Search Images Maps Play YouTube News Gmail Drive More »
Sign in
Screen reader users: click this link for accessible mode. Accessible mode has the same essential features but works better with your reader.

Patents

  1. Advanced Patent Search
Publication numberUS1268509 A
Publication typeGrant
Publication dateJun 4, 1918
Filing dateAug 6, 1917
Priority dateAug 6, 1917
Publication numberUS 1268509 A, US 1268509A, US-A-1268509, US1268509 A, US1268509A
InventorsJohn N Stone
Original AssigneeJohn N Stone
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Knockdown sheet-metal locker.
US 1268509 A
Images(3)
Previous page
Next page
Description  (OCR text may contain errors)

1. N. STONE.

KNOCKDOWN SHEET METAL LOCKER.

APPLICATION FILED AUG.6. 1917.

1,268,,509 Patented June 4,1918.

3 SHEETSSHEET 1'- 1, N. STONE. KNOCKDOWN SHEET METAL LOCKER.

APPLICATION FILED AUG.6, 1917.

1 ,268 ,509, Patented June 4, 1918.

3 SHEETSSHEET 2.

J. N. STONE.

KNOCKDOWN SHEET METAL LOCKER.

APPLICATION FILED AUG.6. \917.

1,268,509. Patented June 4, 1918.

3 SHEETSSHEET 3.

J'OHJN N. STONE, 0F GOWANDA, NEW YORK.

KNOCKDOWN SHEET-METAL LOCKER.

Specification of Letters Patent.

Patented June 4, 1918 Application filed August 6, 1917. Serial No. 184,589.

To all whom it may concern:

Be it known that I, JoHN N. STONE, a citizen of the United States,'residing at the village of Gowanda, in the county of Er1e and State of New York, have invented certain new and useful Improvements in Knockdown Sheet-Metal Lockers, of which the following, taken in connection wlth the accompanying drawings, is a specification.

- The invention relates to sheet metal lockers; and the object of the improvement is to provide a simple anddurable knock-down locker construction, which when assembled supports the different parts with great strength and rigidity, the parts of sald locker construction being so shaped as to be 1 easily constructed by means of suitable dies and presses; and the invention conslsts 1n the novel features and combinations hereinafter set forth and claimed.

In the drawings, Figure 1 is a front perspective view of a air of lockers wlth the door of one of the ockers removed so as to reveal the construction of the assembled locker and the door of the other locker being in the closed position. Fig. 2 is a perspective view of the underside of the top plate of a locker, showing the construction and arrangement of the same. Fig. 3 is a perspective View of the inner side of one of the end portions or uprights of the locker separated from the remaining portions and showing the means of attachment to said remaining portions, the bottom shelf being shown in dotted line in position thereon. Flg. 4 is a rear elevation of the back plate showing the hooked lugs thereon for engagement with the end portions and the lock plates for securing said back plate in its attachment to the end portion. Fig. 5 is an edgewise elevation of the central partition or upright, for use when a plurality of lockers are set up in series showing the hinge butts thereon and the stop lugs for the door. Fig. 6 is a crosswise sectional view of the back plate at line XX in Fig. 4 showing the construction and arrangement of the same; and Fig. 7 is a crosswise sectional view of one of the end uprights, for example, at line Y-Y in Fig. 3. Fig. 8 is an end elevation of a portion of the base plate; Fig. 9 1s a top plan view of the same; Fig. 10 is a sectional view of the same; and Fig. 11 is an inner perspective view of said base plate showing the construction and arrangement of the same. Fig. 12 is a perspective view of a portion of down without withdrawing said wedge plate. Fig. 14 is a perspective view of one of the double hooked latch plates before it is spot welded to the base plate. Fig. 15 is an elevation of a portion of one of the uprights,

the central portion being broken away to show the manner of attachment of the hat shelf in the locker; and Fig. 16 is a perspective view of said hat shelf removed from the locker and showing the ribs which lock over the blister in the shelf support. Fig. 17 is a perspective View of the bottom shelf showing the rib to lock over the blister in the" shelf support and the front flange edge for engagement with the base plate. Fig. 18 is a perspective view of one of the double blistered shelf supports before welding to .the sheet metal uprights. Fig. 19 is a lengthwise sectional View of the door showing thebar lock with the handle attached thereto? and Fig. 20 is a crosswise sectional view at line ZZ showing the engagement of the bar lock with the locking plates on the standards; Fig. 21 is an elevation of one of the hooked lugs which engage the bar lock, and

Fig. 22 is a perspective view of one of thehooked locking plates on the slidably mounted locking bar for engaging the hook plates or lugs on the uprights.

Like characters of reference refer to corresponding parts in the several views.

The numeral 25 designates the left end upright, the numeral 26 the right end upright, and the numeral 27 one of the central or partition uprights.

vEach of the uprights 25, 26 and 27 is constructed with a central plate 28 and channel posts or standards 29 on the rear edge and 30 on the front edge, which channel posts greatly stiffen and stren hen the entire construction, the edges 31 o the central plates 28 being turned in an angular flange which braces 29 and 30 providing a surface for spot welding said flanged edges 31 to the inwithin the channel posts ner wall or bottom of the channel posts 1 29 and 30, said flanged edges 31 usually also standardizes the construction.

The rear posts 29 have the closed slots 32 therein to receive in holding engagement the hooked lugs 33 on the back plate 34, the central hooked lugs 33 of the back plate 34 being provided with wedging plates 35 which are attached by means of screw bolts 36 and are shipped as shown in Fig. 4 so that they may be removed and placed in wedging engagement above the hooked lugs33 within the slots 32 as shown in Fig. 13, thereby holding the entire series of spaced hooked lugs 33 along the sides of the back plate 34 in holding engagement within the spaced slots 32 of the channeled uprights. 29 and thereby firmly supporting said uprights in the correct spaced relation.

The channel posts 30 for the front edges of the door are provided with spaced hooked lugs 37 into which the flanged edge 39 of the door 38 closes providing a stop for the door; the hooked lugs 37 bemg preferably attached by screw bolts 40, as shown in Fig. 20. The door 38 has the slidably mounted lengthwise locking bar 41 sup- .ported on the inner side thereof by means of the handle 42 which is attached to the bar 41 preferably by scr'ew bolts 43 at each end of said handle, which screw bolts 43 slidablymove in the slots 44. The bar 41 has the hooked plates 45 attached thereto at spaced distances corresponding to the hooked lugs 37, preferably one near the top and another near the bottom, and a central lug to hold the door firmly throughout its length. A look 46 is provided on the inner side of the door which engages the bar 41 when in the latching or looking position of the lugs 45 and 37. It is apparent that the door may be quickly and easily unlatched by raising the handle 42 as shown in dotted outline in Fig. 19 thereby raising the lugs 45 from the lugs 37 and permitting the opening of the door 38, suitable butt hinges 47 having been provided on the uprights for the rear edge of the door.

After the insertion of the back plate 34 a base plate 48 having the double lugs 49 at each end is inserted inthe double slots 50 in the channel posts 30 thereby firmly locking the front portion of the uprights 25, 26 and 27. The double lugs 49 are preferably formed on a plate 51 which is spot welded to the base plate 48. The base plate 48 has the inturned flanged upper edge 52 which has a spaced lengthwise plate 53 welded thereto to" receive therebetween the flanged front edge 54 of the bottom shelf 55 thereby supporting the front edge of said bottom shelf and holding the uprights and back portion in spaced relation to one another. The sides of the bottom shelf 55 are turned downward in flanges 56 which engage within the bent out holding plates 57 spot welded to the central plates 28 of the uprights in correct position to receive said flanges 56 within said bent out portion of the plates 57, blisters 58 being provided in the upper portion of the bent out portion 57 to lock over the rib 59 on the flaange 56 of the bottom shelf 55 at each s1 e.

It is apparent that the horizontal front flange 54 may be inserted between the plates 52 and 53 of the base plate 48 and the rear portion of the shelf 55 may be pressed down into holding engagement with the ribs 59 beneath the blisters 58, said blisters springing into the required holding engagement, thereby holding said shelf firmly in place and bracing all the parts, the back and sides of the rear shelf being provided with downward flanges. This arrangement permits the quick removal of the shelf 55 when it is desired to knock-down the locker construction. The top 60 is preferably attached by means of screw bolts in spaced slots to thereby lock all the parts into the required holding engagement, the downwardly extendin flanged sides 61 of the stop 60 stifienin an strengthening the upper portion 0 the locker when attached in the set up position.

The top or-hat shelf 62 is also provided with downwardly extending flanged edges 63 which have spaced ribs 64 thereon for engaging the 'blistered lug plates 65 in looking engagement as shown in Fig. 15. It is apparent that the shelf 62 may be inserted into the locker and pressed into holding engagement between the ribs 64 and blistered lugs 65 on the uprights at each side. Suitable garment supporting hooks 66 may also beprovided on the uprights and the back plate, being preferably secured thereto by means of screw bolts for shipment knocked down.

In setting up the lockers a left end upright 25 is selected without hinges and if a series of lockers are desired an upright 27 with hinges 47 and locking hooks 37 and a right end upright 26 with hinges 47 are selected with sufficient back plates 34. The hooks 33 of the back plates 34 are inserted in the slots 32 and the wedges 35 are inserted in the central slots 32 thereby holding the uprights and backs firmly in position. The front base plates 48 are then attached by inserting the hooked lugs 49 within the slots 50. The top plate 60 is then placed upon each of the lockers and bolted into 13? place, after which the bottom shelf for each locker is inserted by raising the rear side thereby allowing the front flange 54 to enter beneath the flange 52 and between said flange 52 and the spaced flange 53, after which the rear portion of the shelf 55 is forced downward onto the shelf supports 58, being locked in place by the blisters 58 springing over the ribs 59. The top or hat shelf 62 is then inserted by forcin it down onto theshelf supports 65, the ri s 64 engaging beneath the blisters on said supports 65. Finally, the door 38 is hung by means of the butt hinges 47 thereby completing the assembling of the locker, and it is apparent that it can easily be knocked down by simply reversing the steps for setting it up.

I claim as new 1. In a knock-down locker, a body, a shelf having a downturned flange formed with a lengthwise rib, a member borne by the body and having a part offset to receive the flange of the shelf, and substantially circular blisters struck-out from the offset part of the member below the top thereof to engage overthe ribs.

2. A lmock-down locker comprising chan-.

neled sheet metal corner posts, connective end plates having lengthwise flanges spot welded within said corner posts to thereby form end uprights, a back plate, spaced hooked lugs alon each lengthwise edge of said back late, t e rear channel posts having space slots therein to receive said spaced hopked lugs in holding engagement, locking wedges one to each edge of said back plate to hold said hooks in said slots and bolted to said back plate, a front base plate having hook and slot connection to the front channel posts, said base plate having a channeled flanged upper edge, the bottom shelf engaging in said flanged upper edge and having downwardly flanged edges with ribs thereon, lugs on said end uprlghts having blisters engaging over said ribs, an upper shelf having downwardly extending flanged edges, ribs on said flanged edges and blister lugs on said uprights engaging said ribs, a top removably attached to said uprights and back plate, a door hinged to one of the front channel posts, spaced hooked stops on the other channel post to receive said door, and a latch bar on the inner side of said door having spaced lugs thereon to engage said spaced hooked stops in latching engagement.

3. A knock-down locker including end members each composed of a pair of U- shaped channeled corner posts, a metal plate having its sides flanged and the latter secured to the inner faces of the bottoms of the channels of the corner posts .at points between and spaced from the free edges of the sides of the channels, a back plate, and hooked lugs on the back plate, the rear corner posts having their inner sides formed with openings to receive said hooked lugs in the space between the metal plate and said inner sides of the channels.

' 4. A knock-down locker including end .members each composed of a pair of U- shaped channeled corner posts, a metal plate having flanged sides directly secured to the corner posts so as to hold said plate spaced from the inner sides and the free edges of said inner sides of the channels of the rear corner posts, said inner sides of the channels of the rear corner posts having openings, a

of the hooked lugs and with the top end walls of the openlngs, and screws to removably secure the wedge plates against movement, and to hold same onto the back plate during knock-down position of the parts.

6. In a knock-down locker, end members having channeled corner posts, a metal plate secured to said posts in spaced'relation to the inner sides of the channels of the corner posts, hooked-lug bearing members secured to the inner faces of the inner sides of the channels of the front corner posts and in said space between said sides and the metal plate and with the hooked lugs extending on the outer faces of said inner sides of the channels, a door, a back connecting the end members and locking means on the door ensecured to said posts in spaced relation to the inner sides of the channels of the corner posts, hooked-lug bearing members secured to the inner faces of the inner sides of the channels of the front corner posts and in said space between said sides and the metal plate and with the hooked lugs extending on the outer faces of said inner sides of the channels, a door, a back connecting the end members, said hooked lugs being arranged in spaced relation to said inner sides of the channels of the front corner posts, and said door having a flange on its free side,'engageable in said space between the hooked hearing lugs and the inner sides of the front channel bars, and locking means borne by the door and engageable with said hooked lugs.

8. In a knock-down locker, end members composed of channeled corner posts and metal plates connected to said corner posts so as to leave space between the inner sides of the channels of the front posts and said plates, said inner sides of the front posts the front corner posts and a. bottom plate engaged with said base plate.

9. In a knock-down locker, end members composed of channeled corner posts and metal plates connected to said corner posts so as to leave space between the inner sides of the channels of the front posts and said plates, said inner sides of the front posts each having an opening, a base plate engageable at its ends with the front faces of the frontcorner posts, hooked lugs borne by said base plate and spaced to the rear thereof for engagement in said openings of'the corner posts and in the space between the metal plate and the inner sides of the channels of the front corner posts, said basevplate having its upper side flanged inwardly, a plate underlying and spaced from said flanged upper side of the base plate and secured to the latter, and a bottom plate having a flange received in said space between the flange of the base plate and the said plate secured to the latter.

10. In a knock-down locker, a body struc- U-shaped channel bars, and a plate having its sides flanged with the flanges secured to the bottoms of the channels of the channel bars and the free edges of the flanges abutting one of the sides of the bars so as to hold the body of the plate at points substantially central of the space between the sides of the channels and free of engagement with the free edges of said sides of the channels.

In testimony whereof I have aflixed my signature in the presence of two Witnesses. JOHN N. STONE.

\Vitnesses: I

H. A. SANDBERG, MAnnL E. SANDBERG.

Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US2525002 *Dec 22, 1947Oct 10, 1950Harvey J SmithDoor locking means
US2741113 *Nov 18, 1950Apr 10, 1956Alfonsas NorkusApparatus for cleaning garments
US2907471 *Jan 13, 1958Oct 6, 1959Strasbourg ForgesMetal cabinet structures
US2926978 *Aug 16, 1956Mar 1, 1960Union Steel Chest CorpUtility cabinet
US3276403 *Apr 23, 1964Oct 4, 1966Hirsh Mfg Co SaKnockdown steel shelving unit and corner fastening means therefor
US3360321 *Feb 1, 1966Dec 26, 1967Novarax CompanyKnockdown locker structure
US3404931 *Mar 20, 1967Oct 8, 1968FallCabinet structure
US3845988 *Jun 19, 1972Nov 5, 1974W FleischEasy-to-assemble structure
US3856374 *Mar 18, 1974Dec 24, 1974Outers LaboratoriesKnock-down electric food smoker
US6499817 *Sep 27, 1999Dec 31, 2002American Locker Group IncorporatedLocker
US7934494 *Oct 10, 2003May 3, 2011Donna Gail SchneiderCollapsible heating apparatus
US8430254 *Mar 20, 2009Apr 30, 2013Steven C. KunisPortable modular closet insert and method of using the same
US20100237031 *Mar 20, 2009Sep 23, 2010Kunis Steven CPortable Modular Closet Insert And Method Of Using The Same
US20100282136 *May 8, 2010Nov 11, 2010Robert StanleyPortable vault
US20120176013 *Jan 3, 2012Jul 12, 2012Darrel WoodsNatural Scent Storage System
Classifications
U.S. Classification312/263, 312/351, 292/162
Cooperative ClassificationA47B47/03