Fishing hook-leader holder
This application is a continuation of application Ser. No. 507,742, filed June 27, 1983, now abandoned. 
    
    
     BACKGROUND OF THE INVENTION 
     The present invention relates broadly to an apparatus for safely holding hook-leader combinations used for fishing. There have been various prior art fish hook and leader holders such as those shown in U.S. Pat. No. 2,596,896 (Goad); 2,744,353 (Adams); 2,670,564 (Keener); and 2,789,389 (Moen). 
     The patent to Moen shows one type of configuration wherein the barbed end of the hook has to be imbedded into a soft material for holding the hook in place and the leader line is tightly wound about the drum to provide the needed line tension to maintain the point imbedded in the soft pliable material. Similarly, Goad and Adams imbed the point of the hook into a soft material like balsa wood or sponge rubber. It would be better not to imbed the point of the fish hook into anything as such imbedding tends to dull the point; nor is it advisable to rely on a tight wrapping of the leader line to keep the hook in place because such tension in the leader line causes the line to coil when it is unwound. Keener users a different concept whereby the hook is passed through an opening and the leader line is then wrapped around the circumference of the holder. 
     None of the known prior art utilize the concept whereby the cylindrical configuration of the holder in combination with an eyelet type opening causes the sharpened or barbed end of the hook to be turned towards and into contact with a curved support surface when the eyelet end of the hook is pulled toward the curved surface by winding the leader line about the surface, and thus minimize the chance of the point of the hook from getting caught in the hand of the user, clothes of the user, other tackle, etc. during handling and normal storage conditions. 
     SUMMARY OF THE INVENTION 
     The present invention is a fish hook-leader holder including a substantially cylindrical housing of a diameter between approximately 3/4 inches to approximately 21/2 inches, and eyelet-type projections extending from the curved surface of the housing whereby when a fish hook between the size of a No. 14 hook and a No. 4/0 hook is inserted through one of the eyelet-type openings and the leader line is partially wrapped about the cylindrical housing, the hook rotates in the eyelet of the hook and the barbed end of the hook is forced downwardly toward and into contact with the cylindrical surface of the housing. Means is then used to secure the wrapped leader line to the housing. 
    
    
     BRIEF DESCRIPTION OF THE DRAWINGS 
     FIG. 1 is an isometric view of the hook-leader holder showing a hollow cylindrical housing, end caps and hook-leader combinations secured to the holder; 
     FIGS. 2 through 5 show a sequence of steps of securing a hook-leader to the holder from inserting a hook through an eyelet (FIG. 2), pulling the shank of the hook against the cylindrical housing (FIG. 3), whereby by continued movement of the leader line about the holder the hook rotates (FIG. 4) to a position as shown in FIG. 5 and the pointed end of the hook is forced against the housing. 
    
    
     DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT 
     Referring to the drawing in detail, there is shown in FIG. 1 a hook-leader holder 10 including a tubular, generally cylindrical plastic tube 12 or housing. The tube 12 can selectively vary in size between an exterior diameter of 3/4 inches to 21/2 inches depending on the shank length and size of the hook 14 to be used with the holder 10. A hook with a longer shank would be used normally on a holder with a larger diameter so that the eyelet end 16 of the hook would not extend far beyond the tube and cause snagging of the eyelet end of the hook--see FIG. 5 where the eyelet end 16 of the hook would not normally present a snagging problem. In the disclosed preferred embodiment, the tube 12 is a CPVC hot and cold water pipe. The end caps 22 slide over each end of the tube 12, are held in place by a friction fit, and provide a chamber within the tube 12 for storage of fishing supplies such as sinkers, etc. The generally cylindrical tube 12, cooperates with the eyelet 28 to rotate the hook 14 as explained throughout the specification, and also provides a relatively gently curving surface that minimizes kinking of the leader line as it is wound about the cylindrical surface. 
     Encircling and secured to the outer cylindrical surface of the tube 12 is a Velcro-like surface 24 that provides the base or securing material for the compatible Velcro-like tabs 26. As is generally known with Velcro-like material, one surface is composed of loops while the compatible surface is composed of hooks and the interlocking of the loops and hooks secure the surfaces together. As shown in FIG. 1, after the hook 14 is inserted through the eyelets 28, the leader line 15 is wrapped about the tube 12 and surface 24, and then the looped end of the leader line 15 is held in place by overlapping the looped end of the line with a tab 26. 
     As shown in FIGS. 1-5, metal eyelets 28 have been secured to the wall of the tube 12 to provide a circular eyelet opening (with an axis parallel to the axis of the tube 12); as shown, each eyelet 28 is formed by rounded wire (circular in cross section) bent to form a circular eyelet opening 17 and threaded at the opposite end thereof for threaded engagement with the wall of the tube 12. The eyelets 28 provide the anchor point for the bail portion of the hook 14 and cooperate with the cylindrical surface of the holder 10 to cause the barbed end 18 of the hook 14 to rotate toward the surface, as illustrated by arrow 30, while the bail portion of the hook 14 moves away from the surface 24, as illustrated by arrow 32, (see FIG. 4) when the leader line 15 is wrapped about the holder 10 (see FIGS. 3 and 5) and the shank of the hook pivots about the pivot area as represented by the arrow 34 as shown in FIG. 3. The eyelet opening 17 has to be sufficiently large enough to allow the barbed end of a 4/0 hook to pass therethrough. 
     As previously explained, in use, the fisherman would insert the barbed end 18 of the hook 14 through one of the eyelets 28 (see FIG. 2) and begin to wrap the leader line 15 about the Velcro-like surface 24 which is secured to outer cylindrical surface of the tube 12 (see FIG. 3). The hook 14 pivots in the general area of arrow 34 and rotates whereby the bail portion of the hook 14 moves in direction shown in arrow 32 and the barbed end 18 of the hook 14, or the point of the hook, moves as shown in the direction shown in arrow 30 of FIG. 4 into contact with the surface 24 against the tube 12. The user, then to further secure the fish hook to the holder, continues to wrap the leader line about the housing as shown in FIG. 5 (and FIG. 1) until the looped end of the leader line 15 is then secured in place with the Velcro-like compatible tab 26 as shown in FIG. 1. 
     It should be readily apparent that the structure set forth in the preferred embodiment could be changed and yet the concept of causing the barbed end of the hook to rotate toward the tube (as opposed to being pointed away from the surface wherein a person could be injured by the sharpened point) would remain essentially the same. For example, the holder would not need to be hollow (it could be solid), the holder need not be exactly cylindrical (it could be eliptical or many sided for certain size hooks and shank lengths), the hook would still safely rotate into the surface as if the surface were cylindrical; and the eyelets need not be separate metal pieces but could be circular openings molded as part of the tube 12. Further, at least two hooks could be secured to each eyelet, each one having leaderline wound in the same or opposite directions about the holder, and each inserted through first one side of the opening or the opposite side of the opening and still the concept disclosed herein will cause the pointed barbed end of the hook to rotate safely toward and into contact with the surface 24. While different diameter holders can be used, such as less than 3/4 inches and greater than 21/2 inches, the claimed range between 3/4 inches and 21/2 inches performs adequately for fish hooks ranging in size between a number 14 and a number 4/0 (as they are commonly classified).