JPS6240235A - Fishing jig for float angling - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION (Industrial Application Field) The present invention relates to a fishing tackle for shark fishing that allows fishing for sharks using a spinning top by throwing a tackle into a targeted location.

(Background of the Invention) Fukase fishing, in which a fishing hook with bait is moved along the flow of water without adding weight to the fishing line, has been known for some time. According to this fishing method, since no weight is attached to the fishing line, it does not arouse the fish's wariness and the fish bite is very good. However, in this case, the hook does not sink deeply into the water, so it can only be used for fishing in shallow areas, and it was thought that it was impossible to fish for sharks in deep waters or by casting.

Therefore, the applicant of the present application proposed a method and fishing gear that would make this possible in Japanese Patent Application No. 59-276752. In this method, the float and the top basket are connected so that they can be separated, and this connected body is thrown into the target location, while the two are separated by the buoyancy of the float and the weight of the top basket, and when the top basket sinks to the desired depth. The tension of the fishing line caused the spinning basket to open, releasing the spinning basket and fishing hook into the water. The Komasecago was to be collected by a collection line connected to the Komasecago.

However, this existing proposal uses the difference between the buoyancy of the float and the weight of the top secondary basket to separate the float and the second basket, so if this difference is small, the operation tends to be uncertain. There was a problem. In addition, the fishing line is slidably inserted into the float, and when the Komasekago detaches from the float and sinks into the water, the fishing line slides through the insertion hole of the float, so the float does not remain in a fixed position but moves toward the fishing rod. There was also the inconvenience of having to move.

(Purpose of the Invention) The present invention was made in view of the above circumstances, and it is possible to ensure the separation of the float and the fishing rod, and when the two are separated, the float moves in the direction of the fishing rod, so that the fishhook does not aim at the fishing rod. To provide a fishing tackle for flounder fishing that is less likely to cause inconveniences such as large movement from a location.

(Structure of the Invention) According to the present invention, this purpose is to provide a fishing line with a fishing hook attached to the tip and a float connected to the middle, a weighted top basket for accommodating the fishhook and the top, and a fishing line connected to the top basket. In the fishing equipment for float fishing, the fishing equipment is provided with a recovery line and a connection means for connecting the float to the float, wherein the connection means is housed in the float and is movable in the direction of connection between the float and the float This is achieved by a fishing tackle for float fishing, characterized by comprising a weight means, and a separating means for separating the float and the top sea bass by moving the weight means due to the impact when the connected body of the float and the top sea bass lands on the water. be done.

In other words, when a connected body of a float and a top-class basket is thrown into a targeted location using the collection line of a top-class basket, the connected body flies through the air with the weight of the top-class basket at the top, and the weight means inside the float is used to move Although located in the opposite direction to the moving direction, this weight means moves toward the connecting body due to its inertia when landing on water.The present invention separates the connecting bodies from each other by the movement of the weight means when landing on water.

(Example) Fig. 1 is a side view showing the internal structure of an embodiment of the present invention, Fig. 2 is a diagram showing a connected body between a float and a spinning top basket, and Fig. 3 shows how this connected body is separated. It is a diagram.

In these figures, reference numeral 10 is a float, and 12 is a top basket connected to the underside of the float. The top basket 12 is approximately bullet-shaped and has a pair of halves 12a and 12b that open and close using the bottom as a fulcrum.
, a weight 14.14 embedded in the bottom of each of these halves 12a and 12b, and a spring 16 compressed between these two weights 14 and 14, and this spring 16 is attached to the half body 12a.

12b in the direction of opening.

Next, the connecting means will be explained. The float 10 includes a guide 18 extending in the direction of attaching and detaching the top secondary basket 12. The lower end of this guide 18 is fixed to a bracket 20 having a U-shaped side surface with an open lower end.

22 is a lock pin, one end of which crosses the gap 24 opened below the bracket 20, and the other end of which crosses the gap 24 that is open below the bracket 20.
The 0-separation means, which penetrates through and to which one end of the link 28 is pivoted, is constructed as follows. 30 is guide 18
The other end of the link 28 is pivotally attached to the sliding member 30. 32
is a spring that biases the lock pin 22 toward the gap 24 side.

Note that the bottom surface of the tip of the lock pin 22 is a slope. 3
Reference numeral 4 denotes a weight means, which is made of a weight made of lead or the like into which a guide 18 is inserted. A hook 36 is provided on the surface of the top secondary basket 12 opposite to the weight 14, that is, on the surface on which it can be attached to and removed from the float 10.

Therefore, when this hook 36 is pushed into the gap 24 on the side of the float 10, the upper end of the hook 36 comes into contact with the slope of the tip of the lock pin 22, and the lock pin 22 is moved to the right in FIG. 1 against the spring 32. . Then insert the hook 36 into this gap 2.
4, the tip of the lock pin 32 will return while engaging in the engagement hole 38 of the hook 36.

In FIG. 2.3, 40 is a fishing line, the middle of this fishing line 40 is connected to a stopper 42 provided on the float 10, and a fishhook 44 is attached to the tip.

Further, a stopper 46 bent into a U-shape is attached between the fishhook 44 and the stopper 42.

48 is a collection line, the tip of which is the frame 12
is connected to the bottom of the

Next, how to use this embodiment will be explained. First, Koma Sekago 1
2, put the top 50 (FIG. 3) and the fishhook 44 into the top basket 12, and with the top basket 12 closed, wrap the fishing line 40 around the top basket 12 from the hook 44 side, and attach the stopper 46 to each half 12a of the top basket 12. , 12b (FIG. 3), and further wind the portion of the fishing line 40 between the stopper 42 and the stopper 46 around the top fishing basket 12. Then, by pushing the hook 36 of the top basket 12 into the gap 24 of the float 10 and connecting the top basket 12 to the float 10, a connected body 54 is formed (
Figure 2).

The fishing line 40 and the recovery line 48 are wound onto reels of separate fishing rods (not shown). The connecting body 54 is thrown into the targeted location using the fishing rod of the recovery line 48 and freeing the reel of the fishing line. At this time, the weight means 34 is sent to the side opposite to the weight 14 of the top secondary basket 12 by centrifugal force or inertia. That is, it is located above the float 10 as shown by the imaginary line in FIG.

This connected body 54 flies through the air with the weight 14 of the top secondary basket 12 at the top and lands on the water from the top secondary basket 12. Due to the impact at this time, the weight means 34 within the float 10 slides on the guide 18 and collides with the sliding member 30. Therefore, the sliding member 30 moves downward in FIG. 1, and the link 28 moves the lock pin 22 to the right in the same figure. As a result, the hook 36 escapes from the lock pin 22, and the top basket 12 separates from the float 10. The top basket 12 falls through the water while untying the fishing line 40 wound around its outside.

When the wound fishing line 40 is fully extended and the top basket 12 reaches a predetermined depth, the tension of the fishing line 40 causes the stopper 46 to close to the small hole 52.5 of the top basket 12.
Escape from 2. For this purpose, the top basket 12 is opened by the spring 16, and the top basket 50 and fishhook 4 housed therein are opened.
4 is released into the water. Komase 5 released like this
0 and the fishhook 44 move along with the flow of water, allowing for float fishing. The opened top secondary basket 12 is collected by a collection line 48.

FIG. 4 is a side view showing the internal structure of the second embodiment. The connecting means in this embodiment includes a hill guide 18A in the direction of attaching and detaching the top secondary basket 12A in the float 10A, a U-shaped bracket 20A with the lower end of this guide 18A fixed and opening downward, and a gap between the brackets 20A and 20A. It includes a lock pin 22A that moves forward and backward across the gap 24A, and a spring 32A that biases the lock pin 22A in a direction to escape from the gap 24A. The separation means includes a weight means 34A slidably provided on the guide 18A and a lock pin 22A.
A lever 60 is provided for engaging and disengaging the lock pin 22A from returning to the right in FIG. This lever 60 is given the habit of returning to rotation in the clockwise direction in FIG. 4 by a torsion spring (not shown).

Therefore, if the floating IOA is suddenly moved downward and suddenly stopped in the state shown in Figure 4, the weight means 34A will strike the lever 60, causing the lever 60 to rotate counterclockwise. Therefore, the lock pin 22A is returned to the right in the figure by the spring 32A. At this time, the right end of the lock pin 22A protrudes outside the floating IOA.

When connecting the second basket 12A to the float IOA, insert the hook 36A of the second basket 12A into the gap 24A, push the lock pin 22A by hand from the outside of the float 10A,
What is necessary is to engage the lock pin 22A with the hook 36A.

At this time, the lever 60 engages with the lock pin 22A to maintain the connected state. In other words, a connected body is formed.

FIG. 5 is a side view showing the internal structure of the third embodiment. The connecting means in this embodiment is a pair of leaf springs 6 that are provided in the float 10B and have a tendency to return toward each other.
2.62, and an umbrella-shaped hook 66 that is pushed between the leaf springs 62.62 and engages with a stepped portion 64.64 formed on the leaf springs 62.62. is fixed. Further, the separating means is located within the guide portion 18B of the floating IOB and is located in the top secondary basket 12B.
weight means 34B that slides in the attachment/detachment direction of the guide portion 18;
A wedge member 70 facing the lower end of the leaf spring B and held by the diaphragm 68 is provided, and this wedge member 70 faces between the enlarged portions 72 and 72 at the upper ends of the leaf springs 62 and 62.

Therefore, the hook 66 of the top basket 12B is connected to the leaf spring 62.6.
When the hook 66 is pushed in between the two and engaged with the stepped portions 64, 64, the hook 66 is held between the leaf springs 62, 62, and the second basket 1
2B is connected to the float IOH to form a linkage.

If the coupling body is suddenly moved downward and stopped, the weight means 34B strikes the wedge member 70. As a result, the leaf springs 62,62 are pushed apart from each other, and the hooks 66 escape from the steps 64,64 of the leaf springs 62,62. In other words, the top basket 12B leaves the floating IOB.

The second and third embodiments are used in the same manner as the first embodiment, so the explanation of how to use them will not be repeated.

(Effects of the Invention) As described above, the present invention provides the float with a weight means that moves in the direction of attaching and detaching the top second basket, and the weight means moves due to the impact when the connected body of the float and the top second basket lands on water, thereby floating the top second basket. The device is equipped with a separation means for separating it from the air. Therefore, the impact force of the weight means can reliably separate the two, and the operation becomes reliable. Furthermore, when the float falls into the water, the float will not be pulled by the fishing line and move, making it possible to accurately place the float and the hook in the targeted location.

[Brief explanation of the drawing]

FIG. 1 is a side view showing the internal structure of an embodiment of the present invention, FIG. 2 is a diagram showing a connected body between a float and a spinning top basket, and FIG. 3 is a diagram showing this connected body separated. Further, FIGS. 4 and 5 are side views showing the internal structure of the second embodiment and the third embodiment, respectively. 10, IOA, IOB...float. 12.12A, 12B...Komasekago, 14...Weight, 22.22A...Lock pin, 34.34A, 34B...Weight means, 36.36A,
66... Hook, 40... Fishing line, 44... Fishhook, 50... Komase, 62... Leaf spring, 70... Wedge member.

Claims (1)

[Scope of Claims] A fishing line with a fishing hook attached to the tip and a float connected to the middle, a weighted top basket for accommodating the fishhook and the top basket, a recovery line connected to the top basket, and a fishing line connected to the top basket. A fishing tackle for float fishing, comprising a connecting means for connecting a spinning top basket to the float; 1. A fishing tackle for float fishing, comprising a separation means for separating the float and the top-backed bass by movement of the weight means due to an impact when the connected body lands on water.