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Publication numberUS3228162 A
Publication typeGrant
Publication dateJan 11, 1966
Filing dateSep 17, 1962
Priority dateSep 17, 1962
Publication numberUS 3228162 A, US 3228162A, US-A-3228162, US3228162 A, US3228162A
InventorsGregoire Resta S
Original AssigneeGregoire Engineering And Dev C
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Building panel assembly
US 3228162 A
Images(1)
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Description  (OCR text may contain errors)

Jan. 11, 1966 R. s. GREGOIRE BUILDING PANEL ASSEMBLY Filed Sept. 17, 1962 INVENTOR RESTA S. GREGOIRE BY Mia-A. W

ATTORNEY United States Patent O 3,228,162 BUKLDENG PANEL ASSEMBLY Resta S. Gregoire, Diilsburg, Pa., assignor to Gregoire Engineering and Development Company, Adelphi, Md., a corporation of Maryland Filed Sept. 17, 1962, Ser. No. 224,161 4 Claims. (Cl. 52-309) This invention relates to lightweight prefabricated panel assemblies for self-supported building and container walls, floors or roofing, having self locking and sealing joints for installation on the site without the use of accessories or tools, to build an insulated wall, finished both on the inside and the outside, with hollow vent passages throughout.

The object of the present invention is to make finished wall panel assemblies of the insulated type provided with self sealing interlocking edges for joining adjacent wall panel assemblies together to form the finished wall on the site, without the use of any joining accessories such as pins, nails, bolts, screws, etc. or tools, such as hammers, wrenches, screwdrivers, crowbars, etc.

A further object is to provide hollow spaces throughout the length of these panels for ventilation, heating, cooling, and for the installation of electric cables, and water and plumbing conduits, etc., or for additional insulation, if desired.

Other and more specific objects will become apparent in the following description of a preferred form of this novel panel assembly, having reference to the accompanying drawing, wherein:

FIG. 1 is a perspective end view of the inner wall slab of the panel assembly,

FIG. 2 is an enlarged end view of portions of adjacent panel assemblies joined together, and

FIGS. 3 and 4 are detail end views of the opposite side edges of the inner wall slab of an assembly.

The present invention is an improvement or modification of the panel assemblies disclosed in my copending application Serial No. 194,339 filed May 14, 1962, for Panel and Joint.

In the present disclosure, the insulation slab has a reinforced lining 12 on its internal surface to provide a firmer engagement of the shallow wide-bottomed grooves in the slab with the wide bottoms of the triangularly formed grooves 14 and 16 formed at the back of a plurality of the outside sheet multi-panel strips, and the spacer strips 20 provide a firmer support against the inside of each panel 18 and may be fixed to the slab between the triangularly formed grooves of the panel strips.

Slab 10 may extend in width to receive the wide bottoms of the grooves at the back of any number of sheet multi-panel strips 22 assembled together in one panel assembly. In the illustration in FIG. 1 it is wide enough to receive an assembly of four outside multi'panel strips 22, the opposite side edges 24 and 26 of the outermost strips 22 in adjacent panel assemblies being used for interlocking engagement between the panel assemblies when joining them together at the building site. The corresponding edges 28 and 30 of the insulation slabs 10 in each panel assembly have complementary angular cuts or bevels 34 and 36 from the outer edge of the base of the wide-bottomed groove 32, which is divided at this point, between the two adjacent slabs, to their external wall surfaces 38, these complementary bevels and the adjoining groove and wide bottom portions on the opposite side edges at the joint between two panel assemblies serving as guide surfaces when the two assemblies are joined, to bring the adjacent wall surfaces 38 and the panel surfaces 18 of the panel assemblies into alignment.

The slabs 10 have a reenforced plastic impregnation coating 40 on their interior wall surface which may serve as a finish coating or as a surfaceto which the inside finish sheet 42 such as plywood or wallpaper or any other finishing material is applied to provide a more finished inside wall, with closely matching edges at the joints 44.

This construction is very light, yet has strength and rigidity sufiicient to support superstructure such as roofs and ceilings, without the aid of special posts or braces or other framework. The slab 10 has wide bottom-ed grooves 32 for slidably locking over the correspondingly shaped wide bottoms of the wide-bottomed triangularly formed grooves 16 at the joints between the multi-panel strips in a panel assembly and intermediate wide-bottomed grooves for slidably locking over the bottoms of the other wide-bottomed triangularly formed grooves 14, and is provided with supporting spacer strips 20 for slidably engaging the back of each panel of the sheet multipanel strips as the slab is slidably assembled at the back of the plurality of joined multi-panel strips, so as to provide crosswise rigidity to each panel in the panel assembly, the triangular formed grooves formed in each multi-panel strip adding to lengthwise rigidity of the panel assembly.

The impregnation coating 40 may be of the type described in my copending application Serial No. 224,170, filed September 17, 1962, and now abandoned for Impregnated Rivet Lug Reenforcement Between Reenforced Surfaces of Fiber Matting. The reenforcing lining 12 may be similarly formed.

Many obvious modifications in the form and details of these panel assemblies may be made, such as incorporating door and window structures therein where desired, without departing from the spirit and scope of the invention, as defined in the appended claims.

What is claimed is:

1. A wall panel assembly comprising a plurality of identical outside sheet multi-panel strips,

each strip having a plurality of panels closely spaced in side-by-side relation at the outer surface of the strip and wide-bottomed substantially triangularly formed grooves extending at the back of the strip from said closely spaced sides of each pair of adjacent panels and from the outer side of the panel at one side edge of said strip, said groove at the side edge of said strip having a bottom wall and inner and outer sidewalls, the top of said inner wall being connected at said side edge of said strip, the terminal portion of said outer side wall being spaced from the top of said inner sidewall forming an open apex in the plane of said strip, said sidewalls diverging downwardly from said open apex of said groove to a pair of lobes extending laterally from the opposite ends of said wide bottom wall, each lobe having a return portion extending substantially parallel to said wide bottom wall and meeting and engaging the lower end of its respective sidewall, the opposite side edge of said strip being formed to provide a tongue having a base end at the panel edge and an outer end, said tongue extending angularly from said strip and having a reversely turned outer lip at said outer end, and adapted to interlock with the triangularly formed groove of an adjacently joined strip by passing said tongue fully into the open apex of said groove along the inner side wall thereof with its lip pressed against the underside of said return portion of the inner lobe and its base end pressed against said terminal portion of the outer sidewall,

adjacent strips in said panel assembly being joined together by said interlocking side edges, the outer side edges of the strips at the opposite ends of said panel assembly providing interlocking side edges for joining panel assemblies together at a building site,

an insulator slab mounted on the back of said plurality of multi-panel strips, in spaced relation to said panels,

3 4 said slab having shallow wide-bottomed grooves formed ing lining on its internal surface facing the back of said in its inner surface locked over the wide bottom of plurality of panel strips including the shallow wide-boteach of the triangularly formed grooves, tomed grooves. the opposite side edges of said slab having comple- 3. A panel assembly as defined in claim 1, said slab mentary parts of a shallow wide-bottomed groove to 5 being a light foam plastic insulation board having a relock over the opposite lobes of the wide bottom wall enforced impregnated surface coating on its outer wall of the triangularly formed strip groove at one end surface adaptable for further finishing by application of of thepanel assembly, any desirable finishing material. one side edge of said slab at said one end of the panel 4. A panel assembly as defined in claim 3, said outer assembly having one part of said shallow wide-botwall surface having a thin plywood sheet applied thereto. tomed groove extending around the inner lobe from the inner side wall and along the wide bottom Wall Referen e Cited by the Examiner of said triangularly formed groove to a point near UNITED STATES PATENTS the outer lobe and having a beveled surface extending from said point to its outer surface and forming 1 614,294 11/1898 Denmofe 52 531 an obtuse angle therewith, the opposite side edge of 877,639 1/1908 GaHPYaIth the slab having the other complementary part of the 917,930 4/1909 Davls 52444 shallow wide-bottomed groove formed therein and 1,110,272 9/1914 Probe 52529 adapted to extend from the outer side wall of the tri- 1 158268 10/1915 overbury et a1 52473 angular strip groove, around the outer lobe, to a 2,039,536 5/ 1936 Johnson 523 14 point corresponding with the first mentioned point 2180504 11/1939 Bradfield et a1 52-588 at the bottom of the triangular groove at the edge of 2,232,762 2/1941 Batcheller 52-468 an adjacently joined panel assembly, and having a 2,258,509 10/1941 Key 52 529 beveled surface extending from said corresponding 2,263,354 11/1941 Fould 52-578 point at the bottom of the groove to the outer sur- $694,233 11/1954 Page 52-589 face of the slab and forming a supplementary acute 2,730,772 1/1956 Jones 52272 angle therewith, whereby the adjacent slab edges are 2,842,237 7/ 1958 Paulssen 52w537 guided into surface alignment 3,000,093 9/ 1961 VV redenfors 52622 said slab having supporting spacer strips fixed thereto 3,088,558 5/1963 Dlcklnson between said shallow Wide-bottomed grooves, said spacer strips engaging the mid portions of the back FOREIGN PATENTS of each panel of the multi-panel strips, 826,900 I/ 1960 Great Britain. said slab providing crosswise rigidity to the panel assembly and FRANK L. ABBOTT, Primary Examiner. said grooves in the multi-panel strips adding to the lengthwise rigidity thereof. JACOB L. NACKENOFF, HENRY C. SUTHERLAND, 2. A panel assembly as defined in claim 1, said slab Examiners.

being a light plastic insulation board having a reenforc- A. C. PERI-1AM, Assistant Examiner.

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Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US3339327 *May 18, 1964Sep 5, 1967Kempf WilhelmAssembly with prefabricated wall elements
US3421279 *Oct 12, 1967Jan 14, 1969Robertson Co H HCorrugated building sheet
US3466831 *May 6, 1968Sep 16, 1969Moncrief Lenoir Mfg CoSandwich-type building panel
US3486281 *Apr 9, 1968Dec 30, 1969Gregoire Eng & Dev CoCommodity sheet panel
US4499645 *May 16, 1983Feb 19, 1985Kone OyProcedure for manufacturing a roof element
US6321504 *Apr 30, 1998Nov 27, 2001Peehr Mathias Ornfeldt SvenssonPre-manufactured roof plate element and girder thereto
US7721496 *Jul 13, 2007May 25, 2010Tac Technologies, LlcComposite decking material and methods associated with the same
US7882679Apr 4, 2007Feb 8, 2011Tac Technologies, LlcEngineered structural members and methods for constructing same
US8065848Sep 18, 2008Nov 29, 2011Tac Technologies, LlcStructural member
US8266856Oct 16, 2008Sep 18, 2012Tac Technologies, LlcReinforced structural member and frame structures
US8322037Jan 27, 2011Dec 4, 2012Tac Technologies, LlcMethod of forming lightweight structural building element
US8438808Aug 14, 2012May 14, 2013Tac Technologies, LlcReinforced structural member and frame structures
US8490355Jan 10, 2011Jul 23, 2013James WalkerVentilated structural panels and method of construction with ventilated structural panels
US8534018Jan 28, 2011Sep 17, 2013James WalkerVentilated structural panels and method of construction with ventilated structural panels
US8615945Jul 2, 2012Dec 31, 2013James WalkerVentilated structural panels and method of construction with ventilated structural panels
US8635822Aug 23, 2011Jan 28, 2014James WalkerVentilated structural panels and method of construction with ventilated structural panels
Classifications
U.S. Classification52/309.9, 52/536, 52/508
International ClassificationE04C2/26
Cooperative ClassificationE04C2/26
European ClassificationE04C2/26