Disclosed and described herein is a nail extractor adapted for the powered extraction of partially exposed headed-nails from a substrate. The extractor has a housing with a threaded opening for the fitment of a threaded spindle having a hexagonally-shaped proximal end for the attachment of a power tool and a claw assembly attached to the distal end of the spindle so as to permit free rotation of the spindle while the claw assembly is confined and sized to prevent turning within the housing. Additionally, the claw assembly has a cleft for engaging and grasping the partially exposed portion of the headed nail. When activated by the powered tool, the threaded spindle and claw assembly are vertically elevated within the housing and the partially exposed nail is extracted from the substrate.
1. A nail extractor adapted to be actuated by a powered tool said extractor comprising:
a housing having elongated sides which are angular and an interior cavity, a top having a threaded opening, an open bottom, and a port in a portion of said sides said port contiguous with said open bottom;
a spindle, predominately threaded to mate with the threads of said threaded opening so as to descend and ascend within said housing when turned clockwise and counterclockwise, respectively, said spindle having a distal end and a hexagonally-shaped proximal end; and
a claw assembly attached to said distal end of said spindle so as to allow said spindle to turn freely while said assembly is prevented from turning by confinement within said housing wherein said claw has a shaped mimicking said angular sides of said housing sized to fit within said housing interior cavity with said claw at least sized to prevent rotation of said claw assembly's said shape, said assembly having a claw formed by a cleft in said assembly said cleft capable of engaging with an exposed nail head and shank of a nail embedded in a substrate thus facilitating extraction of said nail from said substrate when said extractor is actuated by said power tool attached to said hexagonally-shaped end of said threaded spindle.
2. A method of extracting a partially exposed headed nail from a substrate said method comprising the steps of:
a nail extractor adapted to be actuated by a powered tool said extractor comprising a housing having elongated sides, a top having a threaded opening, an open bottom, and a port in a portion of said sides said port contiguous with said open bottom; a spindle, predominately threaded to mate with the threads of said threaded opening so as to ascend and descend within said housing when turned clockwise and counterclockwise, respectively, said spindle having a distal end and a hexagonally-shaped proximal end; and, a claw assembly attached to said distal end of said spindle so as to allow said spindle to turn freely while said assembly is prevented by confinement within said housing wherein said claw assembly is sized to prevent rotation, said assembly having a claw formed by a cleft in said assembly said cleft capable of engaging with an exposed nail head and shank, said method steps comprising:
attaching the proximal end of said spindle of said extractor to a powered tool capable of receiving and securely retaining the hexagonally-shaped end of said spindle;
inserting the exposed nail head and shank within the cleft of said claw assembly so that the claw grasps the head of said nail; and,
activating said powered tool to rotate said threaded spindle counter-clockwise whereby said threaded spindle and the freely attached claw assembly are vertically elevated within said housing and said inserted nail is extracted from said substrate.