KR200319138Y1 - File hanger structure for safe - Google Patents

Abstract

The present invention relates to a file storage structure of a safe for storing documents.

File safe structure for the safe of the present invention is coupled to open and close the safe door (3) to the front of the safe box body 2 forming a rectangular box shape, the front of the safe door (2) is provided with a locking device (3a) In the general safe having a structure in which the shelf 4 is stacked in multiple stages in the inner space of the safe body 2, the shelf 11 extends each end downward to form a hook span 11a. A support recess 11b bent in the form of a ring is formed on the lower end of the hook 11a to support the recesses 11c formed on the support recess 11b, which are formed at both upper ends of the pile 14. The hook 14a is hooked so that the pile 14 can be placed in a vertical position with respect to the shelf 11.

Since the file storage structure for the safe of the present invention is placed on the bottom of the shelf in a vertical state, the files can be easily pulled out and organized, and the space utilization of the safe can be increased by utilizing the bottom of the shelf. It can be effective.

Description

File hanger structure for safe}

The present invention relates to a file storage structure for storing documents in a safe in a vertical state, and more specifically, for a safe with a present structure to hang a file on the bottom of each shelf that is stacked in multiple stages in the inner space of the safe. A file storage structure.

In general, safes are used to prevent damage or loss of important documents or valuables due to fire or theft, and to keep them safely. They are widely used in households including corporations, government offices, banks, etc. It is divided into wall embedded type and ground buried type.

The vault should be equipped with security that prevents outsiders from easily opening it and heat resistance and fire resistance that can withstand a certain time at high temperatures in case of fire, and improves the degree of protection by installing a special lock on the front of the vault door. To safeguard important documents or valuables and personal property.

On the other hand, in the conventional safes, most of the safes are stored in a file box or box after being arranged in a line or arranged horizontally on a shelf arranged in multiple stages inside the safe.

FIG. 1 is a perspective view of a safe in which a conventional filing cabinet is stored. As shown in the drawing, a conventional safe 1 includes a safe 3 having a locking device 3b provided on the front of a box-shaped safe main body 2. It is coupled to the front and back of the safe (1), the inner space of the safe box (2) to the shelf (4) on a square plate at regular intervals so that the filing box (5) can be stored and arranged in multiple stages up and down It consists of a structure.

On the other hand, in the inner space of the safe body 2, the shelf 4 on the rectangular plate is arranged at regular intervals divided into a space that can accommodate the filing box 5 and the storage items, as shown in Figure 1 As described above, the upper surface of the shelf 4 has a structure in which a filing box 5 sorting various files is stored in a line or organized in a horizontal direction.

In the file storage structure of the conventional safe having such a structure, most of the filing cabinet 5 does not fill the file in the inner space of the filing cabinet 5 so that the storage space on the shelf 4 is increased compared to the amount of the file. It occupied a lot and had the disadvantage that the internal space of the safe 1 was not used efficiently.

In addition, when one file box 5 is filled with files, or when several files are mixed together and stored together, the file box 5 is taken out from the shelf when the file is pulled out from the file box 5 and the file inside the file box 5 is stored. After checking, screening, and withdrawing one by one, the filing box (5) must be put back in place, thus consuming a lot of time to withdraw the file and there was a problem that the file may be lost.

On the other hand, in the case of a storage device such as a cabinet or a file box, in addition to the conventional safe, there is an existing structure for storing the file in an upright position, and the file is stored and stored in a vertical position. Although a vertical storage structure for pulling out is known, such a vertical storage structure is suitable for a drawer-type cabinet or file box and is almost impossible to be applied to an opening cabinet or a safe.

The present invention has been made to solve the above-mentioned problems that are pointed out in the conventional file storage vault, hanger is extended vertically downward on the bottom of the shelf on a rectangular plate that is spaced at regular intervals in the inner space of the safe body, The lower portion of the bottom of the shelf is supported by the support hooks formed in the bottom of the shelf to be hooked to form a plurality of files at the bottom of the shelf. It is an object of the present invention to provide a file storage structure of a safe that facilitates sorting of files and easily selects and pulls files by allowing left and right movement of a suspended file through a recess on a support recess.

1 is a perspective view of a conventional safe.

Figure 2 is a perspective view of the safe showing the open state of the safe door of one embodiment of the present invention.

Figure 3 is a front view of the safe door open state of the safe according to the present invention.

Figure 4 is a side cross-sectional view of the safe showing one embodiment of the present invention.

Figure 5 is a perspective view of the file on the shelf of the present invention.

FIG. 6 is an enlarged view of portion “A” of FIG. 5;

((Description of the code for the main part of the drawing))

10. Safes 11. Shelves

11a. Hanger 11b. Support

11c. Groove 13. Shelf hook

14. File 14a. Support hook

The safe of the present invention includes a safe body on a rectangular box, a safe door configured to be hinged to a front side of the body, and configured to be opened and closed, and a locking device mounted on a central portion of one side of the safe door. It presupposes the normal safe which consists of a structure in which the board shelf was arranged up and down.

The present invention is a structure in which the annular support recess is formed so that the file to be stored on the front and rear end of the bottom of the shelf installed in the safe in the conventional safe structure can be present in a vertical state. By supporting the file to be moved to the left and right along the recessed portion on the support recess, it is easy to sort the file, there is a technical feature to make efficient use of the space between the shelves.

Matters relating to the above-mentioned objects and operational effects, including the technical configuration, for the safe file storage structure of the present invention will be clearly understood by the following detailed description with reference to the drawings showing preferred embodiments of the present invention.

First, Figure 2 is a perspective view of the safe door open state of the safe showing the state that the file is stored inside the safe structure of one embodiment of the present invention, Figure 3 is a front view of the safe door open state of the safe according to the present invention 4 is a side cross-sectional view of an embodiment of the present safe.

As shown, the safe of the present invention is designed to improve the structure limited to the bottom of the shelf 11 as compared to the conventional safe shown in FIG. Is the same as Therefore, the same reference numerals as in FIG. 1 denote the same parts as in FIG. 1.

As shown, the safe box 10 of the present invention is coupled to the front door of the safe box (2b) coupled to the front of the safe body 2 made of a rectangular box coupled to be opened and closed by the hinge coupling, The bottom of the safe main body 2 is provided with a support 4 for supporting the safe main body 2 and the safe door 3 from the ground, and the height adjustment or each shelf 11 in the inner space of the safe main body 2. Shelf 11 is installed in a multi-stage structure is installed so that the vertical space between the () can be adjusted.

The vault door 3 installed to be opened and closed on the front of the vault body 2 has a structure in which a locking plate 3b is coupled to one side of the front side while filling the fireproof material by joining the iron plate in double. In this case, most of the safes are double-locked, and the key is first inserted into the keyhole, then the dial is dialed to set the number, and the key is opened to open the door. Electronic lock is installed so that it is easy to use and doubles the safety by using a combination of numbers without the need for cumbersome keys.

In addition, a plurality of insertion grooves 2b are formed on both inner sides of the safe 10 at regular intervals, and each shelf ring 13 is fitted into and fixed to the insertion groove 2b, and the shelf ring 13 It consists of a structure for supporting the four corners of each part of the shelf (11) on which the upper portion of the).

Shelf 11 arranged in multiple stages inside the safe 10 is configured so that its height can be adjusted according to the user's needs or the size of the pile (14).

In addition, a more efficient space is possible because the filing box 5 or the box may be stored in an empty space formed between the pile 14 installed on the bottom of the shelf 11 and the upper surface of the shelf 11 fixed to the bottom thereof. It is configured to be used.

Next, FIG. 5 is a perspective view showing the structure of a shelf on which piles are placed, and FIG. 6 is an enlarged cross-sectional view of part "A" of FIG.

As shown in the figure, the shelf 11, which has a flat upper surface, is formed with a hook portion 11a extending vertically to the front and rear ends thereof, and bent to a lower end of the hook portion 11a in a ring shape. It consists of the structure in which the support recessed part 11b was formed.

The support recess 11b serves to support the support 14 by hooks 14a attached to the upper ends of both sides of the file 14, and thus the file suspended by the support recess 14a. 14 can move along the recess 11c formed on the supporting recess 11b.

At this time, the shelf 11 is bent or the shelf 11 by the weight of the pile 14 existing on the bottom surface and the pile 5 and the load that can be placed on the upper surface of the shelf 11 It is preferable to be composed of a metal material of a suitable thickness so as to retain the strength not to break.

On the other hand, in the pile storage structure of the shelf 11, the support recess 11b is bent in a ring shape at the front and rear ends of the bottom surface of the shelf 11, and the pile 14 has the support hooks 14a at both upper ends thereof. Is formed on the outside of the pile 14, and when the support hook 14a of the pile 14 is indented on the support recess 11b of the shelf 11, it should not be walked in a vertical state but walked slightly apart. do.

After the pile 14 is inserted, the support hook 14a of the pile 14 can be slid left and right as if it slides through the recess 11c, so that the pile 14 can be moved regardless of the order of the pile 14. By moving left and right to select and withdraw the file, or by moving the file 14 again to place it in place, the time for fetching the file 14 can be shortened, and the effect of easily arranging the file 14 can be obtained.

In addition, by recording and attaching the file type and the bibliographic information to the cover of the file 14 existing on the bottom of the shelf 11, the file 14 may be more easily selected and drawn out.

As described above, in the vault file storage structure of the present invention, both sides are vertically extended on the bottom of each shelf spaced up and down in the vault body inner space to form an annular support recess, and the support recess of the pile The support hook is fixed so that the pile can be placed on the bottom of the shelf in a vertical state, and the pile can be moved left and right through the groove on the support recess, so that the file can be easily sorted and the pile is horizontally Since it can be taken out, it is very easy to select, retrieve and store files.

In the safe file storage structure of the present invention, by storing a file by utilizing the bottom of the shelf, it is possible to put a file box or a box containing other files in an empty space formed between the upper surface of the shelf and the lower end of the file. Therefore, there is an advantage that can increase the storage space utilization rate of the safe and economical storage.

Claims (1)

In the safe box with a lock on the front of the safe box body on the rectangular box coupled to open and close, the shelf 11 in the upper and lower multi-stage stacking space in the inner space of the safe body, the shelf 11 is the safe body (2) The hook portion 11a is bent in the longitudinal direction of the both side portions in contact with the inner wall surface of the support), and the support recess portion 11b is formed to extend in a '└' 'shape so that the recess portion 11c is provided in the hook interval 11a. To support the hook 14a of the '상단' shape protruding from both sides of the upper end of the pile 14 into the recessed portion of the both side support recesses 11b, the pile 14 of the shelf 11 A filing system for a safe, characterized in that the floor can be supported vertically on the bottom.