JP2008006152A - Storage sheet - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a storage sheet capable of thinning a file and a binder with the sheet put therein and also obtaining facility in storing and taking-in/out an article concerning the storage sheet for storing the article attached to a holder. <P>SOLUTION: The storage sheet is obtained by forming a cut part in the sheet and penetrating a pair of hole parts at both ends of the cut part of the sheet. The storage sheet stores the article which is attached to the holder with a ring so as to be supported by allowing the ring to be put through one or both the hole parts in a state where a part of the ring is pushed into the cut part and penetrating from the front surface of the sheet to the rear surface. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to a storage sheet that stores articles.

  For example, building management, car sales centers, and other companies and business entities have many keys for doors, desks, lockers, cars, and the like. These keys must be managed in an orderly manner and a desired key can be quickly retrieved as necessary.

  In recent years, in order to be able to manage keys flexibly and carry them freely, there are cases where the managed keys are stored in a file or binder.

  Keys are often stored attached to a key holder. The key to which the key holder is attached is stored by hanging a ring of the key holder on a projection such as a nail. There is also a mode in which a key holder has a plate inserted into a hole drilled in a wall surface obliquely downward to the middle end and stored (see, for example, “Patent Document 1”).

  In the storage mode in which protrusions or plates are inserted halfway, the key holder is only hooked on the protrusions or holes, so it is easy to take out the key, but such storage modes are stored in files and binders. If it is going to be applied in this case, the thickness of the projection and the plate protruding from the hole is required, so that the file and the binder are bulky. Therefore, it cannot be said that such a storage mode is suitable for storing keys by files or binders.

  As an aspect of storing a key in a file or a binder, an aspect in which a transparent pocket is formed in a sheet bound to the file or the binder and the key is stored in the pocket has been proposed (see, for example, “Patent Document 2”). ).

  However, the storage mode using a sheet in which a pocket is formed has a drawback that it is difficult to be stored in the pocket and is difficult to take out compared to a storage mode in which protrusions are provided or a plate is inserted halfway.

  Further, only keys that can be accommodated in the volume of the pocket can be stored, and even if a key attached to the key holder can be stored, the pocket swells and the thickness increases and the files and binders become bulky. In addition, there is a drawback that it is difficult to visually recognize the attribute of the key written on the plate.

Japanese Utility Model Publication No. 55-40796 Japanese Utility Model Publication No.59-2275

  The present invention has been made in view of the above-described problems, and an object of the present invention relates to a storage sheet for storing an article attached to a holder, and relates to a reduction in the thickness of a file or binder bound to the sheet and storage of the article. An object of the present invention is to provide a storage sheet that can be easily taken out.

  The invention according to claim 1 for solving the above-mentioned problem is a storage sheet for storing an article attached to a holder having a ring, the cut portion cut into the sheet, and the cut portion of the sheet A pair of holes penetrating at both ends, and a part of the ring is inserted into one or both of the pair of holes in a state where a part of the ring is pushed into the notch and passes from the sheet surface to the back surface. The ring is supported.

  The invention according to claim 2 for solving the above-mentioned problem is a storage sheet for storing a key holder formed by connecting a key and a ring, and a cut portion cut into the sheet, and the cut of the sheet A pair of holes penetrating at both ends of the portion, and in a state where a part of the ring is pushed into the notch and passes from the sheet surface to the back surface, either or both of the pair of holes And supporting the inserted ring.

  Further, in order to store a key holder formed by connecting a key and a plate via a ring, the key or the plate is further provided with a substantially rectangular opening penetrating the sheet across the notch. May pass through the opening to the back side of the sheet, and the ring may be inserted in a state where the key and the plate are divided into the sheet front side and the back side (corresponding to the invention according to claim 3). ).

  In addition, a plurality of the cut portions may be cut in parallel on the sheet, and the opening may be provided through the sheet across the cut portions. Equivalent to the invention).

  In the storage sheet according to the present invention, a notch is cut into the sheet, and a pair of holes are provided at both ends of the notch. A part of the ring of the holder can be supported by inserting the ring into one or both of the pair of holes in a state in which a part of the ring is pushed into the notch and passes from the sheet surface to the back surface.

  As a result, even if the storage sheet is bound to a file or binder, the file or binder can be thinned, and the same ease of storage and removal as when storing the article by hooking the holder onto the projection. Both. Furthermore, since it can be stored only by hooking the ring, the degree of freedom of the size of an article that can be stored is increased.

  In addition, a substantially rectangular opening can be provided through the sheet across the notch. By passing the key or plate from the opening to the back side of the sheet, the key holder is supported in a state where the key and the plate are divided into the sheet front side and the back side.

  Thereby, the attribute of the key holder written on the plate can be visually recognized without being disturbed by the key.

  Moreover, an opening part can also be made to be formed across each notch part arranged in parallel on a sheet | seat. As a result, the opening becomes long, and even a wide key or plate can be easily passed through the opening.

  Hereinafter, a preferred embodiment of a storage sheet according to the present invention will be described in detail with reference to the drawings. In this embodiment, as a storage sheet, a key holder storage sheet that stores a key to which a key holder is attached (hereinafter, the key holder and the key are collectively referred to as “key holder”) will be described.

  FIG. 1 is a perspective view showing a state in which the key holder storage sheet according to the present embodiment is bound to a binder.

  The key holder storage sheet 10 according to the present embodiment can be used in a state of being bound to the binder 20, for example. By storing the key holder 30 in the key holder storage sheet 10 while being bound to the binder 20, a large number of key holders 30 can be carried in an organized state.

  The binder 20 is a cover folded in two, and a binding rod 21 is attached and fixed along the fold.

  The binding rod 21 is, for example, an upright lever type and has a rod-like protrusion that is curved in an arc shape toward the center of the fold. A plurality of protrusions are arranged along the crease, and face each other with the crease interposed therebetween. A semicircular ring is formed when the tips of the pair of protrusions come into contact with each other. The protrusion can tilt in the direction away from the crease starting from the root, and the semicircular ring is closed or opened by the contact and separation of the tip of the protrusion. The binding rod 21 may employ any known type such as a lever type or a flat lever type in addition to the standing lever type.

  The key holder storage sheet 10 is a rectangular sheet having a prescribed sheet size such as A4 or B5. It is composed of a resin such as polypropylene and has flexibility that does not deform under the weight of the key holder 30.

  On one side of the key holder storage sheet 10, a tag 12 on which the sheet attributes and the like can be written bulges out and is formed. A plurality of binding holes 11 are perforated along a side opposite to the side on which the tag 12 is formed.

  The binding rod 21 attached and fixed to the binder 20 is opened, and the binding rod 21 is closed after the binding hole 11 is inserted through a protrusion tilted away from the fold. Thereby, the key holder storage sheet 10 is inserted and supported by the binding rod 21, and the key holder storage sheet 10 is bound by the binder 20.

  The key holder storage sheet 10 is a sheet for storing the key holder 30. A plurality of key holder support portions 13 are formed on the key holder storage sheet 10. The key holder support portion 13 is formed by a punching process that cuts and punches a sheet or cuts a sheet in addition thereto. The plurality of key holder support portions 13 are two-dimensionally arranged in the sheet matrix direction. The key holder 30 is hooked on the key holder support portion 13, and the key holder 30 is supported on the sheet surface.

  The key holder 30 is configured by connecting a key 31 and a plate 32 on which an attribute or the like of the key 31 can be written via a ring 33.

  The key 31 and the plate 32 are provided with holes through which the ring 33 can be inserted. When the ring 33 is inserted into the key 31 and the plate 32, the key 31, the ring 33, and the plate 32 are connected in a chain shape. That is, the plane on which the ring 33 exists and the plane on which the key 31 and the plate 32 exist are orthogonal to each other.

  A ring 33 of the key holder 30 is hooked on the key holder support portion 13. Further, by passing either the key 31 or the plate 32 from the key holder support portion 13 to the back surface of the sheet and hooking the ring 33, the key 31 and the plate 32 are divided into the front surface side and the back surface side of the sheet, The attributes of the key 31 written on the plate 32 are easily visible.

  FIG. 2 shows an enlarged perspective view of the key holder storage sheet 10.

  As shown in FIG. 2, the key holder support portion 13 has a notch portion 14, a pair of hole portions 15, and an opening portion 16 by penetration processing.

  The cut portion 14 is a cut formed by cutting through the sheet. In the direction along the crease of the binder 20, it is cut and formed with a predetermined length. The length of the cut portion 14 is a length that allows the ring 33 to be pushed to the extent that the ring 33 can intersect the sheet surface at two points.

  The hole 15 is a through-hole having a predetermined diameter that is drilled through the sheet. It is formed by being perforated at both ends of the cut portion 14. The diameter of the hole 15 is such that the ring 33 can be inserted.

  The opening 16 is a substantially rectangular cutout formed by cutting through the sheet. The notch part 14 is orthogonally crossed, and is formed with a predetermined length and thickness. The length of the opening 16 is formed longer than the width of the key 31 or the plate 32. The opening 16 is formed to be thicker than the key 31 or the plate 32. The substantially rectangular shape includes a rectangular shape, a rectangular shape with chamfered corners, a rectangular shape with a curved surface formed at the intersection with the cut portion 14, and the like.

  3 and 4 show how the key holder 30 is stored in the key holder storage sheet 10. FIG. 3 is a perspective view showing a process in the middle of storing the key holder 30, and FIG. 4 is a perspective view showing a state after the key holder 30 is stored.

  As shown in FIG. 3, the key holder 30 is stored in the key holder storage sheet 10 by the ring 33 being fitted into the key holder support portion 13 and supported on the sheet surface.

  The ring 33 is pushed into the notch 14 by aligning the direction of the ring 33 with the notch direction of the notch 14. When the ring 33 is pushed into the notch part 14, the notch of the notch part 14 expands and the ring 33 can be pushed forward.

  When the ring 33 is further pushed in, a part of the ring 33 passes from the sheet surface to the back surface. When the ring 33 intersects the seat surface at two points and the two points reach the pair of hole portions 15, the ring 33 is inserted into the pair of hole portions 15.

  When the ring 33 is inserted into the pair of hole portions 15, the pressing force of the ring 33 against the cut portion 14 disappears, and the cut is blocked. The blocked cut portion 14 does not expand due to the weight of the key holder 30 due to the flexibility of the sheet.

  In this way, the ring 33 is inserted into the pair of holes 15 and the notch 14 is blocked by the loss of the pressing force of the ring 33, so that the ring 33 is fitted into the key holder support 13, and thus the key holder storage sheet. 10 supports the key holder 30 on a sheet surface.

  Moreover, since the ring 33 is pushed in along the notch of the notch part 14, it is orthogonal to the key holder storage sheet 10. FIG. Since the key holder 30 connects the key 31, the ring 33, and the plate 32 in a chain, the spreading plane of the key 31 and the plate 32 is parallel to the sheet plane. Therefore, the thickness of the binder 20 is eliminated without the key 31 and the plate 32 being stored orthogonally on the sheet plane.

  As shown in FIG. 4, the key holder storage sheet 10 supports the key holder 30 on the sheet surface in a state where the key 31 and the plate 32 are divided into the sheet surface side and the back surface side.

  Before the ring 33 is pushed into the notch 14, either the key 31 or the plate 32 is passed through the opening 16.

  With the key 31 or the plate 32 passing from the sheet surface to the sheet back surface, the key 33 and the plate 32 are divided into the sheet surface side and the back surface side, and the ring 33 is pushed into the notch 14 and fitted into the key holder support 13. The key holder 30 is supported by the sheet surface.

  Thereby, the attribute of the key holder 30 written on the plate 32 is visible without being obstructed by the key 31 because the key 31 is located on a side different from the side where the plate 32 exists.

  To remove the key holder 30, a force is applied to hold the key 31, the plate 32, or the ring 33 and separate the ring 33 from the seat. A pressing force is applied to the notch part 14 from the inner peripheral surface of the ring 33 to expand the notch, and the fitting of the key holder support part 13 is released. By separating the ring 33 from the sheet, the key 31 or the plate 32 positioned on the back surface passes through the opening 16. Thus, the key holder 30 is removed.

  FIG. 5 shows a modification of the key holder storage sheet 10 according to the present embodiment.

  As shown in FIG. 5, the opening 16 is formed across the notches 14 arranged on the same row of the key holder storage sheet 10. In this way, by forming the common opening 16 in each notch 14 on the same row, the length of the opening 16 is increased, and even the wide key 31 or plate 32 has the opening 16. It is possible to pass through.

  As described above, in the key holder storage sheet 10 according to the present invention, the cut portion 14 is cut into the sheet, and the pair of hole portions 15 are provided at both ends of the cut portion 14 to form the key holder support portion 13. That is, the key holder support part 13 is formed by a penetration process and does not have a protrusion.

  The ring 33 is inserted into and supported by one or both of the pair of hole portions 15 in a state where a part of the ring 33 is pushed into the cut portion 14 and passes through the key holder support portion 13 from the sheet surface to the back surface.

  Since the key holder 30 connects the key 31, the ring 33, and the plate 32 in a chain, the spreading plane of the key 31 and the plate 32 is parallel to the sheet plane.

  Therefore, the key holder storage sheet 10 according to the present invention can realize a reduction in the thickness of the binder 20 and achieves both the ease of storage and the ease of removal equivalent to the case of storing the key holder 30 by hooking it onto the protrusion. . Furthermore, since it can be stored only by hooking the key holder 30, the degree of freedom of the size of the key holder that can be stored increases.

  Alternatively, a substantially rectangular opening 16 may be provided through the sheet across the notch 14. In this case, when the key 31 or the plate 32 is passed through the opening 16 from the opening 16, the key holder 30 is supported on the sheet surface in a state where the key 31 and the plate 32 are divided into the sheet front side and the back side.

  Therefore, the key 31 is located on the side different from the side where the plate 32 exists, and the attribute of the key 31 written on the plate 32 can be visually recognized without being disturbed by the key 31.

  Furthermore, the opening 16 is formed so as to cross the notches 14 arranged on the same row of the key holder storage sheet 10, so that the opening 16 becomes long and the wide key 31 or plate 32. Even so, it can be passed through the opening 16.

  In the present embodiment, the key holder 30 is described as being formed by connecting the key 31, the plate 32, and the ring 33, but the object of the present invention is achieved even with the key holder 30 to which the plate 32 is not connected. be able to.

  Moreover, in this embodiment, the case where the key holder 30 was accommodated in the accommodation sheet was demonstrated. In addition, as long as the article is connected to the holder having the ring 33, the article can be stored in the sheet, and is not limited to the use for storing the key holder 30.

  Moreover, although the case where it bound to the binder 20 was demonstrated as this usage form of a storage sheet in this embodiment, it does not necessarily need to be bound to the binder 20, For example, it may be hung on a wall etc. and used.

It is a perspective view which shows the state which bound the key holder storage sheet which concerns on this embodiment to the folder. It is a perspective view of the key holder storage sheet which concerns on this embodiment. It is a perspective view which shows the accommodation process of the key holder which concerns on this embodiment. It is a perspective view which shows the state after accommodation of the key holder which concerns on this embodiment. It is a perspective view which shows the modification of the key holder storage sheet which concerns on this embodiment.

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 Key holder storage sheet 11 Binding hole 12 Tag 13 Key holder support part 14 Notch part 15 Hole part 16 Opening part 20 Binder 21 Binding rod 30 Key holder 31 Key 32 Plate 33 Ring

Claims (4)

A storage sheet for storing articles attached to a holder having a ring,
A notch cut into the sheet,
A pair of holes penetrating both ends of the cut portion of the sheet;
With
Supporting the ring inserted into one or both of the pair of holes in a state where a part of the ring is pushed into the notch and passes from the sheet surface to the back surface;
A storage sheet characterized by A storage sheet for storing a key holder formed by connecting a key and a ring,
A notch cut into the sheet,
A pair of holes penetrating both ends of the cut portion of the sheet;
With
Supporting the ring inserted into one or both of the pair of holes in a state where a part of the ring is pushed into the notch and passes from the sheet surface to the back surface;
A storage sheet characterized by The storage sheet according to claim 2, which stores a key holder formed by connecting a key and a plate via a ring,
Further comprising a substantially rectangular opening penetrating into the sheet across the notch,
Supporting the inserted ring in a state in which the key or the plate passes from the opening to the back side of the sheet and the key and the plate are divided into the sheet front side and the back side;
A storage sheet characterized by A plurality of the cut portions are cut in parallel on the sheet,
The opening is formed in the sheet so as to traverse each of the cut portions;
The storage sheet according to claim 3.

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