Abstract: Methods for aligning a fishing hook to a fishing lure are disclosed herein. The fishing hook may be attached to the fishing lure either directly or with the use of a connector components. The fishing hook may be aligned such that the longitudinal axis of the hook is inline with or parallel to the longitudinal axis of the fishing lure. The alignment may be secured via an encasing method, where the lure, connector components, and hook are secured by wrapping the connection mechanisms to limit movement of the hook relative to the lure. In other embodiments, the alignment may be secured via a woven method, where the connection mechanisms are secured by interweaving a rigid but pliable member through each connection mechanism component.

Abstract: A fishing lure includes a solid body having a front head portion, a rear tail portion, a top back portion and a bottom belly portion. The fishing lure also includes a cavity recessed within the solid body and having a bottom opening at a location extending between and intermediately of the bottom belly portion and rear tail portion. The fishing lure further includes a magnetic holder disposed in the cavity and assembled relative thereto to provide a channel of diametrically magnetized configuration for receiving and releasably retaining a shank portion of a metal hook coupled at an end to the bottom belly portion and extending within the channel so as to displace a point on an opposite end of the metal hook downwardly and forwardly away from the cavity and thereby in a stinger position relative to the solid body.

Abstract: A fishing lure comprises a blade member pivotally coupled to a wire form member through only one mounting aperture. The wire form member is further coupled to a weighted member or a hook. When the lure is pulled forward, the wire form member exhibits a cyclically repeating swinging movement coinciding with cyclical impacts between the blade member and wire form member.

Abstract: A fishing lure for fishing in streams, rivers and lakes, comprising a body (1), a fishing line coupler (2) for connecting the body to a fishing line, a fishing hook (3), a fishing hook coupler (4) coupling the fishing hook (3) to the body (1), and a fishing hook receiver (5) mounted to the body such that the fishing hook (3) and the fishing hook receiver (5) are attracted to each other by way of magnetic attraction so that when in use, the fishing hook (3) is less prone to get caught by objects such as pebbles, rocks or tree branches, where most of the fishes tend to hide.

Abstract: A guard-equipped fishing hook 50 includes: a fishing hook 30; a guard 10 formed by bending a wire-like material in a V shape; and a base 20 fixed to a shank 30b of the fishing hook 30 and having a guard attachment hole 24 formed therein, the guard attachment hole 24 holding the guard 10 such that the guard is positioned in front of a hook tip 30a when an insertion end 10a as a bent end of the guard 10 is inserted into the guard attachment hole 24. The guard 10 is made of a superelastic alloy. The guard attachment hole 24 is formed so as to be gradually tapered from an opening 24a thereof to a deepest end thereof. A bending angle ? of the insertion end 10a of the guard 10 is larger than an opening angle ? of the guard attachment hole 24.

Abstract: A concave, flat, or convex metal, plastic, or composite bodied lure with somewhat pointed and similar ends and a jig hook which extends through the center of the body and is connected in a channel that proceeds to the rear, causing the lure to suspend in a horizontal position and produce a variety of attractive movements when the rod is jigged vertically or otherwise manipulated.

Abstract: A fishing lure includes a blade having first and second opposing ends each having a generally circular periphery and connected by a central bridge portion having first and second parallel sides. The first and second sides extend substantially tangent to the peripheries of the first and second ends, respectively. A longitudinal axis of the blade passes through geometric centers of the first and second ends; a lateral axis extends perpendicular thereto. A spin hole is provided midway along the longitudinal axis for encircling the line, and a fold line is formed at a 15-degree offset from the lateral axis, passing through the spin hole, extending substantially perpendicular to the first and second sides of the bridge portion. The blade is folded about the fold line through an angle of 30 to 90 degrees, causing the blade to spin even when the lure is pulled through water at slow speeds.

Abstract: A fishing lure having a material that is magnetically attracted to a magnet slid down a fishing line connected to the lure. A movable hook shaft housed within the lure is spring loaded to a position where a free end thereof is captured within the lure and a hook attached to the hook shaft cannot be removed from the free end. When the magnet is slid down the fishing line and magnetically influences the magnetic material, the hook shaft is moved to a position where the free end thereof is exposed and the hook can be removed therefrom.

Abstract: A fishing lure, generally the size and shape of a bait fish such as a minnow, is equipped with a safety feature, whereby the lure comprises a hook, preferably positioned on the under surface corresponding to the bait fish's belly, and a spring-biased shell, pivotally connected to the body and positioned such that the shell shields the hook completely when the shell is in a first position and the lure is out of the water, and exposes the hook when the shell is in a second position while the lure is in water, thereby permitting the lure to be used for fishing while preventing injuries from mishandling.

Abstract: A fish lure includes a soft, fish-shaped body including forward and aft body segments connected by an integrally-formed vertical hinge. A buoyancy-controlling insert is concealed inside the forward body segment. The vertical hinge includes a pair of vertical grooves that extend from the dorsal surface to the ventral surface of the body, defining a hinge web that attaches the forward body segment to the aft body segment. A pair of front hinge surfaces extend between a side of the forward body segment and the hinge, and a pair of rear hinge surfaces extend between a side of the aft body segment and the hinge. The front hinge surface and the rear hinge surface form a hinge angle between 5 and 20 degrees when at rest. Each front and aft hinge surface is angled aft. Water flow past the hinge angle creates flexing of the body at the hinge.

Abstract: This fishing invention applies a kinetic energy-storing device along a fishing line to provide additional resistance to short-term stress applied to the line when the fish is tugging. The kinetic energy-storing device reduces occurrences of fishing line breakage, allows fishermen to use a lighter fishing line, and creates a means for fishing lures to snap themselves off of undersea objects. This invention, when secured between the fishing line and lure, allows fishermen to change lures without the need to retie the lure. Ultimately, this invention makes it more difficult for a fish to escape once hooked.

Abstract: A joint type minnow having a body which is formed so as to imitate a bait fish and divided into a main body portion and a tail portion so that the main body portion and the tail portion are mutually swingably joined to each other through a latch structure, is further equipped with a structure for regulating the mutual swing motion between the main body portion and the tail portion. The structure regulates the swing motion of the tail portion at a casting time to reduce air resistance, thereby avoiding reduction in flight distance of the lure.

Abstract: Fishing jig apparatus, comprising a lure body, a hook having a stem, and a flexible strand connecting the stem to the lure body, the stem having a portion terminating at a barb, and a clip on the body to releasably retain said portion, whereby during travel of the line in the water, the lure body grasped by a fish will facilitate hooking of the fish proximate the body and release of the hook to remain connected via the strand to the lure as the fisherman reels in the line connected to said body.

Abstract: A system for use with fishing lures that allows partial release of the lure upon becoming snagged. The lure is attached to a fishing line at a head end and by way of a line extension leader at a hook end. The line extension comprises a heavy gauge leader extending the length of the lure. A fish decoy is permanently affixed to the line at a hook end, and releasably attached at a head end. A line attachment clip provides three attachment loops, one of the loops being a resilient, releasable leg. The line attachment clip has a line loop to which the fishing line is securely attached, a leader loop to which the leader is securely attached, and a releasable leg to which the head eyelet of a lure is attached. Upon application of sufficient force, the head eyelet is released so that the lure becomes inverted, allowing is to be freed from a snag and reeled in with the hooks in the opposite orientation.

Abstract: Artificial fishing lure which has a flexible resilient core (10) surrounded by an elongated flexible body (12). One or more hooks (18) are installed in the core (10) substantially perpendicular to core (10) by way of apertures (24a) and (24b). The core (10) provides longevity to the lure for small and large lures when cast from rod and reel or trolled. Large of heavy lures of this design can be cast with great distances. Grooves (14) in the elongated flexible body (12) and core (10) create a predetermined or erratic motion during retrieval through the water. This action can simulate that of any type of prey including a wounded prey.

Abstract: The present invention is an improvement in spring tensioned double hook fishing devices, generally comprising a spoon having a spring tensioned double hook slidably mounted onto a longitudinal slot extending through the spoon. The double hook is comprised of two hook arms extending from a center spring coil portion, wherein the coil portion is slidably mounted onto the forward portion of the spoon. Two hook ends are provided at opposite ends of the hook arms which can engage two connectors located on the rearward portion of the spoon, wherein the hook can be maintained in a triangularly compressed state in this manner. When a fish bites down on the device, the hook ends are jarred loose from the connectors to cause the hook to release and expand and impale the fish's mouth. Once the fish's mouth is engaged, the movement of the hook rearward along the slot helps to impale the hook deep inside the fish's mouth and reduces the likelihood of the fish escaping.

Abstract: The weight has a sound chamber and a tail section. The sound chamber embodies a plunger stem, a plunger seat, a flexible reed or spring biased balls and a compression spring. The tail section embodies a tail canal and an amplifier which forms a venture having a vortex and a vertex intersecting the tail canal. The sound is made when the plunger stem is pulled, the flexible reed or spring biased balls mounted in the plunger seat deflects the sound chamber grooves of the sound chamber. The plunger stem reaches it's maximum travel when the plunger seat reaches the spring seat. The compression spring retracts the plunger stem when the pull is released. The spring's retraction allows the flexible reed or spring biased balls on the plunger set to deflect the sound grooves in the opposite direction until the plunger seats meets the tail seat. The sound induced in the sound chamber is transferred to the tail canal where it is amplified through the vortex and vertex making an amplifier.