JP2005199675A - Card storing body - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a card storing body which can individually store a number of cards in partitioned storing chambers, into/from which the cards can be stored/taken out, wherein the cards can be easily identified, which is compact in size, which can store other documents or the like together with the cards and into/from which the documents can be stored/taken out and wherein the documents can be easily identified. <P>SOLUTION: The card storing body is formed by folding a main body into three or the like and fixing it with a fastener for use. The storing body is equipped with a plurality of card storing pleats having at least two rectangular card storing chambers having a width capable of being changed by opening/closing the main body and a document storing chamber having a length longer than the length of one card storing chamber and a width capable of being changed by opening/closing the main body. Each member for storing the card and document is made of a member having a hardness index of 40 or less. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  The present invention relates to a card storage body. More specifically, a large number of various cards can be stored one by one in a single storage unit, and when the storage unit is opened, the width of the card storage room increases, the card rises in three dimensions, and the card is inserted and removed, etc. It is related with the card storage body which can do easily. Further, the present invention relates to a compact card storage body which is provided with a document storage room which becomes wider when the storage body is opened and which can easily put in and out documents, and which is easy to carry.

Many cards issued by financial institutions and other service institutions are used. Conventionally, a wallet having a card storage room has been used as a card storage body. As such a wallet, Patent Document 1 discloses a wallet including a banknote storage chamber on one inner surface and a card storage chamber formed in a step shape on the other inner surface.
Patent Documents 2, 3 and the like disclose wallets provided with card storage chambers formed in steps on both sides of the inner surface.
With the techniques disclosed in the three cases, a certain amount of cards may be stored, but it is impossible to store a large number of cards one by one in each storage chamber. In the case of storing a large number of cards in this technique, it is necessary to store a plurality of cards in a single card storage chamber, which inevitably makes it difficult to identify the cards. In addition, when storing one by one in a room, it is necessary to provide a large number of card storage rooms, resulting in a large wallet. Accordingly, the compactness is inferior.

Patent Document 4 discloses an accessory container in which a synthetic resin sheet or the like is folded in a cover material and a storage chamber is formed in a bellows shape. Further, Patent Document 5 discloses a card case including a fan-shaped bellows body in which a bellows body folded alternately at a plurality of locations inside a cover body is folded in half from one side surface and a folded surface is bonded.
Since the storage chamber is formed in the bellows body in the technologies disclosed in the above two cases, there is a function that the storage items and the like stand up three-dimensionally by opening and closing the main body. However, the storage room is a single bellows body, and it is difficult to store a large number of cards. It is not compact. Further, in the case of the card case disclosed in Patent Document 5, each storage chamber is configured such that both ends of the card are sandwiched between both ends of a space portion without a side wall formed in a substantially V shape facing the bellows body without partition. It is configured to be stored. Therefore, when a card is inserted, the card may not be stored in the correct storage chamber, and may be stored in a state where one end of the card enters the adjacent storage chamber. Therefore, the card case and the card are easily damaged.
In addition, Patent Documents 4 and 5 do not disclose a device provided with a storage chamber capable of storing cards and documents at the same time.
JP-A-9-308513 JP 2001-238714 A Registered Utility Model Publication No. 306476 JP-A-9-156648 1-1-1571

  The present invention has been made in order to solve the above-mentioned problems of the background art, and can store a large number of cards one by one in a single storage body. When the storage body is opened, there is a large space between adjacent cards. It is an object of the present invention to provide a card storage body in which a short card rises three-dimensionally and a card can be easily inserted and removed, and the card can be easily identified. Further, the present invention provides a card storage body having a document storage chamber of varying width and capable of storing other documents other than cards and banknotes at the same time, and having excellent compactness.

Means for solving the problem

  In order to solve the above-mentioned problems, the present invention has been made by intensive research on the configuration of the card storage room, the document storage room, etc., the materials used, and the like, and provides a storage body as shown below.

(1) A card storage body provided with a fastener that is used by bending the main body, and the card storage body has a rectangular card storage chamber in which the main body has an extending portion and the width changes by opening and closing the main body. A card storage body comprising a plurality of card storage troughs having at least two chambers, and further comprising a document storage chamber whose length is longer than the length of one card storage chamber and whose width is changed by opening and closing the main body.

(2) The main body includes a core member having an elongated bent portion gap at a bent portion, a surface fabric is bonded to the surface side of the core member, and an inner surface fabric is bonded to the inner side of the core member. The card case described in 1.

(3) The card storage body according to claim 1 or 2, wherein the document storage chamber is configured such that the document member is joined to the main body and the flange member and the length is 1 to 60 mm shorter than the length of the main body.

(4) The card storage case according to any one of claims 1 to 3, wherein the card storage case uses a hook member having a hardness index of 40 or less.

(5) The card storage body according to any one of claims 1 to 4, wherein the document storage chamber uses a document member having a hardness index of 40 or less.

(6) The card storage body according to claim 2, wherein the inner surface fabric is a fabric having a hardness index of 40 or less.

(7) The card storage body according to any one of claims 1 to 6, further comprising a document holding chamber inside the main body extension portion.

(8) The card storage body according to any one of claims 1 to 7, wherein the document storage chamber is configured such that the document member is linearly joined in the depth direction to the collar member of the card storage box by sewing with a thread.

(9) The main body is 14 to 25 cm in length, the width when folded is 8 to 15 cm, the card storage room is 5 to 8 cm long when folded, and the document storage room is long. The card case according to any one of claims 1 to 8, wherein the length is 7 to 20 cm.

The invention's effect

According to the configuration of (1) of the present invention, since a plurality of card storage troughs having two or more card storage chambers are provided in one card storage trough, a large number of cards can be stored in a compact state. . Also, the card storage room and document storage room are configured so that the width changes from the close contact state to the wide state by opening and closing the main body, so that when the main body is opened, the space between adjacent cards becomes large and the card stands up three-dimensionally. . Accordingly, the card can be easily inserted and removed, and the card can be easily identified. In addition, the width of the storage room for the document is also increased, making it easy to put in and out of the document and to identify it.
When the main body is opened, the width of the card storage chamber becomes wide and the length is reduced at the same time, so that the stored card is sandwiched. Therefore, even if a large number of cards are stored, the cards can be prevented from falling out. Further, since the main body can be folded and the card storage chamber, the document storage chamber, etc. can be brought into close contact with each other and fastened with a fastener, it is compact and can more reliably prevent the card from dropping off when being carried.

According to the configuration of the above (2), the core material in which the elongated gap is cut in the bent portion is arranged as a member of the main body. Therefore, when the main body is bent inward at the central bent portion or the bent portion of the extending portion that functions as a lid, it can be surely bent in a straight line. Further, when the main body is bent, the bending resistance is small, and smooth opening and closing becomes possible.
Further, since the surface fabric and the inner surface fabric are joined to the core material, there is an effect of reinforcing the vicinity of both ends of the elongated gap cut in the core material, and it can be used for a long time. In addition, the texture such as touch is good.

  According to the configuration (3), the document storage chamber is configured to be equal to or slightly shorter than the length of the main body, so that the edge of the document storage chamber does not protrude from the main body. When an impact or the like is applied to the main body, the entire document storage chamber is protected by the main body, and the edge of the document storage chamber can prevent damage such as peeling. Therefore, it can be used for a long time. Further, since the document storage chamber is formed by bonding the document member to the main body, it can be a long document storage chamber.

  According to the configuration of (4) above, the card storage trough uses a fabric having a hardness index of 40 or less. Accordingly, all the card storage chambers are rigid and have good shape retention. Accordingly, each storage chamber constitutes a straight partition. Therefore, no wrinkles occur in the card storage room. Therefore, the corners of the card do not get caught in the bag etc. and can be inserted and removed smoothly. In addition, the card holder has a spring-like action at its bent portion, and it can be smoothly opened and closed without difficulty when opening and closing the main body.

  According to the configuration of (5), the document storage chamber uses a fabric having a hardness index of 40 or less. Therefore, no wrinkles occur in the card storage room. Therefore, the corners of the document do not get caught in the bag etc. and can be put in and out smoothly. The document storage chamber is rigid and has good shape retention. Therefore, it is possible to smoothly insert and remove documents. In addition, the document storage chamber has a spring-like action, and can be smoothly opened and closed smoothly without opening and closing the main body.

  According to the configuration of (6), the inner surface fabric is a fabric having a hardness index of 40 or less. Therefore, the inner surface fabric is rigid and has good shape retention. Therefore, no wrinkles or abnormal elongation occurs on the fabric. Further, even if a card storage case or a document member is joined to the inner surface fabric, excessive elongation will not occur. Therefore, it can be used for a long time.

  According to the configuration of (7), since the document extending chamber is provided in the main body extending portion, it is possible to securely store a relatively thin document in a compact manner.

  According to the configuration of (8), since the document member is linearly joined to the bent portion of the collar member of the card storage case by sewing, the document storage chamber and the document storage chamber are opened when the main body is opened. Are linked and the width becomes large. Therefore, cards and documents can be taken in and out more smoothly. Further, the card can be easily identified.

  According to the configuration of (9), since the dimensions of the main body, the card storage room, the document storage room, etc. are preferably adapted to the card or document to be stored, the card or the like can be stored preferably. Moreover, it becomes a compact card housing which is easy to carry.

The best mode for carrying out the card storage body according to the present invention will be described below with reference to the drawings.
FIG. 1 is a schematic perspective view when the card storage body according to the present invention is opened. FIG. 2 is a schematic plan view of a main body in which a surface fabric is bonded to a core material. FIG. 3 is a schematic plan view of a main body in which a surface fabric and an inner surface fabric are joined to a core material. FIG. 4 is a schematic perspective view of the card storage room and the document storage room. In FIG. 1, reference numeral 13 denotes a surface member in which a surface fabric is bonded to a core material.
The card storage body according to the embodiment of the present invention includes a large number of card storage chambers 4 and a document storage chamber 19 inside the main body 2 having shape retention. The storage body is configured to be used by being bent at the center bent portion V, the bent portion L of the extended portion, or the like. A large number of card storage boxes 3 and a card storage chamber 4 provided in the card storage box are provided so as to be sandwiched between the left inner surface and the right inner surface of the bent portion V (FIG. 1). The card storage box 3 includes at least two card storage rooms in one storage box. In the form of FIG. 1, four card storage boxes are provided.

  The width of the card storage chamber 4 is changed by opening and closing the main body. When this card storage chamber is opened, the shape of the upper edge portion is a square shape. In addition, a card storage chamber 7 whose width is changed by opening and closing the main body is provided between the adjacent storage baskets. Also, a substantially triangular card storage chamber 11 is provided between the storage basket 3 and the adjacent document member 16. The width of this storage chamber also changes depending on the opening and closing of the main body. The main body has an extended portion 20 and constitutes a lid that wraps around the card storage body. The main body is provided with a stopper 8. One of the stoppers is provided on the inside of the main body extending portion, and the other one is provided on the surface portion of the main body (FIGS. 1 and 3).

The card storage body according to the embodiment of the present invention includes a document storage chamber 19 on each of the left and right sides of the inner surface of the main body shown in FIG. The left document storage chamber has a length substantially the same as the length when a single storage basket is brought into close contact, that is, the length of two card storage chambers. The document storage chamber on the right side of the main body is longer than the document storage chamber on the left side, and has a length substantially equal to the length of the inner surface fabric 6 joined to the inner surface of the main body.
The document storage chamber according to this embodiment is linearly joined to the document member 16 at the bent portion of the bag, that is, at the quadrangular apex corresponding portion, to the card member 10 of the card storage box 3. This joining is performed by sewing with a thread, and two parts are joined in the depth direction of the document storage chamber, that is, the back side as shown in FIG. Since the eaves member 10 and the document member 16 are directly joined at the bent portion of the card storage case, both the card storage room and the document storage room are interlocked to increase the width by opening and closing the main body. Yes.

The main body 2 is made of a material having shape retention. In the present invention, the meaning of having the shape retaining property means that the descent distance is within 20 mm according to the shape retaining property test method described later. The main body may be either a single layer structure or a multilayer structure. In particular, the core material 14 having shape retention is preferably used as a material constituting the main body. The core material 14 is, for example, various types of paperboard, synthetic resin board, wood board, hardened cloth, paperboard treated with a curing agent, non-woven cloth, heat-bonded non-woven cloth, non-woven cloth bonded with an adhesive, hemp cloth Etc. can be exemplified. Also, a combination of two or more of the above materials can be used as the core material.
For the main body, a combination of the core material and various fabrics can be used. For example, the thing etc. which overlapped and joined the textile fabric to this as a core material can be illustrated. Moreover, the thing etc. which laminated | stacked the paperboard and the nonwoven fabric as a main body, and also piled the fabric on the surface side and the inner surface side, and joined can be illustrated. Also, a non-woven fabric and paperboard are arranged as a core material, the non-woven fabric side is wrapped with a surface fabric, the end is bonded to the paperboard, the inner surface is wrapped with a second paperboard with an inner surface fabric, and the surface fabric is bonded to the paperboard, etc. Can be illustrated.
Also, a non-woven fabric with other non-woven fabrics having different hues and physical properties and the like can be used, or a synthetic resin film can be thermally bonded to a paperboard and the outside covered with a woven fabric.
In particular, as the main body, at least one core material such as paperboard, non-woven fabric, and synthetic resin plate is preferably used in view of good shape retention, good bending followability, low cost, and the like. Also, paperboard is preferably used in that it has moderate hygroscopicity.

  The test method for the shape retention of the main body is as follows. The main body is cut into a width of 5 cm and a length of 14 cm to obtain a test piece. Place the specimen on a horizontal table. With the length of 12 cm of the test piece protruding from the end of the table and the other 2 cm placed on the table, a metal piece is placed on top of the test piece, and the test piece is fixed. After 1 minute has elapsed, the vertical distance that the tip of the protruding test piece hangs down from the table is measured in mm. The vertical distance that the sagging has dropped is defined as the descending distance.

The core material 14 used in the embodiment for carrying out the present invention has a thickness of about 0.1 to 8 mm, preferably about 0.15 to 6 mm, and more preferably about 0.2 to 4 mm. The length of the core is approximately the same as the length d of the main body, about 14 to 25 cm, and the width should be about 2, 5 to 3 times the width f of the left side portion when the main body is folded, and about 20 to 42 cm. is there.
As the core material, a material having an extended portion 20 having a length that forms an upper cover of the card housing body as a whole is used (FIGS. 2 and 3).

In the embodiment of the present invention, it is preferable to use a core material 14 having elongated bent portion gaps M at portions corresponding to the central bent portion V of the main body and the bent portion L of the extended portion. The gap M can be arranged by grooving with a knife, punching with a press, or the like. The width m of the gap M substantially corresponds to the bending width and is about 0.1 to 20 mm in width. Further, support portions 18 having a width of about 1 to 20 mm for supporting the core material are provided at upper and lower ends of the gap M. In addition, instead of the gap M, a material that is pressed so that the thickness of the core material becomes small can be used. In the case of press working, a product in which the entire width corresponding to the width m of the gap is pressed, or a linear press may be applied to both ends corresponding to the width mb.
Further, the gap M may be provided at two places or at one place.
In addition, instead of the gap M, a material that is pressed so that the thickness of the core material becomes small can be used. In the case of press working, the entire width corresponding to the width m of the gap may be pressed, or a thin linear press processed at both ends corresponding to the width m. In addition, the pressed product may be a product in which the pressed part is formed in a convex shape from the core material.

In this embodiment, the main body 2 is covered with the surface fabric 5 so that the core material is wrapped from the front surface side to the inner surface side, and the bent portion 15 is bent inward and joined to the core material (FIG. 2). The width of the bent portion is about 5 to 50 mm. Moreover, the surface side and the inner surface side of the core material may be entirely covered with the surface fabric.
As the surface fabric 5, any of woven fabric, knitted fabric, nonwoven fabric, natural leather, synthetic leather, synthetic resin thin film, a combination of two or more of the above-mentioned fabrics, and the like can be used. Further, a creped fabric, a cloth with embroidery, a brushed cloth, or the like can be used.

  In the present embodiment, the main body 2 is made of an inner surface fabric 6 joined to the inner surface side. As this fabric, various fabrics exemplified in the surface fabric can be used. In particular, a fabric having a stiffness index of 40 or less is preferably used. The hardness index test method is the test method described later. Examples of this fabric include a fabric in which a rayon fabric is treated with a paste, a fabric in which a cotton fabric is treated with a paste, a spunbonded polyethylene terephthalate nonwoven fabric, a spun pond polyolefine nonwoven fabric, and a rayon long fiber nonwoven fabric. Moreover, the fabric etc. which the said fabric and the heat bondable nonwoven fabric were joined can be illustrated.

  The inner surface fabric 6 may be joined to a core material or the like. As shown in FIG. 3, the dimensions of the inner fabric after joining are slightly smaller than the length and width of the core material, and it is preferable that the bent portion of the surface fabric appears on the inner surface side, and this width c is about 1 to 20 mm. is there. Further, the inner surface fabric is joined in a state where the bent portion is bent toward the core material side (FIG. 3). Further, the inner cloth may be joined to the core by bending the portion corresponding to the apex of the rectangle into a substantially triangular shape.

Various types of bonding can be applied to the bonding between the core material and the surface fabric, the bonding between the core material and the inner surface fabric, and the like.
Examples thereof include sewing with a thread, adhesion with an adhesive, and tacking. However, an adhesive is preferable in that it can be bonded with a wide adhesive surface, and the upper and lower ends of the press portion corresponding to the gap M and width m provided in the core material are reinforced with this cloth. Used.

The embodiment of FIG. 9 is a schematic view when a card storage trough group having a document storage chamber on the side and side faces is opened. FIG. 10 is a schematic view when the card storage box group of FIG. 9 is being closed.
In the embodiment for carrying out the present invention, at least two card storage troughs 3 each including at least two card storage chambers 4 are provided in one card storage trough 3. In FIG. 9, four card storage boxes are provided. One document storage chamber 19 is provided between the card storage boxes, and one is provided between the last card storage box and the inner fabric.
The card storage chamber and the document storage chamber are configured such that the widths w and n of the respective storage chambers are changed by opening and closing the main body (FIGS. 9, 10, and 4). Also, the length p of the card storage chamber changes as the main body opens and closes (FIG. 4).

In the card storage basket 3, two card members 10 are joined in the vicinity of the upper edge, the center, and the lower edge shown in FIG. 9, and the shape of the upper edge is a square. Two chambers are formed. The first card storage trough disposed on the left side is joined to the inner fabric 6 at two locations corresponding to the bent portion of the scissors member 10 at the joint B, and the last card storage trough disposed on the right side is the scissor member. The portion corresponding to the ten bent portions is joined to the document member 16 in the document storage chamber at two locations by the joint B. A document storage chamber 19 having a length substantially corresponding to two card storage chambers is disposed in a substantially central portion. This document storage chamber is a portion corresponding to the bent portion of the substantially central portion of one adjacent card storage chamber, and is sewn with threads one by one up and down. The vicinity of the upper and lower edges is also sewn. Each of the card storage troughs is joined at a joint portion S at a substantially central portion of one adjacent card storage chamber to form a bent portion. The joints B and S are preferably sewn with a thread as described above. The joint B on the left side where the collar member and the inner surface fabric 6 are joined may be sewn with a thread together with a core material such as paperboard not shown in FIG.
In FIG. 9, one card storage chamber 7 is provided between adjacent card storage chambers. Also, a card storage chamber 11 is provided between the first card storage box and the inner fabric, and a card storage room 11 is provided between the last card storage box and the document member 16 (FIG. 9). The card storage chamber 11 is substantially triangular when opened.
In addition, a substantially triangular card storage chamber is provided on each side of the central document storage chamber.

  Further, as shown in FIG. 9, the document storage chamber arranged at the substantially central portion and the document storage chamber arranged on the right side are different in length. The document storage chamber on the right side has a large length, and the end portion of the document member is bent to the core material side so as to wrap the edge portion of the inner surface fabric, and is joined to the core material. Thus, by forming the document storage chamber having a length substantially equal to the length of the inner surface fabric, the card storage body having a large document storage chamber can be obtained.

In the embodiment for carrying out the present invention, the configuration of the card storage chamber, the document storage chamber, etc., the configuration of the card storage basket, the configuration of the storage basket group in which a large number of storage baskets are gathered, etc. can be exemplified by various configurations. .
The embodiment shown in FIGS. 5, 6, 7, and 8 is a schematic view of a group of card storage boxes provided with various document storage rooms. In addition, each figure is a figure when a main body is opened.
The form shown in FIG. 5 is a card storage box group having a document storage room on each of the left and right rooms. In this example, the length of the document storage chamber is substantially equal to the total length when the storage basket is closed, and is approximately twice the length of one card storage chamber.
The document member 16 of the document storage chamber 19 is sewn linearly like a joint B to the heel member with a thread one by one at the top and bottom at a bent portion near the center of one card storage chamber. By this joining, the width of the card storage window and the width of the document storage chamber are changed by opening and closing the main body. In the example of FIG. 5, four card storage chambers are provided with eight card storage chambers 4, and three card storage chambers 7 are provided between adjacent card storage chambers. Also, two substantially triangular card storage chambers 11 are provided between the document member and the collar member.

  The embodiment shown in FIG. 6 is a schematic view when a card storage trough group having left and right document storage chambers longer than the card storage trough is opened. In this embodiment, the left and right document storage chambers are longer than the card storage trough and have a length substantially equal to the length of the inner fabric. The end portion of the document member is bent to the core material side so as to wrap the inner cloth at the bent portion 15 and is joined to the core material. Further, the document member 16 of the document storage chamber 19 is sewn linearly like a joint B to the heel member with a thread one by one at the top and bottom at a bent portion near the center of the card storage chamber 4 of one chamber. . By this joining, the width of the card storage room, the width of the document storage room, and the like are changed when the main body is opened and closed. In the example of FIG. 6, the same number of card storage chambers 4 and the like are provided in FIG.

  The embodiment shown in FIG. 7 is a schematic view when a card storage basket group including document storage chambers having different lengths is opened. In this embodiment, four card storage boxes are provided, and one document storage room is provided on the inner left side and two document storage rooms are provided on the right side. The document storage chamber on the left side is approximately equal to the total length when the card storage box is closed, and is approximately twice the length of the card storage chamber. The two right-hand document storage chambers are longer than the card storage trough and have a length substantially equal to the length of the inner fabric. Further, the end of the document member is bent to the core material side so as to wrap the inner cloth at the bent portion 15 and joined to the core material. Further, the document member 16 of the document storage chamber 19 adjacent to the card storage chamber is linear at the bent portion in the vicinity of the central portion of the card storage chamber 4 at the upper and lower portions one by one with the thread as the joint B. Sewn. By this joining, the width of the card storage chamber and the width of the document storage chamber are changed by opening and closing the main body. Also, the document storage chamber 19 adjacent to the right inner fabric is not directly joined to the card storage basket, but the upper and lower ends are in close contact with the upper and lower ends of the adjacent document storage chamber and are joined to the core material. The width is changed in association with the adjacent document storage chamber. The change in the width of the document storage chamber adjacent to the right inner fabric is smaller than that of the document storage chamber joined to the card storage basket. In the example of FIG. 7, the same number of card storage chambers 4 and the like are provided in FIG.

The embodiment shown in FIG. 8 is a schematic view when a card storage box group having a document storage room is opened between the card storage boxes. In this embodiment, there are provided four document storage chambers, and a document storage chamber 19 having a long length without a joint at the center of the card storage chamber. In the document storage chamber, the document members are joined in a linear shape one by one at the top and bottom at the bent portion of the collar member of the adjacent card storage basket. Also, the vicinity of the upper and lower edges is sewn with a thread. The two card storage chambers between the document storage chamber and the left and right card storage chambers are substantially triangular. The left and right card storage chambers formed between the inner fabric and the card storage basket are also formed in a substantially triangular shape. Further, the document member 16 of the document storage chamber 19 is sewn linearly like a joint B to the heel member with a thread one by one at the top and bottom at a bent portion near the center of the card storage chamber 4. By this joining, the width of the card storage chamber and the width of the document storage chamber are changed by opening and closing the main body.
In another example, the joint B may be sewn together with the inner fabric 6 and a core material (not shown) disposed on the surface side.
In the example of FIG. 8, four card storage chambers are provided with eight card storage chambers, and six card storage chambers are provided between adjacent card storage chambers and between the inner fabric and the card storage chamber.

  In the embodiment for carrying out the present invention, the joint S of the heel member constituting the card housing ridge, the joint B of the heel member and the other member, that is, the joint of the heel member and the document member, the heel member and the inner surface fabric The joints such as the joints may be any of the above-mentioned various joints, and in particular, sewing with a thread is preferably used because it can be joined linearly and firmly. To join the document member and the inner fabric, the upper and lower bent portions of the document member are folded toward the core so as to cover the edge of the inner fabric, and joined to the core to increase the effective width of the document storage chamber. Since it is possible, adhesion with an adhesive is preferably used. Of course, thread sewing may be used.

Examples of the card storage rod 3 provided in the embodiment for carrying out the present invention include various types such as one in which the collar member 10 is joined by sewing with a thread, and one in which the collar member is bent and pressed to form a bent portion. it can.
Various fabrics can be used for the heel member 10. For example, woven fabric, knitted fabric, non-woven fabric, paper, natural leather, rigid leather, synthetic resin film, etc. can be used. Of course, the above combination can be used. For example, those in which the non-woven fabric is laminated and bonded, those in which any of the above-mentioned fabrics and other fabrics are laminated, and those in which any of the above-mentioned fabrics and other fabrics are stacked and bonded by thermocompression bonding or an adhesive. A fabric treated with a curing agent can be used.
In particular, a rigid fabric is preferably used. For example, a fabric having a hardness index of 40 or less has rigidity and is preferably used. In addition, the bent portion of the card storage box is preferably used because it has a spring-like elastic action when opened and closed. The bent portion of the storage basket group can be opened and closed smoothly when the storage body is opened and closed by a spring-like elastic action. In addition, the card can be prevented from dropping off due to sudden opening.

The card storage basket 3, the document storage chamber 19, and the like can be exemplified in various joining forms. The embodiment shown in FIG. 4 is a schematic perspective view of a card storage chamber and a document storage chamber. FIG. 4 is a view when the main body is opened. An example of the card storage rod 3 is a card storage rod in which two hook members 10 are overlapped and the vicinity and the center of both edges 9 in the longitudinal direction are sewn with a thread like a sewing line 17. Adjacent card storage rods are joined together by sewing a central portion of one card storage chamber with a thread to form a group of card storage rods.
The sewing line 17 of this single card storage basket forms a sharp quadrangle in the shape of the card storage chamber, and has a function of a bent portion when opening and closing (FIG. 4).
In the document storage chamber 19, the document member 16 is folded so that the folded portion 15 of the document member wraps the end portion of the inner surface fabric 6 on the inner surface fabric 6 of the main body, and is joined to the inner surface fabric, the core material, and the like. This joint is bonded with an adhesive.
The document storage chamber is sewn at the center of one card storage chamber provided in the adjacent card storage basket with a thread as a sewing line 17 and joined to the front side flange member 10 shown in FIG. ing.
The document storage chamber is configured so that the width of the document member is changed by opening and closing of the main body because two portions near the center of the document member are joined by the bent portion of the collar member. The joining of the collar member and the document member, the joining of the document member and the core material, etc. can be performed by sewing with a thread, bonding with an adhesive, and various other types of joining.

  The card storage basket 3 according to the embodiment for carrying out the present invention has a depth h of about 30 to 90 mm, preferably about 35 to 80 mm, and more preferably about 45 to 70 mm. Further, the length of the card storage case is more than twice the length p of one card storage room when the card storage room is in close contact. That is, when there are two card storage rooms in one card storage box, it may be about twice as long as p, and when there are three rooms, it may be about three times as long as p. The length p of this chamber is about 55 to 80 mm, preferably about 57 to 70 mm. By setting the width p as described above, the width w of the card storage chamber, that is, the width of the diagonal line of the bent portion in the opening / closing direction of the main body, that is, the width of the diagonal line of the quadrangle apex changes from about 0 to about p. However, since the card storage case is joined to the main body, the substantially varying width w is about 0 to 40 mm (FIG. 4). The width w is 0 mm when the main body is closed and the card storage chamber is closely attached. The card storage chamber 7 may be provided with different depths, lengths of one chamber, and the like.

The document storage chamber may have a depth g that is substantially the same as or different from a depth h of the card storage bowl. Since the document storage chamber stores documents having a relatively large size, the depth g is preferably larger than the depth h. The length b of the document storage chamber is longer than the length p of the card storage chamber and is within the range of the length d of the main body. When the inner surface fabric is joined to the main body, the length of the inner surface fabric can be used. Further, if the length b of the document storage chamber is the same as the length of the card storage box, the bag member can be used as a document member.
The width n of the document storage chamber, that is, the width in the opening / closing direction of the main body varies from about 0 to 80 mm. The width n increases as the length b of the document storage chamber increases. Further, as shown in FIGS. 1 and 4, etc., the width n is relatively small and about 0 to 20 when the document storage chamber is provided on the main body side. Also, as shown in FIG. 8 and the like, the document storage chamber provided between the card storage chambers is relatively large and has a width of about 0 to 80 mm. The width n is 0 mm when the main body is closed and the document storage chamber is closely attached.

  In the embodiment for carrying out the present invention, various arrangements of the collar member 10 and the document member 16 are possible. For example, as shown in FIG. 11, the document member 16 has a length longer than that of the collar member 10 and a depth that is the same as that of the collar member. FIG. 12 shows an example in which the document member has the same length as the collar member and the depth is larger than that of the collar member. In FIG. 12, the document member is sewn by an amount corresponding to the depth of the collar member at the sewing lines 17 on the left and right sides of the collar member.

In the card storage bag according to the embodiment of the present invention, a cloth having a hardness index of 40 or less is preferably used as the bag member. Here, the hardness index is based on the measurement method described later.
A fabric having a hardness index of 40 or less is relatively rigid and does not cause bending or wrinkles at portions other than the bent portion of the card storage chamber. Therefore, cards can be inserted and removed smoothly. Further, since the card housing ridge is rigid, it has a spring-like elastic action at the bent portion, and when the main body is opened, a force to close the card housing ridge group acts to prevent the card from dropping off due to sudden opening. Further, when the main body is to be closed, the card housing cages can be smoothly adhered.
In the case of a card storage body having an extension part in the main body, it is possible to increase the width of the card storage room by the weight of the extension part itself that functions as a lid when the storage body is opened. It can be opened and closed.

  The hardness index test method is as follows. The main body is cut into a width of 5 cm and a length of 10 cm to obtain a test piece. Place the specimen on a horizontal table. A length of 7 cm of the test piece protrudes from the end of the table, and the other 3 cm is placed on the table, a metal piece is placed on the upper part, and the test piece is fixed. After 1 minute has elapsed, the vertical distance that the tip of the protruding test piece hangs down from the table is measured in mm. The vertical distance with which this sling is applied is defined as the hardness index.

A card storage body 1 having four card storage troughs on the inner side of the main body having the extending portion and one document storage chamber on each of the inner left and right sides was manufactured (FIG. 1). The card storage basket 3 was provided with two card storage rooms 4 in one storage basket. Moreover, the fastener 8 was provided in the inner surface of the extension part of the main body, and the surface part of the left side.
As the main body 2, a paperboard having a thickness of 0.5 mm was used as a core material. This paperboard was relatively hard and had a bending followability when bent with both hands. Moreover, the descent distance by the shape retention test was 3 mm. This paperboard was cut into a core material having a length of 158 mm and an overall width including the extended portion of 305 mm. In this core material, an elongated bent portion gap M having a width of 4 mm and a length of 138 mm was cut in a portion corresponding to the central bent portion V. The upper and lower support portions 18 above and below the gap were 10 mm wide. Similarly, an elongated bent portion gap M having the same dimensions as described above was cut in a portion corresponding to the bent portion L of the extending portion of the main body. The support portions 18 above and below the gap each had a width of 10 mm.
A creped rayon woven fabric was used as the surface fabric 5, and a fabric having a dimension longer by the width of the bent portion than the dimension of the core material was cut. This cloth was dyed amber. A core material was overlaid on the surface fabric, and a bent portion 15 having a width of 15 mm was bent inward, and adhered to the core material using a vinyl acetate adhesive to obtain a main body as shown in FIG. In addition, the surface fabric used what sewn the surface fastener 8 in the predetermined site | part of the surface on the opposite side to an extending part. This fastener was a fabric in which a large number of substantially U-shaped fibers were planted.

  A polyethylene terephthalate spunbond nonwoven fabric was used as the inner fabric. This nonwoven fabric had a hardness index of 26. This non-woven fabric was cut into a size larger by the width of the bent portion to obtain an inner surface fabric. Moreover, the surface fastener was sewn on the site | part vicinity of the edge part of the extension part. As this fastener, a cloth in which a large number of substantially J-shaped fibers were planted was used.

A polyethylene terephthalate spunbond nonwoven fabric was used as the heel member 10. This nonwoven fabric was cut into a length of 120 mm and a width of 143 mm. Further, it was folded in half, and several parts on the inner surface were adhered and adhered using a vinyl acetate adhesive, to obtain a flange member having a length of 60 mm and a width of 143 mm. Eight pieces of this saddle member were manufactured.
The same fabric as the collar member and the same size after folding is used as the first document member, and the same fabric as the collar member and the dimension after folding in half is 60 mm long and 192 mm wide. It was used as a document member. In addition, the document member was folded in half and adhered with an adhesive like the collar member.
The bristle member, document member, document clamping chamber member, and the like after being bonded with the two-fold adhesive have a hardness index of 4. The joint portion S between the heel members, that is, the vicinity of the edge of the central portion and the upper and lower ends of the two heel members, and the bent portion between the heel members of the adjacent card storage ridges were sewn with a thread. Further, two bent portions of the first document member on the left side and the flange member adjacent to the member were sewn with threads as in the joint B. Further, the first document member and the inner cloth were sewn with two yarns near the upper and lower ends of the document member. Further, the document member in the second document storage chamber on the right side adjacent to the bent portion of the collar member of the last card storage rod was sewn with a thread like the joint B. Further, as shown in FIG. 4, the second document member was folded so that the end of the document member was bent and the end of the inner fabric was wrapped. A card storage body as shown in FIG. 1 is formed by superimposing an inner side fabric to which a card storage basket or a document member is bonded on the main body, bending a bent portion of the inner side fabric to the core material side, and bonding it to the main body using a vinyl acetate adhesive. 1 was obtained. The inner surface fabric was shorter than the main body in length and width, and the width c of the surface fabric appearing on the inner surface was 3 mm.

This card storage body 1 includes eight card storage chambers 4 in four card storage chambers, and three card storage chambers 7 of the same size between adjacent card storage chambers. A substantially triangular card storage chamber 11 is provided between the first document storage chamber on the left side and the first card storage chamber, and one chamber between the last card storage chamber and the second document storage chamber on the right side. It was a thing.
This card storage body 1 had a width f of 108 mm on the left side of the main body, a length d of 158 mm, and a width of the extending portion 20 of 82 mm. Further, the depth h of the card housing 3 was 60 mm, and the length p of the card housing chamber when closely attached was 68 mm. The width w of the card storage room when the main body was opened was about 24 mm in the central storage room. The first document storage chamber 19 had a depth g of 60 mm and a length b of 137 mm when closely attached. The width n of the document storage room when the main body was opened was 5 mm. The second document storage chamber 19 had a depth g of 60 mm and a length b of 152 mm. The document storage chamber when the main body was opened had a width n of 8 mm. The space distance K at the bottom of the card storage box when the main body was closed was 10 mm.

When this card storage body 1 is bent and further fastened with a fastener, the card storage room, the document storage room, etc. are in close contact with each other, the card storage capacity is good, and it is not bulky and has excellent compactness. Moreover, when the main body was opened, all the card storage chambers were wide and square. Further, the width of the substantially triangular card storage chamber 11 is changed by opening and closing the main body and has the same effect as the rectangular card storage chamber. Adjacent cards were separated and the cards stood up three-dimensionally. Moreover, when opened, the length p of the card storage chamber becomes small and the card is sandwiched between both ends of the card storage chamber.
Further, the document storage chamber has a width n so that it can be pulled by the joint B sewn on the collar member of the card storage basket. The long document storage chamber 19 on the right side has a larger width n than the left document storage chamber 19. This card storage body can quickly identify the type of card when a large number of cards are stored, and can easily be taken in and out. Documents could be easily identified and put in and out. In addition, when the main body was opened and closed, the bent portion of the eaves member had spring-like elasticity, so that it could not be opened and closed suddenly but could be opened and closed with some resistance.

  A card storage body having a document storage room, a document holding room, and the like was manufactured in the same manner as in Example 1. As shown in FIG. 13, this card storage body is provided with two rectangular card storage chambers in one storage basket. In addition, a document storage chamber was provided on the substantially central portion and on the right side of the inside, and a document holding chamber was further provided on the inside of the extended portion. The same paperboard as the core material of Example 1 was used as the core material provided in the main body. This core material had a length d of 148 mm and an overall width including the extended portion of 288 mm. An elongated bent portion gap M having a width of 8 mm and a length of 128 mm was cut in the core material at a portion corresponding to the center bent portion V. Similarly, the elongated bent portion gap M having the same dimensions was cut in the portion corresponding to the bent portion L of the extended portion. The width of the upper and lower support portions 18 in the two spaces M was 10 mm.

  A creped rayon woven fabric was used as the surface fabric and cut into a size larger than the size of the core material by the width of the bent portion. This cloth was dyed in light purple. The surface fabric and the core material were overlapped, and the bent portion of the surface fabric was adhered to the core material using a vinyl acetate adhesive as in Example 1. The surface fabric used was a surface fastener sewn with thread as in the previous example.

A cotton plain fabric dyed amber was used as the inner fabric. This fabric was rigidly treated with a paste. This fabric had a hardness index of 23. This cloth was cut into a dimension larger by the width of the bent portion to obtain an inner cloth. A surface fastener was sewn to the predetermined part of the extended portion with a thread. As this fastener, the same surface fastener as in Example 1 was used.

A non-woven fabric in which a rayon spunbond non-woven fabric was laminated and joined to a polyethylene terephthalate spunbond non-woven fabric was used as the heel member 10. This nonwoven fabric was cut into a length of 120 mm and a width of 132 mm. Further, it was folded in half, and several portions of the inner surface were adhered and adhered using a vinyl acetate adhesive, and a saddle member having a depth h of 60 mm and a length of 132 mm was obtained. Eight pieces of this saddle member were manufactured.
Two sheets of the same fabric as the collar member and the same dimensions after folding in half were used as the document member of the first document storage chamber in the center. Also, as the document member in the second document storage chamber on the right side, it was used as the second document member having the same dimension as the above-mentioned collar member, the dimension after folding in half was 60 mm in depth h, and 178 mm in length.
Further, it was used as a member for a document clamping chamber having the same fabric as the collar member and a dimension after folding in half of 70 mm in length and 140 mm in width.
The eaves member, the document member, the document clamping chamber member, etc., which were bonded with the two-fold adhesive, had a hardness index of 9.

The joint portion S between the heel members, that is, the vicinity of the edge of the central portion and the upper and lower ends of the two heel members, and the bent portion between the heel members of the adjacent card storage ridges were sewn with a thread. Further, two bent portions of the first document member at the center and the collar member adjacent to the first document member were sewn with threads as in the joint B. Furthermore, the vicinity of the edge of the upper and lower ends of the first document members was sewn with a thread. Further, the document member in the second document storage chamber on the right side adjacent to the bent portion of the collar member of the last card storage rod was sewn with a thread like the joint B. Further, as shown in FIG. 4, the second document member was folded so that the end of the document member was bent and the end of the inner fabric was wrapped.
Further, a member for the document clamping chamber was sewn to the inner surface cloth of the portion corresponding to the extending portion of the main body with a thread like a sewing line 17 in the vicinity of the upper and lower and left edges except for the right opening 22. A card storage as shown in FIG. 14 is made by superimposing an inner fabric, to which a card storage basket, a document storage member, a document clamping member, etc. are joined, on the main body, and bonding the bent portion of the inner fabric to the main body using a vinyl acetate adhesive. Body 1 was obtained. The inner surface fabric was shorter than the main body in length and width, and the width c of the surface fabric appearing on the inner surface was 3 mm.

This card storage body 1 is provided with four card storage chambers and eight card storage chambers 4, and two card storage chambers 7 of the same size between adjacent card storage chambers. In addition, a cardboard storage room having a substantially triangular shape is provided between the first document storage room and the adjacent card storage box, two in total, one left and right, and between the last card storage box and the second document storage room. One room was provided with a substantially triangular card storage chamber 11.
The card housing 1 has a left side width f of 90 mm, a length d of 148 mm, and the extension 20 has a width of 82 mm. The depth h of the card housing 3 was 60 mm, and the length p of the card housing chamber when closely attached was 62 mm. The width w of the card storage block when the main body was opened was about 18 mm in the storage room of the left first card storage box. The central document storage chamber 19 has a depth g of 60 mm, a length b of close contact of 127 mm, and a width n of the document storage chamber of 27 mm when the main body is opened. The right second document storage chamber 19 has a depth g of 60 mm, a length b of 142 mm, and a width n of 6 mm when the main body is opened. The document holding chamber had a depth of 67 mm and a length of 134 mm. The space distance K at the bottom of the card storage box when the main body was closed was 10 mm.

When the card storage body 1 is bent and further fastened with a fastener, the card storage room, the document storage room, etc. are in close contact with each other, the card storage capacity is good, and it is not bulky and has good compactness. When the main body was opened, all the card storage chambers were wide and square, and the cards stood up in three dimensions. Moreover, when opened, the length p of the card storage chamber becomes small and the card is sandwiched between both ends of the card storage chamber. Also, the width of the substantially triangular card storage chamber is changed by opening and closing the main body, and the same effect as that of the square card storage chamber is obtained.
Further, the document storage chamber has a width n so that it can be pulled by the joint B sewn on the collar member of the card storage basket. Further, the first document storage chamber 19 in the central part is wider than the second document storage chamber on the right side and has a larger width n. This card storage body can quickly identify the type of card when a large number of cards are stored, and can easily be taken in and out. Documents could be easily identified and put in and out. In addition, the document holding room can be stored so as to hold the document.

  The schematic perspective view of a card storage body.   The schematic plan view of the main body by which the surface fabric was joined to the core material.   The schematic plan view of the main body by which the surface fabric and the inner surface fabric were joined to the core material.   The schematic perspective view of a card storage room and a document storage room.   The schematic diagram when the card storage basket group which provided the document storage room one room each right and left is opened.   The schematic diagram when the card storage box group which provided the document storage room with long left and right one each was opened.   The schematic diagram when the card storage basket group provided with the document storage room from which length differs is opened.   The schematic diagram when the card storage cage | basket group provided with the document storage chamber between card storage cages is opened.   The schematic diagram when the card storage cage | basket group provided with the document storage chamber in the side and the side of card storage cage | baskets is opened.   The schematic diagram when the card storage cage | basket group provided with the document storage chamber in the side and the side of card storage cages is closing.   The schematic front view for demonstrating the arrangement | positioning relationship between a collar member and a long document member.   The schematic front view for demonstrating the arrangement | positioning relationship between a collar member and the document member which is large in depth.   The schematic perspective view of the card storage body provided with the document clamping chamber.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Card storage body 2 Main body 3 Card storage basket 4 Card storage chamber 5 Surface fabric 6 Inner surface fabric 7 Card storage chamber 8 formed between storage cages Fastener 9 Edge 10 of card storage cage Card storage chamber 12 formed between members Card storage trough group 13 Surface member 14 Core material 15 Fabric bent portion 16 Document member 17 Sewing line 18 Support portion 19 at gap end 19 Document storage chamber 20 Extension portion 21 of main body Document clamping room 22 opening

B Joint part of heel member and other member L Folding part M of main body extension part Folding part space S Joint part V of heel members Center folding part b Length of document storage chamber c Width at which surface fabric appears on inner surface d Main part The length f of the left side of the main body g The depth of the document storage chamber h The depth of the card storage chamber m The width of the gap n The width of the document storage chamber p The length of one card storage chamber w The length of one card storage chamber width

Claims (9)

  A card storage body provided with a fastener that is used by bending the main body, the card storage body having at least two rectangular card storage chambers having a main body extending portion and having a width that is changed by opening and closing the main body. A card storage body comprising a plurality of card storage troughs, and further comprising a document storage chamber whose length is longer than the length of one card storage chamber and whose width is changed by opening and closing the main body.   2. The body according to claim 1, wherein the main body includes a core member having an elongated bent portion gap at a bent portion, a surface fabric is bonded to the surface side of the core member, and an inner surface fabric is bonded to the inner side of the core member. Card storage body.   The card storage body according to claim 1 or 2, wherein the document storage chamber is configured such that a document member is joined to the main body and the card storage trough, and the length is 1 to 60 mm shorter than the length of the main body.   The card storage case according to any one of claims 1 to 3, wherein the card storage case uses a hook member having a hardness index of 40 or less.   The card storage body according to any one of claims 1 to 4, wherein a document member having a hardness index of 40 or less is used in the document storage chamber.   The card storage body according to claim 2, wherein the inner surface fabric is a fabric having a hardness index of 40 or less.   The card storage body according to any one of claims 1 to 6, further comprising a document holding chamber inside the main body extension portion.   The card storage body according to any one of claims 1 to 7, wherein the document storage chamber is a member in which the document member is linearly joined in the depth direction to the collar member of the card storage case by sewing with a thread.   The main body is 14 to 25 cm in length, the width when folded is 8 to 15 cm, the card storage room is 5 to 8 cm long when folded, and the document storage room is 7 to 7 inches long The card storage body according to claim 1, wherein the card storage body is 20 cm.

Images