초록 ▼

A method for forming a variably sized wall panel by supplying a face panel of a first material, the face panel having a front face and a back face, the back face having a plurality of crosspieces extending therefrom. The face panel is placed in a mold such that the front face of the face panel abuts

A method for forming a variably sized wall panel by supplying a face panel of a first material, the face panel having a front face and a back face, the back face having a plurality of crosspieces extending therefrom. The face panel is placed in a mold such that the front face of the face panel abuts a bottom of the mold and the back face of the face panel faces away from the bottom of the mold. A flowable second material is layered on top of the face panel and the flowable second material is allowed to harden such that the back face of the face panel and the crosspieces are frictionally bound to the hardened second material.

대표청구항 ▼

1. A method for forming a variably sized wall panel, the method comprising: supplying a first face panel of a first material, the first face panel having a front face and a back face, the back face having a plurality of crosspieces extending therefrom;placing the first face panel in a mold such that

1. A method for forming a variably sized wall panel, the method comprising: supplying a first face panel of a first material, the first face panel having a front face and a back face, the back face having a plurality of crosspieces extending therefrom;placing the first face panel in a mold such that the front face of the first face panel faces a bottom of the mold and the back face of the first face panel faces away from the bottom of the mold;layering a flowable second material on top of the back face of the first face panel; andallowing the flowable second material to harden in the mold such that the back face of the first face panel and the crosspieces are frictionally bound to the hardened second material. 2. The method of claim 1, further comprising: supplying, one or more additional face panels of the first material adjacent the first face panel; andconnecting the one or more additional face panels to the first face panel prior to layering the flowable second material on top of the connected face panels. 3. The method of claim 2, further comprising supplying one or more splice caps, wherein connecting the one or more additional face panels to the first lace panel comprises inserting a splice cap between each of the adjacent face panels. 4. The method of claim 3 wherein the flowable second material is layered on top of the plurality of connected face panels and the one or more splice caps. 5. A method for forming a composite wall panel, the method comprising: providing a first plastic face panel, the first plastic face panel having a front face and a back face; andplacing the first plastic face panel in a mold such that the back face of the first plastic face panel faces away from a bottom of the mold;pouring a layer of concrete on top of and coextensive with the back face of the first plastic face panel;wherein the back face of the first plastic face panel has a plurality of crosspieces extending therefrom; andwherein, upon drying in the mold, the concrete is bonded to the first plastic face panel by frictional engagement with the plurality of crosspieces. 6. The method according to claim 5, wherein the first plastic face panel has two side edges, one or both of the side edges including a protrusion. 7. The method according to claim 6, further comprising: providing a second plastic face panel, the second plastic face panel having a front face and a back face and two side edges, one or both of which comprises an additional protrusion;placing the side edges of the first and second plastic face panels adjacent one another such that the protrusions are also adjacent one another;connecting the second plastic face panel to the first plastic face panel; andpouring the layer of concrete on top of both the first and second plastic face panels. 8. The method according to claim 7, wherein providing the first and second plastic face panels comprises cutting an extruded plastic structural member in half. 9. The method according to claim 8, wherein the extruded plastic structural member comprises the first plastic face panel having a front face and a back face and the second plastic face panel having a front face and a back face, and wherein the back faces of the first and second plastic face panels are connected by the plurality of crosspieces. 10. The method according to claim 7, further comprising providing a splice cap shaped to fit over the adjacent protrusions on the first and second plastic face panels in order to connect the second plastic face panel to the first plastic face panel. 11. The method according to claim 10, further comprising laying the connected first and second plastic face panels on their front faces in a mold, the mold having a height corresponding to a desired width of the wall panel. 12. A composite wall panel comprising: a first plastic face panel, the first plastic face panel having a front face and a back face;a layer of concrete having a front face bonded to and coextensive with the back face of the first plastic face panel;wherein the first plastic face panel has two side edges, one or both of the side edges comprising a protrusion extending along its height;wherein the back face of the first plastic face panel has a plurality of crosspieces extending therefrom in addition to the protrusion on one or both of the side edges; andwherein the concrete is bonded to the first plastic face panel by frictional engagement with the plurality of crosspieces such that the wall panel is structurally sound without requiring support on an opposite, back face of the layer of concrete;a second plastic face panel connected to the first plastic face panel, the second plastic face protrusion extending along its height, wherein the side edges of the first and second plastic face panels are situated adjacent one another such that the protrusions are also adjacent one another; anda splice cap connecting the side edges of the first and second plastic face panels, wherein the splice cap is shaped to fir over the adjacent protrusions on both the first and second plastic face panels. 13. The composite wall panel according to claim 12, further comprising reinforcing bars within the layer of concrete. 14. The composite wall panel according to claim 12, further comprising a layer of insulation between two layers of concrete. 15. The composite wall panel of claim 12, wherein each crosspiece in the plurality of crosspieces extends from a bottom edge of the first plastic fare panel to a top edge of the first plastic face panel and is spaced at an interval from adjacent crosspieces in the plurality of crosspieces. 16. The composite wall panel according to 12, wherein the concrete is bonded to and is coextensive with the back faces of both the first and second plastic face panels. 17. The composite wall panel according to claim 12, wherein the splice cap comprises: a stem that extends between the side edges of the first and second plastic face panels;branches at a back end of the stem that extend from either side of the stem at angles that parallel angled sides of the protrusions; anda visible face at a front end of the stem that extends perpendicularly on either side of the stem and that lies along substantially the same plane as the front faces of the first and second plastic face panels to create a smooth transition between the front faces of the first and second plastic face panels. 18. A composite wall panel comprising: a first plastic face panel, the first plastic face panel having a front face, a back face, and two side edges, one or both of the side edges comprising a protrusion extending, along, its height;a second plastic face panel connected to the first plastic face panel, the second plastic face panel having a front face and a back face and two side edges, one or both of which comprises a protrusion extending along its height, wherein the side edges of the first and second plastic face panels are situated adjacent one another such that the protrusions are also adjacent one another;a splice cap connecting the side edges of the first and second plastic face panels, wherein the splice cap is shaped to fit over the adjacent protrusions on both the first and second plastic face panels; anda layer of concrete bonded to and coextensive with the back face of the first plastic face panel;wherein the back face of the first plastic face panel has a plurality of crosspieces extending therefrom; andwherein the concrete is bonded to the first plastic face panel by frictional engagement with the plurality of crosspieces.