Desk Top Organizer

(1) Field of the Invention

The invention relates to a roll-top type structure, placeable on a flat desk or table. Basically the structure is an imitation of the conventional solid roll-top desk, however, without the sliding cover, elevating legs and supporting flat desk surface.

The introduction of the solid roll-top desk, dates back to the 19th century, but because of its utility and nostalgia, it has become a much sought after item. In contrast to the conventional roll-top desk, the structure, according to the invention, may be shipped in a knocked-down state and rather quickly assembled for placing on the top of a desk. Furthermore, the structure is made, preferably of flexible lightweight prefabricated components, in decorative color(s), so that it will softly blend in with existing furniture.

The invention, basically serves the same purpose as the conventional roll-top desk, i.e., providing a number of horizontal and vertical pigeon compartments or holes for insertion of letters and files, drawers for storage of stationery, etc. The structure includes wings, projecting outwardly curved (which, in the original type roll-top desk holds the sliding cover) so as to give the person, e.g., a student, businessman, etc., the feeling of privacy when writing letters, etc.

The cost of manufacturing and shipping the prefabricated knocked-down unit made e.g., of corrugated fiber board is, of course far below that of the solid wooden roll-top desk.

(2) Prior Art

The inventor is not aware of any prior art that would anticipate his invention.

In addition to what was stated under (d) above, the invention refers to a light weight desk top organizer, which is made of corrugated fiber board section, however, possessing sufficient strength to carry the weight of sundry office supplies, including staplers, files, and the like. In assemblying--from a completely knocked down state--a number of partitions parallely, respectively perpendicularly to each other, one is able to construct a rigid sub-assembly containing open-ended double-walled pigeon holes, openings for drawers, etc. A supportive tray is then appropriately folded and mounted onto the back, top, bottom and side surfaces of the sub-assembly, and finally, a wrap-around section is loosely attached onto the bottom and vertical sides of the supportive partitioned tray in a manner that portions thereof are projecting forwardly and beyond the perimeter of the partitioned tray sub-assembly to form a table or writing surface and two lateral wings, which extend outwardly from the sides of the sub-assembly. In completing the desk top organizer, according to the invention, one has, thus constructed an imitation of the classical roll top desk, when placed on top of a plain table, desk, counter or supporting surface.

It is, thus the object of the invention to provide lightweight, and easy to assemble flexible components for a desk top organizer placeable on a table surface.

It is a further object of the invention to provide and create an illusion of the conventional roll top desk by way of inexpensive material.

FIG. 1 is a perspective front view of a desk top organizer in its entirety according to the invention.

FIG. 2 is a plan view of a number of partitions mountable into a sub-assembly of the desk top organizer.

FIG. 3 is a perspective view of two partitions, being assembled.

FIG. 4 shows the assembly of four partitions.

FIG. 5 shows the completed sub-assembly of partitions.

FIG. 6 shows a tray-like section extending in front, behind and laterally of the partition sub-assembly, for mounting thereon.

FIG. 7 shows the tray-like section laid out flat prior to placing the partition sub-assembly thereon.

In the drawings like reference characters designate similar parts in the several views of the drawings.

In a preferred embodiment of the invention, the complete unit is shown in FIG. 1 and is indicated by numeral 10.

Although the unit 10 may consist of an arbitrary number of components, the preferred embodiment, according to the invention, has a total of 14 parts, including, for example nine partitions 2, 14, 16, 18, 20, 22, 24, 26 and 28 (FIG. 2), three drawers 36 (FIG. 1), one main tray 32 (FIG. 7) and an outer wrap 34 (FIG. 1). The drawers 36 are optional and are made from a foldable flat fiber board section, in a known manner. The main tray 32 could be mounted to and enclose the assembled partitions 12 through 28, in any appropriate way, as long as it will ensure a rigid structure of unit 10. The outer wrap may, likewise be attached to the completed unit 10 in any suitable fashion.

As it appears from FIG. 2, partitions 12 through 28 are dissimilar in size and shape (except for partitions 22, 24). However, all of the partitions have some features in common. For example, each partition is provided with center double score lines aa, thus 12 aa through 28 aa. The purpose of the score lines is to facilitate the folding of each partition in half along these lines, so as to constitute, in folded state, double walled compartments or pigeon holes when assembled in conjunction with other partitions of unit 10. Each of the nine partitions are folded in a similar manner, as noted, preferably, simultaneously along the double score lines so as to form slightly spaced apart double walls.

Except for partitions 18, 22, 24, each partition (FIG. 2) has at least one die cut slot. For example, partitions 12, 20 and 26 have pairs of aligned first slots b, extending from and through the edges of opposite sides of the partitions towards score lines aa. Partitions 14, 16 and 28 have second slots bb extending, resp. equidistantly from and perpendicularly to the center of the partitions. Partitions 12, 16, 20 and 28 have third slots c, extending within the border lines of the partitions. The slots of a particular partition are labelled, e.g., 12b, 12c, 16bb, as the case may be.

The short sides of partitions 12 through 28 form die cut pairs of bendable flaps dd, thus the flap extensions (in continuation of score lines aa) of each short side of partitions 12 through 28 are respectively, indicated by numerals 12dd-28dd. Flap pairs dd of one folded partition are, thus intended to be paired--once the partition is folded along score line aa- and inserted through slot c of another partition, then bent outwardly, to planarly form a rigid gripping connection between two thusly crosswise assembled partitions. FIG. 3 illustrates how this is accomplished in the case of assemblying partitions 12 and 14. When partitions 12, 14 have been so assembled, the double walls of partition 12 are pressed together (as indicated by arrow) and can be temporarily held together by e.g., adhesive tape, until the infra-structure of unit 10 has been completed. The unengaged pairs of flaps dd will be inserted within interior spaces appearing in portions of tray 32 (FIG. 6), when folded.

Some of the flaps dd may have a somewhat rounded or square shape, which may, as required facilitate or strengthen the insertion of the flaps into adjacent partitions and the tray.

Sub-assemblies 16-18, 20-22-24 are basically assembled and mounted in a similar manner, as described above for sub-assembly 12-14.

In other words, sub-assembly 16-18 is assembled by inserting flaps dd of 18 in slot c of 16. Flaps dd of sub-assembly partitions 22-24 are inserted through slots c of partition 20.

As one may visualize from FIG. 3 aligned slots b and bb in partitions 12, 14, 16, 20, 26 and 28 will coincide with one another, when the partitions are folded up along score lines aa.

The basic functions of slots b and bb are illustrated in FIG. 4. For example, slots b of partition 12 ride in coinciding center slot bb of partition 16 of sub-assembly 16-18, in that slots b of poartitions 12 are slit through center slot 16bb and is supported by the solid portion of the latter (in extention of its slots bb).

Thus partition pairs 12-14, 16-18, 20-22-24 are interconnected, as described above.

Folded partition 26 is inserted parallely to partition 12, by having the coinciding slots b of the former slit down through slot bb of partition 16.

The end flaps dd of the three partitions 12, 18, 26 are, then respectively inserted in the three slots c of partition 28, and sub-assembly 20-22-24 is then inserted in remaining slots of partitions 14, 16 and 28, in order to complete the sub-assembly 30 of partitions 12 through 28 of unit 10. This is shown in FIG. 5.

There is provided means for enclosing the back and four sides of the completed sub-assembly 30. This may, e.g.; take the shape of a tray 32 (FIG. 6) within which sub-assembly 30 may be locked. Tray 32 is provided with double and single foldable score lines, 32a and 32b respectively, along which tray 32 is folded, so as to receive and enclose top, bottom, back and sides of sub-assembly 30. Tray 32 has a back portion 32c, a top portion 32d side portions 32e, 32i, and bottom portion 321, components of which, respectively are, folded, mounted onto and inserted in portions of sub-assembly 30, forming a compact supportive gripping tray there around, as is explained in more detail hereinafter.

In order to facilitate the interlocking of sub-assembly 30 and tray 32, one should place tray 32 on a table and prefold first along double score lines 32a and then along single score lines 32b. Sub-assembly 30 is placed on the center or main tray 32c of tray 32. All unengaged flaps dd of sub-assembly 30 are folded at 90.degree. angle to their respective partitions, in order to engage and support the folded-up portions or panels of tray 32 (FIG. 6).

The middle portion of the top 32d of tray 32 is inserted into center section of sub-assembly 30. The side portions of the top 32d of tray 32 is then inserted into sub-assembly 30 (FIG. 6). Tabs 32f, g and ends of side section 32e are folded up and tab 32g is inserted under adjacent corner panel of top 32d. Panel 32h of side 32e is now inserted into sub-assembly 30. Side section 32i (opposite 32e) is folded and interconnected with sub-assembly 30 in the same manner as described for side 32e.

The panels 32k of the bottom portion 321 of tray 32 are then inserted into sub-assembly 30, by folding outer halves of panels 32k down at 90.degree. angle to other halves of panels and inserting folded panels, resp., into partition sub-assembly 30. Finally, panel 32m of side main tray 32i is inserted into sub-assembly 30 and panel 32h of side main tray 32e is inserted into sub-assembly 30.

Outer wrap 34 may now be attached to the assembled sub-assembly 30 and tray 32, as shown in FIG. 1.

While the foregoing has illustrated and described what is now contemplated to be the best mode of carrying out the invention, the description is, of course, subject to modifications without departing from the spirit and scope of the invention. Therefore, it is not desired to restrict the invention to the particular constructions illustrated and described, but to cover all modifications that may fall within the scope of the appended claims.