Display File

Abstract

To provide a display file that can diversify the ways in which stored items can be appreciated.SOLUTION: A display file 1 includes a first mount 20, a second mount 30 that can face the first mount 20, a connection portion 40 that connects an end of the first mount 20 to an end of the second mount 30, and a connection portion 55 provided in the vicinity of at least one edge of the first mount 20 where the connection portion 40 is not provided, and a bag body 90 provided with one or more connection holes 910 is detachably connected to the first mount 20 at the one or more connection holes 910 and passed through the connection holes 910.SELECTED DRAWING: Figure 4

Description

[Technical Field]

[0001] The present invention relates to a display file, and more particularly to a display file that can store and display analog card-shaped objects such as trading cards. [Background technology]

[0002] Conventionally, a bookbinding for storing cards has been known in which a block-shaped bound body is made up of a card storage mount, a binding member that is adhered to the binding margin of the card storage mount and covers both the front and back sides of the binding margin, and a perfect binding portion in which many card storage mounts are stacked and the binding side of the binding member is perfect bound, and a cover is attached to this block-shaped bound body (see, for example, Patent Document 1).The bookbinding for storing cards described in Patent Document 1 can accommodate overall thinness and weight reduction. [Prior art documents] [Patent documents]

[0003] [Patent Document 1] JP 2001-270584 A Summary of the Invention [Problem to be solved by the invention]

[0004] However, in various conventional files, including the binding for storing cards described in Patent Document 1, and conventional albums for storing predetermined cards, although the cards can be viewed because they are stored in pockets in a transparent sheet for storing cards, the edges of the sheet are bound to the spine of the file or album, making it impossible to diversify the viewing of stored items such as cards.

[0005] SUMMARY OF THE INVENTION It is therefore an object of the present invention to provide a display file that allows for a variety of ways to appreciate stored items. [Means for solving the problem]

[0006] In order to achieve the above object, the present invention provides a bag comprising a first backing, a second backing that can face the first backing, a connecting part that connects an end of the first backing to an end of the second backing, and a bag body that can store an object and has one or more connecting holes, the connecting part that detachably connects the bag body to the first backing at the one or more connecting holes and is passed through the connecting holes, the connecting part being provided near at least one edge of the first backing that does not have a connecting part. When the bag body rotates along the connecting portion, the bag body assumes any one of the following forms: a form in which the front surface of the first mount faces the back surface of the bag body; a form in which the back surface of the second mount faces the back surface of the bag body; a form in which the back surface of the first mount faces the front surface of the bag body; and a form in which the front surface of the second mount faces the front surface of the bag body. A display file is provided. [Effects of the Invention]

[0007] According to the display file of the present invention, it is possible to provide a display file that allows the stored items to be viewed in a variety of ways. [Brief explanation of the drawings]

[0008] [Figure 1] FIG. 2 is a diagram illustrating the structure of a file body according to the present embodiment. [Figure 2] 1 is a diagram showing the configuration of a bag of a display file according to an embodiment of the present invention. [Figure 3] FIG. 2 is a diagram showing the configuration of a display file according to the present embodiment. [Figure 4] FIG. 10 is a schematic diagram illustrating a method for using a display file according to the present embodiment. [Figure 5] FIG. 10 is a schematic diagram illustrating a method for using a display file according to the present embodiment. [Figure 6] FIG. 10 is a schematic diagram illustrating a method for using a display file according to the present embodiment. [Figure 7] FIG. 10 is a schematic diagram illustrating a method for using a display file according to the present embodiment. [Figure 8] FIG. 10 is a diagram showing the background of a bag body included in the display file according to the present embodiment. [Figure 9] 10 is another background view of the bag body included in the display file according to the present embodiment. FIG. [Figure 10] FIG. 10 is a diagram of a first modified example of a display file according to the present embodiment. [Figure 11] FIG. 10 is a diagram of a second modified example of a display file according to the present embodiment. [Figure 12] FIG. 10 is a diagram showing a modified example of the file body according to the embodiment. DETAILED DESCRIPTION OF THE INVENTION

[0009] [Embodiment Mode] <Display File 1 Overview> The display file 1 according to this embodiment is a display file for storing stored items and includes a first mount and a second mount. The file body is formed by integrally connecting an end of the first mount and an end of the second mount. The file body can be in three states: an open state in which the first mount and the second mount can be unfolded to form a substantially flat surface; a closed state in which the front surface of the first mount and the front surface of the second mount face each other; and a closed state in which the file body is folded back at the connection between the first mount and the second mount so that the back surface of the first mount and the back surface of the second mount face each other. Furthermore, in the display file 1, a pouch (e.g., a refill) having a pocket for storing stored items such as cards is connected to an edge of the first mount (or the second mount) that is not connected to the second mount (or the first mount). The pouch is rotatable relative to the first mount (or the second mount) around or along the connection. As a result, in the display file 1, when the bag body is connected to the first mount, the bag body can be rotated to place the bag body against the front surface of the first mount, the back surface of the first mount, the front surface of the second mount, or the back surface of the second mount. Note that when the bag body is connected to the second mount, the bag body can be placed against the front surface of the second mount, the back surface of the second mount, the front surface of the first mount, or the back surface of the first mount.

[0010] Therefore, in the display file 1 according to this embodiment, the front and back surfaces of the file body, that is, the front or back surface of the first mount or the front or back surface of the second mount, can be used as mounts, and an appropriate mount can be selected depending on the design of the items to be stored in the pouch. In other words, in the display file 1, by applying a predetermined design to each of the front and back surfaces of the first mount and the second mount, the items stored in the pouch can be displayed by changing the combination of the design on each surface, allowing the user to enjoy viewing the items.

[0011] Furthermore, the display file 1 is configured so that the first and second mounts can rotate relative to each other around the connecting portion between them. This allows the display file 1 to be filed with the front of the first mount facing the front of the second mount, or with the back of the first mount facing the back of the second mount. That is, the front and back of the first mount and the back of the second mount (i.e., each of the four sides of the file body) can be used as the cover of the display file 1. Therefore, various combinations of the pouch and the cover, the combination of the cover and the items stored in the pouch, and / or the arrangement of the pouch can be combined to diversify the methods of storing and viewing the stored items. This allows the display file 1 to provide users with various ways to view and store the stored items.

[0012] <Display file 1 configuration> FIG. 1 shows an outline of the configuration of the file body of a display file according to this embodiment. Specifically, FIG. 1(a) shows an outline of the front surface of the file body 10, and FIG. 1(b) shows an outline of the back surface of the file body 10. Furthermore, FIG. 2 shows an outline of the configuration of the pouch of the display file according to this embodiment. Specifically, FIG. 2(a) shows an outline of the configuration of the pouch 90 according to this embodiment, and FIG. 2(b) shows an outline of the configuration of the pouch 95 according to a modified example of this embodiment. Furthermore, FIG. 3 shows an outline of the configuration of the display file according to this embodiment. Specifically, FIG. 3 shows the display file 1 in an open state.

[0013] The display file 1 according to this embodiment can be freely changed from a state in which the front surface of the first mount and the front surface of the second mount face each other to a state in which the back surface of the first mount and the back surface of the second mount face each other (here, in this embodiment, the front surface of the first mount and the front surface of the second mount refer to the surfaces opposite the mounting surface when the file body is placed open on a mounting surface, and the surfaces in contact with the mounting surface are the back surface of the first mount and the back surface of the second mount). Therefore, in the display file 1, the front surface of the first mount can be the outside or inside of the display file 1 (the back surface of the first mount can be the inside or outside of the display file 1), and the front surface of the second mount can be the outside or inside of the display file 1 (the back surface of the second mount can be the inside or outside of the display file 1). Therefore, it should be noted that the terms "front surface" and "back surface" in the following description are merely used for convenience.

[0014] The display file 1 according to this embodiment includes a file main body 10 having a first mount 20 and a second mount 30 connected by a connecting portion 40, and a bag 90 connected to the file main body 10 by a connecting portion 55. Specifically, the file main body 10 includes the first mount 20 and the second mount 30 that can face the first mount 20. The bag 90 is connected to the first mount 20 near an edge 230 by the connecting portion 55. The connecting portion 55 may be a connecting ring that can be opened and closed. The bag 90 may also be connected to the second mount 30 near an edge by the connecting portion 55. Furthermore, one bag 90 may be connected to the first mount 20 near an edge by the connecting portion 55, and another bag 90 may be connected to the second mount 30 near an edge by the connecting portion 55. In the following, an example in which the bag body 90 is connected to the first mount 20 will be mainly described.

[0015] (First mount 20, second mount 30, connection portion 40) 1(a) and 1(b), the first mount 20 has, for example, a substantially rectangular shape. The first mount 20 has a first front surface 200 and a first back surface 210 opposite the first front surface 200. The second mount 30 also has, for example, a substantially rectangular shape. The second mount 30 has a second front surface 300 and a second back surface 310 opposite the second front surface 300. An end portion 220 of the first mount 20 and an end portion 320 of the second mount 30 are connected by a connecting portion 40, so that the first front surface 200 of the first mount 20 and the second front surface 300 of the second mount 30 are flush with each other and can face each other, and the first back surface 210 of the first mount 20 and the second back surface 310 of the second mount 30 are flush with each other and can face each other.

[0016] Furthermore, a predetermined image (i.e., a decorative image) may be displayed (i.e., printed) on all or one or more of the first surface 200, first back surface 210, second surface 300, and second back surface 310. The decorative image may be a design that corresponds to the shape, pattern, or color of the stored item, or a combination thereof. The decorative images applied to at least one or more surfaces selected from the group consisting of the first surface 200, first back surface 210, second surface 300, and second back surface 310 may all be the same or all different, or two or more surfaces may be provided with the same decorative image. Furthermore, one or more decorative images may be displayed across two surfaces located on the same plane (for example, the first surface 200 and the second surface 300, or the first back surface 210 and the second back surface 310).

[0017] The connection portion 40 connects the first mount 20 and the second mount 30 to each other. That is, the connection portion 40 is located midway between the first mount 20 and the second mount 30 and integrally connects an end portion of the first mount 20 (i.e., one of the four sides of the first mount 20) to an end portion of the second mount 30 (i.e., one of the four sides of the second mount 30). When the first mount 20 and the second mount 30 are substantially rectangular, and therefore the file body 10 is also substantially rectangular, the connection portion 40 connects one short side of each mount and extends perpendicular to the long side. (Note that the connection portion 40 may also connect one long side of each mount and extend perpendicular to the short side.) When the file body 10 is substantially square, the connection portion 40 connects one side of each mount and extends perpendicular to the side adjacent to the side used for the connection. As a result, the second mount 30 is provided rotatable (openable and closable) relative to the first mount 20, with the connection portion 40 as the rotation axis, allowing the first surface 200 of the first mount 20 to face the second surface 300 of the second mount 30, and by rotating the second mount 30, the first back surface 210 of the first mount 20 to face the second back surface 310 of the second mount 30. Similarly, the first mount 20 is also rotatable relative to the second mount 30, with the connection portion 40 as the rotation axis. As a result, the first mount 20 and the second mount 30 can rotate 360° relative to each other with the connection portion 40 as the axis.

[0018] In other words, the first mount 20 can rotate 360° relative to the second mount 30 around the connection portion 40 as an axis, and the second mount 30 can rotate 360° relative to the first mount 20 around the connection portion 40 as an axis. For example, by rotating the second surface 300 of the second mount 30 around the connection portion 40 as an axis so as to fold it toward the first surface 200 of the first mount 20, the second surface 300 and the first surface 200 can be made to face each other. On the other hand, by rotating the second back surface 310 of the second mount 30 around the connection portion 40 as an axis so as to fold it toward the first back surface 210 of the first mount 20, the second back surface 310 and the first back surface 210 can be made to face each other.

[0019] In the file body 10, the first mount 20, the second mount 30, and the connecting portion 40 may be formed from a single member, or some or each may be separate, independent members. When each is a separate, independent member, the connecting portion 40 may be formed using a hinge or the like. On the other hand, when the file body 10 is formed from a single rectangular member, the connecting portion 40 is provided on a straight portion connecting a perpendicular line from the center of the rectangular member to one side (first side) and a perpendicular line from the center to the opposite side (second side) of the first side. For example, the connecting portion 40 may be formed by providing a crease with a recess or protrusion in a single member. In this case, the file body 10 may have a crease with a recess or protrusion at a portion a predetermined distance from the straight portion toward the other side (third side) adjacent to the first side (first side) and at a portion a predetermined distance toward the other side (fourth side) opposite the other side (third side). By providing such a crease and folding at the crease, the area including the connection part 40 (the area from the end 220 through the connection part 40 to the end 320 in FIGS. 1(a) and 1(b)) can be used as the spine. Furthermore, the material constituting the first mount 20, the second mount 30, and the connection part 40 may be paper, synthetic resin, or the like.

[0020] (hole 50) The hole 50 is provided near the edge 230 of one side of the first mount 20 that is not the connecting portion 40. Specifically, the hole 50 is provided near at least one edge 230 of the first mount 20 where the connecting portion 40 is not provided. One or more hole 50 may be provided in the first mount 20. For example, if the first mount 20 is substantially rectangular, one or more hole 50 is provided at a position a predetermined distance inward from at least one of the remaining three sides excluding the side where the connecting portion 40 is provided. For example, the hole 50 is provided near the edge 230 of one long side of the first mount 20. There are no particular limitations on the shape and size of the hole 50 as long as it is a shape and size that allows the connecting portion 55, described below, to pass through. For example, the hole 50 may be substantially circular.

[0021] (Notch 60) The cutout portion 60 is provided on an edge 330 of one side of the second backing sheet 30 that is not the connection portion 40. Specifically, the cutout portion 60 is provided on at least one edge 330 of the second backing sheet 30 at a position facing the hole portion 50 and / or the connecting portion 55 provided in the first backing sheet 20 when the first backing sheet 20 and the second backing sheet 30 are opposed to each other. For example, the cutout portion 60 is provided near the edge 330 of one long side of the second backing sheet 30. When there are multiple hole portions 50 and / or connecting portions 55, the cutout portion 60 is provided at a position facing each of the multiple hole portions 50 and / or multiple connecting portions 55. The shape and size of the cutout portion 60 are not particularly limited as long as they do not substantially come into contact with the connecting portion 55 (described later) when the first mount 20 and the second mount 30 are facing each other (i.e., they are not particularly limited as long as they do not interfere with the connecting portion 55). For example, the cutout portion 60 may be substantially rectangular and may have a width equal to or greater than the thickness of the connecting portion 55. Note that "not substantially coming into contact" does not mean that the cutout portion 60 and the connecting portion 55 literally do not come into contact at all, but rather means that even if there is a portion where the connecting portion 55 and the cutout portion 60 are in contact or there is a possibility of contact, the function of the display file 1 is exercised so that the connecting portion 55 is recognized as not coming into contact with the cutout portion 60 in terms of its content and essence.

[0022] (fixed part 70, fixed part 72, fixed part 74, fixed part 76) The fixing portion fixes the bag body 90 connected to the file body 10 to the first backing sheet 20 or the second backing sheet 30. That is, the fixing portion is provided near the edge of at least one surface selected from the group consisting of the front surface (first front surface 200) of the first backing sheet 20, the back surface (first back surface 210) of the first backing sheet 20, the front surface (second front surface 300) of the second backing sheet 30, and the back surface (second back surface 310) of the second backing sheet 30. The fixing portion provided on the first backing sheet 20 can fix a corner of the bag body 90 to the first backing sheet 20, and the fixing portion provided on the second backing sheet 30 can fix a corner of the bag body 90 to the second backing sheet 30.

[0023] For example, on the first surface 200 of the first mount 20, a fixing portion 70 is provided at a corner of the first surface 200 near the side opposite the side near which the hole 50 is provided, and on the first back surface 210 of the first mount 20, a fixing portion 72 is provided at a corner of the first back surface 210 near the side opposite the side near which the hole 50 is provided. Also, on the second surface 300 of the second mount 30, a fixing portion 74 is provided at a corner of the second surface 300 near the side opposite the side near which the cutout portion 60 is provided, and on the second back surface 310 of the second mount 30, a fixing portion 76 is provided at a corner of the second back surface 310 near the side opposite the side near which the cutout portion 60 is provided.

[0024] The file body 10 may or may not have the fixing portion 70, the fixing portion 72, the fixing portion 74, and / or the fixing portion 76. However, from the viewpoint of fixing the bag body 90 to the file body 10 and preventing problems such as bending of the contents stored in the bag body 90 and adequately protecting them, the file body 10 preferably has the fixing portion 70, the fixing portion 72, the fixing portion 74, and / or the fixing portion 76. The size and shape of the fixing portion 70, the fixing portion 72, the fixing portion 74, and / or the fixing portion 76 are not particularly limited as long as the corners of the bag body 90 can be inserted therein and the bag body 90 can be fixed to the first backing 20 or the second backing 30. For example, each fixing portion may be in the shape of a substantially right triangle, with two sides excluding the hypotenuse being fixed to the first backing 20 or the second backing 30 and the corners of the bag body 90 being insertable into the hypotenuse. Furthermore, the fixing portion 70, the fixing portion 72, the fixing portion 74, and / or the fixing portion 76 may be configured using a string-like member such as a string or a rubber string.

[0025] (Bag body 90) The pouch 90 has one or more storage compartments capable of storing items and one or more connecting holes. The pouch 90 may be, for example, a refill for an album or the like. The pouch 90 can be obtained by integrally forming, for example, a sheet-like material made of a permeable synthetic resin. The pouch 90 is bound to the first mount 20 or the second mount 30 between the first mount 20 and the second mount 30.

[0026] Specifically, as shown in FIG. 2( a), the bag body 90 has a plurality of storage sections, a storage connection section 930 provided between one storage section (e.g., storage section 900) and another storage section adjacent to the one storage section (e.g., storage section 902), and one or more connection holes (e.g., connection hole 910). A corner on the opposite side of the side of the bag body 90 adjacent to which the connection hole 910 is provided becomes a corner 970 of the bag body 90. The bag body 90 may have, for example, a substantially rectangular shape. Each of the one or more storage sections may also have a substantially rectangular shape. In the bag body 90, one storage section (e.g., storage section 900) is arranged alongside another storage section (e.g., storage section 902) via the storage connection section 930, and three sides of each storage section are closed (for example, when the bag body 90 is made of a predetermined synthetic resin, this can be closed by folding or welding), and the remaining side is open to form a storage opening 960 for the stored item. The storage opening 960 may be provided along one long side of the bag body 90. One or more connecting holes are provided near one side of the bag body 90 that is closest to the storage opening 960. The surface of the bag body 90 on which the storage opening 960 is provided is the front surface 920 of the bag body 90, and the surface opposite the front surface 920 (the surface on which the storage opening 960 is not provided) is the back surface 922 of the bag body 90. A storage opening for stored items may also be provided on the back surface 922 of the bag body 90. In this case, one stored item can be stored in the bag body 90 through the storage opening 960 on the front surface 920 of the bag body 90, and another stored item can be stored in the bag body 90 through the storage opening on the back surface 922. As a result, when the bag body 90 is rotated relative to the first mount 20 or the second mount 30, it is possible to select and display one stored item that can be viewed from the front surface 920 or another stored item that can be viewed from the back surface 922.

[0027] The shape and size of the connecting hole 910 are not particularly limited as long as they are a shape and size that allow the connecting portion 55, which will be described later, to pass through. The connecting hole 910 may be formed, for example, to have a substantially circular shape. Furthermore, a reinforcing member (for example, a seal having an opening of substantially the same shape as the connecting hole 910) that reinforces the connecting hole 910 may be provided at or near the open end of the connecting hole 910.

[0028] The storage connection part 930 may be configured to have transparency. That is, when the bag body 90 is placed on the first surface 200 (or the first back surface 210) of the first mount 20, or on the second surface 300 or second back surface 310 of the second mount 30), the storage connection part 930 is configured to have transparency that allows the first surface 200 (or the first back surface 210, or the second surface 300 or second back surface 310) to be seen.

[0029] 2(b), a bag body 95 according to a modified example has substantially the same function and configuration as the bag body 90, except that, unlike the bag body 90, the bag body 95 has only one storage section and does not have a storage connection section 930. Therefore, detailed description will be omitted except for the differences. That is, the bag body 95 has one storage section 904 and one or more connecting holes (e.g., connecting hole 912). A corner on the opposite side of the side of the bag body 95 adjacent to the connecting hole 912 becomes a corner 972 of the bag body 95. In the bag body 95, three sides of the storage section 904 are closed, and the remaining side is open to form a storage opening 962 for an item to be stored. One or more connecting holes 912 are provided near the side of the bag body 95 closest to the storage opening 962. The surface of the bag body 95 on which the storage opening 962 is provided is the front surface 950 of the bag body 95, and the surface opposite the front surface 950 (the surface on which the storage opening 962 is not provided) is the back surface 952 of the bag body 95. A storage opening for stored items may also be provided on the back surface 952 of the bag body 95. In this case, one stored item can be stored in the bag body 95 through the storage opening 962 on the front surface 950 of the bag body 95, and another stored item can be stored in the bag body 95 through the storage opening on the back surface 952. As a result, when the bag body 95 is rotated relative to the first mount 20 or the second mount 30, it is possible to select and display one stored item that can be viewed from the front surface 950 or another stored item that can be viewed from the back surface 952.

[0030] The shape of the bag 95 is not limited to the above. In this embodiment, the bag also includes a storage body capable of storing an object to be stored, which will be described below. For example, a storage body having the following shape can be used as the bag. a) A storage container having a substantially rectangular sheet made of a transparent material, fixing portions or notches into which one or more edges of the stored item can be fitted, and one or more connecting holes provided near the edge of the sheet, with the fixing portions or notches provided at predetermined locations on the sheet. For example, such a storage container is a storage container having fixing portions at the four corners of a substantially rectangular sheet made of a transparent material, capable of fixing each edge of the stored item (for example, if the stored item is a card, the four corners of the card). The fixing portions may have a configuration similar to fixing portion 70 described above. b) A box-shaped storage container. For example, a storage container having a main body made of a transparent material and having a storage section capable of storing items to be stored, a lid made of a transparent material that covers the main body and isolates the storage section from the outside, and one or more connecting holes provided on the periphery of the main body and / or lid. The storage section of such a storage container is configured, for example, to have a size that allows the items to be stored. As the transparent material, for example, a resin such as acrylic resin can be used. Furthermore, the lid can be fixed to the main body, for example, by fitting it onto the edge of the main body, or by the attractive force between a magnetic body provided at a predetermined location on the main body and a magnetic body (a magnetic body with a polarity opposite to that of the magnetic body in the main body) provided at a predetermined location on the lid.

[0031] There are no particular limitations on the items to be stored as long as they can be stored in the storage section. For example, the items may be game or decorative cards, miscellaneous goods, small items, and other goods. There are also no particular limitations on the material of the items to be stored. For example, the items to be stored may be made of paper, metal, resin, wood, and other materials. Examples of items to be stored include trading cards for trading card games (TCGs), can badges, coins, key chains, metal charms, acrylic charms, logo bottles, clear files, acrylic stands, shop cards, photographs, business cards, and the like.

[0032] (Landmark 80, Landmark 82, Landmark 84, Landmark 86, Landmark 940, Landmark 942) In this embodiment, the bag body 90 may be set in advance as to which side of the file body 10 will face as the background. That is, the front surface 920 and the back surface 922 of the bag body 90 may be set to face either the first front surface 200 or the first back surface 210 of the first backing sheet, or the second front surface 300 or the second back surface 310 of the second backing sheet 30. The file body 10 may have a mark indicating this setting on the front surface / back surface of the first backing sheet 20 and / or the front surface / back surface of the second backing sheet 30.

[0033] For example, the correct position for connecting the bag 90 to the file body 10 may be set as follows: the front surface 920 of the bag 90 faces the same direction as the first surface 200, i.e., the rear surface 922 of the bag 90 faces the first surface 200; and / or the front surface 920 of the bag 90 faces the same direction as the second rear surface 310, i.e., the rear surface 922 of the bag 90 faces the second rear surface 310. In this case, for example, a mark 80 is marked at a predetermined position on the first surface 200 of the first mount 20, and / or a mark 86 is marked at a predetermined position on the second rear surface 310 of the second mount 30. Then, a mark 940 identical to the mark 80 and / or a mark 942 identical to the mark 86 are also marked on the bag 90. The position at which the mark 80 and / or the mark 86 are attached is not particularly limited as long as they are positions visible to the user, and as one example, the mark 80 may be attached to a corner of the first surface 200, and / or the mark 86 may be attached to a corner of the second back surface 310. Furthermore, the mark 940 and / or the mark 942 attached to the bag body 90 are attached to the inner surface on the back surface 922 side of the storage section (e.g., storage section 900) or the back surface 922 of the bag body 90, in a position that overlaps with the stored item when the stored item is stored in the storage section (e.g., storage section 900). Note that the mark 80, the mark 86, the mark 940, and the mark 942 may be the same mark.

[0034] Furthermore, for example, the correct position for connecting the bag 90 to the file body 10 may be set to be when the front surface 920 of the bag 90 is oriented in the same direction as the first back surface 210, i.e., when the back surface 922 of the bag 90 faces the first back surface 210, and / or when the front surface 920 of the bag 90 is oriented in the same direction as the second surface 300, i.e., when the back surface 922 of the bag 90 faces the second surface 300. In this case, for example, a mark 82 is provided at a predetermined position on the first back surface 210 of the first mount 20, and / or a mark 84 is provided at a predetermined position on the second surface 300 of the second mount 30. Then, a mark identical to the mark 82 and / or a mark identical to the mark 84 is provided on the bag 90. The position at which the mark 82 and / or the mark 84 are attached is not particularly limited as long as they are positions visible to the user, and as one example, the mark 82 may be attached to a corner of the first back surface 210, and / or the mark 84 may be attached to a corner of the second surface 300. The mark attached to the bag body 90 is attached to the inner surface on the back surface 922 side within the storage section (e.g., storage section 900) or the back surface 922 of the bag body 90, and is attached to a position that overlaps with the stored item when the stored item is stored in the storage section (e.g., storage section 900). The mark 82, the mark 84, and the mark attached to the bag body 90 may be the same mark.

[0035] In other words, the correct position of the bag body 90 when connected to the first mount 20 is set, and marks indicating that the first front surface 200 and / or the second back surface 310 of the file body 10 can face the back surface 922 of the bag body 90 are attached at predetermined positions on the first front surface 200, the second back surface 310, and / or the bag body 90. Also, marks indicating that the first back surface 210 and / or the second front surface 300 can face the back surface 922 of the bag body 90 may be attached at predetermined positions on the first back surface 210, the second front surface 300, and / or the bag body 90. Note that marks (marks 940 and 942 in the example of FIG. 2) may also be attached to the bag body 95, similar to the bag body 90.

[0036] (Connection of the bag body 90 to the file body 10) As shown in FIG. 3 , the bag body 90 is connected to the file body 10 using a connecting portion 55. The bag body 90 is connected to an edge of the first mount 20 where the first mount 20 and the second mount 30 are not connected, by the connecting portion 55 that rotatably connects the bag body 90 to the first mount 20. That is, the connecting portion 55 is passed through the hole portion 50 and the connecting hole 910 to detachably connect the bag body 90 to the first mount 20 at one or more of the connecting holes 910. The connecting portion 55 is provided to protrude from the first front surface 200 and the first back surface 210 of the first mount 20. That is, the connecting portion 55 has a portion that protrudes in a direction away from the first front surface 200 and a portion that protrudes in a direction away from the second back surface 210. For example, if the connecting portion 55 is ring-shaped, the connecting portion 55 is configured so that at least a portion of the ring protrudes from the first front surface 200 and the first back surface 210. This allows the bag body 90 to rotate relative to the first mount 20. Specifically, the connecting portion 55 is passed through the hole 50 and the connecting hole 910 (that is, the connecting portion 55 is inserted into the hole 50 and the connecting hole 910). When one or more hole portions 50 are provided in the file body 10 and one or more connecting holes 910 are provided in the bag body 90, the connecting portion 55 is passed through each of the one or more hole portions 50 and the one or more connecting holes 910 corresponding to each of the one or more hole portions 50. This allows the bag body 90 to be detachably connected to the first mount 20.

[0037] In other words, the connecting portion 55 detachably connects the bag body 90 to the first mount 20 at the connecting hole 910, and also rotatably connects the bag body 90 to the first mount 20 through the hole 50 and the connecting hole 910. That is, in this embodiment, the bag body 90 is rotatable 360° relative to the first mount along the connecting portion 55 or with the hole 50 as the base point. Therefore, the bag body 90 bound to the first mount 20 by the connecting portion 55 passing through the hole 50 and the connecting hole 910 can be rotated (turned over) along the connecting portion 55 to be stacked on the first front surface 200, the first back surface 210, the second front surface 300, or the second back surface 310.

[0038] 3 , in a state where the bag body 90 is placed on the first surface 200 (a state where the first surface 200 and the back surface 922 of the bag body 90 face each other), the second backing 30 is rotated toward the first backing 20 so that the first surface 200 and the second surface 300 face each other, and then the bag body 90 is rotated along the connecting portion 55 or in a direction away from the first surface 200 using the hole 50 as a base point, so that the back surface 922 of the bag body 90 faces the second back surface 310. Alternatively, the bag body 90 can be rotated approximately 360° along the connecting portion 55 or in a direction away from the first surface 200 using the hole 50 as a base point, so that the front surface 920 of the bag body 90 faces the first back surface 210. Furthermore, the first back surface 210 and the second back surface 310 are opposed to each other, and the bag body 90 is rotated approximately 360° along the connecting portion 55 or in a direction away from the first surface 200 using the hole portion 50 as a base point, so that the surface 920 of the bag body 90 is positioned opposite the second surface 300.

[0039] In this way, in the display file 1, the binding direction (second binding direction) in which the first mount 20 or the second mount 30 faces the bag body 90 is rotated by 90° from the binding direction (first binding direction) in which the first mount 20 faces the second mount 30. The stored portion is stored in the storing portion of the bag body 90. For example, the stored item 3 is stored in the storing portion 900 through the storing opening 960, and the stored item 5 is stored in the storing portion 902 through the storing opening 960.

[0040] <Example of using display file 1> 4 to 7 each show an overview of an example of how a display file according to this embodiment is used.

[0041] In the display file 1, the bag body 90 can be freely rotated 360° from a state in which the first surface 200 and the second surface 300 face each other to a state in which the first back surface 210 and the second back surface 310 face each other, and when the bag body 90 is connected to the first mount 20 by the connecting portion 55 that passes through the hole portion 50 and the connecting hole 910, the bag body 90 can be freely rotated 360° relative to the first mount 20. Therefore, in the display file 1, by flipping the bag body 90 off the first mount 20 and rotating it, the background of the bag body 90 can be changed to any one of the first surface 200, the first back surface 210, the second surface 300, and the second back surface 310.

[0042] That is, in the display file 1, the bag body 90 can rotate along the connecting portion 55 or around the hole portion 50 to take any one of the following forms: a first form in which the first surface 200 of the first mount 20 faces the back surface 922 of the bag body 90; a second form in which the second back surface 310 of the second mount 30 faces the back surface 922 of the bag body 90; a third form in which the first back surface 210 of the first mount 20 faces the front surface 920 of the bag body 90; and a fourth form in which the second surface 300 of the second mount 30 faces the front surface 920 of the bag body 90.

[0043] First, assume that the display file 1 is closed with the pouch 90 connected to the first mount 20 by the connecting portion 55 and the first surface 200 of the first mount 20 facing the second surface 300 of the second mount 30 (this state of the pouch 90 and the first mount 20 is the first form). In this state, the pouch 90 is bound to the display file 1 with the first surface 200 and the second surface 300 facing the inner surface (in this case, the first surface 200 functions as a mount). In this state, the display file 1 can be opened and closed as shown in FIG. 4 by rotating the second mount 30 relative to the first mount 20 about the connecting portion 40 as an axis. That is, the display file 1 is opened by rotating the second surface 300 about the connecting portion 40 in a direction away from the first surface 200 (along the rotation direction Ra). Furthermore, the bag body 90 has a connecting hole 910 connected to the first backing 20 via the connecting portion 55 and the hole 50, and is provided so as to be rotatable relative to the first backing 20 along the connecting portion 55 or with the hole 50 as a base point. That is, the bag body 90 rotates relative to the first backing 20 by lifting the bag body 90 in a direction away from the first surface 200 (a direction along the rotation direction Rb) along the connecting portion 55 or with the hole 50 as a base point.

[0044] The display file 1 can also be opened with the first surface 200 and the second surface 300 spaced apart without contact, allowing the display file 1 to stand on a flat surface. Furthermore, if the region from the end 220 through the connection 40 to the end 320 is used as the spine, the display file 1 can be thickened, allowing the display file 1 to stand easily on a flat surface. Furthermore, if the region from the end 220 through the connection 40 to the end 320 is used as the spine, the spine can be used as the bottom surface to allow the display file 1 to stand on a surface such as a desk. Using this region as the spine allows the display file 1 to stand stably on a surface. The display file 1 can also be closed by rotating the second mount 30 relative to the first mount 20 around the connection 40. In other words, the display file 1 can be closed by rotating the second surface 300 toward the first surface 200 around the connection 40. In this case, if the width of the notch 60 is configured to be approximately the same as the width of the connecting portion 55, the connecting portion 55 can be fitted into the notch 60. This prevents the display file 1 from opening, that is, prevents the second mount 30 from rotating in a direction away from the first mount 20 and opening the display file 1, and ensures stability when the display file 1 is closed.

[0045] 5, for example, the bag body 90 can be rotated along the connecting portion 55 or in a direction away from the first surface 200, using the hole 50 as a base point, to bring the back surface 922 of the bag body 90 and the second back surface 310 of the second backing sheet 30 into opposition, and the second backing sheet 30 can be rotated toward the first backing sheet 20 to bring the first surface 200 and the second surface 300 into opposition (this state is the second form). That is, in FIG. 5, the background of the bag body 90 can be the second back surface 310. In this case, the display file 1 is configured so that the second backing sheet 30 and the connecting portion 55 are not substantially in contact with each other due to the cutout portion 60 provided in the second backing sheet 30. Therefore, by rotating the second backing sheet 30 toward the first backing sheet 20, the first surface 200 and the second surface 300 can be brought into contact with each other. In this case, the corners of the bag body 90 may be inserted into the fixing portions 76.

[0046] Furthermore, from the first form, the display file 1 can be opened by rotating the second surface 300 around the connecting portion 40 in a direction away from the first surface 200 (in a direction along the rotation direction Ra), and then further rotating the second mount 30 relative to the first mount 20 (rotating along the rotation direction Ra), thereby bringing the display file 1 into a state in which the second back surface 310 and the first back surface 210 face each other, as shown in Fig. 6. In this state, the first back surface 210 and the second back surface 310 serve as inner surfaces, and the bag body 90 is bound to the display file 1 (in this case, the first back surface 210 functions as a mount). Then, for example, by rotating the bag body 90 in the first or second form approximately 360° along the connecting portion 55 or around the hole 50 as a base point in a direction away from the first surface 200 (rotating along the rotation direction Rb) until the surface 920 of the bag body 90 faces the first back surface 210 of the first mount 20, the background of the bag body 90 can become the first back surface 210 as shown in Fig. 6 (this state is the third form). In this case, the corners of the bag body 90 may be inserted into the fixing portions 72.

[0047] As shown in FIG. 7 , the bag body 90 can be rotated along the connecting portion 55 or around the hole 50 in a direction away from the first back surface 210 to bring the front surface 920 of the bag body 90 and the second back surface 300 of the second backing sheet 30 into opposition, and the second backing sheet 30 can be rotated toward the first backing sheet 20 to bring the first back surface 210 and the second back surface 310 into opposition (this state is the fourth form). That is, in FIG. 7 , the background of the bag body 90 can be the second back surface 300. In this case, the display file 1 is configured so that the second backing sheet 30 and the connecting portion 55 are not substantially in contact with each other due to the cutout portion 60 provided in the second backing sheet 30. Therefore, by rotating the second backing sheet 30 toward the first backing sheet 20, the first back surface 210 and the second back surface 310 can be brought into contact with each other. In this case, the corners of the bag body 90 may be inserted into the fixing portions 74.

[0048] <Example 1 of the background for the 90cm bag> FIG. 8 shows an example of the background of the bag provided in the display file according to this embodiment.

[0049] In this embodiment, the bag 90 may be formed using a transparent material so that the stored items can be viewed. Therefore, when an item is stored in the bag 90, the user can see through the surface of the file body 10 that the bag 90 is in contact with in the area where the item does not overlap with the bag 90. For example, as shown in FIG. 8 , assume that the bag 90 is connected to the first mount 20 and the back surface 952 of the bag 90 is in contact with the first surface 200. In this case, if the storage section 900 of the bag 90 contains the item 3 and the storage section 902 contains the item 5, the user can see the first surface 200 from areas of the bag 90 other than the areas where the item 3 and the item 5 are stored.

[0050] Therefore, a predetermined decorative image 250 may be applied to the first surface 200. By storing an object suitable for the decorative image 250 in the storage section, the user can appreciate the object by devising a combination of the content displayed on the object and the decorative image 250. For example, suppose the object is a trading card, and a predetermined character is displayed on the trading card. In this case, by storing a trading card displaying a character that matches the color, design, etc. of the decorative image 250 in the storage section, the user can save the trading card in the display file 1. Then, a predetermined decorative image may be applied to the other surfaces of the display file 1, i.e., the first back surface 210, the second front surface 300, and / or the second back surface 310, and the decorative images on each surface may be different. In this case, the user can place the object in the bag 90 with the side of the display file 1 that matches the side of the object (the viewing side) as the background (and / or store the object with the front or back facing the front 920 or back 922 of the bag 90 as appropriate), and bind the object in the display file 1 (that is, the user can select the side that matches the atmosphere of the viewing side of the object to be stored as the background). As a result, the display file 1 allows four times more fun when selecting a display case for the object compared to conventional files.

[0051] <Example 2 of the background for the bag 90> FIG. 9 shows another example of the background of the bag provided in the display file according to this embodiment.

[0052] When the bag 90 is formed using a permeable material in this embodiment, as shown in FIG. 9 , a predetermined decoration 935 may be applied to the storage connection portion 930 between the storage portion 900 and the storage portion 902. The decoration 935 may be, for example, a decoration that provides a predetermined aesthetic effect when combined with the display or design of the stored object 3 and / or the stored object 5 stored in the storage portion 900 and / or the storage portion 902. Note that FIG. 9 shows an example in which the region from the storage opening 960 to the end of the bag 90 on the connecting hole 910 side is permeable, but this region may also be decorated similarly to the storage connection portion 930. This allows the user to store and appreciate the stored object 3 and / or the stored object 5 that are suitable for the decoration 935 in the bag 90, depending on the decoration 935 of the storage connection portion 930.

[0053] <First Variation of Display File> Fig. 10 shows an overview of an example of a first modified example of the display file according to this embodiment. Specifically, Fig. 10(a) shows an example of a display file 2 in which a bag body 97 connected to the first mount 20 is located on the opposite side of the connection portion 40, and Fig. 10(b) shows an example of a display file 1 in which a bag body 95 is used instead of the bag body 90.

[0054] (Example of display file 2) The display file 2 according to a modified example of this embodiment has substantially the same configuration and function as the display file 1, except that the position at which the bag body is connected is different from that of the display file 1. Therefore, detailed explanation will be omitted except for the differences. The display file 2 includes a first mount 22, a second mount 32 integrally connected to the first mount 22 via a connecting portion 40, and a bag body 97 connected to the first mount 22 by a connecting portion 55, and the first mount 22 and the second mount 32 form the file body.

[0055] In the display file 2, the bag 97 is rotatably connected to the first mount 22 at an edge 232 near the opposite side of the connection portion 40. Specifically, the bag 97 has a plurality of storage sections (e.g., storage section 906 and storage section 908), a storage connection portion 932 provided between one storage section and another storage section adjacent to the one storage section, and one or more connection holes (e.g., connection hole 916). A corner of the bag 97 on the opposite side of the side near which the connection hole 916 is provided becomes a corner of the bag 97. The bag 97 may be, for example, substantially rectangular. Each of the one or more storage sections may also be substantially rectangular. In the bag 97, one storage section is arranged alongside the other storage sections via the storage connection portion 932, and three sides of each storage section are closed and the remaining side is open to form a storage opening 964 for the stored item (the storage opening 964 is provided in a direction along one side of the bag 97). One or more connecting holes 916 are provided along a side of the bag body 97 adjacent to the side along which the storage opening 964 of the storage section (e.g., storage section 908) that is furthest from the connection section 40 among the multiple storage sections is located.

[0056] One or more holes 52 are provided near edges 232 on opposite sides of the connection section 40 of the first backing 22. Furthermore, notches 62 are provided in the second backing 32 to prevent interference between the coupling section 55 and the second backing 32. The notches 62 are provided at edges 332 on opposite sides of the connection section 40 of the second backing 32. Specifically, the notches 62 are provided at positions facing the holes 52 provided in the first backing 22 when the first backing 22 and the second backing 32 face each other, on at least one edge 332 of the second backing 32. When there are multiple holes 52, the notches 62 are provided at positions facing each of the multiple holes 52.

[0057] As shown in FIG. 10( a), the bag body 97 is connected to the file body using a connecting portion 55. The bag body 97 is connected to an edge of the first backing 22 on the opposite side of the connecting portion 40 by the connecting portion 55, which rotatably connects the bag body 97 to the first backing 22. That is, the connecting portion 55 is passed through the hole portion 52 and the connecting hole 916 to detachably connect the bag body 97 to the first backing 22 at one or more connecting holes 916. This makes the bag body 97 rotatable relative to the first backing 22. Specifically, the connecting portion 55 is passed through the hole portion 52 and the connecting hole 916. When the file body has one or more holes 52 and the bag body 97 has one or more connecting holes 916, the connecting portion 55 is passed through each of the one or more holes 52 and the one or more connecting holes 916 corresponding to each of the one or more holes 52. As a result, the bag body 97 is detachably connected to the first mount 22.

[0058] The fixing portion fixes the bag body 97 connected to the file body to the first backing 22 or the second backing 32. That is, the fixing portion is provided near an edge of at least one surface selected from the group consisting of the front surface (first front surface 202) of the first backing 22, the back surface (first back surface 212) of the first backing 22, the front surface (second front surface 302) of the second backing 32, and the back surface (second back surface 312) of the second backing 32. The fixing portion provided on the first backing 22 can fix a corner of the bag body 97 to the first backing 22, and the fixing portion provided on the second backing 32 can fix a corner of the bag body 97 to the second backing 32.

[0059] For example, on the first surface 202 of the first mount 22, a fixing portion 78 is provided at a corner of the first surface 202 near the opposite side of the side near which the hole 52 is provided (near the connection portion 40), and on the first back surface 212 of the first mount 22, a fixing portion is provided at a corner of the first back surface 212 near the opposite side of the side near which the hole 52 is provided. Also, on the second surface 302 of the second mount 32, a fixing portion 79 is provided at a corner of the second surface 302 near the opposite side of the side near which the cutout portion 62 is provided (near the connection portion 40), and on the second back surface 312 of the second mount 32, a fixing portion is provided at a corner of the second back surface 312 near the opposite side of the side near which the cutout portion 62 is provided.

[0060] In the display file 2, the position where the bag body 97 is connected to the first backing 22 is near the opposite side of the connection part 40, so that the connection part 40 serves as the spine and the display file 2 can be stood on a flat surface like a stand with the spine at the bottom (in this case, for example, the second backing 32 serves as the base, and the first backing 22 can be rotated relative to the base around the connection part 40 as an axis, thereby standing the first backing 22 at a predetermined angle).

[0061] (Example of bag size 95) The display file 1 can file a bag 95 having one storage section (e.g., storage section 904) instead of or together with the bag 90. That is, in the display file 1, the first mount 20 has a plurality of holes 50 and a plurality of connecting sections 55, and one or more bag bodies 95 can be connected to each of the plurality of holes 50 and the plurality of connecting sections 55 independently of one another.

[0062] For example, as shown in FIG. 10(b), the display file 1 can connect a pouch 95 to one hole 50 using a connecting portion 55 through a connecting hole 912 in the pouch 95. The pouch 95 can store an object 7 in the storage section 904. The display file 1 can also file an object 9 different from the pouch 95. In other words, the display file 1 can independently connect one pouch 95 or object 9 to each of the multiple holes. The object 9 can be, for example, a calendar, a card with characters or the like displayed on it, or the like.

[0063] For example, the stored item 9 has a connecting hole 914 formed in it. The connecting hole 914 is formed near an end of the stored item 9 (if the stored item 9 is substantially rectangular, the connecting hole 914 may be formed near one of the short sides, at a predetermined distance inside the stored item 9 from near the center of the short side). In the display file 1, the stored item 9 is connected to the first mount 20 using a connecting part 55 for the other hole 50 through the connecting hole 914 of the stored item 9. One corner of the bag body 95 can be fixed to the first mount 20 by one fixing part 70, and one corner of the stored item 9 can also be fixed to the first mount 20 by another fixing part 70.

[0064] In this way, the pouch 95 can be filed in the display file 1. Furthermore, since the display file 1 is provided with a predetermined fixing portion, simply connecting the pouch 95 to the first mount 20 with one connecting portion 55 allows the pouch 95 to be firmly fixed to the first mount 20 by fixing the corners of the pouch 95 with the fixing portion.

[0065] Furthermore, in the display file 1, not only the bag 90 but also the bag 95 can be connected to the first mount 20. This allows the display file 1 to file the bag 95, i.e., the refills that store the stored items, in a separated state, thereby diversifying the methods for storing the stored items. Furthermore, in the display file 1, the stored items themselves can also be filed, so that, for example, by connecting a calendar as the stored item to one hole 50 and connecting the bag 95 to the other hole 50 and storing the stored item 7 in the bag 95, the user can view the stored item 7 along with the calendar.

[0066] <Second Variation of Display File> Fig. 11 shows an overview of an example of a second modified example of the display file according to this embodiment. Specifically, Fig. 11(a) shows an overview of the configuration of the second modified example of the display file according to this embodiment, and Fig. 11(b) shows an overview of the AA cross section of Fig. 11(a). Note that Fig. 11(a) shows the display file 1a in an open state.

[0067] The display file 1a according to the second modification has substantially the same configuration and function as the display file 1, except that the first mount 20 does not have the hole 50 and uses a connecting portion 56 supported by a base portion 57 instead of the connecting portion 55. Therefore, a detailed description will be omitted except for the differences from the display file 1.

[0068] The display file 1a includes a connecting portion 56 provided on the first surface 200 and the first back surface 210 of the first mount 20 near one edge of the first mount 20 where the connecting portion 40 is not provided. That is, the connecting portion 56 is supported by a base portion 57 provided near one edge of the first surface 200 of the first mount 20 and a base portion 57 provided near one edge of the first back surface 210, and is fixed to the first mount 20. The display file 1a is configured by passing the connecting portion 56 through a connecting hole 910 of the bag body 90.

[0069] The shape and / or thickness of the base 57 are not particularly limited as long as they can support the connecting portion 56 on the first mount 20. For example, the base 57 has a substantially rectangular shape, and is fixed to the first front surface 200 and the first back surface 210 so that the ends of the connecting portion 56 can be fixed to the first front surface 200 and the first back surface 210. The connecting portion 56 can be formed from two substantially semicircular ring members, and the connecting member may have a configuration in which the end of one semicircular ring member (the end not fixed to the first mount 20) and the end of the other semicircular ring member (the end not fixed to the first mount 20) can be opened and closed freely.

[0070] Alternatively, a substantially rectangular base portion 57 extending from the side of the first mount 20 where the connecting portion 56 is provided (hereinafter referred to as the "upper side") may be provided, and the connecting portion 56 may be provided on the surface of the base portion 57. In this case, the longitudinal length of the base portion 57 may be shorter than the upper and lower sides of the first mount 20.

[0071] According to the display file 1a of the second modified example, the connecting portion 56 is integral with the first backing sheet 20, so even though the connecting portion 55 does not penetrate the first backing sheet 20 as in the display file 1, the bag body 90 can be rotated 360° around the connecting portion 56 (or along the connecting portion 56).

[0072] <Modification of the file body> Figure 12 shows an overview of an example of a modified file body according to this embodiment. Specifically, Figure 12(a) shows an overview of modified file body 1 according to this embodiment, and Figure 12(b) shows an overview of modified file body 2 according to this embodiment.

[0073] The file body 11 shown in Figure 12(a) and the file body 12 shown in Figure 12(b) each have substantially the same configuration and function as the file body 10, except that the shape of the cutout portion differs from that of the file body 10. Therefore, detailed explanations will be omitted except for the differences from the file body 10.

[0074] First, as shown in Figure 12(a), the file body 11 has a wide cutout portion 64 on an edge 330 of one side of the second backing sheet 30, which is not the connecting portion 40. Specifically, the cutout portion 64 is provided on at least one edge 330 of the second backing sheet 30, in an area including positions facing the hole portions 50 and / or connecting portions 55 provided in the first backing sheet 20 when the first backing sheet 20 and the second backing sheet 30 are facing each other. For example, the cutout portion 64 is provided by removing a predetermined area of ​​the second backing sheet 30 near the edge 330 of one long side of the second backing sheet 30, including positions facing all of the hole portions 50 and / or all of the connecting portions 55.

[0075] 12(b), the file body 12 differs from the file body 10 in that the height of the first backing 20 and the height of the second backing 34 are different. For example, the file body 12 is configured such that the height of the second backing 34 is lower than the height of the first backing 20. In the file body 12, when the first backing 20 and the second backing 34 are placed opposite each other, an area where the first backing 20 and the second backing 34 do not overlap, i.e., an open area 66, is created. The open area 66 is provided so as to include an area facing the hole 50 and / or connecting portion 55 provided in the first backing 20 when the first backing 20 and the second backing 34 are placed opposite each other. That is, in the file body 12, the lengths of the top and bottom sides of the first mount 20 and the second mount 34 are approximately the same, but the heights of the first mount 20 and the second mount 34 are not the same, resulting in the opening 66. As a result, in a display file using the file body 12, when the first mount 20 and the second mount 34 are placed opposite each other, the opening 66 allows the connecting part 55 to rotate freely without interfering with the second mount 34.

[0076] [Effects of the embodiment] In the display file 1 according to this embodiment, each side of the file body 10 can be used as a mount for an album, so that items that match the decoration or design of each side can be stored in the bag 90, allowing the user to enjoy viewing the stored items. In the display file 1, the front or back of the first mount 20 or the front or back of the second mount 30 can be selected as appropriate as the mount for the bag 90, allowing the user to enjoy various combinations of stored items and mounts.

[0077] Furthermore, in the display file 1 according to this embodiment, the connecting portions 55 are configured to protrude from the front and back surfaces of the first mount 20, and therefore the bag body 90 connected to the connecting portions 55 can rotate 360° relative to the first mount 20 along the connecting portions 55. That is, in the display file 1 according to this embodiment, the first mount 20 and the second mount 30 are rotatable relative to each other around the connecting portions 40, and the bag body 90 is rotatably connected to the first mount 20 by the connecting portions 55 at an edge of the first mount 20 different from the connecting portions 40. Furthermore, the second mount 30 has cutout portions 60 formed therein so that the connecting portions 55 do not interfere with the second mount 30. Therefore, the bag body 90 can be filed with the first surface 200 and the second surface 300 facing each other, or with the first back surface 210 and the second back surface 310 facing each other. As a result, with the display file 1, the user can use each side of the file body 10 as a backing, and by changing the combination of the decoration on each side with the design of the stored items in various ways, the user can enjoy various ways of viewing and storing the stored items.

[0078] Although the embodiments of the present invention have been described above, the invention according to the claims is not limited to the above-described embodiments. It should be noted that not all of the combinations of features described in the embodiments are necessarily essential to the means for solving the problems of the invention.

[0079] The display file according to this embodiment can also be referred to in the following appendix, which should not be confused with the claims.

[0080] (Additional note 1) a first mount having a substantially rectangular shape and a first back surface opposite to the first front surface; a substantially rectangular second mount that can face the first mount and has a second front surface and a second back surface opposite to the second front surface; a connecting portion that integrally connects one side of the first mount and one side of the second mount; one or more holes provided near an edge of at least one side of the first mount that is not the connection portion; a connecting portion that detachably connects a bag body, which can store an object to be stored and has one or more connecting holes, to the first mount through the one or more connecting holes and allows the bag body to rotate relative to the first mount through the holes and the connecting holes; A display file comprising: (Additional note 2) A display file for storing items, The first mount and a second mount that can face the first mount; a connection portion that connects the first mount and the second mount; a bag body that is bound to the first backing sheet or the second backing sheet between the first backing sheet and the second backing sheet and that can store the object to be stored; Equipped with A display file in which a second binding direction between the first or second mount and the bag body is rotated 90° from a first binding direction between the first mount and the second mount. [Explanation of symbols]

[0081] 1, 1a, 2 display files 3, 5, 7, 9 Items to be stored 10, 11, 12 File body 20, 22 First mount 30, 32, 34 2nd mount 40 Connection 50, 52 hole 55, 56 Connection part 57 Base 60, 62, 64 Notch 66 Open area 70, 72, 74, 76, 78, 79 Fixed part 80, 82, 84, 86 Landmarks 90, 95, 97 Bag body 200, 202 1st surface 210, 212 1st back side 220 End 230, 232 Edge 250 decorative images 300, 302 2nd surface 310, 312 Second back side 320 End 330, 332 Edge 900, 902, 904, 906, 908 storage area 910, 912, 914, 916 connection hole 920 surface 922 Back side 930, 932 Storage connection 935 Decoration 940, 942 landmarks 950 surface 952 Back side 960, 962, 964 storage openings 970, 972 Corner Ra, Rb Rotation direction

Claims

1. The first mount, a second mount capable of facing the first mount; a connection portion that connects an end portion of the first mount and an end portion of the second mount; a connecting portion that detachably connects a bag body, which is capable of storing an object and has one or more connecting holes, to the first backing sheet at the one or more connecting holes and is passed through the connecting holes, and is provided near at least one edge of the first backing sheet where the connecting portion is not provided; Equipped with When the bag body rotates along the connecting portion, the display file takes on one of the following forms: a form in which the surface of the first mount faces the back surface of the bag body; a form in which the back surface of the second mount faces the back surface of the bag body; a form in which the back surface of the first mount faces the surface of the bag body; and a form in which the surface of the second mount faces the surface of the bag body.

2. 2. The display file according to claim 1, wherein the second mount is rotatable 360 ​​degrees relative to the first mount around the connecting portion as an axis.

3. 2. The display file according to claim 1, wherein the bag is rotatable 360 ​​degrees relative to the first mount along the connecting portions that protrude from the front and back surfaces of the first mount.

4. one or more notched portions provided on at least one edge of the second mount at positions facing the one or more connecting portions provided on the first mount when the first mount and the second mount face each other; 10. The display file of claim 1 further comprising:

5. The display file of claim 1, wherein the bag body has a plurality of storage sections capable of storing the stored items, and a transparent storage connection section disposed between one storage section and another storage section adjacent to the one storage section.

6. A plurality of the connecting portions are provided, 2. The display file according to claim 1, wherein a plurality of said bags are connected to a plurality of said connecting portions independently of one another.

7. 2. The display file of claim 1, wherein a predetermined image is displayed on at least one surface selected from the group consisting of the front surface of the first mount, the back surface of the first mount, the front surface of the second mount, and the back surface of the second mount.

8. a fixing portion capable of fixing the bag body to the first mount or the second mount, near an edge of at least one surface selected from the group consisting of the front surface of the first mount, the back surface of the first mount, the front surface of the second mount, and the back surface of the second mount; 10. The display file of claim 1 further comprising:

9. a front surface of the bag body and a rear surface of the bag body are set to face either the front surface or the rear surface of the first mount or the front surface or the rear surface of the second mount, 2. The display file according to claim 1, wherein the front and back surfaces of the bag are provided with marks indicating the settings.

10. 10. The display file according to claim 9, wherein the mark is attached at a position that overlaps the object when the object is stored in the bag.

11. a file body having a first backing and a second backing, the first backing and the second backing being connected by a connecting portion between the first backing and the second backing, and the first backing and the second backing being rotatable 360° relative to each other around the connecting portion; a connecting portion that rotatably connects a bag body capable of storing an object to the first backing at an edge portion of the first backing where the first backing and the second backing are not connected; Equipped with When the bag body rotates along the connecting portion, the display file takes on one of the following forms: a form in which the surface of the first mount faces the back surface of the bag body; a form in which the back surface of the second mount faces the back surface of the bag body; a form in which the back surface of the first mount faces the surface of the bag body; and a form in which the surface of the second mount faces the surface of the bag body.

Images