Orthogonal drill and tap guide having double V-notch groove and alignment marks
OwnerBruce Patrick Rooneyinventor
Life of this patent
Estimating the term…
Abstract
A drill and/or tap guide, adapted for use in machining a straight hole through a variety of workpieces, defining a plurality of standard diameter-sized guide holes, presenting orthogonal sides and surfaces, and a plurality of alignment lines that cooperatively facilitate alignment of the guide and workpiece, and further presenting a double-V clearance notch that facilitates use with angular and curvilinear workpieces, and removal of extrusion and chips during drilling.
Claims17
A guide adapted for use with a drill and/or tap tool and a workpiece presenting a targeted point, said guide comprising:
- an elongated body having top and bottom surfaces, and first and second sides defining a longitudinal axis, and further having first and second ends defining a lateral centerline,
- said body defining a plurality of standard diameter-sized holes extending perpendicularly through the top and bottom surfaces,
- said body and holes being operable to entrain at least a portion of the tool without distortion to the tool or body,
- said sides being generally planar and parallel, so as to define a generally constant width dimension,
- said ends defining first and second generally planar and parallel surfaces, and said ends and sides being generally orthogonal,
- said body defining a double-V positioning notch formed in the bottom surface and generally parallel to the longitudinal axis of the body,
- said notch being configured to further aid in aligning the body and workpiece by receiving at least a portion of the workpiece within the notch.
A drill and tap guide adapted for use with a drill and/or tap tool and an angular or curvilinear workpiece, said guide comprising:
- an elongated body having top and bottom surfaces, and first and second sides defining a longitudinal axis, and further having first and second ends defining a lateral centerline,
- said body defining a plurality of standard diameter-sized holes extending through the top and bottom surfaces,
- said body and each of said holes being operable to entrain at least a portion of a drill and/or tap tool without distortion to the tool or body,
- said body further defining a double-V positioning notch formed in the bottom surface and generally parallel to the longitudinal axis of the body,
- said notch being configured to aid in aligning the body and workpiece by receiving at least a portion of the workpiece within the notch,
- wherein the notch defines a large inverted V, and a smaller inverted V at the apex of the large inverted V, such that the large-V section is intermediate the bottom surface and smaller-V section,
- wherein the smaller inverted V is spaced from the large inverted V by interior vertical walls, and the walls are spaced a width, and present a height not less than half the width.
A drill and tap guide adapted for use with a drill and/or tap tool and workpiece presenting a targeted point, and by an operator, said guide comprising:
- an elongated body having top and bottom surfaces, and first and second sides defining a longitudinal axis, and further having first and second ends defining a lateral centerline,
- said body defining a plurality of standard diameter-sized holes extending through the top and bottom surfaces,
- said body and each of said holes being operable to entrain at least a portion of a drill and/or tap tool without distortion to the tool or body,
- said body presenting a plurality of alignment lines that intercept or run parallel to the central axis of at least one hole, so as to aid in aligning the body and workpiece by facilitating the placement of the point on the central axis of a hole,
- said body further defining a double-V positioning notch formed in the bottom surface and generally parallel to the longitudinal axis of the body,
- said notch being configured to further aid in aligning the body and workpiece by receiving at least a portion of the workpiece within the notch.
Dependencies are inferred from the claim text.