US3327448A

US3327448A - Two-piece upper molding

Info

Publication number: US3327448A
Application number: US291414A
Authority: US
Inventors: John D Lincoln
Original assignee: Continental Can Co Inc
Current assignee: Continental Can Co Inc
Priority date: 1963-06-28
Filing date: 1963-06-28
Publication date: 1967-06-27
Anticipated expiration: 1984-06-27

Description

June 27, 1967 J. D. LINCOLN 3,327,448

TWO-PIECE UPPER MOLDING Filed June 28, 1963 2 Sheets-Sheet 1 I NVENTOR 33 Jon-m D.LINCOL.N

ATTORNEYS June 27, 1967 J. D. LINCOLN 3,327,448

TWO-PIECE UPPER MOLDING Filed June 28. 1963 F3 Q i z E1 8 2 Sheets-Sheet 2 SI 50 H INVENTOR JOHN D.L|ucouu ATTORNEYS United States Patent 3,327,448 TWO-PIECE UPPER MOLDING John D. Lincoln, Mount Vernon, (Ihio, assignor to Continental Can Company, Inc, New York, N.Y., a corporation of New York Filed June 28, 1963, Ser. No. 291,414 2 tilairns. (Cl. 52732) This invention relates to an improved metal molding formation for holding honeycomb wall panels, and in particular to novel ceiling and floor moldings for wall panels.

An object of this invention is to provide novel moldings for a fioor and ceiling for fixedly positioning wall panels thereto.

With the above and other objects in view that will hereinafter appear, the nature of the invention will be more clearly understood by reference to the following detailed description, the appended claims and the several views illustrated in the accompanying drawings:

In the drawings:

FIGURE 1 is a fragmentary elevational View of a wall constructed of a plurality of wall panels held in vertical alignment by floor and ceiling molding, and adjacent panels being connected by a seam cover-strip.

FIGURE 2 is a horizontal cross-sectional view taken along line 22 of FIGURE 1 and illustrates the I-shaped seam cover-strip connecting together a pair of adjacent panels.

FIGURE 3 is a fragmentary perspective view of one T-shaped section of the I-shaped cover-strip shown before the section is joined to a flexible or resilient Web section.

FIGURE 4 is a vertical cross-sectional view taken along the line 44 of FIGURE 1 and illustrates a two-piece molding attached to the ceiling and a one-piece molding attached to the floor for vertically securing a wall panel, intermediate panel portions being broken away.

FIGURE 5 is a side elevational View of a partly raised wall panel illustrating one manner of positioning the wall panel in place.

FIGURE 6 is a fragmentary View of a panel and a wedge and illustrates one form of preparing the panel and seam cover-strip for shipment from the factory.

FIGURE 7 is a fragmentary view of a pair of adjacent wall panels, a seam cover-strip and a pair of wedges and illustrates one manner of spreading the flanges of the cover-strip to facilitate the joining of adjacent panels.

FIGURE 8 is a fragmentary horizontal cross-sectional view of a corner formed by adjacent wall panels and illustrates one manner of securing the panels together and one form of corner closure piece having bulbed edges snapped into receiving slots in a seam cover-strip.

FIGURE 9 is a fragmentary cross-sectional view of a shallow inverted V-shaped roof section formed of panels, and a modified form of a seam cover-strip.

FIGURE 10 is a fragmentary vertical cross-sectional view similar to FIGURE 4 and illustrates a different form of floor and ceiling moldings and a small wedge member for facilitating the placement of the bottom of a wall panel into the floor molding.

Referring to the drawings in detail, FIGURE 1 shows a portion of a wall It) formed of a plurality of honeycombed wall panels 11 which are held in a vertical plane between a ceiling 12 and a floor 13 by an upper or ceiling molding 14 and a base or floor molding 15.

The upper molding 14 and base molding 15 are shown in more detail in FIGURE 4. It will be seen that the upper molding 14 is of two-piece sectional construction having a fixed section 16 secured to the ceiling 12, by screws 17 or similar securing means, and a separate section 18 carried by the wall panel 11.

ice

The fixed section 16 of the upper molding 14 is formed of a flat central portion 19, in abutting relation with the ceiling 12, and extends the entire width of the molding 14. A short end catch portion 20 depends from one edge of the fiat central portion 19, and the opposite edge of the fiat central portion 19 is provided with a depending arcuate section 21 which has at the lower end thereof an upwardly directed inwardly turned stop-piece 22 as is shown in FIGURE 4 the stop-piece 22 is integral with the depending arcuate section 21 and is reversely turned and extends toward the flat central portion 19 so as to lie closely adjacent to the wall panel 11.

The separate section 18, carried by the wall panel 11, is formed of a central fiat portion 23 having a short depending bumper 24- at one edge thereof and a depending piece 25 having an upwardly curved a-rcuate snap-section 26 as shown in FIGURE 4, the depending piece 25 is integral with the central flat portion 23 and extends downwardly therefrom. The snap-section 26 is integral with and extends upwardly and outwardly from the depending piece 25 for engagement with the catch portion 20. Engagement of the snap-section 26 with the catch portion 20 precludes lateral movement of the wall panel 11 and maintains it in the desired location.

It is to be understood that the molding 14 is not limited in its use to an upper molding out may obviously be used as a base molding or be disposed in a vertical plane so as to cooperate with a vertical edge of a wall panel. To this extent, the terminology used in defining the molding 14 is subject to interpretation.

The base molding 15 is formed of one-piece construction and is shaped to receive the lower end of the wall panel 11. The base molding 15 has a flat base portion 27 which is secured to the floor 13 by screws 28 or similar securing means. At opposed edges of the flat base portion 27 a small space or recess is provided for tile or carpet or other floor covering by inwardly deforming the molding 15 at the portions 29. :Extending upwardly from the portions 29 are curved outer pieces 30 which terminate at inwardly turned depending end portions 31. As is clearly shown in FIGURE 4, the curved outer pieces 30 and depending end portions 31 form a pair of cavities 32 disposed on opposite sides of the wall panels 11. The cavities 32 provide convenient conduits for electric Wires and the like.

In a completed partition or wall iii, the seams between the top ends of the wall panels 11 and the ceiling 12 are covered by the two-piece upper molding 14 as is shown in FIGURE 4. In a similar manner, the seams between the bottom ends of the wall panels 11 and the floor 13 are covered by the base molding 15, as shown at the bottom of FIGURE 4. The base molding 15 is secrewed or otherwise secured to the floor 13 along layout lines for the wall 16, and in a similar manner, the fixed section 16 of the upper molding 14 is secured to the ceiling 12 directly above the base molding 15, as shown in FIGURES 4 and 5. The section 18 of the upper molding 14 is placed over the top end of the wall panel 11 before erection, so that when the wall It) is moved to its full vertical position, the section 18 snaps into interlocking relationship with the fixed section 16 attached to the ceiling 12. This interlocking relationship of the two sections of the upper molding 14 retains the wall 10 in its erected position.

It is readily apparent that the upper molding 14 and base molding 15, just described, are useful in the erection of walls which are either of unitary construction or are formed of a plurality of panels such as the wall panels 11. The moldings may be made out of any suitable resilient material such as thin gage stainless steel, some of the plastics known in the art, or tempered aluminum.

In forming the wall 10 from a plurality of wall panels 3 11, it becomes desirable to provide a cover strip for the seam line formed by the vertical edges of adjoining panels 11. A novel cover strip for this purpose is shown in FIG- URES 1 through 3.

The I-shaped seam cover strip 41) is formed of a pair of T-shaped sections 41 which are preferably [made of extruded aluminum but, of course, may be made of other suitable materials. Each T-sha-ped section has a flange portion 42 and a pair of legs 43 integrally connected to a central section of the flange, as is shown best in FIG- URE 3. The legs 43 of the pair of T-shaped sections 41 are secured to a flexible film or web 44. This web 44 may be made of Mylar, or rubber, or a suitable elastomer, or of two plies of kraft paper with an intermediate of polyethylene, and is clamped or otherwise secured between the legs 43, as shown in FIGURE 2.

As shown in FIGURES 1 and 2, the seam cover strip 40 extends between the upper molding 14 and the base molding 15 and is disposed between and connects adjacent the wall panels of the wall 10.

The film or web 44 is secured into the T-shaped sections 41 prior to the erection of the wall 10. The extruded cover strip 40, as shown in FIGURE 3, can be produced in any predesignated length. Likewise, the film or web 44 can be slit to a selected width which can be readily calculated once the thickness of the wall panel 11 is known.

Illustrated in FIGURE 6 is a convenient form of preparing a panel 11 and its associated cover strip 40 for shipment from the factory to the job site. The wall panel 11 is inserted into one side of the cover strip 40 between the flanges 42 and on one side of the legs 43. A wedge 45, formed of wood or any other suitable material, is inserted between the flanges 42 on the other side of the legs 43 from the panel 11. If rubber, or other elastorner, is used to make the film or web such as the web 44, placement of the wedge 45 will stretch the web 44 such that its elasticity will cause the cover strip 40 to snugly grip the panel 11 and wedge 45.

Illustrated in FIGURE 7 is one way of connecting two adjacent wall panels 11 with the seam cover strip 40. The wall panel 11 at the left of FIGURE 7 has the cover strip 40 placed over one edge. Then the panel 11 at the right side of the figure is inserted into the cover strip 40 with the aid of small tapered wedges 46. After the contact with the legs 43,the wedges 46 are removed and the elasticity of the web 44 causes the cover strip 40 to snugly embrace the adjoining pair of wall panels 11.

In FIGURE 8 there is shown a fragmentary section of a corner formed by a pair of wall panels 11 at a right angle to each other. It is necessary to the construction of such a corner that various changes be made to the seam cover strip 40 previously described. A pair of adjoining T-sections 41 have one portion of the flanges 42 bent at a 45 angle and these portions are secured together by a threaded nut and bolt assembly 47. Modified T-sections 50 are attached to the film or web 44 and engage the opposite sides of the wall panels 11 from the T-sections. The corner is completed by connecting a closure plate 55 between the pair of T-sections 50.

As shown in FIGURE 8, the closure plate 55 is provided at its opposite sides with bulbed edges 56. These bulbed edges 56 are snapped into mated receiving slots formed in the T-sections 50 at the bifurcated end portions 51.

Illustrated in FIGURE 9 is a modified form of seam cover strip 60 which is particularly useful in securing together a pair of adjacent panels 11 which are disposed at an angle to each other. As shown, a pair of panels 11 are joined to form a shallow inverted V-shaped roof section. The cover strip 60 comprises a top plate 61 and a bottom plate 62. The top plate 61 is bent at a central portion thereof to the desired angle and is provided with a hollow cylindrical socket 63 which has internal screw threads 64 therein. The bottom plate 62 is bent at a central portion thereof to form an angle corresponding to the ing molding 71B and floor molding 71. The molding is composed of flat plate 72 and has depending flanges 73 and '74 integral with the plate 72 to form a cavity for receiving the top portion of the panel 11. The molding 70 is attached to the ceiling 12 by screws 75 or other securing means.

In alignment with and disposed below the ceiling molding 70 is a floor molding 71 which is secured to the floor by screws 76. The molding 71 is composed of a flat plate 77 which has

upstanding flanges

78 and 79 at opposed sides of the plate 77 to form a cavity for receiving the lower portion of the panel 11.

In order to assemble the panel 11 with the moldings 7t? and 71, the top of the panel is manually inserted into the cavity of the ceiling molding 7d. The bottom of the panel 11 is then brought adjacent to the floor molding 71.

A tapered wedge 811 is placed adjacent to the molding 71 and is of aheight equal to or slightly in excessof the height of the upstanding flange 79. Thus, it is an easy matter for a worker to slide the bottom edge of the panel up over the flange 79 and place the panel into the cavity formed by the molding '71 without any damage being done to the flange 79.

As shown in FIGURE 10, the

flanges

74 and 79 are shorter than the

flanges

73 and 78. It is obvious that the height of the panel 11 must be smaller than the distance between the floor and ceiling to accommodate the swinging of the panel into place without it being jammed therebetween. The top left corner of the panel 11 is engaged with and restrained from lateral movement by the depending flange 73 while the worker slides the panel up the tapered wedge 81 and places the panel in the cavity of the floor molding. The depending flange 74 is long enough that the top right edges of the panel is above the lower edge of the flange 74 when the panel is in its assembled position, thus, the panel is held against inadvertent movement.

While preferred forms and arrangement of parts have been shown in illustrating the invention, it is to be clearly understood that various changes in details and arrangement of parts may be made without departing from the spirit and scope of the invention, as defined in the appended claims.

I claim:

1. A two-piece. molding assembly for use in mounting a wall panel, said molding comprising a first piece having a flat central portion extending the full width of said first piece, a depending section integral with said first piece and extending downwardly and inwardly from one edge of said flat central portion, a stop-piece integral with i said depending section and being reversely turned and extending toward said flat central portion, and a catch portion integral with said flat central portion and extending from the other edge thereof; a second piece comprising a central flat portion for being disposed closely adjacent to said flat central portion, a bumper integral with and extending from one edge of said central fiat portion and located adjacent said stop-piece, a depending piece integral with said central flat portion and extending downwardly therefrom, and a snap-section integral with and extending upwardly and outwardly from said depending piece for engagement with said catch portion.

2. A molding as defined in claim 1 wherein said bumper, said central flat portion and said depending piece define means for. receiving an edge portion of said wall panel.

(References on following page) References Cited UNITED STATES PATENTS Kuhne 52P241 X Green 20-92 Hunter 52-731 X Keller 525-241 Peck et a1 52-290 Davis 52-241 Sharp 52494 X Hohl 52-465 Brauer 52-5'84 Hammitt 52-241 Rowe 52-584 Baker et al 52-241 X Ramseur 52-482 Slowinski 52-241 Felix 52-241 Lipof 52-7'31 FOREIGN PATENTS 1960 France.

10 FRANK L. ABBOTT, Primary Examiner.

J. E. MURTAGH, Examiner.

Claims

1. A TWO-PIECE MOLDING ASSEMBLY FOR USE IN MOUNTING A WALL PANEL, SAID MOLDING COMPRISING A FIRST PIECE HAVING A FLAT CENTRAL PORTION EXTENDING THE FULL WIDTH OF SAID FIRST PIECE, A DEPENDING SECTDION INTEGRAL WITH SAID FIRST PIECE AND EXTENDING DOWNWARDLY AND INWARDLY FROM ONE EDGE OF SAID FLAT CENTRAL PORTION, A STOP-PIECE INTEGRAL WITH SAID DEPENDING SECTION AND BEING REVERSELY TURNED AND EXTENDING TOWARD SAID FLAT CENTRAL PORTION, AND A CATCH PORTION INTEGRAL WITH SAID FLAT CENTRAL PORTION AND EXTENDING FROM THE OTHER EDGE THEREOF; A SECOND PIECE COMPRISING A CENTRAL FLAT PORTION FOR BEING DISPOSED CLOSELY ADJACENT TO SAID FLAT CENTRAL PORTION, A BUMPER INTEGRAL WITH AND EXTENDING FROM ONE EDGE OF SAID CENTRAL FLAT PORTION AND LOCATED ADJACENT SAID STOP-PIECE, A DEPENDING PIECE INTEGRAL WITH SAID CENTRAL FLAT PORTION AND EXTENDING DOWNWARDLY THEREFROM, AND A SNAP-SECTION INTEGRAL WITH AND EXTENDING UPWARDLY AND OUTWARDLY FROM SAID DEPENDING PIECE FOR ENGAGEMENT WITH SAID CATCH PORTION.