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Publication numberUS3125191 A
Publication typeGrant
Publication dateMar 17, 1964
Filing dateDec 21, 1959
Publication numberUS 3125191 A, US 3125191A, US-A-3125191, US3125191 A, US3125191A
InventorsMax E. Singer
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Partition panel assembly
US 3125191 A
Abstract  available in
Previous page
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Claims  available in
Description  (OCR text may contain errors)

March 17, 1964 E. SINGER ETAL 3,125,191

PARTITION PANEL ASSEMBLY Filed Dec. 21, 1959 0 2 Sheets-Sheet 1 March 17, 1964 slNGER ETAL 3,125,191

PARTITION PANEL ASSEMBLY Filed Dec. 21, 1959 2 Sheets-Sheet 2 l7 e50 as F algaa, I, b

In (86 elb a h a! 81%? F as a I I 8 85 ad //b I f 6 8621 1'1 1/0 a; ease as elf ad; t/1d United States Patent 3,125,191 PARTE'HUN PANEL ASdEMBlLY Max E. Singer, Boston, and Kendall L. Shout, Framingham, Mesa, assignors, by mesne assignments, to James F. Power Filed Dec. 21, 1959, der. No. 860,757 1 Claim. (til. 189-34) This invention relates to panel assemblies of the general type used for making prefabricated building partitions. for permanent partitions, but is especially suitable for temporary partitions for oflices, stores, factories, and similar buildings where rearrangement of the interior space may become necessary from time to time.

wardly sloping portion 21b, an inturned flat portion 21c, a downturned portion 21d, a looped rib 21e, an upwardly sloping portion 21], a flat portion 21g, and a curved rim 21h. A typical secondary molding 25 (FIG. 3) has a curved rim 25a, an outwardly sloping portion 25b, an in- 7 turned flat portion 250, a downturned portion 25d, a hori- The panel construction here shown may be used The general object of the invention is to provide a I partition panel assembly which can be erected with a minimum of labor and without special tools, which is smooth and attractive in appearance and easy to keep clean, which is sufficiently rigid and durable to form as a permanent partition, yet may be readily dismantled and moved to'another location, as desired, and which permits the use of a wide variety of wall-forming materials.

The assembly here described consists in general of a frame composed of metal channels, a number of molding strips, referred to as primary moldings, which snap on to the frame and engage one face of a panel of stiff sheet material, and a number of other molding strips which also snap on to the frame and engage the opposite face of the panel to secure it in the frame. Other advantages and novel features will be apparent from the following detailed description.

In the drawings illustrating the invention:

FIG. 1 is a side elevation, partly broken away, of a panel assembly constructed according to the invention;

FIG. 2 is a fragmentary cross-section through one of the frame channels showing the primary molding in place;

FIG. 3 is a cross-section similar to FIG. 2 showing a panel in place and the secondary molding in the process of assembly;

FIG. 4 is a cross-section similar to FIGS. 2 and 3 with the secondary molding completely assembled;

FIG. 5 is a cross-section, somewhat enlarged, taken along line 55 of FIG. 1;

FIG. 6 is a cross-section taken along line 6-6 of FIG. 5; and

FIG. 7 is a fragmentary exploded view of one corner of the assembly.

The supporting frame for the panel assembly is constructed of four channels 10, 11, 12 and 13 of a generally conventional type used for adjustable framing. Channel 11, as illustrated in FIG. 2, is generally U-shaped with inturned flanges 11a and 11b, and downturned lips 11c and 11a. The channels are secured together at the corners by means of angle brackets 14, one of which is shown in FIGS. 6 and 7, bolts 15, and spring-pressed nuts 16 inserted into the channels. The panel 17 may be made of any desired stiff sheet material, such as glass, metal, wood, or composition wall board.

The panel 17 is cut to a size to substantially fill the opening of the frame with some clearance all around. The panel is secured to the frame by molding strips 18, 19, 263 and 21, referred to as the primary moldings, and 22, 23, 24 and 25, referred to as the secondary moldings. These moldings stop short of brackets 14, and the corners are filled in, on both faces of the panel, by corner pieces '26.

The molding strips are all made of relatively thin rolled sheet metal, or similar material, with a certain amount of spring. A typical primary molding 21, as shown in FIGS. 2 through 4, has a curved rim 21a, and an outzontally extending portion 252, and a downturned lip 25 To assemble the panel 17 into the frame, the primary moldings are first assembled on to the frame channels. For example, molding 21 is placed so that portion 210 seats on flange 11a, and rib 21a engages under the end of downturned lip 11c of the channel. Preferably portion 21d is of such dimension that lip 110 is fitted rather tightly between portion 21c and rib 212 so that the molding snaps on to the channel and will stay in proper position while the assembly is being completed. Portions 21 and 21;; extend across the opening between the channel lips, with rim 21h spaced only a short distance from lip lid, for example, by about the thickness of the sheet metal from which the molding strips are made.

When all four primary strips have been assembled on to the channel frames, the panel 17 is set in place. The secondary moldings are then installed. For example, the lip 25 of molding 25 is inserted between rim 21h and lip 11d, as shown in FIG. 3. By rotating molding 25 to the position indicatedby the dotted outline 27 and pushing the molding inward and downward, portion 25c can be inserted under portions 21] and 21g. Molding 25 is finally pressed down into the fully assembled position shown in FIG. 4. In this position portion 250 seats on flange 11b, portion 25d is held between rim 21h and lip 11d, and the left-hand end of portion 25e is engaged under rib 21c. The secondary molding is thus held firmly in place by the primary moldings. The other secondary moldings are applied in the same manner as molding 25.

Preferably the primary and secondary strips are so proportioned with respect to the frame channel, that rims 21a and 25a would almost touch each other where the strips are assembled in unstressed condition. With the panel 17 in place, portions 21b, 2% are flexed to a certain extent and pressure is applied to the panel by rims 21a, 25a. The panel is thus securely gripped by the moldings. The moldings will yield sufliciently to receive panels of various thicknesses, for example from 4 inch up to /2 inch.

Each of the corner pieces 26, as exemplified in FIGS. 5 and 6, has a rounded outer rim 26a, a rounded inner rim 26b, and a pair of tabs 2 6a and 26d. The corner pieces are generally L-shaped and have sloping faces 2612 which correspond approximately in slope to the outwardly sloping portions of the moldings. The corner pieces are assembled onto the frame by sliding tabs 26c and 260! under adjacent moldings, between the panel 17 and rim 21a, for example, and between the panel and the corresponding panel engaging rim of molding 18. The curved rim 26a of the corner piece can then be snapped around the outer edges of the exposed sloping portions of the moldings.

Ordinarily the corner pieces are applied to the primary moldings before the panel is set in place. After the panel and secondary moldings have been installed, the four corner pieces are snapped onto the secondary moldings, completing the assembly. As the corner pieces, due to their shape, are not as flexible as the moldings, the slope of the face 25s should be made approximately equal to the slope which the portions 21b or 25b will assume when assembled on a panel of certain thickness. Several variations of corner pieces with various slopes may thus be required to cover the range of panel thicknesses to which the moldings will adapt themselves.

The panel can be assembled into the frame by one man because the primary moldings and associated corner pieces will retain their position on the framework while the panel is being set in place. All the assembly operations can be performed from one side, which is a great convenience when erecting a long series of panels.

The unit is here shown as having a four-sided frame, but the top channel can be omitted, as three channels are adequate to support the panel. In some instances, a pair of vertical panels anchored to the floor and ceiling, or a pair of horizontal channels anchored to opposite walls, might be used. A number of variations of partition structures can be made up from the basic unit here described. For example, the end channels of a succession of panel assemblies can be connected back to back to form a continuous Wall of any length, or four frame channels connected back to back may serve as an intersection for two partitions.

The panel assembly may be readily dismantled by prying off the corner pieces on the secondary molding side with a screw driver or similar tool, removing the secondary molding, removing the panel, and then taking out the primary moldings and corner pieces. A partition made up of these assemblies can thus be readily taken down and erected in a new location, without loss of material and with a of expense for labor. The various parts of the assembly can be prefinished according to any desired decorative scheme, thus eliminating the inconvenience and delay of painting on the job. The molding and corner assemblies form a smooth rim which is neat in appearance and easy to keep clean.

What is claimed is:

A partition panel assembly comprising: a support- 4 ing frame, including a channel member having a first flange with a first reentrant lip having an inner end, and a second flange with a second reentrant lip, said flanges extending toward each other, and said 'lips having opposed spaced side faces; a panelcentnally disposed with respect to said flanges, a primary molding made of resilient material having a rim engaging said panel outside said channel, a first portion sloping from said ri-m away from said panel toward said channel, a second portion seated on said first flange, a third portion extending along the side face of said first lip, a loop engaged inside said inner end, and a fourth portion extending toward the other lip; and a secondary molding made of resilient mate- 1 rial, having a rim engaging said panel opposite the rim of said primary molding, and a first portion sloping oppositely and symmetrically with respect to the first portion of said primary molding, a second portion engaged I between said fourth portion and said second lip, and a third portion extending toward said first flange and engaged inside said primary moldingin the region of said loop.

References Cited in the file of this patent UNITED STATES PATENTS

Patent Citations
Cited PatentFiling datePublication dateApplicantTitle
US1798897 *Nov 1, 1929Mar 31, 1931Olson Charles SMolding
US1842094 *May 3, 1929Jan 19, 1932Hauserman Co E FMetallic wall structure
CA468582A *Oct 10, 1950Charles W AttwoodBuilding construction materials and structures made up by use of same
Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US3256668 *Oct 1, 1962Jun 21, 1966Downes Leonard OPartitions with panels secured to framing members by resilient clips
US4050201 *Oct 15, 1973Sep 27, 1977Kawneer Company, Inc.Wall construction having a continuous sill with gutter means
US5218799 *May 31, 1991Jun 15, 1993Allsteel Inc.Pre-assembled glazed panel with trim assembly for wall panel systems
US6058667 *Apr 15, 1998May 9, 2000Steelcase Development Inc.Modular window for partition panels
US6513288Feb 26, 1999Feb 4, 2003Steelcase Development CorporationWindow assembly for partitions
US7752816Jul 11, 2006Jul 13, 2010Quanex CorporationRetention assembly for retaining a panel in a window or a door
US8291656Jun 3, 2010Oct 23, 2012Quanex CorporationRetention assembly for retaining a panel in a window or a door
U.S. Classification52/773, 52/476
International ClassificationE06B3/58, E06B3/60, E04B2/76
Cooperative ClassificationE06B3/605, E04B2/761, E06B3/60
European ClassificationE06B3/60, E04B2/76B, E06B3/60A