A fishing lure is disclosed herein with a fishing line attachment structure comprising a hook structure, and a body structure mounted on the hook structure. The body structure has a body, a threaded neck having a cylindrical portion defining a first connector, and a head defining a second connector. The head and neck define the attachment structure. The neck includes a port for receiving the fishing line and external circumferential screw threads. The head having an aperture and internal screw threads. The fishing line is adapted to pass through the aperture of the head and the port of the neck and rest on a gripping surface from where the neck integrally mounted to the body, and the head is screwed over the neck while clenching the fishing line between the gripping surface of the body and the head. The fishing lure further comprises a weed guard and bite depth control.

A fishing lure is disclosed herein with a fishing line attachment structure comprising a hook structure, and a body structure mounted on the hook structure. The body structure has a body, a threaded neck having a cylindrical portion defining a first connector, and a head defining a second connector. The head and neck define the attachment structure. The neck includes a port for receiving the fishing line and external circumferential screw threads. The head having an aperture and internal screw threads. The fishing line is adapted to pass through the aperture of the head and the port of the neck and rest on a gripping surface from where the neck integrally mounted to the body, and the head is screwed over the neck while clenching the fishing line between the gripping surface of the body and the head. The fishing lure further comprises a weed guard and bite depth control.

The present invention relates to a fishing leader device comprised of a line, at least one hook, at least one weight, and at least one leader attachment member. The weight is positioned at the bottom of the leader above the hook to allow the hook and the leader to be pulled downward toward the bottom of a body of water to prevent tangles and snags. The device is also comprised of at least one bead that can attract fish, as well as protect the connection members from fish biting which can weaken the fastening.

A knotless fishing line connection system employs one or more knotless fishing line connectors. Each knotless fishing line connector includes an engaging member coupled to a socket member configured to receive and lock the engaging member. The knotless fishing line connector can be used to secure a fishing line to a fishing hook. Another such knotless fishing line connector can be used to connect the fishing line to a swivel connector or the like. A fishing rig can include a fishing leader line having a first engaging member and a second engaging member on opposite distal ends thereof. The rig can further include a fishing hook having a first engaging member configured to receive and lock the first engaging member and a swivel connector or the like having a second engaging member configured to receive and lock the second engaging member.

A knotless fishing line connection system employs one or more knotless fishing line connectors. Each knotless fishing line connector includes an engaging member coupled to a socket member configured to receive and lock the engaging member. The knotless fishing line connector can be used to secure a fishing line to a fishing hook. Another such knotless fishing line connector can be used to connect the fishing line to a swivel connector or the like. A fishing rig can include a fishing leader line having a first engaging member and a second engaging member on opposite distal ends thereof. The rig can further include a fishing hook having a first engaging member configured to receive and lock the first engaging member and a swivel connector or the like having a second engaging member configured to receive and lock the second engaging member.

A lure can include a lure body. The lure body can define one or more complimentary apertures that can have a complimentary shape to at least a portion of a hook structure and can be configured to receive within and to compliment the shape of at least a portion of the hook structure.

A lure can include a lure body. The lure body can define one or more complimentary apertures that can have a complimentary shape to at least a portion of a hook structure and can be configured to receive within and to compliment the shape of at least a portion of the hook structure.

A fishing lure with a head made of a hard plastic, a formed wire partially embedded in the head, wherein the wire is formed to have one or two adjacent loops in the front of the head, a loop at the top of the head, and a loop at the bottom of the head, a cavity in the rear portion of the head, a screw projecting out from the front wall of the cavity, and a soft plastic body that is configured to be attached to the head by screwing the body onto the screw. The front of the body fits into the cavity in the head. The body has a projecting male end at its front that presents a stub that is configured to be coupled to the screw, to attach the body to the head.

A fishing lure with a head made of a hard plastic, a formed wire partially embedded in the head, wherein the wire is formed to have one or two adjacent loops in the front of the head, a loop at the top of the head, and a loop at the bottom of the head, a cavity in the rear portion of the head, a screw projecting out from the front wall of the cavity, and a soft plastic body that is configured to be attached to the head by screwing the body onto the screw. The front of the body fits into the cavity in the head. The body has a projecting male end at its front that presents a stub that is configured to be coupled to the screw, to attach the body to the head.

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.