KR20210133527A - The fishing tackle for height adjustable of fish hook - Google Patents

Abstract

The present invention relates to a fishing tackle for adjusting the height of a fish hook, which enables selective adjustment of the height of the fish hook by adjusting the position of a buoy on a main line so that fish can always be caught satisfactorily regardless of the type of fish desired to be caught, and allows stable fishing without the damage of the fishing tackle by minimizing the chance of getting snagged. The present invention not only allows fishing preparation without damage to the main line, but also enables rapid coupling of the main line and a sinker by coupling the main line to an upper ring after lowering a buoyant agent of a coupling guide unit and by coupling the sinker to a lower ring after raising a guide pipe.

Description

The fishing tackle for height adjustable of fish hook

The present invention relates to a fishing rig capable of adjusting the height of a fishing hook, and more particularly, by selectively adjusting the height of the fishing hook by adjusting the position of the buoy on the original line, regardless of the type of fish to be fished, it is always possible to obtain satisfactory fish. Not only can it be possible, but it is possible to do stable fishing without loss of rigging by minimizing the snag, and after lowering the buoyancy agent of the coupling guide part down, connect the original line to the upper ring, and raise the guide tube upward when combining the bongdol, then attach the bongdol to the lower ring It relates to a fishing rig capable of adjusting the height of a fishing hook that can not only quickly combine the original line and the rod, but also align the rig without damaging the original line.

In general, when fishing, fishing is performed by connecting various rigs suitable for the target fish to the main line wound on the reel according to the target fish species. connected and used.

In particular, there is a tendency to use down shot rigs to effectively catch fish that inhabit the bottom zone, such as eel and flatfish.

As shown in Figure 1, the conventional down shot rig binds the fishing hook 20 to the main ship 10, and in a state in which one end 11 of the main ship 10 is stretched to a certain length, the rod 30 is configured to attach.

However, when the rigging as described above is carried out with a bait such as an earthworm and thrown into the water, the bait is placed on the bottom and then the bait lies on the floor and digs into foreign matter, floating matter, or mud.

In this case, the fish could not be effectively enticed, and the bite could not be felt, and when the rig was taken out, the rig was caught in foreign substances or floating matter, and there was a problem that the rigging occurred.

In addition, in order to align the rigging when evacuating after fishing, the withdrawal process was very cumbersome because it was necessary to cut the part connected to the main ship and then align it.

Recently, in order to solve this problem, a downshot fishing rig and a combination structure thereof have been disclosed as Korean Patent Laid-Open No. 10-2015-0048385 (hereinafter referred to as 'prior literature').

The prior literature includes a main line equipped with first and second connectors; a fishing hook fixed to the main ship; a first support for supporting the fishing hook through which the main line passes; The main line passes and includes a second support for supporting the fishing hook, and the fishing hook is configured to adjust the height on the main ship by the movement of the first and second supports.

However, the prior literature as described above has a problem in that the preparation process is complicated as well as a considerable amount of time is required to bind the rigging process because it is necessary to bind the rigging by tying the original string to the first connector.

In addition, there is an advantage that the height can be adjusted by the movement of the first and second supports in the state where the needle ears of the hooks are coupled to the main ship, but if the fishing rod is not pulled tight, the hooks lie on the floor and effectively attract fish. There was a problem that the fishing efficiency fell.

Korean Patent Publication No. 10-2015-0048385 (published on May 7, 2015)

This was made in view of the various problems of the prior art as described above, and the purpose is to selectively adjust the height of the fishing hook by adjusting the position of the buoy on the original line, so that regardless of the type of fish you want to fish, you can always raise a satisfactory fish. It is to provide a fishing rig that can adjust the height of a fishing hook that can be stably fished without loss of rigging by minimizing under-stamping.

In addition, another object of the present invention is to lower the buoyancy agent of the coupling guide unit downward and then combine the original line with the upper ring and raise the guide tube upward when combining the bongdol, and then combine the bongdol with the lower ring, so that the Won line and the bongdol can be quickly combined. It is to provide a fishing rig that can adjust the height of a fishing hook that can not only be able to, but also can align the rig without damaging the original line.

The present invention is a fishing rig capable of adjusting the height of the fishing hook, a fishing hook in which a bait is inserted by binding a leash to the bare rod formed on the main line of the fishing rod and being fixed to the end of the leash; a buoy coupled to the original line to selectively move a position according to a target fish species to adjust the buoyancy while adjusting the height of the fishing hook; a stopper coupled to both sides of the buoy and preventing movement of the buoy when the position of the buoy is adjusted; a horizontal buoyancy member coupled to one side of the buoy and maintaining a horizontal line so as not to sag; The buoyancy material moves downward due to the elasticity of the spring, and the main line is coupled to the upper ring, and the guide tube moves upward due to the elasticity of the spring, so that the coupling guide part is configured so that the top of the rod is quickly coupled to the lower ring. do.

In addition, the coupling guide portion, a ring member in which upper and lower rings are formed on the upper and lower ends of the body so that the original line and the rod are coupled to each other; a guide tube coupled to surround the ring member; a buoyancy material coupled to the guide tube, the lower end being positioned on the upper part of the guide tube, and the upper end being positioned on the upper ring; Separation prevention groove formed at the upper end of the buoyancy member to prevent separation of the original line while accommodating the upper ring; It is characterized in that a spring mounted between the upper end of the guide tube and the inner surface of the upper end of the buoyancy member is provided.

The upper and lower ends of the rings are further provided with inserts into which the original line and the rods are inserted, respectively, the ends of the inserts of the upper rings are inserted into the separation prevention grooves, and the ends of the inserts of the lower rings are inserted into the guide tube. characterized by being

The end portion of the insertion portion is characterized in that the entrance is widened by spacing the body and the body at a predetermined distance to facilitate the coupling of the original line and the bongdol.

According to the fishing rig in which the height of the fishing hook of the present invention can be adjusted, the height of the fishing hook is selectively adjusted by adjusting the position of the buoy on the main line, so that regardless of the type of fish you want to fish, you can always raise a satisfactory trough, and minimize the bottom jam. It has the effect of stable fishing without loss of equipment.

In addition, according to the fishing rig that can adjust the height of the fishing hook of the present invention, after lowering the buoyancy agent of the coupling guide part downward, the original line is coupled to the upper ring, and when the rod is coupled, the guide pipe is raised upward and the rod is coupled to the lower ring. It has the effect of aligning the rigging without damaging the original row as well as quickly combining the original row and the bongdol.

1 is a configuration diagram showing a conventional fishing gear.
2 is an overall configuration diagram of the present invention.
3 to 4 is a state diagram in which the original line is coupled to the upper ring of the coupling guide part according to the present invention.
5 is a state diagram in which the rod is coupled to the lower ring of the coupling guide part according to the present invention.
Figure 6 is a state diagram of the present invention by moving the position of the buoyancy toward the horizontal buoyancy material to attract fish species inhabiting the bottom sphere.
7 is a state diagram of attracting fish species inhabiting the middle layer by moving the position of the present inventor's buoy to the bare side opposite to the horizontal buoyancy material.

Hereinafter, an embodiment of the present invention will be described in detail based on the accompanying drawings.

First, as shown in FIG. 2 , the fishing rig 100 capable of adjusting the height of the fishing hook of the present invention is a fishing hook 110 , a buoyant 120 , a stopper 130 , a horizontal buoyancy member 140 , a combination It is configured to include a guide 150 .

The fishing hook 110 is fixed by connecting a neck line 20 to the end of the main line of the fishing rod, and the neck line 20 is bound to the bare rod 11 formed at the end of the main line 10 .

The buoy 120 is coupled to the original line 10 and is positioned in the water when the rig is thrown into the water of a lake or sea, and the buoyancy can be adjusted while moving the position according to the type of fish to be fished.

Therefore, since the height of the fishing hook 110 is adjusted in response to the position of the buoy 120, it is possible to intensively target the target fish species, such as those that live in the bottom zone and those that live in the middle layer.

The stopper 130 is formed of a rubber material and is coupled to both sides of the float 120 to maintain a close contact state. When the position of the float 120 is moved, the stopper 130 serves to prevent the movement of the float 120 .

The horizontal buoyancy member 140 is coupled to the original line 10 on one side of the buoy, is formed to a predetermined length so that the original line 10 does not sag in water, and is made of a synthetic resin or a soft material.

Since the horizontal buoyancy material 140 is formed on one side of the buoyancy 120 so that the original line 10 between the coupling guide 150 and the buoy 120 remains horizontal, the buoy 120 or the fishing hook 110 is It is possible to accurately adjust the height of the fishing hook 110 by preventing the sagging phenomenon.

In addition, the coupling guide unit 150 is coupled to the horizontal buoyancy member 140 in a one-touch manner to the one side of the line 10. That is, based on the horizontal buoyancy member 140, the coupling guide 150 is coupled to one side, and the buoy 120 and the stopper 130 are coupled to the other side, and the lower portion of the coupling guide 150 is a bongdol ( 30) is combined.

The coupling guide 150 serves to maintain a state in which the buoyancy 120 and the horizontal buoyancy member 140 are floating at a predetermined height from the floor, and the ring member 151, the guide pipe 152, and the buoyancy member 153 are provided. , a separation prevention groove 154 , and a spring 155 .

The ring member 151 is formed with an upper ring (151b) and a lower ring (151c) so that the upper end and the lower end of the body (151a) formed in a predetermined length, the main line (10) and the bongdol (30) are coupled.

The guide tube 152 is formed of a synthetic resin tube body and is coupled to the ring member 151 .

The buoyancy material 153 is coupled to the guide tube 152, the lower end of the buoyancy material 153 is positioned above the guide tube 152, and the upper end of the buoyancy material 153 is the upper ring of the ring member 151 ( 151b) is located.

The separation prevention groove 154 is formed at a predetermined depth on the upper end of the buoyancy material 153, and serves to accommodate the upper ring 151b to prevent separation of the original line 10 coupled to the upper ring 151b. .

The spring 155 is mounted between the upper end of the guide tube 152 and the inner surface of the upper end of the buoyancy member 153 .

In addition, an insertion portion 151d may be further provided at the ends of the upper and lower rings 151b and 151c to facilitate coupling between the original line 10 and the barge 30 .

The insertion part 151d of the upper ring 151b is inserted into the separation prevention groove 154 and accommodated, and the insertion part 151d of the lower ring 151c is configured to be inserted into the guide tube 152 and is a circular line. (10) and the bongdol (30) is not easily separated.

The end portion of the insertion portion 151d is preferably formed so as to be spaced apart from the body 151a by a predetermined distance to facilitate the coupling of the original line and the rod.

The use of the fishing rig 100 capable of adjusting the height of the fishing hook of the present invention configured as described above will be described in detail.

First, after the horizontal buoyancy member 140 is coupled to the original line 10 drawn out from the fishing rod, the stopper 130 and the buoy 120 are sequentially coupled.

After binding the bare dorae 11 to the end of the original line 10, the neck line 20 of a certain length is bound to the bare dorae 11, and a fishing hook 110 to the end of the neck line 20. to fix

In this state, the coupling guide 150 is coupled to the original line 10 on one side of the horizontal buoyancy member 140 .

In order to couple the coupling guide 150 to the original line 10, as shown in FIGS. 3 to 4, one hand holds the guide tube 152 and the other hand presses the buoyancy material 153 downward. When it is lowered, the buoyancy material 153 is elastically lowered by the elasticity of the spring 155, and the insertion portion 151d of the upper ring 151b is separated from the separation prevention groove 154, and at this time, the original line 10 is inserted. It is passed through the portion 151d and inserted into the upper ring 151b.

When the force applied to the buoyancy member 153 is released while the original line 10 is coupled to the upper ring 151b, the buoyancy member 153 is restored by the restoring force of the spring 155 and at the same time the upper ring 151b) As the insertion part 151d of the separation prevention groove 154 is inserted, the original line 10 is not separated.

When the one-line 10 is coupled to the upper ring 151b, as shown in FIG. 5, the rod 30 is coupled to the lower ring 151c.

First, when the guide tube 152 is raised upward while gripping the lower ring 151c with one hand and holding the guide tube 152 with the other hand, the guide tube 152 is the spring 155. As it rises elastically by elasticity, the insertion part 151d of the lower ring 151c is separated from the guide tube 152, and at this time, the bare rod 31 formed in the rod 30 is passed through the insertion part 151d to lower the lower part of the ring 151c. Just insert it into the ring (151c).

When the force applied to the guide tube is released while the rod 30 is coupled to the lower ring 151c, the guide tube 152 is restored by the restoring force of the spring 155 and at the same time as the lower ring 151c. As the insertion part 151d is inserted into the guide tube 152, the rod 30 is not separated.

That is, since the coupling guide 150 easily combines the original line 10 and the rod 30 in a one-touch manner by the spring 155 as described above, it is possible to quickly prepare fishing gear.

In addition, the present invention may adjust the height of the fishing hook 110 according to the type of fish to be fished.

When fishing a fish species that inhabit the bottom zone, such as eel, as shown in FIG. 6 , the buoy 120 coupled to the original line 10 is moved toward the horizontal buoyancy member 154 .

When the position of the buoy 120 is moved as described above, a part of the original line falls to the bottom sphere by the weight of the bare fish 11 and the weight of the fishing hook 110 and the bait, effectively attracting fish species living in the bottom sphere. there will be

In addition, as shown in FIG. 7 , when there is a floating object or a hanging element on the bottom or when fishing a fish that lives in the middle layer, the buoy 120 coupled to the original line 10 is moved to the bare 11 side.

When the position of the buoyancy 120 is moved as described above, the original line 10 and the bare dorae 11 are maintained at a certain height from the bottom by the buoyancy of the horizontal buoyancy material 140 and the buoyancy 120, and the bare dorae The leash 20 and the fishing hook 110 bound to (11) are in a state of floating at a certain height from the floor, so that it is possible not only to prevent under-stamping, but also to effectively attract fish species living in the middle layer.

As described above, although the present invention has been described with reference to limited embodiments and drawings, the terms or words used in the present specification and claims should not be construed as being limited to conventional or dictionary meanings, and the technical spirit of the present invention It must be interpreted with a corresponding meaning and concept.

Accordingly, the configuration shown in the embodiments and drawings described in the present specification is only one embodiment of the present invention, and does not represent all the technical spirit of the present invention, so within the limit not departing from the claims of the present invention, various It should be understood that there may be equivalents and variations.

100: fishing gear
110: fishing hook
120: Bugu
130: Jung-gu
140: horizontal buoyancy material
150: coupling guide
151: ring member
152: guide
153: buoyancy material
154: separation prevention groove
155: spring

Claims (4)

A fishing hook 110 in which a leash 20 is bound and connected to the bare rod 11 formed in the main line 10 of the fishing rod and is fixed to the end of the collar 20 and the bait is inserted;
Bugu 120 for adjusting the height of the fishing hook 110 while adjusting the buoyancy by selectively moving the position according to the type of fish to be fished by being coupled to the original line 10;
a stopper 130 coupled to both sides of the float 120 to prevent movement of the float 120 when the position of the float 120 is adjusted;
a horizontal buoyancy member 140 coupled to one side of the buoyancy 120 and maintaining a horizontal line so that the original line 10 does not sag;
Due to the elasticity of the spring 155, the buoyancy material 153 moves downward so that the original line 10 is coupled to the upper ring 151b, and the guide tube 152 moves upward due to the elasticity of the spring 155, so that the rod 30 ) A fishing rig capable of adjusting the height of a fishing hook, characterized in that the coupling guide 150 is configured so that the bare tail 31 is quickly coupled to the lower ring 151c.
The method according to claim 1, The coupling guide 150,
a ring member 151 in which upper and lower rings 151b and 151c are formed on the upper and lower ends of the body 151a so that the original line 10 and the rod 30 are respectively coupled;
a guide tube 152 coupled to surround the ring member 151;
a buoyancy member 153 coupled to the guide tube 152 and positioned at the upper end of the guide tube 152 and the upper end of the upper ring 151b;
Separation prevention groove 154 formed at the upper end of the buoyancy member 153 to prevent separation of the original line 10 while accommodating the upper ring 151b;
A fishing rig capable of adjusting the height of a fishing hook, characterized in that a spring (155) mounted between the upper end of the guide tube (152) and the inner surface of the upper end of the buoyancy member (153) is provided.
3. The method according to claim 2,
At the ends of the upper and lower rings 151b and 151c, an insertion portion 151d into which the original line 10 and the rod 30 are inserted, respectively, is further provided,
The end portion of the insertion portion 151d of the upper ring 151b is inserted into the separation prevention groove 154, and the end portion of the insertion portion 151d of the lower ring 151c is inserted into the guide tube 152. A fishing rig that can adjust the height of the fishing hook.
4. The method according to claim 3,
The end of the insertion part (151d) is widened by a predetermined distance from the body (151a) to facilitate the coupling of the original line (10) and the rod (30) to form a wide inlet. preparations.

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