Appeal No. 2004-1798 Application 08/883,387 at least two rectangular end shearwalls (the load bearing walls 50, 52 and 132, 134), at least one central rectangular shearwall (62 or 104), each shearwall inherently including top and bottom edges, two opposing side edges, and two opposite faces, each shearwall forming a vertical support plane, the bottom of each shearwall being inherently coupled to a foundation, each shearwall aligned substantially normal to the foundation, the central rectangular shearwall (60 or 62, 104) having two opposite side edges being laterally coupled between said two end shearwalls (50, 52), the end shearwalls capably defining two exterior walls of the building construction, and a plurality of spaced apart floors (90 or 128 or more) each having side edges (54', 54) being coupled to at least two of the shearwalls (50, 52 or 132, 134)(see figures 3 and 5), wherein each of the shearwalls and floors is formed by plurality of monolithic reinforced concrete panels (50, 52, 62, 90 on first lever story, and 132, 134, 104 on the upper lever story) and with hollow planks (see Fig. 12a) and reinforcing rebars (70), and jointed adjacent one to another in vertical and horizontal directions, said end shearwalls (50, 52 and/or 132, 134) being in cooperation to provide all necessary of lateral support for the building and providing substantial all vertical supports for the floors without any intermediate vertical supports in the building and contends 13that Livingston further teaches at least one exterior wall (94, 96 and/or 140, 142) formed by a plurality of panels (94 and 140, see Fig. 6) being vertically coupled one to another along a vertical support plane, the exterior wall inherently including a top vertical wall edge, a bottom vertical wall edge, two opposing vertical wall side edges, and two opposing vertical wall faces, wherein the bottom vertical wall edge of the exterior wall (94) is inherently coupled to the foundation, the two opposing vertical wall side edges are laterally coupled to the 6Page: Previous 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 NextLast modified: November 3, 2007