JP3112294U - Gait fish - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an outer road fishing tackle that keeps a fishing hook hidden until reaching a target depth, and discharges the hidden fishing hook into the sea when the target depth is reached. .
A first arm that is attached to a ridge rod or a weight and rotates around a fulcrum and a second arm that rotates around a fulcrum provided at an end of the first arm and has a space for storing a fishhook The first arm is closed by the water pressure received from below when the rod or weight is falling in the sea, and the second arm holds the fishing hook stored in it so that it does not go out into the sea. When the carp is pulled up, the first arm and the second arm are rotated around each fulcrum by the water pressure from above, and the fishing hook stored in the second arm is opened to the sea. Provide fishing tackle.
[Selection] Figure 3

Description

The present invention relates to a fishing tackle that is added to a weight or a fishing rod used for sea fishing so as not to catch an outer road fish that travels in the middle layer before the device reaches a target depth.

Conventionally, as a fishing tool for fishing target fish in deep places, a mechanism consisting of a balance, a weight and a Harris with a fishing hook at the end of the road line, and a fishing bait with a fishing rod attached to this, it has the effect of collecting fish Targeted items are widely used. The target fish is acquired by repeating the operation of dropping to the depth where the target fish is intended for this device and waiting for the fish to catch.
Here, depending on the season, fish outside the scope of the so-called sharks, so-called outer road fish, often swarm in the middle layer and often start on the way of falling. As a result, since the device does not reach the depth where the target fish is located, the situation where the acquisition of the target fish, the so-called fishing result, does not rise.
Until now, there was no actual fishing gear effective in solving such problems.

  The present invention is to hide the fishhook from the outer road fish so that the fish does not catch until the device reaches the target depth, and when the device reaches the target depth, the device is hidden by pulling up the entire device slightly. A fishhook is released into the sea.

Means to solve the problem

  It consists of a first arm that is attached to the rod or weight and rotates around the fulcrum, and a second arm that rotates around the fulcrum provided at the end of the first arm and has a space for storing the fishhook. When the kneading rod or weight is falling in the sea, the first arm is closed by the water pressure received from below, and the second arm holds the fishing hook stored in it so that it does not go out into the sea. An outer road fish repelling fishing tool characterized in that when it is pulled up, the first arm and the second arm are rotated around the fulcrum of each by water pressure from above and the fishhook stored in the second arm is released into the sea. .

Effect of device

According to the present invention, the fishhook on which the fish hangs is hidden until the target depth is reached, and no matter how many outer road fish that travel around the middle layer, it will not catch on. When the target depth is reached, the angler raises the device through the road line and releases the hidden fishing hook into the sea.

  It consists of a first arm that is attached to the rod or weight and rotates around the fulcrum, and a second arm that rotates around the fulcrum provided at the end of the first arm and has a space for storing the fishhook. When the kneading rod or weight is falling in the sea, the first arm is closed by the water pressure received from below, and the second arm holds the fishing hook stored in it so that it does not go out into the sea. An outer road fish repelling fishing tool characterized in that when it is pulled up, the first arm and the second arm are rotated around the fulcrum of each by water pressure from above and the fishhook stored in the second arm is released into the sea. .

FIG. 1 shows a conventional fishing device for fishing, and is composed of a rod 1 with a weight, a balance 2, and a fishing hook 3 connected to Harris. Here, an example in which two fishhooks are generally used is shown.
Needless to say, the balance 2 is connected to the fishing rod and the reel, and the device can be dropped and pulled up based on the intention of the angler.

FIG. 2 illustrates a state in which a conventional device is dropped into the sea.
In the middle layer, fish that are not fishing purposes, so-called outer road fish, migrate, and the target fishing fish migrates near the seabed. In general, sharks and Soda sharks are well known as outer road fish that travel around the middle class, and they are greedy by the falling fishhooks in addition to having a very strong swimming ability. Eating is well known.
In FIG. 2, the kite rod 1 and the device including it are in the middle of falling toward the seabed, but one fishhook is caught by an outer road fish, and the other one is just before the outer road fish.
As a result, it is rare to reach the target depth by being drawn around by the trapped outer path fish, and for the purpose of fishing the target fish, it depends on the extremely unreliable luck that the outer path fish is not disturbed to the bottom. Obviously there is nothing.

FIG. 3 is an external view of the embodiment of the present invention.
In this embodiment, two sets of mechanisms are provided so that two fishhooks can be stored and released.
A pair of a main arm 10, a weight 11, a first arm 12 attached to the weight 11 so as to rotate at a fulcrum 14, and a second arm 13 that rotates around a fulcrum 15 provided on the arm 12, An arm 16 attached to the weight 11 so as to rotate at a fulcrum 18 and an arm 17 that rotates around a fulcrum 19 provided on the arm 16 constitute another set.

FIG. 4 is a cross-sectional view of the device according to the present invention. The second arm 13 that rotates is a set, and the first arm 16 that is attached to the weight 11 so as to rotate at the fulcrum 18 and the second arm 17 that rotates around the fulcrum 19 provided on the arm 16 are the other. One set.
Here, a fishhook storage space 16 provided in the arm 13 and a fishhook storage space 21 provided in the arm 18 are for hiding the fishhook from the outer road fish when the fishing tackle of the present invention falls in the sea.

FIG. 5 is a cross-sectional view of the present embodiment, showing a state where the first arm and the second arm are opened.
The arm 12 opens leftward with the fulcrum 14 as the center, and the arm 13 opens leftward with the fulcrum 15 as the center and points the needle storage space 16 outward. Note that the arm 12, the arm 13, the arm 17, and the arm 18 are freely rotated around their respective fulcrums to open and close.

FIG. 6 is a diagram illustrating the operation principle of the present embodiment, and shows a state of falling in the sea.
If a fishhook is previously placed in the fishhook storage space 16 or 21 of the arm 13 and the arm 18 and a device is placed in the sea, the device falls in the sea, and the arm 12 and the arm 13 and the arm 17 and the arm 18 are subjected to water pressure received from below. Is closed as shown in FIG. As a result, the fishing tackle keeps the state where the fishing hook is stored in the arm 13 or the arm 18 and falls while reducing the resistance in water.

FIG. 7 is a diagram illustrating the operation principle of the embodiment and shows a time when the target depth is reached.
When the device reaches the planned depth, the angler stops dropping the device and at the same time raises the device a little. As a result, the arms 12 and 17 rotate around their respective fulcrums and open as shown in FIG. Become.

FIG. 8 is an operation principle diagram of the embodiment and shows a state in which the fishing hook is released into the sea.
When the device is further lifted from the state shown in FIG. 7, the arms 13 and 18 receive water pressure from above and rotate around their fulcrums as shown in FIG. Point the fishhook into the sea.
In this way, when the angler reaches the desired depth, the fishhook can be easily released into the sea simply by lifting the device.

As described above, according to the present invention, the fishhook is kept hidden until the target depth is reached, and when the target depth is reached, the fishhook that is hidden based on the fisherman's intention is put into the sea. discharge. As a result, it is possible to effectively eliminate obstructions from outer road fish migrating in the middle layer.

In the present embodiment, two fishhooks are stored. However, it is obvious that the number of fishhooks to be used can be arbitrarily set by appropriately setting the number of mechanisms composed of the first and second arms. .

The present invention relates to a fishing tackle used for sea fishing.

External view of a conventional device Problems with conventional devices External view of an embodiment of the present invention Example cross section Example cross section Operation principle diagram of the present invention Operation principle diagram of the present invention Operation principle diagram of the present invention

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Conventional scissor rod 2 Balance 3 Fishhook 10 Constrain rod 11 Weight 12 First arm 13 Second arm 14 First arm fulcrum 15 Second arm fulcrum 16 Other first arm 17 Other second arm 18 Other fulcrum of the first arm 19 Other fulcrum of the second arm

Claims (1)

  It is composed of a first arm that is attached to the kneading rod or weight and rotates around the fulcrum and a second arm that rotates around the fulcrum provided at the end of the first arm and provides a space for storing the fishhook, When the ridge or weight is falling in the sea, the first arm is closed by the water pressure received from below, and the second arm holds the fishing hook stored in it so that it does not go out into the sea. An outboard fish repellent fishing tool characterized in that when it is pulled up, the first arm and the second arm are rotated about the fulcrum of each by water pressure from above and the fishhook stored in the second arm is released into the sea.

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