JPH04110475U - fishing tackle - Google Patents

Abstract

(57) [Summary] [Purpose] The tensile force of the branch threads from the main thread does not decrease even when subjected to resistance from tides or river currents, or even after repeated use.
The branch threads reliably branch from the main thread and do not get tangled with the main thread. [Structure] In the middle of the main thread 11, there is a folded part 11 of this main thread.
A is formed in the pipe 12, and the base end of the branch thread 13 having the fishhook 14 at the tip is tied to the folded part 11a of the trunk thread in the pipe 12 to prevent the branch thread 13 from coming off the pipe at the base end opening of the pipe 12. This is an improvement of a fishing tackle in which a knotted ball 11b is formed using a main thread 11. Its characteristic configuration is that the folded portion 11a of the main thread is tied near the base end of the pipe 12 by the main thread 11 arranged above the pipe 12.

Description

[Detailed explanation of the idea]

0001

[Industrial application field]

The present invention relates to an improvement of a fishing device in which a branch line is tied to a main line. For more details This invention relates to a fishing device with a mechanism for preventing branch threads from becoming entangled with main threads.

0002

[Conventional technology]

This type of fishing device has multiple branch lines tied at intervals to the main line. water When the main thread is put into the inside and the main thread is made straight, the branch threads will branch from the main thread and form the tip of the branch thread. The hooks at the ends will now be separated from the main line. However, simply tying the branch threads to the main thread However, both are flexible and thin threads made of synthetic resins such as nylon and polyester. As a result, the branch threads do not branch sufficiently from the main thread, and the branch threads tend to get entangled with the main thread. Therefore, we decided to use a thin vinyl pipe with a length of about 2 to 5 cm to tie the branch threads than before. Fishing devices housed inside are known. This fishing tackle is as shown in Figure 4. A folded part 1a of the trunk thread 1 is formed in the vinyl pipe 2 in the middle of the trunk thread 1, and the pipe The proximal end of the branch thread 3 is tied to the folded part 1a of the main thread in the pipe 2, and the branch thread is tied to the proximal opening of the pipe 2. A knot ball 1b of the main thread is formed to prevent the thread 3 from coming off the pipe. this pipe 2, the branch threads 3 are actively stretched out from the main thread 1, and the state before entering the water or still water Then, the branch thread 3 branches from the main thread 1, and the fishing hooks 4 become dispersed from the main thread 1.

0003

[Problem that the idea aims to solve]

However, in the above fishing device, the straightness of the main thread 1 is impaired by the knot ball 1b. Therefore, as shown in Figure 5, if it is subjected to a resistance force R due to tidal currents or river currents during use, the The folded portion is bent at the ball point, and the pipe 2 itself tends to be directed downward. especially repetitive work in progress If you use a pipe, the pipe will hang loosely. As a result, the fishing hook Dispersibility is poor, branch threads still tend to get entangled with main threads, and the catch amount cannot be increased sufficiently. There were no problems.

0004 The purpose of this invention is to ensure that branches can withstand the resistance of tides and river currents and even after repeated use. The stretching force of the thread from the main thread does not decrease, and the branch threads reliably branch from the main thread and entangle with the main thread. Our goal is to provide fishing equipment that never gets stuck.

[0005]

[Means to solve the problem]

As shown in FIG. 1, in the present invention, a folded part 11a of the trunk thread 11 is provided in the middle of the trunk thread 11. A fishhook is formed inside the pipe 12, and a fishhook is attached to the tip of the folded part 11a of the trunk thread inside the pipe 12. The proximal end of the branch thread 13 having the thread 14 is tied, and the pipe of the branch thread 13 is tied to the proximal end of the pipe 12. This is an improvement to a fishing device in which a knot 11b is formed using a main thread 11 to prevent the fishing rod from coming off. be. Its characteristic structure is that the folded part 11a of the main thread is located near the proximal end of the pipe 12. The main thread 11 is placed above the pipe 12 and tied together.

[0006]

[Effect]

As shown in Fig. 2, when the main thread 11 is suspended in water, the resistance R due to the tidal current or river current is applied. Since the upper trunk thread 11 pulls the pipe 12 upward even if it is received, the folded part 11 A is not bent at the knot 11b.

[0007]

【Example】

Next, one embodiment of the present invention will be described in detail based on the drawings. As shown in FIG. 1, in the middle of the main thread 11, there is a folded part 11a of the main thread with a length of about 3 cm and is formed inside a vinyl pipe 12 with an inner diameter of about 1 mm. The upper end of the main thread 11 is shown in the figure. It is tied to a Sarkhan set in the middle of a line that hangs from a fishing rod that is not shown. A plurality of branch yarns are tied to the trunk yarn 11 at intervals to form a sabiki. Here, the state of tying one branch thread 13 to the trunk thread 11 will be explained in detail. pie The proximal end of the branch yarn 13 is tied to the folded portion 11a of the main yarn within the loop 12. branch thread 13 A fishing hook 14 is tied to the tip. A knot of the main thread 11 is attached to the proximal opening of this pipe 12. A ball 11b is formed. This knot ball 11b has the proximal end of the branch thread coming out of the pipe 12. This is to prevent it from happening. The characteristic point of this embodiment is that the folded part 11a of the main thread is 8 m from the base end of the pipe 12. After entering about m, it is tied with the main thread 11 placed above together with the pipe 12. It's because of what happened.

[0008] As shown in Figure 3, in order to make this fishing tackle, first a vinyl pipe 1 A nylon main thread 11 having a thickness of about 0.3 mm is inserted into the thread 2. Tip of main thread 11 Reverse the direction and insert the trunk thread 11 into the pipe 12 again to create the folded part 11a. . Next, a nylon thread having the same thickness as the trunk thread 11 and approximately 8 cm in length is attached to the folded part 11a. The proximal end 13a of the branch thread 13 is tied off. Next, the two tubes coming out from the base end of the pipe 12 After pulling the main thread 11 in the direction of arrow A and drawing the proximal end 13a of the branch thread 13 into the pipe, To prevent this base end 13a from slipping out of the pipe 12, there are two The main thread 11 is tied to form a knotted ball 11b. Finally, as shown in Figure 1, the The folded part 11a is tied on the outer surface of the pipe 12 with the main thread 11, and the tied part 11c is tied. Create.

[0009] The fishing tackle constructed in this way has a trunk line 11 suspended in water as shown in FIG. When the upper main thread 11 is subjected to a resistance force R due to a tidal current or a river flow, the upper trunk thread 11 pull upward. Since the pipe 12 has higher rigidity than the main thread and branch threads, The branch thread 13 once turns upward from its base end, and then turns downward. This allows fishing The needles 14 are reliably dispersed from the trunk yarn 11. In addition, the thickness and length of the main thread, branch thread, pipe shown in the above example, and the connection from the base of the pipe The length up to the binding point is just an example, and the present invention is not limited thereto.

0010

[Effect of the idea]

As described above, according to the present invention, the main thread is configured to pull up the pipe. Therefore, even if subjected to resistance from tidal currents or river currents, or even after repeated use, the branch threads will remain intact. The tension force from the main thread does not decrease, and the branch threads reliably branch from the main thread and become entangled with the main thread. Never. As a result, the fish bite becomes better and a big catch is guaranteed.

[Brief explanation of drawings]

FIG. 1 is a configuration diagram of a fishing tackle according to an embodiment of the present invention.

FIG. 2 is a diagram showing its usage status.

FIG. 3 is a diagram explaining how to make it.

FIG. 4 is a configuration diagram of a conventional fishing tackle.

FIG. 5 is a diagram showing its usage status.

[Explanation of symbols]

11 Main thread 11a Turned part of main thread 11b Main thread knotted ball 12 pipe 13 Branch thread 14 Fishhook

Claims (1)

[Scope of utility model registration request] [Claim 1] A folded part (1) of the trunk thread (11) is provided in the middle of the trunk thread (11).
1a) is formed in the pipe (12), and the proximal end of a branch thread (13) having a fishhook (14) at the tip is tied to the folded part (11a) of the main thread in the pipe (12), A knot made of a main thread (11) is attached to the base end of the pipe (12) to prevent the branch thread (13) from coming off the pipe.
(11b), in which the turn-back part (11a) of the main thread is arranged above together with the pipe (12) near the base end of the pipe (12);
A fishing contraption characterized by being tied with.