JP2022108697A - Octopus fishing mechanism - Google Patents

Abstract

To provide an octopus fishing mechanism capable of attracting an octopus being a fishing target by moving the mechanism so as to crawl on a water bottom, and suppressing the mechanism from being caught in an obstruction on the water bottom, specifically preventing catching a fishing hook on seaweed, for protecting a water bottom environment.SOLUTION: When an octopus fishing mechanism 10A having a cover 11 tries to pass through a gap of an obstruction which is arranged adjacently like an obstruction, the cover 11 larger than the gap of the obstruction contacts the gap of the obstruction. The cover 11 being formed into a hemisphere is pulled up to an upper part of the obstruction along the gap of the obstruction by force of pulling up the cover in an obliquely upward direction by a fisher. The octopus fishing mechanism 10A reaching the upper part of the obstruction is moved along the upper part of the gap of the obstruction by the cover 11 which is larger than a width of the gap of the obstruction, therefore the cover is not caught in the gap of the obstruction, thereby preventing catching a fishing hook on seaweed.SELECTED DRAWING: Figure 1

Description

The present invention relates to an octopus fishing device, and more specifically, the artificial bait is moved so as to crawl along the bottom of the water to attract the octopus to be fished, prevent the octopus to be caught by obstacles on the water bottom, so-called "rooting", and protect the water bottom environment. Regarding.

In artificial bait fishing, which targets octopuses that live near the bottom of the water, since the artificial bait is dragged by landing on the bottom of the water, it is caught on rocks, seaweed, garbage, etc. It does a lot of damage to. Damage to marine life, marine mammals and birds is particularly severe. In addition, many of the rooted artificial bait bodies are made of plastic, and there is a problem that they are microscopically taken into the body of living organisms and cause extremely great damage to humans who eat them.

In order to solve such a problem, Patent Document 1 discloses a "two-pointed conical arm lure". The above-mentioned "two-point weight arm lure" has a configuration in which the artificial bait body and the fishhook are arranged above the arm of the V-shaped structure in plan view. It can be made to swim in a posture that keeps a certain distance. Therefore, the above-mentioned "two-pointed arm lure" can prevent snagging and makes it easier to appeal the artificial bait body to fish swimming near the bottom of the water, and can actively attract fish. Such an effect can be obtained.

However, the "two-point spindle arm lure" and the like in Patent Documents 1 and 2 have the following drawbacks. Since the tip of the lure is sharp, there are many cases where it becomes impossible to retrieve the lure if it gets caught in a gap such as rocks on the bottom of the water.

Utility Model Registration No. 3137542 JP 2010-22243

As described in the above background art, in octopus fishing in which the octopus fishing tackle is laid on the bottom of the water, there is a problem that the octopus fishing tackle is rooted.

An octopus fishing tackle (10A) according to the present invention comprises a cover (11) for preventing snagging, a lure body (12), a hook (15), parts (16) having (16a) and (16b), and a weight. Snap metal fittings (13) and weights (14) connecting the two ends are formed.

The cover (11) is colorless and transparent so as not to give discomfort to aquatic organisms. Or a design that mimics the food preferred by aquatic organisms.

The cover (11) is installed without being fixed to the tip of the lure body (12) by passing the cover (16a) through the cover hole (11a). The cover (11) is flexible in any direction around the tip of (12) as shown in FIGS. It is also easily attachable and detachable from the lure body (12) for easy maintenance and cleaning.

As shown in FIG. 5, the fishhook (5) is inserted into the space (15b) provided on (12) and fixed with an adhesive. In addition, (15a) is further adhered to (12).

As shown in FIG. 3, (16) is glued to the hole penetrating (12) with (16a) and (16b) protruding from the lure body (12). In addition, the structure prevents water from entering the hollow portion (30) through the through holes.

As shown in FIG. 3, (12) has a hollow portion (30) and has buoyancy.

As shown in Figure 8, weight (14) is connected to (13) which is connected to (16b) and is flexible in any direction. Also, the octopus fishing tackle (10A) that moves in water uses the buoyancy of the hollow portion (30) to return to the posture shown in FIGS. 1 and 2 by the weight (14).

In the present invention, when the octopus fishing tackle (10A) having the cover (11) is about to pass through the gaps of the obstacles (31) and (32) that are arranged adjacent to each other, the obstacles A cover (11) larger than the gap contacts the gaps (31) and (32). As shown in FIG. 10, the cover (11), which is a hemispherical body, is pulled up to the top of (31) and (32) along the gap between (31) and (32) by the force of the angler (36) pulling it up obliquely. be. In addition, the octopus fishing tackle (10A) that has reached the top of (31) and (32) moves along the top of the gap of (31) and (32) by means of the cover (11) that is larger than the width of the gap between the obstacles ( 31) It is possible to prevent snagging without being caught in gaps of obstacles arranged as in (32).

Since the cover (11) is not fixed to the artificial bait body (12), when it comes into contact with an obstacle, it changes its orientation in the direction in which the force is applied to reduce the frictional force.

The octopus fishing tackle (10A) is twisted back (17) with a snap to (16b) and connected to the Harris (18) for easy use by the angler.

1 is a bird's-eye view of a lure according to the present invention; FIG. 1 is a side view of a lure according to the invention; FIG. 3 is a cross-sectional view taken along the line A-A' in FIG. 2; FIG. 1 is a plan view of a lure according to the present invention; FIG. 5 is a cross-sectional view taken along the line A-A' in FIG. 4; FIG. Fig. 10 is a plan view showing a general untwist with snap (17) and a Harris (18) in the artificial bait according to the present invention. 1 is a front view of a lure according to the present invention; FIG. Fig. 3 is a flexible diagram of a cover (11) and a weight (14); Fig. 3 is a flexible view of the cover (11); It is a figure using the artificial bait concerning this invention by the angler. FIG. 10 is a diagram showing how the artificial bait according to the present invention prevents snagging by obstacles on the bottom of the water.

The octopus fishing tackle (10A) according to the present invention is constructed as shown in FIGS. 2 to 5 and connected to (17) and (18) shown in FIG. 35). Or it is connected to the fishing line (35) directly held by the angler (36) without the fishing rod (37). As shown in FIG. 10, the angler throws the artificial bait (10A) into the water and crawls it on the bottom of the water to prevent snagging.

10-11 show an embodiment of a lure according to the invention. The octopus fishing tackle (10A) in contact with the gap between the adjacent obstacles (31) and (32) is blocked by the cover (11) larger than the width of the gap by the pulling force of the fishing line (35) connected to the fishing line (20). Move to the top of the obstacle along the gap between the objects (31) and (32). The octopus fishing tackle (10A) moved to the upper part of the obstacle moves along the gap of the upper part of the obstacle by the cover (11) larger than the gap of the obstacles (31) and (32) to prevent it from getting caught.

The octopus fishing tackle (10A) according to the present invention is an invention for preventing snagging. damage can be reduced. It also contributes to the promotion of the fishing industry by reducing damage caused by artificial bait entanglement in fishermen's nets.

10A Octopus fishing tackle 11 Cover 11a Cover hole 12 Artificial bait body 13 Both-end snap fittings for connecting the artificial bait body (12) and the weight 14 Weight 15 Fishhook 15a Adhesive reinforcing agent between the fishhook and the artificial bait body 15b Between the fishhook and the artificial bait body Adhesive part 16 Part having 16a and 16b 16a Connecting hole for lure body (12) and untwisting with snap 16b Connecting hole for lure body (12) and snap fittings on both ends 17 For connecting Harris and lure Untwist with snap 18 Harris 30 Hollow part of (12) 31 Obstacles A such as rocks on the bottom of the water
32 Obstacles such as rocks on the bottom of the water B
33 bottom 34 surface 35 fishing line 36 angler 37 fishing rod

Claims (1)

An octopus fishing tackle for preventing snagging, which is composed of a cover attached to the tip of an artificial bait body having a hook so that the weight of the octopus fishing tackle is kept downward by a weight.

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