JPH02195834A - Hook for fishing cuttlefish - Google Patents

Abstract

PURPOSE:To obtain hook for fishing cuttlefish capable of enhancing catching rate of cuttlefish by connecting upper shaft and lower shaft through universal coupling, inserting bait tube in lower part of the upper shaft with spring and fixing upper bevel needle and lower bevel needle on the lower shaft. CONSTITUTION:Upper shaft 1 is connected with lower shaft 4 through an univer sal coupling 5 in freely shaking and a bait tube 6 is inserted in lower end of the upper shaft with a spring 9 in raised state, then upper bevel needle 12 and lower bevel needle 13 are fixed on the lower shaft. The bait 15 is bitten by a cuttlefish and the bait tube 6 is lowered by weight of the cuttlefish, then the cuttlefish is made to be readily caught by the upper bevel needle and made to be readily caught by the lower bevel needle for the cuttlefish in getting away.

Description

DETAILED DESCRIPTION OF THE INVENTION (Field of Industrial Application) The present invention relates to a squid fishing hook, and more particularly to a squid fishing hook that can reliably capture biting squid.

(Prior art) Conventionally, this type of squid fishing hook was made in 1986-3'03.
There is one disclosed in Publication No. 66. This squid fishing hook is
A sliding rod is inserted into the lower end of a cylindrical pseudo body with a vertically divided piece at the bottom, supported by a spring installed inside the pseudo body, and an umbrella needle is attached to the bottom end of the sliding rod. When the movable rod is pulled downward and the sliding pin provided on the outside is supported by the locking part provided on the dummy, the squid's arms, called legs, are caught on the umbrella needle, and the squid is suspended. If this occurs, the sliding rod rotates due to the vibration, the sliding pin is disengaged from the locking part, the sliding rod rises due to the action of the spring, and the umbrella needle bites into the vertically divided piece of the pseudo body. As a result, the squid's arms are securely held between the umbrella needle and the vertically split pieces.

(Problems to be Solved by the Invention) This conventional squid fishing hook cannot raise the sliding rod to pinch the arm of the squid unless the arm of the squid that has bitten the dummy gets stuck in the entire leopard and becomes violent.

SUMMARY OF THE INVENTION Therefore, an object of the present invention is to provide a squid fishing hook that can solve the above-mentioned problems and further improve the squid catch rate.

(Means for Solving the Problems) A squid fishing hook according to the first claim for solving the above problems is provided by connecting the upper end of the lower shaft to the lower end of the upper shaft in a swingable manner by a universal joint. An elevator pipe is inserted into the shaft and held in a raised state by a spring, and an upper umbrella needle and a lower umbrella needle are fixed to the lower shaft at a predetermined interval. The squid fishing hook according to claim 2 has an elevator tube inserted into the upper side of the shaft, which is held in a raised state by a spring, and an upper umbrella hook and a lower umbrella hook located slightly below the elevator tube of the shaft at a predetermined interval. It is characterized in that it is fixed.

(Function) Since the squid fishing hook according to the first aspect has the above-mentioned configuration, the live bait 15 or the artificial bait is passed through the upper end of the upper shaft l as shown by the chain line in FIG. Set it in position and throw it into the sea.

As shown by the chain line in FIG. 1 and the solid line in FIG. As the squid 16 approaches the umbrella needle 12, the arm of the squid 16 gets caught in the umbrella needle 12 and becomes easily caught.

At this time, when the squid 16 releases the bait 15 in an attempt to escape, the lower shaft 4 is pulled toward the squid 16 in response to the movement of the arm of the squid 16 caught in the umbrella needle 12, as shown by till in FIG. The umbrella hook 13 gets caught near the head or body of the squid 16.

Moreover, when the squid 16 that has bitten the bait 15 attempts to take away the bait 15, the elevator pipe 6
descends, the upper and lower wheels 1.4 become straight lines, and the lower shaft 4 becomes parallel to the direction in which the squid 16 escapes, so that the lower umbrella needle 1
3 sticks deeply into the arm of the squid 16, or bites into the head or body of the squid 160 to ensure capture.

In the case of the squid fishing hook according to the second claim, an elevating tube is provided above the main shaft, and an upper umbrella hook and a lower umbrella hook are attached slightly below it at a predetermined interval. When the squid bites the bait, the elevator moves down and the squid's arm gets caught in the upper hook, and when the squid tries to escape and lets go of the bait, the shaft is pulled toward the squid and the lower hook gets caught in the squid. Also, when the squid tries to take away the bait, the axis becomes parallel to the direction in which the squid is escaping, so the parachute hook hooks on the squid and captures it securely.

(Example 1) Next, Example 1 of the present invention will be described based on the drawings. Reference numeral 1 indicates an upper shaft made of steel, and a connecting ring 3 for the fishing line 2 is formed at the upper end. 4 is a lower shaft made of steel, and its upper end is connected to the lower end of the upper shaft l by a universal joint 5 so that the lower shaft can swing. The universal joint 5 is formed by a connecting ring 5a of the upper shaft, and a connecting ring 5b of the lower shaft 4t@, which is loosely fitted into the connecting ring 5a. Although the universal joint 5 is shown using a connecting ring as an example, the point is that it is only required to be formed so that it can swing freely, and the universal joint 5 may be a ball joint or a flexible soft material. Appropriate means can be used, such as connecting with. 6 is an elevator pipe mounted on the lower part of the upper shaft l;
A through hole 7 provided at the upper end thereof is inserted and supported by the upper shaft l, and a lower open end is slidably inserted and supported by a guide piece 8 provided at the lower end of the upper shaft l. The elevator tube 6 is inserted into the elevator tube 6, and is held in a raised state by a spring 9 whose lower end is supported by a guide piece 8, and whose upper end is locked by a stopper 10 provided on the upper shaft 1. There is. Incidentally, the elevator pipe 6 may be suspended by a spring and held in the raised state. Reference numeral 11 designates parts protruding from both left and right outer sides of the elevator pipe 6.

Further, reference numerals 12 and 13 indicate upper and lower umbrella needles fixed to the upper and lower parts of the lower shaft 4 at a predetermined interval. The umbrella needle 12 is curved upward at a portion close to the axis of the lower shaft 4, and has a straight tip end. It has the effect of pulling the lower shaft 4 closer when it is pulled.

Further, reference numeral 14 denotes a guide piece provided at the upper end of the lower shaft 4, that is, at a position below the connecting ring 5b, and its outer diameter is the same as that of the guide piece 8 of the upper shaft l, and the outer diameter of the connecting ring 5a, 5b. The diameter is slightly larger than the diameter.

The operation will be explained based on the above configuration. When the squid 16 bites the live bait 15, as shown by the chain line in FIG. 1, the spring 9 contracts due to its weight or the upward pulling force of the angler, and the elevator tube 6 descends as shown in FIG. Then, the squid 16 approaches the main umbrella needle 12. In addition, the arm of the squid 16 got caught in the main umbrella needle 12, and the live bait 15 was surprised.
When the squid 16 tries to escape by letting go of the squid, the lower shaft 4 is caught in the main umbrella needle 12 by its arm, as shown by the chain line in FIG.
The squid 16 is pulled to the side, and the disembarkation needle 13 is reliably caught on the squid 16. Furthermore, as shown in FIG. 3, when the live bait 15 is pulled strongly in an attempt to remove it, the spring 9
further contracts, the elevator pipe 6 descends, and the lower end fits into the guide piece 14 of the lower shaft 4, and the upper shaft 1 and the lower shaft 4 become in a straight line.
Both the upper and lower umbrella needles 12 and 13 pierce the squid 16.

According to this embodiment, the following effects can be achieved. First, the squid that has bitten the live bait 15 can be hooked onto the main umbrella needle 12 by the action of the elevator tube 6, and furthermore, even if the squid tries to escape or take away the bait, the lower shaft 4 will catch the squid. By being attracted to it, you can reliably capture it. This action and effect is achieved more effectively because the upper shaft 3 and lower shaft 4 are connected in a swingable manner, making the movement of the umbrella needle more sensitive.

(Example 2) Next, Example 2 of the present invention will be described based on FIG. This embodiment uses one steel shaft 17, and the shaft 17
Insert the elevator pipe 18 into the upper side of the spring 19.
The main umbrella needle 20 and the disembarking needle 21 are fixed at a predetermined interval slightly below the elevator pipe 18.

Note that the other configurations are the same as those of the first embodiment described above. Therefore, in this embodiment as well, squid 16 is added to the live bait 15.
When the fish bites, the spring 19 contracts due to its weight or the upward pulling force of the angler, and the elevator pipe 18
descends, the squid 16 approaches the main umbrella needle 20, and the arm of the squid 16 gets caught on the main umbrella needle 20. Also, squid 1
6's arm gets caught in the main umbrella needle 20, and when he is surprised and tries to release the live bait 15 and run away, the shaft 17 is pulled toward the squid 16 side by the arm caught in the main umbrella needle 20, and the dismounting needle 21
is caught by Squid 16.

Furthermore, when trying to take away the live bait 15, the shaft 17 hits the squid 16.
Therefore, the dismounting needle 21 bites into the head or body of the squid 16 and securely captures it. Therefore, in the case of this embodiment as well, although the first embodiment is not as sensitive as the first embodiment, the squid that has bitten the bait can be hooked onto the main umbrella needle, and even if the squid tries to escape, the upper and lower umbrella needles
It can be captured at 021.

Incidentally, each of the above embodiments is a case where live bait 15 is used, but
It goes without saying that artificial bait may be used. It is also possible to use the elevator pipe 6 itself as a pseudo body. In this case, when the pseudo object is made vertically elongated like a squid, the main umbrella needle is formed long.

(Effects) As detailed above, the squid fishing hook according to the present invention can reliably catch the squid that has bitten the bait and tries to escape, thereby further improving the catch rate. be.

[Brief explanation of the drawing]

FIG. 1 is a partially longitudinal front view showing Embodiment 1 of the present invention, and FIG.
The figure is a front view showing a state in which a squid has bitten and a state in which the squid is trying to release the bait and run away in the same example. FIG. FIG. 4 is a longitudinal sectional view showing the main part of FIG. 3, and FIG. 5 is a partially longitudinal sectional front view showing Embodiment 2 of the present invention. 1...Upper shaft 4...Lower shaft 5...Universal joint 6...Elevator pipe 9...Spring
12... Main umbrella needle 13... Getting off needle 15.
...Live bait 16...Squid 17...Axis applicant's representative Patent attorney Tatsuhiko Ishigaki Figure Figure Figure Figure Niña Figure

Claims (1)

[Claims] 1. The upper end of the lower shaft is swingably connected to the lower end of the upper shaft by a universal joint, and an elevator pipe is inserted into the lower part of the upper shaft and held in the raised state by a spring; A squid fishing hook, characterized in that an upper umbrella hook and a lower umbrella hook are fixed to the lower shaft at a predetermined interval. 2. An elevator tube is fitted onto the upper side of the shaft and held in a raised state by a spring, and an upper umbrella needle and a lower umbrella needle are fixed at a predetermined distance slightly below the elevator tube of the shaft. Squid fishing hook.