JPH08266197A - Terminal tackle for angling octopus - Google Patents

Abstract

PURPOSE: To make a bait readily visible in all directions and to surely and readily fix the bait. CONSTITUTION: A fishhook 2 for an octopus is fixed to one end part of a spatula-like backbone member 1, a fishing line engaging part 4B is installed at the other end part and is engaged with a lead sinker 5. The backbone member has width W2 of 1 over several of ordinary width W1 of the bait and the bait fixed to the barrel part of the backbone member is readily visible in all directions. Wire members 6 and 7 are projected to a position close to the width of the bait in the width direction of the backbone member to surely fixed the bait. A hook part having the tip end of a wire member made into a U shape is formed. The bait is readily fixed by catching a line member for fixing the member in fixing the bait to the barrel part of the backbone member by taking advantage of the hook part.

Description

Detailed Description of the Invention

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an octopus fishing tackle using a hook and a bait.

2. Description of the Related Art An octopus fishing device has a fishing hook fixed to one end of a spine member, a fishing line tied to a locking portion provided at the other end of the spine member, and fishing baits (fish and shellfish such as crabs and the like) on the spine member. The pseudo bait is fixed by a fishing bait fixing thread member (rubber string or thread string). The spine member has a wide structure having a width equal to that of the fishing bait so that the fishing bait can be stably fixed.

In the conventional octopus fishing tackle, the spine member has a wide structure equivalent to that of the fishing bait.
Therefore, when the fishing line is lifted and the octopus fishing tackle is suspended in the sea, the spine member hides one side of the fishing bait, and the octopus can see only one half of the fishing bait. It was bad. On the other hand, since the fishing bait has a fixed structure in which it is tied directly to the spine member using the thread member, the fishing bait is easily displaced from the spine member.
~ It is troublesome to fix the fishing bait again by raising and lowering the device 3 times. In addition, the conventional octopus fishing mechanism does not have a structure in which the fishing hook is pierced with the fishing bait, but the fishing hook and the fishing bait are located apart from each other. And pull the hook to hook the octopus. For this reason, it becomes difficult to hang the fishing hook on the octopus, which requires skill. An object of the present invention is to provide an octopus fishing tackle in which fishing baits can be easily seen from all directions. Another object of the present invention is to provide an octopus fishing tackle in which the fishing bait can be fixed securely and easily. Another object of the present invention is to provide an octopus fishing tackle in which the fishing hook can be easily hooked on the octopus.

In order to solve the above-mentioned problems, the present invention has an octopus fishing hook and an engaging portion for fixing the fishing hook to one end and tying a fishing line to the other end. And a wire having a narrow width which is a fraction of the normal width of the fishing bait to be fixed, and a hook having a hook portion of a fishing bait fixing thread member provided at the tip protruding from the spine member in the width direction thereof. And a strip-shaped member. Further, the present invention is characterized in that an auxiliary fishing hook is provided on the fishing bait fixed to the spine member, and the auxiliary fishing hook is provided with a wire-like member or a needle structure spread on both sides of the fishing bait. To do.

[Action]

(First Invention) By making the spine member sufficiently thinner than the width of the fishing bait, it is possible to reduce the amount of the spine member covering one surface of the fishing bait and make the fishing bait easily visible from all sides. By protruding the wire member having the hook portion in the width direction of the spine member,
To fix the fishing bait to the narrow spine member, the protrusion of the wire member enables the fishing bait to be securely fixed to the spine member.
Further, the fishing bait fixing thread member is hung on the hook portion to secure and facilitate the fixing of the fishing bait. (Second invention) By providing the auxiliary fishing hook on the fishing bait, the auxiliary fishing hook is located at the same position as the fishing bait, and when the octopus grabs the fishing bait, the auxiliary fishing hook easily hooks the fishing bait. By providing the auxiliary fishing hook with a wire-shaped member or a needle structure that is spread in both directions, the auxiliary fishing hook is prevented from being displaced from the top of the fishing bait, and the auxiliary fishing hook is stably fixed.

1 is a plan view and a side view of an octopus fishing tackle showing an embodiment of the present invention. The spine member 1 is made of bamboo, wood, hard rubber, metal such as aluminum, or plastic, and is formed into an elongated spatula shape having a narrow width W2 which is a fraction of the normal width W1 of the fishing bait to be fixed. It
For example, W1 / W2 is set to 3/1 or 2/1, but the minimum width of the spine member 1 is limited due to its mechanical strength and the like. The fishing hook 2 is fixed to one end of the spine member 1. This fixing is made at two positions, one of which is the wire 3 at the tip of the spine member 1 for winding the spine member 1 and the trunk of the fishing hook 2 together. The second position is fixed by penetrating one end of the wire 4 provided along the longitudinal direction of the spine member 1 through the hole 2A of the head of the fishing hook 2 and the spine member 1 and the head of the spine member 1 and the fishing hook 2. It is made in the 4A part which is involved together. The other end of the wire 4 is bent at a tip end into a U shape and twisted to form a locking portion 4B for tying a fishing line. Also, the locking portion 4
The tip of the wire 4 constituting B is pulled out to the back surface of the spine member 1, and penetrated into the spine member 1 through the engagement hole of the lead weight 5. This engagement can also be achieved by a structure in which the tip of the wire 4 is passed through the spine member 1 and the tip is passed through the engagement hole of the lead weight 5. The trunk of the spine member 1 is provided with a pair of wire members 6 and 7 in which the spine member 1 and the wire 4 are wound together. Both ends of the wire members 6 and 7 are provided so as to project to a position close to the normal width W1 of the fishing bait in the width direction of the spine member 1, and both ends are directed toward the back side (or the longitudinal direction) of the spine member 1. Tsu "
Hook portions 6A, 7 bent in a V shape (or a F shape)
A is formed. The wire members 6 and 7 may be provided in three or more places. Note that the wire members 6 and 7 may be made of an integrated structure pre-welded to the wire member 4 instead of being wound around the spine member 1, and further made of wire-shaped plastic. Moreover, the wire member 4 can also be configured with the 4A portion and the 4B portion separately. Further, the lead weight 5 may have a planar configuration equivalent to that of the spine member 1 and may be integrated with the spine member 1. In this embodiment, fishing baits such as crabs are attached by the structure shown in FIG. The fishing bait M is placed on the trunk of the spine member 1 and is wound around four hook portions 6A and 7A of the wire members 6 and 7 and is attached to an elastic string or thread such as a rubber band or a rubber string to be tied with a rope. The fishing bait fixing thread member 8 is fixed to the spine member 1. According to the present embodiment, since the spine member 1 has a width W2 that is a fraction of the normal width W1 of the fishing bait M, the spine member 1 does not cover one surface of the fishing bait M so much that the spine member 1 The fishing bait M can be seen from the back side, and the fishing bait can be easily seen from all sides. Further, the wire members 6 and 7 having the hook portions 6A and 7A in the width direction of the spine member 1
Due to the protruding structure, the fishing bait M can be securely fixed to the spine member 1 by the wire members 6 and 7 even if the spine member 1 is thinned to fix the fishing bait M to the spine member 1. Further, by providing the hook portions 6A and 7A, the fixing thread member can be hung on the hook portions 6A and 7A to fix the fishing bait M, and the fishing bait can be easily fixed. FIG. 3 shows another embodiment of the present invention. 1 is different from FIG. 1 in that an auxiliary fishing hook 9 is provided on the fishing bait M fixed to the spine member 1. The auxiliary fishing hook 9 is coupled to the locking portion 4B of the wire member 4 by the fishing line 10, and the fishing bait M is stopped integrally with the spine member 1 by the fishing bait fixing thread member 8. In addition, the auxiliary fishing hook 9 has a fishing bait M from the root 9A.
A wire member 11 that is spread in both directions is provided on the top. This wire member 11 is, as shown in a perspective view in FIG.
It has a hairpin shape and its legs are widened.
The neck is fixed to the root of the fishing hook 9 by the. FIG. 4B shows another structure of the wire member provided on the auxiliary fishing hook 9. Instead of the wire member 11, the wire is wound around the central portion of the auxiliary fishing hook 9 and has both ends spread in obtuse angles. This is the case where 13 is provided. The wire members 11 and 13 are preferably composed of members having a spring property, but may be made of a plastic having a spring property. According to this embodiment, since the auxiliary fishing hook 9 is provided on the fishing bait M, the auxiliary fishing hook 9 is located at the same position as the fishing bait M, and when the octopus grabs the fishing bait M, the auxiliary fishing hook 9 is used. It is easy to get caught. Further, since the auxiliary fishing hook 9 is provided with the wire-shaped members 11 or 13 which are spread in both directions, it is possible to prevent the auxiliary fishing hook 9 from shifting from the top of the fishing bait M, and to obtain a stable fixation of the auxiliary fishing hook 9. it can. As shown in FIG. 4 (c), the auxiliary fishing hook 14 has two needles (or three needles) and is spread from its root.
In such a case, the wire members 11 and 13 can be securely and easily fixed on the fishing bait M without using the wire members 11 and 13.

As described above, according to the present invention, the spine member is made sufficiently thinner than the width of the fishing bait, and the wire member having the hook portion is projected in the width direction of the spine member.
It has the following effects. (1) It is less likely that the spine member covers one surface of the fishing bait, the fishing bait is easily visible from all sides, and the fishing result can be improved. (2) When fixing the fishing bait to the spine member, the fishing bait can be reliably fixed to the spine member by the protrusion of the wire member. (3) The fishing bait fixing thread member can be hung on the hook portion of the wire-shaped member, and the fishing bait can be easily fixed. Further, according to the present invention, since the auxiliary fishing hook is provided on the fishing bait, and the auxiliary fishing hook has a structure having a wire-shaped member spread in both directions or a needle structure, the following effects are obtained. (4) The auxiliary fishing hook is placed at the same position as the fishing bait, and when the octopus grabs the fishing bait, the auxiliary fishing hook easily catches the fishing hook and the fishing result can be improved. (5) Since the auxiliary fishing hook has a wire-shaped member or a needle structure that is spread in both directions, it is possible to prevent the auxiliary fishing hook from shifting from the top of the bait, and to obtain a stable fixation of the auxiliary fishing hook.

[Brief description of drawings]

FIG. 1 is a plan view and a side view of an octopus fishing tackle showing an embodiment of the present invention.

FIG. 2 is a view showing an attachment state of fishing baits in the embodiment.

FIG. 3 is a side view showing another embodiment.

FIG. 4 is a perspective view of an auxiliary fishing hook according to the embodiment.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 ... Spine member 2 ... Fishing hook 4 ... Wire wire member 5 ... Lead weight 6, 7 ... Wire wire member 8 ... Fishing line fixing thread member 9, 14 ... Auxiliary fishing wire 11, 13 ... Wire wire member

Claims (2)

[Claims] 1. An octopus fishing hook and one end of the fishing hook which is fixed to one end of the octopus. An octopus fishing tackle comprising: a spine member having a narrow width; and a wire-like member provided so as to project from the spine member in the width direction thereof and having a hook portion of a fishing bait fixing thread member at a tip thereof. 2. An auxiliary fishing hook is provided on a fishing bait fixed to the spine member, and the auxiliary fishing hook is provided with a wire-like member or a needle structure which is spread in both directions on the fishing bait. The octopus fishing device according to claim 1.