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Publication numberUS3362119 A
Publication typeGrant
Publication dateJan 9, 1968
Filing dateNov 27, 1964
Priority dateJun 17, 1960
Publication numberUS 3362119 A, US 3362119A, US-A-3362119, US3362119 A, US3362119A
InventorsTimothy Murphy
Original AssigneeTimothy Murphy
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Tile building panel with plastic foam backing
US 3362119 A
Abstract  available in
Images(1)
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Claims  available in
Description  (OCR text may contain errors)

T. MURPHY 3,362,119

TILE BUILDING PANEL WITH PLASTIC FOAM BACKING Jan. 9, 1968 Filed Nov. 27, 1964 INVENTOR TIMOTHY MURPHY JAMEZM ATTORNEY Patented Jan. 9, 1968 3,362,119 TILE BUILDING PANEL WITH PLASTIC FOAM BACKING Timothy Murphy, 7 Hampstead Ave., Glasnevin, Dublin, Ireland Filed Nov. 27, 1964, Ser. No. 414,342 Claims priority, applicgggzsgreland, June 17, 1960,

7 Claims. (Cl. 52-309) This application is a continuation-in-part of my copending application Ser. No; 135,090, filed June 19, 1961, now abandoned.

The present invention relates to building panels that are prefabricated or preassembled for application to joists or posts or other supports, for exterior or interior use, to finish the walls or floors or ceilings of a building, and more particularly that are adapted for the installation of preset tile.

It is an object of the present invention to provide a building panel that can be quickly and easily applied to a support regardless of whether the support provides a regular surface for the reception of the building panel.

Another object of the present invention is the provi sion of a building panel adapted for the installation of preset tile, which can be applied to a support regardless of whether the adjacent surface of the support is smooth.

It is also an object of the present invention to provide building panels adapted for the installation of preset tile, in which the installed panels have an appearance so resembling hand-set tile as to be indistinguishable therefrom.

It is also an object of the present invention to provide a building panel for the installation of preset tile, with the tile sealed relative to its substrate, which is so constructed as to avoid breaking the seal of the tile upon installation of the panel or during the life of the building.

Finally, it is an object of the present invention to provide a building panel which is easy to install and to maintain and repair when installed, and which is rugged and durable in use.

Other objects and advantages will become apparent from a consideration of the following description, taken in connection with the accompanying drawing, in which:

FIGURE 1 is a front elevational view of a partially installed building panel according to the present invention;

FIGURE 2 is a view similar to FIGURE 1 but showing a completely installed building panel according to the present invention;

FIGURE 3 is a fragmentary enlarged cross-sectional view taken on the line 33 of FIGURE 1; and

FIGURE 4 is a diagram showing certain properties of the backing of the panel of the present invention.

In general, the present invention comprises the discovery that preset tile can be installed without breaking the seal between the tile and its substrate, if the tile is embodied in a building panel comprising a rigid base sheet having the tile adhesively secured on one side thereof and having on the other side thereof a backing of substantial thickness of a low density, relatively low strength heatand sound-insulating material, the panel having an exposed rear surface consisting of the surface of the backing which is opposite the rigid base, and the backing being readily deformable to conform to irregular surfaces to which the panel is applied without deforming the rigid substrate. In this way, a panel having such an exposed readily deformable backing material can be applied to a supporting surface regardless of whether the supporting surface is regular. The backing material will readily deform to accommodate to irregularities of the supporting surface; and there is thus imposed on the rigid base sheet a minimum of flexure stresses. The absence of flexure of the base sheet assures that the tiles that are adhesively bonded to the base sheet will not be canted relative to each other, and hence the seal between the tiles and their support will thus remain unbroken. Moreover, during the life of the building, as portions of the supporting surfaces shift relative to each other, the tiles will remain intact as the relative movement is accommodated by deformation of the backing rather than deformation of the base sheet.

The tiles are not all assembled to the rigid base sheet in the panel as manufactured. Instead, certain tiles are omitted and fasteners are forced through the rigid base sheet and the backing and into the supporting surface or members. The missing tiles are then replaced over the fasteners, so that the fasteners are hidden.

In Preferred embodiments of the invention, the readily deformable backing material is an expanded thermosetting resin, preferably a plastic foam selected from the class consisting of polystyrene and polyurethane foam. These backings are moisture proof and vermin resistant. Such backings have a modulus of elasticity in compression that is at least several times greater than their modulus of elasticity in expansion. In other words, the backing has minimum resiliency, and it thus can be crushed but does not have a correspondingly strong tendency to recover. The backing thus is not rubbery and does not tend to cause the panels to bounce when fasteners are driven through them. The layer of backing is at least about oneeighth inch thick, preferably about a quarter to one-half inch thick. It can be made substantially thicker, say, about one inch thick, for application to very uneven surfaces.

The tiles are preferably mineral tiles, most preferably of cut stone such as marble or the like. They can also be ceramic or glass, or, less preferably, plastic.

The rigid base sheet is also preferably mineral in nature, more preferably cementitious and most preferably of asbestos fiber in mineral cement. An example of a suitable base sheet is asbestos fiber 15-20%; silica 40- 60%; and cement in the form of hydrated lime and/ or Portland cement 2540% all percentages being by weight. The base sheet is made as thin as possible. About 7 is the minimum thickness for a suitable mineral sheet. More preferable is about A" thickness.

Referring now to the drawing in greater detail, there is shown a building panel according to the present invention, indicated at 1. Panel 1 is shown installed on upright posts 3, thereby to comprise a unit of a vertical interior wall. As indicated above, however, the environment in which building panel 1 is used is subject to wide variation. It will also be understood that although a single panel 1 is shown in the drawing, it is nevertheless in tended that a plurality of panels in fact be used, in edgewise abutting relationship. The panels thus can be arranged in horizontal rows or courses disposed one above the other; or in the case of elongated vertically extending panels, which may extend full height of the Wall to be covered, it is possible simply to arrange them side by side in uniplanar relationship.

Each panel 1 comprises a rigid base sheet 5 as described above. A plurality of tiles 7 are arranged on each base sheet 5 and all the tiles 7 are arranged contiguously over and wholly within the periphery of one surface of sheet 5. This means that the tiles do not extend any substantial distance beyond the edges of sheet 5. Tln's is important in connection with handling and storing the building panels, so as not to break off any protruding tiles.

The tiles 7 are bonded to sheet 5 adhesively, by means of a layer of an appropriate adhesive 9. Adhesive 9 may be any of the usual tile fixing adhesives, and may be pressure sensitive or may be of the hardening type as in the case of a cement. Asphaltic adhesives are quite suitable, along with polyvinyl adhesives and any of a wide variety of others known to persons skilled in this art. The space between adjacent tiles 7 is filled with a grout 11 which may if desired be of conventional composition. Preferably, grout 11 is about flush with the exposed or outer surfaces of tile 7.

At a plurality of spaced locations 13, the tiles 7 are omitted so that the base sheet at those locations is exposed. The pattern of locations 13 shown in FIGS. 1 and 2 need not be adhered to. It is enough that a plurality of such locations are provided and that those plural locations be spaced apart from each other.

A backing 15, as described above, is secured to the side of base sheet 5 which is opposite tiles 7. The surface of backing 15 which is opposite or remote from base sheet 5, in turn, is exposed; and this a very important feature of the present invention for the reasons set forth above, namely, that it thus provides a deformable surface to accommodate the panel or irregularities in the surface to which the panel is applied.

In the condition of the panel shown in FIG. 3, the backing 15 is partially crushed between post 3 and base sheet 5 and is maintained in that partially crushed condition by fasteners in the form of screws 17. To complete the assembly, further tiles 19 are adhesively applied at locations 13 to cover the heads of screws 17.

FIG. 4 shows the stress-strain relationship of the backing material 15. FIG. 4 is in effect a force diagram, with force on the ordinate and distance on the abscissa. FIG. 4 should not be confused with a stress-strain hysteresis diagram for a particular material, FIG. 4 is only representative of the incremental modulus of elasticity relationships that obtain at a random point in the compression and expansion of the backing material. It is for this reason that the vectors in FIG. 4 are represented as straight lines. The compressive vector C thus indicates the force 1, that must be applied to compress the material of the backing a distance d The expansion vector E indicates the force f that is relieved as the material of backing 15 recovers from that distance d back to d at which point the datum level force is applied. It must particularly be noted that for any value of d, the corresponding value of f will be at least several times as great as the corresponding value of f This means that the modulus of elasticity of the material of backing 15 in compression is at least several times as great as the modulus of elasticity of the material in expansion, or in other words, the force necessary to crush the material of backing 15 is much greater than the force exerted by material 15 during recovery. The stress-strain relationship illustrated by FIG. 4 are present to a high degree in polystyrene foam and polyurethane foam.

The present invention is not to be confused with building panels including a core of plastic foam disposed between two rigid facing panels. Such sandwich panels that have a plastic foam core are not applicable to uneven surfaces in the manner of the present invention. Moreover, the core is provided for a purpose entirely different from the purpose of the present invention, as the foam core of a sandwich panel is for the purpose of lending rigidity to the panel with the least weight.

From a consideration of the foregoing disclosure, therefore, it will be evident that all of the initially recited objects of the present invention have been achieved.

Although the present invention has been described and illustrated in connection with preferred embodiments, it is to be understood that modifications and variations may be resorted to without departing from the spirit of the invention, as those skilled in this art will readily understand. Such modifications and variations are considered to be within the purview and scope of the present invention as defined by the appended claims.

What is claimed is:

1. A building wall panel comprising a rigid sheet of asbestos fiber in mineral cement having a thickness of at least about $4 a series of mineral tiles arranged contiguously over and wholly within the periphery of one surface of said sheet and secured to said sheet by adhesive, and a backing secured to the other surface of said sheet, said backing being expanded plastic foam having a modulus of elasticity in compression that is at least several times greater than its modulus of elasticity in expansion, said backing having a thickness of about Ms to about one inch, said panel having an exposed rear surface consisting of the surface of said backing which is opposite said rigid sheet, said backing being readily deformable to conform to irregular surfaces to which the panel is applied without deforming said rigid sheet thereby to maintain the integrity of the adhesive bond of the tiles to said sheet.

2. A building wall panel as claimed in claim 1, said backing being polystyrene foam.

3. A building wall panel as claimed in claim 1, said backing being polyurethane foam.

4. A building wall panel as claimed in claim 1, said tiles being pieces of cut stone.

5. A building wall panel as claimed in claim 1, the thickness of said backing being about A to about /2.

6. A building wall panel as claimed in claim 1, the thickness of said sheet being about A".

7. A building panel as claimed in claim 1, several spaces for tiles being unoccupied by tiles so as to permit fastening of the panel to a support through those spaces after which the missing tiles can be applied.

References Cited UNITED STATES PATENTS 466,741 1/1892 Lanyon 52-384 558,300 4/1896 Nichols 52384 629,100 7/1899 Blanchard 52384 2,114,474 4/1938 Libra 52-385 2,336,235 12/1943 Fischer 52593 X 3,000,144 9/1961 Kitson 52-309 FOREIGN PATENTS 910,156 11/1962 Great Britain.

OTHER REFERENCES Architectural Engineering, April 1956, page 265. Copy in Group 350.

FRANK L. ABBOTT, Primary Examiner.

ALFR'ED C. PERHAM, Examiner.

Patent Citations
Cited PatentFiling datePublication dateApplicantTitle
US466741 *Oct 2, 1890Jan 5, 1892 Tile-work
US558300 *Feb 12, 1896Apr 14, 1896 Adelbert s
US629100 *Dec 1, 1898Jul 18, 1899Sidney R BlanchardCovering for walls.
US2114474 *Nov 14, 1936Apr 19, 1938Joseph LabraSemiresilient ceramic tile flooring section
US2336235 *Apr 22, 1940Dec 7, 1943Fischer Albert CStructural unit
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GB910156A * Title not available
Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US3494596 *Oct 29, 1968Feb 10, 1970Marine Swimming Pool EquipmentSwimming pool grab rail with guard panel
US3511008 *Nov 14, 1968May 12, 1970Grems Colis RobertRoof and wall construction
US3521418 *Sep 25, 1967Jul 21, 1970Ceramic Tile Walls IncPre-finished decorative rigid panel
US3683579 *Aug 27, 1970Aug 15, 1972Beardsley Jack MArtificial stone facing construction and method therefor
US3817012 *Mar 20, 1972Jun 18, 1974American Olean Tile Co IncCeramic tile panel construction
US4224773 *Jun 21, 1978Sep 30, 1980Hans Schworer KgFoamed plastic, adhesive, fiberglass reinforcement
US4567704 *Nov 2, 1977Feb 4, 1986Tile Council Of America, Inc.Resilient ceramic tile flooring
US4653246 *Jan 16, 1985Mar 31, 1987Hepler Jacque PInsulation board for attachment to walls
US4707961 *Oct 18, 1985Nov 24, 1987Loadmaster Systems, Inc.Composite roof/roof deck assembly with polymeric membrane
US4783942 *Apr 15, 1987Nov 15, 1988Loadmaster Systems, Inc.Using a water based polymeric adhesives
US4832995 *Sep 25, 1986May 23, 1989Mclauchlin Dennis ALaminated ceramic tile panel and process for producing same
US5584153 *Mar 29, 1994Dec 17, 1996Loadmaster Systems, Inc.Composite roof system with an improved anchoring mechanism
WO1985005396A1 *May 15, 1985Dec 5, 1985Breuhan Elefant ChemieFašade panel and wall built with fašade panels
WO2002008541A1 *Jul 17, 2001Jan 31, 2002Albert I WeinsteinPrefabricated tiled panel system
WO2004097142A1 *Apr 14, 2004Nov 11, 2004Frederic BrothierMethod for the quick placement of interchangeable panels made of sheet-type structures
WO2007060383A1 *Jun 19, 2006May 31, 2007Neale Andrew LevettImprovements in and relating to tiling
WO2007062525A1 *Dec 4, 2006Jun 7, 2007Gabriel DragomirModular stone panel
WO2009101221A1 *Feb 13, 2008Aug 20, 2009Cotes Domingo GarciaCladding system for construction with natural materials or prefabricated ceramic materials
Classifications
U.S. Classification52/309.8, 52/389, 428/49, 52/385
International ClassificationE04F13/08, E04C2/284, E04C2/26
Cooperative ClassificationE04F13/0862, E04C2/284
European ClassificationE04F13/08C, E04C2/284