Abstract: A method for aligning a series of posts begins with providing a first alignment apparatus adjacent a first hole. A first post is attached to one end of the alignment apparatus and hung at the desired elevation in the post hole. A second alignment apparatus is then provided and one end is connected to the first post such that the alignment apparatus may be swung about the post like a door. Once the second alignment apparatus is positioned in the desired orientation, support members are lowered to support the frame. A second post is then provided and hung on the opposite end of the second alignment apparatus at the desired elevation within a second post hole. The second post is plumed and aligned with respect to the first post upon attachment to the second alignment apparatus. Subsequent alignment apparatus and posts may be attached in a similar fashion to form a series of aligned posts.

Abstract: The block puzzle of the present invention includes a first set of eight pieces comprising a straight piece an L-shaped piece, a square piece, a T-shaped piece, a Z-shaped piece, a center piece, a left-hand piece, and a right-hand piece. Each of the eight pieces comprise a combination of four cubic units, all of the cubic units being the same size. A second set of eight pieces identical to the first set can be combined with the first set, and the combined 16 pieces may be assembled into a plurality of configurations, all of which produce an overall cube having 64 of the cube units therein and having a length, width and height equal to four of the cube units. A modified form of the invention includes a set of 16 pieces which are flat and which include three straight pieces, three square pieces, three Z-shaped pieces, three L-shaped pieces, and four T-shaped pieces. Each of these 16 pieces are formed from four square flat units.