KR20230017071A - A tangle-resistant fishing line connecting hook and a fishing rig comprising the same - Google Patents

Abstract

The present invention relates to a structure of a ring connecting a main line and a branch line of a fishing line to each other in fishing equipment. In the fishing line connecting ring according to the present invention, as a fishing line connecting hook comprising a wire including a ring portion wound around the main line, and a body in which the wire is caught and supported on one side and the branch line is caught and supported on the other side, the body includes an inner body in which the wire is caught and supported and an outer body in which the branch line is caught and supported, and the inner body and the outer body are coupled to each other by a screw coupling method.

Description

A tangle-resistant fishing line connecting hook and a fishing rig comprising the same }

The present invention relates to a structure of a ring connecting a main line and a branch line of a fishing line to each other in a fishing equipment.

Fishing equipment has various forms depending on its use. 1 is a view schematically showing an example of a conventional fishing equipment, which is mainly used for catching hairtail on a ship. The illustrated fishing equipment has a form in which a plurality of branch lines 2 are coupled to one main line 1 at regular intervals. Wonjul 1 may have a length of about 15 to 25 meters, and a bongdol 3 is coupled to its end. A plurality of branch lines (2) are spaced apart at intervals of about 1 meter and coupled to the main line (1). One end of the branch line 2 is coupled with the fishing hook 4, and the other end is coupled to the main line 1 through the connecting ring 10. The connecting ring 10 is also called 'coming'.

Figure 2 is a view showing an example of such a connecting ring (10). Referring to (a) of FIG. 2, the connecting ring 10 includes a hollow body 11 and two wires 12 and 13. The wires 12 and 13 are arranged to extend in opposite directions from both ends of the body 11 . One wire 12 wraps around the raw rope 1 and is coupled to the raw rope 1 side, and the branch rope 2 is coupled to the other wire 13. Hereinafter, for convenience, the wire 12 coupled to the main line 1 is referred to as an inner wire 12, and the wire 13 coupled to the branch line 2 is referred to as an outer wire 13. As shown, the inner wire 12 has one end 12a hooked inside the body 11 and fixed. And the inner wire 12 includes a ring portion 12b extending outward from one end portion 12a to form a circular ring shape. The circle line 1 passes through the central hole of the ring portion 12b. The other end 12c of the inner wire 12 has a structure in which a portion of the inner wire 12 placed between the ring part 12b and the body 11 is wound around two or three times. One end (12a) has a form that extends outward, as shown, or has a form that is bent outward, so that it does not separate from the body 11 and maintains a coupled state. Since the one end 12a is simply hung inside the body 11, the body 11 is capable of relative rotational movement (“R” direction in FIG. 2(a)) with respect to the wire 12.

Like the inner wire 12, the outer wire 13 also has the same structure. The branch line 2 is coupled to the ring portion 13b of the outer wire 13. A knot 2a is formed to prevent the branch cord 2 from unraveling while being wound around the ring portion 13b.

Fishing equipment using the connecting ring 10 according to the prior art has several disadvantages as follows.

As described above, since the branch line 2 and the connecting ring 10 are connected by the knot 2a, there is a problem that the branch line 2 is often released from the connecting ring 10 when loosely tied. . In addition, difficulties in tying the knot 2a may occur frequently depending on the user's skill level and usage environment. In particular, the knot work of replacing the branch line 2 on a ship that is shaken by waves may be a difficult task even for a skilled person.

In addition, problems such as twisting the branch line 2 and the main line 1 or getting tangled with the fishing line of the person next to each other often occur. This can be caused by the relative movement of the fishing line with the seawater or by the multi-directional movement of the fish caught on the hook. For example, as shown in FIG. 2 (a), the motion (M1) of rotating the branch line 2 itself as an axis, the branch line 2 around the circle line 1 with the main line 1 as an axis Rotating motion (M2), motion in which the branch line (2) moves up and down in parallel to the main line (1) (M3), motion in which the branch line (2) is pulled outward of the main line (1) (M4), etc. can do. The main line 1 and the branch line 2 may be entangled or twisted with each other due to the motions in various directions (M1, M2, M3, and M4). In particular, when the fishing line is brought into the sea, the branch line 2 is bent upward parallel to the main line 1 as shown in (b) of FIG. 2, as shown, the outer wire 13 of the connecting ring 10 While being bent at a predetermined angle (a) with respect to the body 11, the other end 13c of the outer wire 13 is rubbed against the surface of the body 11, and the self-rotational motion (M1) of the branch line 2 is limited . Due to this, the rotational motion M1 of the branch line 2 itself as a rotational axis is restricted, and a phenomenon in which the branch line 2 is entangled around the main line 1 may occur. This entanglement may be further aggravated by the perm phenomenon of the fishing line.

Republic of Korea Patent Registration No. 490130 (Announced on September 27, 2019)

The present invention is to solve the problems caused by the use of the above-mentioned conventional linkage, the present invention is to provide a fishing line linkage in which the main line and the branch line are quickly and easily coupled without the need to tie a knot, and a fishing gear including the same. to be

In addition, an object of the present invention is to provide a fishing line connecting ring capable of minimizing twist or tangling of the fishing line and a fishing gear including the same.

In addition, an object of the present invention is to provide a fishing line connecting ring for easy replacement of the branch line and a fishing equipment including the same.

In order to achieve this object, a fishing line connecting ring according to the present invention and a fishing rig including the same include a wire including a ring portion wound around a line, one side of which the wire is hooked and supported, and a branch line is hooked and supported on the other side. The body includes an inner body on which the wire is hooked and supported and an outer body on which the branch line is hooked and supported, and the inner body and the outer body are coupled to each other by a screw coupling method.

In addition, the connecting ring further includes an end sleeve fixed to an end of the branch line inserted into the outer body and a branch line bead slidably coupled to the branch line extending from the end sleeve, The beads are characterized in that configured to be caught and supported inside the outer body.

In addition, for screw coupling between the inner body and the outer body, a male screw is formed on the inner body and a female screw is formed on the outer body.

In addition, the wire has a circular ring shape and includes a ring portion through which a line passes through the center, an extension portion extending from the ring portion, and a hooking portion bent at an end of the extension portion and caught inside the inner body, the inner body It includes a wire hole into which the extension part of the wire is inserted and a wire guide extending a predetermined length around the wire hole, and the length of the wire guide is shorter than that of the wire extension part.

In addition, it is characterized in that the knurled portion is formed on the outer circumferential surface of the inner body and the outer body.

Since the body of the connecting ring according to the present invention is configured to be detachable by screwing, the outer body can be easily separated when the branch line is separated or replaced, so the work can be done quickly and easily.

In addition, the connecting ring according to the present invention has the effect of reducing the twisting of the fishing line by securing a flowable distance between the wire ring and the wire guide.

In addition, since the connecting ring according to the present invention is connected to the outer body so that the branch line is not physically constrained in the rotational direction with itself as an axis and free rotation is possible, the twisting phenomenon that occurs in the process of obtaining the fishing line conventionally can be minimized.

1 is a view schematically showing an example of a conventional fishing equipment configuration;
Figure 2 is a view showing an example of a conventional fishing line connecting ring.
Figure 3 is a perspective view showing a fishing gear including a connecting ring and the same according to a preferred embodiment of the present invention.
Figure 4 is an exploded perspective view showing a fishing gear including a connecting ring and the same according to a preferred embodiment of the present invention.
Fig. 5 is a cross-sectional view taken along the line A-A' of Fig. 3;

Hereinafter, various embodiments of the present invention will be described in detail with reference to the drawings. Various modifications may be applied to the embodiments described below by those skilled in the art. The embodiments described below are not described to limit the present invention to those embodiments. It should be understood that the present invention includes various modifications, substitutions, and equivalents within the scope of the technical idea understood from the entire specification as well as the following examples.

Expressions such as “comprises”, “consists of”, “has”, etc., which may be used below, should be understood as not excluding additional components or functions.

Expressions such as “coupled” and “connected” that can be used below should be understood as not only being directly coupled or connected, but also that other components may exist or be intervened in the middle unless explicitly stated. do.

In the following use of terms, singular expressions should be understood as not excluding plural expressions unless explicitly stated otherwise.

The present invention relates to a fishing line connecting ring capable of easily and quickly replacing a branch line and a fishing equipment including the same, which solves the problem of twisting or tangling of the fishing line of the conventional fishing line connecting ring described above.

3 to 5 show a part of the fishing equipment according to the present invention and a fishing line connecting ring included therein. Hereinafter, the present invention will be described in detail with reference to these drawings.

As shown, the fishing gear according to the present invention includes a fishing line (1), a branch line (2) and a connecting ring (20) connecting them. The branch line 2 is coupled to one point of the main line 1 by a connecting ring 20.

As shown in FIG. 3, the connecting ring 20 includes a conical body 21 having a tapered outer end and a wire 22 coupled to an inner end of the body 21. Referring to FIG. 5, the wire 22 forms a circular ring portion 22a on one side, and the two strands extend from the ring portion 22a in parallel at the extension portion 22b and at the outer end of the extension portion 22b. It includes a bent hooking portion 22c. The hooking portion 22c is hooked inside the body 21 by being bent or extended to form a predetermined angle, preferably 90 degrees, with respect to the extension portion 22b. The circle line 1 is connected to each other by passing through the center of the ring portion 22a. An inner sleeve 1a may be interposed around the circle line 1 penetrating the ring portion 22a. The inner sleeve 1a may have a pipe shape made of metal. The inner sleeve 1a provides a function of reinforcing strength so that the raw string 1 is not broken when the raw string 1 is pulled by the wire 22 or friction occurs. As shown in FIG. 3, spherical round beads 1b are formed at both ends of the inner sleeve 1a. The wire beads (1b) limit the position so that the wire 22 does not move along the wire (1). To this end, the outer diameter of the one-line beads 1b should be larger than the inner diameter of the ring portion 22b. One-line beads (1b) may be made of plastic or metal material. An outer sleeve 1c is formed on both sides of the outer row of the beads 1b. The outer sleeve (1c) has a pipe shape of a metal material, and is fixed on the raw string (1) by being compressed around the raw string (1) through a press. The outer sleeve (1c) fixed to the original line (1) provides a position fixing function so that the original string beads (1b) and the inner sleeve (1a) do not move along the original line (1).

As shown in Figures 4 and 5, the body 21 has a predetermined inner space. The body 21 consists of two parts 21A and 21B. For convenience, the body disposed close to the original line 1 is divided into an inner body 21A and a body disposed on the opposite side as an outer body 21B. The two bodies 21A and 21B are coupled to each other by a screw coupling method. To this end, a male screw 21a is formed at the end of the inner body 21A, and a female screw 21b is formed at the outer body 21B. Contrary to this embodiment, the positions of the male and female screws 21a and 21b may be reversed. However, as will be described later, as in the present embodiment, female threads 21b are formed on the outer body 21B so that the branch line 2 can be easily coupled to the inside of the outer body 21B, so that the outer body 21B has an open inlet. It is preferable to have an extended inner diameter. In the connecting ring 20 according to the present invention, since the bodies 21A and 21B are detachable by screw coupling, the outer body 21B can be easily separated when the branch line 2 needs to be separated or replaced, The work can be done quickly and easily.

At the other end of the inner body 21A, a wire hole 21c through which the extension 22b of the wire 22 described above passes, and a wire guide protruding to a predetermined length L1 outside the wire hole 21c (21d) is constituted. The wire 22 is slidably coupled along the wire guide 21d. The length (L1) of the wire guide (21d) is configured shorter than the extension portion (22b) of the wire 22, thereby ensuring a movable distance (L2) between the ring portion (22a) of the wire 22 and the wire guide (21d). It can be. This flow distance (L2) provides a function of reducing fishing line twist. The maximum flow distance L2 can be secured by configuring the length L1 of the wire guide 21d to be the same as the thickness T of the inner body 21A without protruding outward from the inner body 21A as needed.

The inner body 21A has an extension portion 21e extending from the wire guide 21d while expanding in diameter, and an inner cylindrical portion 21f extending with a uniform diameter from the extension portion 21e. In this embodiment, the expansion part 21e forms a curved surface, but its shape may be changed as needed. A knurled portion 21n is formed on the outer circumferential surface of the inner cylindrical portion 21f. The knurled portion 21n acts to prevent the operator's fingers from slipping when coupling or separating the two bodies 21A and 21B to be screwed together. Such a knurled portion 21n may be particularly useful when a user works with wet hands. The aforementioned male screw 21a is formed at the end of the inner cylindrical portion 21f.

The outer body 21B includes an outer cylindrical portion 21g extending with a uniform diameter and a reduced portion 21h extending from an end of the outer cylindrical portion 21g and decreasing in diameter. The outer cylindrical portion 21g preferably has the same outer diameter as the aforementioned inner cylindrical portion 21f. The aforementioned female thread 21b is formed on the inner circumferential surface of the inlet of the outer cylindrical portion 21g. In this embodiment, the reduced portion 21h has a tapered shape, but the shape may be changed as needed. A branch string hole 21i for connecting the branch string 2 is formed at the end of the reduced portion 21h. Like the inner body 21A, a knurled portion 21n is also formed on the outer circumferential surface of the outer body 21B.

The branch string 2 is supported by the inner wall surface of the outer body 21B at its end in a state of being inserted through the branch string hole 21i. The end sleeve 2c is coupled to the end of the branch line 2 so that the branch line 2 is hung without escaping from the outer body 21B, and the branch line beads 2b are formed inside the end sleeve 2c . The diameter of the branch string hole 21i is smaller than the outer diameter of the branch string bead 2b. The end sleeve 2c has a cylindrical metal pipe shape and is fixed to the end of the branch line 2 by being compressed. The branch string beads 2b are slidably coupled to the branch string 2 . Referring to FIG. 5, when the branch string 2 is pulled outward (M4), the branch string bead 2b is caught on the inner wall surface of the constricted portion 21h and supported, and the end sleeve 2c is the branch string bead ( 2b) is hung and supported. Since a load supporting the branch string 2 acts on the branch string beads 2b, it is preferable to be made of a material having a predetermined strength. The branch string beads 2b may be made of, for example, brass (new cast) or an alloy thereof.

In the connection structure between the outer body 21B and the branch string 2, the branch string 2 is not physically constrained in the rotational direction M1 with itself as an axis, and is configured to freely rotate. Therefore, in the prior art, the twisting phenomenon in the fishing line acquisition process can be minimized.

And, unlike the conventional connecting ring 10 in which the branch line 2 is tied with a knot 2a, in the connecting ring 20 according to the present invention, the branch string beads 2b and the end sleeve 2c physically supported. Therefore, the inconvenience of tying a knot for connecting the branch line 2 on a conventional ship can be eliminated.

In addition, the fishing line connecting ring 20 according to the present invention is configured so that the inner body 21A and the outer body 21B can be coupled and separated by a screw coupling method, so that the work for replacing the branch line 2 is It has the advantages of being quick and convenient. When fishing lines between adjacent users on a ship are tangled, conventionally, the branch line 2 had to be cut, whereas the present invention separates and separates the outer body 21B to which the branch line 2 is connected. provides

1 : one line
2 : branch line
10 : link
11: body
12, 13: wire
20: link
21: body
22: wire

Claims (6)

In the fishing line connecting ring including a wire including a ring portion wound around the fishing line, and a body in which the wire is caught and supported on one side and the branch line is caught and supported on the other side,
The body includes an inner body in which the wire is caught and supported and an outer body in which the branch line is caught and supported, and the inner body and the outer body are coupled to each other by a screw coupling method. According to claim 1,
The connecting ring further includes an end sleeve fixed to an end of the branch line inserted into the outer body, and a branch string bead slidably coupled to the branch line extending from the end sleeve,
The branch line beads are configured to be hooked and supported inside the outer body. According to claim 2,
A connecting ring having a male screw formed on the inner body and a female screw formed on the outer body for screw coupling between the inner body and the outer body. According to claim 2,
The wire has a circular ring shape and includes a ring part through which a line passes through the center, an extension part extending from the ring part, and a hooking part bent at an end of the extension part and caught inside the inner body,
The inner body includes a wire hole into which the extension of the wire is inserted and a wire guide extending to a predetermined length around the wire hole,
The length of the wire guide is a connecting ring configured shorter than the wire extension. According to claim 2,
A connecting ring formed with knurled parts on the outer circumferential surfaces of the inner body and the outer body. Including one main line and two or more branch lines,
A fishing gear in which the main line and the branch line are coupled by the connecting ring of any one of claims 1 to 5.

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