721results about "Bait" patented technology

An embodiment of an improved fishing lure comprises a fishing lure body having an approximately flat surface on the top side or bottom side of the body and a blade statically affixed to the approximately flat surface. The lure body may include a recess having a wall and a base, wherein the approximately flat surface is at the base of the recess, and wherein around a portion of the perimeter of the recess at least one lip extends inward from the wall of the recess. The blade is preferably disposed in the recess and below the at least one lip. In some embodiments, the approximately flat surface has a float angle between about 30 degrees and about 90 degrees relative to horizontal, and more preferably between about 35 degrees and about 45 degrees relative to horizontal.

A lure for fishing according to one embodiment of the present invention comprises a main body portion having a cavity therein; a weight provided in the cavity of the main body portion and movable in the cavity; and a hollow cover member provided in the cavity of the main body portion, covering the weight from an outer side, and capable of guiding the weight to an inner side, in which the cavity is partially or entirely visually recognizable from an outside, and one or a plurality of reflecting surfaces or reflectors capable of performing specular reflection of light from the outside is provided on an outer surface of the hollow cover member.

A fishing lure includes a head part, a body part, a tail part and a flexible metal bill, wherein the head part is connected with the body part via at least two jointed connections; there are first metal spots provided on back-end of the head part and a horizontal opening on front end thereof; the body part is provided with second metal plates that the second metal plates smash the first metal spots when moving. The flexible metal bill that one end is provided on the horizontal opening, and another end extends away. By means of a segmented structure between the body part and the head part, it improves the fishing lure's swing range and makes it move more flexibly. The first metal spots and second metal plates smash to produce chattering noise to stimulate the predator's sensory perceptual system when moving.

A fishing jig that allows for efficient adaptability, enabling swift transitions between different styles and weights of jig heads without the need for laborious retying. The jig incorporates a screw-on / off mechanism that facilitates the rapid and secure interchangeability of jig heads, eliminating the downtime associated with traditional methods. This expedited swapping capability not only optimizes time spent on the water but also ensures an uninterrupted pursuit of the most suitable bait for the prevailing fishing conditions. Moreover, the jig's user-friendly quick-swap feature accommodates individuals with limited dexterity, enhancing accessibility for a broader range of anglers.

A fishing lure includes a longitudinal body, a pair of wing bars coupled at first ends thereof to the body by hinge pins and configured to hingedly rotate in a posterior and anterior direction relative to the body, wings with a plurality of blades disposed thereon slidably mounted on each wing bar and configured to spin on each wing bar, and wing locks configured to stop the wing bars from rotating any further posteriorly that a position that is perpendicular to a longitudinal axis of the body.

A fishing lure includes a central body and an elastomer cover that covers fully or partially the central body. Eyes are molded in the elastomer cover and a stabilizer is mounted to a rear of the central body. A hair collar and hair are removably mounted between the stabilizer and the elastomer cover.

A fishing tackle bait keeper for a fishing hook includes an anchor and an extension member. The anchor has a tapered tip and a sleeve with first and second ends, and plural ribs coupled to the first end. The ribs project in a diverging arrangement from the first end of the sleeve in a direction opposite of the sleeve first end. The ribs move from a deployed position to a retracted position, wherein when the ribs are in the retracted position, the ribs are oriented with the sleeve to allow insertion of the bait keeper into a bait, and wherein when the ribs are in the deployed position, the ribs extend out from the sleeve to resist being removed from the bait, the ribs are normally in the deployed position. The extension member is coupled to the sleeve and having an attachment portion for coupling with the hook.

A lure comprises a bionic fish body and a fish tail, the bionic fish body and the fish tail are connected through connecting plates, the bionic fish body is composed of a first shell and a second shell that are connected to each other, a cavity is arranged inside the bionic fish body, several counterweight slots are evenly arranged on the bionic fish body close to the belly of the fish, counterweight blocks are placed in the counterweight slots; the imitated fish body is used to lure big fish to attack decisively, thereby making them bit the hook, so that the artificial bait fits the small fish to the greatest extent in terms of shape and sense, thereby increasing the success rate of catching big fish.

The utility model discloses a soft TPR outer iron plate bait, comprising a flat hexagonal iron plate, a special-shaped steel wire running through the length direction of the iron plate, the special-shaped steel wire being bent at both ends of the iron plate to form a pull ring, the iron plate and the pull ring being coated with a clamp layer, and also comprising a soft TPR outer package whose shape completely matches and is coated on the outside of the iron plate with the clamp layer; the special-shaped steel wire running through the iron plate is divided into a connecting part and a disconnecting part, the connecting part is continuously connected between the two pull rings, the disconnecting part is intermittently connected between the two pull rings, and the middle disconnecting nodes of the disconnecting part are all bent at 90° near the center of the iron plate; the thickness range of the soft TPR outer package is 0.2 mm-0.5 mm. The soft TPR outer iron plate bait is optimized by protecting the internal structure, enhancing firmness and tension, facilitating operation, providing multiple bait effects, and improving capture efficiency, so as to provide a better use experience and fishing effect.

The present disclosure relates to a fishing lure assembly that is comprised of a rigid jig head with and a soft cavity with a specially structured cavity. The improved lure facilitates a secure attachment mechanism that allows for interchangeability of the soft bodies of the lure. The unique geometry of the ridged section of the jig head and the corresponding cavity within the soft body of the lure are designed to interlock without damaging the soft body.

An artificial fishing lure that includes an elongate body that has a curling tail extending from an end of the elongate body. The curling tail may curl upward or downward. The lure also includes a feather placed on a predetermined position of the curling tail. The feather placement creates realistic looking optical side to side and back and forth swimming motion so that the lure appears more like a real fish moving through the water.

A jig head having tinsel incorporated therein and a method for producing the same are provided. The jig head comprises a jig body, hook, and tinsel. A portion of the hook is secured within the jig body to prevent removal of the hook. A portion of the tinsel is also contained within said jig body and projected out of said jig body at the hook end. The tinsel is angled out of the jig to clear a soft bait secured to the hook, allowing the tinsel to move in a desired fashion as the jig head moves through water. Body material is kept within a specific temperature range to ensure that the tinsel does not melt as the jig body is molded. A paint layer and adhesive layer are further applied to increase durability of the tinsel at the point in which it is secured to the jig body.

Described herein is a small and lightweight terminal tackle product with upper and lower sections slidably connectable to one another. Each of the upper and lower sections is provided with a scent chamber open on one end to provide for the introduction of scent attractant material. The upper and lower sections are provided with male and female connection features to hold them together while the product is submerged during use and allow them to be conveniently disconnected to refill with scent attractant material without significant disruption. The present invention features apertures for threading fishing line and for releasing the scent attractant material into the ambient underwater environment when in use.

Fishing lures and lines to improve the capability of visually following an angler's lure while in the water are set forth. The lures and lines include the incorporation of materials that are sensitive to sonar imaging, and will highly define the underwater location of the fishing line on a sonar device's screen.

An artificial bait selectively configurable in a first configuration or a second configuration is provided. In the first configuration, a hook may be positioned and located proximate to an upper side of the artificial bait. In the second configuration, a hook may be positioned and located proximate to a lower side of the artificial bait. The artificial bait may include a body sized and shaped to resemble a natural food source for fish. In addition, a guide may be positioned and located in the body. In the first configuration, fishing line may extend through the guide to an upper side of the body. However, in the second configuration, the fishing line may extend through the body and the guide to a lower side of the body. Thus, a hook may be selectively coupled with the fishing line proximate to the upper side or the lower side of the body.

The invention relates to a fly lure for fishing adapted for connection with a jig. The jig comprises a hook including a shank and an integral sinker, and the fly lure includes a body for receiving at least part of the jig therewithin, and lure material affixed to the body for mimicking a natural bait for a fish. The body is configured to cooperate with the part of the jig received therewithin to secure the body and the jig together and thereby connect the fly lure with the jig.

A fishing lure or fishing bait for angling includes one or more ball chains that assist in attracting fish to the fishing lure or fishing bait during retrieve and enticing fish to strike the fishing lure or fishing bait. The one or more ball chains can be used to dress the fishing bait or the fishing lure or can be incorporated into the fishing lure or fishing bait. Fishing lures and fishing baits having incorporated ball chain as well as being dressed by ball chain are also disclosed.

The invention relates to a fishing lure-fishing line connection system for connecting a fishing line to a fishing lure, wherein at least three eyelets are provided on a weight body. A hanging weight eyelet is provided for attaching a hanging weight, a fishing lure eyelet is provided for attaching a fishing lure, in particular in the form of an artificial lure, and a fishing line eyelet is provided for attaching a fishing line. The eyelets are stationary relative to one another. The hanging weight eyelets and the fishing lure eyelet are configured as open quick-release eyelets which are self-locking to prevent unintentional unhooking, and wherein the weight body is arranged between the fishing lure eyelet and the fishing line eyelet.

The present invention discloses a fishing lure for knotless line attachment. The fishing lure comprises a nose portion and a tail portion configured to be assembled together. The nose portion includes a proximal hole sized to receive a fishing line. A funnel is formed in the tail portion, and aligned with the proximal hole to guide the fishing line into a groove formed in the tail portion. The groove extends from a top of the tail portion to a gap defined between the nose portion and the tail portion when assembled. A coupling mechanism, such as a threaded engagement, enables rotation or movement of the nose portion relative to the tail portion to securely clamp the fishing line without requiring a knot. The lure further comprises radial grippers to engage the line, wings to guide the line, and an optional flexible weed guard to reduce snagging on underwater debris.

The present invention is a soft plastic lure, constructed of a plastic, semi-plastic or combination “soft” and “hard-soft” plastics, where the “nose” of a lure's head exhibits a solid area of a hook anchor for guidance into an internalized receiving channel, proximate to the lure's dorsal area, with a rearwardly attached chamber tab or tabs, at the rear wall of the channel, which provides guide of a hook from said “nose”, into said channel, through an accepting tab, or tabs, wherein the inserted hook is secured where the hook's point is exterior and front-facing. The soft plastic lure is thereby capable, through proper acceptance and placement of a hook, of providing a properly guided and secured hook placement into and within the soft plastic lure ensuring correct placement of the hook and thus correct action, and maximum effectiveness of the soft plastic lure.

The underwater fish-luring device is configured for use in attracting fish by mimicking a sound that lobsters naturally produce. The underwater fish-luring device is an acoustic device. The underwater fish-luring device generates acoustic energy that can be detected underwater. The frequency profile of the generated acoustic energy attracts the lobster towards the underwater fish-luring device. The underwater fish-luring device comprises a plurality of levers, a torsion spring, and an acoustic generator. The torsion spring and the acoustic generator attach to the plurality of levers.

Fishing jigs designed and configured to firmly hold natural worms during use. In some embodiments, a fishing jig includes a head, a shaft that tapers away from the head, and an impaler that pierces the entire thickness of the body wall of a worm. The cross-sectional size of the shaft proximate to the impaler is selected so that the body wall of the worm is taut when the worm is fully engaged with the fishing jig. In some embodiments, the impaler is angled toward the head of the fishing jig at an angle of 45° or less. In some embodiments, the fishing jig further includes a bumper on its bottom to assist with inhibiting a worm engaged with the fishing jig from catching on underwater objects.

A fishing lure includes a body portion, a hook member coupled to a junction region disposed distal of the body portion, and a shielding skirt extending from the body member. The body portion includes a rotatable member configured to rotate about a central longitudinal axis in the presence of fluid friction acting against the lure. The shielding skirt extends outward from the body portion and is configured to assume a first configuration during retrieval of the lure that defines a protective zone that protects the hook member from ensnaring structures, such as submerged vegetation. The shielding skirt is collapsible by contacting lateral forces into a second configuration in which one or more terminal endpoints of the hook member is exposed and available to ensnare the source of the contacting lateral force, such as a fish. The shielding skirt resiliently returns to the first configuration when the lateral forces are removed.

To provide a fishing lure for capturing cephalopods.SOLUTION: A cephalopod fishing lure includes a second body spaced apart from a rear end of a first body by a prescribed distance and connected to a first capture part, a pocket part formed at a rear end of the second body, a second capture part detachably installed in the pocket part, a first hidden guide extending from a rear-end peripheral edge of the first body to the rear end and surrounding a first capture part; and a second hidden guide extending from a rear-end peripheral edge of the second body to the rear end and surrounding the second capture part.SELECTED DRAWING: Figure 1

A fishing lure can have a bait compartment and a slidable lid. The slidable lid can be moved back and forth in a single dimension between an open position and a closed position when a user applies force to the lid in the single dimension. A ball detent can hold the lid in the closed position, and the ball detent can be overcome to open the lid through the application of force in the single dimension.

A fishing tackle bait keeper for a fishing hook includes an anchor and an extension member. The anchor has a sleeve with first and second ends, and plural ribs coupled to the first end. The ribs project in a diverging arrangement from the first end of the sleeve in a direction opposite of the sleeve first end. The ribs each have a free end. The ribs move from a deployed position to a retracted position, wherein when the ribs are in the retracted position, the ribs are oriented with the sleeve to allow insertion of the bait keeper into a bait, and wherein when the ribs are in the deployed position, the ribs extend out from the sleeve to resist being removed from the bait, the ribs are normally in the deployed position. The extension member is coupled to the sleeve and having an attachment portion for coupling with the hook.

The utility model relates to the technical field of artificial baits, and discloses an artificial bait fishhook with a flexible connection structure, which comprises an artificial fish body, the flexible connection structure is arranged at the front end of the artificial fish body, the artificial fish body is connected with a tongue plate through the flexible connection structure, and two balls are arranged in the tongue plate; a mounting groove is formed in the upper portion of one end of the simulated fish body, a through hole is transversely formed in the simulated fish body in a penetrating mode, and the through hole is communicated with the mounting groove. According to the utility model, the connecting ring is flexibly connected with the simulated fish body, and the vertical movement of the bait can be realized under the traction of the fishing line, so that the swimming stroke of the fish can be simulated, the surrounding big fish can be effectively attracted to approach, and the fishing efficiency of the big fish can be improved; the cylindrical containing cavity and the balls are arranged, in the drawing process of the fishing line, the balls can shake in the cylindrical containing cavity to generate sound so as to better attract fish schools to approach, and the fishing efficiency of fishing is improved.