KR20220000073U - Flow type fishing tackle - Google Patents

Abstract

The present invention relates to a flexible fishing rig configured to allow the branch lines disposed on both sides of the main ship to flow, and more specifically, when the target fish is bitten, the branch wire actively flows in the biting direction to achieve strong hooking, and It relates to a liquid fishing rig that can be expected to produce excellent fish by allowing it to flow against this, which is advantageous for chamfering and prevents needle hair from falling out.
The present invention is a flexible fishing rig consisting of a branch line connector (1) having a main line connection arrival (4) connecting the main line (20), and branch lines (10, 10') movably connected to the branch line connector (1). In the method, the branch wire connector (1) is; The fixed tube body (2) to which the main line connecting arrival (4) to which the main line (20) is connected is coupled, the branch pipes (22 and 23) formed on both sides of the fixed tube body (2), and through insertion into the fixed tube body (2) The rings 31 and 31' are formed on the outside of both sides 22 and 23 to form a connecting line 3 to which the branch lines 10 and 10' are connected, and the fixed tube body 2 is a gently bent bent part The point is that the branch pipes 22 and 23 are formed on both sides in a form spread around 21, and the branch pipes 22 and 23 are formed with different lengths on one side short and the other long on the other side to constitute a flexible fishing rig. .

Description

FLOW TYPE FISHING TACKLE

The present invention relates to a flexible fishing rig configured to allow the branch lines disposed on both sides of the main ship to flow, and more particularly, when the target fish is bitten, the branch wire actively flows in the biting direction to achieve strong hooking and It relates to a fluid fishing rig that can be expected to produce excellent fish by allowing it to flow against this, which is advantageous for chamfering and prevents needle hair from falling out.

In general, single-line fishing, etc., consists of rigging by connecting several branch lines to one main line. That is, single-line fishing consists of various sets of branch line arrangement structures or shapes according to target fish such as flounder, flounder, etc., and look at the prior art for various conventional single-line fishing rigs.

in reference 1; It is disclosed for a flounder fishing rig with robustness and elasticity by connecting four branch lines, two each on both sides of the squadron.

in reference 2; When a fish bites a bait, it is disclosed for a formation fishing rig having a multi-segment weight body that can improve fishing by minimizing the feeling of foreign body due to the weight of the rod and the main rod in the formation itself.

in reference 3; By connecting the squadron with a strong and strong coupling structure on both sides of the connecting rod connected to the main ship, the formation fishing rigs are designed so that the formation is not deformed or damaged even when fishing for large objects with strong and heavy weight such as trout. has been disclosed.

in reference 4; A two-row squadron arrangement has been disclosed so that one row with several branch lines is connected side by side in a two-row squadron so that the two-row squadron can focus on target fish at a specific depth of water, so that usability improvement and results can be expected.

in reference 5; Disclosed is a rig for sea fishing in which a lead weight and a fishing hook are positioned on the same line, so that it is possible to easily catch fish that live in the seabed boundary area of a seabed reef and sandy belt with severe curvature such as trout.

in reference 6; By the body using the triangular principle, the branch wires are smoothed horizontally, rotation is suppressed, so branch wires and branch wires do not get tangled with each other. Rigs for sea fishing are disclosed.

in reference 7; It is possible to hang multiple fishing rods by forming symmetrically between the wire supports centering on the rod (weight) of the fishing line, and it enables efficient fishing by remarkably reducing the kinking or tangling of the fishing line during fishing operation. It is disclosed for the construction of a fishing line for fishing.

in reference 8; It allows the main body to be stably seated on the floor suitable for bottom-up fishing, and the main body works effectively when a bite occurs to effectively raise the float. An addition for trout fishing is disclosed so that it can be achieved.

in reference 9; A vertical iron wire passing through the upper vertex is joined to an isosceles triangle-shaped body consisting of both hypotenuse and base wire made of one iron wire, and another integral body consisting of both hypotenuse and base wire is connected to a vertical wire at a position orthogonal to the body. There is disclosed a rig for sea fishing configured by binding to the.

in reference 10; The branch lines are smoothed horizontally by the body using the triangular principle, and rotation is suppressed so that the branch and branch lines do not become tangled with each other. Rigs for fishing are disclosed.

(Reference 1) Republic of Korea Public Utility Model Publication No. 20-2017-0003740, 2017.10.31. (Reference 2) Republic of Korea Utility Model Publication No. 20-0477222, 2015.05.19. (Reference 3) Korean Utility Model Publication No. 20-2010-000960, 2010.01.29. (Reference 4) Korean Utility Model Publication No. 20-2009-0010123, 2009.10.07. (Reference 5) Republic of Korea Utility Model Publication No. 20-0301965, 2003.01.24. (Reference 6) Republic of Korea Utility Model Publication No. 20-0288494, 2002.09.11. (Reference 7) Republic of Korea Utility Model Publication No. 20-0265195, 2002.02.25. (Reference 8) Republic of Korea Patent Publication No. 10-2016-0039921, 2016.04.12. (Reference 9) Korean Patent Laid-Open Publication No. 10-2008-092734, 2009.10.16. (Reference 10) Republic of Korea Patent Publication No. 10-2003-0094717, 2003.12.18., As seen above, the existing one-line fishing, etc. is configured to connect the branch lines by providing a one-piece or straight-line branch connector capable of connecting several branch lines centered on the main ship. In addition, the branch line connected to the main line has a structure such that the branch line connector is rotatably coupled around the main line or operates elastically. Such existing single-line fishing does not actively respond to the bite of the target fish, so efficient chamfering is not achieved, and it does not respond defensively to needle hair (a movement for the fish caught in the needle to escape from the needle). There were many disadvantages in expecting excellent results with the target fish as the target.

The present invention is to enable the active response to the bite of the target fish by configuring the branch line connector on the main ship that allows the flow of the branch wire and allowing the branch wire to flow in the bite direction.

That is, when there is a bite of the target fish, the branch line is moved in the direction of the bite to achieve smooth and strong hooking.

The present invention intends to enable the target fish caught in the needle to actively respond to the action of needle hair. In other words, when there is a motion to shake off the target fish from the needle, the entire branch line responds flexibly to the motion so that the hooking is not loosened or peeled off against the needle shearing.

The present invention intends to make the rotational movement of the branch line more smoothly and actively by the branch wire connector biased around the main ship.

The present invention for solving the above problem is;

According to the invention described in [Claim 1] to [Claim 6]; The present invention is a fluid fishing rig consisting of a branch line connector provided with a main line connecting arrival connecting a main line, and a branch line movably connected to the branch line connector, the branch line connector; It consists of a fixed tube body to which the main line connecting arrival is coupled, a branch tube formed on both sides of the fixed tube body, and a connection line that is inserted through the fixed tube body to form a ring on both sides of the outer side, and the branch wire is coupled, and the fixed tube body The gist is that the branch pipe is formed on both sides in a form spread around the gently bent bent part, and the branch pipe is formed in different lengths with one side short and the other long on the other side to constitute a flexible fishing rig.

The present invention constitutes a rig with a branch wire connector through which the branch wire flows, so that the branch wire moving in the bite direction actively responds to the bite of the target fish, thereby exhibiting strong hooking. It is possible to prevent the back from loosening.

In addition, by configuring the branch connector so that the branch wire is biased to one side, the rotational movement of the branch wire from the eccentric branch wire is smoother and more active, so that excellent fishing can be expected with more efficient fishing.

1 is a configuration diagram showing an embodiment of the present invention;
2 is a cross-sectional view showing an embodiment of the present invention;
3 is an operational state diagram of the present invention;
4 is a configuration diagram showing another embodiment of the present invention;
5 is a diagram of the working state of FIG. 4
6 is a block diagram showing another embodiment of the present invention;
7 is a diagram of the working state of FIG. 6
8 is a configuration diagram showing another embodiment of the present invention;
9 is a diagram of the working state of FIG. 8

The present invention is characterized in that the branch wire moves in the biting direction, so that hooking and chamfering are made strongly, and it is characterized in that it constitutes a flexible fishing rig in which the branch wire can flow.

The branch line connector consists of a fixed tube body, and a connecting wire that is moved in the fixed tube body and has a branch wire connected to both ends.

The fixed tube body of the branch wire connector is bent at a predetermined angle around the bent portion, and the branch tube is formed on both sides of the bent portion as the center.

The left and right branch tubes formed on both sides of the bent portion are formed to have different lengths.

That is, the length of one side is formed shorter than the length of the other side.

The fixed tube body constituting the branch line connector is provided with a main line connection arrival for connecting to the main line.

A connecting line is built in the fixed tube body to which the main line connecting arrival is coupled to the bent part.

The connecting line built into the fixed tube body forms a ring at both ends, and it is possible to connect the branch line by combining the durae here.

Hereinafter, specific embodiments of the present invention will be described in detail with the accompanying drawings.

1 is a block diagram showing an embodiment of the present invention, FIG. 2 is a cross-sectional view showing an embodiment of the present invention, and FIG. 3 is a working state diagram of the present invention.

The branch wire connector (1) is composed of a fixed tube body (2) and a connecting wire (3) built into the fixed tube body (2). The fixed tube body 2 is made of a material such as a copper tube to form the branch tubes 22 and 23 in a form that is spread to the left and right sides around the bent portion 21 .

The branch pipes 22 and 23 on both sides of the bent part 21 are bent around the bent part 21 so that one branch pipe 22 is short and the other branch pipe 23 is long.

The branch tubes 22 and 23 configured in such an imbalanced manner make rotational fluidity more active and smooth by being biased toward either side.

The bent portion 21 is formed in a gentle curve so that both branch pipes 22 and 23 and the connecting wire 3 penetrating the inside of the bent portion 21 can move smoothly.

A connecting wire (3) is coupled through the inside of the fixed tube body (2). The connecting wire 3 may be composed of an iron wire that can move flexibly in the axial direction inside the fixed tube body 2 .

The main line connecting aero (4) is coupled to the bent part (21) of the fixed tube body (2) into which the connecting line (3) is inserted. The main line connection arrival (4) is coupled by fixing one side ring (symbol omitted) to the outside of the bent portion (21) of the fixed tube body (2) by welding or the like.

The main line connecting aero 4 to which one ring is coupled to the bent portion 21 of the fixed tube 2 connects the main line 10 by coupling a snap pin 40 and the like to the other ring.

A sinker connection ring 50 is connected to the main line connection arrival 4 that connects the main line 10 to enable a sinker to be coupled, and the sinker connection ring 50 is fixed as shown in the example shown. It can be carried out in various ways, such as a configuration that is coupled to the main line connection arrival (4) coupled to the upper part of the pipe body (2) or coupled to the lower part of the bent part (21) of the fixed pipe body (2).

The branch pipes 22 and 23 formed with different lengths around the bent portion 21 are short on one side and long on the other side so that they have different lengths, so that which branch pipes 22 and 23 have a longer length. center of gravity will be skewed. Accordingly, as shown in the illustrated example, the branch pipe 22 on the short side has a horizontal length, and the branch pipe 23 on the long side has an inclination with the length of the cut-off part 21 as the center.

The connecting wire 3 is built inside the fixed tube body 2 in which the branch tubes 22 and 23 are formed on both sides around the bent portion 21 as described above. The connecting line 3 is formed to extend longer than both branch pipes 22 and 23 from the ends of both branch pipes 22 and 23 by a certain length (A) (A1) and form rings 31 and 31' at the ends, Connect the connecting arrivals (5, 5') for the connection of the branch wires (10, 10') and combine the beads (6, 6'). Of course, it is also possible to directly connect the branch lines 10 and 10' to the rings 31 and 31' of the connecting line 3 or connect them with various connecting means.

As described above, the connecting line 3 coupled to the inside of the fixed tube body 2 is a connecting line connected through the fixed tube body 2 when the branch lines 10, 10' are pulled by a bite on either branch line 10, 10'. (3) moves as much as the length exposed to the outside of the fixed tube body (2) in the bite direction.

That is, it moves as much as length A (or length A1) or length A+A1 in the biting direction (pulling direction) and is no longer able to move because it is caught and braked by the fixed tube body 2 .

In the course of movement of the connecting line 3, the connecting line 3 receives weak resistance in the curved portion of the bent portion 21, but the connecting line 3 is a thin wire (eg, 1.5 mm) and has flexibility, so the bending portion In (21), it will be moved while being elastically deformed according to the shape of the gentle bent portion 21.

And the weak resistance due to this elasticity makes the connecting line 3 move without any resistance when biting the bait with a bite and pulling the connecting line 3 without any resistance. It can contribute to anticipation of harvest.

As such, when there is a bite on the branch lines 10 and 10' in one direction, the connection line 3 is pulled in that direction, and the bite is induced deep into the mouth without any objection to the bite. After it is moved (pulled), it is momentarily braked and the reverse action naturally leads to chamchill.

This instantaneous chamfering leads to the user's chamfering action after sufficient bite is induced, so it induces and demonstrates strong hooking rather than shallow and poor hooking.

On the other hand, when the hooked target fish pushes out the needle by shearing the needle to remove the needle caught in the mouth, the connecting wire 3 penetratingly coupled to the inside of the fixed tubular body 2 moves in the opposite direction to the hooking and is intended to shake off the needle. By counteracting the force, it actively counteracts the problem of hooking loosening or loosening.

That is, if there is a reverse action in the opposite direction to the hooking in the hooked state, the connecting wire 3 pulled in the hooking direction from the fixed tube body 2 enters the branch tubes 22 and 23 in the reverse direction by the length of the exit. The hooked needle helps to keep the hooked state continuously and stably, so it does not come loose and maintains a strong hooking force.

On the other hand, since the center of gravity of the branch pipes 22 and 23 formed to have different lengths on both sides is biased toward the long side as in the example shown in the figure, the weight is loaded on the biased side, and the branch wire connector 2 centered on the main line 20 ), the rotational flow becomes smoother and more active.

4 to 5 show another embodiment of the present invention, and is an example in which the small-scale pipe part 6 is formed in the bent part 21 of the fixed pipe body 2, and the main line connector 4 is coupled to it. . That is, an example in which the small-scale tube portion 6 is formed in the bent portion 21 of the fixed tube body 2 with a diameter smaller than the outer diameter of the fixed tube body 2, and one side ring of the main line connection aeri 4 is inserted thereto and combined. to be.

In the above, the ring of the main conduit 4 is made larger than the outer diameter of the small constricted pipe part 6 and smaller than the diameter of the fixed pipe body 2, so that the main conduit 4 flows in the small constricted pipe part 6, of course. do.

As described above, when the main line connector 4 is coupled to the small constriction pipe unit 6, the fixed pipe body 2 can flow left and right by the length B of the small constriction pipe unit 6 .

Therefore, when there is a bite on either branch line (10, 10'), the connecting line 3 inside the fixed tube body 2 moves in the direction of the bite by length A (or length A1) or length A + A1. At the same time, it is possible to move further by the length (B) of the small constriction pipe part (6) coupled to the main line connection arrival (4).

Therefore, the distance that the branch lines 10 and 10' can move in the bite direction is A length (or A1 length), or A+A1 length, or A+B length, or A1+B length, or A+A1+B length. It can be varied in various ways.

6 and 7 show another embodiment of the present invention, the fixed tube body 2 is an example in which the branch tubes 7 and 7' are divided into both sides and combined to be inserted outside the connecting line 3 . The branch pipes (7, 7') are separated and spaced apart between the divided branch pipes (7, 7') by combining them to be spaced apart from the outside of the connection line 3 on both sides of the main line connection arrival 4 coupled to the connection line 3 This is an example in which the movement distance is further secured by the distance (C).

Of course, one side of the ring of the main line connecting arrival (4) is coupled to the connecting line (3) in a flowable state.

As in the example shown, if there is a bite with either branch line 10,10', the distance the branch lines 10,10' can move in the bite direction is A length (or A1 length), or A+A1 length, or A +C length, or A1+C length, or A+A1+C length can be variously varied.

8 to 9 show another embodiment of the present invention, by forming two connecting lines (8, 8') inside the fixed tube body 2 and overlapping them with each other to form a double structure, thereby forming the external fixed tube body 2 ) along with a more powerful force, it can be configured to be advantageously used for large-scale fishing such as mate.

The left and right connecting lines 8 and 8' overlap the two lines, and at the ends of each connecting line 8 and 8', a ring 81, 81' is formed, and the two connecting lines are inserted outside the opposite connecting lines 8 and 8'. (8,8') is made to be overlapped.

At this time, the rings 81 and 81' formed at the ends of the connecting lines 8 and 8' are inserted outside the opposite connecting lines 8 and 8' from the outside of the branch tubes 22 and 23 on both sides of the fixed tube body 2, so that the connecting lines 8 ,8') of the extended length (A) (A1) shall not interfere with the operation.

That is, the connecting lines 8 and 8' are overlapped to have a more robust structure by overlapping, and there is no problem in the flow operation extending as long as the length (A) (A1) extended from both sides.

The following is a summary of the operation of the liquid equipment configured as described above.

① Actively respond to the bite of the target fish, so that there is no sense of foreign body caused by the bite. Soon, when there is usually a bite, the fishing line is slightly loosened to slow down the long river, but this design reduces the resistance by naturally extending the connecting line (3) in the direction of the bite - as discussed above, and loosens the boundary, so the depth of the mouth induce hooking.

② Up to a certain limit line, the connecting line (3) goes along with the bite, but when that limit is reached, the connecting line (3) cannot be extended any longer and is momentarily braked, resulting in a chamfer according to the jamming action as a result of the repulsion. A strong hooking power is exhibited by the chamfering action.

③ If there is needle hair, an attempt is made to brush it off from the needle in the mouth, but the connecting wire (3) fluidly coupled to the branch wire connector (1) secures fluidity in the opposite direction by this reverse action (opposite action of biting). Against this action, the needle stuck in the mouth does not loosen and maintains a strong hooking state.

④ The branch wires 10 and 10', which are biased toward either side around the bent part 21, have a large centrifugal force due to the eccentricity of the center of gravity, so that the rotational movement is more active and smooth, so the rotational fluidity of the branch wire is improved. It can be activated to increase the attracting effect, and excellent results can be expected by improving the chamfering function for biting.

1: Branch wire connector 2: Fixed tube body
21: bent part 22, 23: branch pipe
3: Connection line 31,31': ring
4: main line connection arrival 5,5': arrival
6: Small tube part 7, 7': Branch tube
8,8': Connection line 81,81': Loop
10,10': Branch line 20: Main line
30: bead 40: snappin
50: sinker link

Claims (6)

In a fluid fishing rig consisting of a branch line connector (1) having a main line connecting arrival (4) connecting the main line (20), and branch lines (10, 10') movably connected to the branch line connector (1),
The branch wire connector (1) is;
A fixed tube body (2) to which the main line connecting arrival (4) to which the main line (20) is connected is coupled;
Branch pipes 22 and 23 formed on both sides of the fixed pipe body 2,
Flow-type fishing characterized in that it is inserted through the fixed tube body (2) and consists of a connecting line (3) in which the branch lines (10, 10') are connected to the rings (31, 31') formed on the outside of the branch pipes (22, 23) on both sides preparations. The method of claim 1,
The fixed tube body 2 forms branch tubes 22 and 23 on both sides in a form spread around the gently bent bent portion 21, and the branch tubes 22 and 23 are short on one side and long on the other side. A floating fishing rig, characterized in that it is formed in length. The method of claim 1,
The fixed tube body 2 forms branch tubes 22 and 23 on both sides in a form spread around the gently bent bent portion 21, and the branch tubes 22 and 23 are short on one side and long on the other side. formed in length,
The connecting line 3 inserted into the fixed tube body 2 is formed to extend from the ends of both branch pipes 22 and 23 to a predetermined length (A) (A1) longer than both branch pipes 22 and 23, and a ring 31, 31'), a floating fishing rig, characterized in that it is formed. The method of claim 1,
The fixed tube body 2 forms branch tubes 22 and 23 on both sides in a form spread around the gently bent bent portion 21, and the branch tubes 22 and 23 are short on one side and long on the other side. formed in length,
By forming a small constricted pipe part 6 of a certain length (B) with a diameter smaller than the outer diameter of the fixed pipe body 2 in the bent part 21 of the fixed pipe body 2, the ring of the main line connection arrival (4) can be flowed. tightly combined,
The connecting line 3 inserted into the fixed tube body 2 is formed to extend from the ends of both branch pipes 22 and 23 to a predetermined length (A) (A1) longer than both branch pipes 22 and 23, and a ring 31, 31'), a floating fishing rig, characterized in that it is formed. The method of claim 1,
The fixed tube body 2 forms branch tubes 22 and 23 on both sides in a form spread around the gently bent bent part 21 , and the branch tubes 22 and 23 are short on one side and long on the other side. formed in different lengths,
The connecting line 3 inserted into the fixed tube body 2 is formed to extend from the ends of both branch pipes 22 and 23 to a predetermined length (A) (A1) longer than both branch pipes 22 and 23, and a ring 31, 31') to form,
The fixed tube body (2) divides the branch tubes (7,7') spaced apart by a predetermined distance (C) on both sides of the main line connection arrival (4) in which one ring is movably coupled to the connecting line (3), and the connecting line (3) ) A floating fishing rig, characterized in that it is inserted into the outside. The method of claim 1,
The fixed tube body 2 forms branch tubes 22 and 23 on both sides in a form spread around the gently bent bent portion 21, and the branch tubes 22 and 23 are short on one side and long on the other side. formed in length,
In the fixed tube body (2), two connecting wires (8, 8') are overlapped and inserted from side to side, and a ring (81, 81') is formed at the end of each connection line (8, 8') to form a hook (81, 81') on the opposite side. 8 ') by inserting on the outside so that the two connecting lines (8, 8') are overlapped and configured,
Both connecting lines 8 and 8' inserted into the fixed tube body 2 are formed to extend longer than both branch tubes 22 and 23 at the ends of both branch tubes 22 and 23 by a certain length (A) (A1), and at the ends A flexible fishing rig, characterized in that it is configured by forming rings (31, 31').

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