JP3219459U - Fake bait - Google Patents

Abstract

[PROBLEMS] A pseudo bait in which an octopus and a squid cannot climb up and remove a hanging needle while pulling up a main line after an octopus and a squid hugging the pseudo bait are caught on a hanging needle at the rear of the pseudo bait. I will provide a.
A stopper ring 10 is provided at a rear end portion of a pseudo bait main body 1, and a connection thread 4 tied to a hook 2 is inserted into a stoper ring 10 and then tied to a connection ring 7. And the connection ring 7 is engaged with the hairpin type (R pin) connection component 3 provided in the center part of the pseudo bait main body 1. The hairpin type (R pin) connecting component 3 has a structure in which the engagement is released when the connecting ring 7 is pulled backward by an external force of a certain level or more.
[Selection] Figure 1

Description

The present invention relates to a simulated bait used for squid and octopus fishing.

The simulated bait used for squid and octopus fishing is attached in a state where a plurality of hooks are bundled at the rear end of the simulated bait body resembling the shape of a shrimp or fish.
Then, by moving this simulated food in the sea, squid and octopus think about the simulated food as food and stick to the simulated food body. Thereafter, the squid and octopus are pulled up on the hanging needle at the rear of the simulated food body by lifting the simulated food.
However, squids and octopuses do not embrac the pseudo food at a stretch, and if they are lightly embraced, the squid and octopus often feel strange and escape due to the speed of raising the pseudo food.
Therefore, a pseudo bait (see Patent Document 1) in which a hanging needle is slidably provided to increase the capture rate has been proposed. The artificial bait of Patent Document 1 has a structure in which a hook needle sticks into a squid or an octopus by sliding a body portion around which the squid or the octopus is slid and moving backward.

JP 2003-61517 A

  However, in the simulated bait of Patent Document 1, although the initial hook needle pierces the squid and the octopus, there is a problem that the hook is detached when the squid and the octopus climb the pseudo bait body thereafter.

  Then, this invention makes it a subject to provide the pseudo bait with a high capture rate in order to solve said problem.

  The present invention is a pseudo bait having a structure in which an octopus or a squid cannot climb up a pseudo bait main body after a hanging needle is inserted into the octopus or the squid.

  That is, the first invention of the present invention is a pseudo bait composed of a pseudo bait body and a hook needle provided on the rear part of the pseudo bait body via a connecting thread, and the hook needle is fixed by a stationary locking means. There is a normal locking position and a locking position when capturing by the locking means when capturing, and the distance between the hanging needle and the pseudo bait body at the capturing position is the locking needle and the pseudo food at the stationary locking position. It is a pseudo bait characterized by being larger than the separation distance from the main body.

  In the constant locking position, the hook is disposed at a position immediately after the pseudo bait body via the connecting thread. In this state, if the octopus or squid is stuck to the pseudo bait body and the pseudo bait is pulled up after the octopus or squid is caught by the hanging needle, the hanging needle will move from the stationary locking position to the locking position at the capture time due to the weight of the octopus or squid. Moving. Since the hook at the catching position at the time of capture is separated from the pseudo food body, the octopus and squid are suspended and cannot be climbed by the pseudo food body.

  The constant-time locking means has a function of temporarily fixing the end of the connecting thread to the pseudo food body so that it is released when an external force is applied over a certain level. By applying a spring force or a magnetic force, a stationary locking means that is released when an external force exceeding a certain level is applied to the hook needle is realized.

  Next, according to a second aspect of the present invention, in the first aspect of the present invention, the stationary locking means includes a pseudo bait main body, and a hairpin-shaped hairpin type (R pin) connecting component provided at the center of the pseudo bait main body. It is composed of a connecting ring that engages with the hairpin type (R pin) connecting part provided at the front end of the connecting thread, and a catching locking means is provided on the stopper ring and the stopper ring provided at the rear part of the pseudo bait body. The pseudo bait is characterized in that it is composed of a connection ring provided at the front end of the inserted connection thread, and the outer diameter of the connection ring is larger than the inner diameter of the stopper ring.

  When an octopus or squid is caught on the hook, the connection ring that was in the stationary position at the time of steady operation is pulled backward, and is removed from the hairpin type (R pin) connection part. Then, the connecting ring moves to the position of the stopper ring which is the locking position at the time of capture and stops. The hook at the locking position at the time of capture is separated from the simulated bait body by a distance that the octopus and squid feet cannot reach. As a result, the octopus and the squid cannot climb up the pseudo bait body and remove the hook when the pseudo bait is pulled up.

  And in 3rd this invention, in 1st this invention, the stationary-time latching means was provided in the snap connection part provided in the center part of the pseudo bait main body and the pseudo bait main body, and the front end of the connection thread | yarn. It consists of a connection snap having a shape that engages with a snap-type connection component, and the catching locking means is provided at the front end of the stopper ring provided at the rear part of the pseudo bait main body and the connection thread inserted through the stopper ring The pseudo bait is characterized in that it is composed of a connection snap, and the maximum width of the connection snap is larger than the inner diameter of the stopper ring.

  When an octopus or squid is hooked on the hook, the connection snap that was in the stationary locking position is pulled rearward and detached from the snap-type connection part. Then, the connection snap moves to the position of the stopper ring which is the locking position at the time of capture and stops. The hook at the locking position at the time of capture is separated from the simulated bait body by a distance that the octopus and squid feet cannot reach. As a result, the octopus and the squid cannot climb up the pseudo bait body and remove the hook when the pseudo bait is pulled up.

  Subsequently, according to a fourth aspect of the present invention, the stationary locking means includes a pseudo bait body, a magnet type connection part provided at the center of the pseudo bait body, and a magnet type connection part provided at the front end of the connection thread. It is composed of a connection metal piece to be adsorbed, and the catching locking means is a stopper ring provided at the rear part of the pseudo bait main body, and a connection metal piece provided at the front end of the connection thread inserted through the stopper ring. A simulated bait characterized in that the maximum width of the connecting metal piece is larger than the inner diameter of the stopper ring.

When an octopus or squid hits the hook, the connecting metal piece that was in the stationary locking position is pulled rearward and detached from the magnetic connecting part. Then, the connecting metal piece moves to the position of the stopper ring which is the locking position at the time of capture and stops. The hook at the locking position at the time of capture is separated from the simulated bait body by a distance that the octopus and squid feet cannot reach. As a result, the octopus and the squid cannot climb up the pseudo bait body and remove the hook when the pseudo bait is pulled up.
The connecting metal piece may be a magnet having a magnetic pole different from that of the magnet type connecting component.

  The present invention consisting of the above basic structure is such that when catching prey such as octopus and squid, the hanging needle is separated from the pseudo bait body, so the octopus and squid climb up the pseudo bait body after capture and the hanging needle Can not be removed, and the catch rate of prey can be improved.

FIG. 1 is a diagram showing a structure in a stationary state in the first embodiment of the present invention. FIG. 2 is a diagram showing a structure at the time of capture in the first embodiment of the present invention. FIG. 3 is a diagram showing a structure in a stationary state in the second embodiment of the present invention. FIG. 4 is a diagram showing a structure in a stationary state in the third embodiment of the present invention. FIG. 5 is a view showing a state in which the octopus is hugged to the pseudo food body. FIG. 6 is a view showing a state in which the octopus is hooked on the hooking needle and the hooking needle is in the locking position during capture.

  Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings.

(First embodiment)
A first embodiment of the present invention will be described with reference to FIGS. 1 and 2.

  FIG. 1 is a diagram showing a structure in a stationary state in the first embodiment of the present invention. A stopper ring 10 is provided at the rear end of the pseudo bait main body 1, and the connection thread 4 tied to the hook 2 is inserted into the stoper ring 10 and then tied to the connection ring 7. And the connection ring 7 is engaged with the hairpin type (R pin) connection component 3 provided in the center part of the pseudo food main body 1. The hairpin type (R pin) connecting component 3 has a structure in which the engagement is released when the connecting ring 7 is pulled backward by an external force of a certain level or more.

  Next, a state in which the stopper ring 7 and the hairpin type (R pin) connecting component 3 are disengaged will be described with reference to FIG. FIG. 2 is a diagram showing a structure at the time of capture in the first embodiment of the present invention. When the stopper ring 7 is detached from the hairpin type (R pin) connecting part 3 due to the weight of the octopus or squid, the connecting ring 7 moves to the stopper ring 10 and stops. As a result, the hanging needle 2 is retracted to a position where the octopus or squid foot on the hanging needle 2 does not reach the pseudo food body 1.

  Next, the stationary locking means different from the first embodiment will be described with reference to FIG. FIG. 3 is a diagram showing a structure in a stationary state in the second embodiment of the present invention. A snap connection part 5 is provided near the center of the lower part of the simulated bait body 1. The front end of the connection thread 4 is tied to a connection snap 8. The connection snap 8 has a shape that engages with the snap-type connection component 5 having a comb-like shape. By inserting the connection snap 8 into the snap-type connection component 5, the hook 2 is temporarily fixed at a fixed position during normal operation. be able to. When the connection snap 8 is pulled backward by an external force of a certain level or more, the engagement with the snap-type connection component 5 is released.

  Subsequently, another stationary locking means will be described with reference to FIG. FIG. 4 is a diagram showing a structure in a stationary state in the third embodiment of the present invention. A magnet-type connecting component 6 is provided near the center of the lower portion of the simulated bait body 1. The front end of the connecting thread 4 is tied to a connecting metal piece 9. Since the magnet-type connecting component 6 attracts the connecting metal piece 9 by magnetic force, the hook 2 can be temporarily fixed at the stationary locking position. When the connecting metal piece 9 is pulled backward by an external force of a certain level or more, the engagement with the magnet type connecting part 6 is released.

Finally, how the octopus is captured by the simulated bait according to the present invention will be described with reference to FIGS.
FIG. 5 is a diagram illustrating a state in which the octopus is hugged to the pseudo food body. FIG. 6 is a view showing a state in which the octopus is hooked on the hanging needle and the hanging needle is in the locking position at the time of capture.

  As shown in FIG. 5, the octopus 11 is hugged to the pseudo bait main body 1 that moves in the sea, and then is applied to a hook (not shown). Thereafter, when the simulated food body 1 is pulled in the water surface direction, the octopus 11 separates the simulated food body 1 from the uncomfortable feeling pulled in the water surface direction. Since the octopus 11 that has separated the pseudo bait body 1 is already hooked, the connection ring 7 is connected by a hairpin type (R pin) by the weight of the octopus 11 and the force that the pseudo bait body 1 is pulled in the water surface direction. It comes off the part and stops at the position of the stopper ring 10.

  After that, the octopus 11 is suspended from the connection ring 7 and the connection thread 4 connecting the hook needle as shown in FIG. In this state, the octopus 11 cannot climb up the simulated bait body 1 and cannot remove the hanging needle applied by itself. With this action, the simulated bait according to the present invention can significantly improve the catch rate of prey compared to the conventional simulated bait.

1 Pseudo bait body 2 Hanging needle 3 Hairpin type (R pin) connection parts
4 Connection thread 5 Snap type connection part 6 Magnet type connection part 7 Connection ring 8 Connection snap 9 Connection metal piece 10 Stopper ring 11 Octopus

Claims (4)

A pseudo bait composed of a pseudo bait body and a hanging needle provided via a connecting thread at the rear part of the pseudo bait body,
The hanging needle is a stationary locking position by a stationary locking means,
Having a catching position when capturing by the catching means when capturing,
The separation distance between the hanging needle and the pseudo bait main body at the locking position at the time of capture is
The pseudo bait characterized by being larger than the separation distance between the hook and the pseudo bait main body at the stationary position. The stationary locking means is
A hairpin-shaped hairpin type (R-pin) connecting component provided in the central portion of the pseudo food body and the pseudo food body;
It is composed of a connection ring that engages with the hairpin type (R pin) connection component provided at the front end of the connection thread,
The catching means during capture is
A stopper ring provided at the rear of the pseudo food body;
A connection ring provided at the front end of the connection thread inserted through the stopper ring,
The simulated bait according to claim 1, wherein an outer diameter of the connection ring is larger than an inner diameter of the stopper ring. The stationary locking means is
A snap-type connecting part provided at the center of the pseudo bait body and the pseudo bait body;
It is composed of a connection snap having a shape that engages with the snap-type connection part provided at the front end of the connection thread,
The catching means during capture is
A stopper ring provided at the rear of the pseudo food body;
The connection snap provided at the front end of the connection thread inserted through the stopper ring,
The simulated bait according to claim 1, wherein a maximum width of the connection snap is larger than an inner diameter of the stopper ring. The stationary locking means is
It is composed of a pseudo bait body, a magnet-type connecting part provided at the center of the pseudo bait body, and a connecting metal piece adsorbed to the magnet-type connecting part provided at the front end of the connecting thread,
The catching means during capture is
A stopper ring provided at the rear of the pseudo food body;
The connecting metal piece provided at the front end of the connecting thread inserted through the stopper ring,
The simulated bait according to claim 1, wherein the maximum width of the connecting metal piece is larger than an inner diameter of the stopper ring.

Images