JPS62259897A - File for binding and filing method - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed Description of the Invention] [Industrial Application Field] The present invention provides a self-supporting structure for storing books, etc., which have weak self-supporting strength, and an increased self-supporting strength when they are arranged side by side on a bookshelf, and the same. It concerns the file method.

[Prior art and its problems]

Generally, files for storing paper, documents, etc. are equipped with a file cover with a U-shaped cross section that covers the contents, and a binder installed near the base of the U-shape. death,
The U-shaped diagonal part of the file cover has a structure that can be opened and closed freely, and the folded part is formed by stamping the corner part with a crease.

Figures 8 to 10 show examples of conventional binding files, in which (1) is the front cover, the front cover (la), the back cover (I
b), spine (lc), g-section (1d) are (la)
, (lc), (ld).

(1b) are formed in a series in a U-shape, and the binding part (1d) protrudes inward between the spine (1c) and the back cover (1b) and is folded double. has been done. (le
): (la-work) + (tezL (la3-n is a fold that can be bent freely. The binding part (1d) has a binding hole (1
f) and a holding hole (1g) and a binding band (2)
, and engage the binding presser (3) to close the binding section (1d).
) and the presser (3) to hold the document and file it.

[Problem that the invention seeks to solve]

In general, for books with thin sheets and thin cover materials, the spine part is made strong due to binding reasons such as sewing and gluing, but the edge part on the other side is flexible and prevents each sheet from shifting or coming apart. The stiffness is low. Therefore, when placed on a bookshelf, the self-supporting strength is weak, and unless firmly clamped from both sides, the leading edge tends to collapse, and this tendency becomes particularly strong when the books are placed side by side and partially inserted or removed. The file itself has a two-letter spine, so it has great self-standing strength, but the tip of a thin cover material tends to bend when the weight of the document is applied to it, and once it gets bent, it tends to fall over more and more. encourage When a document with low self-supporting strength as mentioned above is inserted into such a file, the self-supporting strength of the leading end is weak, but the combination of similar documents is still weak, and the leading end is bent.
It collapsed and fell down (there was no change in direction d).

In addition, in the conventional filing method, the letters on the spine of the document are hidden by the spine (1c) of the file, so a title indicating the contents of the file must be written on the spine (1c), which is troublesome. For example, when transcribing items such as patent publications that have multiple numbers displayed, the transcribing is time-consuming and tedious due to the large volume.

[Means for solving problems]

The present invention eliminates these conventional drawbacks and increases the self-supporting strength by providing a bending section at the tip on the opposite side of the file storage section, thereby creating a binding that is unlikely to collapse or fall when placed side by side on a bookshelf. This is used to obtain files for installation. Furthermore, the present invention provides a filing method in which the binding file is used to increase the self-supporting strength of the tip on the opposite side of the binding section, thereby making it possible to easily read the letters on the back of the binding contents.

[Effect]

According to the present invention, when documents with weak self-supporting strength are stowed into a file using a thin cover material, the open end gains rigidity from the stapling section, and the tip end bends the file. The self-supporting strength is obtained depending on the section, and the self-supporting strength of the file as a whole is increased by mutual complementation, and there is no risk of the file collapsing or falling over when placed side by side on a bookshelf. In addition, since the text on the back of the document is on the open side of the file, it can be easily read without opening the file, and if it is placed side by side on a bookshelf with the open side facing outward, the text on the back can be read as it is. can.

〔Example〕

Embodiments of the present invention will be described below with reference to the drawings.

1 to 7 show embodiments of the binding file of the present invention, FIG. 1 is a perspective view, FIG. 2 is a top view, FIG. 3 is an explanatory view of the main parts of the binding section, and 6 to 6 are explanatory diagrams showing the attachment state of the storage tool, and FIG. 7(a).

(b), (c), and (d) are explanatory diagrams showing a state in which documents are inserted into the binding file of the present invention. In these figures, the same or equivalent parts as in FIGS. 8 to 10 are designated by the same numbers.

(1) is the cover, from the front cover (1a) to the spine (IC),
! It is continuously bent into a U-shape on the front cover (1b), and a binding part (1d) is formed at the open end of the back cover. Binding section (1
d) is formed by double folding to maintain strength.

(le): (let), (la2), and (la3) are the folds, which are made to have creases by embossing, etc., so that they can be bent freely. There are multiple folds (le) between the front cover (1a) and spine (1c) that can be selected according to the thickness of the contents.
:(1e2), (le,), . . . are provided. In addition, the spine (1c) portion, which is the base of the U-shaped folded portion, may be made into an arc shape, or an additional fold (1e4) may be provided in the center to form a V-shaped
It is possible to modify the shape by making it into a letter shape or by adding a plurality of folds, and these are collectively referred to as a substantially U-shape. Binding section (l
d) has, for example, two binding holes (1f) and each binding hole (1f).
A holding hole (1g) is provided near the holding hole (1g), and a binding band (2) extending from the holding hole (1g) through a binding hole (1f) is attached. (3) is a binding presser that cooperates with the band (2), and includes a presser main body (3a) and a slider (3b) that engages with and slides on the presser main body (3a). 3a) has a through hole (3c) provided in alignment with the position of the band (2) and through which the band (2) passes. After loading the document into the band (2), presser main body (3a)
) through the hole (3c) of the presser holder (3), and slide the slider (3b) to create a band () between the slider (3b) and the presser main body (3a). 2) is used to hold and file documents.

When files filed in this way are placed side by side on a bookshelf, the binding section side is given rigidity by sewing or gluing the contents themselves, or binding by binding, and the tip end spine side is given rigidity by the binding of the file spine. The letter-shaped or substantially U-shaped formation provides self-supporting strength and a certain degree of rigidity, and ensures self-sustainability at both the folded portion and the open end of the file, that is, on the side of the binding portion.

Therefore, either the binding section side or the spine side can be used as the front side of the bookshelf, that is, the display surface, and independence is maintained in either case.

If the binding section side is facing you, the letters on the spine of the binding contents will be displayed as shown in arrow A, and if the spine side is facing you, the writing on the spine side will be displayed. Further, an extension part (1h) or (lh') can be provided at the tip of the front cover (1a) to protrude and serve as a display part for a title or the like.

In addition, if you write the title on the spine and store it in a bookshelf with that side facing you, the spine of the contents will not be visible when it is left on the bookshelf, but once you take it out of the bookshelf, you will be able to open the files one by one. You can easily see the letters on the back even if you don't have it, and you can save time and effort when searching as described above. Second
Figure (b) shows a case where an extension (lh') is provided at the tip of the back cover.

FIG. 3 shows the state of the file, and FIG. 3(a) shows the best file state when the thickness of the contents to be bound is appropriate. Third
Figure (b) shows a case where the thickness of the contents is smaller than the folded part of the file, and by slanting the spine of the file, the shoulders are adjusted to correspond to the thickness of the contents. FIG. 3(c) shows a case where the thickness of the contents is too large, and the file is folded from the preliminary fold. Figure 3 (b) and (C) In both cases, the front cover will retract slightly, but if the design is designed to sufficiently cover the binding presser, adjacent files will be easily removed during parallel loading and unloading. There is no risk of it getting caught in the presser. If the front cover is retracted and it is inconvenient to take it in and out, the problem can be easily solved by designing the front end of the cover long in advance. The binding band (2) and binding presser (3) may be replaced with commonly used binding strings, binder metal fittings, etc., and the degree of binding of the binding part will change depending on the method, but it will be more independent than before. There is no change in the fact that sexuality improves.

In addition, there are conventional locker files that can be inserted and removed from the top inside the locker drawer to store thin sheets.
Some books are equipped with a simple binding tool on the open end side of the cover, but this binding tool is simply a convenience to prevent it from dissipating when filing, and it is not necessarily necessary to bind it. The purpose of the locker is to store thin sheets in a way that they can be inserted into and removed from the locker. In this case, the file thickness is thin compared to the area of the file cover, and the files cannot be stored in parallel on a bookshelf independently, and the rigidity due to binding cannot be obtained. For the purpose, it can be expected that the effect will be the same as, or even less than, the conventional files shown in FIGS. 8 to 10.

〔Effect of the invention〕

As described above, in the present invention, one cover is sequentially folded so as to be able to hold bound contents such as thick books, and at least one of the open ends of the cover facing the folded part has a binding part. , and the binding part is equipped with a binding tool, so even when documents with weak self-supporting strength are stapled into a file using a thin cover material, the open end is made more rigid by the binding part. Since the tip part has a self-supporting strength due to the file bending part, the file as a whole has a high self-supporting strength, and there is no risk of it collapsing or falling when placed side by side on a bookshelf. Also,
Since the spine of the document is on the open side of the file, it can be easily read without opening the file, and if the documents are lined up on a bookshelf with the open end facing outward, the spine can be read while the document is stored. Can be done. Therefore, it is not necessary to make the file cover material thick and strong in order to maintain its independence, and it is possible to obtain a file that is easy to handle at low cost due to features such as the ability to easily read the letters on the back of the bound contents. Can be done.

[Brief explanation of drawings]

1 to 7 show embodiments of the binding file of the present invention, FIG. 1 is a perspective view, FIG. 2 is a top view, FIG. 3 is an explanatory view of the main parts of the binding section, and 6 to 6 are explanatory diagrams showing the attachment state of the storage tool, and FIG. 7(a). (b), (C), and (d) are explanatory diagrams showing a state in which documents have been inserted into the interleaving file of the present invention. 8 to 10 show examples of conventional binding files, with FIG. 8 being a perspective view, FIG. 9 being a top view, and FIG. 10 being an explanatory view of the main parts of the binding section. (1) Two-person paper, (la): front cover, (ib): back cover, (lc): spine, (ld): binding section, (2): binding band, (3): binding Presser for loading, (3a): Presser main body, (3b): Slider, (4): Binding contents.

Claims (1)

[Scope of Claims] 1. The cover is sequentially folded so as to be able to hold bound contents such as thick books, and a binding part is provided on at least one of the open ends of the cover opposite to the folded part. A binding file characterized in that the binding part is provided with a binding tool. 2. The binding file according to claim 1, wherein the folded portion of the cover is U-shaped or approximately U-shaped. 3. The file for binding according to claims 1 and 2, characterized in that the folding portion of the cover has a plurality of folds, which can be selected depending on the thickness of the sandwiched contents. 4. The binding file according to claim 2, wherein the folded portion of the cover is U-shaped, and a separate fold is further provided at the center of the U-shaped base. 5. The binding file according to claims 1 and 2, wherein the open end of the cover is made to protrude from the binding section. 6. The cover is sequentially folded to form a U-shape or a substantially U-shape, and a binding part is formed on at least one of the open ends of the cover opposite to the folded part, and the binding content is inserted into this binding part. A filing method characterized by binding the spine of the item toward the open end of the cover.