JP2007152941A - Folder file - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a folder file capable of carrying out smoothly turning over together with being simply capable of setting up and taking away loose-leaf paper or the like without pressing forcibly the loose-leaf paper or the like to a file main body in a spread state after furnishing the loose-leaf paper or the like to the file main body. <P>SOLUTION: A file main body 2 and a retaining band body 3 for inserting through a hole R1 for the file equipped to paper or the like by being arranged to one side 2A of the file main body 2, a retaining hole 4 for inserting the retaining band body 3 from inside to outside of the file main body 2 by being arranged to the other side 2B of the file main body 2, and a partition part 5 touching to the retaining band body 3 by being disposed in upright by processing a sheet formed of paper or synthetic resin. After inserting the retaining band body 3 through a hole R1 for filing blanks and a pocket group R, by passing from an inside to an outside of the retaining hole 4 while making a contact state to the partition part 5 by inserting the retaining hole 4 from inside to outside, the retaining band body 3 is kept in a movable state. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to a folder file for removing and attaching papers, sheets and the like in which holes for files are formed.

  Currently, a folder file (document folder) on the market is equipped with a locking member for holding paper or sheets with file holes formed on one side, and as a locking member. Has a locking ring that can be opened and closed in the center of the folder file, or a synthetic resin locking band and a fixing bracket with a hole for fixing the locking band. The ones provided are widely used. The so-called system notebook or system notebook is provided with the former locking ring, and is used by binding or removing papers or sheets having a file hole formed on one side thereof such as loose leaf paper.

Since the above conventional folder file is composed of parts processed from multiple materials, it takes time to process each material and assemble the parts, or when recycling the folder file after use, each material There is a problem that it must be disassembled and separated every time. In view of this, a portable file in which a locking band for fixing a paper such as a loose-leaf paper by punching out a piece of paper is disclosed in Patent Document 1 and the like. As shown in FIG. 7, the folder file described in Patent Document 1 is folded and folded in a rectangular shape as a main body, and one side of the half-folded main body is punched and has a locking head 4. A narrow strip portion 5 is formed, and the other side of the half-folded main body is punched to form an upright tongue piece portion 3 for locking the narrow strip portion 5. When holding loose leaf paper or the like, the narrow band portion 5 is passed through the holes at the end of the paper surface, and the locking head 4 of the narrow band portion 5 is passed through the locking slit 2 of the standing tongue piece 3. And lock. According to Patent Document 1, since the thin strip portion 5 and the like are formed only from a single sheet of rectangular paper, it is not necessary to separately manufacture a locking member as in the conventional folder file.
JP 2002-154290 A

  However, the folder file described in the above-mentioned patent document 1 is locked while shifting the locking head 4 of the narrow strip 5 before and after the locking slit 2 when loose leaf paper or the like is removed or replenished. The troublesome work of opening the opening of the slit 2 and drawing it out is necessary, and if this work is repeated, the locking slit 2 and the like may be deteriorated. And since the latching position of the latching slit 2 and the latching head part 4 of the narrow strip part 5 is fixed, if there is little loose-leaf paper etc., looseness will arise, and on the other hand, it will become cramped if it is many. is there. Further, if there is little loose leaf paper or the like, the extra length of the narrow strip portion 5 caused by loosening hinders page turning of loose leaf paper or the like, and obstructs thinning of the file.

  Further, in Patent Document 1, when the loose leaf paper or the like is held and an attempt is made to spread the loose leaf paper, the standing tongue piece 3 formed on the other page contacts the loose leaf paper or the like while standing upright. However, loose-leaf paper or the like comes to float from the main body, which becomes an obstacle when filling in the loose-leaf paper or the like. On the other hand, in the state where the upright tongue piece 3 is laid down, there is a problem that the narrow strip portion 5 presses (forcibly presses) the loose leaf paper or the like and makes it difficult to roll the loose leaf paper or the like. Further, after the locking head 4 of the narrow band portion 5 is inserted through the locking slit 2, the locking portion 4 of the protruding narrow band portion 5 is locked in order to protrude to the surface side of one side of the folded file. There is a problem that the head 4 interferes with the thinning of the file or interferes with writing on loose leaf paper or the like.

  Accordingly, an object of the present invention is to allow easy attachment and removal of loose leaf paper, etc., and without having to force the loose leaf paper etc. against the file body in the spread state after the loose leaf paper is attached to the file body. It is to provide a folder file that can smoothly turn pages.

  The folder file of the present invention is a folder file for removing or attaching papers or sheets in which a hole for a file is formed, and a locking band for inserting the file body into the file hole. A locking hole through which the locking band is inserted, and a partition that stands up in the vicinity of the locking hole and contacts the locking band, and the locking band is formed into the file hole. After being inserted, it is inserted into the locking hole, and the locking band body is in a movable state while being in contact with the screen part.

  According to the present invention, after the locking band is inserted into a hole for a file such as paper or sheets, the locking band is inserted from the inside to the outside while being in contact with the partition. Since the locking band is movable, the length of the locking band can be adjusted appropriately according to the increase in the number of loose leaf paper, etc. There is no such thing as surplus. In addition, since the locking band is lifted by the partition (since a gap is formed between the locking band and the file body), smooth page turning can be performed. In addition, since the locking band body is inserted into the locking hole in a state where the locking band body is in contact with the partition portion, the partition portion has an appropriate elastic force and prevents the locking band body from moving significantly. It will be. On the other hand, when removing the loose leaf paper or the like, the loose leaf paper or the like can be removed as it is by pulling the locking belt body out of the locking hole by grasping the locking belt body with a finger or the like. Note that if the loose leaf paper or the like other than the loose leaf paper to be removed is pressed from the top and the loose leaf paper or the like is pulled upward, the locking band will come out of the locking hole, and only the loose leaf paper or the like to be removed will be locked. It can be released from the belt.

  The folder file according to claim 2 of the present invention is a file body made of at least two sheets of a paper or synthetic resin material and folded into one side and the other side, or at least two sheets of paper or Use a synthetic resin material on one side and the other side, and use the file body with the file body open to the left or right, or use it in the folded state. The locking band body is formed on one side, and the locking hole and a partition portion arranged in the vicinity of the locking band body are formed on the other side of the file body.

  According to the present invention, after the locking band is inserted into a hole for a file such as paper or sheets, the locking band is inserted from the inside to the outside while being in contact with the partition. Since the locking band is in a movable state, when the left and right are opened, or in the opposite folded state, the locking band is The length can be adjusted as appropriate, and the length of the locking band is not excessive. In addition, since the locking band body is lifted by the partition (because a gap is formed between the locking band body and the file main body), page turning is performed according to the use state, and papers and sheets There is no such thing as damage or damage to the above-mentioned locking band.

  The folder file according to claim 3 of the present invention is a file body made of at least two sheets of a paper or synthetic resin material and folded into one side and the other side, or at least two sheets of paper or Use a synthetic resin material on one side and the other side, and use the file body with the file body open to the left or right, or use it in the folded state. The locking band body is formed on one side by punching, and the partition portion is formed on the other side of the file body by punching.

  According to this invention, in addition to the operation and effect of the second aspect, the locking band body is integrally formed on one side of the file main body by punching, and the partition portion is punched on the other side of the main body. Therefore, a folder file having a locking band can be easily manufactured with only one sheet.

  In the folder file of the present invention, a cover that covers the file main body from the outside is attached to the main body, and a locking band inserted through the locking hole is movably sandwiched between the file main body and the cover. Is preferred. The file body and the cover are preferably connected and integrally formed.

  According to the present invention, since the locking band body passed through the locking hole is sandwiched between the main body and the cover, even if a force is applied in the direction of pulling out the locking band body, the locking band body is interposed between the main body and the cover. Sufficient frictional force works and it becomes difficult for the locking band to come out of the locking hole. Conversely, when removing or replenishing loose leaf paper, etc., the locking band can be released even if the locking band is pulled out of the locking hole after removing the cover from the main body. it can. Further, when removing the file, it is also possible to simply pull out the locking band body from the locking hole by grasping the locking band body with a finger or the like. Furthermore, the file main body and the cover are connected and integrally formed, so that the cover does not have to be detached from the file main body and can be manufactured from a single paper or synthetic resin material. .

  In the folder file of the present invention, an insertion hole for inserting the partition portion is formed on the other side of the file body, and the partition portion is once bent to the outside of the file body and then protrudes from the insertion hole to the inside of the file body. It is preferable to make it. Moreover, it is preferable to bend the front-end | tip part of the said partition part, and to form a nail | claw part.

  According to the present invention, since the partition portion is once bent outward and then protruded from the insertion hole, the standing posture of the partition portion is not changed to the lying position, and the locking band body is Even if the partition portion is pressed, a force that repels it with an elastic force is exhibited. Moreover, since the front-end | tip part of the said partition part is bend | folded and a nail | claw part is formed, the partition part passed through the insertion hole prevents the situation which pulls out from an insertion hole by the said nail | claw part. When the locking band is passed through the locking hole, the claw portion of the screen part supports the locking band from below, so that even when the main body is opened, the main body and the locking band It works to always form a gap between them.

  According to the folder file according to the present invention, even in the spread state, a gap is formed between the locking band body and the main body by the partitioning portion, so that the loose leaf paper or the like can be forcedly pressed as in the conventional example. Therefore, even if the number of loose-leaf paper or the like increases, it can be adjusted accordingly, and the loose-leaf paper or the like is not pushed down by the gap, and page turning can be performed smoothly. Also, when attaching or removing loose leaf paper, etc., it is only necessary to insert the locking band body into the locking hole or pull it out by grasping the locking band body with a finger, etc. Removal is extremely simple, and loose leaf paper or the like can be easily removed or replenished. Then, it is possible to manufacture a folder file having a locking band only with a material made of paper or synthetic resin, and it can be structured so that the locking band is not exposed to the outside by combining with a cover. In addition, even if a locking band or a partition is formed by punching a material made of paper or synthetic resin, a structure in which the punched portion is not on the outside can be obtained.

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

(First embodiment)
As shown in FIGS. 1 to 6, the folder file of the present embodiment is used as a small and thin system notebook or system notebook that can be put in a breast pocket. The file body 2 is a folder file 1 folded in half. In this folder file 1, a locking band 3 is formed on one side 2A of the body 2 folded in half, and a locking hole for passing the locking band 3 on the other side 2B of the body 2 folded in half 4 is formed, and a partition 5 for supporting the locking band 3 from the lower side is provided. The sheets and sheets to be bound are loose-leaf paper R of a predetermined size having file holes at the side edges.

  As the sheet, which is the main body 2 of the present embodiment, materials such as polypropylene used in so-called clear files, polyethylene terephthalate, plastic obtained by recycling plastic bottles, and recent biodegradable plastics can be used. It is. Also, synthetic paper manufactured using cardboard or synthetic resin as a raw material, coated paper coated with synthetic resin, paint, or the like can be used.

  The file body 2 is used by being folded in half at the center thereof. However, the file body 2 can be applied to those which are folded back and used as long as they are folded at least in half. In addition, for example, two sets of the above-described synthetic resin sheets overlapped are prepared, and the locking band 3 is formed on one piece of one set by punching, and then the punched portion is hidden. In this way, it is possible to use a pair of two sheets by superimposing other sheets. In this case, the punched portion is hidden.

  On one side 2 </ b> A of the file body 2, a locking band 3 for holding the loose leaf paper R is formed in a band shape. The locking band 3 is formed by punching the one side 2A so as to leave only the root closest to the fold line T of the main body 2. The width of the locking band 3 is the width of the file hole R1 at the side end of the loose leaf R or the like. It is set so that it can pass through the diameter (FIG. 6). A plurality of locking strips 3 are formed in parallel, hold as many sheets of loose-leaf paper R as possible, and prevent the locking strips 3 from coming off easily. It is formed in a length that covers the entire width. Thus, when the locking band 3 is set to be long, when the cover 7 described below is attached to the main body 2, a frictional force is generated between the main body 2 and the cover 7 in the locking band 3, and the engagement band 3 is engaged. The stop band 3 can be further prevented from coming off. In addition, the code | symbol 3c in FIG. 1 is the trace which punched the synthetic resin sheet | seat, and has penetrated the synthetic resin sheet | seat.

  The other side 2B of the main body 2 is formed with a locking hole 4 through which the locking band 3 is passed. The locking hole 4 is formed in a rectangular shape by cutting out the other side 2B in a range where the locking band 3 overlaps with the locking band 3 when the locking band 3 is folded back from the root toward the crease T. That is, the locking hole 4 is formed so that the length D1 in the longitudinal direction of the locking band 3 is longer than the distance D2 from the root of the locking band 3 to the locking hole 4 (FIG. 2). Further, regarding the dimension of the rectangular locking hole 4, the length in the longitudinal direction may be equal to or larger than the width of the locking band 3 so that the locking band 3 can be received, and is orthogonal to the longitudinal direction. About the dimension of the direction to do, what is necessary is just the thickness of the latching strip 3 or more.

  Between the locking band 3 and the locking hole 4, a partition part 5 for supporting the locking band 3 from below and an insertion hole 6 for allowing the partition part 5 to protrude are formed. Yes. The partition 5 is formed by punching between the locking band 3 and the locking hole 4 from the one side 2A of the main body 2 to the other side 2B. The partition portion 5 is folded back from the base of the other side 2B of the main body 2 toward the locking hole 4. That is, the partition portion 5 is bent outward once and then protruded inward from the insertion hole 6 to ensure the rising of the partition portion 5 (FIG. 3) and contact with the locking band 3. In the state, the locking band body 3 is supported with an elastic force (FIG. 4A). The insertion hole 6 allows the partition portion 5 to pass from the outside to the inside of the main body 2, and is formed in a rectangular shape between the root of the partition portion 5 and the locking hole 4. The insertion hole 6 is formed to be parallel to the locking hole 4. The front end of the partition portion 5 passed through the insertion hole 6 is further turned back toward the locking hole 4 to form a claw portion 5a in a dogleg shape (FIG. 4A). Thus, by folding the tip of the partition part 5 and forming the claw part 5a, it is possible to prevent the partition part 5 from coming out of the insertion hole 6 and always support the locking band 3 from below. Become. That is, when the main body 2 is folded (see FIG. 6), even when the screen part 5 is pushed by the locking band 3, the claw part 5a prevents the screen part 5 from sleeping, The locking band body 3 is supported from below with an elastic force (FIG. 4B). Further, when the folder file 1 is folded, the partition 5 enters the file hole R1 of the loose leaf paper R (FIG. 6). In addition, the code | symbol 5c in FIG. 1 is the trace which punched the synthetic resin sheet | seat, and has penetrated the synthetic resin sheet | seat.

  A cover 7 is disposed outside the main body 2 of the folder file 1 (FIG. 5). The cover 7 is made of the same synthetic resin as the folder file 1, and its size is slightly larger than that of the folder file 1. Pockets 7 a and 7 a for storing both end portions of the folder file 1 are provided at the left and right end portions of the cover 7. By inserting both end portions of the main body 2 of the folder file 1 into the pockets 7a and 7a, the cover 7 of the main body 2 can be used integrally. The cover 7 is not essential for the establishment of the present invention. For example, a commercially available book cover and the main body 2 of the folder file 1 of the present invention may be combined.

  Therefore, the folder file 1 according to the present embodiment is either in a state in which both end portions of the main body 2 of the folder file 1 are inserted into the pockets 7a and 7a of the cover 7 or overlapped with a commercially available book cover. Thereafter, the locking band 3 is passed through the file hole R1 of the loose leaf paper R, and the locking band 3 is passed through the locking hole 4 from the inside of the main body 2 to the outside. That is, the locking band 3 passed through the locking hole 4 is movably sandwiched between the main body 2 and the cover 7 or the like. When the locking hole 4 is inserted, the partition 5 protrudes, so that the locking band 3 is brought into contact with the upper side of the partition 5 and the locking band 3 is movable. Put in condition. However, the partition 5 has an appropriate elastic force and prevents the locking band 3 from moving significantly. Further, the screen portion 5 does not come out of the insertion hole 6 by the claw portion 5a on the leading end side when the loose leaf paper R is rolled (FIGS. 4A and 4B). Since the locking band 3 passed through the locking hole 4 is sandwiched between the main body 2 and the cover 7, the locking band 3 is not easily pulled out but is always movable. . Since the locking band 3 is in a movable state, even if the number of loose leaf paper R increases, the length of the locking band 3 is pulled out accordingly. Even a file can be filed, and the length of the locking band 3 is not increased, and it is securely held in a state where it can be moved little by little according to the number of the band. On the other hand, when removing the loose leaf paper R from the file, it is only necessary to pull out the locking band 3 from the locking hole 4 as it is, for example, by grasping the locking band 3 with a finger. The loose leaf paper R can also be removed from the file by pulling it out in the same direction as the front end direction of the locking strip 3.

  Here, when the loose leaf paper R is replenished, if the file hole R1 is aligned with the partition 5, the insertion becomes easy, and the partition 5 also serves as a mark. In addition, the partition portion 5 is used to support the locking band 3 from the lower side (that is, to serve as a fulcrum for supporting the locking band 3 from the lower side). While preventing too much penetration into the blind hole 4, it also serves as a guide for inserting the locking band 3. Further, when the loose leaf paper R is removed or replenished, the cover 7 is removed from the main body 2 and then the lock band 3 is pulled out of the lock hole 4 to release the lock band 3. It is also possible to perform. If it is assumed that there is no screen part 5, the loose leaf paper R is pressed down, and page turning is not performed smoothly.

  Next, when turning the loose leaf paper R that has been spelled, since the locking band 3 is in a movable state, even when the file main body 2 is in a left-right spread state, the partition 5 As a result, a gap S is formed between the locking band 3 and the main body 2 (FIG. 4), that is, the locking band 3 is lifted by the partition part 5, so that smooth page turning can be performed. It will be. On the other hand, when the file body 2 is folded (when the one side 2A and the other side 2B are overlapped), the movable locking band 3 enters between the body 2 and the cover 7 (at this time) However, since the length of the locking band 3 is not excessive, the extra locking band 3 does not exist and a reduction in thickness can be realized.

  Next, when the folder file 1 of the present embodiment is folded, as shown in FIG. 6, the partition 5 enters the file hole R1 of the loose leaf paper R, so the presence of the partition 5 is It does not hinder the portable file 1 from being folded, nor does it hinder miniaturization and thickness reduction. When the folder file 1 is folded, the locking band 3 gradually enters the locking hole 4 in accordance with the folding operation, so that the locking band 3 always has an appropriate length without remaining. It becomes an exposed state, and the presence of the locking band 3 does not hinder the portable file 1 from being folded, nor does it hinder miniaturization and thickness reduction.

(Second Embodiment)
As shown in FIGS. 8 to 12, the present embodiment is a paper folder file 11 in which one side 2A and the other side 2B of the file main body and the covers 7A and 7B are connected and integrally formed. That is, a folder file having a cover is manufactured from a single sheet of paper, and the cover 7A, 7B is connected to the center of the file body 2 with the one side 2A and the other side 2B as both ends. Has been placed. The one side 2A and the cover 7A are folded back by a fold line T4, and the cover 7B and the other side 2B are folded by a fold line T2 (FIG. 9), but the fold line T3 between the cover 7A and the cover 7B is a folder. This is a fold when the file 11 is used in a state where the left and right sides are spread out or in a state where the file 11 is folded in reverse. A locking band 3 inserted through a file hole such as paper or sheets is formed on one side 2A of the file main body 2.

  On the left and right sides of the file body 2 (one side 2A and the other side 2B of the file body 2 and the left and right sides of the covers 7A and 7B), the first glue margins 2fa, 7fa, 7fb, 2fb and the second glue Substitute parts 2ea, 7ea, 7eb, 2eb are formed. Further, third margin portions 5ea, 5eb, 5ec, 5ed are formed on the other side 2B of the file body 2. The third margin portions 5ea, 5eb, 5ec, 5ed form a partition 5 for supporting the locking band 3 from below, in addition to the overlap with the cover 7B. That is, a slit 5s is formed between each piece of the third margin portions 5ea, 5eb, 5ec, 5ed, and each piece between the slits 5s is used to shift the slit 5s downward to double the slit 5s. The partition 5 is formed so as to have a U shape (FIG. 9). The two slits 5s serve as a guide into which the locking band body 3 just enters (FIG. 10). The slit 5s may be formed between the adhesive margins 5eb and 5ec, for example, as long as it is between the adjacent adhesive margins 5ea, 5eb, 5ec, 5ed. As described above, an opening may be formed.

  In the vicinity of the partition portion 5, an insertion hole 6 for allowing the partition portion 5 to pass through and a locking hole 4 for allowing the locking band body 3 to pass therethrough are formed. That is, the partition portion 5 is provided at the third glue margins 5ea, 5eb, 5ec, 5ed with the fold line T1 of the third glue margins 5ea, 5eb, 5ec, 5ed on the other side 2B of the file body 2 as a boundary. The insertion hole 6 and the locking hole 4 are formed on the other side 2B. The partition portion 5 is bent outward once and then protrudes inward from the insertion hole 6 to ensure the rising of the partition portion 5, and in the contact state with the locking band 3, the elastic force The locking band 3 is supported by holding (FIG. 11). The insertion hole 6 allows the partition portion 5 to pass from the outside to the inside of the main body 2, and is formed in a rectangular shape between the root of the partition portion 5 and the locking hole 4. Further, regarding the dimension of the insertion hole 6 having a rectangular shape, the dimension in the longitudinal direction may be the same as or slightly wider than the width of the partition part 5 so that the partition part 5 can be received. About the dimension, in order to fold back and insert the partition part 5, it should just be twice the thickness of the partition part 5, or a little wider. The insertion hole 6 is formed to be parallel to the locking hole 4. The tip of the partition part 5 passed through the insertion hole 6 is further folded back toward the insertion hole 6 to form a U-shaped partition part 5 (FIG. 11). In this way, by folding the front end of the partition portion 5 to form the U-shaped partition portion 5, it is possible to prevent the partition portion 5 from coming out of the insertion hole 6, and to always hold the locking band 3 from below. Will be supported. That is, when the main body 2 is folded (see FIG. 12), even when the partition portion 5 is pushed by the locking band 3, the partition portion 5 itself is formed by the partition portion 5 standing in a U shape. While hindering the sleeping posture, the locking band 3 is supported from below with an elastic force (FIG. 11). The partition 5 is devised so that when the folder file 1 is folded, it enters the file hole R1 of the loose-leaf paper R (FIG. 12).

  A slit P is formed in the vicinity of the center of the other side 2B of the file body 2, and a slit formed with the slit P, the first glue margins 2fb and 7fb, 2eb and 7eb, and the fold line T2 is used. Then, a business card or a card can be sandwiched between the folder files 11 (FIG. 10). Further, if the locking band 3 is taken out from the inside through the slits P, it is possible to strengthen the restricted state of movement of the locking band 3.

  When assembling the folder file 11 of the present embodiment, one side 2A of the file body 2 is folded back to one side 7A of the cover 7 at the fold line T4, and the other side 2B of the main body 2 is folded to the other side of the cover 7 at the fold line T2. After being folded back to 7B, the overlapping first and second adhesive margins 2fa and 7fa, 2fb and 7fb, 2ea and 7ea, 2eb and 7eb are welded, pressed, bonded, etc. so as to be in close contact with each other (FIG. 9). ). Further, the third margin portions 5ea, 5eb, 5ec, 5ed are overlapped with the cover 7B. When the superposition is performed, the adhesive margin is brought into close contact with each other, whereby the folder file 11 having a double structure and high strength is obtained.

  When attaching the loose leaf paper R to the file body 2, the locking strip 3 is passed through the hole R <b> 1 provided in the loose leaf paper R and then inserted into the locking hole 4 from the inside to the outside. When inserted through the locking hole 4, the locking band 3 is guided by the two slits 5s and is movably sandwiched between the file body 2B and the cover 7B. For this reason, when the folder file 1 of the present embodiment is folded (folded along the fold line T3), as shown in FIG. 12, the locking band 3 gradually enters the locking hole 4 in accordance with the folding operation. Since it enters, the locking band 3 is always in an exposed state with no excess, and the presence of the locking band 3 prevents the folder file 1 from being folded, Does not hinder downsizing and thinning. Further, even when the main body 2 is in a left-right spread state, a gap S is formed between the locking band body 3 and the main body 2 by the partition portion 5 (FIG. 11). Since the stop band 3 is lifted, smooth page turning can be performed. On the other hand, when removing the loose leaf paper R or the like, the loose leaf paper R or the like can be removed as it is by pulling the locking strip 3 from the locking hole 4 by grasping the locking band 3 with a finger or the like. Also in this embodiment, when the loose leaf paper R is replenished, the file hole R1 is aligned with the partition 5 so that the insertion becomes easy, and the partition 5 serves as a mark. Also fulfills.

  As described above, the present invention is not limited to the embodiment described above. For example, the folder files 1 and 11 have a small and thin size like a system notebook stored in a chest pocket. However, the file can be applied to A4-sized loose leaves and paper of a larger size. Of course. In addition to a sheet made of paper or a synthetic resin, for example, a leather sheet can be processed as a folder file. Thus, it goes without saying that the present invention can be modified as appropriate without departing from the spirit of the present invention.

It is a perspective view which shows the folder file of the 1st Embodiment of this invention. It is a top view which shows the positional relationship of the locking belt body of the said 1st Embodiment, and a locking hole. It is sectional drawing which shows the structure of the partition part of the said 1st Embodiment. It is sectional drawing which shows the use condition of the said 1st Embodiment, (a) is a state when turning a loose-leaf paper, (b) is a state when the pressure from a locking strip body direction is added. It is a figure which shows the relationship between a partition part and a locking belt | band | zone body. It is a perspective view which shows the state which attached the cover to the said 1st Embodiment. It is sectional drawing which shows the state which folded the folder file of the said 1st Embodiment. It is a perspective view which shows the conventional folder file. It is an expanded view which shows the folder file of the 2nd Embodiment of this invention. It is a perspective view which shows the folder file of the said 2nd Embodiment. It is a perspective view which shows the folder file of the said 2nd Embodiment. It is sectional drawing which shows the use condition of the said 2nd Embodiment. It is sectional drawing which shows the state which folded the folder file of the said embodiment.

Explanation of symbols

1,11 folder file,
2 body, 2A one side, 2B other side,
3 locking band,
4 locking holes,
5 Screen,
6 insertion hole,
7 Cover, 7A One side, 7B The other side,
P Slit R Loose leaf paper (papers and sheets with holes for files),
Hole for R1 file,
S gap,
T, T1, T2, T3, T4 crease

Claims (7)

It is a folder file that removes and attaches papers and sheets with holes for files.
A locking band that is inserted into the file hole in the file body, a locking hole through which the locking band is inserted, and a partition that stands up in the vicinity of the locking hole and contacts the locking band The locking band is inserted into the hole for the file and then inserted into the locking hole so that the locking band can be moved while being in contact with the partition. A folder file characterized by being placed.   Fold at least one paper or synthetic resin material into one side and the other side as a file body, or use at least two paper or synthetic resin materials on one side On the other side, this file body is used in a state where it is opened to the left or right, or is used in a state of being folded in the opposite direction, the locking band body is formed on one side of this file body, The folder file according to claim 1, wherein the locking hole and a partition portion arranged in the vicinity of the locking band are formed on the other side of the file body.   Fold at least one paper or synthetic resin material into one side and the other side as a file body, or use at least two paper or synthetic resin materials on one side The other side of the file body is used in a state where it is opened to the left or right, or vice versa. The locking band body is stamped on one side of the file body. 2. The folder file according to claim 1, wherein the partition is formed by punching on the other side of the file body.   2. A cover for covering the file main body from the outside is attached to the main body, and a locking band inserted through the locking hole is movably sandwiched between the file main body and the cover. The folder file described in any one of 3.   5. The folder file according to claim 4, wherein the file main body and the cover are connected and integrally formed.   An insertion hole through which the partition portion is inserted is formed on the other side of the file body, and the partition portion is once bent to the outside of the file body and then protruded from the insertion hole to the inside of the file body. Item 6. The folder file according to any one of Items 1 to 5. The folder file according to any one of claims 1 to 6, wherein a claw portion is formed by bending a front end portion of the partition portion.

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