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Publication numberUS2175717 A
Publication typeGrant
Publication dateOct 10, 1939
Filing dateAug 12, 1937
Priority dateAug 12, 1937
Publication numberUS 2175717 A, US 2175717A, US-A-2175717, US2175717 A, US2175717A
InventorsKerr Paul W
Original AssigneeHenry Weis Mfg Company Inc
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Compartment
US 2175717 A
Abstract  available in
Images(3)
Previous page
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Claims  available in
Description  (OCR text may contain errors)

P. W. KERR COIPARTIENT Oct. 10, 1939.

Filed Aug. 12, 1937 3 Sheets-Sheet 1 W, J] j /fl 11 4 I fl] m 0 n 7 3 W2 m w Q) d 2 Mm m a 1 J m I. 7 1 W? 1 Z 1 l f T 1 J V 13 ff fizz/677.1%;- Pa uZ 15 KM (f/i /iw W. KER

CONPARTI Filed Aug. 12, 1937 3 Sheets-Sheet 2 Javen g PQ Z K7fir P. W. KERR CONPARTIENT Oct. 10, 1939.

Filed Aug. 12, 1937 3 Sheets-Sheet 3 fizz/@7152)".- .Pczui' Z. Err 15 WW2 M Patented Oct. 10, 1939 PATENT OFFICE OOMPABTDIEN'I Paul W. Ken, Elkhart, Ind., alsignor to Henry Wcia Manufacturing Company, Inc., Elkhart, M, a corporation of Indiana Application August 12, 1937, Serial No. 158,725

5 Claims. (Cl. 189-34) This invention relates to toilet; dressing room, cubicle and other compartments, and among other objects aims to provide a metal construction of improved appearance which possesses the desired rigidity and stability for modern construction.

The nature of the invention may be readily understood by reference to one illustrative construction embodying the invention and shown in the accompanying drawings.

In said drawings:

Fig. 1 is a plan view of a battery of compartrnents;

Fig. 2 is a front elevation thereof;

u Fig. 3- is a vertical section through an anchoring device and stile taken on the plane 3-4 of P18. 2;

Fig. 4 is a vertical section taken on the plane 4-4 of Fig. 3; and

m Fig. 5 is a plan section taken on the plane 5-5 of Fig. 2. 1

Compartments of this character are characterized by enclosures formed with partition panels, stiles and doors which terminate short 25 of the ceiling and generally short of the fioor. Heretofore, it has been the practice to stabilize or anchor the tops of the partitions and stiles by a superstructure which extends to the ceiling or by head rails which extend horizontally (above 30 the doors and stiles) continuously from end to end of the structure. In modern design it is desirable to eliminate all head rails and superstructure, but heretofore it has not been possible practically to provide sufiicient durability 35 andrigidity to render the compartments architecturally acceptable. Attempts have been made to employ vitreous or marble partitions without head rails or superstructure in the expectation that the weight of the panels would provide rigidity and stability, but this has been largely an illusion.

The present construction embodies for the first time a metal compartment conforming to modern design and possessing the requisite character- 45 istics of durability and rigidity, and eliminating the defects and objections inherent in vitreous and marble compartments.

The invention is here shown illustrated in a battery of compartments formed by panels I0 50 connected to and extending outwardly (generally in parallel relationship) from a wall ll of the building. The outer ends of the panels are connected to and supported by stiles l2 between which swing doors it supported by the respecsa tive stiles. The battery of compartments may extend from one side wall M to the other, but this is not necessary since one or both ends of the battery of compartments may be formed by a panel construction similar to the dividing partitions between compartments.

The compartments are not stabilized or supported, as will be noted from Fig. 2, by any superstructure or head rails. Support therefore is derived entirely from the stiles and the connection of the panels to the wall I l.

As will presently appear in greater detail, the stiles are able to resist the very considerable stresses imposed thereon, either directly or by forces exerted on the panels, by anchoring devices which hold the stiles in a fixed position de- 1 termined at the time of assembly and erection of the compartment. Since the upper ends of the stiles are free or unsupported, the stresses imposed thereon must be practically entirely assumed by the aforesaid anchoring devices. 90 While the panels themselves may be securely attached to thewall, the leverage at the outer end of the panel is obviously so great that despite the supporting assistance given by the wall connection, the panels require the support of the stiles to develop the necessary rigidity or immobility. However, by reason of the metal construction of the panels, they are able to assume stresses which could not be imposed upon marble or similar panels without the danger of breakage. Indeed marble or vitreous panels would break at the holes provided for attachment of the anchorages if subjected to the forces generally imposed on structures of this type. Their brittleness or lack of elasticity causes stresses to be transmit- 'ted to and concentrated upon vulnerable points.

The anchoring devices l5 are here shown provided with a base It and a socket ll of such shape as to receive the lower end of the stile with a fairly snug fit. It is unnecessary in erec- 40 tion of the compartments to provide special sockets or the like in the fioor at predetermined points. The floor may be finished without reference to the location of the anchoring devices and the latter attached thereto by bolts. II and conventional expansion anchors is which are placed in holes subsequently drilled in the fioor at the exact points where it is desired to locate the anchoring device. The bolt heads or nuts seat against the transverse web III in the base of permit some lateral adjustment of the anchoring 5 device ll.

The stiles here shown are composite in character comprising double sheet metal walls of the same general character as those of the panels II. The interiors of both stiles and panels preferably are filled-with light weight material in the form of fibrous sheets to give the effect of solidity and to eliminate drumming noises. The lower ends of the stiles have a fairly snug fit in the sockets of the anchoring devices and are preferably provided with substantial filler pieces II which in this instance are U-shaped in character. The latter are preferably threaded to receive attaching bolts 22 and screws 23 which pass through holes in the sides of the sockets oi. the anchoring devices. The bolts when tightened clamp the sheet metal faces of the stile firmly between the inner faces 0! the socket and the filler piece 2|. Preferably the stiles are slotted as at 24 to permit vertical adjustment for purposes presently explained. A spacer member ll inside the stiles assists'in maintaining the spacing of the light gauge side walls at the lower end where the filling material has been omitted for mechanical reasons.

As here shown, a round-headed screw 23 is employed on the outer face of the anchor member since it is less conspicuous than the headed bolts 22 which are employed on the inner face of the anchor where they are not readily observed.

The panels II are connected to the wall II by brackets 28 which embrace the edges of the panels and are connected thereto by bolts 21. The brackets 20 are anchored or otherwise appropriately attached to the wall II. The outer ends of the panels are rigidly connected to the stiles by bracing members 20 here shown in the form of caps 29 fitting over the upper edges of the panel and provided with integral laterally extending flanges 30 bolted or otherwise attached to the inner face of the stiles on opposite sides of the panel. The bracing member may advantageously be in the form of a casting of substantial strength which holds the stile against twisting or substantial movement relative to the panel.

In addition, the panels and stiles are connected by hook members 3| projecting from the edge of the panel and hooked into slots 32 in the face of the stiles (see Fig. 3). If desired, the hooks may be provided with projections 33 which enter openings ll in the stiles after the hooks have been moved downwardly into engagement with the bottom 35 of the slots 32. The inner ends of the hooks are advantageously anchored in the panels by a channel 31 formed to embrace the hooks and in which they are connected by spot welding or in any other appropriate way. The flanges 38 of the channel are resilient and normally engage the inner edge of the panels at an angle to provide spring tension which causes the edges of the panels to press against the faces of the stiles. The inner faces of the stiles carry a reinforcing channel member 3! in the region of attachment of the panels. The connection is here illustrated at the center line of the stiles but it will be understood that if desired for special constructions the center line of the stile may be offset to one side or the other of the partition panel.

The doors II are hinged to the stiles by upper' thedoorsandstiles.

A door stop 44 is carried by the opposite stile, in this instance to prevent the door from swinging outwardly beyond the plane of the compartments.

In assembling the compartments, the stiles are vertically adjusted in their sockets to align their upper edges and to compensate for the slight inclination which usually occurs in the fioor. The stiles and the sockets may thus be designed independently of the particular position which they are to occupy or of the inclination of the floor upon which the sockets are to rest. It is possible by means of the sockets and the anchor bolts by which they are secured to the floor, to hold the stiles much more firmly than is possible with the conventional mounting of marble or vitreous stiles. The latter are seated in a recess which must be formed in the floor and each stile and its mounting in the recess require special treatment. being incapable of and unsuited for vertical adjustment. Nevertheless, this mounting is incapable of holding the stiles and partition panels with adequate firmness and has not proved acceptable without head rails or similar devices forholding the upper ends of the stiles. Indeed the brittleness or lack of elasticity of materials of this character precludes any method of assembly which might result in concentration of stresses in one region.

The present construction, on the other hand, makes it possible to anchor and support the stiles, panels and doors rigidly against displacement under the extreme stresses to which compartments of this character are subjected, without the use of head rails or other superstructure and without incurring risk of breakage of the stiles or panels under such stresses. Special provision in the floor for the base sockets is not required, the floor being laid without regard to the loca-- tion of the base sockets thereon. Thus no difficulty arises out of the inevitable lack of accuracy where provision for anchoring the stiles must be made when the floor is laid.

Obviously the invention is not limited to the details of the illustrative construction since these may be variously modified. Moreover it is not indispensable that all features of the invention be used conjointly since various features can be used to advantage in different combinations and sub-combinations.

Having described my invention, I claim:

1. In a metal compartment, a stile base connection comprising in combination a base slotted to receive floor anchor bolts, a socket member carried by said base, a relatively wide sheet metal stile closely fitting in said socket but vertically slidable therein, said stile having a pair of vertically extending laterally spaced slots in its wide face, bolts extending from said socket member through said slots, a clamping member on the interior of said stile into which said bolts are threaded and adapted to cooperate in clamping said stile against lateral displacement of its upper end, the top of said stile being unconnected with any supporting structure.

2. A metal compartment of the character described comprising in combination a floor fitting anchored to the floor on which the compartment is installed and having a stile socket therein, a stile seated in and closely fitting said socket, the

top of said stile being unconnected with any overconnecting member having a cap fitting over the upper edge of said panel and having laterally extending wings bolted to the said stile on opposite sides of said panel.

3. A metal compartment'of the character described comprising in combination a floor fitting anchored to the fioor on which the compartment is installed and having a stile socket associated therewith, a laterally wide sheet metal stile having its lower end adjustably seated in and enclosed by said socket, said fitting having a plurality of laterally spaced means for clamping said stile at a plurality of laterally spaced points to hold the latter firmly against lateral movement in its vertically adjusted position, said means permitting vertical adjustment of said stile, the top of said stile being free of overhead supporting structure, a door hinged to said stile, a metal panel terminating short of the floor and ceiling,

means for rigidly connecting said panel to the inner face of said stile to prevent relative movement between stile and panel, and means for supporting the opposite edge of said panel.

4. A metal compartment of the character described comprising in combination a floor fitting adapted to be anchored to the floor on which the compartment is to be installed and having a stile socket therein, a laterally wide metal stile of rectangular shape and uniform width throughout its entire height having its lower end portion seated in said socket, means rigidly securing said lower end portion in said socket to hold said end portion rigid with relation to said fioor whereby lateral. tilting stresses imposed on the stile above said lower end portion are absorbed by the inherent resiliency or the metal of the stile, a

door hinged to a side of said stile, a metal panel cooperating with said floor fitting to support the stile and constituting the sole additional support therefor, means for rigidly connecting said panel to the inner face of said stile to prevent relative movement between stile and panel, and means for 5 supporting the opposite edge of said panel.

5. A battery of metal compartments of the character described comprising in combination a plurality of floor fittings anchored in mutually spaced relation to the floor on which the compartments are installed and each fitting having a stile socket associated therewith, a plurality of mutually independent and unconnected laterally wide sheet metal stiles each being of rectangular shape and uniform width throughout its entire height having its lower end portion adjustably seated in one of said sockets, said stiles terminating short of the ceiling and being free of overhead supporting structure, means rigidly securing each lower end portion to its fitting at a plurality of g laterally spaced points to hold said end portion rigid with relation to said floor whereby lateral tilting stresses imposed on the stile above said lower end portion are absorbed by the inherent resiliency of the metal of the stile, said means 25 permitting the securing of the stile in vertically adjusted position, a door hinged to a side of each stile, a plurality of metal panels cooperating with said fioor fittings to support the stiles and constituting the sole additional support for the stiles, means rigidly connecting an edge of one of said panels to each of said stiles to prevent relative movement-between the stiles and the panels, and means for supporting the opposite edges of the panels.

PAUL W. KERR.

Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US2796158 *Oct 22, 1947Jun 18, 1957Johns ManvilleWall assembly
US3013642 *Sep 5, 1958Dec 19, 1961Birum Jr Herbert LPartition intersection
US3087586 *Jun 22, 1959Apr 30, 1963Mcax CorpWall structure
US3228157 *Apr 13, 1964Jan 11, 1966Movable Walls CorpMovable partitions
US3232013 *Mar 21, 1963Feb 1, 1966Henry Weis Mfg Company IncPartition panel
US3304683 *Feb 5, 1964Feb 21, 1967Texas Instruments IncWall structure
US3370388 *Jan 6, 1964Feb 27, 1968Sanymetal Products Company IncVertical wall suspended compartments
US4048775 *Oct 22, 1975Sep 20, 1977The Sanymetal Products Co., Inc.Anchor assembly for pilasters
US4186666 *May 5, 1978Feb 5, 1980Reuben HonickmanWall unit
US4197685 *Jul 24, 1978Apr 15, 1980Gf Business Equipment, Inc.Partition strut assembly
US4237799 *Feb 7, 1978Dec 9, 1980Citibank, N.A.Banking protection system for 24 hour banking
US4404776 *Jan 21, 1981Sep 20, 1983Hauserman Ltd.Hanging components for space divider system
US5377466 *May 29, 1992Jan 3, 1995Haworth, Inc.Separable post/panel system
US5606836 *Sep 26, 1994Mar 4, 1997Haworth, Inc.Separable post/panel system
US5711121 *Oct 22, 1996Jan 27, 1998Garver; James A.Partition system
US6115977 *Sep 11, 1998Sep 12, 2000Krueger International, Inc.Knock-down panel partition system
US6131347 *Sep 9, 1999Oct 17, 2000Krueger International, Inc.Reconfigurable wall panel partition system
US6397533Sep 9, 1999Jun 4, 2002Krueger International, Inc.Tile and mounting arrangement for a wall panel system
US7024823Mar 12, 2004Apr 11, 2006The Pines Residential Treatment Center, Inc.Sentinel event reduction system
US7987635Jul 2, 2008Aug 2, 2011The Mills CompanyPartition system
US8726578Jul 14, 2011May 20, 2014The Mills CompanyPartition system
US9145697 *Jan 23, 2015Sep 29, 2015Avery Aerospace CorporationRestroom partition mounting bracket
US20050198910 *Mar 12, 2004Sep 15, 2005Patrick KellerSentinel event reduction system
US20080120256 *Oct 26, 2007May 22, 2008Adam Jeffrey LisookApparatus and process for increasing the consumer awareness of consumer products
US20090007504 *Jul 2, 2008Jan 8, 2009The Mills CompanyPartition system
Classifications
U.S. Classification52/65, 52/243, 52/205, 52/239, D25/16
International ClassificationE04H1/12
Cooperative ClassificationE04H1/1266
European ClassificationE04H1/12C4