JP3026430U - Paper storage file used for individual search management device for files etc. - Google Patents

Abstract

(57) 【Abstract】 PROBLEM TO BE SOLVED: To efficiently store a plurality of paper storage files on a shelf, because the width of the spine cover portion of the file can be set to be substantially the same as the thickness depending on the number of sheets to be bound. Not only is it possible to feed bound sheets of paper from one cover surface side to the other cover surface side, or vice versa, very smoothly, but it is also very easy to send characters etc. to the back side of the sent paper. Paper that can be written and can effectively use both sides of the paper to be bound in the paper storage file, and thus can suppress an increase in the number of stored papers. It provides a storage file. SOLUTION: A paper storage file 1 is a pair of left and right cover surfaces 2 which are distinguishable from each other and can be opened.
3 and has a ring file function when the cover surfaces 2 and 3 are opened, and further has a file body 1a which functions as a flat file when closed.

Description

[Detailed description of the device]

[0001]

[Technical field to which the device belongs]

 INDUSTRIAL APPLICABILITY The present invention is housed in a plurality of shelves and is capable of one-way transmission of a search signal from the master unit to the search slave unit or bidirectional transmission of the search signal and other signals between the master unit and the search slave unit. Searching for a file that contains the desired paper from among the multiple paper storage files that are individually equipped with the search slaves configured in Regarding the paper storage file used for the individual search management device.

[0002] Conventionally, a paper storage for an individual search management device, which is appropriately used to search for and retrieve a file in which a required paper is stored from a paper storage file that stores a plurality of papers in a plurality of shelves As the file, for example, a file described in Japanese Patent Laid-Open No. 1-92872 is available.

That is, as shown in FIG. 4, the sheet storage file for the individual search management device described in the above publication is used for storing the search slave unit 8 to be described later in the spine cover portion 7a of the sheet storage file 7. A search slave unit housing portion 7b formed of a space is formed, and the search slave unit housing unit 7b is internally mounted with the search slave unit 8 having a light emitting diode 8a as a display means, and further, the search slave unit storage unit 7b. A rectangular window hole 9 is formed in the back cover portion 7a provided with the above so that the front end portion of the light emitting diode 8a of the retrieval child device 8 can be easily confirmed from the outside of the paper storage file 7. The external display confirmation section 10 is provided for the diode 8a.

When searching for a paper storage file 7 in which a predetermined paper is stored from a plurality of shelves (not shown) in which the paper storage files 7 having the above-mentioned configurations are stored, each of the files 7 is searched. By issuing a search signal from the master unit (not shown) to each of the attached search sub-units 8 via communication means by electromagnetic waves, each of the search sub-units 8 of each file 7 and the search signal The identification code of the slave unit 8 is compared, and if they match, the light emitting diode 8a, which is a display unit, is caused to emit light, and a specific file 7 containing a desired object to be searched is instantaneously and easily stored on the outside. It is possible to search through the display confirmation unit 10.

[0005]

[Problems to be solved by the device]

 However, the paper storage file used in the individual search management device for files having the above-mentioned configuration has the following problems.

That is, the paper storage file 7 having the above-mentioned configuration is used to bind various papers 11 into the file 7 via a binding tool, but due to the difference in the binding method, as shown in FIG. There are two types.

First, FIG. 1A shows a so-called flat file in which sheets 11 are sequentially bound on one cover surface 7a by a binding tool 12 attached to one cover surface 7a of the sheet storage file 7 in a superposed state. FIG. 6B is a so-called ring file for binding the paper 11 through the binding device 13 using the split ring body attached inside the spine cover portion 7a of the paper storage file 7. In the former case, the thickness of the file, that is, the width (arrow F) of the spine cover portion 7a of the file can be set to be approximately the same as the thickness depending on the number of sheets of paper 11 to be bound. In addition, although there is an advantage that a plurality of paper storage files 7 can be stored in a shelf (not shown) very efficiently, when the paper 11 bound in the flat file 7 is turned over, the other cover surface 7b side Order paper 11 The paper 11 must be fed so as to be folded next, and it is extremely difficult to write characters and the like on the back side of the paper 11 sent to the other cover surface 7b side due to the thickness of the bound paper 11 so that the paper 11 is extremely difficult to write. The back side of the sheet, that is, both sides of the sheet 11 cannot be effectively used, so that the number of sheets of the sheet 11 to be stored inevitably increases.

In the latter case, the sheets 11 bound via the split ring body are moved along the split ring body from one cover surface 7a side to the other cover surface 7b side or vice versa. Not only is it possible to send the paper 11 that has been bound very smoothly, but it is also possible to write characters on the back side of the sent paper 11 very easily, and both sides of the paper 11 that are bound to the paper storage file 7 are effective. Although it can be used, it is possible to suppress an increase in the number of sheets of paper 11 to be stored. However, no matter how many sheets of paper 11 are bound, the ring file uses a split ring body. The width (arrow G) of the back cover portion 7a of the paper storage file 7 is necessarily wider than the width (arrow F) of the back cover portion 7a of the previous flat file, and as a result, the paper is stored in the shelf (not shown). Paper receipt Will be 7 Quantity problem limits occurs in the results, by and of the former and the latter either be a file each solutions to problems have been urgently desired.

However, the present invention solves the above-mentioned problems of each file, and since the width of the spine of the file can be set to about the same as the thickness depending on the number of sheets to be bound, it is extremely efficient. Not only can multiple paper storage files be stored on a shelf, but also bound paper can be sent very smoothly from one cover side to the other cover side, or vice versa. Since it is possible to write characters on the back side of the paper very easily, it is possible to effectively use both sides of the paper to be bound in the paper storage file. The problem is to provide a paper storage file used for individual search management devices such as files.

[0010]

[Means for Solving the Problems]

 In order to solve the above problems, the present invention provides the following means for a paper storage file used for an individual search management device for a completely new file or the like.

That is, the sheet storage file 1 according to the present invention has a pair of left and right cover surfaces 2 and 3 which are searchably distinguished from each other and can be opened, and when the cover surfaces 2 and 3 are opened. It has a ring file function, and since it has a file body 1a that functions as a flat file when closed, the width of the spine cover portion 1c of the file body 1a depends on the thickness of the number of sheets of paper 11 to be bound. It is possible to set them to almost the same level, and therefore, it is possible to store a plurality of paper storage files 1 on the shelf very efficiently, and also to bind the bound paper 11 from one cover surface 2 side to the other cover surface 3 side, Or, on the contrary, not only can the paper be sent extremely smoothly, but it is also possible to write characters on the back side of the sent paper 11 very easily so that both sides of the paper 11 bound to the paper storage file 1 can be effectively used. It has the advantage that it can be used and the increase in the number of stored sheets can be suppressed.

Further, the paper storage file 1 of the present invention has a plurality of search cordless handsets 8 each having a different recognition code so that they can be distinguished from each other by a predetermined search signal, and a desired one of the search cordless handsets 8 can be selected. The plurality of search slaves 8 and the master are configured by a wired type via a predetermined connection means or a wireless type via a predetermined communication means. One-way transmission of a search signal from the master unit to the search slave unit 8 or bidirectional transmission of the search signal and other signals between the master unit and the search slave unit 8 is possible, and each of the search slave units 8 Is provided with display means for comparing a search signal sent through the master unit with a recognition code of the search slave unit 8 and emitting an external display that can be discriminated if they match each other. Each of the 8 is installed for each file 1 that stores various types of paper 11. In the paper storage file 1 used for an individual search management device for files stored in each of a plurality of shelves, a pair of left and right cover surfaces 2 on which the paper storage file body 1a of the paper storage file 1 can be opened. 3 has a ring file function when the cover surfaces 2 and 3 are opened, and functions as a flat file when the cover surfaces 2 and 3 are opened. Therefore, the width of the spine cover portion 1c of the file body 1a is bound. The thickness can be set to about the same as the thickness of 11 sheets, so that not only can multiple sheet storage files 1 be stored on a shelf very efficiently, but also bound sheets 11 can be stored from one cover surface 2 side to the other. Not only is it possible to send paper very smoothly on the cover surface 3 side of the paper, or vice versa, but it is also possible to write characters on the back side of the sent paper 11 extremely easily, and to store paper in the paper storage space. It has the advantage that it is possible to suppress the increase of the paper to be accommodated it is possible to effectively utilize both surfaces of the paper 11 for binding to yl 1.

Further, since the search slave unit 8 is detachably stored in the search slave unit storage portion 1b provided in the paper storage file body 1a, a file is formed depending on the thickness of the sheets 11 to be bound. Even if the width of the spine cover 1c of the main body 1a needs to be changed, the spine cover has a paper storage capacity corresponding to the thickness of the paper 11 that can be bound instantly and easily. If there is a paper storage file body 1a that has to be replaced with the search child device 8 in the paper storage file main body 1a having a width of 1c, or is damaged seriously, the search slave device is required. There is an advantage that only 8 can be easily removed and applied to another paper storage file body 1a.

Further, inside the paper storage file body 1a, there is provided a belt-shaped binding device 4 capable of binding the paper 11 to the file body 1a by inserting the paper 11 into the perforation holes 11a provided in the paper 11. The tool body surface portion is provided so as to face the inner surface of the file body, and one end side of the binding device 4 is fixed to one cover surface 2, and the other end side is a free piece to the other cover surface 3 side. A free state is formed to form the free piece, and the other end of the belt-shaped binding device 4 forming the free piece is locked to a binding device receiver 5 provided on the other cover surface 3. Since the protrusion 4a is provided to prevent the binding device 4 from coming off, the belt-shaped binding device 4 is passed through the perforation hole 11a of the paper 11, and then the other end side of the binding device 4 is inserted. When the cover surfaces 2 and 3 are opened, the ring file is attached to the file main body 1a by locking the file holder 1 to the binder receiver 5. Therefore, it is possible to attach a sheet binding function to easily feed the bound paper 11 from the one cover surface 2 side to the other cover surface 3 side or vice versa through the belt-like binding device 4. Not only is it possible to write on the back side of the sent paper 11, but it is also possible to write easily on the back side of the sent paper 11, making it possible to effectively use both sides of the paper 11 to be bound in the paper storage file 1. It has the advantage that it can suppress the increase.

Further, the binding device receiver 5 is provided with a through hole 5a through which the other end of the binding device 4 can be inserted, and when the other end of the binding device 4 closes the cover surfaces 2 and 3. The cover surface 2 is configured to move in the insertion hole 5a in the insertion direction and move a predetermined distance in the insertion hole 5a in the opposite direction when the cover surfaces 2 and 3 are opened. , 3 are closed, the other end of the binding tool 4 moves in the through hole 5a of the binding tool receiver 5 in the insertion direction, so that the other end of the binding tool 4 moves to the inside of the other cover surface 3. Since it can be released along the surface, the width of the spine cover 1c of the file body 1a can be set to be approximately the same as the thickness of the number of sheets of paper 11 to be bound, thus making it possible to efficiently store multiple paper storage files 1 on a shelf. It has the advantage that it can be stored in.

Further, when the belt-shaped binding device 4 opens the cover surfaces 2 and 3, the respective cover surfaces are secured in order to secure a predetermined space 6 near the spine cover portion 1c inside the file body 1a. When the bound paper 11 is fed, the edge of the paper 11 located inside the spine cover portion 1c of the file body 1a and the spine cover are bent because they are curved in an arc shape in a bridging state between the two and three. The contact with the inside of the portion 1c can be prevented through the space 6, so that the bound paper 11 can be covered by one side in combination with the ring file function through the binding device 4 curved in a substantially arc shape. It has the advantage that it can feed extremely smoothly from the surface 2 side to the other cover surface 3 side or vice versa.

Further, a belt-shaped binding device 4 which is curved in a substantially arc shape in a bridging state between the cover surfaces 2 and 3 is located on the left and right sides of the cover surfaces 2 and 3 due to the spread of the cover surfaces 2 and 3. Since each sheet 11 can be deformed to be substantially flat with respect to each surface, each sheet 11 positioned on the left and right sides of the cover surfaces 2 and 3 can be treated as one sheet by the spread of the cover surfaces 2 and 3 at the same time. Even when it is applied to the outer surface, there is an advantage that it is possible to obtain a good copy with improved flatness and adhesiveness through the binding tool 4 that is deformed flat on both sides.

Furthermore, since the width of the spine cover portion 1c of the spine cover 1c of the sheet storage file body 1a can be adjusted by the thickness of the sheet 11 to be stored, the file body can be adjusted by the thickness depending on the number of sheets 11 to be bound. The width of the spine cover portion 1c of 1a can be changed easily and instantly, so that there is an advantage that the paper storage file 1 which is extremely versatile for the user can be provided.

Further, the spine cover portion 1c of the paper storage file body 1a has a hole 1f through which a binding tool of the other file can be inserted so that the paper storage file body 1a can be bound to another file. Since the protruding piece 1e is provided, there is an advantage that a search management system having a sheet storage file 1 that can be further classified using an individual search management device can be assembled.

[0020]

[Embodiment of device]

 First Embodiment Hereinafter, one embodiment of the present invention will be described with reference to the drawings. In FIG. 1, reference numeral 1 denotes a paper storage file used for a specific individual search management device (not shown), as well as binding and storing a predetermined number of papers 11 that make up a medical chart used in a hospital. The sheet storage file body 1a is formed of a flexible resin material into a generally rectangular thin sheet shape, and the sheet storage file body 1a has a pair of left and right openable cover surfaces 2, 3 and the cover surface 2, 3. The back cover portion 1c is provided between the three and has a predetermined width.

It should be noted that inside the sheet storage file body 1a, the sheets 11 can be bound to the file body 1a by being inserted into the holes 11a provided in advance by punching (not shown) on various sheets 11 and the like. In addition, a belt-shaped binding device 4 formed of a resin material so as to have flexibility is provided such that the binding device body surface portion faces the file body inner surface, and if one end side of the binding device 4 is The belt is fixed to one cover surface 2 by welding or adhesion, and the other end side is in a free state so as to form a free piece toward the other cover surface 3 side. Further, the belt forming the free piece. On the other end side of the strip-shaped binding device 4, a binding device formed in the shape of a rectangular strip to have flexibility by a resin material so as to be erected on the other cover surface 3 by welding or adhesion. Insert the binding device 4 into the through hole 5a of the receiver 5 (arrow A By doing so, the return of the other end side of the binding device 4 to the one cover surface 2 side is blocked at a certain position via the locked state, so that the binding device 4 is pulled out from the through hole 5a. And a protrusion 4a for preventing the above.

Reference numeral 1b denotes a retrieval child device housing portion 1b provided at an edge of the one cover surface 2, to which the retrieval child device 8 equipped with a light emitting diode 8a can be detachably attached, and the retrieval child device can be attached. In the storage section 1b, there is provided a rectangular window hole 1e in which the tip of the light emitting diode 8a provided in the search slave unit 8 can be easily confirmed from the outside of the paper storage file body 1a with respect to the light emitting diode 8a. Have been drilled.

Reference numeral 1d denotes a two-fold crease forming line having a constant interval along the longitudinal direction of the spine cover portion 1c of the paper storage file body 1a, and the paper 11 stored in the paper storage file body 1a is shown. The width of the spine cover portion 1c of the paper storage file body 1a can be adjusted as necessary by the thickness depending on the number of sheets.

Since the sheet storage file used in the individual search management device for files and the like in the first embodiment has the above-mentioned configuration, as shown in FIG. The belt-shaped binding device 4 is passed through a, and then the other end side of the binding device 4 is inserted into the through hole 5a of the binding device receiver 5 (arrow A) to provide the binding device 4 on the other end side of the binding device 4. Not only is it possible to prevent the binding device 4 from coming off from the through hole 5a through the protruding body 4a, but a ring file function is added to the file body 1a when the pair of cover surfaces 2 and 3 is opened. It is possible to attach the sheets, and thus the bound sheets 11 can be easily sent from the one cover surface 2 side to the other cover surface 3 side (arrow B) via the belt-shaped binding device 4. In addition, it is possible to write characters on the back side of the sent paper 11 very easily. As a result, both sides of the sheets 11 to be bound in the sheet storage file 1 can be effectively used, and there is an advantage that an increase in the number of sheets to be stored can be suppressed.

Further, since the binding device 4 is formed of a resin material so as to have flexibility, the other end of the binding device 4 formed in a belt shape is provided in the through hole 5 a of the binding device receiver 5. When the cover surfaces 2 and 3 are opened by inserting the cover surfaces 2 and 3, the cover surfaces 2 and 3 are substantially bridged between the cover surfaces 2 and 3 in order to secure a predetermined space 6 near the spine cover portion 1c inside the file body 1a. When the bound paper 11 is fed, the edge of the paper 11 located inside the spine cover portion 1c of the file body 1a comes into contact with the inside of the spine cover portion 1c. It is possible to block the bound paper 11 from the side of one cover surface 2 to the other side by the function of the ring file via the binding device 4 curved in a substantially arc shape. It has the advantage that it can feed very smoothly on the cover surface 3 side or vice versa. You.

Further, as shown in FIG. 2A, since the binder receiver 5 formed in the shape of a standing piece is also made of a resin material and has flexibility, the cover surfaces 2 and 3 are When closed (arrow C), the other end of the binding device 4 moves in the through hole 5a of the binding device receiver 5 in the insertion direction of the other end (arrow D). The other end of the file can be released along the inner surface of the other cover surface 3, so that the width of the spine cover 1c of the file body 1a is set to be approximately the same as the thickness depending on the number of sheets of paper 11 to be bound. Therefore, there is an advantage that a plurality of sheet storage files 1 can be stored in a shelf (not shown) very efficiently.

Second Embodiment Further, since the belt-shaped binding device 4 is formed of a resin material so as to have flexibility, as shown in FIG. 2B, the cover surface 2, When the belt-shaped binder 4 curved in a substantially arc shape is bridged between the respective cover surfaces 2 and 3 when the cover 3 is opened (arrow D), the other end of the binder 4 covers the other cover. It escapes in the insertion direction of the other end along the inner surface portion of the surface 3 (arrow E), and thus the respective surfaces of the paper 11 positioned on the left and right sides of the cover surfaces 2 and 3 due to the spread of the cover surfaces 2 and 3. On the other hand, the binding device 4 can be easily deformed into a substantially flat state, so that the sheets 11 positioned on the left and right sides of the cover surfaces 2 and 3 can be treated as one sheet by the spread of the cover surfaces 2 and 3. Even when it is applied to a multi-function machine at the same time, it will be deformed to be flat on both sides. Binding device 4 that have a benefit that can obtain a good copy obtained by further improving the flatness and adhesiveness through.

Third Embodiment Further, the spine cover 1c of the sheet storage file body 1a is provided with a fold forming line 1d capable of adjusting the width of the spine cover portion 1c according to the thickness of the sheets 11 to be stored. Therefore, the width of the spine cover portion 1c of the file body 1a can be easily and instantly changed (not shown) depending on the thickness depending on the number of sheets of paper 11 to be bound, and thus the paper is extremely versatile for the user. There is an advantage that the storage file 1 can be provided.

Fourth Embodiment Further, as shown in FIG. 3A, for example, the paper storage file body 1a can be bound to another file in the spine cover portion 1c of the paper storage file body 1a. Therefore, when the projecting piece 1e having the hole 1f through which the binding device of the other file can be inserted is provided, the paper storage file that can be further classified by using a predetermined individual search management device (not shown) It has the advantage that a search management system having 1 can be built.

<Fifth Embodiment> In each of the above-described embodiments, the search subunit 8 including the light emitting diode 8a is provided at the edge of one cover surface 2 forming the paper storage file body 1a. It is attached to the retrieval cordless handset storage section 1b so that it can be inserted and removed freely. Needless to say, it is not always an essential requirement of the present invention, and as shown in FIG. It may be configured to be detachably mounted in the spine cover portion 1c of the main body 1a.

However, the point is that each of the paper storage files used in the individual search management device are distinguishably distinguishable from each other and have a pair of left and right cover surfaces that can be opened, and a ring file function when the cover surface is opened. If the file main body has a file body that functions as a flat file when closed, it is not necessary for all of the paper storage files to be equipped with a search slave device. It goes without saying that the specific shape, material, type and structure of the storage file are not limited in any way.

[0032]

[Effect of device]

 As described above, the paper storage file used in the individual search management device for files and the like in the present invention has a pair of left and right cover surfaces that are distinguishable from each other and that can be opened, and the cover. Since it has a ring file function when opening a side face and a file body that functions as a flat file when closed, the width of the spine cover of the file body depends on the thickness depending on the number of sheets to be bound. Not only can they be set to the same position, so that multiple paper storage files can be stored on the shelf very efficiently, but the bound paper can also be transferred smoothly from one cover side to the other, or vice versa. Not only can it be sent to the printer, but it is also very easy to write characters and the like on the back side of the sent paper. They came to have a variety of special effect that and this also suppressed the increase of the paper to be accommodated will be able to use can be.

[Brief description of drawings]

FIG. 1 shows a first embodiment of a paper storage file used in an individual search management device for files and the like according to the present invention,
The figure (a) is a perspective view, and the figure (b) is an enlarged front view of the main part.

FIG. 2 is a diagram showing a usage state of a paper storage file used in an individual search management device for files and the like according to the present invention.
Is an enlarged front view of the main part when the paper storage file is closed, and (b) is an enlarged front view of the main part when the paper storage file is opened horizontally.

FIG. 3 shows another embodiment of a paper storage file used in an individual search management device for files and the like according to the present invention. FIG. 3 (a) is a perspective view showing a closed state of the paper storage file. ) Is a perspective view when the paper storage file is opened.

FIG. 4 is a perspective view of a paper storage file used in a conventional individual search management device for files and the like.

FIG. 5 shows a paper storage file used in a conventional individual search management device for files and the like, and both (a) and (b) are front views.

[Explanation of Codes] 1 ... Paper storage file used in individual search management device for files, etc. 1a ... Paper storage file main body 2 ... One cover surface 3 ... Other cover surface 4 ... Binding device 4a ... Receiver 5a ... Through hole 6 ... Space 8 ... Search child device

Continuation of the front page (51) Int.Cl. ⁶ Identification number Office reference number FI technical display location // B65G 1/137 A 8819-3F

Claims (9)

[Scope of utility model registration request] 1. A pair of left and right cover surfaces (2), (3) that are searchably distinct from each other and that can be opened are provided, and a ring file function is provided when the cover surfaces (2), (3) are opened. A paper storage file used in an individual search management device for files and the like, which has a file body (1a) that has a file body (1a) that functions as a flat file when closed. 2. A plurality of search child devices each having a different recognition code so as to be distinguished from each other by a predetermined search signal.
(8) and a master unit that selects a desired search slave unit (8) from the search slave units (8), and the plurality of search slave units (8) and the master unit are connected by a predetermined connection. One-way transmission of a search signal from the master unit to the search slave unit (8) by a wired system via a means or a wireless system via a predetermined communication unit, or between the master unit and the search slave unit (8). The search signal sent from the master unit (8) and the identification code of the search slave unit (8) And a display means for emitting an external display that can be identified if they match, and each of the search child devices (8) is attached to each file (1) for storing various papers, and a plurality of shelves are installed. In the paper storage file (1) used in the individual search management device for the files stored in each, the paper storage file (1) of the paper storage file (1) Reel body (1a) is spread freely right and left pair of cover surface (2), which has a (3),
A paper storage file used for an individual search management device such as a file, which has a ring file function when the cover surfaces (2) and (3) are opened, and functions as a flat file when closed. 3. The retrieving child device (8) is detachably accommodated in a retrieving child device storage section (1b) provided in the paper storage file body (1a). Paper storage file used for individual search management device such as files. 4. Inside the paper storage file body (1a), the paper (11) is bound to the file body (1a) by being inserted into a hole (11a) provided in each paper (11). A possible belt-shaped binding device (4) is provided such that the binding device body surface portion faces the inner surface of the file body, and one end side of the binding device (4) is fixed to one cover surface (2). , The other end side is in a free state to form a free piece toward the other cover surface (3) side, and a belt-like binding device that forms the free piece
On the other end side of (4), a protrusion (4a) for preventing the binding device (4) from coming off by being locked to a binding device receiver (5) provided on the other cover surface (3). A sheet storage file used in an individual search management device for files and the like according to any one of claims 1 to 3, characterized in that the file storage file is provided. 5. The binding device receiver (5) is provided with a through hole (5a) into which the other end of the binding device (4) can be inserted, and the other end of the binding device (4) has the cover surface. When the (2) and (3) are closed, the cover surface (2) moves while moving in the through hole (5) in the insertion direction.
5. The individual retrieval management device for files or the like according to claim 4, wherein when the spread of (3) is opened, the through hole (5) is configured to move a predetermined distance in a direction opposite to the insertion direction. Paper storage file. 6. The belt-shaped binding device (4), when the cover surfaces (2), (3) are opened, has a predetermined position near the spine cover portion (1c) inside the file body (1a). The file or the like according to claim 4 or 5, wherein the cover surface (2) and the cover surface (3) are curved so as to be curved in a substantially arc shape so as to secure the space (6). Paper storage file used for individual search management device. 7. A belt-shaped binding device (4), which is curved in a substantially arc shape when bridged between the cover surfaces (2) and (3), is a spread of the cover surfaces (2) and (3). 7. The structure according to claim 4, wherein the cover (2), (3) can be deformed substantially flat with respect to the respective surfaces of the paper (11) located on both the left and right sides of the cover. Paper storage file used for individual search management device such as files described in. 8. The spine cover portion (1c) of the paper storage file body (1a) is configured according to the thickness of the paper (11) to be stored.
The sheet storage file used in the individual search management device for files and the like according to any one of claims 1 to 7, wherein the width of c) is adjustable. 9. A binding tool for another file is inserted into the spine cover portion (1c) of the paper storage file body (1a) so that the paper storage file body (1a) can be bound to another file. A sheet storage file used for an individual search management device for files and the like according to any one of claims 1 to 8, characterized in that it is provided with a protruding piece (1e) having a perforable hole (1f).