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 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.

The invention relates to a fish hook in the form of a wire includes a shank portion, a bend portion and a point portion. The hook further includes an offset in the wire, the offset being positioned within the bend portion adjacent to the point portion. The fish hook may further include a second offset in the wire, the second offset being positioned within the bend portion adjacent to the shank portion.

The invention relates to a fish hook in the form of a wire includes a shank portion, a bend portion and a point portion. The hook further includes an offset in the wire, the offset being positioned within the bend portion adjacent to the point portion. The fish hook may further include a second offset in the wire, the second offset being positioned within the bend portion adjacent to the shank portion.

A fish hauling device, including a rope, a plurality of hooks, and a sleeve, including a body comprising a hollow cylinder, a plurality of rope attachment apertures disposed at a first end of the body to allow the rope to be attached thereto, and a plurality of slots to disposed at a second end of the body to allow the plurality of hooks to be attached thereto.

A fish hauling device, including a rope, a plurality of hooks, and a sleeve, including a body comprising a hollow cylinder, a plurality of rope attachment apertures disposed at a first end of the body to allow the rope to be attached thereto, and a plurality of slots to disposed at a second end of the body to allow the plurality of hooks to be attached thereto.

Disclosed is a multi-angled fishing hook (1) that includes multiple unclosed angles (2) with a plurality of grooves (3) forming into the entire bend (4) of the hook. The multiple unclosed angles include at least 4-6 regular or irregular more than 90 degrees of angles distributed separately along the bend. The plurality of grooves is cut transversely to each straight line of the angles on the bend. The bend of the hook that connects the sharp point (5) to the shank (6) is therefore an obvious regular or irregular multi-angled shape (7). The multi-angled fishing hook is to utilise the compressive force as well as friction that develop from each formed angle with grooves to grip bait more tightly and securely on the bend of the hook so that the movements of bait and caught fish are restricted and unable to fall off or escape easily.

Disclosed is a multi-angled fishing hook (1) that includes multiple unclosed angles (2) with a plurality of grooves (3) forming into the entire bend (4) of the hook. The multiple unclosed angles include at least 4-6 regular or irregular more than 90 degrees of angles distributed separately along the bend. The plurality of grooves is cut transversely to each straight line of the angles on the bend. The bend of the hook that connects the sharp point (5) to the shank (6) is therefore an obvious regular or irregular multi-angled shape (7). The multi-angled fishing hook is to utilise the compressive force as well as friction that develop from each formed angle with grooves to grip bait more tightly and securely on the bend of the hook so that the movements of bait and caught fish are restricted and unable to fall off or escape easily.

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.