JP2009012841A - Storing medium storing body and wire-free bound booklet - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a storing medium storing body which can be attached to a booklet and is capable of easily taking out a storing medium even for a child or a senior person when it is separated for use. <P>SOLUTION: The storing medium storing body comprises a front plate member 26 consisting of a sheet of cardboard and connected to one side of a back side member 25, and a front side member 24 connected to the other side of the back side member. Dummy members D1 and D2 are connected via perforations M2 to at least the back side member and the front side member on at least one side end in the direction orthogonal to the connecting direction. A binding member 23 is connected to the front side member via a perforation M1. The front plate member and the back side member are stuck to each other at both ends in the direction orthogonal to the connecting direction, and the dummy members D1 and D2 connected to the front side member and the back side member are stuck. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to a storage medium container that stores a storage medium such as a compact disc (CD) or a DVD (Digital Versatile Disk), and a wireless binding booklet that is stored and stored in the storage medium container. About the body.

  A booklet with a storage medium such as a compact disc or DVD inserted in a paper storage medium storage body can be attached with audio or the like inserted in the storage medium to meet various needs of readers. Can do. For example, language teaching materials such as English and computer magazines are typical examples. Various structures have been proposed as such a storage medium housing. Thus, it is known to store a storage medium in a storage medium storage body and attach it to a book or magazine.

Known documents are shown below.
JP 2002-284279 A Japanese Utility Model Publication No. 3-81766 JP-A-8-324667

  Japanese Patent Application Laid-Open No. 2002-284279 describes a storage medium housing shown in FIG. That is, the punching processing unit 2, the bracing processing unit 3, the cutting processing unit 4, and the perforation processing units 7 and 8 are formed on a single paperboard, and only the binding end portion 6 becomes one sheet. The storage medium storage body is folded at the cutting section 4. And it is the storage medium storage body 1 which accommodates the storage medium 5, and provided the small hole 9 in the intersection of the cutting process part 4 and the perforation process part 7. FIG.

  It is disclosed that the storage medium storage body is bound into a booklet at the binding end portion 6, and in this case, the booklet is formed by a perfect binding machine. Then, it is separated from the booklet by the perforation processing unit 8. Then, by cutting out the perforation processing portion 7, the upper portion of the storage medium storage body is opened, and the storage medium 5 can be taken out.

  In addition, it is preferable to use a court ball (270 grams / square meter) for this storage body, and it is preferable that it is in the range of 190 grams / square meter to 400 grams / square meter as a paperboard. The effect of protecting the storage medium is lost, and if the weight exceeds 400 grams / square meter, the booklet (books, magazines, books, brochure catalogs, etc.) is too rigid and not flexible and difficult to read. Is described in that publication.

  This storage medium container can be bound and attached as a part of a booklet, and is very useful, but the opening is only the upper part of the storage medium container. Therefore, when taking out the storage medium, it is based on a method in which the opening is widened by pressing the both ends of the upper part and a finger is inserted through the opening, or the storage medium is naturally dropped with the opening down. Conceivable.

However, as a first problem, it is not always easy for a child or an elderly person to push the upper end between both ends, and it is hoped to provide a storage medium storage body in a form that makes it easier to take out the storage medium. It was rare.
In addition, this storage medium storage body is intended to be flexible and easy to read because the binding end portion 6 is a single sheet when the booklet is bound into a book, and is separated from the booklet. I was not conscious of the storability of the storage medium.

  As a second problem, even when a storage medium is attached as a part of a booklet, the storage medium is used in a playback device such as a compact disc player or a DVD player or a personal computer when using the storage medium. It has been desired to have a storage medium container that is convenient to use, and has a better appearance over a long period of time and can be stored near these devices.

  By the way, book bodies such as books and magazines may be sold and stored by being stacked flat at a bookstore or packed in a bookcase. In such a case, in the booklet attached with the storage medium, if the storage medium storage body has a complicated structure and has a thick part and a thin part mixed together, the bound storage medium is stored. There are cases in which a number of pages in contact with or close to each other are marked by the thickness of the storage medium storage body.

  Thus, as a third problem, it is desired that the thickness of the storage medium storage body does not cause a phenomenon in which the bound storage medium storage body touches or marks several adjacent pages. It was.

  Furthermore, as a fourth problem, there is a need for a structure that does not cause damage to the storage medium during transportation and handling of the booklet, and also during transportation and handling of the storage medium after separating the storage medium container from the booklet. However, as described above, if the operation of inserting / removing the storage medium is not easy, it is impossible to deny the possibility that the storage medium will be damaged due to unreasonableness.

  As a fifth problem, the storage medium container before separating the storage medium container from the booklet, and the booklet is made up of parts remaining in the booklet after the storage medium storage part of the storage medium container is separated. It was also hoped that it would not be difficult to read.

  Further, as a sixth problem, a storage medium storage body having a simple manufacturing process has been desired.

  Next, Japanese Utility Model Publication No. 3-81766 discloses a structure in which a compact disc storage container formed in a bag shape is attached to a part of a signature. As shown in FIG. 13, a compact disc storage container 12 is pasted on a part of a signature 11 on which predetermined contents are printed. The compact disc storage container 12 has a portion 12A formed in a bag shape, and the compact disc 13 is stored therein. The mouth portion of the bag portion 12A is sealed by being attached with an adhesive, and is folded under the other portion 12B, and the attached portion 12C is attached to the signature 11 with an adhesive. That's it.

  The structure for affixing the compact disk storage container was very useful, but the opening for taking out the compact disk is only on the other part 12B side, and the compact disk is the first problem described above. About taking out easily, it had the subject similar to the technique of the above-mentioned Unexamined-Japanese-Patent No. 2002-284279.

In addition, since the storage medium container is attached to the signature, it is not assumed to be used for long-term storage of the storage medium by removing it from the signature. The appearance of the adhesive did not maintain a beautiful appearance.
And the process of once processing the bag portion 12A into a bag shape, putting a compact disk therein, and sticking the mouth portion with an adhesive is complicated, and further, the bag portion 12A is placed under the other portion 12B. Folding to the side has the problem that mechanization of the manufacturing process is difficult.

  Furthermore, the process of attaching the compact disk storage container 12 to the signature 11 is also a necessary process in addition to the normal bookbinding process, and it cannot be denied that the number of processes will increase. Therefore, it has the subject that it can manufacture by the simple manufacturing process which is the said 6th subject.

  Next, in JP-A-8-324667, a compact disc on a front plate is placed, and a plate connected to the four sides of the front plate, that is, a back plate connected to the lower side of the front plate, on both sides. A storage body for holding a compact disc is disclosed by bending an adhesive paste plate connected to the upper side and an opening / closing lid plate connected to the upper side.

  Although this compact disc storage body is improved from the above-described prior art in terms of the ease of taking out the compact disc, which is the first problem described above, the glue plate covers a large area of the compact disc. For this reason, there are cases in which a child or an elderly person cannot smoothly put in and out, and there is a possibility that the storage medium is damaged by a nail or the like at the time of putting in or out.

  Regarding the third problem as well, the glue margin board is folded from both sides, and at this part, at least four paperboards are overlapped. In the portion between the substitute plates, the structure is such that three sheets overlap each other, and in the U-shaped cut portion, the two sheets overlap each other, the thickness variation is large, and the bound storage medium storage body comes into contact, or There could be traces on several adjacent pages.

  In addition, regarding the sixth problem, folding the plates connected to the four sides of the front plate requires folding in different directions, and the manufacturing equipment and manufacturing process are complicated in order to automate the manufacturing process. It had a problem that it had to be.

  As described above, various types of storage medium storage bodies are known, and although there are differences in the development purpose for each form, as a result, as a storage medium storage body to be bound as a part of a booklet body And had the following problems.

  That is, as a first problem, it has been desired to provide a storage medium storage body in a form that makes it easier for children and elderly people to take out the storage medium.

  As a second problem, even when the storage medium is attached as a part of a booklet, when the storage medium is used, the storage medium is used in a playback device such as a compact disc player or a DVD player or a personal computer device. It has been desired to have a storage medium container that is convenient to use near the devices, looks better over a long period of time, and can be stored near these devices.

  As a third problem, it has been desired not to cause a phenomenon in which several bound pages come into contact with or come into contact with the bound storage medium storage body due to the thickness of the storage medium storage body.

  As a fourth problem, the structure is such that there is no risk of scratching the storage medium during transportation and handling of the booklet, and also during transportation and handling of the storage medium after separating the storage medium container from the booklet. It was desired.

  As a fifth problem, the storage medium container before separating the storage medium container from the booklet, and the booklet is made up of parts remaining in the booklet after the storage medium storage part of the storage medium container is separated. It was hoped that it would not be difficult to read.

  As a sixth problem, there has been a demand for a storage medium container that can be manufactured in a simple and highly efficient manufacturing process.

  The present invention has been made paying attention to such problems, to solve these problems all at once, to provide a storage medium storage body particularly suitable for binding as a part of a booklet, and An object of the present invention is to provide a perfect binding booklet that is very suitable for attaching a storage medium in which the storage medium is stored in the storage medium storage body.

  That is, the invention according to claim 1 is a storage medium storage body made of a single paperboard, and is a substantially rectangular back member, and a front plate member connected to one side of the back member via a crease line, Provided on the opposite side of the back member to the side to which the front plate member is connected is a substantially rectangular front member connected via a crease line, and at least the back member and the back member of the front member; At least one end in a direction orthogonal to the direction in which the front plate member is connected is connected to a dummy member through a perforation, and the front member has a side to which the rear member is connected. Are connected to each other through a perforation, the front plate member is folded at a crease line connecting them so as to overlap the back member, and the front member is the back member and With the front member so as to overlap the front plate member The front plate member and the back surface member are folded at a crease line that connects the surface members, and the front member is bonded at both ends in a direction perpendicular to the direction in which the front plate member and the back member are connected. At least the back member of the front plate member is a storage medium storage body that is connected to the front member and bonded by the dummy member at one end.

  According to a second aspect of the present invention, there is provided a storage medium storage body made of a single sheet of paper, comprising a substantially rectangular rear member and a front plate member connected to one side of the rear member via a crease line. A back cover member and a substantially rectangular front member are connected in this order via a crease line on the opposite side of the back member to the side where the front plate member is connected, and at least the back member and At least one end of the front member in a direction perpendicular to the direction in which the back member and the front plate member are connected is connected to a dummy member through a perforation, respectively, A binding member is connected via a perforation on the side opposite to the side where the spine member is connected, and the front plate member is folded at a crease line connecting them so as to overlap the back member, The front member includes the back member and the front member. Folded along at least one crease line on both sides of the spine member so as to overlap the member, the front plate member and the back member are both end portions in a direction perpendicular to the direction in which they are connected The front member is a storage medium storage body formed by bonding at least one of the back member and the front plate member with the dummy member at one end connected to the front member.

  The invention according to claim 3 is characterized in that the length of the front plate member in the direction connected to the back member is shorter than the length of the back member. It is a storage body.

  The invention according to claim 4 is based on the invention according to any one of claims 1 to 3, wherein the paperboard is a paperboard of 250 grams or more and 300 grams or less per square meter, and The grain direction is a direction orthogonal to the direction in which the back member and the front plate member are connected.

  Further, the invention according to claim 5 is based on the invention according to any one of claims 1 to 4, wherein the storage medium to be stored is a disk-shaped storage medium, and the back member and the front The length of the back member in the direction in which the plate members are connected is longer than the length of 5 mm added to the diameter of the disc-shaped storage medium to be stored, and shorter than the length of 15 mm added to the diameter. The front plate of the back member from the end of the front plate member in a state where the length of the member is longer than one half of the diameter of the disk-shaped storage medium to be stored and the front plate member is folded on the back member The distance to the crease line opposite to the crease line to which the members are connected is designed to be longer than the length obtained by subtracting 8 millimeters from a half of the disk-shaped storage medium to be stored, And opposite to the side connected to the back member of the front plate member The central portion of the sides, the depth is characterized in that the recess of the above 8 mm are formed.

  The invention according to claim 6 is a perfect binding booklet in which the storage medium is stored in the storage medium storage body according to any one of claims 1 to 5 and is bound by the binding member. is there.

  According to the first aspect of the present invention, the storage medium storage body is made of a single sheet of paper, and includes a substantially rectangular back member, and a front plate member connected to one side of the back member via a crease line, Provided on the opposite side of the back member to the side to which the front plate member is connected is a substantially rectangular front member connected via a crease line, and at least the back member and the back member of the front member; At least one end in a direction orthogonal to the direction in which the front plate member is connected is connected to a dummy member through a perforation, and the front member has a side to which the rear member is connected. Are connected to each other through a perforation, the front plate member is folded at a crease line connecting them so as to overlap the back member, and the front member is the back member and Front member and rear surface to overlap with front plate member The front plate member and the back member are bonded at both ends in a direction perpendicular to the direction in which the front plate member and the back member are connected, and the front member includes the back member and the front member. Of the plate members, at least the back member is a storage medium storage body that is connected to the front member and is bonded by the dummy member at one end, and therefore can be easily separated from the booklet. By cutting off the eyes, it is possible to obtain a storage medium storage body in a folded form, and it is possible to obtain a storage medium storage body in a form in which it is very easy for children and elderly people to take out the storage medium.

  In addition, the storage medium storage body in the form of two folds can be printed freely on its back member and front member, or can be attached with a sticker, label, etc., and stored side by side with a commercially available compact disc case or the like. Is also possible. For this reason, even when the storage device is stored in the vicinity of a playback device or a personal computer device, it can be stored with good appearance. Furthermore, even if stored for a long period of time, if the embodiment of the present invention is used, problems such as natural folding of paper do not occur, and long-term storage is possible. The storage medium can be taken in and out very smoothly, and even when a child or an elderly person handles it, the possibility of damaging the storage medium is very low.

  The storage medium storage body has a simple structure, and a difference in thickness is unlikely to occur due to a small member or the like, and the bound storage medium storage body does not touch or mark several adjacent pages.

  Further, since the storage medium can be easily taken in and out, the storage medium can be securely stored even when stored in the storage medium storage body, and the position of the storage medium storage body in the storage medium storage body is stabilized. Therefore, there is no possibility that the storage medium is damaged during transportation and handling of the booklet, and further during transportation and handling of the storage medium after the storage medium storage body is separated from the booklet.

  The binding end portion can be made of a single paper board, and even if the portion of the storage medium storage body containing the storage medium is separated and remains on the booklet, the booklet is difficult to read. There is nothing.

  As a particularly remarkable effect, even in the manufacturing process, perforation processing and line pushing processing are performed on a piece of paperboard, and after applying the adhesive to the bonded portion, the crease lines formed in parallel are bent twice. It is possible to manufacture with a simple process. Also, when bending along the crease line between the back member and the front plate member and between the back member and the front member, the paper direction and the crease line are parallel, making it easy to fold and efficient when bending by machining. Can be folded.

  For this reason, the structure of the manufacturing apparatus can be greatly simplified. In addition, by adding a step of placing the storage medium on the back member before or after the adhesive coating process, it is possible to put the storage medium in a series of manufacturing steps, and manufacture with high efficiency. Is possible.

  According to the second aspect of the present invention, the storage medium storage body is made of a single sheet of paper, and includes a substantially rectangular back member and a front plate member connected to one side of the back member via a crease line. A back cover member and a substantially rectangular front member are connected in this order via a crease line on the opposite side of the back member to the side where the front plate member is connected, and at least the back member and At least one end of the front member in a direction perpendicular to the direction in which the back member and the front plate member are connected is connected to a dummy member through a perforation, respectively, A binding member is connected via a perforation on the side opposite to the side where the spine member is connected, and the front plate member is folded at a crease line connecting them so as to overlap the back member, The front member includes the back member and the front member. Folded along at least one crease line on both sides of the spine member so as to overlap the member, the front plate member and the back member are both end portions in a direction perpendicular to the direction in which they are connected The front member is a storage medium storage body that is connected to the front member at least one of the back member and the front plate member and is bonded to the front member by the dummy member at one end. In addition to obtaining the same effect as in the case of the first aspect of the invention described above, the crease line that cuts the binding member and the dummy member at the perforation and connects the back cover member, the back member, and the front member is provided. When the front plate member is folded inward and the cross section is folded into a U-shaped cross section, the storage medium storage body is formed by the presence of a planar spine cover member at the folded portion of the storage medium storage body in a substantially double-folded form. Whether it is viewed by itself or stored in a large number of standing or stacking in flat, the appearance will be better and the feeling of luxury will be increased, the standing state will be more stable, and the back cover member If information such as titles of stored storage media is printed on the front surface (outside surface) or stickers, labels, etc. are attached, each memory can be stored even if they are stored side by side or in large numbers. Even without taking out the medium storage bodies one by one, the printing, sticker, label, etc. on the surface (outer surface) of the back cover member can be seen, so that the storage medium stored in each storage medium storage body can be easily identified. This makes it very easy to check whether there is a desired storage medium or to selectively remove it.

  According to invention of Claim 3, since the length of the direction connected with the said back member of the said front plate member is shorter than the length of a back member, it forms between these front plate members and a back member. When storing the storage medium in the space or taking out the storage medium stored in the space, if the length of the storage medium is longer than the length of the front plate member, a part of the storage medium is removed from the space. Since the storage medium is stored in a protruding state, the storage medium can be easily stored and removed by holding and protruding the storage medium by holding the protruding portion. Is shorter than the length of the front plate member, the entire storage medium is accommodated in the space. However, since the length of the front plate member is shorter than the length of the back member, From the gap formed by the difference in thickness Serial liable put a finger in the space, it can also easily be accommodated and taken out of the storage medium.

  According to the invention of claim 4, the paperboard is a paperboard of 250 g or more and 300 g or less per square meter, and the paper grain direction is a direction orthogonal to the direction in which the back member and the front plate member are connected. Therefore, the storage medium storage body can have an appropriate rigidity, and the rigidity allows the storage medium to be pressed with an appropriate force by the back member and the front plate member, and the storage medium does not fall off. In addition, rigidity suitable for storage that can be easily taken out can be obtained. In addition, it is difficult to generate a curve in a direction parallel to the paper pattern, and the fact that such a curve is difficult to generate is that the fold connecting the back member and the front member is placed so that it is on the back and stored. Even when a frequently used storage form is adopted for many years, it is possible to avoid bending due to its own weight.

  Furthermore, even if the thickest part is a thickness where three paperboards of a back member, a front member, and a front plate member overlap each other, and if the paperboard is not less than 250 grams per square meter and not more than 300 grams, the bound storage medium storage body It is possible to make it difficult to cause a phenomenon in which several pages are in contact with or adjacent to each other.

  According to the invention of claim 5, the storage medium to be stored is a disk-shaped storage medium, and the length of the back member in the direction in which the back member and the front plate member are connected is scheduled to be stored. The length of the disk-shaped storage medium to be stored is longer than the length of 5 mm added to the diameter of the disk-shaped storage medium and shorter than the length of 15 mm added to the diameter. The distance from the end of the front plate member to the crease line on the side opposite to the crease line where the front plate member of the back member is connected in a state where the front plate member is folded on the back member, Designed to be longer than half the length of the disc-shaped storage medium to be stored minus 8 millimeters, and the side opposite to the side connected to the back member of the front plate member A recess with a depth of 8 mm or more is formed in the center of And for which, the amount that can be moved in a direction platter is articulated the back member and the front plate member is greater than 5 millimeters, smaller than 15 millimeters.

  Then, the central hole normally present in the disk-shaped storage medium surely overlaps with the recess formed in the front plate member, and even a child or an elderly person can put a finger into the hole in the disk-shaped storage medium and take it out very easily. In addition, it is possible to obtain a storage medium storage body in which the storage medium is difficult to drop and easy to take out.

  According to the sixth aspect of the present invention, a perfect binding booklet in which the storage medium is stored in the storage medium storage body according to any one of the first to fifth aspects and is bound by the binding member. Because it is a body, it is possible to obtain a perfect binding booklet with a storage medium storage body having the above-mentioned excellent effects by an inexpensive bookbinding method called perfect binding, which is very suitable for attaching a storage medium. In addition, it is possible to obtain a perfect binding booklet that is very easy to use a storage medium.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings.

  An embodiment of the present invention will be described with reference to FIGS.

  FIG. 1 is a development explanatory view of a storage medium housing according to the present invention. In this embodiment, the description is given on the assumption that the storage medium to be stored in the storage medium storage body is a disk-shaped storage medium having a diameter of 12 cm.

  A sheet of paperboard 21 having a size of 210 mm in length and 360 mm in width and 260 grams per square meter was prepared. In addition, although the length of the paperboard 21 in the vertical direction in the figure is set to 210 mm, it may be sized according to the length of the booklet to be bound.

  This figure is a view of the paperboard 21 as seen from the back side. The front plate member 26 is connected to one side of the back member 25 having a lateral length of 130 mm in the drawing via a crease line O2. When a disk-shaped storage medium having a diameter of 12 cm is stored, only a maximum of 10 mm is moved in the horizontal direction in the figure, and the position of the storage medium storage body in the storage medium storage body is stabilized. Therefore, there is no possibility that the storage medium is damaged during transportation and handling of the booklet, and further during transportation and handling of the storage medium after the storage medium storage body is separated from the booklet.

  In the present invention, the material of the paperboard 21 that can be suitably used is most preferably double-sided coated cardboard of so-called manila balls. For example, Oji Paper Co., Ltd. Sun Card, El Card, S Card Green 100, Hokuetsu Paper Co., Ltd. No-back W, Hi Lucky, Clean Coat W, Nihon Daishowa Paperboard Co., Ltd. Face W and F-1 cards are listed.

In addition, cardboard with a single-sided coat of Manila balls is preferred. Mitsubishi Paper's Hyperl, Hokuetsu Paper's High Clean Coat, Nippon Daishowa Paper Refine, Hokuetsu Paper's New-DV, Oji Paper's New Vision, PC Green 100, JET Ace made by Nippon Daishowa Paperboard Co., Ltd.
Furthermore, Oji Paper Co., Ltd. UF Coat, OK Ball, Suncourt, Rengo Co., Ltd. CRC, Hokuetsu Paper Co., Ltd. Maricote Co., Ltd., Nippon Daishowa Paper Co., Ltd. JET Stars can also be preferably used.

  In addition, all the crease lines O1 and O2 in the present embodiment are made by pushing lines. A perforation having a long interval between the connecting portions may be formed instead of the muscle push, but in the case of the perforation, considering that there is a possibility that the perforation may be cut with time, the muscle push processing is preferable.

The length of the front plate member 26 in the horizontal direction in the drawing, that is, the direction connected to the back member 25 is 75 mm, and the depth is at the center of the side opposite to the side connected to the back member 25. An 8 mm semicircular recess C is formed by punching. The depth means the depth of the recess C.
The front member 24 is connected to the side of the back member 25 opposite to the side to which the front plate member 26 is connected via the crease line O1.
The length of the front member 24 in the direction connected to the back member 25 is 130 mm, which is the same size as the back member 25. By making the front member 24 and the back member 25 the same size, it is also attractive when stored on a shelf together with a compact disc for music or the like put in a plastic case or the like commercially available as a compact disc. Can be stored.

The length of the front plate member 26, the back member 25, and the front member 24 in the direction (longitudinal direction) orthogonal to the direction in which these members are connected (lateral direction) is 180 mm. Are connected to dummy members D1 to D6 each having a length in the direction of 15 mm through perforations M2 and M3. The length of the dummy members D1 to D6 in the vertical direction, that is, the distance from the paper edge of the perforations M2 and M3, is too short, and it is difficult to cut the sheet. However, as described above, the storage medium storage body that is bound as a part of the booklet may be sized according to the length of the booklet to be bound. In that case, the perforation M2 It is convenient that the distance from the paper edge of M3 is increased and the dummy members D1 to D6 are cut off by the perforations M2 and M3 to have a compact size suitable for storage.
The perforations M2 and M3 and the dummy members D1 to D6 may be provided only at one end in the longitudinal direction of the front plate member 26, the back member 25, and the front member 24. For example, the perforation M3 and the dummy members D4 to D6 may not be provided. In this case, the longitudinal length of the paperboard 21 may be the sum of the longitudinal length of the front plate member 26 and the like and the longitudinal length of the dummy members D1 to D3 for one side. When the lengths are set to 180 mm and 15 mm, respectively, as described above, the length in the vertical direction of the paperboard 21 may be set to 195 mm. Further, as for the front plate member 26, the perforations M2, M3 and the dummy members D3, D6 do not have to be provided at either end in the vertical direction.
Further, the binding member 23 is connected to the side of the front member 24 opposite to the side to which the back member 25 is connected via the perforation M1. The length of the binding member 23 in the direction connected to the back member 25 is 25 mm.
The paperboard 1 is cut so that the direction of the paper of the paperboard 1 is the direction of the arrow K. If the paper grain direction is designed in this direction, when folding the crease lines O1 and O2, it folds along the paper grain and can be easily folded. And if it tries to fold in the direction orthogonal to it, it will become difficult to fold. This means that when the storage medium storage body 27 is stored on the stand with the fold line O1 being the back of the book, it is difficult to bend or bend in a direction parallel to the stand surface. It becomes. Therefore, even when stored for a long period of time, there is an effect that it is unlikely to be warped in the direction parallel to the table surface by its own weight.

  Next, the manufacturing process of the storage medium housing 27 will be described. The paperboard 21 shown in FIG. 1 flows in a direction indicated by an arrow A on a conveyor (not shown). Then, an adhesive is attached on the paperboard 21. That is, the adhesive 5S is attached to the dummy member D2 connected to the back member 25 via the perforation M2 on one side in the vertical direction, and the adhesives 5U and 5V are attached to both ends of the back member 25 in the vertical direction. To be attached. Further, the adhesive 4S is attached to the dummy member D1 connected to the front member 24 through the perforation M2 on the same side as the adhesive 5S in the vertical direction. This adhesive can be easily attached by rolling the roller to which the adhesive is attached when the paperboard 21 flows on the conveyor. As the adhesive, a pressure-sensitive adhesive usually used in a bookbinding process can be used, but when the production amount is small, an adhesive tape may be used.

  If the positions of the adhesives 5U and 5V attached to both ends in the longitudinal direction of the back member 25 are too close to the inside, the state before the front plate member 26 is bonded to the back member 25 as in this embodiment. When the compact disc 22 is placed, there is a possibility that an adhesive may adhere to the compact disc 22, and after the front plate member 26 is bonded to the back member 25, the opening in which the compact disc 22 is accommodated. The part becomes narrow and difficult to put in and out.

  Therefore, the distance between the end of the adhesive 5U and the end of the adhesive 5V is shorter than the length of 35 mm added to the diameter of the storage medium to be stored and longer than the length of 8 mm added to the diameter of the storage medium. It is preferable to set, in particular, when the paperboard 21 is a paperboard of 250 g or more and 300 g or less per square meter, it is shorter than the length of 35 mm added to the diameter of the storage medium, and 10 mm is added to the diameter of the storage medium. If the length is set longer than the length, the amount that the storage medium can move in the direction parallel to the crease line O2 during storage or when the storage medium storage body is carried is reduced, and the possibility of scratching the storage medium can be reduced. Moreover, it is possible to obtain a storage medium storage body in which the storage medium is not difficult to take out. That is, if the distance between the end of the adhesive 5U and the end of the adhesive 5V is set within the above range so as to reduce the amount that can move in the direction parallel to the crease line O2, the front plate member is taken out when the storage medium is taken out. The back member is not too strong to sandwich the storage medium, and the storage medium can be easily taken out by children and elderly people. In this example, the distance between the end of the adhesive 5U and the end of the adhesive 5V was set to 14.5 cm.

  Then, the compact disk 22 as a storage medium is placed on the back member 25. In this case, the compact disk 22 may be sucked with a suction cup and placed on a paperboard flowing on the conveyor.

FIG. 2 shows the front side of the paperboard 21 of FIG. 1, and displays 4 </ b> A and 5 </ b> A are printed on the front member 24 and the back member 25, respectively. In the present embodiment, the storage medium container that is bound as a part of the left-open booklet is taken as an example, so the display 4A indicates the title of the compact disk 22, and the letters “XX series” and the mountain A picture is printed.
The display 5A shows the description of the contents of the compact disc, and the characters “This CD is ...” are printed. Such printing can be performed by a printing machine such as a normal offset rotary printing press, an offset flatbed printing press, and a gravure rotary printing press.

  1 was folded, the front plate member 26 was folded onto the back member 25, and the state of FIG. 3 was obtained. At this time, the front plate member 26 is bonded to the back member 25 with adhesives 5U and 5V. In addition, when the dummy member D3 is connected to the front plate member 26 on the side of the vertical adhesive 5S, the dummy member D3 is connected to the back member 25 on the same vertical side with the adhesive 5S. It is adhered to the dummy member D2. Since the crease line O2 is subjected to a line pushing process in advance, it can be easily folded in the process of transporting the paperboard 21 by the conveyor. Furthermore, the front member 24 was folded on the back member 25 and the front plate member 26 along the crease line O1, and the state of FIG. 4 was obtained. At this time, the dummy member D1 connected to the front member 24 and the dummy member D3 connected to the front plate member 26 and / or the dummy member D2 connected to the back member are bonded by the adhesive 4S (this Which of the dummy members D3 and D2 is involved in the bonding depends on the presence or absence of the dummy member D3 connected to the front plate member 26, its lateral length, and the lateral position and length of the adhesive 4S. The dummy member D1 connected to the front member 24 and the dummy member D2 connected to the back member 25 are bonded by the adhesive 5S. Since the crease line O1 is also processed in advance, it can be easily folded while the paperboard 21 is carried by the conveyor.

In FIG. 3, a semicircular recess C having a depth of 8 mm is formed at the center of the side of the front plate member 26 that faces the crease line O2. The diameter of the semicircular recess C is shown in FIG. Is larger than the diameter of the hole in the center of the compact disc 22, and the compact disc 22 can be easily taken out by inserting a finger into the recess C.
In the state of FIG. 3, the length of the front plate member 26 in the lateral direction is 75 mm, and the end of the front plate member 26 vertically crosses the center of the compact disc 22. From this end, the back member 25 and the front member 24 are connected. The distance to the connected crease line O1 is 65 mm. As described above, the storage medium housing 27 shown in FIG. 4 was manufactured.

Here, the bonding state of each member will be described with reference to FIG. 1 again. The back member 25 and the front plate member 26 are bonded together by adhesives 5U and 5V at both ends in the vertical direction. Even when the dummy members D1 to D3 connected by the perforation M2 are cut off, the bonded state by the adhesives 5U and 5V can be maintained, and the compact disc 22 can be continuously held.
The front member 24 and the back member 25 are bonded to each other through the respective dummy members D1 and D2 connected via the perforation M2 and at least a portion of the adhesive 5S near the front member. And the front plate member 26, the dummy members D1 and D3 connected via the perforation M2 are directly bonded with the adhesive 4S, or (the dummy connected to the front plate member 26). When the member D3 does not exist), the dummy member D1 connected to the front member 24, the adhesive 4S, the dummy member D2 connected to the back member 25, the back member 25, and the adhesive 5U However, the adhesion between the front member 24 and the rear member 25 and between the front member 24 and the front plate member 26 is performed by the perforation M2 when the compact disk is used. The dummy members D1 to D3 involved in each adhesion are cut and removed, and the bonded state between the front member 24, the back member 25 and the front plate member 26 is eliminated, and the front member 24 can be opened and closed. It becomes a state.

  Therefore, although the adhesives 4S and 5S have a considerably large area in FIG. 1, since the adhesive state is maintained until the compact disc is used, the cost savings due to the saving of the adhesive can be achieved. For this purpose, the area may be small as long as it has a strength capable of maintaining the adhesion state. On the other hand, the adhesives 5U and 5V must maintain an adhesive state while continuing to function as the storage medium storage body 27, and when the compact disk 22 moves or is stored, Since there is a possibility that the adhesive part comes into contact with the adhesive part and peels off, an adhesive strength sufficient to withstand it is required.

  Next, an example of binding the storage medium storage body 27 as a part of a booklet will be described. FIG. 5 is an explanatory diagram of the perfect binding booklet 29 in which the storage medium storage body 27 of the present invention is bound together with the text 28. The wireless binding is a concept including so-called azimuth binding.

Using the storage medium storage body 27 of the present invention in the form shown in FIG. 4, a booklet body 29 was manufactured by simple binding. The signature of the main text was folded into 8 pages and collated with a bookbinding machine. At this time, the storage medium storage body 27 was collated at the same time, the back portion was milled and cut, and a hot melt adhesive was applied, followed by wrapping with a cover, and a booklet 29 was manufactured.
The booklet 29 is a left-opening booklet, and as is apparent from the noble 30, the storage medium storage body 27 is bound between the 20th page and the 21st page of the text to form the booklet 29. The storage medium storage body 27 is smaller in size than the main text and is a left-open booklet, and is aligned on the top side of the booklet 29.
As described above, the storage medium storage body 27 according to the present invention can be efficiently collaborated with the bookbinding machine at the same time as the signature of the main text when bookbinding is performed by simple binding.

FIG. 6 is an explanatory diagram of a state in which the storage medium storage body 27 is separated from the booklet 29. When a storage medium such as the compact disk 22 is used, first, the storage medium storage body 27 is separated from the booklet 29 by the perforation M1. The dummy members D1 to D3 connected to the front member 24 and the rear member 25 (or the front member 24, the front plate member 26, and the rear member 25) at the perforation M2 of the storage medium storage body 27, respectively. The adhesive portions 31 derived from are separated from each other. The front member 24 and the rear member 25 (or the front member 24, the front plate member 26, and the rear member 26 are disposed on the opposite side in the vertical direction from the side on which the adhesive portion 31 is provided via the perforation M3. ) Are provided with non-adhesive blank portions 32 derived from the dummy members D1 to D2 (or D1 to D3) respectively connected to the recording medium. Separate from the storage body 27. Even if it is a child or an elderly person, there is a perforation M1 when separating the storage medium storage body 27, a perforation M2 when separating the adhesive portion 31, and a perforation M3 when separating the non-adhesive blank portion 32. It can be easily separated by hand.
Accordingly, as shown in FIG. 7, the front member 24 is released from the bonded state from the back member 25 and the front plate member 26, and the compact disc 22 is removed from the front plate member 26 by extending the fold line O1. Exposed. The compact disk 22 can be easily removed from the storage medium housing 27 by placing a finger on the central hole of the compact disk 22 that overlaps the recess C.

The front member 24 can be opened and closed by the crease line O1. After the compact disc 22 is used, the front member 24 is put in the storage medium storage body 27 again, and the front member 24 is closed to form a two-fold storage medium storage body. Further, long-term storage can be achieved without damaging the compact disk 22 and in a beautiful appearance.
In the storage medium storage body 27, the front member 24 can be opened and closed smoothly, and the front plate member 26 is formed to be shorter in the lateral direction than the rear member 25, and a compact disk is formed in the space between the two. Since the size of the compact disk 22 is designed so that a part of the compact disk 22 protrudes outside the opening when the housing 22 is stored, the compact disk 22 can be easily inserted and removed, and the front plate member 26 and the rear surface The rigidity of the opening formed by the member 25 was moderate, and the compact disk 22 did not easily fall off. In addition, the compact disk 22 is difficult to move in the direction along the opening, and can be stably held.
Furthermore, it was stored upright with the fold line O1 in the back, but it could be stored beautifully in appearance.

  It should be noted that the binding member 23 remains on the booklet body 29 in a state where the storage medium storage body 27 is separated from the booklet body 29, but when the booklet body 29 is expanded to the limit so as not to be destroyed, the binding member 23 is 5 mm was exposed. This exposure amount is preferably 10 mm or less. This is because when the length exceeds 10 mm, it is difficult for the binding member 23 to spread when reading a page near the page where the binding member 23 remains as the booklet 29. In order to solve this problem, it is more preferably 5 mm or less, but conversely, if the exposure amount is too small, it may be difficult to separate the storage medium storage body 27 when it is separated from 5 mm to 10 mm. It is preferable to set the exposure amount.

  Another embodiment of the present invention will be described with reference to FIGS.

FIG. 8 is a development explanatory view when the storage medium housing of the present invention is viewed from the back side. In the present embodiment, the spine cover member 41 having the same length in the vertical direction and the shorter length in the horizontal direction between the back member 25 and the front member 24 is the fold line O1 and the folding line, respectively. It is formed so as to be foldable via the line of sight O3.
FIG. 9 is a development explanatory view when this is seen from the surface. Although not shown here, if information such as the title of the storage medium to be stored or a label or a sticker is pasted on the surface of the spine member 41, the storage medium storage 27 Since the contents can be easily identified even in a state where a large number of the storage devices are arranged and stacked in a closed state, it is convenient for confirming and taking out the desired storage medium.

  The lateral length of the spine member 41 is such that a storage medium (and accessories such as instructions if necessary) is stored in the storage medium storage body 27 to be manufactured, and the storage side is defined by the fold lines O1 and O3. When the storage medium storage body 27 is closed by bending it into a flat U-shaped cross section, the front member 24, the rear member 25, the front plate member 26, and the thickness of the stored item are approximately equal to each other. The storage medium storage body 27 looks good in the closed state, and the surface (outer surface) of the spine cover member 41 of each storage medium storage body 27 when storing a large number of the storage medium storage bodies 27 arranged side by side or stacked. Because the parts are easy to line up and clean, they fit well and look great. In general, the lateral length of the spine member 41 is preferably about 1 mm to 5 mm.

Further, at least one side of the spine cover member 41 in the vertical direction, on the side where the dummy members D1 and D2 are connected to the front member 24 and the back member 25, have the same length in the vertical direction. The dummy member D7 is connected via the perforation M2. The perforation M3 and the dummy member D8 on the opposite side in the vertical direction are as necessary as in the case of the perforation M3 and the dummy members D4 to D6 for the front member 24, the back member 25, and the front plate member 26. It may be provided or not provided if not necessary.
Other than the above matters, the detailed description is omitted because it is basically almost the same as that of the first embodiment.

  The manufacturing process of the storage medium storage body 27 from the state of the developed explanatory view is basically almost the same as that of the first embodiment. However, when the back member 25 is folded onto the front member 24 from the state where the front plate member 26 is folded onto the back member 25 and bonded via the adhesives 5S, 5U, 5V (FIG. 8), The two crease lines O1 and O3 sandwiching the spine cover member 41 between the member 25 and the front member 24 may be folded, or only one of them may be folded.

  The lateral length of the spine member 41 is approximately equal to the sum of the thicknesses of the front member 24, the rear member 25, the front plate member 26, the storage medium (compact disc 22), and other enclosed items (if any). If they are equal or shorter than this, it is preferable to fold both the crease lines O1 and O3 because they look good and are stable mechanically.

  On the other hand, when the lateral length of the spine member 41 is designed to be longer than the above, when both the crease lines O1 and O3 are folded at the same angle and folded and bonded, When the booklet 29 in which the storage medium storage body 27 is bound is stacked, the spine cover member 41 is easily crushed and bent due to its weight, so one of the two crease lines O1 and O3 has a sharper angle. It is preferable to adjust the other by bending the other at an obtuse angle or to fold only one of the two fold lines O1 and O3.

  In this case, in a state where the back member 25 is folded on the front member 24, the position of the perforation M1 between the front member 24 and the binding member 23 and the crease line between the back member 25 and the front plate member 26. The position of O2 will shift. When there is a sufficient margin in the lateral length of the binding member 23, the latter is on the binding side of the booklet 29 rather than the former (that is, the side opposite to the front member 24 side when viewed from the perforation M1). There is no problem even if it comes to.

  However, as described above, normally, the lateral length of the binding member 23 is about 5 to 10 mm in the amount of exposure in a state where the binding member 23 is bound to the booklet body 29, and may have a dimensional design with little margin. Therefore, if the crease line O2 is closer to the binding line side than the perforation line M1, it is extremely difficult to separate the storage medium storage body 27 from the binding member 23 by the perforation line M1, or the booklet body 29 in some cases. There is a problem that the binding itself becomes impossible.

  Therefore, generally, the fold line O3 between the front member 24 and the back cover member 41 is not bent so that the fold line O2 is on the side opposite to the binding line side with respect to the perforation M1, and the back cover member is not bent. It is preferable to fold only the fold line O1 between 41 and the back member 25, or to fold the former fold line O3 at an obtuse angle and the latter fold line O1 at an acute angle. In this case, it is not preferable that the adhesive 4S attached on the dummy member D1 connected to the front member 24 is exposed in a state where the back member 25 is folded on the front member 24. The end of the 4S perforation M1 side is preferably provided at a position that is at least a distance corresponding to the distance between the perforation M1 and the crease line O2 in this state.

  In this way, the storage medium storage body 27 of the present embodiment provided with the spine cover member 41 is separated from the booklet body 29 into which the storage medium storage body 27 is bound by the perforation M1 as compared with that of the first embodiment described above, and each dummy The adhesive portion 31 derived from the members D1 to D3 and D7 (and the non-adhesive blank portion 32 derived from the dummy members D4 to D6 and D8) is separated by the perforation M2 (and M3) (FIG. 11), and the spine member When folded into a flat U-shaped cross-section with the stored item side inside by two crease lines O1 and O3 sandwiching 41, a sheet-like spine cover member 41 is formed at the folded portion of the storage medium storage body 27 in a substantially bi-fold form. As compared with the case where the back cover member 41 is not provided, the appearance is improved and a high-class feeling is created. Even when a large number of storage media storage bodies 27 or a large number of other booklet bodies or storage bodies of substantially the same shape are arranged side by side or stacked horizontally, the back portion is easy to be neatly arranged in a flat shape, so it looks good Good fit. Furthermore, if the title of the stored item is displayed on the back cover member 41 by printing, sticking or labeling, etc., the stored item can be easily identified even when only the back portion is visible. , The standing state is more stable, and if you print information such as the title of the storage medium stored on the surface (outside) of the back cover member, stick a sticker or label, etc. Even if you store them flatly, you can see the prints, stickers, labels, etc. on the surface (outer surface) of the back cover members without having to take out each storage medium storage one by one. It is convenient for inventory management and storage operations during storage, even when storing flatly.

  The booklet in which the storage medium storage body of the present invention as described above is bound includes a language teaching material in which a conversation in English or the like is recorded, a magazine, software containing music, movies, videos, advertisements, electronic books, etc. It can be suitably used for many purposes, such as when a printed magazine is used as an instruction manual or manual for a software magazine or a DVD containing software when the software is sold.

The storage medium storage body and the perfect binding booklet of the present invention are not limited to those described in the above embodiments, and various modifications can be made.
For example, the displays 4A and 5A provided on the front member 24 and the back member 25 by printing are not necessarily provided, and may be displayed with a label attached without printing. Further, the display position may be any place.

In addition, various storage media such as a DVD can be stored instead of the compact disc.
In order to protect the information storage surface of the compact disc, the compact disc may be once put in a bag provided with a nonwoven fabric and then put in the storage medium housing of the present invention. Moreover, you may affix the nonwoven fabric to the back surface member of a storage medium storage body.

Explanatory drawing of the back side of the storage medium container according to the present invention Explanatory drawing of surface side development of storage medium storage body according to the present invention Explanatory drawing of the manufacturing process of the storage medium storage body based on this invention Explanatory drawing of the storage medium storage body based on this invention Explanatory drawing of a wireless booklet according to the present invention Explanatory drawing of a state in which the storage medium container is separated from the booklet Explanatory drawing of the storage medium storage body based on this invention Explanatory drawing of the back side of the storage medium container according to the present invention Explanatory drawing of surface side development of storage medium storage body according to the present invention Explanatory drawing of the manufacturing process of the storage medium storage body based on this invention Explanatory drawing of the storage medium storage body based on this invention Explanatory drawing of the storage medium storage body based on a prior art Explanatory drawing of the storage medium storage body based on another prior art

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 ... Storage medium storage body 2 ... Drilling process part 3 ... Muscle pushing process part 4 ... Cutting process part 5 ... Storage medium 6 ... End part 7 for binding, Perforation process part 9 ... Small hole 11 ... Signature 12 ... Compact disc storage container 12A ... bag portion 12B ... other portion 12C ... attachment portion 12D ... cut line 13 ... compact disc 21 ... paperboard 22 ... compact disc 23 ... binding member 24 ... front member 25 ... back member 26 ... front plate Member 41 ... spine cover member D1, D2, D3, D4, D5, D6, D7, D8 ... dummy member O1, O2, O3 ... crease line M1, M2, M3 ... perforation 4S, 4T, 5S, 5T, 5S, 5T ... Adhesive A ... Flow direction C of paperboard ... Recess K ... Paper grain direction 4A, 5A ... Display 27 ... Storage medium storage body 28 ... Text 29 ... Perfect binding booklet 30 ... Noble 31 ... Adhesion part 32 ... Non-adhesion White part

Claims (6)

A storage medium storage body made of a single piece of paperboard, wherein the front plate member of the substantially rectangular back member, a front plate member connected to one side of the back member via a crease line, and the back member On the side opposite to the side to be connected, a substantially rectangular front member connected via a crease line is provided,
At least one end of at least one of the back member and the front member in a direction perpendicular to the direction in which the back member and the front plate member are connected to each other is connected to a dummy member through a perforation,
A binding member is connected via a perforation on the opposite side of the front member to the side where the back member is connected,
The front plate member is folded at a crease line connecting them so as to overlap the back member, and further, the front member is a fold connecting the front member and the back member so as to overlap the back member and the front plate member. Folded at the line of sight,
The front plate member and the back member are bonded at both ends in a direction orthogonal to the direction in which they are connected,
The front member is a storage medium storage body formed by bonding at least one of the back member and the front plate member with the dummy member at one end connected to the front member. A storage medium storage body made of a single piece of paperboard, comprising: a substantially rectangular back member; and a front plate member connected to one side of the back member via a crease line; and the front plate of the back member The back cover member and the substantially rectangular front member are connected in this order via the crease line on the side opposite to the side where the members are connected,
At least one end of at least one of the back member and the front member in a direction perpendicular to the direction in which the back member and the front plate member are connected to each other is connected to a dummy member through a perforation,
A binding member is connected via a perforation on the side of the front member opposite to the side where the spine member is connected,
The front plate member is folded at a crease line that connects them so as to overlap the back member, and further, the front member is a crease line on both sides of the back cover member so as to overlap the back member and front plate member Folded along at least one fold line
The front plate member and the back member are bonded at both ends in a direction orthogonal to the direction in which they are connected,
The front member is a storage medium storage body formed by bonding at least one of the back member and the front plate member with the dummy member at one end connected to the front member.   The storage medium storage body according to claim 1 or 2, wherein a length of the front plate member in a direction connected to the back member is shorter than a length of the back member.   The paperboard is a paperboard of 250 g or more and 300 g or less per square meter, and the paper grain direction is a direction perpendicular to the direction in which the back member and the front board member are connected. The storage medium storage body according to claim 3. The storage medium to be stored is a disk-shaped storage medium,
The length of the back member in the direction in which the back member and the front plate member are connected to each other is longer than the length of the disk-shaped storage medium to be stored plus 5 mm, and 15 mm is added to the diameter. Shorter than length,
When the length of the front plate member is longer than one half of the diameter of the disk-shaped storage medium to be stored and the front plate member is folded on the back member, Designed so that the distance to the crease line opposite to the crease line to which the front plate member is connected is longer than the length obtained by subtracting 8 millimeters from the half of the disk-shaped storage medium to be stored. And
5. A recess having a depth of 8 millimeters or more is formed in a central portion of the side opposite to the side connected to the back member of the front plate member. The storage medium storage body according to any one of claims.   6. A perfect binding booklet in which a storage medium is stored in the storage medium storage body according to any one of claims 1 to 5 and is stapled at a portion of the binding member.