초록 ▼

A multi-layered panel comprises a first layer made of concrete, a second layer made of foam and an edge perimeter region. The first layer is a thin concrete layer of near uniform thickness that is cast onto the second layer. The exterior surface of the concrete layer simulates an exterior surface of

A multi-layered panel comprises a first layer made of concrete, a second layer made of foam and an edge perimeter region. The first layer is a thin concrete layer of near uniform thickness that is cast onto the second layer. The exterior surface of the concrete layer simulates an exterior surface of a building. The front of the foam layer has dimensions designed to accommodate the application of the concrete layer. The back of the foam layer has features that assist in mounting the panel on an exterior surface of a building. The edge perimeter region includes a system for interconnecting adjacent multi-layered panels.

대표청구항 ▼

The invention claimed is: 1. A multi-layered panel that simulates a finish of a wall comprising: a foam backing layer having: a front bonding surface having a topography of a wall finish, the topography comprising raised regions and lowered regions; a back surface for mounting on a surface of a bui

The invention claimed is: 1. A multi-layered panel that simulates a finish of a wall comprising: a foam backing layer having: a front bonding surface having a topography of a wall finish, the topography comprising raised regions and lowered regions; a back surface for mounting on a surface of a building, the back surface comprising a series of ribs and grooves to allow airflow between the foam backing layer and the surface of the building; and an edge perimeter region; and a precast concrete layer permanently adhered to an entirety of the front bonding surface of the foam backing layer to an approximately uniform thickness to produce a veneer simulating a texture of the wall finish and such that the raised regions and lowered regions of the topography of the wall finish are perceptible when the back surface of the foam backing layer is mounted to the surface of the building. 2. The multi-layered panel of claim 1 wherein the finish of the wall is selected from the group consisting of: a brick pattern, a log pattern, a lap siding pattern, a shingle pattern and a stone pattern. 3. The multi-layered panel of claim 1 wherein the edge perimeter region of the foam backing layer comprises a system for interlocking adjoining multi-layered panels. 4. The edge perimeter region of claim 3 wherein the system for interlocking adjoining multi-layered panels comprises a tongue and groove system. 5. The edge perimeter region of claim 3 wherein the system for interlocking adjoining multi-layered panels comprises a slat system. 6. The system of claim 1 wherein the grooves have a width that is wider than the ribs. 7. The system of claim 1 wherein the grooves have a width of 1.25 inches and the ribs have a width of 0.75 inches. 8. The multi-layered panel of claim 7 wherein the series of ribs and grooves comprises a plurality of longitudinal ribs and grooves. 9. The multi-layered panel of claim 8 wherein the ribs and grooves have rectangular profiles such that the ribs include a flat surface for mounting parallel and flush along the surface of the building. 10. The multi-layered panel of claim 1 wherein the front bonding surface of the foam backing layer supports the entirety of the precast concrete layer. 11. The multi-layered panel of claim 10 wherein the foam backing layer is thicker than the precast concrete layer. 12. The multi-layered panel of claim 11 wherein the precast concrete layer is about 0.25 to about 0.375 inches thick. 13. The multi-layered panel of claim 1 wherein the concrete of the precast concrete layer is a fiber reinforced concrete mixture. 14. The multi-layered panel of claim 1 wherein the edge perimeter region follows a portion of the veneer simulating a mortar region of the finish of the wall. 15. The multi-layered panel of claim 1 wherein the edge perimeter region exhibits one-hundred-eighty degree symmetry. 16. The multi-layered panel of claim 15 wherein the finish of the wall comprises a stone pattern having at least three different sized and uniquely shaped rectangular stones that produce the one-hundred-eighty degree symmetry of the edge perimeter region. 17. The multi-layered panel of claim 1 and further comprising a fastener comprising: a mounting member for mounting on the surface of the building; and a support member extending from the mounting member to receive a portion of the edge perimeter region, the support member comprising: upward facing teeth inserted into the portion of the edge perimeter region located on the support member; and downward facing teeth for insertion into a portion of an edge perimeter region of an adjacent multi-layered panel located below the fastener. 18. The multi-layered panel of claim 1 wherein the topography of the wall comprises a plurality of raised regions and lowered regions and wherein the precast concrete layer covers the raised regions and lowered regions in approximately equal thicknesses. 19. The multi-layered panel of claim 18 wherein the precast concrete layer comprises: a concealed interior surface adhered to the front bonding surface and conforming to the topography of the wall; and an exposed exterior surface conforming to the topography of the wall such that the raised regions and lowered regions are perceptible through the precast concrete layer. 20. A multi-layered panel that simulates a finish of a wall comprising: a foam backing layer having: a front bonding surface having raised regions and lowered regions that produce a likeness of the finish of the wall; a back surface for mounting on a surface of a building, the back surface including a series of ribs and grooves for allowing air flow between the back surface of the foam layer and the surface to which the panel will be mounted; and an edge perimeter region including a system for interlocking adjoining multi-layered panels; and a precast concrete layer having an interior surface adhered to the front bonding surface of the foam backing layer such that the raised regions and the lowered regions of the front bonding surface are perceptible from an exterior surface of the precast concrete layer, the exterior surface producing a veneer simulating a texture and likeness of the finish of the wall.