KR20030015707A - Case for keeping disk - Google Patents

Abstract

PURPOSE: A disc receiving case is provided to maximize a paper printing surface for indicating information on the disc maximumly and safely protect a disc by a dual-folded structure. CONSTITUTION: A disc receiving case includes a securing plate(10) for securing a disc, and a thin plate element(20) adhered and fixed to the securing plate and extended from the right and left parts of the securing part long enough to surround the securing plate when folding the extended right and left parts, and having right and left wing parts(22) formed with vertical folding lines(221) on surfaces and upper and lower wing parts(24) formed with a plurality of horizontal folding lines(241) on a surface, wherein the plate element is folded by a plurality of times in the vertical and horizontal directions in the right and left wing parts and upper and lower wing parts along the vertical and horizontal folding lines, thereby forming shoulder parts having a volume equal to a thickness of the securing part.

Description

Disk storage case {Case for keeping disk}

The present invention relates to a disk storage case, and more particularly, to a disk storage case for storing and protecting a disk such as a DVD.

Generally, various discs that read information recorded on reflective surfaces such as DVDs and CDs by non-contact optical sensors are semi-permanent in life, whereas the reflective surfaces of the disks are broken by the impact or impact from the outside, It was easy to go.

In order to safely store and protect such a disk, conventionally, the entire hard or soft synthetic resin is integrally injection molded to be folded like a book cover, and a mounting surface is formed therein to seat the disk.

However, such a synthetic resin disk storage case, it is difficult to print the information on the contents of the disk in a variety of colors and shapes on the surface of the synthetic resin material, so to print the contents of the disk must be separately produced paper By attaching, the manufacturing cost is greatly increased, and it is cumbersome to attach such printing paper to the outer surface of the conventional disc storage case or to put it in the pre-formed transparent pocket, which reduces the productivity of the product, and only the printing side is possible. There were problems that could not induce consumers' intention to purchase products because they could not give a lot of information about the product to consumers because they were about two sides.

In particular, the conventional disk storage case is made of synthetic resin as a whole, the weight and volume is high, it is not environmentally friendly using a non-corrosive synthetic resin material, the material of the synthetic resin is relatively hard, so that the impact on the disk When gas was generated or the disk storage case fell from a predetermined height or an impact was applied, there was a problem that the disk storage case was damaged or an external shock was transmitted to the internal disk as it was, so that the disk could not be completely protected.

An object of the present invention for solving the above problems is to maximize the printed surface of the paper to display the information on the contents of the disc as much as possible, greatly reduce the unit cost of the product, easy to manufacture, increase the productivity, The product can be advanced by inducing consumer's desire to purchase, the double folding structure protects the disk safely, and the soft material does not cause gas when colliding with the disk. It is possible to safely store the disk, and to provide an environmentally friendly disk storage case.

1 is a perspective view showing a disk storage case according to an embodiment of the present invention.

FIG. 2 is an exploded perspective view illustrating an inner surface of the disc storage case of FIG. 1.

FIG. 3 is a developed view showing the plate body of FIG. 2 unfolded. FIG.

4 is a perspective view showing a disk storage case according to another embodiment of the present invention.

5 is an exploded perspective view illustrating an inner surface of the disc storage case of FIG. 4.

FIG. 6 is a developed view showing the plate body of FIG. 5 unfolded. FIG.

Disc storage case of the present invention for achieving the above object, in the configuration of the disc storage case for protecting the disc, the mounting plate on which the disc is seated; And the left and right wing parts and the seat, which are adhesively fixed to the seating plate and extend long enough in the left and right directions of the seating plate so as to surround the seating plate when the left and right folds, and a vertical bending line is formed to be foldable on the surface a plurality of times. And a thin plate body including upper and lower wing parts having a horizontal bending line that can be folded many times on a surface to form a stepped part having a volume equal to the thickness of the seating part in the upper part and the lower part of the plate.

In addition, the vertical bending line of the left and right wing portion to enable double folding of the plate body, the center line of the two-line bending line formed in the center of the left and right wing; And at least two or more two-line left and right curved lines formed side by side at the centers of both left and right wing portions divided by the central curved line.

In addition, in order to fold the plate body to form the volume of the stepped portion, the horizontal bending line of the upper and lower wing portion is formed side by side at least four lines or more so that the bent shape of the upper and lower wing portion is a rectangular box shape, is bent to the plate body It is possible to form an adhesive surface at the bent last end of the upper and lower wing parts in contact.

Particularly, in the disc storage case of the present invention, the left and right wing portions have four outer and four inner surfaces, and when one seat plate is attached to the inner third surface to accommodate one disk, At least two rows of horizontal bending lines are formed above and below the inner first surface or the inner second surface to form a corresponding thickness, so that upper and lower wing portions are formed to form a thick storage pocket during bending, or The disc storage case, the left and right wing portion has four outer sides and four inner sides, and when the two mounting plates are attached to the inner second surface and the inner third surface to receive two disks, In order to form a thickness corresponding to the thickness of the upper and lower blades are formed above and below each of the seating plate of the inner second surface and the inner third surface, one line bent or two sheets are stacked on the inner first surface. It is possible both that the storage pocket of the thin type formed.

Hereinafter, a disk storage case according to preferred embodiments of the present invention will be described in detail with reference to the drawings.

First, as shown in Figures 1 to 3, the disk storage case according to an embodiment of the present invention, for protecting the disk, consisting largely comprising a seating plate 10 and the plate body 20 to be.

Here, the disk storage case of the present invention, as shown in FIG. 1, may further include an outer case 30 in which the seating plate 10 and the plate body 20 is folded and received, such an outer case 30 is formed in a thin box shape as if the book is housed in an outer case, and the folded seating plate 10 and the plate body 20 is inserted into one side opening 30i and accommodated.

On the other hand, as shown in Figure 2, the seating plate 10, which is attached to one surface of the plate body 20, performs a function of the disk holder so that the disk is seated and fixed on one side.

In addition, the plate body 20 is a thin paper plate having left and right wing portions 22 and upper and lower wing portions 24, and the left and right wing portions 22 surround the seating plate 10 when folded left and right. It is formed to extend long enough in the left and right direction of the seating plate 10, the vertical bending line 221 is formed to be foldable on the surface multiple times.

That is, as shown in Figure 1, the plate body 20 is made of a first surface, a second surface, a third surface, a fourth surface on the outside, as shown in Figure 2, the inside of the fifth surface , The sixth side, the seventh side, and the eighth side.

In more detail, as shown in FIG. 3, the vertical bending line 221 of the left and right wing parts 22 is a two-line center bending line 221a formed side by side at the center of the left and right wing parts 22. ) And at least two or more two-line left and right bend lines 221b formed side by side at the centers of both right and left wing portions 22 divided by the center bend lines 221a.

In addition, the horizontal bending line 241 of the upper and lower wing portion 24 is formed in at least four lines side by side so that the bent form of the upper and lower wing portion 24 is a rectangular box shape, bent to contact the plate body The bent end of the upper and lower wing portion 24 is a configuration that the adhesive surface 242 is formed.

That is, the upper and lower wings 24, when one seating plate 10 is attached to the inner seventh surface to accommodate the disk, the seating on the inner seventh surface, that is, the upper and lower portions of the seating plate 10 In order to form a step portion having a volume equal to the thickness of the plate 10, a horizontal bending line 241 that can be folded many times is formed on the surface.

The stepped portion has a structure in which the paper plate is bent, and supports the seat plate 10 up and down, and flexibly responds to external shocks to protect the disk seated on the seat plate 10. .

In addition, in order to form a thickness corresponding to the thickness of the seating plate 10 when folded, at least two or more horizontal bending lines 261 are formed above and below the inner fifth surface to form a thick storage pocket when bending. The storage upper and lower wing portions 26 are formed.

Here, the storage pocket is a structure that can accommodate even a relatively thick catalog 1 and other booklets.

The plate body 20 and the outer case 30 are reproducible, and are made of a paper material that is easy to print on a printing surface (in the embodiment shown in FIGS. 1 to 3, the printing surface capable of printing). To increase the outer first surface, the second surface, the third surface, the fourth surface, the inner surface of the fifth surface, the sixth surface, and the eighth surface), reduce the production cost of the product, and Of course, even if dropped from a predetermined height is a configuration that can sufficiently absorb the impact.

Therefore, the process of manufacturing the disc storage case according to a preferred embodiment of the present invention, first, as shown in Figure 3, first cutting the plate 20 in the shape of the plate body 20 from the base material, The plate body 20 is partially compressed to easily be bent to form the vertical bending line 221 and the horizontal bending line 241, and as shown in FIG. 2, the horizontal cutting of the upper and lower wing parts 24 is performed. The curve 241 is bent, the adhesive surface 242 is adhered to form a stepped portion, and then the seating plate 10 is attached to the inner seventh surface, and other vertical bending lines 221 of the left and right wing portions 22 are formed. ) And the horizontal bending line 261 of the storage upper and lower wings 26 to form a shape, and then seated on the seating plate 10, as shown in Figure 1, double bending, this It can be stored in the outer case 30 to complete the production.

On the other hand, the disk storage case of the present invention is not necessarily limited to the disk storage case shown in Figures 1 to 3, in addition to the various embodiments made of a paper plate is possible, among which another preferred embodiment of the present invention As illustrated in FIGS. 4 to 6, as illustrated in FIGS. 4 to 6, two seating plates 10 are provided to accommodate two disks simultaneously, and the seating plate 10 has an inner sixth. It may be attached to the face and the seventh face, respectively.

In addition, the upper and lower wings 24 are formed above and below each of the seating plates 10 on the inner sixth and inner seventh surfaces so as to form a thickness corresponding to the thickness of the seating plate 10 when folded. , A thin storage pocket 28 is formed in the form of one line bent or two sheets on the inner first surface.

This storage pocket 28 is a structure that can accommodate a relatively thin catalog 2 or other booklets.

Therefore, referring to the manufacturing process of the disc storage case according to another preferred embodiment of the present invention, first, as shown in Figure 6, the plate 20 in the shape of the plate body 20 from the base material, Here, the plate body is partially compressed to be easily bent to form the vertical bending line 221 and the horizontal bending line 241. As shown in FIG. 5, the horizontal bending line of the two upper and lower wing parts 24 is shown. 241 is bent, and the adhesive surface 242 is bonded to form a stepped portion, and then the seating plate 10 is attached to the inner sixth and seventh surfaces, respectively, and the left and right wing portions 22 are perpendicular to each other. After folding the bending line 221 to form a shape, folding the storage vertical bending line 281, adhering the adhesive surface 282 to form the receiving pocket 28, the disk is seated on the seating plate 10, As shown in FIG. 4, the double bending may be completed and the production may be completed by accommodating the same in an outer case 30. It is.

Therefore, the plate body is made of a paper material which is easy to print the surface, and in the case of the printing surface (in the other embodiment shown in FIGS. 4 to 6, the printing surface that can be printed is the outer first surface, the second surface, the third surface, and the first surface. 4 sides, the inner 5th surface, and the 8th surface in total).

The present invention is not limited to the above-described embodiments, and of course, modifications may be made by those skilled in the art without departing from the spirit of the present invention.

For example, in the embodiments of the present invention, the material of the plate is limited to paper, but in addition to the thin plastic resin that can be recycled.

Therefore, the scope of the claims in the present invention will not be defined within the scope of the detailed description, but will be defined by the following claims and the technical spirit thereof.

As described above, according to the disk storage case of the present invention, it is possible to maximize the printing surface of the paper to display the information on the contents of the disk as much as possible, greatly reduce the unit cost of the product, easy to manufacture, increase the productivity, product It can induce consumer's desire to buy, double folding structure to protect the disk safely, and soft material can prevent the impact of the disk due to the characteristics of the disc and cushioning effect from the outside. The disk can be stored safely and has an environmentally friendly effect.

Claims (8)

In constructing a disc storage case for protecting the disc, A seating plate on which the disk is seated; And The left and right wing parts and the seating plate are adhesively fixed to the seating plate, and are formed to extend sufficiently long in the left and right directions of the seating plate to surround the seating plate when the left and right folds, and a vertical bending line is formed to be able to be folded several times on the surface. A thin plate body having upper and lower wings formed on the surface of the upper and lower portions of the stepped portion having a volume equal to the thickness of the seating portion, the horizontal bending line being foldable on the surface a plurality of times; Disk storage case comprising a. The method of claim 1, Vertical bending line of the left and right wings, A two-line center bending line formed side by side at the center of the left and right wings; And At least two or more two-line left and right curved lines formed side by side at the centers of both left and right wing portions divided by the central curved line; Disk storage case comprising a. The method of claim 1, The horizontal bending line of the upper and lower wings, Disk bending case characterized in that the bent form of the upper and lower wings are formed side by side in at least four or more lines so as to form a rectangular box shape, the adhesive surface is formed at the bent end of the upper and lower wings that are bent to contact the plate body. The method of claim 1, Disk storage case, characterized in that the storage pocket is formed so as to receive a catalog or other booklet at one end of the left and right wings. The method of claim 1, The left and right wing parts have an outer 4 side and an inner 4 side, When one seat plate is attached to the inner third surface to accommodate one disk, at least two upper and lower sides of the inner first surface or the inner second surface, respectively, to form a thickness corresponding to the thickness of the seating plate upon folding. Disk storage case characterized in that the upper and lower wing portions are formed so that a horizontal bending line of more than a row is formed to form a thick storage pocket when bending. The method of claim 1, The left and right wings have an outer four side and an inner four side, When the two mounting plates are attached to the inner second side and the inner third side respectively to accommodate two disks, each of the inner second side and the inner third side to form a thickness corresponding to the thickness of the seating plate upon folding. The upper and lower wings are formed above and below the seating plate of the disk storage case, characterized in that a thin storage pocket is formed in the form of one line bent or two sheets on the inner first surface. The method of claim 1, The whole is formed in a thin box shape, And a case in which the folded seat plate and the plate body are inserted into one side opening and accommodated therein. The method of claim 7, wherein The disk storage case, characterized in that the material of the plate body and the outer case is paper, which is easy to print the surface.