Apr 7, 2026

US12595992 - Arrowhead

An arrowhead, in accordance with the present invention, includes an apex, and a first pair of blades fixed about an axis of the arrowhead, each of the preferably coplanar blades containing an edge defining a single-bevel edge that transitions to a double-bevel edge along the periphery of the arrowhead. The arrowhead may further contain a smaller second pair of blades fixed about the axis, each of the second pair of blades spaced apart from a primary blade, each of the second pair of blades extending along and fixed to the arrowhead along the axis.

Inventors: Jason P. Zemore, Spencer D. Brackins
Filing date: 2023-08-02

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The patent describes an innovative arrowhead design featuring a first pair of blades with single-bevel edges that transition to double-bevel edges, enhancing its cutting efficiency. Additionally, the arrowhead may include a second pair of blades positioned along the axis, providing further structural integrity and functionality.

Claim 1

1 . An arrowhead comprising: an apex; a first pair of blades fixed about an axis of said arrowhead; a pair of opposed single-bevel edges equiangularly and downwardly extending from said apex; a first terminus point and a second terminus point at each respective lower end of the single-bevel edges; and a pair of opposed double-bevel edges, each equiangularly and downwardly extending from said first and second terminus points, respectively, wherein each of said single-bevel edges and said double-bevel edges is formed on one of said first pair of blades. an apex; a first pair of blades fixed about an axis of said arrowhead; a pair of opposed single-bevel edges equiangularly and downwardly extending from said apex; a first terminus point and a second terminus point at each respective lower end of the single-bevel edges; and a pair of opposed double-bevel edges, each equiangularly and downwardly extending from said first and second terminus points, respectively, wherein each of said single-bevel edges and said double-bevel edges is formed on one of said first pair of blades.

Google Patents

https://patents.google.com/patent/US12595992

USPTO PDF

https://image-ppubs.uspto.gov/dirsearch-public/print/downloadPdf/12595992