JPH0491738A - Binding tool of fishing line - Google Patents

Abstract

PURPOSE:To surely connect fishing line by inserting guide yarn having a loop into a flexible tube in a state of respectively protruding the loop part and both end parts of the line from the tube in freely taking out and putting in. CONSTITUTION:Metallic yarn 4 loosely folded in arc-like is hooked on a loop part 3a of guide yarn 3 and the guide yarn is drawn in the state, then the metallic yarn 4 is pulled out to the other end side through inside of a tube 2. Next, the guide yarn is taken out from the metallic yarn 4 and nylon yarn 5 folded in arc-like is hooked on the metallic yarn 4, then the tube is transferred, thus the hooked part of the metallic yarn 4 and the nylon yarn 5 is covered with the tube 2. In said state, adhesive 6 is injected into inside of the tube 2 to bond the metallic yarn 4 and the nylon yarn 5 into one body. After bonding the metallic yarn with the nylon yarn, yarn is combined on an end part of the nylon yarn 5 to form a knot 7 and a loop 9 formed on an end part of picking yarn 8 is hooked on the knot 7 to connect the picking yarn 8.

Description

DETAILED DESCRIPTION OF THE INVENTION [Industrial Field of Application] The present invention relates to a tying device used for joining a metal fishing line and a nylon thread.

[Conventional technology]

The fishing line for sweetfish fishing etc. is as shown in Figure 5.
A metal thread 4, which will become a thread, is connected to the rod tip thread 11 attached to the rod end thread 11 via an untwisting fitting 12, and a nylon knob thread 8 to which a Hana ring 13, etc. is attached is connected to this metal thread 4. It is formed by

In the case of the above-mentioned shape, the lower side of the metal system 4 is immersed in water, but as this type of metal system 4, a structure in which a plurality of thin tungsten wires are twisted together has recently been proposed.

By using such a metal system made of tungsten, it is possible to obtain great strength and weight with an extremely small diameter, which not only improves drainage properties but also prevents the thread from floating even when flowing. , it has the advantage of allowing good fishing operations.

[Problem to be solved by the invention]

However, when the nylon knob string 8 is tied to the metal 4 made of tungsten using a train knot or a figure-of-eight knot, the metal 4, which is strongly bent at the knot, tends to break off at the bent part. There is.

In other words, when a highly hard metal such as tungsten is bent strongly, the bent portion becomes work hardened and becomes extremely brittle.
For this reason, when they are tied together, they can easily break at the knot.

For this reason, the metal 4 is required to have a connection structure that allows it to be bonded to the nylon thread in a flexible state without bending as strongly as possible.

This invention was made in view of the above-mentioned characteristics of metals, and its technical object is to provide a binding tool that can reliably connect metals and nylon threads without strongly bending them.

[Means for Solving the Problems] In order to solve the above problems, this invention includes a guide thread formed into a loop inside a flexible tube, with the loop portion and both ends protruding from the tube. To provide a binding device which is inserted and removed freely in the state.

[Effect]

In the above structure of the binding device, first, the metal is hooked onto the loop part of the guide thread protruding from the tube, and in this state, the guide thread is pulled to pull out the metal to the other end of the tube. Next, hook the nylon thread onto the metal thread from which the guide thread has been removed, move the tube so that the joint between the metal thread and the nylon thread is on the inside, and then inject adhesive into the inside of the tube. Then, hook the thread to secure the mating part together.

In the above structure, since the metal system and the nylon thread are not tied together, the metal system does not bend strongly, and since it is connected to the flexible tube with an adhesive, the connection is made in a flexible state.

Note that, contrary to the above, a nylon thread may be looped around the loop portion of the thread, and the thread may be passed through the tube and pulled out.

(Example) Hereinafter, an example of the present invention will be described based on the accompanying drawings.

FIG. 1 shows an embodiment of the binding device.

This binding tool 1 is composed of a tube 2 made of flexible synthetic resin and a guide thread 3 inserted into the tube 2.

The guide thread 3 is made of a flexible synthetic resin thread and is bent from the center to form a loop, and is inserted with the loop part 3a and both ends protruding outward from both ends of the tube 2. It can be freely inserted into and removed from the tube 2.

FIGS. 2 to 4 show a method of joining metal and nylon materials using the binding tool 1 described above.

First, as shown in FIG.
Then, the metal system 4 loosely bent into an arc shape is hooked together, and in this state, the guide thread 3 is pulled, and the metal system 4 is pulled out through the inside of the tube 2 to the other end side.

Next, as shown in FIG. 3, after removing the guide thread 3 from the metal system 4, a nylon thread 5 bent in an arc shape is hooked onto the metal system 4, and then, as shown in FIG. The tube 2 is moved so that the tube 2 covers the joint between the metal 4 and the nylon thread 5.

In this state, the adhesive 6 is injected into the inside of the tube 2,
A metal system 4 and a nylon thread 5 are bonded together.

When the metal and nylon thread are bonded together as described above, the threads are tied together to form a bump 7 at the end of the nylon thread 5, and a chichiwa 9 formed at the end of the knob thread 8 is engaged with the bump 7. so that the knob thread 8 is connected.

In the above bonding structure, the metal system 4 is only gently bent and not strongly bent by the knot, so there is no work hardening due to bending, and cutting is prevented.

In addition, since the metal and nylon thread are bonded via the flexible tube 2 and adhesive 6, good flexibility can be obtained at the bonded portion, and the line can exhibit sufficient flexibility as a fishing line. can.

In the above embodiment, the tube 2 is preferably made of a transparent material so that the joint positions of the metal and nylon threads can be easily seen.

Further, in FIG. 2, the thread to be looped around the loop portion 3a of the guide thread 3 may be the nylon thread 5.

Further, in the embodiment, an example is shown in which the metal thread 4 and the knob thread 8 are connected, but the above-mentioned binding tool 1 can also be used for the connection part between the rod tip thread 11 and the metal thread 4 in FIG.

〔Effect of the invention〕

As explained above, the binding tool of the present invention can connect metal and nylon threads without strongly bending them, so it can prevent the metal from breaking, and it is possible to reliably connect the fishing line. .

In addition, since the metal and nylon threads can be combined by tying them together, even those who are inexperienced in fishing can easily attach the threads.

[Brief explanation of the drawing]

FIG. 1 is a perspective view showing the binding tool of the embodiment, and FIGS.
The figure is a perspective view showing how to use the same binding device as described above, and FIG. 5 is a front view showing how the fishing line is connected. 1... Binding tool, 2... Tube, 3... Guide thread, 3a...
・Loop part, 4...Metallic, 5...
...Nylon thread.

Claims (1)

[Claims] (1) A fishing line tying device in which a looped guide line is inserted into and removed from a flexible tube with the loop and both ends protruding from the tube.