TWM467558U - Book structure formed with single paper - Google Patents

Description

Single paper book structure

This creation is related to a book structure, which refers to a book that is folded into a book by a single sheet of paper, and each of the folds is placed in the cover and the back cover, and the back of the cover and the back cover are provided. The other side of the book back is provided with a caulking joint and a gusset plate with a front cover and a convex gusset, and at least one protruding block and at least one protruding block are selectively disposed between the adjacent two adjacent flaps. A single-sheet structure with concave inner blocks to form the advantages of a stereo book.

Please refer to the first and third figures. It is a plan view of a traditional single-sheet book and a traditional single-paper book. Since it is a single book, it has been circulated since ancient times. Limited by the thickness and structure of the paper, causing the inner page to protrude due to pushing when finished; it presses the vertical and horizontal fold lines on the elongated paper, and forms even folds in the lateral direction, such as in the horizontal direction. There are six pages on the top; at the same time, a dividing line g is cut transversely in the center of the elongated paper, and the dividing line g is bounded between the leftmost and rightmost flaps, so that the leftmost and rightmost upper and lower flaps are connected. For example, the leftmost hinges P9 and P10 are connected, and the rightmost hinges P4 and P3 are connected, but the middle folds are separated, for example, P8 and P11, P7 and P12, P6 and P1, P5 and P2 is separated by the dividing line g; it is marked on the third figure: a is the page width of each page, b is the page length of each page, the total length of the D sheet, P1~P12 is Page order. Among them, a1~a12 are equal, that is, each page is equal in width; and b1 and b2 are the same, that is, each page is equal in length. The width of the central cut-off dividing line g is equal to a11+a12+a1+a2; when folding into a book, the paper is folded in half along the horizontal fold line, and then the leftmost and rightmost folds are centered. The heart pushes to form the booklet shown in the first figure; wherein the fold P1 is the cover, the P12 is the back cover, and the middle fold is arranged in the order P2~P11; the single paper book is to fold the single sheet into The three-dimensional booklet has far more advantages than the single-page advertisements in advertising and advertising. However, this conventional single-sheet book has the same width a1~a12 for each fold, especially on the front cover and back cover page. There is no book back between them. Due to the thickness of the paper after folding, the inner folds will be out of the way and cannot be stored flushly. Therefore, the use of the single paper book is restricted, and the interior of the article is flat. The structure is not able to attract consumers' interest in reading, and it is unable to buckle the cover and the back cover page. As a result, the collection cannot be leveled, which makes it practically discounted. This is the desire of the industry and consumers. In the breakthrough, the creator made this point as a consideration to create a book that can be folded into a book by a single sheet of paper, and each inner fold can be placed in the cover and the back cover, and the cover and back cover are There is a book back, and the other side of the book is interlocked with each other. The caulking and the gusset plate with the front back and the convex gusset of the book, and at least one protruding block and at least one protruding block and the concave inner block are selectively provided between the two adjacent folding pages to form the advantages of the stereo book. Single paper into a book structure.

In order to solve the above-mentioned deficiencies of the prior art, the main purpose of the present invention is to provide a single-sheet structure in which two fold lines forming a book back are reserved between the front cover and the back cover page. Equivalent to the paper thickness multiplied by the total number of pages; the width of each page on the same side as the front cover and back cover page is the average width of the fold minus the width of the book back; thus, the sheet is folded into After the booklet, each of the folds is flush between the front cover and the back cover page, and at least one protruding block and at least one protruding block are formed between the two adjacent pages. The block is recessed in order to overcome the difficulties in the prior art.

The secondary objective of the present invention is to provide a single-sheet structure in which the front cover and the back cover are provided on the other side of the writing with a caulking corresponding to the fastening and a gusset having a convex panel and a front buckle.

Another object of the present invention is to provide a single-sheet structure which is folded in a single sheet of paper, and each flap is on the same side of the unfolded paper to facilitate printing.

A further object of the present invention is to provide a single paper book structure, which can be applied to general products or company profile manuals, children's books, stereo books, DIY gifts, advertising articles and general books.

Another object of the present invention is to provide a single-sheet book structure, which does not need to be glued or externally bound in the book forming process, and only needs to be folded according to the preset fold line to form a book.

The problem to be solved by this creative work is that the household goods have been circulated since ancient times because of the single paper, but due to the thickness and structure restrictions of the paper, the inner pages are protruded due to pushing when finished; It presses the longitudinal and horizontal fold lines on the elongated paper, and forms an even number of folds in the lateral direction, for example, six pages in the horizontal direction in the drawing; meanwhile, a dividing line is cut transversely in the center of the elongated paper, the separation The line is bounded between the leftmost and rightmost folds, so that the leftmost and rightmost upper and lower folds are connected. For example, the leftmost folds P9 and P10 are connected, and the rightmost fold P4 and P3 is connected, but the middle folds are separated. For example, P8 and P11, P7 and P12, P6 and P1, P5 and P2 are separated by the dividing line; the page width of each page is equal, also That is, each page is equal in width; and the page length is the same, that is, each page is the same length; when folding into a book, the paper is folded in half along the horizontal fold line, and then the leftmost and rightmost folds are used. The center pushes to form a booklet; the fold P1 is the cover, P12 is the back cover, and the middle fold is in the order P2~P11 The single paper book is a booklet that folds a single sheet of paper into a volume, which is far superior to the advertisement of a single plane and has the advantages of publicity and advertising. However, this conventional single book has the width of each fold. All are the same, especially between the front cover and the back cover page. There is no back of the book between the front cover and the back cover. After folding, due to the thickness of the paper, the inner page will protrude and cannot be stored smoothly. Therefore, the use of the single paper book is restricted. And the habits are all flat in the interior, which is not able to attract consumers’ reading. Interests, but also the supplies can not be used to buckle the cover and the back cover page, resulting in the inability to level the fold, making it greatly reduced in practicality.

For the above purposes, the present invention provides a single-sheet structure which is formed on a long sheet of paper to form a predetermined vertical and horizontal fold line and all open dividing lines; wherein the horizontal folding line divides the paper into The upper and lower sections are of equal length; the longitudinal sections of the upper section are equally spaced; the distance between the two longitudinal folds in the middle of the large section forms the back of the book, while the spacing of the other longitudinal folds forming the fold is shorter than that of the upper section. And the gap is formed to become the distance between the backs of the book; another, the cut line is between the upper and lower segments, from the innermost vertices of the leftmost segment to the vertices of the rightmost page; The sheet of paper is folded into a booklet along the fold line and the dividing line, and at least one protruding block or at least one protruding block and the concave block are selectively disposed between the two adjacent pages, so that all the folding thickness is used. The back of the book can be evenly stored in the cover page and the bottom page and form a three-dimensional book between the folds.

Furthermore, the front cover and the back cover of the present invention respectively have a caulking and a gusset formed by a tangential line corresponding to the caulking, and the gusset has a buckle front corresponding to the width of the back of the book, and has an inscribed line formed at the center thereof. The convex plate.

Furthermore, the embossed block of the present invention is further provided with an inner cutting line to form a concave block which is folded inward.

Furthermore, in the present invention, the protruding block is further provided with a fitting groove which is fitted to each other.

Preferably, the distance between the back of the book is the width of the cover page and the bottom page to flatten the total internal fold of the storage.

With this structure, after being folded into a book, due to the reserved book back width, all the folds can be properly accommodated in the cover and the back cover and interlocked with each other, thereby effectively improving the flatness and forming a three-dimensional book, which is consistent with Progress, practicality and the needs of users, see its gains.

(study)

G‧‧‧ separate line

P1~p12‧‧‧Fold

Page b1~b2‧‧‧

A1~a12‧‧‧ page width

The total length of D‧‧‧ sheets

(this creation)

D‧‧‧ Chief

P1~P12‧‧‧ Page Order

A1~a12‧‧‧ page width

Page b1~b12‧‧‧

G‧‧‧ dividing line

S‧‧‧ single page thickness

N‧‧‧ pages, for example: 12 pages, ie N=12

C‧‧‧ book back width C=S×N

A4=a5=a6=a7=a8=a9

A1=a12=a4+S

A2=a3=a10=a11=a4-(C+2S)÷4

g=a11+a12+C+a1+a2

E, F‧‧‧ fold line vertices

H‧‧‧ cutting line

H1‧‧‧ protruding block

H2‧‧‧ cutting line

H3‧‧‧ recessed block

H4‧‧‧ slotted

I‧‧‧ caulking

J‧‧ tangential

K‧‧‧ buckle plate

C1‧‧‧ buckle front

L‧‧‧ inscribed line

M‧‧‧ convex plate

A‧‧‧A

B‧‧‧B

The first picture: a three-dimensional picture of a traditional single paper.

The second picture: a three-dimensional picture of the single paper of the creation.

The third picture: a plan for the development of a traditional single paper.

The fourth picture: the plan of the single paper for the creation of the book.

The fifth picture: the three-dimensional picture of the shackle and the caulking of the single-sheet book for the creation.

Figure 6: An example of the creation of a book with the function of protruding and concave blocks in the creation of a single paper.

In order to understand the creative characteristics, content and advantages of this creation and the effects it can achieve, the author will use the creation of the creation and the details of the examples to explain the following, and the pattern used in the text, The subject matter is only for the purpose of illustration and supplementary instructions. It is not necessarily the true proportion and precise configuration after the implementation of the original creation. Therefore, the scope and configuration relationship of the attached drawings should not be limited to the scope of patents actually created. Explain first. Please refer to the second and fourth figures, which are the three-dimensional drawings of the single paper and the plan of the creation of the single paper. P1~P12 represent the page order of each fold, a Represents the page width of each fold, b represents the page length of each fold and b1=b2, where g represents the width of the cut line, S represents the thickness of the sheet, and C represents the width of the book back. The relationship between them can be expressed by the following formula: (where N is the total number of pages, for example, 12 pages in this embodiment). When designing the die, the following steps can be used to calculate the distance between the longitudinal and horizontal fold lines, and the cut. Split line width g:

1. Multiply the paper thickness S by the total number of pages N to find the book back width C.

2. The cover and the back cover are extended from both sides of the back of the book, that is, P1 and P12, and the cover P1 and the back cover P12 respectively have a seam I and a gusset K formed by the corresponding seam I having a tangential line J, and the gusset K is provided There is a front cover C1 corresponding to the back width C of the book, and a convex plate formed by an inner cut line L at the center thereof M.

3. The inner page is extended from the front cover P1 and the back cover P12, wherein the width (a2, a3, a10 and a11) of the inner pages (P2, P3, P10 and a11) of the large section A is deducted from the back of the book C and twice the thickness of the paper ( 2S) Equally divide. The page width of the B segment (P4, P5, P6, P7, P8, and P9) is only required to divide the total length D by the number of pages of the B segment.

4. Extend a dividing line g from P2 and P3 intermediate fold line E to P10 and P11 intermediate fold line vertex F.

5. The structure obtained by the design method is as shown in the second figure, and all the inner folds can be stored flush between the cover sheet P1 and the bottom page P12.

After calculating the lengths of the longitudinal and horizontal fold lines and the length of the split line g of the cut on the sheet of paper according to the above method, the A and B sections are first folded, and then the force is applied from the ends to the middle, so that each The inner folds are sequentially folded from P1 to P12 into a three-dimensional view of the single paper of the creation as shown in the second figure, and at least one outward of the two adjacent pages is provided with at least one outward of the cutting line H. The folded protruding block H1; in addition, the outwardly folded protruding block H1 of the present invention optionally has at least one inwardly folded concave block H3 of the inner cutting line H2, as shown in the second and sixth figures. The illustrated three-dimensional view of the single paper of the creation and the embodiment of the original paper in which the embossed and concave blocks are formed into a book; further, the creation has at least one outwardly folded protruding block The H1 is provided with a fitting groove H4 which is fitted to each other, and is fastened by the caulking I and the gusset K which are disposed on the front cover P1 and the back cover P12, and is opened and presented with the convex slab M on the squeegee K thereof. The fifth figure shows the three-dimensional diagram of the shackle and the caulking of the single-sheet book. As for the shackle K and the caulking I are not fastened. FIG based perspective state as shown in book Creation of this second single sheet of FIG.

In the process of forming a book, there is no need for glue binding or external force binding, and it can be folded only according to the preset folding line. At the same time, as shown in the figure, each fold of the booklet is in the same plane as when it is unfolded, which will be advantageous for use on a single sheet of paper. After printing first, the folding line and the dividing line and the cutting line H and the inner cutting line H2 and the slit I and the tangent line J and the inner tangent line L are pressed by the die to form a favorable three-dimensional text product, which can save the binding cost; The change in the fold line can achieve a flat booklet shape, and there is no longer the disadvantage that the conventional structure cannot be neat.

With this structure, after being folded into a book, due to the reserved book back C width, all the folded pages can be accommodated in the cover P1 and the back cover P12 and fastened to each other, thereby effectively improving the flatness and forming a three-dimensional shape. The book meets the needs of progress, practicality and user, and it shows its gain.

Looking at the above, we can see that this creation has achieved the desired effect under the previous technical structure, and it is not easy for people who are familiar with the art to think about it. Moreover, this creation has not been disclosed before the application, and it has Progressive and practical, it has already met the requirements for the creation of patents, and has submitted an application for creation according to law. You are requested to approve the creation of a patent application for this article, so as to encourage creation and to be sensible.

The embodiments described above are only for explaining the technical idea and characteristics of the present invention, and the purpose thereof is to enable those skilled in the art to understand the contents of the present invention and implement them according to the scope of the patent. That is, the equivalent changes or modifications made by the people in accordance with the spirit revealed by this creation should still be covered by the scope of the patent of this creation.

D‧‧‧ Chief

P1~P12‧‧‧ Page Order

A1~a12‧‧‧ page width

Page b1~b12‧‧‧

G‧‧‧ dividing line

S‧‧‧ single page thickness

C‧‧‧ book back width

E, F‧‧‧ fold line vertices

H‧‧‧ cutting line

H1‧‧‧ protruding block

H2‧‧‧ cutting line

H3‧‧‧ recessed block

H4‧‧‧ slotted

I‧‧‧ caulking

J‧‧ tangential

K‧‧‧ buckle plate

C1‧‧‧ buckle front

L‧‧‧ inscribed line

M‧‧‧ convex plate

A‧‧‧A

B‧‧‧B

Claims (6)

The utility model relates to a single paper book structure, which is formed on a long single sheet of paper to form a preset vertical and horizontal folding line and all the dividing lines; wherein the horizontal folding line divides the paper into large sections of the upper and lower sections; The longitudinal fold lines of the upper large section are equal spacing; the distance between the two longitudinal fold lines in the middle of the large section forms the back of the book, while the spacing of the other longitudinal fold lines forming the folds is shorter than that of the upper section, and the gap is formed to become the distance between the backs of the book. In addition, the cut dividing line is between the upper and lower large sections, from the innermost vertex of the leftmost segment to the innermost vertex of the rightmost flap; the sheet of paper is folded along the fold line and the dividing line. Between the two adjacent pages, at least one protruding block or at least one protruding block and concave block are selectively provided, so that all the folding thickness can be smoothly stored in the cover and the bottom by the back of the book. A three-dimensional book is formed within the page and between the folds. The single-sheet structure according to claim 1, wherein the protruding block is further provided with an inner cutting line to form an inwardly folded concave block. The single-sheet structure according to the first aspect of the patent application, wherein the protruding block is further provided with a fitting groove which is fitted to each other. The single-sheet book structure according to any one of the items 1 to 3, wherein the cover and the back cover respectively have a caulking and a gusset formed by a tangential line of the caulking, and the gusset plate There is a front cover of the book corresponding to the width of the book back, and a convex plate formed by an inscribed line in the center. The single-sheet book structure according to any one of the items 1 to 3, wherein the distance between the back of the book is a cover sheet and the bottom page can be flatly sandwiched. Store the width of the internal total fold. The single-sheet structure as described in claim 4, wherein the distance between the back of the book is a cover page and the bottom page can be flat and sandwiched to accommodate the width of the internal total fold.