635 results about "Fish hook" patented technology

A lure comprising: a) a hollow body, made of hard plastic, having a shape approximating the front of a natural fish, and including several ribs with through holes; b) several weights, affixed inside the hollow body; c) a resilient skin, having the shape, texture and coloration of the front of a natural fish and an eye sockets, adhered around the hollow body, around the ribs and through the through holes; d) a resilient tail having the shape, texture and coloration of the tail of a natural fish, integral with the resilient skin; the resilient tail including approximately vertical slits; e) a diving bill affixed to the hollow body just below the nose and protruding through the skin; f) a reflective eye attached to the hollow body within the eye socket; g) a line eye hook, affixed to the hollow body at the nose and protruding through the skin; and h) a fish hook eye hook, affixed to the hollow body underneath and protruding through the skin).

A fishing pole holder and fish hooker (10) generally comprises a sleeve (20) for holding a fishing pole (100), a pivot (70) pivotally attaching sleeve (20) to a base (30), a biasing assembly (80), a latch (90), a tether (75) for retaining pole (100) in sleeve (20) and a support (40). The biasing assembly (80) includes a plurality of attachment points (89) for spring (81) to adjust spring bias to compensate for different pole weights. A plurality of supports (45,55,60,64) simultaneously attach to base (30) so as to be conveniently available for any fishing environment.

An expandable bait sleeve and method therefore capable of expanding in order to securely retain baits of various sizes and dimensioned to be coupled to various types of fishing lures and fishing hooks in order to improve a fisherman's chances of catching a fish by minimizing the chance that a fish will be able to “steal” the bait without being caught on the hook.

A fishing lure is described, having a head with a release mechanism and a removable tail. Because the tail can be released, fish caught on hooks can be released quickly, and new tails with new hooks rapidly attached to the same head. Multiple tails may be equipped with different lure skirts, for different fish and / or different conditions, and rapidly changed out in the course of fishing. A tail including a drag chute released by a fish strike, attachable to the same head, is also disclosed. A dive wing, attachable to the removable tails, is also disclosed. Tails can include bait scent chambers and release holes and water jets to attract fish. A kit with combinations of heads, tails, dive wings, and other parts and accessories is also disclosed.

The fishing hook has a shank, a pointed hook portion formed at the lower end of the shank, and an eyelet formed at the upper end of the shank. The eyelet is formed by a generally D-shaped open loop that defines a cleft at the apex of the eyelet. The method of attaching a snell (a short leader line) to a fishing hook includes the steps of: forming a loop in a snell; passing the loop through the eyelet; rotating the fishing hook at least one full rotation to twist the loop; passing the loop over the open end of the eyelet; and pulling the snell to form a knot at the apex of the eyelet.

A jig and bait fishing system is provided which includes various fanciful and realistic shapes for attracting and capturing fish. The system includes a body connected to a neck and a bait keeper; the neck being adapted for securing skirt material for avoiding underwater obstructions. The bait keeper secures bait and in particular internally reinforced artificial bait at the reinforced area in combination with the reinforcing material. The system also provides for a fishhook for capturing the fish and hooking the bait. The system includes a latch which prevents the fish from spitting-out the hook after capture. A method of manufacturing fishing jigs includes the steps of dipping rods into liquid plastic material and embedding reinforcing yarn filaments therein.

The bottom fish rig with fish hooks 10 has a sinker attachment means of securing weight upon a leader 13 with small wire loops 18 and 20 and a fish hooking means. An elongated leader 13 has a hook end 14 and a line end 16. The hook end 14 has a leader hook loop 18 and fish hook 50. The leader line end 16 has a leader line loop 20. A first movement stop 22 is crimped to the leader 13 before the leader line loop 20. A second movement stop 24 is crimped to the leader about two-thirds of the length. A sliding c-weight 25 connects to the leader 13 between movement stops.

A jig and bait fishing system is provided which includes various fanciful and realistic shapes for attracting and capturing fish. The system includes a body connected to a neck and a bait keeper; the neck being adapted for securing skirt material for avoiding underwater obstructions. The bait keeper secures bait and in particular internally reinforced artificial bait at the reinforced area in combination with the reinforcing material. The system also provides for a fishhook for capturing the fish and hooking the bait. The system includes a latch which prevents the fish from spitting-out the hook after capture.

A surface floating fishing lure including a forwards facing concave surface located at the water line, designed to scoop, redirect, and “spit” water into the air to subsequently splash unto the surface of the water when the fishing lure is tugged sharply, whereby a surface disturbance is created to attract fish hiding under cover of lily pads and other floating weeds or debris. This fishing lure shall include at least one fish hook rigged to be weedless, containing a flexible member deflecting weeds and debris away from each barbed point, a forwards facing concaved surface oriented in a manner predetermined to be suitable to redirect and splash a spray of water across the water surface, a floating body, a fish line connecting means at the forwards end of said fishing lure, and may, in some embodiments, further include at least a portion of said floating body in the form of a soft polymer flexible body in a shape resembling natural fish prey such as worms, frogs, minnows, centipedes, and etc.

A fishing jig includes a fish hook integral construction with a center axis having a hook curve trailing extremity with a hook point, and a straight hook shank extending forwardly from the hook curve. An eye bend extends forwardly and upwardly at an eye bend radius point at an angle of substantially 20° relative to the axis of the hook shank, and terminating in a line-attachment eye leading extremity. A weighted metal body is connected to and distributed symmetrically along the hook shank and the eye bend. The body has a mass distribution which is greater below the center axis of the hook than above the center axis of the hook by creating a wedge on a lower portion of the body that counterbalances weight of the hook curve and the hook point. A center of gravity is defined above the wedge at substantially the eye bend radius point such that the jig assumes an upright position in which the hook shank is maintained and has a substantially horizontal attitude. The hook point lies in an uppermost position relative to the hook shank such that the jig will not tumble, spiral or rotate when attached on a fishing line.

A fishing hook enclosure apparatus includes a first container portion which includes exterior rod ring / reel attachment means and a first line access notch. A second container portion is attached to the first container portion by first-to-second attachment means which may include a hinge. The exterior rod ring / reel attachment means and the first line access notch are located at opposite ends of the first container portion. Preferably, the exterior rod ring / reel attachment means are in the form of a first attachment portion and a second attachment portion which define a push-through clip. Once a fishing lure and fishing hooks are contained inside the closed container formed by the first container portion and the second container portion in a closed condition, the fishing lure and the fishing hooks are prevented from snagging or hooking into any person or object in the environment surrounding the closed container.

A fishing lure including a U-shaped body having a primary member and a secondary member joined together by a crosspiece. A fishhook and a weight are affixed to the rear of the primary member. The weight has a bulb and a rearwardly extending stem that terminates at an enlarged shoulder. A detachable blade harness is releasably attached to the weight and includes an elastomeric tether to which is rotatably attached a pair of spinner blades. A buzz blade is rotatably attached to the secondary member.

A fishing aid including a fishhook having an eye and a barb respectively positioned at its opposed ends. A rattle is releasably secured to the fishhook. The rattle has a catch that extends from one of its opposed ends with an open-loop portion for grasping the eye of the fishhook. The rattle also has a sharpened point at the other of its opposed ends for easy insertion into a soft, plastic bait.

An apparatus and method for securing bait fish to a fishing hook. The apparatus is in the form of a kit and includes a bait hook attachment device and crimping pliers that provides a quick and convenient attachment point for securing to a fishing hook. The bait hook attachment device is formed from a preformed single piece of wire having two ends spaced apart and available for placement on each side of a bait. The attachment device is secured to the fish hook by crimping of wire by use of a matching crimping pliers. Upon securement of the hook assembly, an aperture is formed for use in attachment to a bait fish.

A jig head, to which a fishing lure may be attached, that can pivot on a fish hook or clip to attract fish as it is pulled through the water on a fishing line. There is a channel through the jig head, through which the fish hook or clip is inserted, so that the jig head (and the attached lure) can pivot on the hook or clip. As the fish hook is not permanently attached to the jig head, it will be easy to replace a worn or damaged hook, while reusing the jig head with a new hook. There may be a second channel through the jig head, through which water can flow, to further attract fish by the sound of the water flowing through the jig head and lure, and optionally to help disperse an attractive scent from the lure into the water.

An adjustable-depth crankbait fishing lure for use in catching fish at user-selectable depths. The crankbait fishing lure is made of a buoyant yet hard body having the shape and general appearance of a bait fish. Attached to the body are at least one fish hook and a means to attach the body to a fishing line. Pivotable lateral fins are located at each side of the body and are user adjustable for either water surface operation or operation at varying depths. A means is provided, substantially enclosed within the body, for allowing both the user to select the desired fin pitch corresponding to a specific water depth, and in some embodiments, for automatically returning the fins to the original pitch setting if the pitch setting is disturbed due to underwater snags or fish strikes. In addition, the fishing lure is designed so that the means for changing the fin pitch is protected against inadvertent changes due to fish strikes, snags, or other underwater menaces. Furthermore, one embodiment includes a new system for rotating a shaft through part of a rotation when another parallel shaft rotates through part of a rotation in the same direction; this system has applications beyond fishing lures.

The present invention provides an improved diving fishing lure having a more durable and stable design that is capable of assisting today's fishermen as they target fish at increasingly greater depths and at faster trolling or retrieval speeds. The fishing lure includes a lure body having first and second ends, at least one fish hook extending from the lure body, and a diving lip extending from the first end of the lure body. According to one embodiment, the fishing lure includes a connector mounted to the diving lip, wherein the diving lip defines a recessed surface at least partially around the connector having a sidewall with a radius of approximately 0.30 inches to approximately 0.40 inches.

A fish hook includes a resilient bait guard. The bait guard is comprised of an elastic (e.g., injection molded plastic) or pseudo-elastic (e.g., nickel titanium alloy) material that returns to a determined shape after deflection during normal use. The bait guard is shaped as a basket or cradle that is secured to the shank of a fish hook and releasably engaged on the barbed hook portion at its other end. A slider helps to hold the bait firmly in place on the hook. The bait guard may be transparent, water color, bait color or phosphorescent.

A fishhook includes a one-piece monolithic body having two legs that have barbs on the ends thereof and are biased so the barbs move in a common plane while retaining a common orientation with respect to each other. A notch portion on one of two legs abuts a notch portion on the other leg to hold the hook in an armed configuration by abutting engagement and is moved out of abutting engagement to permit a torsion spring to move the legs apart into a triggered configuration.

An improved artificial bait fish is disclosed for use with a fishing hook attached to a fishing line. The improved artificial bait fish comprises a longitudinally extending fish body member formed in a replica of a fish having a head portion, a body portion and a tail portion. A bore extends longitudinally through the fish body member from the head portion toward the tail portion. The bore receives the fishing line therein for positioning the fishing hook relative to the tail portion of the fish body member. The improved artificial bait fish may be used with an artificial fishing lure.

A dehooking device with a slidable bite sleeve having a rod (1) with a spiral looped hook removal end (2), handle (3), and a slidable bite sleeve (4). The rod (1) is preferably made of steel while the bite sleeve (4) is preferably made of plastic. The method of use of the present invention will permit the removal of a hook from a fish (9), turtle, or other sea creature's mouth while being able to maintain the mouth in a somewhat open position. Furthermore, the use of this invention protects the mouth of the fish, turtle, or other sea creature by shielding the hook during the removal process.

A fishing lure comprising a substantially V-shaped wire having an eye loop at its apex and first and second arms extending from the eye loop. A jig head having a fishhook projecting therefrom is attached to the end of one arm. A spinner blade is attached to the end of the other arm. A second blade is attached to the eye loop to impart a vibrating motion to the lure.

A fishing aid including a fishhook having an eye and a barb respectively positioned at its opposed ends. A rattle is releasably secured to the fishhook. The rattle has a catch that extends from one of its opposed ends with an open-loop portion for grasping the eye of the fishhook. The rattle also has a sharpened point at the other of its opposed ends for easy insertion into a soft plastic bait.

A casting spinner lure having a screw-like connector, retainer, and leader line with attached hook or artificial bait. The screw-like connector and retainer supports the leader line to minimize the hook or artificial bait from becoming tangled with the fishing line or lure itself The screw-like connector permits exchangeability of the hook or artificial bait.

An improved self-engaging bait fish rig and assembly device which does not require the use of any sort of tool or device to engage the fish is disclosed. The rig is made of pliable metal prongs which have sufficient strength to hold a bait fish once engaged. The prongs are formed in a bent fashion with acute angles turned inward and upward towards the center of the rig. The rig attaches to the hook by way of rubber o-ring, which allows for movement of the rig along the hook. The prongs of the rig are spring-biased, thereby resetting the spring action to the closed position while in use. Such spring closure is reinforced by a rubber o-ring that encircles both prongs allowing for flexibility in stretching the prongs apart for insertion into the body or eyes of the fish.