JPH0135668Y2 - - Google Patents

Description

[Detailed description of the invention] Industrial field of application The invention relates to a bait for sweetfish, and is used in the fishing gear industry.

BACKGROUND ART Conventionally, a so-called "korogashi" device used for sweetfish fishing was constructed by attaching a plurality of fishing hooks to a line at predetermined intervals. The fishing hook was a double-hook type sweetfish hook, the shaft of which was parallel to the thread, and the thread was wound around the shaft to fix it.

Problems the invention attempts to solve The following problems arose in the sweetfish mechanism described above. One problem is the ease with which the hook can be hooked, and since the bosom of the sweetfish hook is not very large, the area that can be covered by rolling cannot be expected to be large, making it difficult to hook the sweetfish. Ta. The second problem was tying the needle and thread together. In other words, since the sweetfish needle is fixed by a thread wrapped around its shaft, it is necessary to tie the knot in a unique way, and it is also necessary to prevent the needle from shifting and the knot from loosening. Therefore, the thread was wrapped around the shaft ten times, a task that required skill.

The present invention has been made in view of the above-mentioned problems, and it is an object of the present invention to provide a bait for baiting sweetfish that has a good hookability, has a hook that can be easily attached, and is free from the risk of slipping or loosening.

Means for Solving the Problems The ayu fishing device of the present invention has a plurality of double-hook type ayu needles attached to the thread, and each ayu needle has a shaft section that is almost perpendicular to the thread, forming a tip section. The thread is wrapped around the winding part at least three times and tied. In other words, the method of winding the thread around the base is to wrap the thread once to make one loop, and then bring the end of the loop toward you.
Next, wrap it one more time to make a second loop, bring the end of it out to the front, then wrap it one more time to make a third loop, bring the end out to the front, and tie the whole thing together tightly. be.

It is desirable to attach three sweetfish needles at equal intervals, but any number of three to seven needles may be selected as appropriate.

Since the knot between the thread and the needle is formed at the winding part of the tip, there is no risk of misalignment, and the knot is wrapped one more time, which is called totsukuri-maki.
At least three turns are sufficient, but additional turns are also possible.

Function Since the sweetfish device of the present invention is constructed as described above, when the needle is rotated around the thread by so-called rolling, the length from the tip, through the shaft, to the waist can be measured. It will cover the area of the circle with radius. This area is wider than the conventional device, which is a circular area with the length (width) of the bosom as its radius, so it is possible to catch sweetfish that much better.

Furthermore, in order to tie the thread and the needle, it is sufficient to wrap the thread at least three times around the winding portion of the heel, making the tying work extremely simple and quick. The needles are tied together through the winding portion at the base, and since the winding is firm, movement of the needle can be eliminated.

Example Embodiments of the present invention will be described below with reference to the drawings.

The figure shows three double hook type sweetfish needles 1 and 1, and 2 threads.
The thread 2 is 0.6.
Ayu needles 1 and 1 are attached at equal intervals to a 1-hiro (approximately 140 cm) length of thread 2. Shaft part 4 of sweetfish needle 1
is substantially perpendicular to the thread 2, and the thread 2 is wound three times around the winding portion formed at the base portion 5 and tied. The knot is formed in the manner shown in FIG. To explain more specifically with reference to FIG. 2, the yarn 2 is wound once to form one loop 2a.
At that time, as shown in Figure 2, bring out the thread part 2b to the front, then wrap it one more time to make the second loop 2c, and then bring the thread part 2d to the front and wind it one more time. Then, make a third loop 2e, and at that time, bring the thread portion 2f forward to make three loops, and pass them through the end portion 5 of the sweetfish needle 1 to attach them. Alternatively, wrap them one by one and attach them to the base portion 5 as described above.

The number of sweetfish needles 1 may be five or seven for one width of thread 2. Figure 3 shows a gauge 6 used when making a workpiece, and on the surface of a ruler-shaped board 7 with a length of one square, there are 3 marks 8 for a workpiece, 5 marks 9 for a workpiece, and 7 marks for a workpiece. 10 etc. are provided.

When making the device 3, thread 2 is placed on the gauge 6.
Place the marks 8, 9, 10 corresponding to the number of sweetfish needles 1.
Attach the sweetfish hooks 1 in sequence at the positions shown in FIG.

When performing so-called rolling with the sweetfish device 3 of the above embodiment, the sweetfish needle 1 turns around the thread 2 with the length L shown in FIG. 1 as a radius, so it covers a wide area. This allows you to catch sweetfish better. In this respect, as mentioned above, in the conventional device,
Since it turned with a radius of the length of the bosom, that is, the length W shown in FIG. 1, the area that could be covered was narrow and the catching of sweetfish was poor.

Furthermore, since tying the thread to the sweetfish needle 1 is extremely simple, it can be easily tied. Therefore, it is easy to create a work in progress. Since this knot is formed in the winding part of the tip part 5, there is no fear that the sweetfish needle 1 will slip on the thread 2.

Effects of the Invention As explained above, the present invention has the effect of being able to provide a device with which sweetfish can be easily hooked, as well as a device that is easy to create and has no risk of the sweetfish hook moving.

[Brief explanation of the drawing]

FIG. 1 is a front view of an embodiment of the present invention, FIG. 2 is an enlarged view for explaining the knot of the embodiment, and FIG. 3 is a plan view of a gauge used in making the embodiment. In the figure 1... Ayu needle, 2... Thread, 3... Device, 4... Shaft part,
5... Chimoto club.

Claims (1)

[Claims for Utility Model Registration] 1. In a sweetfish device in which a plurality of sweetfish needles 1 are attached to a thread 2 at predetermined intervals, the sweetfish needles 1 are double-hook type sweetfish needles, and the shaft portion 4 is approximately the same as the thread 2. The thread 2 is tied to the end portion 5 at a right angle, and the thread 2 is wound around the end portion 5 by winding the thread 2 once to create one loop 2a.
Bring out the tip 2b towards you, then wrap it once more to make the second loop 2c, then bring the tip 2d towards you and wrap it one more time to make the third loop 2e, then wrap the tip 2f in the front. A sweetfish device that is characterized by being made by tightly binding the whole thing so that it is exposed. 2. The sweetfish device described in item 1 of the claims for utility model registration, in which the sweetfish needles are comprised of 3 to 7 needles.