Abstract: The present invention comprises a sheet metal leg retaining anchor having an upturned perimeter flange edge. The perimeter edge includes a plurality of holes there through and a threaded nut is secured centrally thereof. In the illustrative embodiment the anchor is placed within a roto-molded mold for the particular leg supported structure/cabinet being produced therein. The upturned perimeter flange edges are oriented to extend into the mold, that is, in the opposite direction from what will be the bottom end of the structure/cabinet from which the legs will extend. The bin is then formed by the roto-molding process whereby the plastic material flows over and around the exposed surfaces of the anchor. Specifically, the plastic flows through the holes in the perimeter flange edges providing for a strong mechanical locking or securing of the anchor to and with the plastic structure/cabinet. The legs are threadably engaged with the anchor and firmly anchored thereby to the structure/cabinet.

Abstract: The present invention comprises a sheet metal leg retaining anchor having an upturned perimeter flange edge. The perimeter edge includes a plurality of holes there through and a threaded nut is secured centrally thereof. In the illustrative embodiment the anchor is placed within a roto-molded mold for the particular leg supported structure/cabinet being produced therein. The upturned perimeter flange edges are oriented to extend into the mold, that is, in the opposite direction from what will be the bottom end of the structure/cabinet from which the legs will extend. The bin is then formed by the roto-molding process whereby the plastic material flows over and around the exposed surfaces of the anchor. Specifically, the plastic flows through the holes in the perimeter flange edges providing for a strong mechanical locking or securing of the anchor to and with the plastic structure/cabinet. The legs are threadably engaged with the anchor and firmly anchored thereby to the structure/cabinet.