aforementioned binding portion 2. In this example, the area along one side of the rectangular sheet 1 is the binding edge 8. The paper bundles 3 stacked with the sheet of paper are bound by the binding edge 8 using saddle stitches or glue binding or the like.

The above-mentioned detachment portion 9 is a portion which is detached after the binding edge 8 is left. If the structure on this booklet is a notepad, the part of the detachment section 9 on which the note is written can be detached. If the structure in this booklet is a monthly calendar, it is possible to detach the part of the detachment section 9 that has passed.

The above-mentioned tearing processing portion 10 is a perforation-like penetrating portion formed between the binding edge 8 and the release portion 9 described above. Between the binding edge 8 and the detaching portion 9, a portion of the connecting portion 11 that is not penetrated after processing by the tear processing portion 10 described above is provided. The connecting portion 11 in this example is provided on each of two sides close to the binding edge, and is provided in two places in total. When the disengaging portion 9 is disengaged, the method of tearing the connecting portion 11 can be achieved to leave the binding edge 8 and disengage the disengaging portion 9.

When the detaching portion 9 is detached in the state of the paper bundle 3 stacked with the sheet 1 described above, the binding edge 8 is left in a stacked state. At this time, the surface where the detached portion 9 originally appeared is the appearance surface 6. That is, the above-mentioned pattern surface 6 is a surface in which the edges of the binding edge 8 formed by the tear-off processing portion 10 are stacked. Therefore, after the tear-off processing portion 10 is penetrated at various bending shapes and angles, a three-dimensional pattern with unevenness can be formed on the pattern surface 6.

A three-dimensional pattern is formed at the binding section 2 side by the tearing processing section 10 described above. The sheet 1 of the shape (B) has a portion sandwiched by the two connecting portions 11 described above, and a first bending portion 12A of the tearing processing portion 10 is provided at the right portion of the figure. In the sheet 1 of the shape (C), the above part is sandwiched by the two connecting parts 11. In the right part of the figure, a first bending part 12A of the tearing part 10 is provided, and the left part is shown in the figure. The second bending portion 12B of the tear processing portion 10 is partially provided. The sheet 1 of the shape (A) is not provided with a bent portion of the tearing processing portion 10.

The third figure is an explanatory diagram showing a stack structure of the sheet of paper used in the first embodiment. The figure explaining the stacked structure of the sheet 1 of the said shape (A) (B) (C). In this example, the sheet 1 of the shape (C) is stacked from the four sides of the base 4, then the sheet 1 of the shape (B) is stacked, and then the sheet 1 of the shape (A) is stacked.

The portion of the sheet 1 of the stacked shape (A) is a portion that does not form the three-dimensional pattern of the pattern surface 6 described above. The portion of the sheet 1 of the shape (B) forms an upper portion of the first protruding portion 7A on the pattern surface 6. In the part of the sheet 1 of the stacked shape (C), the lower part of the first protruding part 7A and the second protruding part 7B are formed on the part of the pattern surface 6. In this way, a three-dimensional pattern having the first protruding portions 7A and the second protruding portions 7B is formed.

The fourth to sixth figures are the state diagrams of the first embodiment. The fourth figure is an initial state display diagram of the first embodiment. In this state, the paper bundle 3 is carried on the upper surface of the base 4. The above-mentioned paper bundle 3 is a stack of a plurality of sheet papers 1, and a belt-shaped binding portion 2 is provided along one of the sheets. A reinforcing plate 5 is attached to the upper surface of the binding portion 2. In each of the sheet-fed sheets 1 described above, in addition to the binding portion 2, there is a separation portion 9. The structure in this state has a rectangular block-like appearance.

The fifth figure is a diagram showing the state during use of the first embodiment. From the initial state described above, the detaching portion 9 of the sheet 1 is gradually detached. When the disengaging portion 9 is disengaged, the connecting portion 11 disposed at two places between the binding edge 8 and the disengaging portion 9 is torn apart. This leaves the binding edge 8 behind. After the detaching sections 9 are detached one by one, the binding section 8 is left in a stacked state. A pattern surface 6 formed by stacking the binding edges 8 appears in the portion of the separation portion 9 originally.

The example shown in the figure is a state in which the detachment portion 9 is detached from 60% in the stacked sheet 1. The concave-convex three-dimensional appearance of the appearance surface 6 is expressed by a first protrusion 7A formed by stacking a first curved portion 12A and a second protrusion 7B formed by stacking a second curved portion 12B.

The sixth figure is a diagram showing a state after use of the first embodiment. After all the detachment portions 9 of the sheet 1 are detached, the pattern surface 6 will be presented in a three-dimensional pattern of unevenness. This three-dimensional appearance is formed by the first protruding portion 7A stacked by the first bent portion 12A and the second protruding portion 7B pushed by the second bent portion 12B.

In the present embodiment, the sheet of paper 1 is stacked thick. In order to allow the sheet of paper 1 to be separated, a binding unit 2 is provided, and a pattern surface 6 is provided. The appearance surface 6 is in an initial state The bottom will be covered and hidden by the above-mentioned stacked sheet of paper 1, and the sheet of paper 1 will be gradually exposed only after it is gradually separated.

The decoration or information applied to the appearance surface is hidden from view in the initial state. That is to say, at first, it was just a booklet bound by a sheet of paper. Then, when the sheet 1 that is bound to be detachable is gradually detached, the hidden appearance 6 will gradually appear, and the decoration or information will also appear. With such a structure, the booklet-shaped sheet of paper 1 is used to hide the design surface 6, and then the decoration and information are gradually displayed to achieve the effect of the performance.

The pattern 6 of this embodiment is formed by a three-dimensional pattern with unevenness. After the sheet of paper 1 is gradually separated, the hidden three-dimensional appearance will gradually appear. For example, a square-shaped booklet with thick sheets of paper stacked in the initial state is simply a cuboid or cube, but when the sheet of paper 1 is gradually pulled away, the three-dimensional appearance will appear, which has a very effective performance.

The appearance 6 of this embodiment is provided on the side of the binding section 2 of the stacked sheet 1. When the sheet 1 is gradually released, the side of the binding section 2 will gradually appear. Moreover, even if the sheet of paper 1 is left behind after the crippled binding part 2 is left, there is a decorative effect because of the appearance of it.

In the present embodiment, the sheet 1 described above is provided with a binding edge 8 forming the binding portion 2 and a separation portion 9 leaving the binding edge 8 separated therefrom. Further, in the sheet of paper 1, a tear processing portion 10 is provided between the binding portion 8 and the release portion 9 to form a three-dimensional shape of the side of the binding portion 2.

After the detachment portion 9 is detached, the binding edge 8 remains in the binding portion 2 in a stacked state. The parts of each binding edge 8 stacked in this binding part 2 are formed into a three-dimensional shape by slowly changing the shape and size when the tear processing part 10 is made. Such a multi-layered three-dimensional appearance will gradually appear, which is very effective in performance.

The seventh figure is a diagram showing the structure of a booklet body of the second embodiment. In this example, the back plate 13 including the pattern 6 formed by the concave-convex three-dimensional pattern is made by plastic molding. The sheet 1 is formed of a paper bundle 3 stacked in a square shape. The portion of the paper bundle 3 that faces the pattern surface 6 is uneven along the three-dimensional pattern. In brief, the unevenness of the pattern surface 6 and the unevenness of the paper bundle 3 are formed in an inverted relationship like a mold and a molded product.

In a state where the unevenness of the pattern surface 6 and the unevenness of the paper bundle 3 are faced together, the left and right places are bonded with the binding glue 14. The above-mentioned binding glue 14 is completely filled in the stacking direction of the sheet 1 at the left and right places, so that the sheets 1 constituting the paper bundle 3 can be stapled. To put it simply, in this example, the binding unit 2 is constituted by the binding glue 14. The entire sheet of sheet 1 in this example is the separation section 9. After the detachment portion 9 is detached, the pattern surface 6 formed on the back plate 13 appears.

Other than that, the same effects as those of the first embodiment can be achieved. In addition, in this example, the back plate 13 does not have to be formed of plastic, and can be formed by shaving wood or a cardboard box. The pattern surface 6 does not necessarily need to be a three-dimensional pattern with unevenness, and it is also possible to impart the pattern using a flat printing method.

The eighth figure is a diagram showing the structure of a booklet body of the third embodiment. The back plate 13 in this example is formed by plastic molding. The pattern surface 6 does not use a three-dimensional pattern with unevenness, but uses a flat printing method to impart the pattern. Sheets 1 are stacked in a square shape to form a paper bundle 3. A binding portion 2 is formed at a portion along the side of the side surface of the pattern surface 6 of the paper bundle 3. The above-mentioned binding portion 2 is formed by easily peeling adhesively bonding the respective sheets 1. In this example, the entire sheet 1 is the separation portion 9. Peel off the sheet of paper 1 from the sticky part to release it. After the detachment portion 9 is detached, the pattern surface 6 formed on the back plate 13 appears.

Other than that, the same effects as those of the first embodiment can be achieved. In addition, in this example, in this example, the back plate 13 does not have to be formed of plastic, and can be formed by shaving wood or a cardboard box. The pattern surface 6 does not necessarily have to be patterned by flat printing. It is also possible to use a three-dimensional pattern with irregularities. In this case, the portion of the paper bundle 3 facing the pattern surface 6 is uneven along the three-dimensional pattern. In brief, the unevenness of the pattern surface 6 and the unevenness of the paper bundle 3 are formed in an inverted relationship like a mold and a molded product.

The above description has described the most desirable embodiment of the present invention, but the present invention is not intended to limit the embodiment. The present invention can be implemented in various forms, and the scope of implementation including various modified cases is the intention of the present invention.

Claims (3)

A booklet-shaped structure includes: a plurality of flat sheets stacked in a thick structure, the plurality of flat sheets having a separable binding section on the side of the binding section of the stacked flat sheets A pattern surface is set on the side, and the pattern surface is covered and hidden by a plurality of sheet papers in an initial state. When the sheet paper is sequentially torn off, the pattern surface will be gradually exposed in order. The booklet-shaped body structure described in item 1 of the scope of the patent application, wherein the pattern surface is a three-dimensional structure with an uneven shape. The booklet-shaped structure described in item 1 or 2 of the scope of patent application, wherein the sheet of paper has a binding edge, a release portion, and a tearing processing portion, and the binding edge of the sheet of paper is composed The binding portion, the separation portion is formed by separating paper, the tear processing portion is located between the binding edge and the separation portion, the tear processing portion forms a three-dimensional shape, and is disposed on the side of the binding portion .