KR200479163Y1

KR200479163Y1 - The floatage adjustment rotate fishing tackle

Info

Publication number: KR200479163Y1
Application number: KR2020140004723U
Authority: KR
Inventors: 정좌용
Original assignee: 정좌용
Priority date: 2014-06-20
Filing date: 2014-06-20
Publication date: 2015-12-24

Abstract

In the present invention, a neck line is connected to a main line by a rotary dial so that a connecting operation between a neck line and a main line is facilitated, and a neck line is connected to a main line by a rotary motion so as to be rotatable, The present invention relates to a buoyancy regulating rotation assembly capable of providing superior fluidity, excellent buoyancy, and being able to constitute a durable and stable preparation by allowing buoyancy to be easily controlled by a buoyant valve.
The present invention relates to a necklace 1 in which both ends are joined to a needle 2 to form a circular claw 3 and formed in two layers and to which a cigarette 4 is to be joined, And a circular ring 3 of the neckband 1 is freely rotatably coupled to the one end 7 of the neck 7 so as to be rotatably connected to the neck 7 of the neck 1, A main line 9 rotatably coupled to the other connection hole 8 of the rotation hole 6 to which the rotary ring 6 and the circular ring 3 of the neckline 1 are coupled, And the main line 9 are rotatably coupled to each other through the connecting holes 7 and 8 of the rotary tool 6 which are crosswise and longitudinally crossed with each other.

Description

{FLOATAGE ADJUSTMENT ROTATE FISHING TACKLE}

More particularly, the present invention relates to a buoyancy adjusting rotation assembly combining a buoy to adjust buoyancy, more specifically, to connect a neck line to a main line by a rotary dial to facilitate connection of a neck line and a main line, So that the neckline coupled to the main line can be rotated around the main line and the buoyancy can be easily controlled by the end of the main line coupled to the neckline. Thus, excellent flowability can be expected and excellent durability can be obtained. This is about a buoyancy regulating rotation assembly that can stably construct the equipment.

The rotation gear is constructed so that the branch line can be rotated about the main line by connecting the branch line to the main line by connecting the rotation connector at a constant interval, thereby solving the problem that the branch line tangles to the main line and the fishing needle connected to the end of the branch line is more fluid It contributes to increase fishing efficiency by having active movement.

The rotary connector is formed as a rotating body of a circular bead and has a hole formed by a cross so as to connect the main line in the vertical direction and connect the branch line in the horizontal direction so that the branch line freely rotates about the main line, The rotating connector constituting the preparation spinning fishing is described in Reference 1, Reference 2 to 4 and so on.

In the conventional rotary connector, the branch wire is not separated from the main line, and the branch wire tends to be tangled to the main line frequently. Therefore, the branch wire connected to the main wire with the rotary connector is wound on the main line, I can not do it.

In other words, the branch wire connected to the rotary connector is connected close to the direction of the right side of the main line, so that it is easily tangled to the main line by the bird or the like, so that the branch wire can not be rotated about the main line. It was not possible to expect efficient fishing and it was not possible to obtain a good fish meal (釣果).

Also, it was advantageous to connect a large number of branch lines to the main line, but the branch line itself could not provide excellent fluidity.

(Reference 1) Korean Utility Model Publication No. 20-1997-6704, July 2, 1997. (Reference 2) Korean Utility Model Publication No. 20-1996-019647, July 18, 1996. (Reference 3) Korean Utility Model Publication No. 20-2009-01281, 2009.02.05. (Reference Document 4) Korean Utility Model Publication No. 20-2013-002923, 2013.05.16.

Thus, the present invention combines a float to adjust the buoyancy of the needle bar, and connects the neck line to the main line through the rotation hole, thereby making it possible to easily connect the neck line to the main line, From this line, it is desired to ensure a smooth and stable fluidity so that excellent preparation can be expected.

In addition, the present invention aims to provide a more durable preparation by connecting needles to the double-stranded neckline to effectively prevent the breakage of the neckline, thereby enabling stable and efficient fishing.

This design is based on; A neck portion having two ends formed with two ends to form a circular annular portion and being connected to a needle; a second end portion having a second annular collar movably engaged with a collar with a fitting hole inserted therein; A main line rotatably coupled to another connection hole of a rotary ring coupled with the circular ring part of the neck line, and a main line rotatably coupled to the neck line and the main line, And a connecting hole of a rotary shaft.

This design combines a hook with a needle collar and a collar with a collar to connect the collar to the collar so that the collar can be easily connected to the collar so that the beginner can easily connect the needle to the collar. And the neckline can be smoothly and stably flowed from the main line by the rotation of the ball and the rotating ball which can easily control the buoyancy, so that the excellent attracting function can be exhibited as a rotation preparation and a good preparation can be expected.

In addition, the present invention has advantages and effects such that the neckline to which the balls are coupled is composed of two layers (two layers), thereby providing more durable, stable and efficient fabrication.

1 is a perspective view showing an embodiment of the present invention.
Fig. 2 is a side view of the present invention
Figure 3 is a cross-
Fig. 4 is a cross-

The present invention relates to a needle assembly, a needle assembly, a needle assembly, and a needle assembly,

The neckband is formed of a double ring, and a circular ring is formed to connect the circular ring to the connection hole on one side of the rotary shaft, and the main shaft is rotatably connected to the rotary shaft connected with the circular ring.

The neck of the neck and the neck of the neck are connected to each other by a two-ply collar forming a circular claw, so that the collar can be moved up and down on the two-ply collar, To be adjusted and secured.

In addition, the neck collar to which the claw is coupled may be formed by connecting a circular ring portion to one side connection hole of a rotary shaft so as to freely rotate and connecting one end of the stem to another side connection hole of the rotary shaft to which the neck string is coupled, So that the neck lines can secure the rotational fluidity in the cross direction with each other.

Hereinafter, the implementation of the present invention will be described in detail with reference to the accompanying drawings.

FIG. 1 is a perspective view showing one embodiment of the present invention, FIG. 2 is a side view of the main part of the present invention, FIG. 3 is a sectional view of the present invention, and FIG.

A needle bar (3) is fitted on a neckline (1) to which a needle (2) is connected at one end.

The neckband 1 is connected to the ear of the needle 2 so that the neckband 1 is overlapped with the ear of the needle 2 so as to form a circular ring 3 and the circular neck 3 is connected to the neck 2 ).

The neckline 1 is formed by two layers, one end of which is connected to the needle 2 and the other end of which is rounded to form a circular ring 3 and then joined to the needle 2.

The plug 3 is formed of a material having a buoyancy such as a styrofoam and has a circular or elliptical shape. The both ends of the plug 3 are inserted into the fitting hole 5 at the center through the circular ring 3 of the collar 1, And the circular ring 3 is formed on the collar 4 inserted in the collar 1. The circular ring 3 is formed by the insertion of the collar 4 into the collar 1 which is superimposed on the collar 1.

A pair of neck lines 1 are inserted into the insertion hole 5 of the mouthpiece 4 inserted into the neckline 1 so that the user can forcibly move the mouthpiece 4 upward and downward to adjust its position. Since the two-ply neckline 1 is inserted into the insertion hole 5 and tightly adhered to the insertion hole 5, the mouth 4 is not moved arbitrarily, but only by the force that the user forcibly moves, (1).

As a result, when the needle bar 4, which is adjusted to a desired position on the neck line 1, is closely attached to the needle 2, buoyancy acting on the needle 2 is strongly or weakly adjusted, The buoyant force acting on the neckline 1 can be controlled by the greater buoyancy as the buoyancy 4 is moved in the upper part (the water surface direction) due to the fluctuation of its position in the entire neckline 1.

The circular ring 3 of the neckline 1 to which the plug 4 is coupled is connected to one side connection hole 7 of the rotary tool 6 as described above.

To this end, one end of the string 1 is tied to the needle 2, and the other end of the end is connected to the connecting hole 7 of the rotary shaft 6, 5 through the circular hole 3 and the connecting hole 7 of the rotary tool 6 is coupled to the circular ring 3 and one end of the connecting hole 7 is coupled to the needle 1 in this state, And the circular ring part 3 of the collar 1 is joined to one side (horizontal direction) connecting hole 7 of the rotary tool 6. [

The rotation hole 6 is formed by connecting holes 7 and 8 which are transversely and vertically intersected with each other. The one end of the neck line 1 forming the circular ring 3 is connected to the one connection hole 7 by loosely inserting them so that free rotation is possible.

The main line 9 is connected to the other connection hole 8 of the rotation hole 6 to which the collar 1 is coupled to the one connection hole 7 as described above.

The main string 9 is loosely fitted into one connecting hole 8 on the other side (longitudinal direction) so as to be rotatable and rotatable. The end of the main string 9 is fixed by a knot or the like so as not to be detached from the connecting hole 8.

Since the neckline 1 and the main line 9 connected to each other by the rotary tool 6 are connected to the connecting holes 7 and 8 which intersect with each other and are connected to each other through the rotary tool 6, And the neck line 1 connected to the main line 9 has rotational fluidity.

Particularly, the neckband 1 has a fluidity in which the circular ring part 3 is inserted into the connecting hole 8 of the rotary tool 6 and freely rotates in both directions about the insertion hole 8.

The buoy 4 formed of a material having a buoyancy such as a styrofoam and coupled to the neck 1 is vertically positioned on the neck 1 and is buoyant by itself to provide a buoyancy to the neck 1, 1), the needle 2 is also influenced by the buoyancy so that the fluidity of the needle 2 is more actively actuated.

Therefore, the bait sandwiched by the needle 2 becomes active in its movement and exerts an excellent attracting effect.

Since the position of the mouth 4 is freely adjusted on the collar 1, the buoyancy of the collet 4 can be set so as to actively correspond to movement of the collar 1, ) Can be more actively induced to construct the reservoir so as to have more fluidity in birds and the like.

The user can easily prepare the base line 9 only by connecting the main line 9 to the connection hole 8 formed in the rotation hole 6 of the collar 1 and thus the beginner who can not fasten the needle 2 with the fishing line can easily You can enjoy fishing by organizing your fishing gear.

1: Collar
2: Needle
3: circular ring
4: Float
5: Insertion ball
6:
7,8: connecting ball
9: Bordering line

Claims

A neckline 1 which is coupled to the needle 2 at both ends to form a circular ring 3 and which is formed in two layers and to which the mouthpiece 4 is coupled,
A pair of necklines 1 are provided with a mouthpiece 4 inserted into the neckline 1 so as to be movable on the necklace 1,
A rotary tool 6 in which a circular claw 3 of the collar 1 is freely rotatably coupled to the one connection hole 7,
A main line 9 rotatably coupled to the other connection hole 8 of the rotation hole 6 to which the circular ring 3 of the neck line 1 is coupled,
And a connecting hole (7) (8) of a rotation hole (6) crosswise and longitudinally crossed with each other so that the neck line (1) and the main line (9) are rotatably engaged.

The method according to claim 1,
Wherein the collar (1) has two ends, one end connected to the needle (2) and the other end rounded to form a circular ring (3) and then connected to the needle (2).