A fish hook system includes a shank forming a bend and a barb on a first end, a first eyelet connected to the shank on a second end, and a second eyelet connected to the shank opposing the bend and the barb. The second eyelet is located either adjacent the first eyelet near the second end, along the shank near commencement of the bend, or along the bend of the shank diametrically opposed to the first eyelet.

A fishing lure container device includes a hollow unitary enclosure having a cylindrical portion and a conical portion. The cylindrical portion includes a receiving end and the conical portion includes an attachment end at its apex. The hollow enclosure further defines an inner volume. The cylindrical portion includes a storage aperture slit configured across the diameter of the receiving end. The apex of the conical portion includes an attachment hook affixed to the attachment end of the conical portion. The unitary enclosure of the fishing lure container device comprises a manually deformable material. The storage aperture slit is configured to expand for receiving a fishing lure when manually deformed. The fishing lure container device is useful for retaining a fishing lure while the fishing lure is still attached to a fishing line.

A fishing lure container device includes a hollow unitary enclosure having a cylindrical portion and a conical portion. The cylindrical portion includes a receiving end and the conical portion includes an attachment end at its apex. The hollow enclosure further defines an inner volume. The cylindrical portion includes a storage aperture slit configured across the diameter of the receiving end. The apex of the conical portion includes an attachment hook affixed to the attachment end of the conical portion. The unitary enclosure of the fishing lure container device comprises a manually deformable material. The storage aperture slit is configured to expand for receiving a fishing lure when manually deformed. The fishing lure container device is useful for retaining a fishing lure while the fishing lure is still attached to a fishing line.

A fishing lure is provided with a lure body and a hook. The lure body includes a hook eye. The hook is coupled to the hook eye with a coupling ring. The hook includes a first hook and a second hook that are tied together with an expansible tie. Each of the first hook and the second hook has substantially a J-shape and has at least an upper end swingably engaged with the coupling ring.

A fishing lure is provided with a lure body and a hook. The lure body includes a hook eye. The hook is coupled to the hook eye with a coupling ring. The hook includes a first hook and a second hook that are tied together with an expansible tie. Each of the first hook and the second hook has substantially a J-shape and has at least an upper end swingably engaged with the coupling ring.

A flared double fish hook having a pair of shanks, said pair of shanks adjacent one another up to a bifurcation point; the shanks bifurcating at said bifurcation point to each form a bend ending in a point; the shanks being separated by an first angle at the bifurcation point, and a second larger angle at the points, such that the bend portion of the double fish hook flares.

A fish hook system includes a central connecting rod having an eyelet constructed and arranged for receiving a fishing line, a first hook, a second hook having a connecting eyelet constructed and arranged to said connecting rod, whereby said second hook is constructed and arranged to pass through a connecting eyelet of said first hook.

A fish hook system includes a central connecting rod having an eyelet constructed and arranged for receiving a fishing line, a first hook, a second hook having a connecting eyelet constructed and arranged to said connecting rod, whereby said second hook is constructed and arranged to pass through a connecting eyelet of said first hook.

A fishing tackle system can be used to catch fish without the use of any hooks. The system can be used with a fishing pole and fishing line. The system can include a first clip member having a first clipping segment and a second clip member having a second clipping segment. The second clip member can be pivotally coupled with the first clip member about a spring-loaded first pivot axis. The system can include a pivoting member pivotally coupled with the first clip member about a second pivot axis or a post that separates the first and second clip members from each other. The first and second clip members can hold the mouth or lip of the fish when they are closed together. The fish can be released by pinching a first pinching segment and a second pinching segment, thus separating the first and second clipping segments.