JP2018134015A - Fishing tackle and bait case - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a fishing tackle capable of being casted far so that a fishing line may not get twisted up.SOLUTION: A fishing tackle has a float and a bait case connected by a fishing line. The fishing tackle is characterized as follows: a hook 5 is provided at the tip of a leader 4 extending from the bait case; the bait case has a core rod 15 standing up from a weight 12 provided at the tip; a body base 13 is arranged on the weight 12 centering on the core rod 15; an upper container 14 having an internal cavity 20 and having a lower edge opened is arranged on the body base 13; the leader 4 connects the base to the core rod 15 and inserts a hole 24 coming in communication with an outer circumferential surface 23 from the upper surface 22 of the body base 13 to extend to the lower part; and a ring-shaped recessed groove 21 is formed in an outer circumferential surface 23 of the body base 13 and is provided with a pin 25 in the vicinity of the recessed groove.SELECTED DRAWING: Figure 4

Description

  The present invention relates to a fishing tackle that can be thrown away further without using a balance without using a balance, and to a bait that constitutes the fishing tackle.

FIG. 5 is a specific example showing a general conventional fishing tackle. FIG. 5A shows a fishing rod, FIG. 5B shows a fishing line, FIG. 5C shows a reel, and FIG. 5D shows a fishing tackle. The fishing tackle (d) has a balance (e) connected to the tip of the fishing line (b), Harris (f) is connected to the balance (e), and a needle (re) is attached to the tip of Harris (f). It is installed.
The balance (e) is provided with a weight (nu), and the fishing line (b) is provided with a float (le) so that the float (le) can be slid (moved) within a predetermined range. .

  By the way, the long fishing line (b) is wound around the reel (c), and if the fishing gear (d) is thrown away, the fishing line (b) is rewound from the reel (c). The fishing rod (b) is provided with a plurality of line guides (g), (g)..., And a top guide (h) is attached to the tip of the fishing rod (b). G), (G)... And the top guide (H) can be slid.

Because the fishing tackle (d) has a balance (e) with a weight (n), when throwing it, the fishing line (b) and Harris (f) attached with the needle (re) Absent. The balance (e) is composed of a metal or resin bar, and if the fishing tackle (d) is thrown away, the fishing line (b) and Harris (f) are parallel without tangling with the balance (e) at the head. You can fly in the
The form of the balance (e) provided in the fishing gear (d) in FIG. 5 is only one specific example, and is not limited as long as the fishing line (b) and Harris (f) are thrown away without being entangled.

The “fishing tackle” according to Japanese Patent Laid-Open No. 2006-187269 is able to quickly convey even the slightest hit to the tip or float of the fish, and to prevent the fishhook and Harris from getting entangled with the rice shell etc. A fishing tool that can be used.
Therefore, this fishing tackle has a guide thread connected between the road line (fishing line) and Harris, and a rice shell that is movably attached to the guide thread, and this guide thread penetrates the rice thread. ing. Further, a balance is provided between the guide yarn and Harris.

The “fishing tackle and fishing tackle float member” according to Japanese Patent Laid-Open No. 2000-175605 is a fishing tackle that has a simple structure, prevents the occurrence of rooting in a rocky area, and can further improve the fishing results. .
In other words, a flexible tube is combined with a plurality of divided weights and a plurality of divided floating members to form a bar-like body, and the other end of the floating member is connected to the other end via a connector and a balance. A thread is connected and Harris with a needle is attached to the other end of the balance.

Thus, the fishing tackle (d) generally includes a bar-shaped balance (e) to prevent the fishing line (b) from becoming entangled. ) May also be configured.
“Fishing equipment” according to Japanese Patent Application Laid-Open No. 2006-187269 “Fishing Tool and Floating Member for Fishing Tool” according to JP 2000-175605 A

In this way, by providing the fishing tackle with the balance, it is possible to prevent the fishing line from being entangled when throwing the fishing tackle, but it is not possible to fly far due to the air resistance when the balance flies.
The problem to be solved by the present invention is this problem, and provides a fishing tackle that can be thrown away further without entanglement of fishing line without using a conventional balance.

  The fishing tackle according to the present invention is configured without using a balance, a bait holder is connected to the tip of the fishing line, and a Harris having a needle attached to the tip is extended from the bait. A float is attached to the fishing line so that the fishing line can be slid (moved) along the fishing line for a predetermined length from the bait.

By the way, the bait has a core bar provided with a weight at the tip, a main body base is attached above the weight, and an upper container is fitted and combined with the main body base. Further, the upper container moves up and down along a core rod provided at the center, and is structured to be detached from the main body base if the fishing line is pulled to move the bait holder.
A ring-shaped groove is formed on the outer peripheral surface of the main body base, and a locking pin protrudes in the vicinity of the groove.

By the way, the inside of the upper container is hollow, and one or a plurality of holes communicating with the inner cavity are provided. The upper container accommodates food and is fitted to the main body base. If the bait sinks in the water and pulls the fishing line and moves up and down, the upper container can be removed from the main body base, and the contained bait can flow around.
Also, the bait is thrown away. At this time, Harris extending from the bait and attaching a needle to the tip winds around a ring-shaped concave groove provided on the outer periphery of the main body base, and the tip is locked to a locking pin. At the same time, the needle is accommodated in the upper container.

  The fishing tackle according to the present invention comprises a bait holder having a weight at the tip, extending Harris from the bait, attaching a needle to the Harris tip, and slidably attaching a float to the fishing line before the bait. However, the conventional balance is not provided. Therefore, the air resistance when throwing is reduced, and it can fly further. Moreover, Harris is wound around a concave groove on the outer periphery of the main body base of the bait and the needle attached to the tip is housed with the bait in the upper container, so that the Harris will not get entangled with the fishing line and can fly farther. It becomes possible.

And if it is thrown away, sinks in the water, and shakes in the vertical direction, the upper container will be detached from the main body base, and the internal bait will flow out to the surroundings, so that the fish will gather for the bait. At the same time, the needle inserted inside is pushed out, and Harris wound around the groove is detached from the groove and hangs downward.
Although food is contained in the upper container, air also exists in part, so the upper container is buoyant and separated from the main body base as it moves up and down. Gather.

The Example which shows the fishing tackle set provided with the fishing tackle of this invention. The bait that makes up fishing gear. Sectional drawing of the front-end | tip part of a food container. When Harris is wound around a concave groove provided on the outer periphery of the main body base and the tip needle is accommodated in the cavity. The example which shows the conventional common fishing tackle set.

FIG. 1 is a schematic view showing a fishing gear set, where 1 is a fishing gear, 2 is a fishing rod, 3 is a fishing line, 4 is Harris, 5 is a needle, and 6 is a bait with weight. The Harris 4 extends downward from the bait holder 6 and has a needle 5 attached to its tip.
The bait 6 is connected to the tip of the fishing line 3, and a float 7 is attached above the bait 6, but the float 7 can be slid (moved) within a predetermined range. Is provided with a stopper 8.

  The structure of the fishing rod 2 is out of the scope of the present invention, and can be configured in the same manner as in the prior art. 3 is rewound. The fishing rod 2 is provided with a plurality of line guides 10, 10... And a top guide 11 is attached to the tip of the fishing rod 2, and the fishing line 3 extends along the line guides 10, 10. You can slide.

As shown in the figure, the fishing tackle 1 of the present invention does not have a balance, but has a structure in which the Harris 4 and the fishing line 3 are not entangled with each other when the fishing tackle 1 is thrown away.
And the said food container 6 has a weight in the front-end | tip part, and if it is thrown away and it falls on the water surface, it can sink in water. However, since the float 7 is provided above the bait holder 6, the depth at which the needle 5 sinks is regulated.

  FIG. 2 is a specific example showing the feed tray 6. The bait holder 6 includes a weight 12, a main body base 13, and an upper container 14 from the bottom. A core rod 15 extending upward from the weight 12 is provided at the center, and the fishing line 3 is connected to the upper end of the core rod 15. A ring 16 is formed. A blade 17 is disposed on the upper container 14, and the blade 17 is pivotally supported by the core rod 15 and is rotatable. However, the number of blades 7 is not limited.

The core rod 15 extends upward while being fixed to the weight 12, but the weight 12, the main body base 13, the upper container 14, and the blade 17 are attached to the core rod 15 in a state where they can be separated from each other. .
3 shows a cross section of the lower end portion of the bait 6, a convex portion 18 is provided on the upper portion of the weight 12, and a concave portion formed on the lower end portion of the main body base 13 is fitted into the convex portion 18. ing. Further, the convex portion 19 provided at the upper end portion of the main body base 13 is fitted in the cavity 20 of the upper container 14.

By the way, although the lower end part of the upper container 14 is opened, it has a cavity 20 inside, and bait can be put into the cavity 20 and fitted to the main body base 13. If the food container 6 thrown in the state of containing food sinks in the water and the weight 6 is loaded and the float rises, if the food container 6 is moved up and down by shaking the cage, the upper container 14 is moved from the main body base 13. The bait that comes off flows out. At the same time, the needle 5 with food comes out.
Then, the fish gather for the spilled food and bite into the needle 5 at the tip of Harris extending downward from the food container 6.

  Incidentally, a concave groove 21 is provided on the outer periphery of the main body base 13, and the Harris 4 can be wound around the concave groove 21. That is, when the fishing gear 1 is thrown away, the Harris 4 is wound around the concave groove 21 so that the Harris 4 is not entangled with the fishing line 3, and the needle 5 attached to the tip is accommodated in the internal cavity 20 of the upper container 14. Is done. Therefore, since Harris 4 and needle 5 enter bait 6 and are thrown away together with bait, Harris 4 does not get entangled with fishing line 3.

FIG. 4 shows a state where Harris 4 is wound around the outer circumferential concave groove 21 of the main body base 13 and the needle 5 at the tip is housed inside the cavity 20.
The base of the Harris 4 is connected to the core rod 15 and is inserted through a hole 24 penetrating from the upper surface 22 of the main body base 13 to the outer peripheral surface 23, and the Harris 4 extends from the outer peripheral surface 23 through the hole 24. The Harris 4 extending out from the hole 24 is wound around the concave groove 21 and is locked to the pin 25 fixed near the concave groove 21, and then the needle 5 is accommodated in the cavity 20. In practice, food is put in the food container 6 and finally the needle 5 with food is accommodated.

If the pin 25 is not present, the wound Harris 4 is detached from the concave groove 21, but in order to prevent this separation, the Harris 4 is temporarily locked into the pin 25 and is put into the cavity 20.
Although the bait is attached to the needle 5, the bait 6 thrown away in this state falls to the surface of the water and can be submerged by the weight 12 at the lower end. Then, when the float 7 is raised and the bait 6 is moved up and down to move the bait 6 up and down, the upper container 14 is detached from the main body base 13 and the bait flows out from the lower end opening, and the bait needle 5 is also pushed out.

  If the bait needle 5 contained in the cavity 20 is pushed out together with the bait, Harris 4 leaves the pin 25 and also detaches from the groove 21 and extends downward, and the bait needle 5 sinks into the water. It will be. If the bait accommodated in the upper container 14 flows out from the lower end opening, a large number of fish gather for this bait, and if the bait attached to the needle 5 is used as a mouth, the fish is caught by the needle 5.

The bait 6 shown in FIG. 2 is a specific example, and it is possible to change its form partially. Although the blade 17 is attached to the upper end of the upper container 14 in the core rod 15 of the bait 6 of the same figure, it may be constituted without attaching the blade 17. Actually, by attaching the blades 17, it is possible to fly the bait 6 straight without rattling.
The upper container 14 is located above the blades 17 so that it can be separated from the main body base 13 to open its lower end, that is, so as to rise (lift) along the core rod 15. An extra space is provided between the ring 16 and the ring 16.

Further, as shown in FIG. 4, the Harris 4 wound around the concave groove 21 is held in the middle of being guided from the concave groove 21 to the cavity 20 in order to accommodate the tip needle 5 in the cavity 20. Pins 25 are provided. Since the position of the pin 25 differs depending on the length of the Harris 4, a plurality of holes are provided in the outer peripheral surface 23 so that the pin 25 can be attached to an appropriate hole.
The pin 25 may be a toothpick cut short, but a screw pin is generally used, and can be attached by screwing the screw pin into the hole.

DESCRIPTION OF SYMBOLS 1 Fishing tackle 2 Fishing rod 3 Fishing line 4 Harris 5 Needle 6 Feeding container 7 Float 8 Stopper 9 Reel
10 Line guide
11 Top Guide
12 weights
13 Body base
14 Upper container
15 core rod
16 rings
17 feathers
18 Convex
19 Convex
20 cavity
21 groove
22 Top view
23 Outer surface
24 holes
25 pin

Claims (5)

In the fishing tackle connected to the tip of the fishing line, the fishing tackle has a float and a bait connected by the fishing line, a needle is provided at the tip of Harris extending from the bait, and the bait is provided at the tip. A core is raised from a weight, and a main body base arranged on the weight with the core bar as a center, an upper container having an internal cavity and having an open lower end is arranged on the main body base, The base is connected to a core rod, and a hole penetrating from the upper surface of the main body base to the outer peripheral surface is inserted and extended downward. A ring-shaped concave groove is formed on the outer peripheral surface of the main body base, and in the vicinity of the concave groove. A fishing tackle characterized by providing a pin. The fishing tackle according to claim 1, wherein a blade is rotatably supported on a core rod on the upper container. In the bait constituting the fishing tackle connected to the fishing line, the bait is raised from a weight provided at the tip, and a main body base arranged on the weight with the core bar as a center, An upper container having an internal cavity and an opening at the lower end is arranged on the top, and there is a hole that penetrates from the upper surface of the main body base to the outer peripheral surface. A ring-shaped concave groove is formed on the outer peripheral surface, and the vicinity of the concave groove A food container characterized by a pin. Harris with a base attached to the core rod and a needle attached to the tip was inserted through the hole and wound around the ring-shaped concave groove, and Harris was locked to the pin to accommodate the needle in the cavity of the upper container. The food container according to claim 3. The feeding container according to claim 3 or 4, wherein holes for attaching pins are provided at a plurality of locations in the vicinity of the ring-shaped concave groove.

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