A modular component of a rack for storing articles comprises: (a) a longitudinally elongated body having opposite sides, a longitudinally elongated boundary, longitudinally spaced segmented boundaries laterally spaced from the longitudinally elongated boundary, and longitudinally spaced laterally extending boundaries at longitudinally opposite ends of the body, (b) the body having tongue and groove connections at certain of the boundaries, the connections defining guide shoulders extending widthwise between said opposite sides for guided connection with like tongue and groove connections on a like modular component, (c) and the body defining through openings extending widthwise between said sides, those openings sized to receive said articles which are elongated in said widthwise direction, the through openings being longitudinally spaced between the laterally extending boundaries, the openings located generally between the segmented boundaries, and the openings having longitudinally and laterally extending sides.
This invention relates generally to racks adapted to receive and support elongated articles; more particularly it concerns modular rack components which may be interconnected in many different ways to form openings to receive and support tubes and other members in a number of different arrangements, to selectively fit and conform to available space.
Due to the varying size limitations of available storage spaces in offices, factories, etc., there is a constant need for racks that may be selectively and variably conformed to such spaces. Examples of the latter are under table locations, desk top areas; and horizontal and vertical wall spaces. While modular rack systems have been proposed, none to my knowledge possesses the unusual combinations of structure, multiple functions and highly advantageous results as are now made available as by the present invention.
SUMMARY OF THE INVENTION
Basically, the invention is embodied in a modular component of a storage rack, which comprises:
(a) a longitudinally elongated body having opposite sides, a longitudinally elongated boundary, longitudinally spaced, segmented boundaries laterally spaced from said longitudinally elongated boundary and longitudinally spaced, laterally extending boundaries at longitudinally opposite ends of the body,
(b) the body having tongue and groove connections at certain of said boundaries, said connections defining guide shoulders extending widthwise between said opposite sides for guided connection with like tongue and groove connections on a like modular component,
(c) and said body defining through openings extending widthwise between said sides, said openings sized to receive articles which are elongated in said widthwise direction, said through openings being longitudinally spaced between said laterally extending boundaries, said openings located generally between said segmented boundaries, and the openings having longitudinal and lateral sides.
As will appear, the tongue and groove connections may advantageously define T-shaped tongues projecting outwardly from selected boundaries, and T-shaped grooves sunk in or projecting inwardly from selected boundaries; the tongues and grooves may occur in alternation about and along the boundaries; each of the openings may be semi-circular so that complete circular openings are formed by joining two of the components as will appear; a large number of rack combinations may be formed by joining together pairs of the components; and component weight may be minimized by sinking cavities in the component sides, leaving flanges at the outer boundaries and also bounding the semi-circular openings, allowing for maximum interconnection surface extent, and tube supporting surface extent.
These and other objects and advantages of the invention, as well as the details of an illustrative embodiment, will be more fully understood from the following description and drawings, in which:
DRAWING DESCRIPTION
FIG. 1 is a perspective showing use of multiple racks, for storing articles;
FIG. 2 is a perspective showing a modular component of the rack;
FIG. 3 is a front elevation showing interconnection of multiple modular components of FIG. 2 design;
FIG. 4 is a section on lines 4--4 of FIG. 3;
FIG. 5 is an elevation showing a modified rack component; and
FIG. 6 is an elevation showing multiple of the FIG. 5 bodies connected together.
DETAILED DESCRIPTION
In FIGS. 2 and 3, each modular component comprises a body 10 longitudinally elongated in directions 11. The body may be rigid and formed of molded plastic material. It has opposite planar sides 10a and 10b defined by the edges of peripheral flanges formed as a result of molding like cavities 10c and 10d into the body opposite sides, whereby the flanges bound the cavities, whereby body material and weight is substantial minimized or reduced. A central web 10e is formed between the cavities, as is clear from FIG. 4, web 10e defining a central upright plane extending in longitudinal directions 11 and lateral directions 12.
The body has a first longitudinally elongated boundary 13, a second longitudinally oriented boundary defined by longitudinally spaced segmented boundaries 14-16 (for example) laterally spaced from boundary 13, and longitudinally spaced, laterally extending boundaries 17 and 18 at longitudinally opposite ends of the body. Such boundaries are further defined by the flanges formed adjacent the boundaries, as indicated, and separating those boundaries from the cavities 10c and 10d.
The body also has tongue and groove connections at certain of the boundaries, such connections defining guide shoulders extending widthwise between the opposite sides of the body for guided, interfitting connection with like tongue and groove connections on a like modular component. See for example the interconnections of the like modular components as appears in FIGS. 1 and 3. Such tongue and groove connections may with unusual advantage define T-shaped tongues projecting outwardly from selected boundaries, and T-shaped grooves sunk in selected boundaries, the grooves bordered by inward extents of the flanges referred to. In the drawings, the like, T-shaped tongues are generally referred to at 20, and the like T-shaped grooves at 21. They are spaced in alternation sequentially along and about the boundaries, as indicated; thus, two tongues and two grooves are alternately spaced along boundary 13; one tongue is located at boundary 18; one groove at boundary 16; one tongue and one groove at boundary 15; one tongue at boundary 14; and one groove at boundary 17. Each tongue includes a central web 20a and a cross-web 20b; and each groove includes a central slot 21a and a cross-slot 21b. Web 20a fits slot 21a, and web 20b fits slot 21b, in interfitting extents of adjacent modular components. Flange parts 21c and 21d extend adjacent slots 21a and 21b. Note that the tongues and grooves have closely interfitting, widthwise extending side walls, indicated for example at 20c, 20d, 20e, 21e, 21f, and 21g.
The body also defines at least one opening, and preferably two openings, extending widthwise between the body opposite sides. Example of such openings, which are semi-circular, appear at 30 and 31, such openings preferably being alike in size and shape. They are longitudinally spaced between boundaries 17 and 18, and their mouths are located generally between the segmented boundaries; thus, opening 30 is located between segmented boundaries 14 and 15; and opening 31 is located between segmented boundaries 15 and 16. Accordingly, when two, or multiple, of the components 10 are interconnected, as for example along their boundaries 14-16, 15--15 and 16-14, as seen in FIG. 3, completely circular openings 30-31 and 31-30 are formed, as shown. Such circular openings appear as bounded by the matching semi-circular flanges 30a-30a and 31a-30a, formed by the sinking of the cavities 10d in the opposite sides of the bodies. Therefore, substantial widthwise extending, semi-circular guide surfaces are formed at 30b and 31b, for guided reception of tubes 32 as seen in FIG. 1.
One highly advantageous body has the following dimension:
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overall longitudinal dimension
about 9 inches
overall lateral dimension
about 2 1/4 inches
overall width dimension about 1 inch
circular opening diameter about 3 1/4 inches
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In FIG. 1, each cluster of six bodies is arrayed with four of the bodies extending longitudinally horizontally and in stacked relation, and the fifth and sixth bodies extending longitudinally vertically, side by side, at the ends of the four horizontal bodies, thereby to form six circular openings.
Tubes 32 may be used to receive and store drafting paper, drawings, etc. Also, other elongated objects such as conduit, smaller pipes, etc., may be conveniently stored. The body material may consist of high impact polystyrene.
In FIG. 5, the modified body 100 is like body 10 described above, excepting that the two through openings 130 and 131 are not semi-circular; rather, each has a longitudinally elongated side, as at 130a and 131a and two laterally elongated sides as at 130b and 131b, the length of sides 130a and 131a being twice as long as the sides 130b and 131b. Thus, when two of the bodies are joined as in FIG. 6, a square cross section tube 132 or other article, may be closely received in two interfaced openings 130 and 131. Flanges 130aa, 130bb, 131aa and 131bb bound the openings, as shown, and correspond to flanges 30a and 31a in FIG. 3.
Structure 132 may also represent a drawer.
