Abstract: A fishing lure includes a weighted body, a first eye hook, a second eye hook, and a fish hook. The weighted body has a first end and a second end. The first eye hook is coupled near the first end of the weighted body. The second eye hook is coupled near the second end of the weighted body. The fish hook has an eyelet formed at one end. The eyelet is coupled to the second eye hook allowing the fish hook to freely move about the eyelet.

Abstract: A hard body fishing lure having a cavity disposed therein which conceals a fish hook held internal the body by a magnet. An axle is provided near the front of the lure about which the hook rotates from the internal position to an external position when the lure is struck by a fish and back pressure is placed on the fishing line so that the hook is deployed from internal the body to external the body so as to hook a fish in the mouth. A tube for receiving the line is placed between two halves of the lure wherein weights are placed near the bottom edges of the halves in order to properly weight the lure body. An additional embodiment is shown wherein a bill or lip is placed on the front of the halves of the lure body in order to make the lure dive deeper into the water column.

Abstract: In a specific embodiment, the present invention provides a lure structure for rigging a hook such as a treble hook on an upper portion or top of the swim bait. Many advantages are achieved. For example, the lure is likely to be weedless and prone to fewer snags. That is, the lure has less chance of getting hung up, snagging, or being torn or caught on a bottom structure in the water.

Abstract: A weedless fishing lure device. The device has a single piece soft bodied lure material having a first end and a second end. An air ballast formed by at least one cavity region provided within one or more portions of the single piece soft bodied lure material and extending from a vicinity of the first end of the single piece soft bodied lure material toward the second end of the single piece soft bodied lure material. The device has a lower portion of the soft bodied lure member bordering a lower portion of the cavity region and an upper portion of the single piece soft bodied lure member bordering an upper portion of the cavity region. An outer region is formed from the single piece soft bodied lure material. An opening is within the upper portion of the single piece soft bodied lure member.

Abstract: A concealed hook fish lure is disclosed. In one embodiment, a lure body contains an interior body cavity wherein is placed a hook that is pivotally mounted on a connecting rod. In a first position, the hook is concealed within the lure body and held in place by a first magnet up to the moment of the strike. At the moment of the strike, the fish presses a shaft portion of the concealed hook, which causes the hook to pivot on the connecting rod, thereby moving the hook to a second position where the hook extends outside the body cavity. The pivot movement of the hook from concealed position to deployed position is urged by a second magnet, which second magnet holds the hook in the deployed position, thereby facilitating the setting of the hook in the fish's mouth. The lure is useful in waters containing weeds and other debris, and provides improvements with respect to a simple mechanism for concealing and deploying the hook.

Abstract: A weight to facilitate weed resistant fishing is disclosed. Embodiments include a biconically-tapered weight shaped to define a relatively centrally located aperture, an off-center exit aperture, surrounded by a lip, wherein the weight has a channel where conventional fishing line may pass through the top of the weight, through the channel, and out an exit aperture. With tension on the line, a portion of the hook enters the lip and the hook is relatively shielded from accumulating weeds on decent through a weed mass. A variety of methods disclose manipulating a conventional fishing rod and line with the subject weight.

Abstract: Method and apparatus for a hard body fishing lure having a cavity disposed therein which conceals a fish hook held internal the body by a magnet. An axle is provided near the front of the lure about which the hook rotates from the internal position to an external position when the lure is struck by a fish and back pressure is placed on the fishing line so that the hook is deployed from internal the body to external the body so as to hook a fish in the mouth. A tube for receiving the line is placed between two halves of the lure wherein weights are placed near the bottom edges of the halves in order to properly weight the lure body. An additional embodiment is shown wherein a bill or lip is placed on the front of the halves of the lure body in order to make the lure dive deeper into the water column.

Abstract: A weedless fishing lure has a a body resembling live bait. The body has a longitudinal cavity which is open at the top, and a fish hook at least partially received in the cavity. A spring inside the body biases the hook toward the retracted position. The hook includes a point, a bend, a shank, a first attachment portion at an end of the shank opposite to the bend, and a second attachment portion projecting from the shank between the first attachment portion and the bend, and defining an eye for attaching a fishing line.

Abstract: A fishing device has a hook unit attachable to a fishing rod and including a first end provided with a connecting member, an elongated carrying element extending from the connecting member to a second end, a hook at the second end and extending from the carrying element back toward the first end, a load arranged on the carrying element between the first and second ends, a plate at the first end, and a lure piece mounted on the hook unit and having an end portion extending beyond the hook unit and having a thin tail shape movable transversely to the hook unit in all directions.

Abstract: A snagless bladed fishing lure is provided in which the blade oscillates side-to-side during retrieval and pitches forward to protect the hook from snagging upon encountering an obstacle. The blade includes a line keeper and a hook receiver and carries a weight, the hook receiver being located between the line keeper and the weight.

Abstract: A realistic, solid-bodied, plastic frog fishing lure with hind legs and webbed feet for providing vibration for attracting fish, the frog fishing lure capable of correcting itself underwater so that the lure runs in an upright position at all times when being fished.

Abstract: A concealed hook fish lure is disclosed. In one embodiment, a lure body contains an interior body cavity wherein is placed a hook that is pivotally mounted on a bar with a spring biased to rotate the hook. In the non-deployed position, the hook is concealed and retracted within the lure up to the moment of the strike. At the moment of the strike, the fish compresses a hook trigger clip which releases the hook, which is then pivoted upwardly into the mouth of the fish, thereby facilitating the setting of the hook in the fish's mouth. The lure is useful in waters containing weeds and other debris, and provides improvements with respect to a simple mechanism for deploying the hook, and the ability to deploy hooks in multiple directions relative to the lure body. The hook may also be readily retracted to and cocked in its concealed position following a strike.

Abstract: The fishing lure is formed in a variety of configurations mimicking various prey animals to which game fish might be attracted. Each lure is formed of relatively soft plastic or rubber for flexibility, although the head or forward end of the lure may optionally be formed of harder material. The lure includes a pair of laterally opposed notches or grooves between the head and body, and a series of longitudinally staggered notches or grooves across the upper and lower body or tail portion. These notches or grooves provide even greater flexibility for the lure, allowing the lure to undulate due to hydrodynamic force when drawn through the water. The hook is installed in the forwardmost portion of the lure with the tip oriented above and/or forwardly of the remainder of the lure, to avoid reduction of body flexibility due to being penetrated by the relatively stiff shank of the hook.

Abstract: A fishing lure made from a pliable flexible material is designed to simulate movements of live bait when pulled through water. The middle portion of the lure body is formed with a width substantially greater than a head portion or the tail portion. The width of the tail portion is substantially smaller than the middle portion and the head portion, while the length of the tail portion is equal to or slightly smaller than a combined length of the middle portion and the head portion.

Abstract: The invention relates to a fishing lure (1) which comprises a profile element (5), which is expandable in water so that the fishing lure (1) has a low volume and weight on land, while at the same time giving a strong visual impression in water. The lure also comprises a solid carrier element (3) to which the expandable profile element (5), at least one fish hook (10) and a fastening device (12) for a towing line are attached.

Abstract: A weight to facilitate weed resistant fishing is disclosed. Embodiments include a biconically-tapered weight shaped to define a relatively centrally located aperture, an off-center exit aperture, surrounded by a lip, wherein the weight has a channel where conventional fishing line may pass through the top of the weight, through the channel, and out an exit aperture. With tension on the line, a portion of the hook enters the lip and the hook is relatively shielded from accumulating weeds on decent through a weed mass. A variety of methods disclose manipulating a conventional fishing rod and line with the subject weight.

Abstract: The snag-resistant fishing lure is designed to minimize the chances of the lure becoming ensnared. The lure has a jig and a blade attached to the blade in a configuration that limits the side-to-side movement of the blade, thereby preventing the jig from rolling to a hook-downward position prone to snagging. A centrally aligned hole is positioned close to the front edge of the blade member. An eyelet extending from the jig body is attached through an aperture in the blade. The blade is limited in its side-to-side movement by contact between the blade edge and either the jig body or the eyelet. The limited side-to-side movement of the blade creates a quick, controlled, oscillating blade action that imparts a natural swimming motion to the lure, emulating prey species movements.

Abstract: An improved soft flexible fishing lure and a method of rigging same are provided by the present invention. More in particular, the invention provides a soft flexible fishing lure having an elongate lure body having a longitudinal axis, a top longitudinal surface, a bottom longitudinal surface, a left wall surface, a right wall surface, a head region forming the distal end, and a tail region forming the proximal end and a channel positioned along the longitudinal axis of the lure at the bottom longitudinal surface. The fishing lure of the invention is further provided with a tandem hook assembly that resides in part in the channel of the soft flexible lure body.

Abstract: A fishing hook is disclosed comprising an elongate body defining a front end and a rear end to which a fishing line can be secured and at least one elongate arm terminating in a barb. The at least one elongate arm is fitted to the elongate body so as to be movable between a closed position in which it is aligned with the elongate body and a fully open position in which the at least one elongate arm extends transversely relative to the elongate body. In an example embodiment, the hook includes a pair of elongate arms, each arm terminating in a barb, with the pair of arms being pivotally fitted to the elongate body.

Abstract: An improved soft flexible fishing lure and a method of rigging same are provided by the present invention. More in particular, the invention provides a soft flexible fishing lure having an elongate lure body having a longitudinal axis, a top longitudinal surface, a bottom longitudinal surface, a left wall surface, a right wall surface, a head region forming the distal end, and a tail region forming the proximal end and a channel positioned along the longitudinal axis of the lure at the bottom longitudinal surface. The fishing lure of the invention is further provided with a tandem hook assembly that resides in part in the channel of the soft flexible lure body.

Abstract: A lure has a body (10) provided with a recess (12), forming a decoy and defining a longitudinal axis (AA?), a connecting member (26) inserted into the body (10) via an inner end thereof, and attachable to a line (30) at the other, outer end. The point at which the connecting member is inserted into the body (10) defines the forward portion of the lure with a hook (24) positioned in the recess (12), and an attachment device (22) for securing the connecting member (26) and the hook (24) provided in the body (10). The attachment device (22) include a resilient member (23) at least indirectly attached to the body (10) at one end and to the hook (24) and the connecting member (26) at the other end, and a guide member (22c) for guiding the hook (24).

Abstract: A weedless and/or snagless fishing lure is provided having a tapered, substantially rigid head having a cavity that encases the front end of a hook and fish attractant so that the lure has a smooth transition from front to back.

Abstract: An arts and crafts material having a foil pattern imprinted thereon. In one embodiment, the arts and crafts material of the present invention includes a sheet of foil substantially uniformly adhered to a corresponding sheet of base material such as foam. Once the foil sheet is secured to the base material, the foil sheet is peeled back to disclose the foil sheet's coating transferred onto the base material. The base material is preferably resiliently compressible. Portions of the sheet of arts and crafts material maybe cut to form particular shapes such as body and tail portions of fishing flies.

Abstract: A weedless fishing lure of hard bodied design of multiple embodiments, which is adapted to be connected to a fishing line, the one single hook of which is connected to the lure body by a through shaft and rotates about the shaft, said body containing a cavity large enough to completely house the hooking point of the hook while it is being fished, and having a mechanism to keep the hook hidden until deployment is desired, said hook being deployable to the hooking position by back pressure against the attached fishing line and said hook remaining deployed by back pressure against the attached line.

Abstract: A tangle-free fishing line assembly for preventing fishing hooks from getting caught in weeds and other like obstacles. The tangle-free fishing line assembly includes a fishing line; and also includes a hook member being attached at an end of the fishing line; and further includes a weight member being disposed about the fishing line; and also includes stopper members being attached to the fishing line; and further includes a hook guide member being movably disposed about the fishing line for guiding said hook member through weeds in a body of water.

Abstract: A fishing lure includes a plurality of substantially rigid, preferably plastic body sections including a head section, a tail section, and three central body sections, decreasing in size from the head to the tail, therebetween. Each section behind the head section includes a hinge portion, and each section in front of the tail section includes a cavity, and each hinge portion is snap fit into the cavity of an adjacent section to form a hinge assembly having a pivot axis inside the respective cavity. The hinge assemblies are together adapted to permit different degrees of relative movement of selected adjacent sections to more closely simulate the movement of a live bait fish, and particularly produce fluid tail end movement, as the lure is being pulled through water. Various embodiments are provided.

Abstract: A weedless fishing lure is formed by a lure body and a hook releasably secured to the lure body by an adjustable tensioning mechanism. The adjustable tensioning mechanism is positioned on the lure body for adjusting the tensioning force which holds the hook in the lure body. The lure body includes a through passage for the fishing line and a channel for receiving the hook.

Abstract: A fishing lure molded of flexible, translucent, soft plastic material into an integral unit in the form of a baitfish. Pigments, glitter, scent and flavor additives are mixed with the plastic during manufacture to create realistic visual, smell and taste characteristics. A wide gap offset fish hook is removably attached and substantially hidden in the lure by a hook slot in the lower longitudinal edge of the lure, and by an internal chamber. The internal chamber further serves to allow the body of the lure to collapse when attacked by a fish, exposing the point of the hook, as well as to conceal tube weights, flotation inserts, trap air contributing to the buoyancy and upright positioning of the lure, and to act as a reservoir for liquid fish attractant. The buoyancy and sink rate of the lure can be manipulated by utilizing various combinations of hook sizes, tube weight sizes, and flotation inserts positions into the internal chamber.