FILING CABINET BACKGROUND OF THE INVENTION

A conventional filing cabinet normally consists of a plurality of deep drawers that are pulled out into a, room and the files are stored one behind the other. Each file is placed in an expensive file hanger wherein bhe file hanger slides on a pair of rails which allow the user to move each file laterally to locate the file that is desired. The entire file including the tab is sometimes obscured from view until the user moves the front off the- file hanger laterally and away from the file to make a positive identification before removing the desired file. In returning the file to its file hanger, the process of finding the proper file hanger is repeated by sliding the file, hangers / opening the proper one and placing the file back. This is a time consuming process and frequently causes misfiling. This invention overcomes this process because each file is placed in its- own slot one above the other wherein each file tab is visible to the user's eye. The desired file can be located without touching the file. It is easily removed and replaced virtually without misfiling.

Also, bhe individual slots are equally spaced. If a thicker file space is needed a wire loop can be easily removed to accommodate a file of a larger thickness.

Further, this filing cabinet is thin in depth and can be wall mounted adapting well to limited floor space at home or

This invention relates to a vertical filing system comprising a rack having a number of slots each supporting objects such as manila folders whereby the tab of each folder is above the top edge of the lower folder. When the vertical rack, that is supported inside a cabinet, is extended outward the folders become situated substantially vertical and easily visible to the user. This configuration utilizes a minimum amount of floor space when closed.

The unit can be wall or floor supported and the cabinet does not have a bulky filing cabinet appearance.

Until the present invention, there were no truly effective devices for storing manila. folders in a thin cabinet to save floor space and to allow the user to view all of the tabs on folders without physically pulling through them. Also each folder is easily returned thus minimizing misfiling.

The use of costly Pendaflex^. folders is eliminated and legal or letter size folders can be stored in the same cabinet.

It is an object of the present invention to provide a vertical file assembly where each compartment or slot supports a single folder whereby each folder is positioned

for instant visual recognition and retrieved without physically searching through the entire rack of folders. It is another object of the present invention to eliminate misfiling when one file is removed from the rack.

A further object is to store folders using a minimal amount of floor space especially in home or small offices wi.th cubicals.

Yet another object of the invention is to give latitude to a furniture designer to style the door of this cabinet to fit any decor and not necessarily look like a typical filing cabinet.

Another object of the invention is to allow the user to retrieve a file without sliding other files in a drawer and without opening and closing a heavy drawer .full of files or bending down to retrive a file from a bottom drawer.

BRIEF DESCRIPTION OF DRAWINGS

Fig. 1 is a perspective view of a filing cabinet with a closed door.

Fig. 2. is a perspective view of the filing cabinet with an open door and showing a vertical rack.

Fig. 3. is a perspective view of the filing cabinet with the door open and the vertical rack extended out of the cabinet partially filled with files.

Fig. 4 shows the vertical rack in the open position supporting removable loops and partially filled with files

Fig. 5 shows the vertical rack in the closed position.

DESCRIPTION OF THE PREFERRED EMBODIMENT

Fig. 1 shows a filing cabinet 1 which can be wall mounted comprising a door 2, handles 3, sides A, top 5, and bottom 6.

Figure 2 shows door 2 opened and attached to one side 4 by a hinge 7. Back support 8, is attached to sides 4 and top 5. Back support 9 is attached to sides 4 and bottom 6. Back support 10 is attached to sides 4 above the midway point of the cabinet.

A rack 11 comprises of two horizontally spaced vertically extending tubular side rails 12 and each tubular side rail having a front side 12A and back side 12B. Tubular side rails 12 have a plurality of equally vertically spaced holes 13 starting at the bottom to nearly the top of tubular side rails 12. Holes 13 are drilled only into front side 12A at an angle of 30 degrees to tubular side rails 12. Tubular side rails 12 are attached to each other by a horizontal bottom brace 14 and brace 15 located above back support 10. Rod 16 connects side rails 12 at the top.

A hinge 17 is attached to the bottom side of top 5 and pivotally supports rod 16. A vertical guide rod 18 is attached to bottom 14 and brace 15. A transverse sliding member 19 comprises a drilled hole 20 midway between its ends whereby rod 18 freely slides through. Each end of transverse sliding member 19 is provided with an opening

21.. The ends of transverse sliding member 19 also have openings 22 drilled perpendicular to its axis.

U shaped legs 23 are pivotally attached at their lower ends to hinges 24 and hinges 24 are attached to the inside of bottom G. The upper ends of U- shaped legs 23 are pivotally positioned into openings 21.

Handles 25 are fixed within openings 22 and project forward towards door 2 but remaining within the walls of the cabinet 1 as shown in Fig. 5.

Wire loops 26 comprise of. a U shaped form having the same width as rack 11, wherein lower ends 27 of loops 26 fit snugly into holes 13 for easy removal. Loops 26 have an upper bight portion 26A. Lower ends 27 project into tubular, side, rails 12 until they rest on the inside wall of baclcside 12B.Wire loops 26 are now vertically spaced to support office files 20 and folder tabs 29 shown in Figures 3, λ, and 5 permitting wire loops 26 to bo easily removed, thus any loop 26 can removed to make the space lnrger between two other loops 26 to accommodate a thicker fiIe-

In operation, the door 2 is opened/ the user takes hold of the handles 25 and gently pulls the handles outwardly and downwardly until the transverse sliding ^1' member 19 slides on the backsides 12B of tubular side rails 12 while legs 23 pivot within openings 21 and within hinges 24 and transverse sliding member moves downwardly along guide rod 18. When fully opened rack 11 is now approximately at an angle of 60 degrees from the floor/ see Fig. 4. Files 28 are now substantially in a perpendicular position relative to the floor. Now file tabs 29 are all visible to the user's eye and the desired file is easily identified. The desired file is easily removed and returned to the rack virtually avoiding raisfiling since each file has its own slot.

Lastly the user lifts handles 25 upwardly and inwardly. The transverse sliding member 19 slides up the back sides 12B of tubular side rails 12 and upwardly along guide rod 18 while legs 23 again pivot within openings 21 and within hinges 24 until rack 11 is in its closed position.