JPH0544314Y2 - - Google Patents

Description

[Detailed Description of the Invention] [Industrial Application Field] The present invention relates to a floppy disk holder for storing and organizing floppy disks used in personal computers and the like.

[Conventional technology]

In recent years, with the rapid spread of personal computers such as word processors, various storage supplies such as holders and cabinets have been widely used to store, organize, and store floppy disks.

FIG. 4 is a perspective view of a conventional floppy disk holder of this type, and FIGS. 5a and 5b are a side view and a sectional view of a floppy disk pocket. In the figure, a floppy disk holder 1 includes a mount 2 formed of cardboard in the form of a half-fold spread, 3 partition sheets of the same paper quality provided at the half-folded part, 3 partition sheets of the same paper quality provided at the half-folded part, and a floppy disk holder 1 on the inner surface of the front cover side of the mount 2. Two bag-shaped floppy disk pockets 5 (hereinafter simply referred to as pockets 5) are provided for storing floppy disks. This pocket 5 is made of paper of the same quality as the mount 2 or slightly thinner, and three sides of the paper are bent and pasted to the mount 2. The height is twice the thickness of the paper. When storing the floppy disk 4 in the pocket 5, the user opens the pocket 5 with one hand and inserts the floppy disk 4 with the other hand. The stored floppy disk holder 1 is normally stored, organized, and stored in a cabinet or the like in an upright position with the index portion facing upward.

[Problem that the invention attempts to solve]

However, in such a conventional floppy disk holder, the floppy disk 4
When inserting or taking out the floppy disk 4 and mount 2 from the pocket 5,
The floppy disk 4 is likely to warp as shown in the figure. Furthermore, since the pocket 5 is in close contact with the mount 2, it is difficult to open the pocket 5 when taking it out, and force is inevitably applied to the floppy disk 4, often damaging its recording surface or central hole. Furthermore, if the holder 1 is placed too close together and placed in a cabinet, or if it is placed horizontally and a book or the like is placed on top of it, a large amount of pressure will be applied to the floppy disk 4, causing deformation and damage to the recording surface. There is a risk of As described above, conventional floppy disk holders have the disadvantage that they are susceptible to deformation due to repeated warping, deformation and damage due to finger pressure or external pressure, which reduces their durability and makes the floppy disk unreadable. It was hot.

Furthermore, in the case of the above-mentioned floppy disk holder 1, together with the floppy disk 4, its contents, lists, etc., and various related documents, etc. can be filed together, so that they can be organized together. It is desirable to preserve the information, and it is necessary to take this point into consideration.

[Means for solving problems]

In order to solve such problems, the floppy disk holder according to the present invention has a floppy disk pocket attached to the front cover side of a mount formed in a half-fold spread shape, and the floppy disk pocket is attached so that it can be raised or lowered freely. The total thickness of the floppy disk and the floppy disk pocket is set so that when the floppy disk pocket is laid down on the mount, the floppy disk is surrounded and the state in which the floppy disk is stored in the floppy disk pocket is maintained. Pressure protection paper of at least the same thickness is pasted on the front cover of the mount, and then attached to the half-folded part of the mount formed with a thickness equivalent to the thickness of the pressure protection paper, between the back cover side and the back cover side. A partition part for sandwiching documents is provided on the mount, and an index piece is integrally provided on a part of the side edge of the mount for classifying and displaying the documents sandwiched between the floppy disk and the back cover and the partition paper.

[Effect]

According to the present invention, when a floppy disk is inserted into or taken out from a pocket, the pocket is held upright, and the floppy disk can be inserted and removed without deforming or damaging the floppy disk. I can do it. Further, even if pressure is applied to the floppy disk holder after storage, this pressure acts on the pressure protection paper and the floppy disk is not pressurized.

Furthermore, according to the present invention, along with a pocket for the floppy disk, documents related to the floppy disk can be sandwiched and filed between the back cover of the mount and the partition paper, and the classification can be displayed using an index piece. Because of this, you can efficiently organize and store floppy disks, documents, etc.

〔Example〕

1 to 3 show an embodiment of the floppy disk holder according to the present invention, FIG. 1 is a plan view of the floppy disk holder with the mount opened, and FIG. 2 is the same as that of FIG. 1.
AA enlarged sectional view and FIG. 3 are perspective views of the floppy disk holder. In these figures, a floppy disk holder 11 (hereinafter abbreviated as holder 11) has a mount 1 consisting of a front cover 12A and a back cover 12B formed in a half-folded spread shape from cardboard.
2 and a partition paper 13 of the same quality provided on the half-folded portion 12C, and an index piece 14 is integrally formed at one end of the mount 12. Mount 1
On the inner surface of the front cover 12A of 2, two floppy disk pockets 15 (hereinafter simply referred to as pockets 15) are arranged side by side across the entire width of the mount 12 with a slight interval between them. This pocket 15 is formed into a rectangular bag shape using a mount made of rather thin paper, and has a notch 15a at its opening end for a finger to be placed on when the pocket is opened. pocket 1
A cut-and-raised piece 15b is formed on the bottom edge of 5 by making strip-shaped cuts on three sides, and by pasting this cut-and-raised piece 15b on the mount 12, a pocket 15 is formed to be able to rise and fall freely with respect to the mount 12. Reference numeral 16 is a connecting tape formed in a band shape and having one end attached to the mount 12, and the other end attached to the back surface of the open end of the pocket 15, so that when the pocket 15 is raised, the rising angle is 30 degrees. degree, and when the pocket 15 is laid down, this and the mount 1
It is configured to be folded between the two. The periphery of the collapsed pocket 15 is formed into an H-shape in plan view by band-like pieces 17a, 17b on both sides and a connecting piece 17c connecting them.
A pressure protection paper 17 having at least the same thickness as the total thickness of the floppy disk stored in the holder 11 is attached to the mount 12, and the pressure applied to the surface of the holder 11 when the holder 11 is closed is applied to the pressure protection paper 17. It is configured to act on the pressure protection paper 17. And pocket 1 for floppy disk like this
When the floppy disk 5 is laid down, the floppy disk stored in the pocket 15 is prevented from slipping out by the pressurized protection paper 17 and maintained in the stored state. Reference numerals 18 and 19 are adhesive pieces generally called hook-and-loop fasteners, which are stuck inside the rectangular small recesses, and are attached to the backing paper 12 of the strip 17a and the partition plate 13.
It is provided on the opposite part when closed, and the mount 1
2 is closed and the holder 11 is carried, the mount 12 is opened and the floppy disk is prevented from falling.

In addition, in the half-folded spread sheet mount 12, the half-folded portion 12C is formed to have a thickness corresponding to the thickness of the pressure protection paper 17, and a partition plate of the same paper quality is provided on the half-folded portion 12C. 13 and mount 12
A list of contents recorded on the floppy disk and various documents related thereto are stored together between the back cover 12B and the back cover 12B of the floppy disk. Further, on a part of the side edge of the mount 12, classifications of floppy disks stored in the floppy disk pocket 15 and documents sandwiched between the back cover 12B of the mount 12 and the partition paper 13 are displayed. An index piece 14 is integrally provided and is configured to be useful when organizing and storing the holder 11.

With the above configuration, when storing the floppy disk in the pocket 15, the mount 12 and the partition paper 13 are attached to the adhesive pieces 18, 19.
After opening the pocket 15 against the adhesive force, the pocket 15 is erected as shown by the chain line in FIG. in this case,
Since the periphery of the floppy disk to be inserted is open, it can be easily inserted into the pocket 15 without warping the floppy disk. When taking out a floppy disk from the pocket 15, it is possible to easily take out the disk by simply standing up the pocket 15 and opening it slightly. In addition, in this embodiment, the pocket 15 and the mount 1
2 are connected by the connecting tape 16, so that if the pocket 15 is opened and supported by hand until it is fully stretched, the pocket 15 will not move and will be stable, making it easier to insert the floppy disk.

After storing the floppy disk in the pocket 15, the mount 12 is closed and the holder 11 is stored in an organized manner by standing it up in the cabinet with the index piece 14 facing upward. In this case, even if the holder 11 is forcibly packed and pressurized, or if a book or the like is placed on the holder 11 placed on a flat surface outside the cabinet and pressurized, the pocket 15 will not be as thick or thicker than the pocket 15 in which the floppy disk is stored. By providing the pressurized protection paper 17, pressure acts on this paper 17,
No pressure is applied to the pocket 15. In addition, in this embodiment, the adhesive pieces 18 and 19 are provided, so there is less risk of the holder 11 opening when it is closed and carried, and the floppy disk can be safely placed without falling even if the open side is facing down. be.

Further, in this embodiment described above, documents related to the floppy disk can be sandwiched and filed between the back cover 12B of the mount 12 and the partition paper 13 together with the pocket 15 for the floppy disk. Moreover, since the classification display is performed using the index piece 14, the floppy disk,
Organize and store documents efficiently.

Although an example has been shown in which the pressure protection paper 17 is formed in an H-shape, it is more effective if it is provided so as to surround the four circumferences of the floppy disk pocket 15. Furthermore, for large (usually 8 inch) floppy disks that cannot be placed in parallel on the inner surface of the mount 12,
One floppy disk pocket 15 may be provided on the inner surface of the front cover of the mount and one floppy disk pocket 15 on the inner surface of the partition plate 13 opposite thereto, and pressure protection paper 17 may be attached around the four circumferences.

[Effect of idea]

As explained above, according to the floppy disk holder of the present invention, the floppy disk pocket is attached to the front cover side of the mount formed in a half-fold spread shape, and the pocket is A pressurized protective paper with a thickness at least equal to the total thickness of the floppy disk and pocket is placed around the floppy disk to maintain the state in which the floppy disk is stored in the pocket when the floppy disk is laid down on the mount.
A partition paper is attached to the front cover of the mount, and the half-folded part of the mount is formed to have a thickness corresponding to the thickness of the pressure protection paper, and a partition paper is provided to sandwich the document between it and the back cover side. An index piece is integrated into a part of the side edge of the mount to display the classification of the floppy disk and the documents that are inserted between the back cover and the divider paper, so despite its simple structure, it is easy to carry in your pocket. In an upright state, the floppy disk can be inserted into or taken out from the pocket, and the floppy disk can be inserted and taken out without deforming or damaging the floppy disk. Furthermore, even if pressure is applied to the floppy disk holder after storage, this pressure will act on the pressure protection paper and the floppy disk will not be pressurized, causing deformation of the floppy disk. , can prevent damage and improve its durability.

Furthermore, according to the present invention, documents related to the floppy disk can be sandwiched and filed between the back cover of the mount and the partition paper along with the pocket for the floppy disk, and the classification can be displayed. Since it can be done using index pieces, floppy disks, documents, etc. can be organized and stored efficiently.

[Brief explanation of the drawing]

1 to 3 show an embodiment of the floppy disk holder according to the present invention, FIG. 1 is a plan view of the floppy disk holder with the mount opened, and FIG. 2 is the same as that of FIG. 1.
AA enlarged sectional view, Fig. 3 is a perspective view of a floppy disk holder, Fig. 4 is a perspective view of a conventional floppy disk holder, Fig. 5a is a side view of the floppy disk pocket, and Fig. 5b is also a sectional view. 11... Floppy disk holder, 12...
Mount, 15...Pocket for floppy disk,
17...Pressure protection paper, 17a, 17b...Strip piece, 17c...Connection piece.

Claims (1)

[Scope of utility model registration request] A mount formed in the form of a half-fold spread, a floppy disk pocket formed separately from the mount and whose bottom edge is affixed to the front cover side of the mount so that it can rise and fall freely, and the floppy disk pocket. The floppy disk is attached to the front cover of the mount so that the floppy disk can be kept housed in the floppy disk pocket by surrounding the disk pocket when the floppy disk pocket is laid down on the mount. A pressurized protection paper having at least the same thickness as the total thickness of the floppy disk pocket, and a partition paper provided at the half-folded part of the mount to sandwich documents between it and the back cover side, and the mount is folded in half. The portion is formed to have a thickness corresponding to the thickness of the pressure protection paper, and a part of the side edge of the mount is provided with a floppy disk to be stored in the floppy disk pocket and a portion of the mount. A floppy disk holder characterized by being integrally provided with an index piece for classifying and displaying documents sandwiched between a back cover and a partition paper.