Summary of Invention
This invention relates to improvements in arrow heads.
A solid steel ring used to retain blades will allow the blades from a broadhead to stay retracted during flight, thereby eliminating wind resistance and planning caused by exposed blades, giving a more accurate flight. The plunger will allow the blades to expand, or open, upon impact, to give a maximum cutting edge and after penetration will allow blades to move forward relative to the arrow shaft, which will allow the broadhead to more easily remove itself from the target. By sharpening both sides of the blades will allow the broadhead to more effectively cut after impact as well as extract itself and eliminate any barbing effect.
A Brief Description of the Drawings
FIG. 1 is a side elevation view of a hunting broadhead. Embodying the invention and illustrated in the normal in flight operations and secured to an arrow shaft.
FIG. 2 is an exploded side elevation view of the arrow, shown in FIG. 2.
FIG. 3 is a sectional elevation view of a hunting broadhead arrow embodying the invention and illustrates the arrow in normal flight.
FIG. 4 is a sectional elevation view of a hunting broadhead arrow embodying the invention and illustrates the extended impact position of the blades.
FIG. 5 is a front plan view of the broadhead with the blades retracted.
FIG. 6 is a front plan view of the broadhead with the blades extended.
Detailed Description of the Preferred Embodiment
Referring to the drawing in detail; reference character 2 generally indicates a hunting broadhead adapted to be secured to one end of an arrow shaft 1 in a manner, as herein after set forth.
The arrow head 2, comprised of a hollow body 24 having a plurality of circumferentially spaced longitudinally extending slots 23 provided, or the outer periphery thereof, and extending through the sidewall thereof. A blade member 5 substantially straight, has an inner sharpened edge 3 an outer sharpened edge 4, a blade 5 which will fit inside the slot 23 and held onto steal ring 20, which will lay on the lip of the shaft 21. The blade will be rounded on top 7 to allow blade members to rapidly extend outward from the outer periphery of the ferrule 22 when pushed by the plunger 11.
The blade members 5 are substantially flat in construction, with the outer edge 4 sharp, and the inner edge 3 sharp for cutting. The top 7 is rounded to allow for a smooth movement when pushed by the plunger 11. The blade 5 is also notched on the top outer edge 6 thereby allowing blades 5 to hook onto ring 20.
A diameter reduction 8 is provided around the top portion of the ferrule, or neck, 22 for receiving a solid ring 20, which will hold the blades 5. The reduced portion 8 of the ferrule 22 is then annular recessed 9 to provide for a snap ring 19, which will cause friction engagement with the cap 17, which will fit over the reduced diameter of the ferrule 8 and over the snap ring 19 and sit on top of the solid ring 20, which will also sit over the reduced diameter of the ferrule 22 and over the snap ring 19 to sit flush on the ledge 28 of the ferrule.
The cap 17 will be comprised of a hollow body 16 with circumferentially spaced and longtitudinal slots 18 half way extending through the side wall. This is done to allow the neck 8 to receive the cap 17, which will be will be threaded as seen 26.
The plunger 11 which will, on impact, be pushed inward, thereby engaging with the blades 5 at the point of the top 7 and pivoting them outwardly from the center of the ferrule 22.
The bottom, or rounded part of the plunger 11, will be tapered to fit smoothly against the tops 7 of the blades 5. The shaft of the plunger 11 will be fitted with a teflon ring 15, which will allow the plunger to sit snugly within the top half of the cap 17. The top of the plunger 14 will be wide at the base 12 and sharpened at the tip 13. After impact, the base will stop the plunger when it reaches the cap 17 and the plunger shaft 11 will keep the blades from returning to a closed position.