Adjustable Computer System Stand

It is often desirable to hold and support a computer system such as, but not limited to, computer systems containing computer disc drives, in a generally vertical upright manner in order to reduce floor or table space which may be taken by the computer system if placed in a horizontal position. Such computer systems are generally arranged in a rectangular-type compartment and are placed adjacent to the desk which employs a computer monitor or keyboard and is placed on either the desk surface or the floor adjacent to the desk.

One computer system stand is disclosed in U.S. Pat. No. Des. 287,365 issued Dec. 23, 1986, which stand is nonadjustable in width and designed to accept and vertically hold a generally standard computer system. Other adjustable computer system stands are available, such as the Curtis.RTM. Universal system stands (Curtis.RTM. is a registered trademark of Curtis Manufacturing Company, Inc., of Jaffrey, N.H.). The Curtis.RTM. Universal system stand comprises a pair of identical plastic molded sections which are designed to be secured together in an interlocking manner in order to provide for an adjustable width between a pair of upright supports on each section to accommodate vertically a variety of computer systems, typically with the width adjustment of the stand ranging from about 4 to 71/2".

It is desirable to provide for a new and improved, inexpensive, easily adjustable computer system stand.

The invention relates to an adjustable-width computer system stand to support a computer system in a generally vertical position.

An adjustable computer system stand and method has been discovered to provide an adjustable-width stand to support in a generally vertical direction a computer system, such as a computer disk drive, within the stand. The stand is usually manufactured of molded plastic and comprises two identical sections which are designed to interlock together to form the adjustable-width computer system stand through the employment of a combination of generally vertical corrugation means on horizontally-extending legs of the section, and a clip means designed to clip on to the generally vertical corrugation means on horizontally extending legs of the section to provide for the interlocking together of the identical plastic molded section, in an adjustable-width, secure manner to form a stand of the desired width.

The adjustable computer system stand of the invention comprises a first and second section, with each section being identical and formed of an injection-molded plastic and having an elongated base, which optionally may have a rounded top surface with a portion of the surface a non-slip surface to prevent movement of the computer stand, and having a one and the other end. Each section contains a spaced apart, generally vertically extending support at the one and the other end of the base to provide upright support for the computer system which is to be placed within the interlocked first and second sections which make up the computer system stand of the invention.

Normally, the supports may actually include a straight, upwardly extending surface on the inward portion of each section and may be suitably curved for design, ornamental or strength purposes on the outer sections. Each section also includes spaced apart, generally horizontal-inwardly extending legs, each leg having sides, and typically each leg formed of a U-channel, injected-molded plastic and having a one and another end at one and the other end of the base. The identical sections, when interlocked, have at least two legs in each pair of first and second sections, having a plurality of generally vertical corrugation means extending along all or at least a portion of the sides of the legs, and at least two legs in each pair of the first and second sections having clip means thereon to permit the clip means to engage in a snug, snap-in secure relationship with the corrugation means of an opposing leg of an opposing section to provide for securing together of the first and second sections in an adjustable, removable interlocking manner to form a computer system stand of desired width which is to receive and support a computer system.

In one illustrated embodiment, the legs extending from the base are of unequal length, with the leg of the longer one containing on both sides thereof the corrugation means, while the opposite leg being of shorter length containing the clip means. The leg containing the clip means generally has tongue-like sections, with the clip means generally vertically arranged at the end of the legs at each side of the ends so as to encompass and clip on to the corrugated means on either side of the opposing leg, into which it is engaged in an interlocking relationship. In this embodiment, the legs are arranged such that the leg containing the clip means fits over in a tight, secured, snug fashion the leg containing the corrugation means, with the clip means snapped into the corrugation means on the exterior surface of the legs.

In use, identical plastic molded first and second sections are aligned with the horizontally extended legs in a clip means and are placed over the opposing legs of the opposite's identical sections containing the corrugation means, and slid downwardly to provide for the desired width of the uprised extending support to provide support for the generally vertical computer system. The first and second identical sections are typically injection-molded of a hard, molding type plastic and are molded with an interior surface which typically mimics the exterior surface of the sections, which permits these sections to be stacked with the exterior surface of one section fitting snugly in a 50% or more relationship within the interior section of the overhead section. This vertical stacked arrangement provides for a compact shipping, display and storage arrangement for the pair of identical first and second sections which make up the computer system stand of the invention, so as to reduce the shipping cost and display space. Typically, such vertically stacked identical sections may also be wrapped with a paper or other plastic wrapping with advertising or assembly instructions for use by the potential customer. Thus the adjustable width computer system stand of the invention provides for an inexpensive, easily manufactured, adjustable-width pair of identical plastic molded sections, which may be vertically stacked prior to use to save shipping and display space, and easily assembled to provide for an adjustable-width computer stand.

The invention will be described for the purposes of illustration only in connection with certain embodiments; however, it is recognized that those persons skilled in the art may make various modifications, changes, improvements and additions to the illustrated embodiments without departing from the spirit or scope of the invention.

FIG. 1 is a perspective view from above of the computer system stand of the invention.

FIG. 2 is a top plan view of the computer system stand of FIG. 1.

FIG. 3 is a bottom plan view of the computer system stand of FIG. 1.

FIG. 4 is a side plan view of the computer system stand of FIG. 1 with the other side being similar.

FIG. 5 is an end plan view of the computer system stand of FIG. 1 with the other end being similar.

FIG. 6 is a side plan view of a pair of identical first and second sections of the computer stand of the invention in a vertically stacked, compact, shipping, storage and display arrangement.

FIG. 7 is a perspective view from above of a pair of first and second sections showing an exploded arrangement prior to assembly to form the computer stand of FIG. 1.

FIG. 8 is a front view of the computer stand of FIG. 1 with a computer system shown in dotted lines supported within the stand.

With reference to the drawing, there is shown a computer system stand 10 of the invention which includes therein a generally upright computer system 30 held within the stand (FIG. 8). The computer system stand 10 comprises two identical, injection-molded, hard plastic sections 12 containing a base 14 with a rounded top surface 32 and with striations on the surface to provide a design and also a friction type surface for containing the computer system 30 in position within the stand 10. The base includes two generally upright supports 16 at each end of the base 14 into the base of the support 16, being generally straight and smooth, extending therefrom U-shaped channel legs 18 and 20, with leg 18 containing a plurality of equally spaced-apart, vertical ridges and grooves, that is corrugations, on both sides of the legs 18 and having an open channel 28 at the open end of the one leg 18. The other leg 20 includes a pair of spaced-apart, generally parallel slots 22 which form a tongue section at the end of the leg 20, and the leg 20 having at the open end thereof a pair of generally vertical, extending inwardly inward projections to form flexible, inwardly biased clip elements which are designed to clip into the grooves on the vertical corrugations 26 of leg 18. The first and second sections are aligned as shown in FIG. 7, and then assembled together as shown in FIG. 1 to form the computer stand 10 of the invention.

In use, the identical sections 12 are horizontally aligned with each leg 18 opposing each leg 20 of the opposite sections, and then leg 20 is snapped in place opposing leg 18, so that the side clips 24 engage in an interlocking snap-in relationship with the vertical corrugations 26 in the opposing leg. FIG. 7 shows the sections 12 aligned and prior to assembly while FIG. 1 shows the assembled, adjustable-width computer stand of the invention.

FIG. 6 shows the identical injected-molded sections 12 arranged in a vertically stacked manner, with the lower section 12 stacked within the interior of the upper selection 12 to provide for a compact display, storage and shipping arrangement 34 for the sections prior to assembly into the computer stand.

If desired, a plurality of pairs of sections 12 may be stacked in a compact stacked relationship, with each pair of sections suitably secured together by plastic or paper wrapping for selection by a customer from the stack.

The invention describes a new and improved, single adjustable-width computer system stand.