JPS6017353Y2 - file - Google Patents

Description

[Detailed explanation of the idea] The present invention relates to an improved structure of files.

An example of a conventional general film is as shown in FIG. A type in which the elastic binding rod C is made to protrude to the side, and after passing this elastic binding rod C through a punched hole in the document to be filed, a holding metal fitting is attached to the binding stick C, and the document is held between the holding metal fitting and the file cover A. is the mainstream, and with this structure, the files are relatively thick due to the necessity of attaching the binding metal fitting B, and since the binding metal fitting B is exposed to the outside, a large number of files A are stored on the bookshelf. When an arbitrary file is extracted from the file, a situation may occur in which the binding fitting B catches on the adjacent file A and damages it.

The first object of the present invention is to eliminate the binding metal fittings B that are exposed to the outside and to make the file thinner.

The second purpose of this invention is that by eliminating the binding metal fittings mentioned above, it is possible to file a thin file into another large file, something that could not be expected with conventional files. It provides convenient functions for storing documents, catalogs, etc.

Hereinafter, one embodiment of the present invention will be explained using FIGS. 1 to 4. 1 is a mount having upper and lower pairs of binding holes 3 on both sides of the center fold line 2. A colored synthetic resin film 4 (including pattern printing) is adhered to the entire front surface of the mount 1, thereby forming a file cover 5.

Separately from the file cover 5, a sheet-shaped substrate 6 made of synthetic resin or a paper material with synthetic resin films pasted on the front and back sides is fixed to one inside surface of the mount 1 using an adhesive. .

This sheet piece-like substrate 6 is provided with a through hole 7 (FIG. 3) that overlaps with the binding hole 3, and a pair of upper and lower binding fins 8, 8 are provided in the sheet piece-like substrate 6 in the vertical direction of the mount. The pair of binding fins 8 extend integrally with the board 6.
, 8 are in a state where the sheet piece-like substrate 6 is adhered to the mount 1 and separated from the mount 1.

Incidentally, the binding fins 8, 8, like the substrate 6, are formed of synthetic resin or of a synthetic resin film adhered to paper material.

However, the present invention has punched holes 10 in the documents 9 to be bound.
10, and pass the binding fins 8, 8 of the sheet piece-like substrate 6 through the punched holes 10 and 10, and then insert the restraining metal fitting 11 from above.
The binding fins 8.8 are passed through the through holes 12, 12 of the holding fitting 11, and the binding fins 8.8 are fixed with the slide stoppers 13.degree. 13, and the documents 9 are bound and used.

Then, when binding the film with the documents bound as described above into another larger file, the binding hole 3 of the mount 1,
A hole is made with a suitable tool in the synthetic resin file 4 covering the mount 1 at the part 3 to expose the binding holes 3, 3 to the outside, and the exposed binding holes 3, 3 are used. Use it by binding it into a separate large file.

The present invention is as described above, and does not use a binding metal fitting like the conventional file described at the beginning, but instead fixes a sheet-shaped substrate to the inside of a mount, and binds the sheet-shaped substrate while being separated from the mount. Because it is an extension of the fin,
This method is useful for practical purposes as it allows the creation of files that are thinner and less bulky due to the fact that binding hardware is not used.
This is convenient because there is no fear that the binding metal fittings may damage other files.

In particular, in the present invention, since the sheet-shaped substrate is fixed with adhesive to the inner surface of the mount that constitutes the file cover, the substrate can be attached to the outer surface of the file cover and attached to the substrate either integrally or separately. The conventional mounting method involves penetrating the file cover and protruding it to the inner surface of the cover, or the mounting method involves fixing the board to the file cover using fasteners such as screws or caulking rings. Compared to the previous version, mounting the board is extremely easy and can significantly reduce the manufacturing cost of the file.Moreover, since the board itself or fasteners such as screws are not exposed on the file surface, the appearance is improved. This improves the quality of the file, eliminates the risk of damaging other files, and furthermore, since the substrate, fasteners, etc. do not protrude from the surface of the file, it is possible to provide a file that is not bulky and has a thin width.

In addition, the binding holes are punched in the backing paper and a colored synthetic resin file is pasted on the entire front side of the backing paper, so the binding holes are not visible during normal use and it looks good. By drilling a hole in a synthetic resin file and opening a binding hole, this single file can be easily bound into, for example, another large file using the binding hole, which is convenient for file management. When binding such individual files, each file has a file cover, so the documents bound in each file are completely separated from the documents in other adjacent files, and each file has a file cover. It becomes easier to distinguish between each document, etc., and there is no risk that the documents, etc. of each file will be damaged by binding tools such as boards of other files.In addition, in this case, since each file cover is colored, it is easy to distinguish the color of each file cover. By making each document different, it becomes clear at a glance which document is bound to which file, making the use of the files even more convenient.

[Brief explanation of the drawing]

Figures 1 to 4 show an embodiment of the present invention, in which Figure 1 is a perspective view of the file seen from the front side, Figure 2 is a perspective view of the file seen from the inside side, and Figure 3 is a perspective view of the file seen from the inside side. 4 is an exploded perspective view of the file, FIG. 4 is an enlarged perspective view of the binding portion, and FIG. 5 is a perspective view of a conventional file. 1... Mount, 2... Center fold line, 3.
... Binding hole, 4 ... Colored synthetic resin file, 5 ... File cover, 6 ... Sheet piece board, 8 ... Binding Fin, 11...
・Retaining metal fittings.

Claims (1)

[Scope of utility model registration request] A pair of upper and lower binding holes 3 on both sides of the center fold line 2,
A colored synthetic resin film 4 is pasted on the entire surface of the front side of the mount 1 with holes 3 and 3.3 perforated therein to form a file cover 5, while a sheet strip-like substrate 6 is filled with the binding holes 3 and 3. Corresponding overlapping through holes 7, 7 are provided, and a pair of upper and lower binding fins 8, 8 extending vertically from the substrate 6 are integrally provided,
The sheet piece-like substrate 6 is fixed with adhesive to a position near the folding line 2 on one side of the inside of the mount 1, and the binding fins 8, 8 are released from the inside one side of the mount 1, and the binding fins 8, 8
A file characterized in that a retaining metal fitting 11 is detachably attached.