KR20240013585A - A fishing arrangement with multiple hooks fixed - Google Patents

Abstract

The present invention relates to a fishing rig to which a plurality of fishing hooks are fixed, and more specifically, to a fishing rig connected to a fishing line, coupled to a plurality of branched connection lines, and plurally branched from a main body provided with inclined pieces inclined downward in multiple directions. This relates to a fishing rig in which a plurality of fishing hooks are fixed to form a more stable horizontal structure by installing a weight at the center of the connecting line, even if the weight is light.

Description

A fishing arrangement with multiple hooks fixed}

The present invention relates to a fishing rig to which a plurality of fishing hooks are fixed, and more specifically, to a fishing rig connected to a fishing line, coupled to a plurality of branched connection lines, and plurally branched from a main body provided with inclined pieces inclined downward in multiple directions. This relates to a fishing rig in which a plurality of fishing hooks are fixed to form a more stable horizontal structure by installing a weight at the center of the connecting line, even if the weight is light.

In general, single-line fishing is prepared by connecting several branch lines to one main line. In other words, in single-line fishing, the branch line arrangement structure and shape are set in various ways depending on the target fish such as rockfish and flounder to construct the equipment.

On the other hand, a double-needle rig (double-needle rig) in which branch lines are connected to both sides of one main line and a pair of needles are formed on the left and right is an assorted double-needle rig in which branch lines are simply connected to both sides of the main line, and both branch lines are spread apart by wires or tubes. It consists of a set of open twin needles connected by .

The double needle rig includes a fishing rod to which the main line is connected, a horizontal wire coupled through the fishing rod, a connecting ring coupled to both ends of the horizontal wire, a branch wire connected to the connecting ring, and a fishing hook tied to the branch wire. Includes. In addition, a fixing ring (clip) is provided at the lower part of the dorae, and a weight is connected to the fixing ring.

Meanwhile, in the conventional double hook rig, the weight is rotated by a fixed ring in the center, but long links are formed on both sides of the weight, so that the fishing hook can be connected, and the fishing hook connected to both sides of the weight can move freely. It had the disadvantage of not being able to give it at all, and the fishing line combined with the fishing rod and the fishing hook of the rig were not in a straight line, which halved the taste of the hand.

In addition, the conventional double needle rig only provides the rotational movement function of the central main line and does not provide the fluidity of the branch lines, so there was a problem in that it could not solve the problem of the branch lines on both sides of the main line rotating around the central rotation axis becoming entangled with each other.

In addition, the conventional twin needle rig did not provide any rotational movement function for the main line as well as the branch line, so it could not properly expect an anti-tangle effect and did not provide fluidity, so excellent fishing results could not be expected.

In order to solve this problem, the twin needle rig of Public Utility Model Publication No. 20-2015-0002540 has a weight that freely rotates from the main line and a branch line that is paired in pairs on both left and right sides of the weight and rotates freely from the weight. The gap between the two fishing hooks is narrow, the main line and the branch line are separated by weights, and when the fish bites the hook, the main line and the branch line are not in a straight line, which does not guarantee the free movement of the fish, reducing the feel of the hand. There is.

In addition, in the conventional double hook rig, the main line and the branch line are not connected, and the point where the weight and the main line are connected to the rig is made up of a straight line. Since the fishing hooks are positioned symmetrically, if one fishing hook or branch line is broken, it will not level. There is a drawback that makes it difficult to achieve.

In addition, the conventional double hook rig has a problem in that when a fish is caught on one hook, the fish and the fishing line do not form a straight line, so the fishing hook and the weight on which the fish is not caught can become tangled with each other.

KR 20-2010-0010372 (Publication number) 2010.10.22. KR 20-2015-0002540 (Publication number) 2015.06.30. KR 20-2022-0000073 (Publication number) 2022.01.10.

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

It is connected to a fishing line and is combined with multiple branched connection lines, and a weight is installed at the center of the multiple branched connection lines in the main body equipped with inclined pieces sloping downward in multiple directions, creating a more stable horizontal structure even if the weight is light. The purpose is to provide fishing equipment with fixed fishing hooks.

Another object of the present invention is a main body provided with a multi-directional downward sloping piece to which a plurality of branched connecting lines are connected, a weight coupled to the center of the main body, and a fishing line tied to a branch line at the end point of the inclined piece. The purpose is to provide a fishing rig in which a plurality of fishing hooks are fixed, which consists of a needle and the weight serves as the center of gravity so that the plurality of fishing hooks are spaced apart while maintaining a horizontal position to prevent line tangles and tangles.

Another object of the present invention is to provide a fishing rig in which a plurality of fishing hooks are fixed, in which the fishing line from the branch line to the fishing rod is connected in a straight line even as the fish caught on the fishing hook moves.

Another object of the present invention is to provide a fishing rig with a plurality of fishing hooks fixed to each other so that the center of gravity moves and becomes horizontal even if the fishing hook or branch line is broken by spacing the plurality of fishing hooks based on the weight separated from the connecting line. will be.

Another object of the present invention is to install a weight at the center of a short-length first inclined piece in the guide portion of the main body, and a fishing hook connected to a branch line is disposed at the end point of the long-length, downwardly inclined second inclined piece, so that the fishing hook and the weight The farther away the weight is, the less it interferes with fishing, and the less the influence of the weight on moving the fishing line.

Another object of the present invention is to provide a plurality of fishing hooks in which the connecting point of the first and second warp pieces of the main body is made of a soft material, allowing the angle of the first and second warp pieces to be changed with finger pressure depending on the fishing target. This is to provide fixed fishing gear.

Another object of the present invention is to provide a fishing tackle in which a plurality of fishing hooks are fixed and have fluidity and horizontality even when other fishing tackles are continuously connected to the upper part of the connection line.

Another object of the present invention is to create a flow structure in which the fish, branch line, connecting line, 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 interference from the weight and main body, so that you can feel the taste of fishing. By allowing the needle hairs to move against the movement, it is advantageous for sifting and prevents needle hairs, thereby improving harvesting.

Another purpose of the present invention is to ensure that when a target fish bites, the branch line penetrates the main body in the direction of the bite without being affected by the weight, and is transmitted to the fishing rod to actively flow, thereby achieving strong hooking.

In order to achieve the above object, the present invention includes a first inclined piece 111a inclined upwardly outward, and a second inclined piece 111b bent outwardly inclined downwardly with the first inclined piece 111a. A main body 110 consisting of a guide portion 111; A fixing ring 112 for coupling the weight 120 at the center of the main body 110, where the first inclined pieces 111a meet each other; A connecting line fixing piece 133 that holds the fishing line 210 coming down from the fishing rod 200 and fixes the same number of branched connecting lines 130 as the guide portion 111 at the lower part; A plurality of flexible connection lines 130 branched from the connection line fixing piece 133, which is a spaced upper part of the main body 110, and coupled to the starting point 113a of the upper part of the second inclined piece 111b; It includes a flexible branch line 141 connecting the lower end point 113b of the second inclined piece 111b and the fishing hook 140.

The present invention provides a starting point (113a) at which the connection line 130 is connected in the main body 110, an end point (113b) at which the branch line 141 is connected, or the guide portion 111 at the center where the fixing ring 112 is formed. The support 114, which is hollow on the inside, is coupled so that it penetrates.

In the present invention, when a fish is caught on the fishing hook 140, the fishing line 210 between the branch line 141, the connecting line 130, and the fishing rod 200 connected to the fishing hook 140 forms a straight line without bending. .

The upper part of the connection line 130 of the present invention is connected to the fixing ring 112 of another main body 110 and is arranged in multiple stages up and down.

In the present invention, when a fish is caught, the connecting line 130 connected to the fishing hook 140 is disposed to be inclined downward at the same angle as the second inclined piece 111b, and forms an acute angle with another connecting line in which no fish has been caught.

The main body 110 of the present invention is provided with a first inclined piece (111a), a second inclined piece (111b), and a fixing ring (112) made of an integrated wire.

The support 114 of the present invention is; It is provided with a sleeve having two first and second through holes (114a, 114b) located at a starting point (113a) where the connection line (130) is connected and an end point (113b) where the branch line is connected, and the first and second through holes (114a, 114b) are formed. The first slanted piece 111a or the second slanted piece 111b is bent and inserted into the holes 114a and 114b.

The main body 110 of the present invention has two, three or four first inclined pieces 111a of the guide portion 111 spaced apart from each other at a certain angle, and are provided radially.

The guide part 111 of the present invention has a first inclined piece 111a branched in multiple directions around the fixing ring 112 to which the weight 120 is attached, and a first inclined piece branched in multiple directions ( 111a) is further provided with a fixing holder 160 that penetrates and secures the inside, and a fixing ring 112 in which the first inclined piece 111a is bent is located at the lower part of the holder 160.

The holder 160 of the present invention is formed with a plurality of through holes 161, or is formed at both ends with an O-shaped through fixing part 162, or has an O-shaped through fixing part 162 and a C-shaped hook-shaped The fixing portions 163 are formed separately, or the cut portions 163a of the C-shaped hook-shaped fixing portions 163 are formed in opposite directions.

In the lower part of the holder 160 of the present invention, a rice bowl 170 is further installed, which is formed externally in a mesh shape, allows water to pass through, is connected to the holder 160 and a connection part 161, and is opened and closed by a hinge 172. .

Therefore, the fishing rig to which a plurality of fishing hooks of the present invention are fixed is connected to a fishing line and coupled with a plurality of branched connection lines, and the weight is centered on the plurality of branched connection lines in a main body provided with inclined pieces inclined downward in multiple directions. Installing a weight has the effect of creating a more stable horizontal structure even if the weight is light.

The present invention consists of a main body provided with a multi-directional downward sloping piece to which a plurality of branched connecting lines are connected, a weight coupled to the center of the main body, and a fishing hook tied to a branch line at the end point of the inclined piece. As the weight becomes the center of gravity, multiple fishing hooks remain horizontal and spaced apart, effectively preventing line tangles and tangles.

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

The present invention has the effect of spacing a plurality of fishing hooks based on a weight separated from the connecting line, so that the center of gravity moves and becomes horizontal even if the fishing hook or branch line is broken.

In the present invention, a weight is mounted at the center of a short first inclined piece in the guide portion of the main body, and a fishing hook connected to a branch line is disposed at the end point of the long length of the second inclined piece inclined downward, so that the fishing hook and the weight are separated from each other. It has the effect of reducing the interference with fishing due to the weight and reducing the influence of the weight on the movement of the fishing line.

The present invention has the advantage that the connection point of the first and second warp pieces of the main body is made of a soft material, so that the angle of the first and second warp pieces can be changed with finger pressure depending on the fishing target.

The present invention has fluidity and horizontality even when other fishing gear is continuously connected to the upper part of the connection line.

The present invention consists of a flow structure in which the fish, branch line, connecting line, 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 interference from the weight and main body, so that you can feel the taste of fishing and the movement of the needle hair. By allowing it to flow against the grain, it is advantageous for sieving and has the effect of improving ripening by preventing needle hair.

In the present invention, when a target fish bites, the branch line penetrates the main body in the bite direction without being affected by the weight and is transmitted to the fishing rod to actively flow, thereby achieving a strong hooking effect.

1 is a perspective view of a fishing rig to which a plurality of fishing hooks are fixed according to a first embodiment of the present invention;
Figure 2 is a perspective view of the main body of the fishing rig to which a plurality of fishing hooks are fixed according to the first embodiment of the present invention;
Figure 3 is a front view of a fishing rig to which a plurality of fishing hooks are fixed according to the first embodiment of the present invention;
Figure 4 is a diagram showing a state in which the fish, branch line, connection line, and fishing line form a straight line in the fishing rig to which a plurality of fishing hooks of the present invention are fixed;
Figure 5 is a front view of a bait mounted on a fishing rig to which a plurality of fishing hooks of the present invention are fixed;
Figure 6 is a perspective view of a fish tank mounted on a fishing rig to which a plurality of fishing hooks of the present invention are fixed;
Figure 7 is a perspective view of a fishing rig with a plurality of fishing hooks fixed to it according to the present invention, with the groundbait box open;
Figure 8 is a front view of the fishing rig of the present invention with a plurality of fishing hooks fixed thereto in a multi-stage state;
Figure 9 is a perspective view of a state in which a holder is provided on a fishing rig to which a plurality of fishing hooks of the present invention are fixed;
Figure 10 is a perspective view of a three-legged main body provided in the fishing rig to which a plurality of fishing hooks are fixed according to the present invention;
Figure 11 is a perspective view of a four-legged main body provided in the fishing rig to which a plurality of fishing hooks are fixed according to the present invention;
Figure 12 is a state diagram showing the form of four holders for fixing the first inclined piece branched in multiple directions in the fishing rig to which a plurality of fishing hooks are fixed according to the present invention;
Figure 13 is a perspective view of a fishing rig equipped with a plastic-type first main body and fixed to a plurality of fishing hooks according to a second embodiment of the present invention;
Figure 14 is a perspective view of a fishing rig equipped with a first three-legged main body and fixed to a plurality of fishing hooks according to a second embodiment of the present invention;
Figure 15 is a perspective view of a fishing rig equipped with a first four-legged main body and fixed to a plurality of fishing hooks according to a second embodiment 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 fishing tackle 100 in which a plurality of fishing hooks connected to the fishing line 210 lowered from the fishing rod 200 are fixed, as shown in FIGS. 1 to 11,

It consists of a plurality of guide portions 111 including a first inclined piece 111a inclined upwardly outward, and a second inclined piece 111b bent outwardly inclined downward with the first inclined piece 111a. Main body 110;

A fixing ring 112 for coupling the weight 120 at the center of the main body 110, where the first inclined pieces 111a meet each other;

A connecting line fixing piece 133 that holds the fishing line 210 coming down from the fishing rod 200 and fixes the same number of branched connecting lines 130 as the guide portion 111 at the lower part;

A plurality of flexible connection lines 130 branched from the connection line fixing piece 133, which is a spaced upper part of the main body 110, and coupled to the starting point 113a of the upper part of the second inclined piece 111b;

It includes a flexible branch line 141 connecting the lower end point 113b of the second inclined piece 111b and the fishing hook 140. It is arranged separately from the connection line 130,

Then, the weight 120 is separated from the connection line 130 and is disposed at the center of gravity of the plurality of fishing hooks 140.

The fishing line 210 coming down from the fishing rod 200 is made of a raw line made of a flexible material and is twisted through the connecting line 130, the fishing line 131, and the snap ring 132 of the fishing tackle 100 to which a plurality of fishing hooks are fixed. It is connected in this prevented state, and a supporting force is generated in the connection line 130. The fishing hook 140 and the fishing line 210 are not directly coupled, but form a straight line with the fishing line 210 when the fish is caught on the fishing hook 140. Here, the fishing line 210 includes cases where it is connected to the fishing rod 200 through various configurations.

The present invention, as shown in FIG. 4, when a fish is caught on the fishing hook 140, the fishing line 210 between the branch line 141, the connecting line 130, and the fishing rod 200 connected to the fishing hook 140. It forms a straight line without bending. In the present invention, the connecting line 130 is made of the same material as the fishing line 210 and is flexible, and is combined with the starting point 113a, which is the upper end of the second slanted piece 111b, to form the second slanted piece 111b without the mediation of other media. It can be moved directly, so when a fish is caught on the fishing hook 140, the branch line 141 and the second inclined piece 111b become a straight line. At this time, the connection line 130 is made of a flexible material and moves along the movement of the second inclined piece 111b, so that the fishing line 210 and the fishing rod 200 at the top of the connection line 130 can be in a straight line. The straight line formed from this fish to the fishing rod 200 provides a strong feel because the movement of the fish can be strongly felt.

In addition, when a fish is caught, the connection line 130 connected to the corresponding fishing hook 140 is disposed to be inclined downward at the same angle as the second inclined piece 111b, and forms an acute angle with another connection line in which no fish has been caught. In this way, the connecting line 130 is flexible and consists of the same number as the guide portion 111, so that the connecting line 130 connected to the fishing hook on which the fish is not caught can be easily bent, so that the second inclined piece 111b is connected from the fishing hook with the fish caught. , Ensure that the connection line 130 and fishing line 210 are in a straight line.

In addition, in the present invention, the starting point (113a), which is the point where the connection line 130 is coupled to the main body 110, is not arranged on a vertical line with the weight 120 but is spaced apart at regular intervals, so that the weight of the weight 120 Even though it is light, it can be leveled more easily and stably.

In this way, the connecting line 130 connected to the fishing line 210 coming down from the fishing rod 200 is connected to the starting point 113a of the upper part of the second inclined piece 111b of the main body 110, and the main body 110 It is installed separately from the weight 120 that provides weight. Accordingly, when a fish bites and pulls the fishing hook 140, the connecting line 130 and fishing line 210, which move together with the fishing hook 140, are not directly coupled to the weight 120 that provides weight to the fishing gear, so the fishing line When pulling 210, there is little influence from the weight 120, so the flow of the fishing line 210 according to the movement of the fish is transmitted to the fishing rod 200, allowing a strong hand feel. When the weight 120, which provides weight, is combined with the fishing line 210 and the fishing line 210 is affected by the weight 120, the tension due to the movement of the fish is reduced, thereby reducing the feel of the fish. Accordingly, the present invention minimizes the influence of the weight 120 when a fisherman pulls the fishing line 210, allowing the fisher to feel a strong hand feel.

In the present invention, the fishing line 210 that comes down from the fishing rod 200 can come down from the fishing rod 200 directly or in combination with other components, and includes the fishing line 210 that moves when the fishing rod 200 is pulled.

Meanwhile, the connection line 130 branches out in multiple directions from the lower part of the connection line fixing piece 133 and connects to the guide portion 111 consisting of the first inclined piece 111a and the second inclined piece 111b and the branch line 141. The number is the same as that of the fishing hooks 140 to be bound, and is located at the starting point 113a. The second inclined piece 111b is bent and inserted into the first support 114A and coupled to the hole formed. At this time, the weight 120 is located directly below the connection line fixing piece 133 where the connection line 130 branches. That is, the entire weight is separated horizontally at the branch point of the branching connection line 130.

The present invention is a main body formed by combining a fishing line 210 coming down from a fishing rod 200 with the connecting line 130 and a plurality of guide portions 111 on which a plurality of branched connecting lines 130 are fixedly installed. In a state where a plurality of fishing hooks 140 are combined at (110), the weight 120 becomes the center of gravity, and the connection line 130 is connected to the second inclined piece 111b of one guide portion 111. The positions of the contact starting point 113a and the end point 113b of the lower part of the weight 120 and the second inclined piece 111b have a virtual triangular structure, and are located at the lower part of the first inclined piece 111a. Since the weight 120 is attached to the fixing ring 112, if one of the fishing hooks 140 or the branch line 141 is broken, the bait is caught in the fishing hook 140 bound to the branch line 141. The center of gravity of the main body 110 moves from the weight 120 to the starting point 113a of the second inclined piece 111b.

The main body 110 is formed by combining a plurality of guide parts 111, and as shown in FIG. 2, it consists of two first inclined pieces 111a and second inclined pieces 111b spaced at 180 degree intervals. It may be composed of a guide portion 111, or as shown in FIG. 10, three guide portions 111 spaced at 120-degree intervals may be combined to form a three-legged main body 110c, or as shown in FIG. 11. Four guide parts 111 spaced at 90-degree intervals may be combined to form a four-legged main body 110d. In this way, the main body 110 maintains the plurality of fishing hooks 140 horizontal by ensuring that the gap between the guide parts 111 is the same, and in the case of two guide parts 111, the opening angle is 180 degrees so that the opening angle is constant. , in the case of three guide parts 111, it is 120 degrees, and in the case of four guide parts 111, it is 90 degrees.

In the main body 110, one guide portion 111 is formed by bending a first inclined piece 111a and a second inclined piece 111b, and the first inclined piece 111a is bent at the center and inclined upward. Formed, the second slanted piece 111b is combined with the connection line 130 running from the top, bent, slanted downward, and formed longer than the first slanted piece 111a. When a fisherman catches a fish by pulling the fishing line 210, the main body 110 combined with the weight 120 is branched so that it does not directly affect the connection line 130 of the second inclined piece 111b. It is installed at the starting point (113a). Since the connection lines 130 are each branched and joined to the starting point 113a, the angler can feel the movement of the fishing line 210 via the fishing rod 200.

The present invention is a second inclined piece ( 111b) is bent and through-coupled, and a hollow tubular support 114 is provided inside where the first inclined piece 111a is through-coupled so that a fixing ring 112 is formed at the center. The support 114 has a starting point 113a, which is the starting point where the connection line 130 is connected to the main body 110, an end point 113b, where the branch line 141 is connected, and an upper part of the fixing ring 112. Each is installed. That is, the first support 114A is coupled at the starting point 113a, the second support 114B is coupled at the end point 113b, and the third support 114C is coupled at the fixing ring 112. At this time, any of the starting point 113a, the ending point 113b, and the fixing ring 112 may be combined with a ring of a different type than the support 114. However, since the basic embodiment of the present invention is a form in which the first warp piece (111a) and the second warp piece (111b) are integrated, the first warp piece (111a) and the second warp piece (111b) are bent ( The basic embodiment is to make a ring (by bending) and inserting the support 114 into it to fix it.

In the present invention, the starting point (113a) is close to the heavy weight 120 and far from the light fishing hook 140, so that a straight line can be quickly formed in the direction of the fishing hook 140 even with a small force of the fish, and fishing from the weight 120 is possible. The needles 140 are spaced apart, so there is less interference with fishing due to the weight 120. The present invention is leveled by the starting point 113a rather than by the weight of the weight 120. The fish caught on the fishing hook 140 moves away from the weight 120 and the starting point 113a, so that it is less affected by the weight 120 and can move freely. At this time, the fish forms a straight line with the branch line 141, connection line 130, and fishing line 210 connected to the fishing hook 140 without bending, and the user feels a strong touch.

The second inclined piece 111b, which is a long part of the main body 110 where the starting point 113a and the ending point 113b are located, is installed at the end point 113b from the first support 114A installed at the starting point 113a. The length of the second support 114B is longer than the length of the first inclined piece 111a.

In this way, the length from the starting point (113a) to the ending point (113b) is longer than the length from the first inclined piece (111a) to the weight 120, so that the branch line 141 to which the fishing hook 140 is bound is coupled. When the end point (113b), the starting point (113a), and the portion where the weight 120 are located are arranged horizontally on the same line rather than a triangular structure, the fishing hook 140 and the weight 120 cannot be maintained horizontally. Although difficult, in the present invention, the starting point (113a) where the connection line 130 is coupled to the guide portion 111 is located at the top, and the remaining two points (the end point (113b) and the center where the weight 120 is coupled) are located at the bottom. They are spaced apart to form a triangular structure, making it easy to maintain horizontality before or after a fish is caught.

In the present invention, before a fish is caught, the center of gravity of the triangular structure is at the point where the connecting line 130 is connected to the main body 110, that is, the starting point (113a), so even if the triangular structure is shaken and thrown, the connecting line 130 is connected to the starting point (113a). ) Based on this, the fishing hook 140 and the weight 120 are horizontal, and even after the fish is caught by the fishing hook 140, the end point 113b moves in the direction in which the fish is pulled (lower direction), forming a triangular structure. As it rotates, the weight 120 and the fishing hook 140 become free without being tangled. At this time, since the weight 120 is suspended from the fixing ring 112, the weight effect is very small.

On the other hand, the main body 110 includes a second inclined piece 111b where the starting point 113a and the end point 113b are located, and a first inclined piece where the fixing ring 112 on which the weight 120 is mounted is located ( 111a) is provided so that the angle between them can be adjusted. Accordingly, if the angle between the first inclined piece 111a and the second inclined piece 111b in the main body 110 is increased, the distance between the weight 120 and the end point 113b increases, and the horizontal angle of the main body 110 increases. grows larger and becomes more horizontal due to the lever principle. In this way, the main body 110 of the present invention is made of wire and has a second inclined piece 111b that is inclined downward by hand pressure by the user depending on the fishing target, and a fixing ring 112 on which the weight 120 is mounted. The angle between the formed first inclined pieces 111a can be freely changed.

In the present invention, when the weight of the bait hung on the fishing hook 140 is large, the end point (113b) of the main body 110 faces downward. At this time, a fixed ring on which the weight 120 is mounted in the main body 110 Hold (112) and increase the angle between the lower part of the first inclined piece (111a) and the second inclined piece (111b) so that the distance between the weight (120) and the end point (113b) increases and can be leveled by the lever principle. do.

In other words, the present invention allows fishing because the entire main body 110 or the joint portion of the first inclined piece 111a and the second inclined piece 111b is made of a soft material and the angle of the bent main body 110 can be freely changed. It is possible to easily adjust the inclination angle of the second inclined piece (111b) according to the weight of the bait in the field.

In addition, the main body 110 is equipped with a third support 114C to prevent the weight 120 from being separated from the fixing ring 112 and to secure the two first inclined pieces 111a bent on both sides. do.

The support 114 is made of a short sleeve and can be provided with a first support 114A, a second support 114B, and a third support 114C, and has an 8-shaped cross-section as shown in FIG. 2. It is formed by bending the first slanted piece 111a or the second slanted piece 111b of the main body 110 into the first through hole 114a and the second through hole 114b and inserting it in two lines with a connection line 130. ) or a through hole into which the branch wire 141 or the first connection means 122 is inserted is formed and can be fixed.

The main body 110 has a connection line 130 coupled to the starting point 113a formed by the support 114, and a fishing hook 140 connected to a branch line 141 coupled to the end point 113b by external force. It becomes possible to move. In the present invention, when a fish is caught on a fishing hook 140, the fishing line 210 connected to the connecting line 130 flows and moves immediately without the influence of the weight 120 and the hanging weight.

On the other hand, as shown in Figure 5, the present invention can catch various fish species by mounting bait 150, such as artificial bait for lures, octopus, or artificial bait shrimp for catching squid, in addition to the fishing hook 140, on the branch line 141. there is.

As shown in FIGS. 6 to 12, the present invention is further provided with a fixing holder 160 for fixing the first inclined piece 111a branched in multiple directions while penetrating therein, and the first inclined piece 111a ) The fixing ring 112, which is formed by spreading on both sides, is located at the lower part of the holder 160.

As shown in FIG. 12, the holder 160 consists of a cylindrical first holder 160a, and a plurality of through holes 161 through which the first inclined piece 111a passes are formed, or O-shaped holes are formed at both ends. It consists of a second holder (160b) formed with a penetrating fixing part 162, or a third holder (160c) formed with an O-type penetrating fixing part 162 and a C-shaped hook-shaped fixing part 163, respectively. The cut portion 163a of the C-shaped hook-shaped fixing portion 163 may be formed as a fourth holder 160d formed in opposite directions.

A through hole 161 or a through fixing part 162 or a fixing part 163 that prevents the first inclined piece 111a from being separated is formed in such a holder 160 to facilitate the first inclined piece 111a. A stable fit is possible. A fixing ring 112 protrudes from the lower part of the holder 160, a weight 120 is mounted on the fixing ring 112, and the weight 120 forms the center of gravity. At this time, the first inclined piece 111a is formed with a bent portion 111c to be inserted into the through hole 161 of the cylindrical first holder 160a.

The bent portion 111c is a part bent to tilt upward when a portion of the first inclined piece 111a is inserted into the through hole 161 formed in the cylindrical holder 160, and is formed of three first inclined pieces. When forming the three-legged main body 110c with (111a), the portion protruding through the through hole 161 is cut.

The guide part 111 is made up of one side of a wire support folded in half at the fixing ring 112, so that two guide parts 111 can be formed with one wire support, and the two wire supports can be folded in half to form the central part. By overlapping, four guide portions 111 can be formed. Accordingly, when forming the three-legged main body 110c provided with three guide parts 111, the upper part of the bent part 111c of the first inclined piece 111a bent at the top of the holder 160 is cut and used. .

In addition, the holder 160 is provided with a through-hole connecting portion 161 to which a through-hole 161 is connected on the lower side, and a first fixing ring 112a is provided at the center of one of the two wire supports. It is provided to be inserted. And one fixing ring 112 is exposed to the outside of the holder 160.

Meanwhile, at the lower part of the holder 160, as shown in FIGS. 6 and 7, a connection portion 171 formed of a wire that is formed in a mesh shape to allow water to pass through and is inserted into the through hole 161 of the holder 160. ), and a groundbait container 170 that is opened and closed by a hinge 172 is further installed.

The groundbait container 170 is in the form of a tong that is opened by a hinge 172. When the upper end to which the connection part 171 is connected is held and pressed toward the center, the side is opened to facilitate inserting groundbait. When closed, the protrusion 173 formed on the side is opened. ) are interlocked and combined with each other.

The outside of the rice bowl 170 has a mesh shape made of wire or plastic, and water passes through it. In addition, the groundbait container 170 can be opened and closed so that groundbait can be placed and closed, and upon contact with passing water, the groundbait is decomposed and spreads around. The groundbait container 170 is detachably coupled to fishing equipment by inserting a connection portion 171 into the through hole 161 of the holder 160.

In this way, in the present invention, when the undercooking container 170 is further installed on the holder 160 in the main body 110, the undercooking container 170 adjusts the inclination angle of the first inclined piece 111a according to the weight to form a plurality of It assists the balance of the fishing rig (100) on which the fishing hook is fixed and makes it easy to attract fish.

The main body 110 has a second inclined piece 111b, which is a long part of the guide part 111, inclined downward at an interval of about 120 degrees with the connection line 130 and between the weight 120 and the fishing hook 140. The connection line 130 is coupled to the starting point 113a located in so that the weight 120 and the plurality of fishing hooks 140 spaced apart are horizontal.

In the present invention, the fishing hook 140 is spaced apart based on the weight 120 and maintained horizontally, so that the connecting line 130 and the fishing hook 140 are not tangled, and the fishing hook 140 is placed away from the main body 110. ) is located so the fish only sees the bait and easily bites the bait. However, if the fishing rig is erected vertically rather than horizontally, the weight 120 and the connecting line 130 may become tangled even with a small wave.

Meanwhile, as shown in FIG. 8, the present invention is connected to the first-stage main body (110a) instead of the weight 120 to the fixing ring 112 of the second-stage main body (110b) at the top of the first-stage main body (110a). By connecting the end 131 of the connection line 130, the fishing gear can be arranged in multiple stages up and down. At this time, the first-stage main body (110a) is connected to the fixing ring 112 of the second-stage main body (110b) located at the top, and the first-stage main body (110a) is in the same state as the second-stage main body (110b) (connection line (130) is coupled to the snap ring 132 connected to the dorae 131, and the two lines branch from the lower part of the connecting line fixing piece 133, and are connected to the branch line 141 and the fishing hook through the second inclined piece 111b. (140) is connected), and the weight 120 is installed on the fixing ring 112 of the first stage main body 110a. In this way, the present invention has a structure that has fluidity and a horizontal structure function (horizontality) even when two or more main bodies 110 are connected in succession to form a multi-stage structure. At this time, the connection line 130 of the two-stage main body 110b located at the upper part is directly connected to the fishing line 210, and the first-stage main body 110a located at the lower part is not directly connected to the fishing line 210 but is connected to the fishing line 131 ) and the connection line 130 connected to the snap ring 132 is installed to be movable. In this way, when the main body 110 is provided in multiple stages, the weight 120 is connected only to the lowest fixing ring 112, and the first inclined piece 111a and the second inclined piece 111b of each stage are connected. The opening angle may vary depending on the weight of the weight 120 and the lower first stage main body 110a.

Meanwhile, according to the second embodiment of the present invention, as shown in FIGS. 13 to 15, the guide portion 111 of the main body 110 may be made of a plastic injection structure made of a hard material that does not bend.

In this way, the first main body 110e, which is made of a double needle equipment with a plastic injection structure, is spread on both sides around the ring groove 113c where the weight 120 is coupled, and has a third inclined piece 111d inclined upward and , a guide portion 111 is provided from the third inclined piece 111d to the downwardly inclined fourth inclined piece 111e, and a connecting line ( 130) is provided at a starting point 113a, and an end point 113b is provided at which the branch line 141 is connected to the fourth inclined piece 111e. The starting point (113a) is penetrated by the connecting line (130), the end point (113b) is penetrated by the branch line (141), and the ring groove (113c) is provided as a through hole through which the connecting means to which the weight (120) is coupled is penetrated. .

In addition, the first three-legged main body (110f) or the first four-legged main body (110g) of the plastic injection structure is provided with a guide portion 111 that spreads out in three or four directions from the center where the weight 120 is coupled. And a fifth holder (160e) is provided at the center where the weight 120 is coupled. The first three-legged main body (110f) and the first four-legged main body (110g) have a guide portion 111 at the same angle as the three-legged main body (110c) and the four-legged main body (110d) provided with wire. It spreads out so that each fishing hook 140 is horizontal.

Therefore, the fishing rig 100 on which a plurality of fishing hooks of the present invention is fixed is connected to the fishing line 210 and coupled with a plurality of branched connection lines 130, and has a second inclined piece 111b inclined downward in multiple directions. By installing the weight 120 at the center of the plurality of branched connection lines 130 in the main body 110, there is an effect of forming a more stable horizontal structure even if the weight 120 is light.

The present invention relates to a main body 110 provided with a second inclined piece 111b inclined downward in a multi-direction to which a plurality of branched connection lines 130 are coupled, and a weight coupled to the center of the main body 110. (120) and a fishing hook 140 bound to the branch line 141 at the end point 113b of the second inclined piece 111b, and the weight 120 serves as the center of gravity to form a plurality of fishing hooks ( 140) are maintained horizontally and spaced apart, which is effective in preventing line tangles and tangles.

In the present invention, even when the fish caught on the fishing hook 140 moves, the fishing line 210 from the branch line 141 to the fishing rod 200 flows in a straight line, so that a strong touch can be felt.

The present invention separates a plurality of fishing hooks 140 based on the weight 120 separated from the connecting line 130, so that even if the fishing hook 140 or branch line 141 is broken, the center of gravity moves and becomes horizontal. It works.

In the present invention, a weight 120 is mounted at the center of a plurality of first inclined pieces 111a in the main body 110, and a second inclined piece 111b that is longer than the first inclined piece 111a and is inclined downward. The fishing hook 140 connected to the branch line 141 is placed at the end point 113b, so that the fishing hook 140 and the weight 120 are far away, thereby reducing the interference with fishing caused by the weight 120, and the weight 120 This has the effect of reducing the influence of movement of the fishing line 210.

In the present invention, the connection point of the first slanted piece 111a and the second slanted piece 111b of the main body 110 is made of a soft material, so that the first slanted piece 111a and the second slanted piece 111b are formed depending on the fishing target. The advantage is that changing the angle is possible with finger pressure.

The present invention has fluidity and horizontality even when other main bodies 110 are continuously connected to the upper part of the connection line 130 connected to the main body 110.

The present invention consists of a flow structure in which the fish, the branch line 141, the connection line 130, and the fishing line 210 form a straight line, so that the movement of the fish is carried out by the fishing line 210 and the fishing line 210 without interfering with the weight 120 and the main body 110. It is delivered directly to the fishing rod 200 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 has the effect of improving fishing quality by preventing needle hair.

In the present invention, when the target fish is biting, the branch line 141 penetrates the main body 110 in the biting direction without being affected by the weight 120 and is transmitted to the fishing rod 200 to actively flow, thereby creating a strong hooking effect. .

100: Fishing equipment with multiple fishing hooks fixed
110: Main body 110a: 1st stage main body
110b: Two-stage main body 110c: Three-stage main body
110d: four-legged main body 110e: first main body
110f: first three-legged main body 110g: first four-legged main body
111: guide part 111a: first slope
111b: Second inclined piece 111c: Bend portion
111d: 3rd slope 111e: 4th slope
112: fixing ring 113a: starting point
113b: End point 113c: Ring groove
114: support 114a: first through hole
114b: 2nd through hole 114A: 1st support
114B: 2nd support 114C: 3rd support
120: Weight 121: Link
122: first connection means 123: second connection means
130: connection line 131: arrival
132: Snap ring 133: Connection line fixing piece
140: Fishing hook 141: Branch line
150: Bait
160: Holder 160a: First holder
160b: 2nd holder 160c: 3rd holder
160d: 4th holder 160e: 5th holder
161: Through hole 161a: Through hole connection part
162: Penetrating fixing part 163: Fixing part
163a: incision
170: Rice bowl 171: Connection part
172: Hinge 173: Protrusion
200: fishing rod 210: fishing line

Claims (11)

It consists of a plurality of guide portions 111 including a first inclined piece 111a inclined upwardly outward, and a second inclined piece 111b bent outwardly inclined downward with the first inclined piece 111a. Main body 110;
A fixing ring 112 for coupling the weight 120 at the center of the main body 110, where the first inclined pieces 111a meet each other;
A connecting line fixing piece 133 that holds the fishing line 210 coming down from the fishing rod 200 and fixes the same number of branched connecting lines 130 as the guide portion 111 at the lower part;
A plurality of flexible connection lines 130 branched from the connection line fixing piece 133, which is a spaced upper part of the main body 110, and coupled to the starting point 113a of the upper part of the second inclined piece 111b;
A flexible branch line (141) connecting the lower end point (113b) of the second inclined piece (111b) and the fishing hook (140).
Fishing equipment with multiple fishing hooks fixed on it.
According to paragraph 1,
In the main body 110, the guide portion 111 penetrates the starting point 113a where the connection line 130 is connected, the end point 113b where the branch line 141 is connected, or the center where the fixing ring 112 is formed. The support 114, which is hollow on the inside, is combined
Fishing equipment with multiple fishing hooks fixed on it.
According to paragraph 1,
When a fish is caught on the fishing hook 140,
The fishing line 210 between the branch line 141, connection line 130, and fishing rod 200 connected to the fishing hook 140 forms a straight line without bending.
Fishing equipment with multiple fishing hooks fixed on it.
According to paragraph 1,
The upper part of the connection line 130 is connected to the fixing ring 112 of the other main body 110 and is arranged in multiple stages up and down.
Fishing equipment with multiple fishing hooks fixed on it.
According to paragraph 1,
When a fish is caught, the connection line 130 connected to the fishing hook 140 is disposed to be inclined downward at the same angle as the second inclined piece 111b, and forms an acute angle with another connection line in which no fish has been caught.
Fishing equipment with multiple fishing hooks fixed on it.
According to paragraph 1,
The main body 110 is
The first inclined piece (111a), the second inclined piece (111b), and the fixing ring (112) are provided as an integrated wire.
Fishing equipment with multiple fishing hooks fixed on it.
According to paragraph 2,
The support 114 is;
It is provided with a sleeve having two first and second through holes (114a, 114b) located at a starting point (113a) where the connection line (130) is connected and an end point (113b) where the branch line is connected, and the first and second through holes (114a, 114b) are formed. The first slanted piece 111a or the second slanted piece 111b is bent and inserted into the holes 114a and 114b.
Fishing equipment with multiple fishing hooks fixed on it.
According to paragraph 1,
The main body 110 has the first inclined pieces 111a of the guide portion 111 spaced apart at a certain angle, and two, three or four of them are provided radially.
Fishing equipment with multiple fishing hooks fixed on it.
According to paragraph 1,
The guide portion 111 has a first inclined piece 111a branched in multiple directions around a fixing ring 112 to which the weight 120 is attached,
A fixing holder 160 for fixing the first inclined piece 111a branched in multiple directions is further provided, and a fixing ring 112 in which the first inclined piece 111a is bent is provided with the holder ( 160) located at the bottom of
Fishing equipment with multiple fishing hooks fixed on it.
According to clause 9,
The holder 160 is formed with a plurality of through holes 161, or is formed at both ends with O-shaped through fixing parts 162, or has an O-shaped through fixing part 162 and a C-shaped hook-shaped fixing part ( 163) are formed respectively, or the cut portions 163a of the C-shaped hook-shaped fixing portion 163 are formed in opposite directions.
Fishing equipment with multiple fishing hooks fixed on it.
According to clause 9,
At the lower part of the holder 160, a rice bowl 170 is further installed, which is formed externally in a mesh shape, allows water to pass through, is connected to the holder 160 and the connection part 161, and is opened and closed by a hinge 172.
Fishing equipment with multiple fishing hooks fixed on it.