the present invention is a fishing hook and a method for attaching a snell a line to the fishing hook . referring first to fig1 , features of the fishing hook may be appreciated . the fishing hook 20 is preferably formed from a relatively strong metal wire . the fishing hook 20 includes a shank 22 . the lower end of the shank 22 is bent to form a hook portion 32 that comes to a barbed point 34 . the upper portion of the shank 22 is preferably bent to form a d - shaped eyelet 26 defining an eyelet opening 28 with a cleft 24 ( best shown in fig2 a ) at the apex of the eyelet 26 . the d - shaped eyelet 26 is formed by a rectilinear extension 36 of the shank and an arcuate leg 38 that curves downward and outward from the apex of the eyelet 26 towards the point 34 of the hook portion 32 and then back towards the shank 22 . a leader line or snell 40 is attached to the fishing hook 20 with a knot that lodges in the cleft 24 of the eyelet 26 . the cleft 24 maintains the position of the knot in the eyelet so that a force pulling on the leader line or snell 40 operates along the axis of the shank 22 , generating lever action to aid in setting the hook portion 32 into a fish . the d - shaped eyelet 26 is preferably an open loop . the end of the shank 22 forming the eyelet 26 may be blunted by being bent into a small closed loop 30 at the end of arcuate leg 38 , by fastening a blunt tip to the end of the eyelet , by peening or flattening the end of the eyelet 26 , or by any other means . by looping the end of the wire into the shank 22 , the exposed end of the wire is covered , thus mitigating the risk of the end of the wire cutting into the hand of a user . the formed eyelet 26 can be used as a handle to hold onto the fishing hook 32 while extracting the hook portion 32 from a fish . the relatively large area enclosed by the eyelet circumference forms an impediment against swallowing of the entire hook by a fish , ensuring that a user can readily grasp the fishing hook 20 to remove the hook 20 from a fish . by referring to fig2 a , 2b , and 2 c , additional details of the eyelet 26 may be appreciated . fig2 a and 2b show the eyelet 26 in an open position . the closed looped end 30 of the wire forming the eyelet 26 is aligned to pass to one side of the shank 22 , forming a small gap between the loop 30 at the end of the eyelet 26 and the shank 22 . the bend forming the circumference of the eyelet 26 is biased to maintain the formed gap , keeping the eyelet 28 open . as shown in fig2 c , the eyelet opening may be closed by moving the closed loop 30 to the opposite side of the plane of the shank 22 and hook portion 32 , so that spring bias holds the eyelet 28 closed with the arcuate leg 38 bearing against the shank 22 . as further illustrated in fig2 b and 2c , the closed loop portion 30 may be colored , textured or otherwise visually marked , through the use paint , ink , dye or any other suitable visual marking method . this allows the fisherman to easily identify the location and angle of the fishing hook within the fish &# 39 ; s mouth following hooking of the fish with respect to the eyelet portion ; i . e ., the hook point indicator allows the fisherman to determine the direction of the bend at the bottom of the hook with respect to the eyelet . a method of attaching a snell ( a short length of leader line ) to the fishing hook 20 is described by referring to fig3 a , 3b , 3 c , 3 d and 3 e . referring first to fig3 a , a loop 50 is formed in the end of the snell 40 . the loop is passed through the eyelet opening 28 . next , as shown in fig3 b , the fishing hook 20 is rotated through one or more rotations about an axis collinear with the shank 22 of the fishing hook 20 . preferably , the fishing hook 20 is only rotated once , as multiple full revolutions will result in a weaker knot . the rotations cause the loop 50 to form twists above the wire defining the eyelet 26 of the fishing hook 20 adjacent the cleft 24 , as shown in fig3 c . next , as may be appreciated in fig3 d , with the eyelet 26 in the open position , as described above with reference to fig2 b , the end of the loop 50 is passed over the end 30 of the eyelet . finally , as shown in fig3 e , by pulling on the end of the fishing line 40 , the snell 40 is drawn into a knot 60 next to cleft or apex 24 , which is then snugly positioned into the cleft 24 of the eyelet opening 28 through manual force being applied to either the snell 40 and / or the fishing hook 20 . once the knot 60 is formed , the eyelet 26 may be closed as described above with reference to fig2 c . variations on the fishing hook may be appreciated by referring to fig5 , 7 , 8 , 9 , and 10 . fig5 illustrates a selectively openable and closable eyelet fishing hook 220 with an eyelet adapted to accommodate a snap swivel 72 . the shank , and hook portion of the fishing hook 220 are of identical construction to the fishing hook 20 described above with reference to fig1 . however , the latchable eyelet has a second bend 232 below the apex of the eyelet . the second bend forms a notch that prevents the swivel catch 72 from moving within the eyelet to a position out of line with the shank , the cleft being defined within the notch . fig6 illustrates a selectively openable and closable eyelet fishing hook 320 having an eyelet formed identically to the fishing hook described with reference to fig1 . the shank of the fishing hook 320 , in this embodiment , is provided with additional shank barbs 82 . the fishing hook 420 illustrated in fig7 is a selectively openable and closable eyelet fishing hook with a flag - shaped opening 428 . the eyelet again has a cleft at the apex of the eyelet , as described above . however , the lower portion of the eyelet is widened to produce a flag - shaped eyelet , providing an enhanced impediment to being swallowed by a hooked fish . the wire of the end loop 430 of the eyelet is bent substantially downward so that the end loop 430 is positioned approximately parallel to the shank . the bent closing loop provides an additional impediment to being swallowed by a hooked fish . fig8 illustrates a latchable selectively openable and closable eyelet fishing hook 520 having a selectively openable and closable eyelet , shank , and hook portion of similar construction to the fishing hook 20 described above with reference to fig1 . as will be described below with reference to fig1 , the latchable eyelet , and variations thereof , may further be used to hold bait to the fishing hook . the latchable eyelet fishing hook 520 differs from the fishing hook of fig1 in that the loop 530 at the end of the wire is not closed , but is open and has a gap wide enough to allow the shank to slip within the circumference of the loop 530 , thereby hooking the eyelet closed . when the loop encircles the shank , the eyelet of the fishing hook 520 is latched closed . fig1 illustrates an alternative embodiment of the fish hook 920 , which is similar to fish hook 520 of fig8 , except that the loop portion 530 is replaced with a relatively flat catch member 930 , which catches on the shaft of the fish hook in the closed position . this configuration allows for the positioning of bait ( illustrated in fig1 in dashed line as an exemplary worm ) on both the upper portion of the fish hook and the lower portion of the hook , as shown . it will be noted that other embodiments of the fishing hook may also be formed with the free end of the arcuate leg 38 crossing the shank 22 and extending beyond the medial portion of the shank 22 , the blunted end of the eyelet 26 preventing puncture of the fingers . fig9 illustrates a weighted selectively openable and closable eyelet fishing hook 620 having a selectively openable and closable eyelet , shank , and hook portion of identical construction to the fishing hook 20 described above with reference to fig1 . a jig 100 made of lead or other dense material is affixed to the eyelet . fig1 illustrates a selectively openable and closable eyelet fishing hook 720 having a selectively openable and closable eyelet , shank , and hook portion of identical construction to the fishing hook 20 described above with reference to fig1 . the fishing hook 720 is additionally provided with a swivel attachment loop or conventional closed eyelet 740 located at the apex of the selectively openable and closable eyelet . a snap swivel may be attached to the closed eyelet 740 . a closed eyelet fishing hook in accordance with the invention is described with reference to fig4 . the closed eyelet fishing hook 120 is formed from a stiff , resilient wire . the closed eyelet fishing hook 120 comprises a shank 122 . the lower portion of the shank 122 is bent into a hook portion 132 . the upper portion of the shank 122 is bent at an acute angle to form an eyelet opening 128 with a cleft 124 at the apex of the eyelet . the cleft 124 maintains the position of fishing line secured to the eyelet 126 so that the a force pulling on the line operates along the line of the shank 122 , generating lever action to aid in setting the hook portion 132 into a fish . the end 42 of the wire forming the eyelet is attached to the shank 122 by braising , welding , or other permanent means , resulting in a closed eyelet 126 . the eyelet opening 126 provides a handle for grasping the fishing hook 120 when removing the hook from a fish , and provides an impediment against swallowing of the fishing hook 120 by a fish . additionally , the enlarged eyelet opening provides for greater structural strength than the relatively small eyelets provided in conventional fish hooks . by tying the end of the fishing line about cleft 24 of the enlarged d - shaped opening 28 , the upper portion of the fish hook ( forming the eyelet opening ) may take an increased force load ( produced by the fishing line ) without deforming . in order to enhance the load - bearing properties of a conventional fishing hook , the upper portion forming the eyelet opening would have to be thickened or otherwise structurally enhanced from its present configuration . it is to be understood that the present invention is not limited to the embodiments described above , but encompasses any and all embodiments within the scope of the following claims .
the fishing hook has a shank , a pointed hook portion formed at the lower end of the shank , and an eyelet formed at the upper end of the shank . the eyelet is formed by a generally d - shaped open loop that defines a cleft at the apex of the eyelet . the method of attaching a snell to a fishing hook includes the steps of : forming a loop in a snell ; passing the loop through the eyelet ; rotating the fishing hook at least one full rotation to twist the loop ; passing the loop over the open end of the eyelet ; and pulling the snell to form a knot at the apex of the eyelet .