JPH082575A - Disk storage - Google Patents

Abstract

(57) [Abstract] [Purpose] To provide a disc storage body that can be bound together with paper while reducing the cost and without degrading the appearance of the book while the disc is stored. [Structure] A paper material 5 composed of a thin paper 7 and a thick paper 9 attached to the thin paper 7 is superposed so that the thick paper 9 faces each other, and a disk 3 is housed between the superposed paper materials 5. In the body 1, the cardboard 9 has almost half the thickness of the disk 3 to be stored, and
The notches 2 that match each other in the above-mentioned superposed state
1, 23 are formed, and the disk storage portions 25, 27 for storing the disk 3 are formed by the cutouts 21, 23 in the state where the paper materials 5 are overlapped with each other.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a disk housing for housing a disk, which is a recording medium such as a floppy disk or a compact disk, and more specifically, it is suitable for being bound between papers constituting a book. Disc storage body.

[0002]

2. Description of the Related Art Discs, which are recording media such as floppy discs, compact discs, CD-ROMs, CD-Is, etc., have recently taken the form of FD books, CD books, etc., and constitute, for example, books. It is being stored between paper sheets and is beginning to be distributed in the market. And as a simple storage structure, as disclosed in Japanese Utility Model Publication No. 4-21491,
It is known that a bag contains a disc, or a tray is inserted into a recess formed in cardboard and the disc is stored in the tray.

[0003]

However, in the case where the disk is housed in a bag, especially when the disk has a certain thickness such as a floppy disk, the contours of the disk are formed on the paper located on the upper and lower surfaces of the disk during bookbinding. A line is formed along the line, which causes a problem that the appearance of the book is deteriorated.
In addition, although the problem that the product is deteriorated can be solved in the case where the disc is stored in the tray, there is a problem that the cost is increased because the tray is used, and the degree of actual use is low.

The present invention has been devised in view of the above circumstances, and an object of the present invention is to bind a book together with paper while reducing the cost and without deteriorating the appearance of the book in the state where the disc is housed. It is to provide a disc storage body that can be used.

[0005]

In order to achieve the above object, the present invention provides a paper material comprising thin paper and thick paper adhered to the thin paper, which are superposed so that the thick paper faces each other.
A disk storage body for storing a disk between the stacked paper materials, wherein the cardboard has a thickness of about half of the disk to be stored, and the cardboards are matched with each other in the stacked state. It is characterized in that a cutout portion is formed, and a disk storage portion is formed by the cutout portion to store a disk in a state where the paper materials are overlapped with each other.

Further, the present invention is characterized in that a plurality of the disk storage portions are provided. Further, the present invention is characterized in that the disc storage portion is formed in a size capable of accommodating a plurality of discs arranged in a plane.

Further, the present invention is characterized in that the cardboard is formed with slits for binding binding definition. Further, in the present invention, the disc has a rectangular shape, and the cutout portion has a size corresponding to the two sides of one of the two sides of the pair of the disc facing each other, and the disc The cardboard is formed in a rectangle having a size larger than the two sides, and the cardboard is characterized in that a protrusion protruding into the cutout portion is formed at a position corresponding to the size between the two sides of the other set.

Further, the present invention is characterized in that, in the superposed state, perforations are formed on the thin paper at a location along an outer edge of a disk stored in the disk storage section. Further, the present invention is characterized in that the perforations are formed along an outer edge of a substantially half portion of the disk. Further, the present invention is characterized in that, in the superposed state, the thin paper is formed with a window through which a portion of the disc stored in the disc storage portion can be visually recognized.

[0009]

In the disc storage portion, the disc is accommodated in a state where the position of the disc in the surface direction is regulated by the edge of the notch of the thick paper and the position in the thickness direction of the disc is regulated by the thin paper. Then, with the disc stored in the disc storage portion, the thickness of the disc,
Since it is almost equal to the total thickness of the superposed cardboards, there is no problem such as bulging of the portion corresponding to the disc in the disc storage body.

[0010]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS A disk housing according to the present invention will be described below with reference to the accompanying drawings. FIG. 1 shows a perspective view of a disk storage body. Reference numeral 1 denotes a disk housing, and in this embodiment, three rectangular floppy disks 3 are housed in the disk housing 1. In the disc storage body 1, after a piece of paper material 5 shown in the development view in FIG. 2 is folded and pasted together,
The top and bottom are cut and configured. First, the configuration of the paper material 5 will be described. The paper material 5 is configured by adhering a thick paper 9 shown in a developed view in FIG. 4 to a thin paper 7 shown in a developed view in FIG. 3, and is formed into a horizontally long rectangular shape in a developed state. 2A to 2D are sectional views taken along the lines AA, BB, CC and DD of FIG. 2, respectively. As the cardboard 9, cardboard, corrugated cardboard, or the like is used, and the cardboard 9 having the same thickness as the floppy disk 3 in a state where two cardboards 9 are stacked.

As shown in FIG. 2, a folding line 11 is formed vertically in the lateral center of the paper material 5, and the folding line 11 causes the paper material 5 to be divided into a left half portion 13 and a right half portion 15 of the same size. Well defined. The fold line 11 is formed by cutting from the thin paper 7 side toward the thick paper 9 side so as to leave the surface portion of the thick paper 9. Therefore, the fold line 11 causes the thin paper 7 to move to the left half 13
It is cut at the boundary between the right half part 15 and. At the left edge portion of the thick paper 9 of the left half portion 13 and the right edge portion of the thick paper 9 of the right half portion 15, the thick paper portion 90 is provided between the upper edge and the lower edge, respectively.
1 is left and slits 17 are formed on the upper and lower sides, and the left half 13
And the outside of each slit 17 in the right half 15 is the binding margin 1
9 is formed.

In each of the cardboards 9 of the left half portion 13 and the right half portion 15, an upper cutout portion 21 having a contour capable of accommodating one floppy disk 3 and two floppy disks 3 can be accommodated side by side. A contoured notch 23 is formed, and each notch 23 is continuously formed in the corresponding slit 17. The upper half portion 21 of the left half portion 13 and the upper half portion 21 of the right half portion 15 are formed at positions that match each other in the state of being folded at the folding line 11, and similarly, each left half portion 13 is formed.
The lower notch 23 of the right half 15 and the lower notch 23 of the right half 15 are also formed at positions that coincide with each other, and the left half 13 and the right half 15 are overlapped, so that the left half 13 and the right half 15 Each upper part 21
The thin paper 7 forms an upper disk storage portion 25, and the lower disk storage portion 27 is formed by the lower cutouts 23 of the left half portion 13 and the right half portion 15 and the thin paper 7. Further, a circular arc-shaped cutout 2101 is formed at the central portion of the upper edge of the left half 13 of the upper cutout 21. In addition, at the lower edge portion of the lower cutout portion 23, an arc-shaped cutout portion 2301 is formed so that the lower cutout portion 23 accommodates the two floppy disks 3 and is located at the central portion of the outer edge of each floppy disk 3. Two are formed.

FIG. 6 shows a state in which a floppy disk is accommodated in the cutout portion of the paper material. Before folding the left half portion 13 and the right half portion 15 from the fold line 11, one floppy disk 3 is accommodated in the upper cutout portion 21 of the right half portion 15, and the four sides of the floppy disk 3 are the upper, lower, left and right sides of the upper cutout portion 21. Positioned by the edge of the. Two floppy disks 3 are housed in the lower cutout 23 of the right half portion 15, and the upper and lower edges of these floppy disks 3 are brought into contact with the upper and lower edges of the lower cutout 23 for vertical positioning. . The side edge of the floppy disk 3 located on the side of the polygonal line 11 is the left side portion 2 of the lower cutout 23.
The slanted portion 301 on the side edge upper portion of the floppy disk 3 located on the slit 17 side abuts on the projection 2305 protruding from the end of the upper edge of the lower cutout 23, and these left side portions The floppy disk 3 is positioned in the left-right direction by the 2303 and the protrusion 2305.
The protrusion 2305 is also formed at a corresponding portion of the lower cutout portion 23 of the left half portion 13.

The thin paper 7 of the left half portion 13 has an upper notch 21.
Three windows 31 are formed so that one floppy disk 3 can be visually recognized in the state where one floppy disk 3 is accommodated in the lower cutout 23 and two floppy disks 3 are accommodated in the lower cutout 23. In addition, the thin paper 7 in the left half portion 13 is shown in FIG.
As shown in, the arcuate cutting line 33 is formed so as to match the contours of the arcuate notches 2101 and 2301. Further, a perforation 35 is formed along the upper half of the upper cutout 21 and at a position excluding the cutoff line 33. Similarly, the perforation 35 is formed along the lower half of the lower cutout 23. A perforation 37 is formed at a portion excluding the cutoff line 33.

As shown in FIGS. 3 and 4, a large number of thin papers 7 having such a structure can be obtained by cutting one large thin paper. Similarly, the thick paper 9 is one large thick paper. The obtained thin paper 7 and thick paper 9 are adhered to each other with glue, and after the adhesion, a fold line 11 is formed from the thin paper 7 side, and the paper material 5 shown in FIG. 2 is obtained. And
Floppy disks 3 are accommodated in the upper and lower cutouts 21, 23 of the right half portion 15, respectively. After the accommodation, the left half portion 13 is separated from the folding line 11 so that the cardboard 9 faces each other and the left half portion 13 becomes the right half portion 1.
5, the left half portion 13 and the right half portion 15 are overlapped and glued together, and the floppy disk 3 is stored in the upper disk storage portion 25 and the lower disk storage portion 27, respectively. In the upper disc storage portion 25, the upper cutout portion 2
The edge of the floppy disk 3 positions the floppy disk 3 in the surface direction.
Is positioned in the thickness direction. Further, in the lower disc storage portion 27, the upper and lower edges of the lower cutout portion 23 and the left side portion 2
The 303 and the projection 2305 position the floppy disk 3 in the surface direction, and the thin paper 7 on both outer sides positions the floppy disk 3 in the thickness direction.

Then, the floppy disk 3 cuts the top and bottom of the paper material 5 stored in the upper and lower disk storage portions 25 and 27. Alternatively, in addition to the top and bottom, the binding margin 19 side and the edge side may be cut. Due to this top and bottom cutting, the slit 17
Remaining portions 901 of the thick paper 9 located above and below are cut off, and the upper and lower disk storage portions 25 and 27 side and the binding margin 19
Are connected only by the thin paper 7 located in the slit 17, and the disc housing 1 shown in the plan view of FIG. 7 is obtained. FIGS. 8A and 8B are lines A--A and B-- of FIG. 7, respectively. A B line sectional view is shown. The disc housing 1 is bound with the binding margin 19 together with the paper, and distributed on the market as an FD book. To take out the floppy disk 3, when the thin paper 7 is pulled by picking up the arcuate cutting line 33 of the portion containing the floppy disk 3 to be taken out, the perforation 35,
The thin paper 7 is broken along 37 and the floppy disk 3
Are taken out from the upper disc storage portion 25 or the lower disc storage portion 27.

According to this embodiment, the floppy disk 3
Is reliably positioned and stored in the disk storage portions 25 and 27 without moving vertically and horizontally. The thickness of the floppy disk 3 is such that the upper and lower cutouts 21,
Since the floppy disk 3 is arranged in 23, it is absorbed by the thickness of the cardboard 9, and the thickness of the portion corresponding to the floppy disk 3 does not swell as compared with other portions, and the floppy disk 3 Although the disk is stored, the disk storage body 1 having a substantially uniform thickness can be obtained. Therefore, when the disc housing 1 is made of the paper material 5 to reduce the cost, and even when the book is bound together with the paper, the paper located on the upper surface and the lower surface of the floppy disk 3 is guided along the contour of the floppy disk 3. It is possible to solve the problem that a broken line is formed and the appearance of the book is deteriorated.

The disks to be stored are not limited to the floppy disk 3 and can be applied to other disks such as compact disks, and the number of disks to be stored is not limited to the number in the embodiment and is arbitrary.

[0019]

As is apparent from the above description, the present invention is
A thin paper and a paper material made of a thick paper adhered to the thin paper are stacked so that the thick paper faces each other, and a disk housing for storing a disk between the stacked paper materials, wherein the thick paper is The cardboard has a thickness that is approximately half that of the disks to be stored, and the cardboard is formed with cutouts that match each other in the stacked state, and the disk is stored by the cutouts in the stacked state. Since the disc storage portion is configured, it is possible to bind the disc storage body together with the paper while reducing the cost and without attaching a line along the contour of the disc to the paper surface.

[Brief description of drawings]

FIG. 1 is a perspective view of a disk storage body.

FIG. 2 is a development view of a paper material.

FIG. 3 is a development view of thin paper.

FIG. 4 is a development view of cardboard.

5A to 5D are cross-sectional views taken along lines AA, BB, CC and DD in FIG. 2, respectively.

FIG. 6 is a plan view of a floppy disk stored in a paper material.

FIG. 7 is a plan view of a disc storage body.

8 (A) and (B) are respectively AA of FIG.
FIG. 3 is a sectional view taken along the line BB.

[Explanation of symbols]

 1 Disc Storage Body 3 Floppy Disk 5 Paper Material 7 Thin Paper 9 Thick Paper 11 Fold Line 13 Left Half 15 Right Half 17 Slit 19 Binding Edge 21 Upper Notch 23 Lower Notch 2305 Protrusion 25 Upper Disk Storage 27 Lower Disk Storage 31 Window 35 perforation

Claims (8)

[Claims] 1. A disc storage body for stacking a thin paper and a paper material made of a thick paper attached to the thin paper so that the thick paper faces each other, and storing a disc between the stacked paper materials. The cardboard has approximately half the thickness of the disk to be stored, and the cardboard is formed with cutouts that match each other in the stacked state, and the cutouts in the stacked state of the paper materials. A disk storage unit, in which a disk is stored by the disk storage unit. 2. The disc storage body according to claim 1, wherein a plurality of the disc storage portions are provided. 3. The disc storage body according to claim 1, wherein the disc storage portion is formed in a size capable of accommodating a plurality of discs arranged in a plane. 4. The disk storage body according to claim 1, wherein the cardboard is provided with a slit for binding margin definition. 5. The disk has a rectangular shape, and the cutout portion has a size corresponding to the two sides of one of the two opposite sides of the disk, and the second section of the other pair. It is formed in a rectangle having a size larger than the distance between the sides, and the cardboard is provided with a protrusion protruding into the notch at a position corresponding to the size between the two sides of the other set. 4. The disc storage body described in 4. 6. The perforations are formed on the thin paper in a state along the outer edge of the disc stored in the disc storage portion in the superposed state.
The disk storage body according to 3, 4, or 5. 7. The disc housing according to claim 6, wherein the perforations are formed along an outer edge of a substantially half portion of the disc. 8. A window through which the portion of the disc accommodated in the disc accommodating portion can be visually recognized is formed in the thin paper in the superposed state.
The disk storage body described in 5, 6, or 7.