JPH018388Y2 - - Google Patents

Description

[Detailed Description of the Invention] The present invention relates to a file device for organizing documents.

Conventionally, this type of file device has a file fitting attached to the spine, so even if the amount of documents to be stored is small, the width of the spine is occupied regardless of the amount of documents, and a large number of documents can be stored. When the files are lined up, the files become bulky, and the spines are formed in a fan shape, drawing an arc around the tip of the cover, making it difficult to organize them neatly. In addition, after sequentially stacking documents on the binding strip as a thin file,
There are also known devices that use fasteners to secure the binding piece, but in order to extract the required documents, the documents that are stowed above the target document must be pulled out from the binding piece one by one. It had drawbacks such as being very inconvenient to use.

The present invention improves these conventional drawbacks by creating a document with a simple structure that is easy to use, such as being able to organize the documents in an orderly manner even if the amount of stored documents is small, and allowing necessary documents to be quickly extracted or inserted and changed. The purpose is to obtain a file device for organization.

The structure of the present invention will be explained in detail with reference to the embodiment shown in the drawings. Reference numeral 1 denotes a file main body, which can be freely opened and closed by a folding part 2 with a front cover 1a and a back cover 1b on both sides, sandwiching a spine 1c. A file fitting 3 is fixed to the inner surface of the back cover 1b along the folded portion 2. Note that the file fitting 3 may be fixed to the front cover 1a. The file fitting 3 consists of a fixing member 4 and a rotating member 10, and the fixing member 4 has one side of a strip-shaped mounting bottom 5 bent to have a Z-shaped cross section, and has hooks arranged at equal intervals in the longitudinal direction at its tip. 6 are formed protrudingly in large numbers, and on the other hand, the rotating member 10 also has a strip-shaped base 11 on one side thereof, which is provided with a curved arcuate stitching rod 12 at equal intervals so as to correspond to the stitching claws 6 in the longitudinal direction. , an elongated hole 13 formed in the rotating member 10 in the bearing part 7 which is wound around itself near the upper and lower ends of the other side of the fixed member 4;
The shaft 8 made of wire is inserted between the bearing part 7 and the base 11 of the rotating member 10, and the rotating member 1 is loosely fitted.
0 is pivotally connected to the fixed member 4 so as to be openable and closable, and the bearing part 7 moves into the elongated hole 13, and the rotating member 1
0 can slide up and down. Then, the rotating member 10 is slid upward so that the tip of the binding rod 12 and the binding claw 6 are brought into contact with each other at a position where the lower end edge 13a, which is one end of the elongated hole 13, comes into contact with the lower end of the bearing portion 7. , and slide the rotating member 10 downward to open the elongated hole 13.
At the position where the upper end edge 13b, which is the other end, comes into contact with the upper end of the bearing part 7, the tip of the binding rod 12 is brought into contact with the binding claw 6.
The length of the elongated hole 13 and the length of the bearing portion 7 are set so that they match. Furthermore, the fixed member 4 and the rotating member 10
A rotation regulating means is provided. That is, the rotation regulating piece 9 is formed on the fixed member 4 by cutting and raising the mounting bottom 5 itself or fixing a separate member, and on the other hand, the rotation member 10 has a notch recess 14 formed in the base 11 to prevent rotation. Moving member 10
The base 11 of the rotating member 10 is inserted and engaged between the rotation regulating piece 9 and the mounting bottom 5 at the position where the loading rod 12 and the loading claw 6 match, and the rotating member 10 is rotated. The rotation regulating piece 9 prevents the moving member 10 from operating in the opening direction and slides the rotating member 10 upward, and at the position where the binding rod 12 and the binding piece 6 are different from each other, the rotation regulating piece 9 is inserted into the notch of the rotating member 10. A rotation restricting means is positioned in the recess 14 so that the rotation member 10 can be opened and closed.

15 is a mounting hole for attaching the file fitting 3 to the cover, A is a document, and B is a binding hole.

With this structure, the rotating member 10 is opened by sliding the rotating member 10 upward to remove the base 11 from the rotation regulating piece 9, and the document A is attached to the storage rod 12.
When the rotation member 10 is closed and slid downward, the base 11 is inserted and engaged with the lower surface of the rotation regulating piece 9, and the attachment rod 12 and the attachment claw 6 are inserted into the attachment hole B. In the matched position, the rotating member 10 is prevented from operating in the opening direction and is closed. In addition, when extracting a necessary document from documents that have already been stacked, move the gap between the stacking rod 12 and the stacking claw 6, open it to the left and right so that the necessary document is on the top, and then use the rotating member as described above. 10 by sliding it upwards, removing the necessary documents, then closing it again and sliding it downwards.

As described above, in the file device of the present invention, the file metal fittings are attached to either the front or back cover of the file other than the spine, so depending on the amount of bound documents, the entire file can be attached, that is, the spine Since the thickness and the front end of the cover are the same and increase in thickness, even if a large number of files are arranged side by side, they will not form a fan shape and can be stored in an orderly manner. Furthermore, the stacked documents can be moved freely left and right using the stacking lever and the stacking claw, so you can quickly take out, change, and insert the required documents.
It is reliable and extremely convenient to use. Furthermore, since the rotating member is opened and closed by a rotating operation and a vertical sliding operation orthogonal to this, and is locked by a rotation regulating means, documents can be securely opened and closed without the rotating member opening or closing unnecessarily. This has an excellent effect of being able to provide a thin file device that is strong, easy to store, and has a simple structure at a low cost.

[Brief explanation of the drawing]

Fig. 1 is a perspective view of the entire invention, Fig. 2 is a plan view of the file fitting when it is closed, Fig. 3 is a plan view of the same when it is opened, and Fig. 4 is a cross section taken along line X-X in Fig. 2. Figure 5 shows an exploded slope view. 1...File type, 1a...Front cover, 1b...
Back cover, 1c... Spine cover, 2... Folded part, 3...
File fitting, 4...Fixing member, 6...Stacking claw,
7... Bearing part, 9... Rotation regulating piece, 10... Rotating member, 12... Binding rod, 13... Long hole, 14...
Notch recess.

Claims (1)

[Scope of utility model registration request] A file fitting consisting of a fixed member and a rotating member is fixed to the inner surface of the front cover or back cover along the folded part with the spine, and one side of the belt-shaped mounting bottom is bent on the fixed member. The tip of the lever is provided with a large number of binding claws at equal intervals, and the rotating member is also curved on one side of the band-shaped base so as to correspond to the binding nails, and the upper and lower ends of the fixed member are A long hole drilled in the rotating member is loosely fitted into a bearing formed by winding nearby, and a shaft is inserted between the bearing and the base of the rotating member to open and close the rotating member relative to the fixed member. At the same time, the bearing part moves into the slotted hole so that the rotating member can slide up and down, and the rotating member is slid upward so that the lower edge of the slotted hole is brought into contact with the lower end of the bearing part. At the position where they abut, the tip of the stapling rod and the stowing pawl are made to differ, and when the rotating member is slid downward, the upper edge of the elongated hole abuts the upper end of the bearing, and the stapling The length of the elongated hole and the length of the bearing part are set so that the tip of the insertion rod and the insertion claw match, and a rotation restriction piece is formed on the fixed member, while a notch recess is formed at the base of the rotation member. is formed, and the rotating member is slid downward, and at a position where the binding rod and the binding claw match, the base of the rotating member is inserted and engaged between the rotation regulating piece and the mounting bottom. , prevents the rotation member from operating in the opening direction, and when the rotation member is slid upward and the binding rod and the nail are engaged, the rotation regulating piece is located in the notch recess of the rotation member. A file device for organizing documents, in which a rotating member can be opened and closed.