Abstract: A standoff is provided for use with picture frames having extruded frame members with a rearwardly opening channel. The standoff is lockably engageable with the flanges of the channel and projects rearwardly therefrom so that when the picture is hung on a wall the standoff will engage the wall and space the picture a short distance away therefrom. The standoff has a central wall-engaging portion and a pair of flexible leg portions connected thereto. At the distal end thereof each leg portion has a hook portion for engagement with the flange of the frame member. The hook portion may comprise a groove or a shoulder. The standoff may be injection molded or extruded and is made from a non-slip, non-marring plastic or rubber material.

Abstract: A reel assembly for winding and unwinding filamentary strand or wire-like material such as electric fencing wire is disclosed. The reel includes a cylindrical core with larger-diameter side plates removably attached thereto. The assembly may include a frame with a cantilevered shaft on which the reel is journaled for rotation. The frame also may include an arm directed radially from one end of the shaft, to which arm is connected a handle which the user can hold to support the assembly. A spring-loaded control pin extends through the arm and has a bevelled end for ratchet-like engagement with appropriately shaped recesses in the adjacent side plate. Adjacent the other side plate is an eccentrically mounted crank extending from the shaft which the user can manipulate to rotate the reel on the shaft. The reel assembly is simple to manufacture and use and is sufficiently inexpensive to be disposable after use.

Abstract: An integrally moulded device for applying pressure to screen material or a retaining bead, to force same into a groove of a frame member is disclosed. The tool has a central body graspable by the human hand and a thin blade member at each end, each blade member having a straight edge surface extending from the body and a convexly arcuate edge surface extending from the outer end of the straight edge surface back to the body. One arcuate edge surface is transversely rounded for preforming screen material into the groove. The other arcuate edge surface is transversely V-shaped for pushing a flexible bead into the groove to retain the screen material therein. The shape of the blade members permits the application of pressure completely into corners defined by abutting grooves.