JP3016495U - Krill keeper for sea fishing - Google Patents

Abstract

(57) [Summary] [Purpose] To provide a krill keeper for sea fishing that not only improves the eating quality of fish but also improves the hooking of fish. [Structure] A rod-shaped holding member 3 for sticking and holding a krill of a bait on one end of a flexible elongated filamentous member 10.
0 is attached, and a ring portion 20 for inserting a fishing hook is formed at the other end of the thread member.

Description

[Detailed description of the device]

[0001]

[Industrial applications]

 The present invention relates to a krill keeper used to hold bait, especially krill during sea fishing.

[0002]

[Prior art]

 Generally, in sea fishing, a fishing hook attached to one end of a fishing line is used to stick and hold bait such as krill and feed the fish with the hook and hook the hook on the mouth of the fish. It is common to set two krills on one needle, but it is said that if the number of krills is increased, the food becomes bigger and more conspicuous as a whole, so that there is a higher possibility that the fish will eat. However, the krill has a soft body, and it is quite difficult to stably hold a large number of krill with one needle, considering the actual fishing situation. For example, the krill easily disengages from the fishing hook due to the impact of the tackle when it is thrown into the sea and the vibration caused by the waves after the throw.

Therefore, a krill keeper as shown in FIG. 4 has been devised and used. This krill keeper has a small ring part (1) made of hard plastic that penetrates the fishing line, and one end fixed to this small ring part (1) and the other end made of three plastic parts made of the same plastic that extend radially downward. It is composed of an elongated bar (2). By sticking the krill at each rod (2) and holding it, it is possible to further increase the number of krill by 3. Further, at least a part of the surface of the rod portion (2) is formed in a wavy shape, which prevents the krill stabbed from slipping off. In use, as shown in the same figure, a fishing line (Harris) is passed through the small wheel part (1) of this Oki Mikeeper, and then a fishing hook is tied to the tip of the fishing line. As a result, the krill keeper engages with the original tackle, and when the tackle is underwater, the krill keeper is supported by the ears of the fishing hook and is fixed so as to surround the fishing hook. (3) is a pipe used to adjust the position of the krill keeper.

However, in such a known example, even if the number of krill is increased and the krill becomes more prominent, it is positioned so as to surround the fishing hook, and due to the fact that the krill sticks, it is a plastic. Since it is made of a hard material such as, when the fish eats, there is a fatal defect that the needle part becomes heavy and the krill of the bait also moves badly, as well as the needle catching becomes bad. .

[0005]

[Problems to be solved by the device]

 The present invention eliminates the drawbacks of the known example, improves the hooking of the fish when it eats, and at the same time improves the movement of the krill of the bait. It is intended to be provided.

[0006]

[Means for Solving the Problems]

 The present invention is characterized in that a rod-shaped holding member for sticking and holding a krill of bait is connected to one end of a flexible elongated thread member, and the other end of the thread member is attached to a fishing hook.

[0007]

【Example】

 Embodiments of the present invention will be described below with reference to the drawings. In FIG. 1, a krill keeper according to the present invention is attached to an elongated thread member (10), a ring portion (20) formed at one end of the thread member (10), and the other end of the thread member (10). It is composed of only one or a plurality of elongated rod-shaped holding members (30).

The thread-like member (10) can be made by twisting together soft and flexible materials such as thin cotton thread or silk thread. The ring portion (20) formed at one end of the thread member (10) is also formed integrally with the thread member (10) by using the same material. Of course, if it is convenient in manufacturing, the ring portion (20) is not formed integrally as described above, but the ring portion (20) is formed separately by using the same member or another flexible member, It may be connected to one end of the thread member (10). The holding member (30) is made of a somewhat rigid material that is convenient for sticking a krill, for example, plastic or the like. Further, at least a part of the surface of the holding member (30) is formed into a wavy shape so that the krill that has been stabbed does not slip off. In this case, it is preferable that the krill is formed in a saw-tooth shape from the viewpoint of easily piercing the krill and preventing the krill from coming off. Furthermore, if at least the tip of the holding member (30) is tapered, the holding member (30) can be inserted into the krill more smoothly.

When attaching the holding member (30) to the other end of the filamentous member (10), the other end of the filamentous member (10) is provided with a convenient length for attaching the retaining member (30). Each holding member (30) is connected to each of them. The branch length can be appropriately determined, and a slight difference does not greatly affect the effect of the present invention.

When the two holding members (30) are used, one thread or a plurality of twisted threads constitutes the thread-like member (10), and the holding member (30) is provided at both ends thereof. ) Are connected, the thread member (10) is bent at an appropriate point, for example, the central portion, and the intermediate portions thereof are integrated, for example, they are tied together to form the ring portion (20) and the branch portion. The easiest way. In the figure, the two holding members (30) are positioned in the same manner, but it is also possible to connect the holding members (30) to the thread-like member (10) in a shifted state.

FIG. 2 shows another embodiment. In FIG. 2, (40) is a small wheel member made of an elastic material such as rubber, and the thread member (10) is folded in two and passed through this small wheel member (40). The inner diameter of the small wheel member (40) is determined so that the small wheel member (40) moves when a force higher than a predetermined force is applied. As the small wheel member (40), a commercially available soft fluorescent ball or the like may be used. If you use fluorescent balls, you can expect the positive effect of attracting the attention of fish. The ring portion (20) can be easily formed by passing the bent thread-like member (10) through the small wheel member (40). Moreover, the diameter of the ring portion (20) can be freely adjusted, which is convenient when setting the fishing hook. The thread member (10) is integrated on the way, and two holding members (30) are similarly connected to the ends.

[0012] If another small wheel member (40) is used in the same manner, the thread-shaped member (10) can be easily integrated, and the branch length can be adjusted freely. It becomes possible to save. This is also convenient when connecting the retaining member (30).

When the krill keeper of the present invention is used, before or after setting the krill on the fishing hook, as shown in FIG. 3, the fishing hook directly connected to the tip of the fishing line (Harris) is attached to the ring portion (20). Insert it in the box and lock it. In this way, since the fishing hook is inserted into the ring portion (20), it goes without saying that the ring portion (20) is formed so that the inner diameter thereof is a size convenient for the fishing hook to pass through. The krill may be attached to the holding member (30) either after inserting the fishing hook into the ring portion (20) or before inserting it.

In the above description, the ring portion (20) is preliminarily provided at one end of the thread-like member (10), but the thread-like member ( One end of 10) may be directly attached to the fishing hook and attached to it. However, this work on a swaying ship is time-consuming and impractical. Further, the length of the filamentous member (10) is appropriately about 1 cm to about 8 cm in terms of production and in order to better exert the following effects.

[0015]

[Effect of device]

 The krill keeper of the present invention, which is attached to the fishing hook in this way, rides on the tide underwater by the function of the flexible thread member (10), and the krill attached to the holding member (30) is alive. Move as if you were This krill's natural movement does not make the fish feel uncomfortable and encourages eating. Furthermore, since fish eat swallowing food, when the fish eat krill attached to the krill keeper, the fishing hooks also smoothly inhale into the mouth of the fish, resulting in better hooking. There are also advantages.

[Brief description of drawings]

FIG. 1 is a plan view showing a krill keeper according to an embodiment of the present invention.

FIG. 2 is a plan view showing a krill keeper according to another embodiment of the present invention.

FIG. 3 is a perspective view showing a state where the krill keeper of the present invention is set on a fishing hook.

FIG. 4 is a perspective view showing a state in which a krill keeper of a known example and a work in progress are attached.

[Explanation of symbols]

 1 Small Wheel Part 2 Rod Part 10 Filiform Member 20 Ring Part 30 Rod-shaped Holding Member 40 Small Wheel Member

Claims (7)

[Scope of utility model registration request] 1. A krill keeper for sea fishing, which comprises a flexible elongated thread-like member and a rod-shaped holding member which is connected to one end of the thread-like member and sticks into and holds fishing baits. 2. The krill keeper according to claim 1, wherein the other end of the thread member is formed in a ring shape. 3. One end of the thread member is divided into branches,
The krill keeper according to claim 1, wherein the rod-shaped holding member is connected to each. 4. A krill keeper for sea fishing, which comprises a flexible elongated thread-like member and at least two rod-like holding members that are connected to both ends of the elongated thread-like member and pierce and hold fishing baits. 5. The krill keeper according to claim 4, wherein the filamentous member is folded in two at a predetermined position, and the intermediate portion of the folded filamentous member is bonded so as to be integrated. 6. The krill keeper according to claim 5, wherein the bent thread-like member is inserted into a small wheel member to bond an intermediate portion thereof. 7. The small wheel member having fluorescence,
The krill keeper according to claim 6, which has elasticity and is configured to be movable when a force equal to or larger than a predetermined force is applied.