A fishing lure apparatus includes a lure structure or frame with a hook and a first spinner blade retained on a connector member rotatably connected to the frame for spinning when the lure is drawn through water and a second spinner blade retained on the same connector member whereby the second blade periodically engages the first blade when the lure apparatus is drawn through water to thereby affect spinning motion of the first spinner blade. Engagement of the first and second spinner members may create noise or currents in water, in addition to a visual appearance, to attract fish.

A fish capture device comprises a reconfigurable member having at least one of a changeable size and a changeable shape when engaged within an inside of a mouth of a fish to retain the fish on the fish capture device. A trigger member triggers said at least one changeable size and changeable shape of the reconfigurable member. A release member substantially restores the reconfigurable member to at least one of an initial size and an initial shape for releasing the fish from the fish capture device.

The present disclosure provides a fishing sinker including a main body that is a casting, and a nitrided layer formed by nitriding a surface of the main body, and communication pores are provided in the nitrided layer and the main body with the communication pores configured to be impregnated with a liquid fishing bait for attracting fish. With communication pores impregnated with a liquid fishing bait for attracting fish, the liquid fishing bait is securely held in the nitrided layer.

A rattling fishing jig includes a body including an outer envelope. A fishing line eyelet is disposed on an upper portion of the body. At least one noise-making capsule is disposed in the body. A hook shank includes a first hook. The hook shank is connected to the body. The hook shank is in direct contact with the noise-making capsule. A stinger attachment eyelet is disposed on a bottom portion of the body. A continuous wire is disposed in the body. A first end of the continuous wire is connected to the stinger attachment eyelet. A second end of the continuous wire opposite the first end is connected to the fishing line eyelet.

A rattling fishing jig includes a body including an outer envelope. A fishing line eyelet is disposed on an upper portion of the body. At least one noise-making capsule is disposed in the body. A hook shank includes a first hook. The hook shank is connected to the body. The hook shank is in direct contact with the noise-making capsule. A stinger attachment eyelet is disposed on a bottom portion of the body. A continuous wire is disposed in the body. A first end of the continuous wire is connected to the stinger attachment eyelet. A second end of the continuous wire opposite the first end is connected to the fishing line eyelet.

A lure includes a hollow body including a first half-body and a second half-body joined to the first half-body, an oscillating element disposed in the body so as to be capable of oscillating, a first shaft portion disposed on at least one of the first half-body or the second half-body and extending toward the other of the first half-body or the second half-body, and a first spring including a first engagement portion engaging the first shaft portion such that rotation about the first shaft portion is restricted, and connected to and supporting the oscillating element such that the oscillating element is capable of oscillating.

A lure includes a hollow body including a first half-body and a second half-body joined to the first half-body, an oscillating element disposed in the body so as to be capable of oscillating, a first shaft portion disposed on at least one of the first half-body or the second half-body and extending toward the other of the first half-body or the second half-body, and a first spring including a first engagement portion engaging the first shaft portion such that rotation about the first shaft portion is restricted, and connected to and supporting the oscillating element such that the oscillating element is capable of oscillating.

A lure includes a first body, a second body and a first oscillating body. The first body has an internal first space and is configured to at least partially transmit light. The second body is connected to the first body via a connecting structure. The first oscillating body is disposed in the internal first space and is connected to the first body via a connecting part so as to be capable of oscillating.

The disclosed fishing lure systems have a fishing lure, bead sleeve, and a stop that can be used in combination with a fishing line and hook. The fishing lure has a pliable body and a pre-formed hole. The bead sleeve can be fitted within the pre-formed hole with an interference fit because the pliable body expands to fit around the bead sleeve to hold it in place within the pre-formed hole. The stop is positioned on one side of the fishing lure and bead sleeve to prevent it from sliding down towards the hook or possibly over some portion of the hook. The stop can be positioned spaced apart from the hook on a fishing line so that the distance between the fishing lure and the hook remains at a desirable spacing while in use.

The disclosed fishing lure systems have a fishing lure, bead sleeve, and a stop that can be used in combination with a fishing line and hook. The fishing lure has a pliable body and a pre-formed hole. The bead sleeve can be fitted within the pre-formed hole with an interference fit because the pliable body expands to fit around the bead sleeve to hold it in place within the pre-formed hole. The stop is positioned on one side of the fishing lure and bead sleeve to prevent it from sliding down towards the hook or possibly over some portion of the hook. The stop can be positioned spaced apart from the hook on a fishing line so that the distance between the fishing lure and the hook remains at a desirable spacing while in use.