Abstract: A connection fixture (10) for interconnecting at least two tubular members (18, 20), the connection fixture (10) including: a mounting fixture (18) configured to be secured around a section of a first tubular member, the mounting fixture (18) including a first connection section (30) including a first connection aperture (36, 37); at least one receiving element (20) configured to receive an end section of a second tubular member, each receiving element (20) including a second connection section (45) including a second connection aperture (46); and at least one connector (22) configured to be received through the first connection aperture (36, 37) and the second connection aperture (46) of at least one of the receiving elements (20) to secure that receiving element (20) to the mounting fixture (18), and allow the receiving elements (20) to pivot relative to the mounting fixture (18), wherein each mounting fixture (18) and receiving element (20) include: at least one threaded fastening aperture (28, 53) configu

Abstract: A fencing assembly (10) comprising a plurality of elongate paling members (23) having a top and a bottom and longitudinal sides; at least one top rail (14) which includes at least one opening (22) configured to receive a top portion of at least one paling member (23); at least one bottom rail (18) which includes at least one opening (22) configured to receive a bottom portion of at least one paling member (23); at least two side members (20) extending between the top rail (14) and bottom rail (18); and at least one intermediate rail (16) spaced between top rail (14) and bottom rail (18), the intermediate rail (16) comprising two elongate members (24, 25), each elongate member (24, 25) extending over a portion of opposite longitudinal sides of paling members (23) proximate the intermediate rail (16) and compress these portions of the paling members (23) between each elongate member (24, 25).

Abstract: A method for forming images on a substrate wherein imaging is performed on a photosensitive element, the method including the steps of (a) providing a photosensitive element having a support, a dry strippable layer and a first photosensitive layer, wherein the dry strippable release layer is present between the support and the photosensitive layer; (b) imaging the photosensitive element; (c) toning to form a photosensitive element having an imagewise toned surface; (d) applying an additional photosensitive layer to the imagewise toned surface of the photosensitive element; (e) forming a final imaged element by removing the support from the toned, photosensitive element; and (f) placing the final imaged element on the substrate to form a final image on the substrate.