Patent ID: 8671640
Filing Date: 2014-03-18
Classification: A63H,E04B,F16B

Abstract:
1. A rapidly locked uniform whole friction fitting structural building, comprising: a plurality of shaped hollow uniform building components; each of the plurality of building components having a distinct geometric shape, including a distinct cube shape and a distinct arcuate shape; each of the plurality of building components having two opposing side surfaces, two opposing end surfaces, and four corner cavities, and, each of the two side surfaces and end surfaces including a centered recess formed from a dovetail groove consisting of a pair of non-parallel recessed side surfaces joined to a bottom surface, said bottom surface of the centered recess formed with a pair of bore holes defining primary locking key holes located along a vertical centerline of the centered recess, said pair of bore holes being located an equal distance from a top and a bottom of corresponding end surface or side surface, said bottom surface further including a large bore hole centered between said primary locking key holes defining a center bore hole, said structural building further comprising a plurality of friction fitting locking keys configured to be inserted between adjacent building components so to assemble adjacent building components, said plurality of friction fitting locking keys including a plurality of uniform whole bridge keys, a plurality of uniform vertical half bridge keys, a plurality of uniform horizontal half bridge keys, a plurality of uniform three quarters bridge keys, a plurality of primary locking keys, a plurality of center bore hole locking keys, and a plurality of corner locking keys, each of said plurality of uniform whole bridge keys consisting of a hollow central cavity enclosed by six side surfaces, two of the six side surfaces of each whole bridge key being parallel side surfaces, said parallel side surfaces having two bore holes formed therein along a vertical centerline, said two bore holes located an equal distance from the top and bottom of each of the parallel side surfaces, each of said uniform whole bridge keys having a shape corresponding to the shape of the centered recess of one of the side surfaces or end surfaces of one of the uniform building components in face to face relation with the centered recess of one of the side surfaces or end surfaces of an adjacent one of the uniform building components forming a bridge key channel, said plurality of uniform building components in said structural building forming a plurality of bridge key channels; said plurality of bridge key channels configured for insertion of one of the plurality of uniform whole bridge keys so to assemble adjacent ones of the plurality of uniform building components, wherein said two bore holes of the parallel side surfaces are aligned with said primary locking key holes of said corresponding uniform building component and are configured for insertion of said plurality of primary locking keys, each of said plurality of uniform vertical half bridge keys consisting of a vertical half of one of said plurality of uniform whole bridge keys, each of said a plurality of uniform horizontal half bridge keys consisting of a horizontal half of one of said plurality of uniform whole bridge keys, each of said plurality of uniform three quarters bridge keys consisting of a three quarter portion of one of said plurality of uniform whole bridge keys, wherein each of the plurality of friction fitting locking keys engaging one or more of a plurality of friction fitting locks alone or in combination, said plurality of friction fitting locks comprising said plurality of bridge key channels, a plurality of primary key channels formed upon alignment of one of said plurality of primary locking key holes with one of said two bore holes in said plurality of bridge keys, a plurality of center bore hole key channels formed upon alignment of one of said center bore holes of said side surfaces of adjacent ones of said plurality of uniform building components, and a plurality of corner key channels formed upon alignment of one of said corner cavities of one of said plurality of building components with one of said corner cavities of an adjacent one of said plurality of uniform building components when said adjacent building components are stacked end to end, and wherein said plurality of uniform building components are aligned adjacent one another or stacked adjacently upon one another in a vertical alignment, and wherein one of said plurality of uniform whole bridge keys, said plurality of horizontal half bridge keys, said plurality of vertical half bridge keys, and said plurality of three quarters bridge keys are friction fit in said shared bridge key channels of adjacent uniform building components, and wherein said two bore holes of said plurality of bridge keys are aligned with one of said primary locking key holes of two of the said adjacent uniform building components and two of said plurality of primary locking keys are inserted therein; wherein one of said plurality of center bore hole locking keys is friction fit into the center bore hole key channel between adjacent uniform building components in face to face alignment of one of said side or ends surfaces; wherein one of said plurality of corner locking keys is friction fit into said corner key channel between adjacent uniform building components in vertical alignment; wherein said plurality of uniform building components, said plurality of friction fitting locking keys, and said plurality of friction fitting locks for a friction fitted connection and enable said structural building to be rapidly erected and locked in the assembled configuration.