Abstract: This disclosure describes a snow stop, and methods of manufacture and use, that can be manufactured in a flat and easily transportable form and then hand-folded into a folded snow stop at an installation site. The snow stop is formed in a flat chevron shape that is stackable so as to ease transportation of large numbers of snow stops to an installation site. The snow stop includes first, second, and third fold lines enabling installers to hand fold the flat snow stops into folded snow stops in a repeatable manner. The snow stops can further include raised portions that can delineate and form the fold lines and increase structural integrity of the folded snow stop.

Abstract: This disclosure describes a snow stop, and methods of manufacture and use, that can be manufactured in a flat and easily transportable form and then hand-folded into a folded snow stop at an installation site. The snow stop is formed in a flat chevron shape that is stackable so as to ease transportation of large numbers of snow stops to an installation site. The snow stop includes first, second, and third fold lines enabling installers to hand fold the flat snow stops into folded snow stops in a repeatable manner. The snow stops can further include raised portions that can delineate and form the fold lines and increase structural integrity of the folded snow stop.

Abstract: Apparatus and methods are disclosed for selectively orienting material from a coiled supply relative to a fastener driver utilized to secure the material at a work surface. The apparatus includes a mount body having structures adapted to receive and secure the driver and the coiled material supply in a substantially fixed relationship to one another, a material feed orientation arm receiving material fed from the supply and providing the material at an outflow locator adjacent to the drive head of the driver and the work surface when the apparatus is assembled and in use. A pivot stud is affixable to the fastener driver over its drive head and is receivable through openings in the mount body and feed orientation arm so that the outflow locator is pivotable about the drive head to selectively change direction of material feed presentation relative to the drive head.

Abstract: Apparatus and methods are disclosed for selectively orienting material from a coiled supply relative to a fastener driver utilized to secure the material at a work surface. The apparatus includes a mount body having structures adapted to receive and secure the driver and the coiled material supply in a substantially fixed relationship to one another, a material feed orientation arm receiving material fed from the supply and providing the material at an outflow locator adjacent to the drive head of the driver and the work surface when the apparatus is assembled and in use. A pivot stud is affixable to the fastener driver over its drive head and is receivable through openings in the mount body and feed orientation arm so that the outflow locator is pivotable about the drive head to selectively change direction of material feed presentation relative to the drive head.