JP3088309U - Squid fishing shape memory wire hook - Google Patents

Abstract

(57) [Summary] (with correction) [Problem] To increase the squid hanging rate of the squid hanging needle,
It is necessary to reduce the caution of the squid to the hanging pin even in the daytime, to ensure that the squid on the bait can be caught by the squid needle, eliminate variances, and to adjust to the size of the bait. In order to reduce caution for a squid (16), dangerous needles and foreign substances can be kept away from the periphery of a bait (15) by positioning a movable clasp (2) and a movable ring (6). The movable ring 6 allows the free movement between the movable clasp 2 and the connection untwisting fitting 12 through the yarn 11, and the squid 16 can be fed by the compact snout bar.
I made it easier to ride 5. In addition, the flexibility of the linear shape memory wire 4 and the buoyancy of the movable date float 3 raise the movable returnable squid needle 1 to the height of the squid 16, so that the timing of alignment is widened and the hooking is dramatically improved. Adjustment according to the size of the bait 15 can be made by setting the movable clasp 2 at an appropriate position.

Description

[Detailed description of the invention] [Industrial applications]

 The present invention relates to a hook for catching squid on bait, such as horse mackerel, which was swung with a fishing tackle.

[Prior art]

 In the past, various ideas have been developed for bringing the hanging needle into contact with the squid on the bait. The positional relationship between the bait and the squid needle is fixed, and the squid needle is set on the bait or close to the bait. This alerts the squid, and the squid ride on the food is very bad in the bright. In addition, the position of the squid hooks on the squid is very shallow because the positional relationship between the bait and the squid needle is fixed so that it cannot be strongly matched with a fishing rod, so the hook is very shallow, and the squid puts a load on the bait and removes the squid needle. Therefore, if the tension of the fishing rod is weak, it is easy to disperse when catching, and since the squid needle does not easily rise to the height of the squid, the timing of alignment is very narrow and the probability of catching is low.

[Problems, means and actions to be solved by the invention]

 As described above, as a method of keeping the caution against the squid 16 of FIG. 1, the bait 15 connected to the movable ring 6 is straightened with the connecting untwisting fitting 12 as the upper limit and the movable weight 5 as the lower limit. By freely swimming between the shape memory wire 4, the fastener 9, the thread connecting part 10, and the thread 11 in a state close to nature, from the bait 15, the linear shape memory wire 4, the movable weight 5, and the movable return The distance of the squid needle 1 and the like can be increased, and the caution of the squid 16 can be reduced. In addition, as a method of reducing variance due to the shallowness of catching at the time of taking, a strong setting is made with the fishing rod 17 in the state of the squid 19 during predation in FIG. Since the force higher than the contact resistance with the shape memory wire 4 acts and slides, the movable returnable squid needle 1 instantaneously digs deep into the squid 19 being eaten, and the needle has a return. . In addition, a plurality of movable fastening rubbers 2 were installed to enable fine adjustment. In addition, in order to solve the problem that the timing of matching is very narrow and the probability of taking in is low, the buoyancy of the movable jujube float 3 and the flexibility of the linear shape memory wire 4 when the squid 16 feeds on the bait 15 are reduced. By raising the movable returnable squid needle 1 to the squid 19 during eating by using the squid 19 shown in FIG. 2, the timing of the adjustment is widened irrespective of the distance, and the probability of taking in is dramatically improved. In addition, in order to make it possible to replace parts due to structural deterioration, by removing the crimping stopper 13 shown in FIG.

【Example】

 Hereinafter, the present invention will be described based on specific embodiments. A blue squid fishing hook main body was used in the configuration as shown in FIG. 1 and implemented in the usage form as shown in FIG. First, the position and number of the movable clasps 2 are determined according to the size of the bait 15 shown in FIG. 1 or FIG. 2, and the nose stick 8 is connected to the nose of the bait 15 such as live horse mackerel, The bait 15 is used to swim, and the reel of the fishing rod 17 is kept free so that the squid 16 can freely pull the bait 15. When the squid 16 is on the bait 15 and is in the state of the squid 19 being preyed, hold the fishing rod 17 in hand and use a strong snap to fit the squid. Can approach the squid 19 during predation and instantly dig into it, and then take it in without any bals. The thread 1 is about 1 m, the stopper 9 is a 1 mm tube, the linear shape memory wire 4 is 0.4 mm, the movable ring 6 is 3 mm, the movable weight 5 is No. 1, and the movable barbed needle 1 is Six sets of Chinu 7 were used.

[Effect of the invention]

 As a result of using it in the prototype, it was very good even in the daytime. This is probably because the eyes of the squid 16 look very good and are alert, but there are no dangerous needles or foreign substances around the bait 15. In addition, the uptake rate of the conventional product was about 40%, which was very high, close to 90%. This is because, as described above, the movable barbed squid needle 1 is raised to the squid 19 during predation in FIG. 2 and the movable clasp 2 in FIG. Was.

[Brief description of the drawings]

FIG. 1 is a structural view of a main body showing a hook for hooking a squid according to a specific embodiment of the present invention.

FIG. 2 is a diagram illustrating a use mode and a state at the time of import according to the embodiment. 1. Movable squid needle with return 11. Michiito 2. Movable fastening rubber 12. Twisted back fitting for connection 3. Movable jujube float 13. Crimp fittings 4. Straight shape memory wire 14. Movable squid needle stopper rubber 5. Movable weight 15. Bait 6. Movable ring 16. Squid 7 Nose thread 17. Fishing rod 8. Nose stick 18. Floating 9. Clasp 19. Squid during prey 10. Way thread connection

Claims (1)

[Utility model registration claims] 1. The bait and the movable weight are combined by a combination of a untwisting metal fitting for connection, a thread connecting portion, a fastener, a linear shape memory wire, a movable weight, a movable fastening rubber, a movable ring, a nose hook thread, and a nose hook bar. A configuration having a feature that it is possible to freely swim in a state close to nature within the range of the road yarn and the connection untwisting metal fitting, and that the size of the bait can be freely adjusted by adjusting the movable clasp. 2. With the combination of the movable ring, the linear shape memory wire, the movable weight, and the movable fastening rubber, the movable fastening rubber slides on the straight shape memory wire when the squid is captured, and the movable returnable squid A configuration in which a needle is sharply approached from a position distant from the squid and penetrates deeply. 3. Due to the combination of the linear shape memory wire, the movable barbed squid needle, and the movable jujube float, the barbed squid needle at the time of catching the squid is formed by the buoyancy of the movable jujube float and the flexibility of the linear shape memory wire. The structure which has the characteristic which can raise to the height of the said squid. 4. By a combination of a caulking stopper, the movable date float, the movable barbed squid needle, and a movable needle stopper rubber, the movable stopper rubber, the movable scalper needle stopper rubber, A configuration with a feature that allows easy replacement of the movable weight. A squid fishing shape memory wire hook having the above configuration.