41 results about "Hunting arrow" patented technology

A locating and tracking system for tracking or locating an object of interest, such as a hunting arrow or wounded animal, uses a transmitter in the arrow and a transceiver in combination with GPS positioning system for monitoring and relaying radio frequency signals from a battery powered microchip carried in the hunting arrow to provide a hunter with information as to the location of the arrow and / or to track the animal into which the arrow has been embedded during hunting.

A detachable nock for use with a bow hunting arrow carrying a locating device within its hollow shaft. The detachable nock engages with the target animal and removes the locating device from the arrow shaft as the arrow passes through the target animal, thereby retaining the locating device with the animal to permit tracking. The detachable nock may be constructed with various fixed or movable retention components to accommodate the needs of a wide range of hunters. The design of the detachable nock minimizes its impact on the flight of the arrow and allows the bow hunter to use any style of hollow-shaft arrow, broadhead, and fletching.

A game tracking device used in combination with a hunting arrow, the device having an elongated adaptor insert positionable between the arrowhead and shaft of the hunting arrow, the insert being provided with a recess to receive a transmitter that emits a locator signal. A barb member extends forward from the transmitter housing, such that when a game animal is struck by the arrow, the transmitter separates from the arrow and remains embedded in the animal.

A detachable nock for use with a bow hunting arrow, said arrow having a locating device associated with and transported by it. The detachable nock engages with the target animal and separates the locating device from the arrow as the arrow passes through the target animal, thereby retaining the locating device with the animal to permit tracking. The detachable nock may be constructed with various fixed or movable retention components to accommodate the needs of a wide range of hunters. The design of the detachable nock minimizes its impact on the flight of the arrow and allows the bow hunter to use any style of hollow-shaft arrow, broadhead, and fletching.

The invention involves an arrow system having a shaft having a first end and an insert receptive of a standard point, the insert being disposed completely within the first end of the shaft. An insert installation tool may be used as part of the invention to facilitate insertion of the insert into the first end of the shaft. The invention further includes a reduced diameter hunting arrow shaft that maintains sufficient spine and weight characteristics. The reduced diameter hunting arrow shaft is receptive of standard or non-standard internal components for increasing arrow penetration and shot accuracy. Still further, the invention includes an arrow tip assembly including a male insert and a female point to assist in aligning points with arrow shafts.

A detachable nock for use with a bow hunting arrow carrying a locating device within its hollow shaft. The detachable nock engages with the target animal and removes the locating device from the arrow shaft as the arrow passes through the target animal, thereby retaining the locating device with the animal to permit tracking. The detachable nock may be constructed with various fixed or movable retention components to accommodate the needs of a wide range of hunters. The design of the detachable nock minimizes its impact on the flight of the arrow and allows the bow hunter to use any style of hollow-shaft arrow, broadhead, and fletching.

The broadhead for bow hunting arrow is an arrowhead having: a ferrule; a plurality of planar, generally triangular blades extending radially from the ferrule; a fitting for attaching the arrowhead to an arrow shaft; a pointed tip; and a ring or annular blade mounted to the outermost edges of the triangular blades. In one embodiment, the triangular blades have notches defined therein, and the ring has slits corresponding to the triangular blades extending into the body of the ring that the upper legs of the notches engage to prevent rotation of the ring. In another embodiment, the triangular blades have slots and the ring has slits extending into the ring with the slots engaging the slits to prevent rotation of the ring. Alternatively, the ring may be fixed to the triangular blades by welding or by any other means. The broadhead is particularly well suited for hunting large game animals.

A hunting arrow for tracking target animals is disclosed and described. The arrow can include a chamber. The arrow may also include a transmitter housing that is installable into the chamber. A pair of bores extending through the transmitter housing and chamber may be configured and adapted for receiving a pair of shear pins. The shear pins may secure the housing in the chamber. The transmitter housing may comprise an animal engagement member, such as a hook. The transmitter housing is ejected from the chamber when the arrow strikes a target animal and the hook stops the forward momentum of the transmitter housing with sufficient force to shear the shear pins, thereby ejecting and embedding the transmitter housing in the hide of the animal. The transmitter within the housing may broadcast the location of the animal to the hunter to enable easy tracking of the animal, if wounded.

The invention is directed to an arrow system having a shaft having a first end and an insert receptive of a standard point, the insert being disposed completely within the first end of the shaft. An insert installation tool may be used as part of the invention to facilitate insertion of the insert into the first end of the shaft. The invention further includes a reduced diameter hunting arrow shaft that maintains sufficient spine and weight characteristics. The reduced diameter hunting arrow shaft is receptive of standard or non-standard internal components for increasing arrow penetration and shot accuracy. Still further, the invention includes an arrow tip assembly including a male insert and a female point to assist in aligning points with arrow shafts. The arrow shaft is in one embodiment an aluminum-carbon arrow which includes a metallic core and an outer fiber reinforced polymer layer.

A device and method by which hunting arrows are provided with a plurality of phosphorescent vanes to aid in their location and retrieval, particularly during times of limited visibility is herein disclosed. The plurality of vanes of the arrow are coated with a phosphorescent paint which will self-luminescence at night and give off radiation in the form of visible light. Additionally, the phosphorescent nature of the paint makes finding the arrow easier during the day.

A hunting arrow for tracking target animals is disclosed and described. The arrow can include a chamber having an angled surface and a compression fitting surface. The arrow can also include a transmitter housing having an angled surface and a compression fitting to securely house the transmitter within the chamber during flight. The transmitter may include removable parts, to enable reuse of the transmitter, including but not limited to: compression fittings, barbed hooks, an attachment assembly and a battery cover. The transmitter is ejected from the chamber when the arrow strikes a target animal and the one or more barbed hooks stops the forward momentum of the transmitter with sufficient force to overcome the friction between the compression fitting and the compression fitting surface within the chamber, thereby ejecting and embedding the transmitter in the hide of the animal. Alternatively, or in addition thereto, the hunting arrow can include a plunger system, retaining member / retaining dimple system and / or an adhesive strip system to secure the transmitter to the arrow during flight.

A hunting arrow having an interior passage that permits both air and blood to flow freely therethrough. A broadhead at the front of the arrow has an intake opening that permits the flow to enter a tubular shaft of the arrow, and a nock at the rear has a discharge opening that permits the air and blood to exit the shaft. The blades of the broadhead are radially spaced to permit air and blood to enter the intake opening. The nock includes internal vanes that react with the flow of air exiting the discharge opening to impart rotation to the arrow. The nock also includes vents that allow a portion of the air to escape so as to react with channels on the exterior of the nock to further stabilize the arrow during flight.

A hunting arrow for tracking target animals is disclosed and described. The arrow can include a chamber having an angled surface and a compression fitting surface. The arrow can also include a transmitter housing having an angled surface and a compression fitting to securely house the transmitter within the chamber during flight. The transmitter may include removable parts, to enable reuse of the transmitter, including but not limited to: compression fittings, barbed hooks, an attachment assembly and a battery cover. The transmitter is ejected from the chamber when the arrow strikes a target animal and the one or more barbed hooks stops the forward momentum of the transmitter with sufficient force to overcome the friction between the compression fitting and the compression fitting surface within the chamber, thereby ejecting and embedding the transmitter in the hide of the animal. Alternatively, or in addition thereto, the hunting arrow can include a plunger system, retaining member / retaining dimple system and / or an adhesive strip system to secure the transmitter to the arrow during flight.

A hunting arrow having an arrow shaft with a front end and a back end. The hunting arrow has at least one arrow blade attached to the arrow shaft, and has a closed position and at least one open position. The at least one arrow blade is substantially flush with the arrow shaft when in the closed position, and extends radially outward from the arrow shaft when in an open position. In addition, the hunting arrow has an arrow tip that is attached to the front end of the arrow shaft and is capable of moving longitudinally toward or away from the arrow shaft. The arrow tip is operatively engaged with the at least one arrow blade so that the arrow tip opens and closes the at least one arrow blade by moving relative to the arrow shaft.

A rear mountable cutter device for a hunting arrow is mountable to an arrow shaft. The device includes a plurality of elongated cutting members that are positioned along the rear end of the arrow shaft following mounting of the cutter device to the shaft. The cutting members are configured such that when the forward end of the cutting members engage a target animal, the cutting members deflect outward of the shaft to produce an enlarged wound in the target animal.

A hunting arrow for tracking target animals is disclosed and described. The arrow can include a chamber. The arrow may also include a transmitter housing that is installable into the chamber. A pair of bores extending through the transmitter housing and chamber may be configured and adapted for receiving a pair of shear pins. The shear pins may secure the housing in the chamber. The transmitter housing may comprise an animal engagement member, such as a hook. The transmitter housing is ejected from the chamber when the arrow strikes a target animal and the hook stops the forward momentum of the transmitter housing with sufficient force to shear the shear pins, thereby ejecting and embedding the transmitter housing in the hide of the animal. The transmitter within the housing may broadcast the location of the animal to the hunter to enable easy tracking of the animal, if wounded.

A hunting arrow point having a ferrule having a forward nose, a rearward shank, and a body, the body having a plurality of radially outwardly opening apertures; the point further having blades, each blade having a proximal end, a distal end, a forward end, and a rearward end, each proximal end having an eye, each blade's forward end having a sharpened edge, each blade being positioned so that its eye aligns over one of the ferrule's apertures; the point receiving screws, each screw extending through one of the blade's eyes and engaging one of the ferrule's apertures; and the point presenting a plurality of pivot stops, each pivot stop being fixedly attached to or formed wholly with the ferrule, each pivot stop being positioned for biasing against one of the blades upon application of a rearwardly directed force to the blade, and each blade being forwardly canted.

The invention involves an arrow system having a shaft having a first end and an insert receptive of a standard point, the insert being disposed completely within the first end of the shaft. An insert installation tool may be used as part of the invention to facilitate insertion of the insert into the first end of the shaft. The invention further includes a reduced diameter hunting arrow shaft that maintains sufficient spine and weight characteristics. The reduced diameter hunting arrow shaft is receptive of standard or non-standard internal components for increasing arrow penetration and shot accuracy. Still further, the invention includes an arrow tip assembly including a male insert and a female point to assist in aligning points with arrow shafts.

A hunting arrow having an arrow shaft with a front end and a back end. The hunting arrow has at least one arrow blade attached to the arrow shaft, and has a closed position and at least one open position. The at least one arrow blade is substantially flush with the arrow shaft when in the closed position, and extends radially outward from the arrow shaft when in an open position. In addition, the hunting arrow has an arrow tip that is attached to the front end of the arrow shaft and is capable of moving longitudinally toward or away from the arrow shaft. The arrow tip is operatively engaged with the at least one arrow blade so that the arrow tip opens and closes the at least one arrow blade by moving relative to the arrow shaft.

A detachable nock for use with a bow hunting arrow, said arrow having a locating device associated with and transported by it. The detachable nock engages with the target animal and separates the locating device from the arrow as the arrow passes through the target animal, thereby retaining the locating device with the animal to permit tracking. The detachable nock may be constructed with various fixed or movable retention components to accommodate the needs of a wide range of hunters. The design of the detachable nock minimizes its impact on the flight of the arrow and allows the bow hunter to use any style of hollow-shaft arrow, broadhead, and fletching.

A hunting arrow having an arrow shaft with a front end and a back end. The hunting arrow has at least one arrow blade attached to the arrow shaft, and has a closed position and at least one open position. The at least one arrow blade is substantially flush with the arrow shaft when in the closed position, and extends radially outward from the arrow shaft when in an open position. In addition, the hunting arrow has an arrow tip that is attached to the front end of the arrow shaft and is capable of moving longitudinally toward or away from the arrow shaft. The arrow tip is operatively engaged with the at least one arrow blade so that the arrow tip opens and closes the at least one arrow blade by moving relative to the arrow shaft.

A tip for a hunting arrow and a method of manufacturing the same are disclosed. A bullet-shaped tip is affixed to a shaft region and a threaded shaft for attachment to the threaded engagement of a standard hunting arrow. A pair of barbs extends out and forward from the tip. The barbs may be manufactured by creating a hole in a standard arrow tip transverse to the axial line thereof, and forcing a length of wire through the hole. The wire may be retained with a glue or sealant, and may be bent forward to a desired shape and sharpened.

The present invention is a rear-deploying broadhead with a body that is attachable to an arrow shaft. The body has an inner portion and an outer cylinder, with the inner portion being disposed within the outer cylinder when the broadhead is in a nondeployed position. The inner portion has a solid internal shaft, a head, and an inner cylinder. The internal shaft is disposed in a position forward to the head of the broadhead, and is situated substantially in the center of the inner portion and movable within the inner cylinder in a plunger-like manner. The solid internal shaft terminates within the inner cylinder and is attached proximate its termination to an internal sleeve, and at least two blades are pivotally attached to the internal sleeve. The outer cylinder comprises slots there-through adapted for deployment of blades.

A counterweight for a hunting arrow that is mountable between a broadhead and the arrow shaft. The counterweight includes a body with a threaded opening that receives a threaded projection extending from a broadhead and a threaded stud that is threadably matable with a threaded opening in an insert disposed within the leading end of an arrow shaft.

The invention is directed to an arrow system having a shaft having a first end and an insert receptive of a standard point, the insert being disposed completely within the first end of the shaft. An insert installation tool may be used as part of the invention to facilitate insertion of the insert into the first end of the shaft. The invention further includes a reduced diameter hunting arrow shaft that maintains sufficient spine and weight characteristics. The reduced diameter hunting arrow shaft is receptive of standard or non-standard internal components for increasing arrow penetration and shot accuracy. Still further, the invention includes an arrow tip assembly including a male insert and a female point to assist in aligning points with arrow shafts. The arrow shaft is in one embodiment an aluminum-carbon arrow which includes a metallic core and an outer fiber reinforced polymer layer.

The broadhead for bow hunting arrow is an arrowhead having: a ferrule; a plurality of planar, generally triangular blades extending radially from the ferrule; a fitting for attaching the arrowhead to an arrow shaft; a pointed tip; and a ring or annular blade mounted to the outermost edges of the triangular blades. In one embodiment, the triangular blades have notches defined therein, and the ring has slits corresponding to the triangular blades extending into the body of the ring that the upper legs of the notches engage to prevent rotation of the ring. In another embodiment, the triangular blades have slots and the ring has slits extending into the ring with the slots engaging the slits to prevent rotation of the ring. Alternatively, the ring may be fixed to the triangular blades by welding or by any other means. The broadhead is particularly well suited for hunting large game animals.

The hunting arrow having a hole boring head includes an arrow shaft that attaches an arrowhead comprised of points that are notched into the head such that the arrowhead and at least a portion of the arrow shaft have an open hole in the center in order to cut a hole through the skin and flesh of game for unimpeded blood loss therefrom. The points constructed of notches are concentrically, arranged, and require at lease a portion of the arrow shaft to be hollowed such that the open hole extends rearwardly with respect to the shaft. The hunting arrow may include a plurality of external blades that extend radially from the exterior surface of the arrowhead, and may be centered about each of the points.

An arrow shaft includes a cylindrical hollow body having a first end and an opposing second end, a first receiver permanently secured to the first end and a second receiver permanently secured to the second end, and a line connecting the first receiver to the second receiver. The first receiver is configured to be removably coupled to a broad head and the second receiver is configured to be removably coupled to a nock.