Polymer building wall form construction

Claim 1

In an integral polymer and cement building or other structured wall form wherein forms prefabricated of polymer and the like are constructed and assembled as wall forms, and braced into position for reception of concrete therein for creation of such a composite wall, the improvement which comprises, each wall form fabricated of an extensively sized pair of sheets of polymer and spaced apart in the constructed wall a predetermined distance for forming a location for pouring of a quantity of concrete therein, a series of polymer blocks disposed between the arranged sheets, and with said blocks being integrally formed extending from the innerface of at least one of said sheets, said blocks being located at predetermined distances from each other so as to provide in the wall form construction a latticework of substantially sized communicating voids into which concrete may be deposited to form a monolithic wall constructed of concrete and the polymer wall forms, the constructed wall incorporating therein a latticework of formed concrete for reinforcement of said formed wall, and providing it with a degree of strength to function as a building wall, and for supporting of a roof or other structure thereon, said combination of the concrete latticework and the arranged polymer sheets and the blocks being integrally constructed into the formed wall for enhancement of its insulation, the formed polymer sheets and blocks being prefabricated of at least one of a polystyrene and urethane foam, the arranged sheets and blocks providing the wall forms having a series of reinforcing rods arranged therein for increasing the structural strength of any formed composite wall, there being a plurality of such wall forms forming each fabricated wall, wherein each adjacent set of vertically stacked wall forms having an exteriorly disposed and approximately horizontally arranged supporting tie between their polymer sheets to assure their alignment and the connection of said contiguous wall forms together during its assembly, wherein the supporting tie between each wall form sheet being a tee shaped tie, and a series of straps arranged across each pair of parallel arranged ties adjoining and aligning the pairs of sheets fabricated of the vertically arranged wall forms together, said wall forms at their bottom edges arranged upon a footing, and there being an exteriorly disposed supporting tie resting upon the footing and positioning and locating each sheet of said arranged wall form upon the same, the supporting ties between each wall form and footing being an L-shaped tie, a series of straps arranged across each pair of parallel arranged L-shaped ties adjoining and aligning the pair of sheets of the contiguous wall form as supported upon the subjacent footing, said L-shaped ties setting the perimeter for the building wall, vertical bracing provided at each juncture between adjacent wall forms and aligned at their interior and exterior thereof, tie means extending between each aligned bracing and temporarily securing the same together, removable fasteners cooperating with the tie means to temporarily secured the bracings in place during wall formation, said fasteners and bracings being removable, and with said tie means remaining intact within the formed composite concrete the polymer wall.