KR20240020940A - Lollipoli-type floor fishing gear - Google Patents

Abstract

The present invention relates to a roly-poly type bottom fishing rig, and more specifically, a weight is mounted on the end of a pole formation extending downward from the center of the main body to which the main line connected to the fishing line is branched and joined, and is moved up and down from the pole formation. It is equipped with a buoyancy body that slides, so that the buoyancy body at the bottom of the column rises in the water and floats at a certain height from the bottom so that the fishing hook does not directly touch the bottom, making it visible to surrounding fish, which has a positive effect on fishing. This is about poly-type bottom fishing gear.

Description

{Lollipoli-type floor fishing gear}

The present invention relates to a roly-poly type bottom fishing rig, and more specifically, a weight is mounted on the end of a pole formation extending downward from the center of the main body to which the main line connected to the fishing line is branched and joined, and is moved up and down from the pole formation. It is equipped with a buoyancy body that slides, so that the buoyancy body at the bottom of the column rises in the water and floats at a certain height from the bottom so that the fishing hook does not directly touch the bottom, making it visible to surrounding fish, which has a positive effect on fishing. This is about poly-type bottom fishing gear.

In general, fishing is the act of catching fish and can be divided into freshwater fishing and sea fishing depending on the location, and depending on the method, it can be divided into float fishing, long-throw fishing, lure fishing, and boat fishing.

Basic equipment for fishing includes a fishing rod, line, sinker, leash, fishing hook, lure, and live bait.

Among these, the sinker (aka, bongdol, pendulum) is a gravity body that is hung on a line or leash, and its role is to transport the lure provided on a fishing hook or the live bait inserted into the fishing hook to the desired bottom point.

Lure refers to artificial bait that imitates live bait, such as a spoon lure that looks like a spoon, a spinner lure that has a small rotating blade on the top, and a jig made to sink to the bottom by attaching a round metal piece to the head of the fishing hook. , and soft baits made of soft materials.

The leash is connected to the main line through a hook on a sinker, dore, or lure, and the diameter of the leash is generally smaller than the diameter of the main line so that only the leash can be broken when a bottom snag occurs while targeting the underwater bottom.

The fishing hook is generally hung on a leash, and a lure or live bait is inserted into it. Lures or live bait equipped on these fishing hooks are transported to the bottom point through a sinker.

However, when a conventional lure or live bait is transported to the bottom point through a sinker, the lure or live bait, including the sinker and fishing hook, touches the bottom due to its own weight, causing the fishing hook, lure, or sinker to become caught in the cracks of rocks on the bottom. There is a problem with the bottom. When this problem of bottom snagging occurs, the main line is pulled strongly and the leash, which is relatively thinner than the main line, is cut. Lures, fishing hooks, or sinkers left with the leash become a factor in severely polluting the bottom of the sea or fresh water.

In this way, in conventional bottom fishing such as lure fishing and long-throw fishing, when the fishing hook directly touches the bottom, the hook is severe, and the hook is not visible to the fish, so excellent fishing results cannot be expected.

In addition, the conventional fishing equipment consists of a line and a leash located on the same line, so line twists and tangles frequently occur, so the fishing equipment must be replaced. In addition, the line and a weight are fastened to the upper and lower parts, and the weight causes the line to become entangled. Because it is erected vertically by tension, causing the line and fishing hook to be spaced apart, it is difficult to keep the weight and fishing hook horizontal. The space between the weight and fishing hook is narrow, so the weight and fishing hook can become tangled, and the fishing line and fishing hook are not free to move. Not only does it not provide movement fluidity, but there is a problem that when a fish bites a fishing hook, the weight does not create a straight line from the fishing line to the fishing hook, thereby reducing the feel of the hand.

KR 10-2015-0057929 (Publication number) 2015.05.28. KR 10-2013-0079971 (Publication number) 2013.07.11 KR 20-0448101 (registration number) 2010.03.09.

Accordingly, the present invention was devised to solve the above problems,

A weight is mounted on the end of a pole group extending downward from the center of the main body to which the main line connected to the fishing line is branched and joined, and a buoyancy body that slides up and down on the pole group is provided so that the buoyancy body at the bottom of the pole group in the water The purpose is to provide a roly-poly type bottom fishing rig that has a positive effect on fishing by floating the fishing hook at a certain height from the bottom so that it does not directly touch the bottom and making it visible to surrounding fish.

Another object of the present invention is to form a first coupling means that opens in a V shape at the lower part of the pillar formation, and that a weight is coupled to the inside of the first coupling means and a first fixing holder is coupled to the outside, so that the weight can be easily replaced. It provides a roly-poly type bottom fishing rig that can adjust the falling speed depending on the weight of the weight.

Another object of the present invention is to provide a second inclined piece that is bent from an upwardly inclined first inclined piece at the upper part of the pillar formation and slopes downward, and a second coupling means that opens in a V shape is formed at the end of the second inclined piece, By coupling the fishing hook or artificial bait to the inside of the second coupling means and fixing the second fixing holder to the outside, a roly-poly type bottom fishing rig in which the fishing hook or artificial bait can be easily replaced is provided.

Another object of the present invention is to provide a roly-poly type bottom fishing rig that has a weight at the center of gravity of a plurality of fishing hooks to prevent the rig from becoming tangled based on the center when throwing or retrieving the rig.

Another object of the present invention is to provide a roly-poly type bottom fishing rig that prevents bending or bending by combining the pillar group and the first slant piece and between the first slant piece and the second slant piece with a fixed holder, respectively.

Another object of the present invention is to provide a roly-poly type bottom fishing rig that can feel a strong touch because the fishing line from the fishing hook to the fishing rod flows in a straight line even as the fish caught on the fishing hook moves.

Another purpose of the present invention is to ensure that when a target fish bites, the fishing hook actively flows through the main body in the bite direction without the influence of the weight, thereby achieving strong hooking.

Another object of the present invention is to create a flow structure in which the fish, fishing hook, main boat, and fishing line form a straight line, so that the movement of the fish is directly transmitted to the fishing line and fishing rod without being disturbed by the weight or main body, so that you can feel the taste of fishing. It is advantageous for threading by allowing the needle hairs to move against the movement, and improves harvesting by preventing needle hairs.

In order to achieve the above object, the present invention includes a main ship 110 connected to a fishing line 11; The main line 110 includes a main body 120 to which branch lines 111 are branched; The main body 120 extends from the center to the bottom and has a pillar 121 at the end to which a weight 130 is coupled; The pillar group 121 is made up of a plurality, the upper part of which is opened in a V shape to form the main body 120 to which the main ship 110 is combined, and the lower part of which descends in parallel with each other and the first fixing holder 122 ) is provided with a first coupling means (121a) fixed by; A first slanted piece 123 is inclined upwardly outward from the top of the pillar formation 121, and a second slanted piece 124 is bent twice from the first slanted piece 123 and slopes downwardly outward. ; The end of the second inclined piece 124 is bent and is provided with a second coupling means (124a) that opens into a V shape, and a second fixing holder 125 that fixes the second coupling means (124a) that opens into a V shape. is combined; The buoyancy body 140 slides up and down on the pillar formation 121.

The first coupling means (121a) disposed at the lower part of the first fixing holder 122 of the present invention forms a closed loop so that the weight 130 is detachable, and is attached to the lower part of the second fixing holder 125. The second coupling means 124a disposed forms a closed loop, and the fishing hook 150 or artificial bait 170 is attached and detachable.

The first slant piece 123, the second slant piece 124, and the pillar piece 121 of the present invention are made of one continuous wire; At the point where the first inclined piece 123 is bent to form the upper part of the second inclined piece 124, a third fixing holder 126 is provided to form a closed loop and secure the end of the second inclined piece 124. A portion of the second inclined piece 124 protrudes from the third fixing holder 126 and a main line coupling portion 124b is formed where the branch line 111 is coupled to the second inclined piece 124.

The pillar group 121 of the present invention has a first buffer ring (160A) fixedly coupled to the lower part, a second buffer ring (160B) fixed to the upper part, and the buoyancy body 140 is in the water by buoyancy. It is raised from the first buffer ring (160A) to the second buffer ring (160B).

The branch line 111 of the present invention is made of a flexible material, and branches from the branch pieces 113 disposed on the second inclined piece 124 in the same number as the second inclined piece 124.

When a fish is caught on any one of the plurality of fishing hooks 150 of the present invention, the second inclined piece, branch line, and main line connected to the fishing hook on which the fish is caught form a straight line without bending, and fishing without a fish is caught. The branch line connected to the needle is bent, so the second warp piece and the branch line do not form a straight line.

The pillar group 121 of the present invention is provided with a fourth fixing holder 180 at the point where the first inclined piece 123 branches from the upper part of the second buffer ring 160B, and the fourth fixing holder 180 The plurality of first inclined pieces 123 branch in multiple directions.

Therefore, the rolly-poly type bottom fishing rig of the present invention has a weight mounted on the end of a pole formation that extends vertically downward from the center of the main body to which the main line connected to the fishing line is branched and joined, and slides up and down on the pole formation. The buoyancy body is provided so that the buoyancy body at the bottom of the column rises in the water and floats at a certain height from the bottom so that the fishing hook does not directly touch the bottom, making it visible to surrounding fish, which has the effect of having a positive effect on fishing.

In the present invention, a first coupling means is formed in a V shape at the lower part of the pillar formation, and a weight is coupled to the inside of the first coupling means and a first fixing holder is coupled to the outside, so that the weights can be easily replaced. The falling speed can be adjusted depending on the weight of the weight.

The present invention is provided with a second inclined piece that is bent from an upwardly inclined first inclined piece at the top of the pillar formation and slopes downward, and a second coupling means that opens in a V shape is formed at an end of the second inclined piece, and the second inclined piece is formed at the end of the second inclined piece. By combining the fishing hook or artificial bait on the inside of the coupling means and fixing the second fixing holder on the outside, there is an effect that the fishing hook or artificial bait can be easily replaced.

The present invention has a weight at the center of gravity of a plurality of fishing hooks, which has the effect of preventing the tackle from becoming tangled based on the center when throwing or retrieving the tackle.

The present invention also has the effect of preventing bending or bending by combining the column column and the first inclined piece and between the first and second inclined pieces with a fixing holder, respectively.

In the present invention, even as the fish caught on the fishing hook moves, the fishing line from the fishing hook to the fishing rod flows in a straight line, so you can feel a strong touch.

In the present invention, when a target fish bites, the fishing hook penetrates the main body in the bite direction without the influence of the weight, becomes a straight line, and flows actively to achieve strong hooking.

The present invention consists of a flow structure in which the fish, fishing hook, main ship, and fishing line form a straight line, so that the movement of the fish is directly transmitted to the fishing line and fishing rod in a straight line without interference from the weight and main body, allowing you to feel the taste of fishing and the needle fluttering action. It is advantageous for sieving by allowing it to flow against the surface, and also has the advantage of improving ripening by preventing needle hair.

Figure 1 is a perspective view of a roly-poly type bottom fishing rig equipped with two fishing hooks according to a first embodiment of the present invention.
Figure 2 is a perspective view of the main body of the roly-poly type bottom fishing rig according to the first embodiment of the present invention.
Figure 3 is a front view of a rolly-poly type bottom fishing rig according to the first embodiment of the present invention.
Figure 4 is a state in which the weight and fishing hook are replaced in the coupling means in the rolly-poly type bottom fishing rig according to the first embodiment of the present invention.
Figure 5 is a diagram showing a roly-poly type bottom fishing rig coupled to the fishing line of a fishing rod according to the first embodiment of the present invention.
Figure 6 is a diagram showing an artificial bait coupled to a roly-poly type bottom fishing rig according to the first embodiment of the present invention.
Figure 7 is a perspective view of a roly-poly type bottom fishing rig equipped with three fishing hooks according to a second embodiment of the present invention.
Figure 8 is a perspective view of a roly-poly type bottom fishing rig equipped with four fishing hooks according to a third embodiment of the present invention.
Figure 9 is a branch line state diagram when a fish is caught in the rolly-poly type bottom fishing rig of the present invention.

Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings so that those skilled in the art can easily implement them.

The present invention is a roly-poly type bottom fishing rig (100) that can stand on its own using a plurality of fishing hooks (150) in lure fishing or long-distance fishing, as shown in Figures 1 to 9,

A main line (110) connected to the fishing line (11),

The main line 110 includes a main body 120 to which branch lines 111 are branched;

The main body 120 extends from the center to the bottom and has a pillar 121 at the end to which a weight 130 is coupled;

The pillar group 121 is made up of a plurality, the upper part of which is opened in a V shape to form the main body 120 to which the main ship 110 is combined, and the lower part of which descends in parallel with each other and the first fixing holder 122 ) is provided with a first coupling means (121a) fixed by;

A first slanted piece 123 is inclined upwardly outward from the top of the pillar formation 121, and a second slanted piece 124 is bent twice from the first slanted piece 123 and slopes downwardly outward. ;

The end of the second inclined piece 124 is bent and is provided with a second coupling means (124a) that opens into a V shape, and a second fixing holder 125 that fixes the second coupling means (124a) that opens into a V shape. is combined;

The buoyancy body 140 slides up and down on the pillar formation 121.

The first coupling means 121a disposed below the first fixing holder 122 forms a closed loop so that the weight 130 is detachable, and the first coupling means 121a disposed below the second fixing holder 125 The second coupling means 124a forms a closed loop, and the fishing hook 150 or artificial bait 170 is detachable.

The main ship 110 is connected to the fishing line 11 lowered from the fishing rod 10 and moves according to the movement of the fishing rod 10, is coupled at the upper part of the main body 120, and is connected to the pole formation of the main body 120. It is installed separately from the weight 130 coupled to the end of (121). In the present invention, when a fish bites and pulls the fishing hook 150 or artificial bait 170, the main line 110 is not directly coupled to the weight 130, which provides weight to the fishing rig, so when the fishing line 11 is pulled. Since it is not affected much by the weight 130, the flow of the fishing line 11 according to the movement of the fish is transmitted as is to the fishing rod 10, allowing a strong hand feel. When the weight 130 is combined with the fishing line 11 and the fishing line 11 is affected by the weight 130, the tension due to the movement of the fish is reduced, thereby reducing the feel of the fish. Therefore, the present invention minimizes the influence of the weight 130 when a fisherman pulls the fishing line 11, allowing the fisherman to feel a strong hand feel.

Meanwhile, in the present invention, the fishing line 11 that comes down from the fishing rod 10 can come down from the fishing rod 10 directly or in combination with other components, and includes a fishing line 11 that moves when the fishing rod 10 is pulled.

The fishing line 11 coming down from the fishing rod 10 is made of a raw line made of a flexible material and is connected to the main line 110, and is connected in a state to prevent twisting through the first line 112, and the main line 110 A bearing force is generated in . The fishing hook 150 or artificial bait 170 and the fishing line 11 are not directly coupled, but form a straight line with the fishing line 11 when a fish is caught on the fishing hook 150 or artificial bait 170. The main line 110 and branch line 111 of the present invention are made of the same material as a typical fishing line and are flexible, so they may bend if not pulled from both sides.

In the present invention, when a fish is caught on the fishing hook 150 or artificial bait 170, the branch line 111, the main line ( 110), the fishing line 11 between the fishing rods 10 forms a straight line without bending. Specifically, when a fish is caught on any one of the plurality of fishing hooks 150, the second inclined piece, branch line, and main line connected to the fishing hook on which the fish is caught form a straight line without bending, and the fish hook on which the fish is not caught. The branch line connected to is bent, so the second warp piece and the branch line do not form a straight line.

Here, when a fish is caught and shakes violently, the connected second inclined piece 124 moves according to the shaking of the fish, and the branch line 111 moves according to the movement of the second inclined piece 124, and the branch line 111 The main ship 110 moves along, and the fishing line 11 moves along the main ship 110. On the contrary, the movement of the second inclined piece 124 connected to the fishing hook on which the fish is not caught becomes dependent, and the branch line 111 made of flexible material that is not provided with a moving force is bent as shown in Figure 9, preventing the fish from being caught. Branch lines that are not aligned do not become straight.

In addition, in the present invention, the main line coupling portion 124b, which is the point where the main line 110 is coupled to the main body 120, is not arranged on a vertical line with the weight 130, but is spaced at a certain interval to form the weight 130. Even though it is light, it can be leveled more easily and stably.

In addition, the main line 110 is branched in multiple directions at the lower part of the branch piece 113 to form a plurality of branch lines 111, and each branch line 111 is connected to the main line coupling portion 124b of the second inclined piece 124. It is combined to connect the main body 120 and the fishing line 11. At this time, the number of branch lines 111 is the same as the number of second inclined pieces 124. The branch line 111 of the present invention is made of the same flexible material as a regular fishing line, so when a fish is caught on a fishing hook, the branch line 111 to which the fishing hook is connected becomes a straight line, whereas the branch line to which the fish is not caught has a strong bend as shown in Figure 9. Occurs.

In this way, the main line 110 connected to the fishing line 11 coming down from the fishing rod 10 is connected to the main line coupling portion 124b on the upper part of the second inclined piece 124 of the main body 120, and the main body ( It is installed separately from the weight 130 that provides weight to 120).

The main body 120 is formed of an integrated wire in which a column group 121, a first inclined piece 123, and a second inclined piece 124 are connected, as shown in FIG. 2, and the column group 121 is made of two rows of wires side by side, bent upward at the top, branched in two directions to become the first inclined piece 123, bent twice, inclined downward, and extended to the second inclined piece 124, The first slant piece 123 and the second slant piece 124 are made of a single line of wire spread on both sides of the pillar group 121.

At this time, the first warp piece 123 and the second warp piece 124 are tilted in three directions according to the second embodiment as shown in FIG. 7 or in four directions according to the third embodiment as shown in FIG. 8. When branched into three or four pieces, one more wire is provided to form a first inclined piece 123 and a second inclined piece 124, thereby forming a first main body 120A or four branches branched in three directions. A second main body 120B is formed that branches out in different directions.

In the present invention, the first slanted piece 123 and the second slanted piece 124 are composed of a plurality of pieces, and the pillar group 121 located between them is composed of the first slanted piece 123 and the second slanted piece 124. is the same as the number of Accordingly, the number of branch lines 111, which is the same as that of the second inclined pieces 124, becomes the same. However, the lower parts of the pillar formations 121 are connected to each other, so when referring to the number, it refers to the separated portion above the connected lower parts.

Meanwhile, as shown in Figures 3 and 4, the present invention is provided with a first coupling means (121a) that spreads in a V-shape at the end of the pillar group 121, and an upper part that opens on the first coupling means (121a) The weight 130 is inserted using the ring portion 132 of the weight 130 or the fixing means 131 to which the ring portion 132 is coupled, and the first fixing holder 122 at the top slides to the bottom. Since it is coupled to the first coupling means (121a) provided in two rows, the weight 130 is detachably installed on the first coupling means (121a).

In addition, the pillar group 121 is divided into two sides at the top and includes a first inclined piece 123 that is inclined upward, and a second inclined piece 124 that is bent twice in the first inclined piece 123 and slopes downward. It is provided with a second coupling means (124a) that opens in a V shape at the end of the second inclined piece (124), and a fishing hook (150) or artificial bait (170) is attached to the second coupling means (124a). ) is coupled and the second fixing holder 125 is slidingly coupled.

The first coupling means (121a) and the second coupling means (124a) are spread on both sides when the first fixing holder 122 and the second fixing holder 125 are not coupled, and the weight 130 and fishing are inward. It is provided in a state in which a needle 150 or an artificial bait 170 can be inserted, and is in the form of a snap pin ring that is folded by pressing by hand and fixedly coupled to the first fixing holder 122 and the second fixing holder 125.

In the present invention, the coupling means by which the fixing holder is inserted and coupled to each other forms a closed loop in which the portion exposed to the outside of the fixing holder forms a closed loop, as shown in the enlarged view of Figure 3, and a weight 130 or a fishing hook 150 or Branch lines 111 are combined. Weights, fishing hooks, branch lines, etc. that are combined by a closed loop (circular or oval shaped) formed by a fixed holder can remain firmly connected even when the meat, etc. moves and receives force, and can be connected easily and safely with a fixed ring, etc. It is detachable. The coupling means of the present invention is V-shaped, and the farther away from the end bend, the wider the fixing holder is inserted, so that the fixing holder does not come off unless a separate pressing force is applied.

The first fixing holder 122 can slide up and down on the pillar formation 121, and the second fixing holder 125 can slide up and down on the second inclined piece 124, so that the first fixing holder (122) is separated from or combined with the first coupling means (121a) to attach and detach the weight 130, and the second fixing holder 125 is separated from or coupled with the second coupling means (124a) to attach and attach the fish hook. (150) or artificial bait (170) is detachable.

The first fixing holder 122 and the second fixing holder 125 slide up and down on the pillar piece 121 and the second inclined piece 124, and the first coupling means 121a is provided with two rows of wires. Alternatively, two holes (125a, 125b) into which the second coupling means (124a) is inserted are formed, and the ends of the first coupling means (121a) and the second coupling means (124a) are wider than the two holes (125a, 125b). It is provided to prevent separation from the column formation (121) and the second inclined piece (124).

The first fixing holder 122 and the second fixing holder 125 are provided with a sleeve made of a long cylindrical metal with two overlapping holes.

In addition, the first coupling means (121a) and the second coupling means (124a) have ends that form a ring, so that the weight 130, the fishing hook 150, or the artificial bait 170 can be attached and detached.

Accordingly, the present invention allows the weight 130 to be easily replaced, so that the falling speed can be adjusted according to the weight of the weight 130, and the fishing hook 150 or artificial bait 170 of various lengths can be easily replaced. It is possible to improve the cooking performance.

Since fish will rush even after seeing the falling bait, attach a light weight (130) to slow the falling speed, or attach a heavy weight (130) to speed up the falling speed to attract fish.

In addition, the main body 120 is provided with a first fixing holder 122 and a second fixing holder 125 at the point where the first inclined piece 123 is bent twice at the top and combined with the second inclined piece 124. A third fixing holder 126 of the same form is fixedly installed, but the third fixing holder 126 is fixedly coupled without sliding at the bending point of the first inclined piece 123, and the second inclined piece ( A portion of 124 protrudes and a main line coupling portion 124b is formed in which the branch line 111 is coupled to the second inclined piece 124. The third fixing holder 126 combines the first slanted piece 123 and the second slanted piece 124 and holds them in a certain direction so that they do not spread or bend. The third fixing holder 126 forms a closed loop at the end of the second slanted piece 124 at the point where the first slanted piece 123 is bent to form the upper part of the second slanted piece 124, and forms a branch line. Combine (111).

In addition, a fixing holder serving as a support is further installed at the point where the pillar group 121 branches from the upper part to the first inclined piece 123, so that the pillar group 121 and the first inclined piece 123 are separated or It can be fixed so that it does not bend.

On the other hand, the fishing hook 150 is a combination of lure artificial bait or live bait in the form of a hook, and is provided in various lengths or can be connected to a branch line using a fishing hook hook 151 to adjust the length, and the fishing hook 150 is a fishing hook. By connecting the second end 152 to the ring 151, it is coupled to the second coupling means 124a of the second inclined piece 124 in a state in which twisting is prevented.

In addition, the second coupling means (124a) is coupled by pushing the second fixing holder 125 upward along the second inclined piece 124 to separate it and inserting the fishing hook 150 inside, or as shown in Figure 6. As shown, the artificial bait 170 equipped with a ring-shaped hook can be inserted and immediately combined.

Meanwhile, in the present invention, as shown in FIG. 5, the weight 130 is disposed at the end of the pillar formation 121 extending downward from the center of the main body 120, so that when thrown into the water, it falls to the bottom. The buoyancy body 140 located at the lower part of the pillar group 121 slides along the pillar group 121 and moves upward to the upper part of the pillar group 121, so that the main body 120 does not contact the floor surface. It can stand on its own and become horizontal.

In the present invention, the fishing hook 150 or artificial bait 170 is floated at a certain height and flows to attract fish, rather than lying on the floor, with the weight 130 placed on the floor.

At this time, in the present invention, the falling speed can be adjusted according to the weight of the weight 130, and the baited fishing hook 150 or artificial bait 170 does not contact the bottom and is easily visible to fish, so the bait is After seeing them, they flock to fishing hooks (150) or artificial bait (170).

Meanwhile, the pillar formation 121 has a first buffer ring (160A) fixedly coupled to the lower part and a second buffer ring (160B) fixed to the upper part to safely cushion the buoyancy body 140 that slides up and down. will do.

In addition, as shown in FIGS. 7 and 8, the pillar group 121 is provided with a fourth fixing holder 180 at the point where the first inclined piece 123 branches from the upper part of the second buffer ring 160B, so that it has a plurality of The first inclined piece 123 that branches out is fixed and supported so as not to spread.

As shown in FIG. 7, when forming the first main body (120A) branched in three directions so as to be provided with three fishing hooks (150) according to the second embodiment, the present invention is provided at the upper part of the pillar formation (121). One wire is folded so that the three first inclined pieces 123 are branched, and one wire is folded at the lower part of the fourth fixing holder 180 between the two rows of pillar pieces 121 to form a bent portion 123a. Formed by folding two wires into four rows, the wire is inserted into the insertion hole 181 of the fourth fixing holder 180, is bent at the top of the fourth fixing holder 180, and is inclined upward, forming a first inclined piece ( 123), one cut portion 123b is formed and branches out in three directions to form three first inclined pieces 123.

In addition, as shown in FIG. 8, the present invention is to form a second main body (120B) branched in four directions so as to be provided with four fishing hooks (150) according to the third embodiment of the pillar formation (121). One wire is folded between the pillar pieces 121 so that the four first inclined pieces 123 are branched at the top to form a bent portion 123a at the lower part of the fourth fixing holder 180, and is provided in four rows. The wires are respectively inserted into the insertion holes 181 of the fourth fixing holder 180 and branched in four directions at the top to form four first inclined pieces 123.

In the present invention, when the weight 130 sinks to the bottom, as in lure fishing for catching fish using fake bait and long-distance fishing, fish such as flounder, flounder, rockfish, wrasse, sea bream, and octopus on the bottom layer are caught. In bottom fishing aimed at catching fish, the fishing hook (150) or artificial bait (170) is slightly raised from the bottom to a certain height (10 to 30 cm) so that surrounding fish catch the lure or artificial bait on the fishing hook (150). Fishing is improved by making the live bait or artificial bait (170) visible.

At this time, the buoyancy body 140 does not have strong enough buoyancy to come out of the water, but has weak buoyancy enough to float slightly off the bottom.

Accordingly, when the rolly-poly type bottom fishing rig 100 of the present invention is thrown into the water, the weight 130 sinks to the bottom, but the buoyancy body 140 is at the top of the first buffer ring 160A of the pillar formation 121. It slides along the pillar formation (121) and moves upward to stop at the lower part of the second buffer ring (160B). And the fishing hook 150 or artificial bait 170 is positioned at a certain height from the bottom.

At this time, since the weight 130 can be replaced in the present invention, the heavy weight 130 can be used to quickly lower the weight or the light weight 130 can be used to lower the weight slowly.

Therefore, the rolly-poly type bottom fishing rig 100 of the present invention includes a pole formation 121 extending vertically downward from the center of the main body 120 to which the main line 110 connected to the fishing line 11 is branched and joined. A weight 130 is mounted at the end, and a buoyancy body 140 that slides up and down on the pillar formation 121 is provided, so that the buoyancy body 140 located at the bottom of the pillar formation 121 rises in the water and fishes. The needle 150 or artificial bait 170 is floated at a certain height from the bottom so that it does not directly touch the bottom, making it visible to surrounding fish, which has the effect of having a positive effect on fish.

In the present invention, a first coupling means (121a) is formed in a V-shape at the lower part of the pillar formation 121, and a weight 130 is coupled to the inside of the first coupling means (121a) and a first fixation to the outside. The holder 122 is combined so that the weight 130 can be easily replaced, which has the effect of adjusting the falling speed depending on the weight of the weight 130.

The present invention is provided with a second inclined piece (124) that is bent at an upwardly inclined first inclined piece (123) at the top of the pillar formation (121) and slopes downward, and the end of the second inclined piece (124) has a V A second coupling means (124a) that opens in a shape is formed, and a fishing hook (150) or artificial bait (170) is coupled to the inside of the second coupling means (124a) and the second fixing holder (125) is fixed to the outside. , there is an effect that the fishing hook 150 or artificial bait 170 can be easily replaced.

The present invention has a weight 130 at the center of gravity of the plurality of fishing hooks 150, which has the effect of preventing the tackle from becoming tangled based on the center when throwing or retrieving the tackle.

The present invention provides a fourth fixing holder 180 and a third fixing holder ( 126), it also has the effect of preventing bending or bending.

In the present invention, even when the fish caught on the fishing hook 150 moves, the fishing line 11 from the fishing hook 150 to the fishing rod 10 is connected in a straight line and flows, so that a strong touch can be felt.

In the present invention, when the target fish bites, the fishing hook 150 or artificial bait 170 penetrates the main body 120 in the bite direction without the influence of the weight 130 and actively flows in a straight line to achieve strong hooking. do.

The present invention consists of a flow structure in which the fish, the fishing hook 150, the main line 110, and the fishing line 11 form a straight line, so that the movement of the fish can move the fishing line 11 without interfering with the weight 130 and the main body 120. It is transmitted directly to the fishing rod (10) so that you can feel the taste of fishing, and it is advantageous for fishing by allowing the needle hair to flow against the motion, and also has the advantage of improving fishing quality by preventing needle hair.

10: fishing rod 11: fishing line
100: Rolly-poly type bottom fishing rig
110: main line 111: branch line
112: First Arrival 113: Branch
120: Main body 121: Column formation
121a: first coupling means 122: first fixing holder
123: First slope 123a: Bend part
123b: Cut portion 124: Second inclined piece
124a: second coupling means 124b: main line coupling unit
125: second fixing holder 126: third fixing holder
130: Weight 131: Fixing means
132: hook
140: Buoyancy body
150: Fishing hook 151: Fishing hook ring
152: Second Coming
160A: 1st buffer ring 160B: 2nd buffer ring
170: Artificial bait
180: Fourth fixing holder 181: Insertion hole

Claims (7)

A main ship (110) connected to a fishing line (11);
The main line 110 includes a main body 120 to which branch lines 111 are branched;
The main body 120 extends from the center to the bottom and has a pillar 121 at the end to which a weight 130 is coupled;
The pillar group 121 is made up of a plurality of columns, the upper part of which is opened in a V shape to form the main body 120 to which the main ship 110 is coupled, and the lower part of which descends parallel to each other and the first fixing holder 122 ) is provided with a first coupling means (121a) fixed by;
A first slanted piece 123 is inclined upwardly outward from the top of the pillar formation 121, and a second slanted piece 124 is bent twice from the first slanted piece 123 and slopes downwardly outward. ;
The end of the second inclined piece 124 is bent and is provided with a second coupling means (124a) that opens into a V shape, and a second fixing holder 125 that fixes the second coupling means (124a) that opens into a V shape. is combined;
The buoyancy body 140 slides up and down on the pillar formation 121;
Rolly-poly type bottom fishing rig.
According to paragraph 1,
The first coupling means (121a) disposed at the lower part of the first fixing holder (122) forms a closed loop so that the weight (130) is detachable,
The second coupling means (124a) disposed at the lower part of the second fixing holder (125) forms a closed loop and allows the fishing hook (150) or artificial bait (170) to be attached or detached.
Rolly-poly type bottom fishing rig.
According to paragraph 1,
The first inclined piece 123, the second inclined piece 124, and the pillar piece 121 are made of one continuous wire;
At the point where the first inclined piece 123 is bent to form the upper part of the second inclined piece 124, a third fixing holder 126 is provided to form a closed loop and secure the end of the second inclined piece 124. Includes,
A portion of the second inclined piece 124 protrudes from the third fixing holder 126, and a main line coupling portion 124b is formed in which the branch line 111 is coupled to the second inclined piece 124.
Rolly-poly type bottom fishing rig.
According to paragraph 1,
The pillar group 121 has a first buffer ring (160A) fixedly coupled to the lower part and a second buffer ring (160B) fixed to the upper part,
The buoyancy body 140 is raised from the first buffer ring (160A) to the second buffer ring (160B) in the water by buoyancy.
Rolly-poly type bottom fishing rig.
According to paragraph 1,
The branch line 111 is made of a flexible material, and is branched from the branch piece 113 disposed on the second inclined piece 124 in the same number as the second inclined piece 124.
Rolly-poly type bottom fishing rig.
According to paragraph 2,
When a fish is caught on one of the plurality of fishing hooks 150,
The second slant piece, branch line, and main line connected to the fishing hook on which the fish is caught form a straight line without any bends.
The branch line connected to the fishing hook that has not caught a fish is bent, so the second slant piece and the branch line do not form a straight line.
Rolly-poly type bottom fishing rig.
According to clause 4,
The pillar group 121 is provided with a fourth fixing holder 180 at the point where the first inclined piece 123 branches from the upper part of the second buffer ring 160B,
In the fourth fixing holder 180, a plurality of first inclined pieces 123 branch in multiple directions.
Rolly-poly type bottom fishing rig.