TWM660789U - A loose-leaf structure that allows for the simultaneous presentation of multiple pages of loose-leaf content and for cross-comparison between them - Google Patents

Abstract

A loose-leaf structure that facilitates the simultaneous presentation of multiple pages of loose-leaf content and cross-comparison, comprising a plurality of mutually stacked page assembly sheets, the page assembly sheets are folded in half along a binding line and bound into a book, and are divided into a first page and a second page by the binding line, and the first pages all have a first page width and a first page edge relatively far from the binding line, and the second pages all have a second page width and a second page edge relatively far from the binding line, and any first page edge or second page edge extends outward to form an extension portion, and the extension portion is provided with a plurality of binding holes, which can be bound to the loose-leaf binder ring of a loose-leaf binder. This creation mainly changes the traditional single-page loose-leaf structure into a multi-page notebook structure, and only needs to open binding holes on any inner page, rather than all inner pages, so that the loose-leaf structure of this creation can present multiple pages at the same time, facilitating the cross-reference and comparison of the contents of the notebook, thereby improving the shortcoming of traditional loose-leaf pages that can only be compared left and right.

Description

A loose-leaf structure that allows for the simultaneous presentation of multiple pages of loose-leaf content and for cross-comparison between them

This work belongs to the field of loose-leaf technology, specifically a loose-leaf structure that allows the contents of multiple pages to be presented simultaneously and cross-referenced with each other.

Loose-leaf folders are easy to replace. When using them, you can add notebooks and various folders as needed to meet the needs of recording and saving data. They are often used to store and archive documents. Currently, when replacing, you need to stack multiple loose-leaf papers and take them out, and then align the binding holes of the replacement pages with the binder to complete the replacement. However, if you accidentally drop the paper when taking it out or inserting it, the paper will be scattered everywhere. If the binding holes of the replacement pages are not aligned with each other when inserting, the replacement pages cannot be smoothly stacked and inserted into the binder, and the user experience is poor. In addition, the replaced loose-leaf papers need to be bound with wire coils to prevent them from being scattered, otherwise it is inconvenient to store. Although a notebook that is bound into a book will not have the problem of pages falling apart, it does not have binding holes, and cannot be saved together with other corresponding data using a loose-leaf binder, making it inconvenient to classify and archive data.

Taiwan's new patent No. 370009 discloses a self-adhesive data processing tape, which consists of a binding part and two adhesive parts. The adhesive area of the adhesive part can be used to adhere and combine the documents, directories or manuals to be archived into one body, and then the binding part is used to bind them in the loose-leaf folder of the file folder. Although it can overcome the shortcomings of scattered documents during archiving, and there is no need to punch holes to destroy the integrity of the documents, it requires additional accessories to increase the cost of document storage.

Furthermore, when multiple data located on different pages in the same folder need to be compared and read, the data can only be taken out and then spread out for comparison and reading, which makes browsing data inconvenient and has poor flexibility.

In view of this, how to solve the above problems is the primary issue that this creation wants to solve.

The main purpose of this creation is to provide an improved loose-leaf structure, especially a loose-leaf structure that allows multiple pages to be spread out and read at the same time, facilitates quick replacement without scattering, and does not require additional installation accessories to facilitate the simultaneous presentation of multiple pages of loose-leaf content and facilitates cross-comparison with each other.

To achieve the above-mentioned purpose, this creation provides a loose-leaf structure that facilitates the simultaneous presentation of multiple pages of loose-leaf content and facilitates cross-comparison and comparison with each other, which includes:

A plurality of pages are stacked on top of each other and folded in half along a binding line to form a book. The pages are divided by the binding line into a first page and a second page. The first pages have a first page width and a first page edge relatively far from the binding line, and the second pages have a second page width and a second page edge relatively far from the binding line.

An extension portion is formed by extending outward from any first page edge or second page edge. The extension portion is provided with a plurality of binding holes and can be bound on the binder ring of a binder.

Preferably, the first page width is consistent with the second page width.

Preferably, the first page width is smaller than the second page width, and the extension portion is formed by extending outward from any second page edge.

Preferably, the pages are made of one or both of paper and plastic.

Preferably, the page assembly sheet is formed by two plastic film sheets stacked relative to each other to form an open bag body, and a plurality of the page assembly sheets are bound into a book along the binding line by hot-melt method, and the first pages and the second pages are both in a bag shape for storing documents.

This creation also provides another loose-leaf structure that facilitates the simultaneous presentation of multiple pages of loose-leaf content and cross-comparison between them, which includes:

A plurality of pages are stacked on top of each other and bound into a book along a binding line adjacent to the binding edge with one side thereof as a binding edge;

An extension part is formed by extending outward from the other side of any page assembly sheet opposite to the binding edge. The extension part is provided with a plurality of binding holes and can be bound on the binder ring of the binder.

Preferably, the page components are made of one or both of paper and plastic materials.

Preferably, the page assembly sheet is formed by two plastic film sheets stacked relative to each other to form an open bag body, and a plurality of the page assembly sheets are bound into a book along the binding line by hot-melt method for storing documents.

The above-mentioned purposes and advantages of the present invention can be easily understood from the detailed description and accompanying drawings of the following selected embodiments.

As shown in FIG. 1, the first embodiment of the loose-leaf structure provided by the present invention is convenient for displaying multiple pages of loose-leaf content simultaneously and for cross-comparison. The bound book 100 formed by the loose-leaf structure includes a plurality of page components 1 made of paper material. The page components 1 are stacked on each other and folded in half along a binding line 2, and then bound into a book with saddle stitches. The binding method can also be glue binding or thread glue binding. After the page components 1 are bound into a book, they can be used as a general notebook for writing and recording.

In the first embodiment shown in FIG. 1 , the page assembly sheets 1 are symmetrically folded along the binding line 2 and divided into a first page 11 and a second page 12 by the binding line 2. The first pages 11 each have a first page width L1 and a first page edge 111 relatively far from the binding line 2, and the second pages 12 each have a second page width L2 and a second page edge 121 relatively far from the binding line 2. In this embodiment, the first page width L1 is consistent with the second page width L2. The second page assembly sheet 1 from the bottom to the top of the page assembly sheets 1 also has a first page 11 and a second page 12. The first page edge 111 of the first page 11 extends outward to form an extension portion 3, and the second page edge 121 of the second page 12 can also extend outward to form an extension portion 3. The extension portion 3 is provided with a plurality of binding holes 31 for binding on the binder ring of a binder. Since the work has been bound into a book, there will be no problem of paper sheets being easily scattered around during binding. During binding, the extension portion 3 can be quickly bound on the binder ring of the binder. And the thickness of the page assembly sheet 1 having the extension portion 3 is greater than the thickness of any other page assembly sheet 1, so as to withstand greater pulling force and extend the service life.

When the loose-leaf structure of the first embodiment described above is used, as shown in FIG. 2 and FIG. 3, two bound books 100 with one side of the extension 3 are placed opposite to each other and bound to the binder ring 41 of the binder 4. At this time, the extension 3 of the bound book 100 located on the left side of the binder 4 is located at the second page edge 121 and can be opened to the left. The extension 3 of the bound book 100 located on the right side of the binder 4 is located at the first page edge 111 and can be opened to the right. As shown in FIG. 4 , when reading, the left and right binding books 100 are opened at the same time, and the four pages are spread out at the same time to display the contents in front of the reader, and it is convenient for the reader to cross-comparison and read, and it is more convenient for the reader to check the information.

From the above description and structure, it can be known that the biggest difference between the present invention and the traditional loose-leaf document book is that the binding hole 31 of the present invention used for the loose-leaf folder is not located on the same side as the binding part of the document book. The purpose of setting the binding hole of the traditional document book or notebook is only to facilitate storage and reading. Therefore, when making it, the loose-leaf binding hole will be directly set on the side on the same side as the binding part, so that the purpose of storing the document book or notebook in the loose-leaf hole folder and conveniently reading can be achieved. The reason why the conventional loose-leaf perforation positions and the improved version of this creation have the above-mentioned differences is that the conventional loose-leaf binding holes do not take into account the need to compare and contrast the contents of different books or notebooks with each other. Therefore, according to the traditional loose-leaf binding hole design method, the contents of the books and notebooks stored in the binder cannot be cross-presented and compared at the same time unless the books or notebooks are taken out of the binder. However, through this creation's "loose-leaf structure that facilitates the simultaneous presentation of multiple pages of loose-leaf contents and cross-comparison with each other", the books and notebooks stored in the binder can compare and contrast the contents of each other without having to be taken out of the binder. It can be said that the functional improvement is very obvious.

As shown in FIG. 5, the second embodiment provided by the present invention is different from the first embodiment in that the page components 1 are folded in half along the binding line 2 to form an asymmetric folded structure, and the first page width L1 is greater than the second page width L2. In this embodiment, the page components 1 are all made of paper and bound into a book by threading and gluing.

As shown in FIG. 6 , the third embodiment provided by the present invention is different from the first embodiment described above in that the bottom page assembly sheet 1 of the multiple stacked page assembly sheets 1 can be made of cardboard or plastic sheet, and when folded together, it serves as a cover to protect the inner pages. The page assembly sheet 1 is divided into a first page 11 and a second page 12 by the binding line 2, and the first page edge 111 of the first page 11 extends outward to form an extension portion 3 for binding. The extension portion 3 can be pre-opened with a plurality of binding holes 31, or additional holes can be opened according to the number of holes of the binder used to meet the use requirements of binders of different specifications. Because cardboard and plastic sheet have better toughness, they are not easily pulled and damaged during use, and can effectively protect the inner pages.

The fourth embodiment provided by the present invention is shown in FIG. 7. The page assembly sheet 1 is composed of two plastic film sheets 13 stacked relative to each other to form an open bag body. A plurality of the page assembly sheets 1 are bound into a book by hot-melt along the binding line 2. The first pages 11 and the second pages 12 are both in a bag shape for storing documents. The second page edge 121 of one of the second pages 12 extends outward to form an extension portion 3, and the extension portion 3 is provided with a plurality of binding holes 31. When in use, the documents 5 to be stored and organized are loaded into the first page 11 or the second page 12, and the extension portion 3 is inserted into the loose-leaf folder ring, so that the documents can be classified and stored in the loose-leaf folder without punching holes to destroy the integrity of the documents.

Furthermore, the fifth embodiment provided by the present invention is shown in FIG. 8, where a plurality of page assembly sheets 1 made of paper are stacked one on top of another, and one side edge 14 is used as a binding edge, and bound into a book along a binding line 2 adjacent to the binding edge. The extension portion 3 is formed by extending outward from the other side edge 14 of any page assembly sheet 1 opposite to the binding edge. In this embodiment, the extension portion 3 is formed by extending outward from the side edge 14 of the second page assembly sheet 1 from the bottom to the top, and the extension portion 3 is provided with a plurality of binding holes 31, which can be bound on the binder ring of a binder. The bound book prepared by this embodiment has a larger writing and recording space, which is convenient for writing.

As shown in FIG. 9, the sixth embodiment provided by the present invention is another embodiment of the fourth embodiment. The page assembly sheet 1 is composed of two plastic film sheets stacked relative to each other to form an open bag body 15 for storing documents 5. Multiple sheets of the page assembly sheet 1 are stacked on each other, and one side edge 14 is used as a binding edge. They are bound into a book by hot-melt method along a binding line 2 adjacent to the binding edge, forming a bag body 15 with multiple documents that can be placed, which is convenient for storing documents. The page assembly sheet 1 at the bottom extends outward from the other side edge 14 opposite to the binding edge to form an extension portion 3. The extension portion 3 is provided with a plurality of binding holes 31 for binding in a loose-leaf folder so as to classify and file the documents.

The loose-leaf structure provided by this creation, which allows for the simultaneous presentation of multiple pages of loose-leaf content and facilitates cross-comparison, has the following technical advances and advantages:

First, it can be replaced quickly. This work is composed of multiple pages that are folded in half along the binding line and bound into a book. The extension part is bound to the binder ring of the binder. When replacing, the whole book can be taken out without the problem of pages being misplaced and unable to be inserted into the binder ring, achieving the effect of quick replacement. The replaced book does not need additional binding and can be kept intact.

Second, it is easy to read. When using it, at least two bound books of creation can be placed opposite to each other and bound in loose-leaf folders. The two bound books facing each other can be opened in opposite directions, so that four pages can be presented at the same time, making it convenient to read the data in comparison with each other.

Third, they can be used in any combination. In addition to binding papers into books for easy replacement, this creation can also bind data bags into books. When using, paper books and data bags can be placed in the loose-leaf folder, and the quantity and proportion can be adjusted according to actual needs. They can be used in any combination, which is flexible and convenient.

Fourth, no additional accessories are needed, which reduces costs. The extension part of this creation can be directly inserted into the loose-leaf binder ring for binding, and no additional accessories are needed, which reduces costs.

However, the disclosure of the above embodiments is only used to illustrate the present invention, not to limit the present invention, so any change in numerical values or replacement of equivalent components should still fall within the scope of the present invention.

In summary, those who are familiar with this technology should be able to understand that this creation can indeed achieve the above-mentioned purpose and actually complies with the provisions of the Patent Law, so they can apply for it in accordance with the law.

100: Bound book 1: Page assembly 11: First page 111: First page edge 12: Second page 121: Second page edge 13: Film 14: Side edge 15: Bag L1: First page width L2: Second page width 2: Binding line 3: Extension 31: Binding hole 4: Binder 41: Binder ring 5: Document

Figure 1 is a schematic diagram of the three-dimensional structure of the first embodiment of this creation. Figure 2 is a schematic diagram of the structure of the first embodiment of this creation in use. Figure 3 is a schematic diagram of the structure of the first embodiment of this creation when the inner pages are closed from an upward perspective. Figure 4 is a schematic diagram of the structure of the first embodiment of this creation when the inner pages are opened from an upward perspective. Figure 5 is a schematic diagram of the three-dimensional structure of the second embodiment of this creation. Figure 6 is a schematic diagram of the three-dimensional structure of the third embodiment of this creation. Figure 7 is a schematic diagram of the three-dimensional structure of the fourth embodiment of this creation. Figure 8 is a schematic diagram of the three-dimensional structure of the fifth embodiment of this creation. Figure 9 is a schematic diagram of the three-dimensional structure of the sixth embodiment of this creation.

100:Binding books

1: Page composition

11: First page

111: First page margin

12: Second page

121: Second page margin

L1: First page width

L2: Second page width

2: Binding line

3: Extension

31: Binding hole

Claims (8)

A loose-leaf structure that facilitates the simultaneous presentation of multiple pages of loose-leaf content and facilitates cross-comparison and comparison with each other, comprising: Multiple page components, which are stacked on each other and folded in half along a binding line and bound into a book, wherein the page components are divided by the binding line to form a first page and a second page, and the first pages have a first page width and a first page edge relatively far from the binding line, and the second pages have a second page width and a second page edge relatively far from the binding line; An extension portion, which is extended outward from any first page edge or second page edge, and the extension portion is provided with a plurality of binding holes, and can be bound to the binder ring of a binder. A loose-leaf structure as described in claim 1 that allows multiple pages of loose-leaf contents to be presented simultaneously and cross-compared with each other, wherein the first page width is consistent with the second page width. As described in claim 1, a loose-leaf structure is provided for simultaneously presenting multiple pages of loose-leaf contents and for convenient cross-comparison with each other, wherein the first page width is smaller than the second page width, and the extension portion is formed by extending outward from any second page edge. A loose-leaf structure as described in claim 1 that allows multiple pages of loose-leaf content to be presented simultaneously and conveniently cross-compared with each other, wherein the pages are composed of one or both of paper and plastic materials. A loose-leaf structure as described in claim 1 that allows multiple pages of loose-leaf content to be presented simultaneously and to be easily cross-compared with each other, wherein the page assembly sheet is composed of two plastic film sheets stacked relative to each other to form an open bag, and multiple pages of the page assembly sheet are bound into a book along the binding line by hot-melt bonding, and the first pages and the second pages are both in bag shape for storing documents. A loose-leaf structure that facilitates the simultaneous presentation of multiple pages of loose-leaf content and cross-comparison, comprising: Multiple page-forming sheets, which are stacked one on top of the other and bound along a binding line adjacent to the binding edge with one side as a binding edge; An extension portion, which is formed by extending outward from the other side of any page-forming sheet opposite to the binding edge, and has a plurality of binding holes, which can be bound to the binder ring of a binder. A loose-leaf structure as described in claim 6 that allows multiple pages of loose-leaf content to be presented simultaneously and conveniently cross-compared with each other, wherein the pages are composed of one or both of paper and plastic materials. A loose-leaf structure as described in claim 6 that allows multiple pages of loose-leaf content to be presented simultaneously and to be easily cross-compared with each other, wherein the page assembly sheet is composed of two overlapping plastic film sheets to form an open bag, and multiple pages of the page assembly sheet are bound into a book along the binding line by hot-melt method for storing documents.

Images