JPH0323081Y2 - - Google Patents

Description

[Detailed Description of the Invention] [Technical Field] This invention relates to an anchor-shaped fishhook used as a pseudo-hook, a sweetfish fishing hook, etc.

[Background Art] Conventionally, an anchor-shaped fishhook having three or four hooks shaped like an anchor at one end has been used for sweetfish fishing. An example of such an anchor-shaped fishhook is the one shown in FIG. As shown in the figure, this anchor-shaped fishhook is constructed by combining four needle materials (single needles) 50. Each needle material 50 is provided with a hook portion 51 at one end of a shaft (body) 52, and is bundled at the shaft (body) 52 portion with the hook portion 51 aligned on the same side and tied with a thread 53 to be fixed. ing. Four hooks 51
The angle between the hook portion 51 and the adjacent hook portion 51 is approximately 90°. In the figure, 54 is Harris.

As described above, this anchor-shaped fishhook 5 has the following problems because the four needle materials 50 are tied together and fixed at the shaft 52.

That is, when a force in the direction of arrow A is applied to one hook 51 of this anchor-shaped fishhook 5, as shown in FIG. There is a force that tries to rotate it. At this time, if the binding force to the shaft 52 is weak, the hook portion 5
1 is rotated as shown by the chain line in the figure. Furthermore, when manufacturing this anchor-shaped fishhook, the needle material 50 must be supported so that each hook portion 51 maintains an approximately 90° angle until the shaft 52 is fixed by binding. Must be. Therefore, there were problems in that a supporting tool was required and the work became extremely complicated.

[Purpose of invention]

In view of these circumstances, the purpose of this invention is to provide an anchor-shaped fishhook that has a simple manufacturing process and that does not change the spacing between the hooks even when force is applied to the hooks.

[Disclosure of invention]

In order to achieve this purpose, this invention includes three or four needle materials each having a hook at one end of the shaft, and these needle materials are arranged so that their respective hooks are aligned on the same side. An anchor-shaped fishhook which is bundled and fixed at the shaft portion of the hook, and the shafts of two of the needle materials are connected to each other at the other end by a bent connecting portion to form a connected body. The remaining needle material has a bent connecting portion at the other end of the shaft or a bent portion at the other end of the shaft.
The gist of this fishing hook is an anchor-shaped fishhook that fits into a bent connecting portion of a book needle material, and is prevented from rotating around its axis by this fitting.

This invention will be explained in detail below with reference to the drawings showing one embodiment thereof.

FIG. 1 shows a first embodiment of the anchor-shaped fishhook according to this invention, viewed diagonally from above, and FIG. 2 shows it exploded. As shown in the figure, this anchor-shaped fishhook 1 is composed of four needle blanks 11 each having a hook portion 14 at one end of a shaft 12. 4
Two needle materials are each connected at the other end of the shaft 12 by a bent connecting portion 12a to form a connecting body 10. The connecting body 10 is arranged so that the hook portions 14 face each other. As shown in FIG. 3, the two connecting bodies 10, 10 are integrated by fitting one bent connecting portion 12a between the other bent connecting portions 12a. By this fitting, the two connecting bodies 10 are arranged so that their respective two shafts 12, 12 are in diagonal positions, and the four hook parts 14 are arranged radially at an angle of approximately 90 degrees with respect to each other. A cylinder body 15 made of resin is placed over the fitting portion. The inside of this cylindrical body 15 is filled with a resin adhesive, and the fitting portion is fixed. In the figure, 17 is Harris.
The Harris 17 is passed through the cylindrical body 15 before being filled with the resin adhesive, and is integrated with the anchor-shaped fishhook 1 by filling with the resin adhesive. In addition, the connecting body 10
is formed, for example, by folding a steel wire with hooks formed at both ends into two at the middle part thereof, although there are no particular limitations thereto. In addition, both connected bodies 1
It is preferable that the shaft 12 is always in contact with the adjacent shaft 12 in the state in which the shafts 0 and 10 are fitted.

As described above, this anchor-shaped fishhook 1 has a bent connecting portion 12a of one connecting body 10 and a connecting portion 12a of the other connecting body 10.
Since the bent connecting portion 12a of is fitted,
Even if a force in the direction of arrow A as shown in FIG. 7 is applied to one hook 14, the position of the hook 14 does not change. That is, the fitting prevents rotation about the shaft 12. Further, due to the fitting, one hook portion 14
Since the shafts 14 are held so as to form an angle of approximately 90 degrees with the adjacent hook portions 14, there is no need to use a support to support the shafts 14 when fixing them, which simplifies the manufacturing process.

Figures 4a and 4b show a second embodiment of the anchor-shaped fishhook according to this invention. As shown in the figure,
This anchor-shaped fishhook 2 includes three needle materials 20b, 21, and 21 each having a hook portion 24 at one end of a shaft 22. Two of these needle materials 21
has a bent connecting portion 2 at the other end of its shaft 22.
2a to form a connecting body 20a. In this connecting body 20a, the two hook portions 24 are approximately
It is made to form an angle of 120°. On the other hand, the remaining needle material 20b has a bent portion 2 at the other end of the shaft 22.
2b. The bent portion 22b is connected to the shaft 22
The other end is bent into a U-shape, and its tip 22c extends along the shaft 22, so that its length is almost the same as that of the shaft 22. In this embodiment, the bent portion 22b is fitted over the bent connecting portion 22a, but it may be the other way around.

This anchor-shaped fishhook 2 has a hook material 20b with a bent portion 22b and a bent connecting portion 22a of the connecting body 20.
are fitted so as to sandwich them. Due to this fitting, each hook portion 24 forms an angle of approximately 120° with respect to each other. Although not shown, similarly to the first embodiment, this anchor-shaped fishhook 2 also has a resin cylindrical body placed over the fitting portion, and is fitted by filling the inside of the cylindrical body with adhesive. The joint part is fixed. Therefore, as in the first embodiment, even if force is applied to the hook portions 24, the spacing does not change. Moreover, the manufacturing process becomes simpler.

Figures 5a and 5b show a third embodiment of the anchor-shaped fishhook according to this invention. As shown in the figure, this anchor-shaped fishhook 3 also has a hook portion 34 at one end of the shaft 32.
It is provided with real needle materials 30b, 31, 31. Two of these needle materials 31 are connected at the other end of the shaft 32 by a bent connecting portion 32a to form a connecting body 30a. In this connecting body 30a, the two hook portions 34 form an angle of approximately 120°. Meanwhile, the remaining needle material 3
0b includes a bent portion 32b at the other end of the shaft 32. The bent portion 32b is formed so as to be bent at a right angle from the other end of the shaft 32. The bent portion 32b of the needle material 30b is connected to the connecting body 3.
It is inserted between the bent connecting portions 32a of 0a and fitted into the connecting body 30a. Due to this fitting, each hook portion 34 forms an angle of approximately 120° with respect to each other. Although not shown, similarly to the first embodiment, this anchor-shaped fishhook 3 also has a resin cylindrical body placed over the fitting portion, and is fitted by filling the inside of the cylindrical body with adhesive. The joint part is fixed.
Therefore, as in the first embodiment, even if force is applied to the hook portions 34, the spacing does not change. Moreover,
Manufacturing process becomes easier.

The anchor-shaped fishhook according to this invention is not limited to the above embodiments. In the above embodiments, the fitting portions were fixed using adhesive, but they may also be tied with string. In the above embodiment, the Harris is attached in advance, but it may be attached later. 4 as in the first embodiment
Even in an anchor-shaped fishhook with a main hook part, the connecting body is
It is also possible to have a structure in which only one needle material is formed and the bent portions of the other two needle materials as in the third embodiment are fitted into the bent connecting portion so as to intersect with each other.

[Effect of idea]

The anchor-shaped fishhook according to this invention is as described above.
An anchor-shaped fishhook comprising three or four needle materials each having a hook portion at one end of the shaft, and these needle materials are bundled and fixed at each shaft portion so that the respective hook portions are aligned on the same side. two of the needle materials are connected at their other ends by a bent connecting portion to form a connected body;
The remaining needle material has a bent connecting portion at the other end of its shaft or a bent portion at the other end of its shaft that fits into the bent connecting portion of the two needle materials, and by this fitting. Since rotation around the axis is prevented, even if force is applied to the hooks, the spacing between the hooks will not change. Moreover, the manufacturing process can be simplified.

[Brief explanation of the drawing]

Fig. 1 is a perspective view showing one embodiment of the anchor-shaped fishhook according to this invention, Fig. 2 is an exploded perspective view thereof, Fig. 3 is a perspective view showing the state in which the two connecting bodies are fitted, and Fig. 4 Figures a and b show a second embodiment of the anchor-shaped fishhook according to this invention, figure a is an exploded perspective view of the connecting body and the needle material, figure b is a perspective view showing the state after fitting, Figures 5a and 5b show a third embodiment of the anchor-shaped fishhook according to this invention, Figure a is an exploded perspective view of the connecting body and the needle material, and Figure 6 is a perspective view showing a conventional anchor-shaped fishhook. , FIG. 7 is an explanatory diagram illustrating a case where a force in the direction of arrow A is applied to the hook portion. 1, 2, 3, 5... Anchor-shaped fishhook, 11, 21, 3
1,50...needle material, 12,22,32,52...
...Shaft, 14, 24, 34, 51...Hook part, 12
a, 22a, 32a...bent connecting portion, 22
b, 32b...bent portion.

Claims (1)

[Scope of utility model registration request] 3 or 4 needle materials with a hook at one end of the shaft
This is an anchor-shaped fishing hook in which these needle materials are bundled and fixed at their respective shaft portions so that their respective hooks are aligned on the same side, and two of the above-mentioned needle materials are The shafts are connected at the other end by a bent connecting part to form a connected body, and the remaining needle material is connected by a bent connecting part at the other end of the shaft or by bending at the other end of the shaft. The shaped part is the above 2
An anchor-shaped fishhook that is fitted with a bent connecting portion of a book needle material, and is prevented from rotating around its axis by this fitting.