US2500309A

US2500309A - Shelf and divider assembly and spring clip anchoring means therefor

Info

Publication number: US2500309A
Application number: US656615A
Authority: US
Inventors: Thomas M Dunham
Original assignee: Individual
Current assignee: Individual
Priority date: 1946-03-23
Filing date: 1946-03-23
Publication date: 1950-03-14
Anticipated expiration: 1967-03-14

Description

Y March 14, 1950 T M DUNHAM 2,500,309

SHELF AND DIIDR ASSEMBLY AND SPRING CLI;D ANCHORING MEANS THEREFOR A Filed March 25, 1946 Patented Var. i4, 19050- SHELF AND DIVIDER ASSEMBLY AND SPRING CLIP THEREFOR AN CHORING MEANS Thomas M. Dunham, Aurora, Ill. Application March 23, 1946, Serial No. 656,615

6 Claims. l

This invention relates to a shelf and divider assembly and a spring clip anchoring means therefor. More particularly, the invention relates to a novel construction of the shelves and dividers for a parts bin, or the like, and to the novel construction of a spring clip for use with said shelves and dividers as an anchoring means for the dividers. The arrangement is such that the spring clips can be anchored at spaced distances along the shelves, utilizing the resiliency of the clips in positioning them or removing them, and the dividers moved into or out of engaging relationship with said clips by iiexing the same to the necessary extent.

It is therefore an important object of this invention to provide a shelf and divider assembly and a spring clip anchoring means therefor of novel and improved construction, facilitating the setting up shelves and dividers to form parts bins of the desired cubicle content to accommodate different types or sizes of parts.

It is a further important object of this invention to provide a spring clip of simple yet rugged construction and having an inherent resiliency adapting it for use as an anchoring means for shelf dividers.

Other and further important objects of this invention will be apparent from the disclosures in the specification and the accompanying drawings.

On the drawings:

Figure 1 is a broken elevational View of a parts bin the construction of which embodies the shelf and divider assembly and spring clip anchoring means therefor of my present invention.

Figure 2 is an enlarged, broken, sectional view taken substantially along the line II--II of Figure 1.

Figure 3 is a broken, fragmentary sectional view taken substantially along the line III- III of Figure 2.

Figure 4 is a broken, fragmentary sectional view, similar to Figure 3 but illustrating the assembly of the device into anchored position between spring slips embodying my invention.

Figure 5 is a perspective plan view of one of my spring clips.

As shown on the drawings:

The reference numeral I0 indicates, as awhole, a parts bin made up of a shelf and divider assembly and using spring clip anchoring means embodying my present invention. Said parts bin i0 comprises a shelf supporting member consisting of a rear wall Il and end walls provided with rear and front flanges I2. Said flanges I2 are apertured for the insertion of shelf supporting means |3, between which extend shelves I4. Each of the shelves I4 is provided with sets of apertures, each set including a pair of spaced apertures I5 and I6 and an intermediate aperture l1 (Figs. 3 and 4). The sets of apertures in all 2 of the shelves are so positioned as to be vertically aligned when the shelves are in assembled relationship in the shelf supporting member II.

A plurality of dividers I8 are arranged between adjacent shelves I4, I4, in vertical position so as to form cubby holes or bins I9 for receiving articles to be stored therein. Each of the dividers i8 is a flat sheet of metal, or other suitable material, extending the full depth of the parts bin l0 and substantially the full height between successive shelves |11. Each of the dividers I8 is provided along its longitudinally extending edges with a rectangular recess, indicated at 20, a pair of such recesses being formed along each horizontally extending edge toward the ends of said edge.

A spring clip, indicated as a whole by the reference numeral 2|, is provided for engagement with the inner edge of each of said recesses 20. Each spring clip2l, as best illustrated in Figure 5, comprises end portions 22 that extend in opposite directions and that lie in substantially the same plane. Intermediate portions of said end portions 22 are bent downwardly to provide downwardly and backwardly turned tongues 23. The material between said

end portions

22, 22 is vbowed upwardly from the plane of said end portions to provide an arched intermediate portion 24. Midway between said

end portions

22, 22, the intermediate portion 24 is provided with a transversely extending, U-shaped groove 25, the

material of the intermediate portion being bent sharply downwardly to provide such groove. The spring clip 2| may suitably be formed of resilient material, such as an initially flat strip or sheet of spring steel. The strip or sheet is then cut and portions thereof bent or otherwise suitably formed to provide the one-piece clip just described.

In assembling the dividers IB in position between adjacent shelves |4, the requisite number of spring clips 2| are positioned at the desired points along the shelves I4. Each of the spring clips 2| is positioned in place by slipping one of its tongues 23 into a slot I5, or I6, then applying pressure to the intermediate portion 24 to spread the clip and cause the other tongue 23 to slip into the other slot, either I6 or l5. The intermediate portion 24 is sufliciently bowed in the first instance and is of sufficient resiliency to enablekthe

tongues

23, 23 to span the holes l5 and I6 in each set of apertures, as is illustrated in Figures 3 and 4. Figure 4, in particular, illustrates the position assumed by a spring clip when the intermediate portion 24 thereof is pressed in the direction of the adjacent shelf I4. During this spreading action, the end portions 22 span the openings l 5 and I 6 to lie in close contact with the adjacent shelf surface.

After the spring clips 2| have been inserted in the proper position, the dividers I8 are next moved into anchoring engagement with the clips. Again, as illustrated in Figure 4, this is accomplished by sliding a dividerA l 8, while held in vertical position',

clined surfaces of said clip intermediate portions."

The clip intermediate portions under the spreading force exerted by the divider flex toward the adjacent shelf into the positions illustrated in Figure 4, until nally the edgesof the' recesses' 20 ride into the grooves 25, as illustrated in Figure 3, whereupon the spring clips 2l are free to return to theirunormal archedshape due to their own'inherent resiliency. In theposition illustrated "in Figure 3,th`e divider i8 is firmly and seourelyanchored between opposed spring clips 2I`with the recessed edges of the divider extending into the grooves 25.

The purpose of the intermediate slots or openings vl'l is to provide clearance for the back walls of the groove 25, should it be necessary to flex the intermediate portions 24`of the spring clips 2l into substantially'the same plane as the plane of the end portions 22g either in inserting the clips into place on the shelf or inserting the dividers 18 into anchored position.

To remove a divider,` 18,"one or both of the associated spring clips 2l is manually pressed toward the adjacent shelf or shelves tospread the clips apart and permit the recessed edges of the divider to be movedV out of the groove 25 and down along the intermediate sloping portions of the clips. The action is merely -the reverse of that previously described and illustrated in Figure 4 for the insertion of a spring clip into place.

The sets of slots I5, l and Il are, of course, placed at conveniently spaced intervals along the lengths of theshelves i4, so that the dividers can be positioned lwith the desired spacing therebetween.

It will, ofcourse, be understood thatvarious details of construction may be varied through a wide range without departing from the principles of this invention and it therefor'epnot the purpose to limit the patent'granted hereonotherwise than necessitated bythe scope' 'of the appended claims.

I claim as myinvention: l 1. A shelf and divider assembly comprising a shelf having spaced-slots'a divider having'spaced' mediate portion for resilient engagement in one of said edge recesses whereby the divider is 'connected to said shelf.

2. A shelf and divider assembly comprising a shelf having spaced slots, a divider having spaced recesses along a horizontally extending edge thereof, and a spring clip having tongues" for anchoring in said slots and having a bowed intermediate portion provided with a reversely bent loop forming a pocket for the reception of a recessed edge of said divider whereby the divider is connected to said shelf, said pocket engaging in a corresponding recess:

3. A shelf and divider assembly comprising a pair of shelves having vertically aligned slots,

a divider having recessed horizontal edges for mounting between said shelves and spring clips for anchoring in said slots and engagement with said recessed edges, eachof'said clips having ofiset tongues for anchoring in said slots and having a bowed intermediate portion grooved for receiving said recessed edges whereby the divider is connected tosaid shelves, saidiintermediate bowed portion engaging in a corresponding recess.

4. A shelf and divider assembly comprising a pair of shelves having vertically aligned slots, a divider having recessed horizontal edges for mounting between said shelves and spring clips for anchoring'in said slots and engagement with said vrecessed edges, each of said clips having offset tongues for anchoring in said slots and havinga bowed'intermediate portion grooved for receiving said recessed edges whereby the divider is connected to said shelves, the depth of said recesses being sufcient to permit said recessed edges tonslide up saidintermediate bowed portion withy flexing `thereof when mounting said divider in place, said `intermediate bowed portion engaging in a corresponding recess.

5. A shelf and divider assembly comprising a pair of shelves having sets ofslots arranged for vertical alignment, a divider defining shelf con--` tacting edges for mounting vertically between said shelves, said divider having spaced recesses along its shelf-contacting edges, and spring clips for positioning' and anchoring said Vdivider in placa-each clip havingl tongues engageable in the slots of said shelves and an intermediate" bowed portion provided'with (a transversely extending pocket for receiving the inner edges of said recesses whereby the divider is connected to said shelves. e

6. Ashelf and divider assembly comprising a pair of shelves having sets of Aslots arrangedY for vertical alignment, a divider delining shelf contacting edges for mounting vertically between said shelves, said divider having spaced recesses alongits shelf-contacting edges, and spring clips for positioning and anchoring said divider in place, each clip having tongues engageable in the slots of said shelves and an intermediate bowed portionv providedV with` a transversely ,extending pocket for receiving the inneredges of said recesses whereby the divider is connected to the said shelves,` said bowed portion having sucie'nt resiliency to he flexed toward the adjacent shelf 'as said divider is moved'therealong-into the pocket and said shelves having slots intermediate the otherslots in each set 'for providing clearances for the backs of said pockets 'during AtheA aforesaid flexing action. n

THOMAS vM. DUNHAM.l

REFERENCES* CITED The following references are of record-'infthev file of this patent:

UNITED s'IATs`fPTENTs Numbery A Name f Date- 9031769 Poindexter Nov. 10,1908 943,719 Vick Ded 21, 1909 1,013,128 Clark Jan. 2,1912 1,416,969 OConnorV May'f23, 1922 1,711,030 Pifer Y Apr. 39, 1929 1,712,054 shearder May 7,1929- 1,74'7,495 Vanderveid Feb. 18; 1930 1,748,339 Gerberich FebL 25,.,-1930v 1,758,307 Bales May 13,1930v 2,074,915 Jones v Mar. 23,1937 2,287,005 Greadves June '16, 1942 2,321,181 Br0vvn' June 8, 1943- FOREIGN- PATENTS Number ,l Country Date 488,371 Great'Biitan" July 5, 193.8v