JPH0324054Y2 - - Google Patents

Description

[Detailed Description of the Invention] This invention relates to an improvement of a fishing device used to form a device in the form of a large number of branch hooks extending from a fishing line.

For deep sea fishing, squid fishing, etc., a device with many branch hooks extending from a single fishing line (main line) is used, but when forming such a device, Conventionally, as shown in FIG. 1, there is a method in which a gap is provided in the fishing line 6 and two beads 7 are locked therein, and a twister 8 is rotatably arranged in the gap, or, As shown in Fig. 2, a parent and child monkey ring is used, which has a ring part 9 at both ends for connecting the fishing line 6, and has a twister 10 rotatably extending from the middle part thereof. This method is being adopted.

However, in the case of deep-sea fishing gear, squid fishing gear, etc., the total length of the main fishing line 6 is as long as 300 meters, and about 200 branch hooks are attached to it, and the main thread is No. 70. It is not uncommon for devices to be constructed using fishing line of a certain thickness, and when attempting to form such a device using the method shown in Figures 1 or 2, it is necessary to It takes a lot of effort to form.

That is, as shown in FIG. 1, when the fishing line 6 is wound and fixed through the hole of the bead 7, when forming the device, the fishing line 6 is inserted from the lower part of the hole 11 formed in the bead 7. After inserting the tip, it is necessary to guide the tip to the lower part of the hole 11 again, insert the tip into the hole 11 again, and tighten it. It is difficult to perform such operations on each bead, and when the structure is such that the parent and child sulcans are placed between the fishing lines as shown in Figure 2, Not only is the tying process troublesome, but the end of the line protruding from the knot may cause the fishing line to become tangled.

This invention relates to the improvement of a device used when attaching a branch hook from a fishing line, in which a spiral body into which the fishing line can be inserted is attached to the fishing line, and the branch hook is inserted from the attachment position of the spiral body. By adopting a structure in which the structure extends, it is intended to eliminate the above-mentioned drawbacks found in conventional structures.

The structure of the fishing device according to the invention will be explained based on the drawings.The fishing device main body 1 is as follows:
As shown in FIG. 3 and FIG.
A spiral body 4 having a pitch into which a Harris 3 can be fitted is fixed to the fishing line 2 at an appropriate interval.

That is, the spiral body 4 is as shown in FIG.
It is made of thin metal wire and has a thickness that allows the fishing line 2 to be inserted into it.When attaching it to the fishing line 2, the pitch of the spiral body 4 is adjusted, and the Harris 3 is inserted into the gap. This is done by stretching the fishing line 2 to the extent that it can be inserted, and then passing the fishing line 2 inside it and fixing it with adhesive at appropriate intervals.

The fishing equipment according to this invention has the above-mentioned configuration and has the following advantages.

That is, as a means for rotatably extending the branch hook from the fishing line, conventionally, a gap is provided in the fishing line and two beads are locked therein, and the untwist is rotatably attached to the gap between the two beads. Alternatively, a parent and child monkey can be attached to the fishing line, with the untwisted end rotatably extending from a wire body having rings at both ends for attaching the fishing line. The method used was to connect the beads to the fishing line, but if this method was used, a lot of effort would be spent on securing the beads to the fishing line and tying the beads to the fishing line. However, if the device according to this invention is used, such tying work is not necessary, and the necessary number of spirals 4 are threaded through the fishing line 2 in advance, and then they are tied onto the fishing line 2 at appropriate intervals. While gluing, the device can be formed by a simple operation of connecting the branch needle 5 having the ring part 12 at the end to the spiral part in the manner shown in FIG. In addition, since there are no knots, the strength of the fishing line can be improved.Furthermore, since the end of the fishing line does not extend out, there is an advantage that it is possible to prevent the fishing line from collapsing. be.

Furthermore, in the device according to this invention, when fixing the spiral body 4 to the fishing line 2, it is done with adhesive. As a result of the adhesive entering the part and fixing it,
There is an advantage that the helix 4 and the fishing line 2 can be more firmly fixed, and since the surface of the fishing line 2 is covered with the helix, the extension of the branch hook 5 on the fishing line 2 is reduced. It has the advantage of preventing a situation where the projecting point is damaged, and the tool itself can be made lighter and smaller than conventional ones, so it is easier to use when dropping the tool to the point. This has the advantage that the resistance of the water is small and the phenomenon of thread dandruff can be prevented.

[Brief explanation of the drawing]

The attached drawings show a conventional example of a fishing tool and an embodiment of the present invention. FIGS. 1 and 2 are perspective views showing a conventional example of a fishing tool, and FIG. 3 is a perspective view showing a conventional example of a fishing tool. An exploded perspective view showing how to engage the spiral body,
FIG. 4 is a perspective view showing how to connect a branch needle to a tool in progress according to this invention. 1...Main tool body, 2...Fishing line, 3...Harris, 4...Spiral body, 5...Branch needle.

Claims (1)

[Scope of utility model registration request] has an inner diameter approximately equal to the thickness of the fishing line 2, and
A helical body 4 having a pitch interval that allows the Harris 3 to enter the gap is fixed to the outer periphery of the fishing line, while a ring portion is formed at the base end of the Harris 3 on the branch hook 5 to which the fishing hook is anchored, and the fishing line 2 When attaching the branch needle 5 to the spiral body 4, the ring part is placed near the spiral body 4, and the Harris 3 is passed through the ring part so that the spiral body 4 is wrapped around it. A fishing device characterized by being tightened and fixed in a state where it is inserted.