Disclosed herein is a fishing flasher device which is configured to be attached to a main fishing line to be drawn through the water, generally by trolling behind a slowly moving water vessel. The flasher device has an on-axis mainline attachment on the forward end to produce a spinning or rotational movement about the axis of the mainline. The flasher device also has at least two off-axis mainline attachments at varied lateral offsets from the longitudinal axis at the forward end of the flasher. The off-axis attachments configured to produce an orbiting motion rather than a rotational movement of the flasher device. A trailing line is generally attached to a trailing line attachment point on the rearward end of the flasher device to which is connected lures, bait, hooks, etc. for catching fish.

The disclosure relates to a lip device for use in a fishing lure for altering the lure configuration which provides different depths and pattern of travel of the lure, wherein the lip device is connectable to the lure via lip connectors. The lip device, in an embodiment, comprises: a lip activator for changing the lip angel of attack, the lip activator being connected to the lip via a lip connecting device and the lip activator being sensitive to the lure speed through water, the lip activator having a passive state and an active state wherein the passive state corresponds to a first lip configuration, and the active state corresponds to a second lip configuration.

A fishing lure with actuated hooks preferably includes a fish housing, a hook retainer, a hook cam, a pull pin and at least two hooks. The hook retainer pivotally retains pivoting ends of the at least two hooks. A front of the hook retainer is retained in fish housing. The hook cam preferably includes a cone base and at least two hook loops. The pivoting ends of the at least two hooks are inserted through the at least two hook loops. The hook cam does not move axially relative to the pull pin. The fish housing includes at least two hook slots to allow the at least two hooks to extend outward. A compression spring biases the hooks to stay in the fish housing. The at least two hooks are pushed outward by axial movement of the hook cam relative to the fish housing when the pull pin is pulled.

A fishing lure with actuated hooks preferably includes a fish housing, a hook retainer, a hook cam, a pull pin and at least two hooks. The hook retainer pivotally retains pivoting ends of the at least two hooks. A front of the hook retainer is retained in fish housing. The hook cam preferably includes a cone base and at least two hook loops. The pivoting ends of the at least two hooks are inserted through the at least two hook loops. The hook cam does not move axially relative to the pull pin. The fish housing includes at least two hook slots to allow the at least two hooks to extend outward. A compression spring biases the hooks to stay in the fish housing. The at least two hooks are pushed outward by axial movement of the hook cam relative to the fish housing when the pull pin is pulled.

Embodiments of the present disclosure relate generally to fishing lures that employ channeled water technology. Embodiments further relate to fishing lures with a vented head configured to allow removal and replacement of a swim body. In specific embodiments, the vented head is provided as a two-piece configuration having locational alignment features and lateral securement features for maintaining the swim body in a secured position.

Embodiments of the present disclosure relate generally to fishing lures that employ channeled water technology. Embodiments further relate to fishing lures with a vented head configured to allow removal and replacement of a swim body. In specific embodiments, the vented head is provided as a two-piece configuration having locational alignment features and lateral securement features for maintaining the swim body in a secured position.

The present inventive concept relates to an artificial bait with movable hooks that is capable of easily catching cephalopods such as octopus ocellatus, cuttlefish, and the like underwater. According to the present inventive concept, in the process of performing hook setting, the movable hooks located at one end portion of the body move to the other end portion of the body, so that the cuttlefish around the body can be easily caught by the movable hooks suddenly protruding outward.

A lure includes a body having an interior hollow portion, a weight configured to move in the hollow portion, and a support member having a guide portion extending in a longitudinal direction of the body so as to guide the weight and be capable of oscillating inside the hollow portion.

A fishing lure includes a pliable body having a forward portion configured to produce drag on the pliable body when moved through water in a prescribed direction. The pliable body additionally includes an upper edge having a forward segment extending from the forward portion, a rearward segment extending away from the forward segment, and a middle segment located between the forward and rearward segments and forming an apex between the forward and rearward segments. A pair of eyes are included on opposed sides of the pliable body. The fishing lure further includes a hook connector having a corkscrew portion and an axial portion. The hook connector is connected to the pliable body such that the corkscrew portion is located within the pliable body and a segment of the axial portion extends out of the planar forward surface of the pliable body to facilitate attachment to a hook.

A fishing lure includes a pliable body having a forward portion configured to produce drag on the pliable body when moved through water in a prescribed direction. The pliable body additionally includes an upper edge having a forward segment extending from the forward portion, a rearward segment extending away from the forward segment, and a middle segment located between the forward and rearward segments and forming an apex between the forward and rearward segments. A pair of eyes are included on opposed sides of the pliable body. The fishing lure further includes a hook connector having a corkscrew portion and an axial portion. The hook connector is connected to the pliable body such that the corkscrew portion is located within the pliable body and a segment of the axial portion extends out of the planar forward surface of the pliable body to facilitate attachment to a hook.