KR20240008146A - Fishing preparation using outlet type connection fixture - Google Patents

Abstract

The present invention relates to a fishing rig using an extrapolated connection fixture, and more specifically, to a fishing line passage hole through which a fishing line passes, a support insertion hole into which a bent wire support for fixing a weight is inserted, a support coupling groove, and support fixing. It relates to a fishing rig using an extrapolated connection fixture in which a fishing line flows through the interior of a connection fixture in which an outer tube is joined to an inner tube formed in multiple stages and a groove is formed.

Description

Fishing preparation using outlet type connection fixture}

The present invention relates to a fishing rig using an extrapolated connection fixture, and more specifically, to a fishing line passage hole through which a fishing line passes, a support insertion hole into which a bent wire support for fixing a weight is inserted, a support coupling groove, and support fixing. It relates to a fishing rig using an extrapolated connection fixture in which a fishing line flows through the interior of a connection fixture in which a groove is formed and an outer tube is joined to an inner tube formed in two stages.

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

On the other hand, the single-line fishing rig is configured to allow the branch line to rotate around the main line by combining rotating connectors on the main line at regular intervals and connecting branch lines to them, thereby solving the problem of the branch line being tangled in the main line and the fishing hook connected to the end of the branch line. Fishing efficiency was improved by allowing for more fluid and active movements.

The rotary connector is made of a rotating body of circular beads and has criss-cross holes to connect the main line in the vertical direction and the branch lines in the horizontal direction so that the branch line can freely rotate around the main line, but the branch line is not separated from the main line. There is a disadvantage in that the branch wire often gets tangled in the main line by rotating right next to it, and as a result, the branch wire connected to the main line through the rotary connector becomes wrapped around the main line, making the rotary connector unable to perform its role.

In other words, since the branch line connected to the rotating connector is connected close to the side of the main line, it can easily become entangled in the main line due to currents, etc., making it impossible for the branch line to rotate around the main line, and not only that, but also fishing with a fishing hook with bait wrapped around the main line. As a result, efficient fishing could not be expected.

In this way, the conventional single-line fishing equipment is configured in such a way that the main line and the branch line are located on the same line, so there is a problem in that line twisting and tangles frequently occur, requiring replacement of the fishing equipment.

In addition, in the conventional single-line fishing rig, the main line (main line) and weights are fastened to the upper and lower ends at the end, and are erected vertically by tension from the weights to keep the main line and fishing hook apart, so the weight and fishing hook remain horizontal. It is difficult to do, and the spacing between the weight and the fishing hook is narrow, so the weight and the fishing hook may become tangled. Not only does it not provide the fluidity for the fishing line and the fishing hook to move freely, but also when a fish bites the fishing hook, the weight causes it to fall apart. There is a problem in that the fishing line is not straight from the fishing hook, which reduces the feel of the hand.

In addition, the fishing tackle of Registered Utility Model No. 20-0409920 is made up of a structure in which the guide pipe is a plastic pipe into which the main line is inserted and bent into an L shape, so that the weight and the leash to which the fishing hook is tied are spaced apart, so there is no center of gravity and the fishing hook does not have a center of gravity. There is also a disadvantage that the caught fish and the line do not form a straight line, and the line bends along with the inserted guide tube, interfering with its fluidity.

Meanwhile, the twin hook rig, which is equipped with two fishing hooks, only provides the rotational movement function of the central main line and does not provide the fluidity of the branch lines, so it does 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. There was a problem that I couldn't do.

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 addition, in the conventional double hook rig, the main line and the branch line are not connected to each other, the point where the weight and the main line are connected to the rig is made of a straight line, and the fishing hooks are positioned symmetrically, so if one fishing hook or branch line breaks, The downside is that it is difficult to level.

KR 20-0324693 (registration number) 2003.08.16. KR 20-0409920 (registration number) 2006.02.22. KR 20-0473427 (registration number) 2014.06.26.

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

A fishing line passage hole through which the fishing line passes, a support insertion hole into which the bent wire support for fixing the weight is inserted, a support coupling groove, and a support fixing groove are formed, and a connection fixture in which the outer tube is extrapolated to the inner tube formed in two stages. The purpose is to provide fishing equipment using an extrapolated connection fixture through which the fishing line flows through the inside of the fishing line.

Another object of the present invention is to provide a fishing rig using an extrapolated connection fixture that is simply assembled by extrapolating and fixing an outer tube to an inner tube through which a fishing line passes and a wire support for fixing a weight is inserted.

Another object of the present invention is that the wire support is inserted into the inner tube, the first bent portion is inserted and fixed in the support fixing groove, the outer tube is extrapolated along the inner tube, is fixed by hanging on the fixing step, and the wire support is press-fitted and fixed. It provides fishing equipment using an extrapolated connection fixture in which the wire support is fixedly installed and spreads at a certain angle to the connection fixture.

Another object of the present invention is to provide a fishing rig using an extrapolated connection fixture in which the fishing hook and weight are spaced far apart, so that there is less interference with fishing due to the weight, the movement of the fishing line is less affected, and line twist and entanglement of the branch line are minimized. will be.

Another object of the present invention is to space a plurality of fishing hooks based on a weight that is separated from the fishing line and serves as the center of gravity, so that even if the fishing hook or branch line is broken, the center of gravity moves and the extrapolation type connection is made so that the fishing hook and the weight are horizontal. It provides fishing equipment using fixtures.

Another object of the present invention is to provide a fishing rig using an extrapolated connection fixture that allows a strong touch because the fishing line from the branch line to the fishing rod flows 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 using an extrapolated connection fixture in which the fishing line, weight, and fishing hook are formed in a triangular structure, and the starting point where the fishing line first contacts at the highest point in the connection fixture becomes the center of gravity, making it easy to level. is to provide.

Another object of the present invention is to create a flow structure in which the fish, branch 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 connecting fixture, so that you can feel the taste of fishing, and the needle hair is not disturbed. By allowing it to flow 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 flows actively through the connection fixture in the direction of the bite without being affected by the weight, thereby achieving powerful hooking.

Another object of the present invention is to prevent entanglement by ensuring that a plurality of fishing hooks are horizontal and spaced apart at a certain distance by fitting a fixing holder whose width is narrower than the angle of the wire support spread in both directions. The wire support is fixed in a stable bending shape while preventing the wire from bending back and forth and left and right due to the elasticity of the wire spreading in both directions and the fixing force of the holder.

In order to achieve the above object, the present invention includes a fishing line 110 coming down from a fishing rod 10; It is bent to form a first slanted piece 131 and a second slanted piece 132, and a first bent portion 133 is formed between the first slanted piece 131 and the second slanted piece 132, a wire support 130 on which a weight 120 is attached to a fixing ring 134 bent from the second inclined piece 132; It includes a connection fixture 140 into which the wire support 130 is inserted and fixed: a fishing hook 150 bound to the branch line 151 connected to the fishing line 110 at the end of the fishing line 110; The connection fixture 140 includes a fishing line passing hole 141 through which the fishing line 110 penetrates in the longitudinal direction, a support insert into which the first inclined piece 131 is inserted and disposed side by side with the fishing line passing hole 141. A hole 142, a support coupling groove 143 that communicates with the fishing line passing hole 141 and is cut so that the first inclined piece 131 slides, and a first bent portion 133 of the wire support 130. ) an inner tube (140a) in which a support fixing groove (144) is formed; It is extrapolated to the small diameter cylindrical piece 146 of the inner tube 140a and is fixed by the fixed step 145 stepped with a large diameter, and the first inclined piece 131 or the second inclined piece 132 It includes a hollow outer tube (140b) that supports and secures the wire support 130 to the connection fixture 140.

The present invention relates to the starting point 111 of the fishing line passage hole 141 where the fishing line 110 is first contacted at the highest position of the connection fixture 140, the fixing ring 134 to which the weight 120 is attached, and the fishing line. The positions of the three points where (110) is the end point where it meets the branch line (151) form a virtual triangle structure; A weight 120 is attached to the fixing ring 134, and when bait is caught in the fishing hook 150 of the branch line 151, the starting point 111 becomes the center of gravity of the fishing equipment.

The wire support 130 of the present invention includes the first inclined piece 131, the second inclined piece 132, and the fixing ring 134 as an integrated wire, and two connection fixtures 140 spaced apart from each other. is fixed with the first inclined piece (131).

In the connection fixture 140 of the present invention, the outer tube 140b coupled to the inner tube 140a is formed to be longer than the inner tube 140a.

The wire support 130 of the present invention has a second inclined piece 132 branched in multiple directions around the fixing ring 134 to which the weight 120 is attached, and a second inclined piece 132 branched in multiple directions ( 132) further includes a fixing holder 160 that penetrates and secures the inside, and a fixing ring 134 in which the second inclined piece 132 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 weight 120 of the present invention, a groundbait 180 is further installed, which is formed externally in a mesh shape and through which water passes.

The fishing line 110 exposed upwardly at the starting point 111 of the present invention is connected to the fixing ring 134 of other fishing gear, so that the fishing gear is arranged in multiple stages up and down.

The inner tube 140a of the present invention has a small diameter cylindrical piece 146 from which the outer tube 140b is extrapolated, a large diameter fixed step 145, and an exposure extending to the same diameter as the fixed step 145. It is made of a piece 147, and the support fixing groove 144 starts from the fixing step 145 and ends at the exposed piece 147.

Therefore, the fishing rig using the extrapolated connection fixture of the present invention is formed with a fishing line passage hole through which the fishing line passes, a support insertion hole into which a bent wire support for fixing the weight is inserted, a support coupling groove, and a support fixing groove. 2 This has the effect of allowing the fishing line to flow through the inside of the connection fixture where the outer tube is extrapolated to the inner tube formed in stages.

The present invention has the effect of being simply assembled by extrapolating and fixing an elastic outer tube to an inner tube through which a fishing line is passed and a wire support for fixing a weight is inserted.

In the present invention, the wire support is inserted into the inner tube, the first bent portion is inserted and fixed in the support fixing groove, the outer tube is extrapolated along the inner tube and fixed by hanging on the fixed step, and the wire support is pressed in and fixed, so that the wire support is It is opened and fixed at a certain angle to the connection fixture.

The present invention has the advantage that the fishing hook and weight are spaced far apart, so that there is less interference with fishing due to the weight, the influence of movement of the fishing line is reduced, and line twist and entanglement of the branch line are minimized.

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

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.

In the present invention, the fishing line, weight, and fishing hook are formed in a triangular structure, and the starting point where the fishing line first contacts at the highest point in the connection fixture becomes the center of gravity, so it has the advantage of being easy to level.

The present invention consists of a flow structure in which the fish, branch 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 connection fixture, so that you can feel the taste of fishing and counteract the movement of the needle hair. By allowing it to flow, it is advantageous for sieving and improves ripening by preventing needle hair.

In the present invention, when a target fish bites, the branch line penetrates the connection fixture in the direction of the bite without being affected by the weight, and actively flows to achieve strong hooking.

In the present invention, a plurality of fishing hooks are horizontal and spaced apart at a certain distance to prevent entanglement by fitting a fixing holder whose width is narrower than the opening angle of the wire support that is bent in both directions so that the wire can be moved in both directions. The wire support is fixed in a stable bending shape while preventing the wire from bending back and forth and left and right due to the elasticity and holding force of the holder.

Figure 1 is a perspective view of a fishing rig using an extrapolated connection fixture according to an embodiment of the present invention;
Figure 2 is a front view and a partial enlarged view of a fishing rig using an extrapolated connection fixture according to an embodiment of the present invention;
Figure 3 is a state diagram of combining a connection fixture and a wire support in a fishing rig using an extrapolated connection fixture according to an embodiment of the present invention;
Figure 4 is a perspective view showing the inner tube of the connection fixture in the fishing rig using the extrapolated connection fixture of the present invention;
Figure 5 is a front view and a perspective view showing a connection fixture coupled to the starting point of the fishing line in a fishing rig using an extrapolated connection fixture of the present invention;
Figure 6 is a front view showing a state in which one fishing hook connected to a fishing line and a weight are horizontal in a fishing rig using an extrapolated connection fixture of the present invention;
Figure 7 is a front view and a partially enlarged perspective view showing a state in which the outer tube inserted into the inner tube at the starting point continues to the end point of the fishing line in the fishing rig using the extrapolated connection fixture of the present invention;
Figure 8 is a diagram showing a state in which the fishing line, branch line, and fish form a straight line on a fishing rod equipped with fishing equipment using the extrapolated connection fixture of the present invention;
Figure 9 is a diagram showing a state in which bait is mounted on a fishing rig using the extrapolated connection fixture of the present invention;
Figure 10 is a diagram showing a state in which a groundbait container is installed at the bottom of the weight in a fishing rig using the extrapolated connection fixture of the present invention;
Figure 11 is a diagram showing a fishing rig using the extrapolated connection fixture of the present invention installed in multiple stages up and down,
Figure 12 is a diagram showing a state in which the wire supports are connected on both sides in a fishing rig using the extrapolated connection fixture of the present invention, so that two fishing hooks are horizontal around the weight,
Figure 13 is a diagram showing a state in which the wire supports are connected in three directions in a fishing rig using the extrapolated connection fixture of the present invention, so that three fishing hooks are horizontal around the weight,
Figure 14 is a diagram showing a state in which the wire supports are connected in four directions in a fishing rig using the extrapolated connection fixture of the present invention, so that four fishing hooks are horizontal around the weight,
Figure 15 is a state diagram showing various forms of a holder for fixing the second inclined piece branched in multiple directions in a fishing rig using an extrapolated connection fixture 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 rig using an extrapolated connection fixture, as shown in Figures 1 to 15,

Fishing line 110 coming down from the fishing rod 10,

It is bent to form a first inclined piece 131 and a second inclined piece 132, and a first bent portion 133 is formed between the first inclined piece 131 and the second inclined piece 132, A wire support 130 on which a weight 120 is attached to a fixing ring 134 bent from the second inclined piece 132,

A connection fixture 140 into which the wire support 130 is inserted and fixed,

At the end of the fishing line 110, it includes a fishing hook 150 bound to a branch line 151 connected to the fishing line 110,

The connection fixture 140 is

A fishing line passing hole 141 through which the fishing line 110 penetrates in the longitudinal direction, a support insertion hole 142 into which the first inclined piece 131 is inserted and disposed parallel to the fishing line passing hole 141, and A support coupling groove 143 that communicates with the fishing line passing hole 141 and is cut so that the first inclined piece 131 slides, and a support fixing groove in which the first bent portion 133 of the wire support 130 is seated. An inner tube (140a) formed by (144),

It is slidably extrapolated from the inner tube 140a formed in two stages to a cylindrical piece 146 with a small diameter, and is fixed by hanging on a fixed step 145, and the first inclined piece 131 or the second inclined piece 132 is used. It includes a hollow outer tube 140b that supports and secures the wire support 130 to the connection fixture 140.

At this time, the starting point 111 of the fishing line passing hole 141 where the fishing line 110 is first contacted at the highest position of the connection fixture 140, the fixing ring 134 to which the weight 120 is attached, and the fishing line ( The positions of the three points where 110) meets the branch line 151 and the end point 112 form a virtual triangle structure, a weight 120 is attached to the fixing ring 134, and the branch line 151 With bait stuck in the fishing hook 150, the starting point 111 becomes the center of gravity of the fishing gear.

In the present invention, ‘extrapolation’ is an abbreviated word for insertion from the outside, and means that the outer tube (140b) is inserted from the outside of the inner tube (140a). The inner tube 140a is made up of different diameters, and includes a small diameter cylindrical piece 146, a large diameter exposed piece 147, and a fixed step connecting the cylindrical piece 146 and the exposed piece 147. 145). At this time, the exposed piece 147 may have the same diameter as the fixed step 145, or may be formed larger or smaller. However, the diameter of the fixed step 145 is larger than the cylindrical piece 146, and the hollow part of the outer tube 140b is smaller than the fixed step 145, preventing the entry of the outer tube 140b inserted into the cylindrical piece 146. It is enough to be able to suppress and fix it.

The inner tube and outer tube forming the connection fixture 140 of the present invention are shown and described as circular, but they can also be polygonal, such as square or pentagon, and in this case, the diameter means the distance between the opposing sides.

In addition, the first bent portion 133 is a point where the first slanted piece 131 and the second slanted piece 132 are bent, and the bending angle of the first slanted piece 131 and the second slanted piece 132 can be changed by the angler's finger pressure depending on the fishing environment.

In the present invention, when there is only one fishing hook 150 connected to the fishing line 110, the starting point 111 where the fishing line 110 contacts the connection fixture 140 at the highest point (first contact) is the fishing hook 150. The center of gravity is between and the weight 120, and the fishing hook 150 and the weight 120 connected to the branch line 151 are horizontal according to the lever principle. In addition, when there are a plurality of fishing hooks 150 connected to the fishing line 110, the center of gravity of the plurality of fishing hooks 150 becomes the weight 120. At this time, when several fishing hooks 150 or branch lines 151 are broken, the center of gravity moves from the weight 120 to the starting point 111 with the bait stuck in the fishing hooks 150 bound to the branch wires 151. ) will move to. When using a plurality of fishing hooks 150 on the left and right instead of the upper and lower multi-stage structure, the main line 200 branches in multiple directions at the bottom of the collection rubber ring 203, as shown in Figures 12 to 14, and branches off from the main line 200. The same number of fishing lines (110) as the fishing hooks (150) penetrate the inside of the connection fixture (140), and at this time, the weight (120) is directly below the collection rubber ring (203) where the main line (200) branches. It is located in That is, the entire weight is separated horizontally at the branch point of the branching fishing line 110.

Meanwhile, the fishing line 110 coming down from the fishing rod 10 first contacts the upper part of the connection fixture 140, flows into the interior of the connection fixture 140, and is connected to the wire support 130 coupled to the connection fixture 140. It is installed separately from the weight 120 that provides weight. In this way, the weight 120, which provides weight to the fishing gear, and the fishing line 110, which moves with the fishing hook 150 when the fish bites and pulls the fishing hook 150, are not directly coupled or contacted, so the fishing line ( When pulling 110), there is little influence from the weight 120, so the flow of the fishing line 110 according to the movement of the fish 20 is transmitted to the fishing rod 10, allowing a strong hand feel. When the weight 120, which provides weight, is combined with the fishing line 110 and the fishing line 110 is affected by the weight 120, the tension due to the movement of the fish 20 is reduced, thereby reducing the feel of the fish. Therefore, the present invention minimizes the influence of the weight 120 when a fisherman pulls the fishing line 110, allowing the fisherman to feel a strong hand feel.

In the present invention, the fishing line 110 that comes down from the fishing rod 10 may come down from the fishing rod 10 directly or in combination with other components, and includes the fishing line 110 that moves together when the fishing rod 10 is pulled.

The wire support 130 is bent in an L shape to form the first slant piece 131 and the second slant piece 132, between the first slant piece 131 and the second slant piece 132. A first bent portion 133 is formed, and the second inclined piece 132 is bent in a U shape to form an integrated wire to form a fixing ring 134, and is inserted into the connection fixture 140. It is fixed. The wire is hard to some extent and does not bend unless strongly pressed, providing support to the fishing tackle of the present invention. However, the first bent portion 133, which is the point where it is bent between the first inclined piece 131 and the second inclined piece 132, is bent due to the angler's grip strength, causing the first inclined piece 131 and the second inclined piece 132 to bend. The angle between the pieces 132 can be changed to some extent. In addition, the fixing ring 134 formed by bending the second inclined piece 132 is formed during manufacturing, and it is preferable that it does not bend without a strong pressing force.

The wire support 130 has two connection fixtures 140 located near the starting point 111 where the fishing line 110 is first contacted and the end point 112 where the fishing line 110 is last contacted, as shown in Figure 2 or 6. The connection fixture 140 is connected by connecting the connection fixture 140, or it is singlely coupled only to the connection fixture 140 located at the starting point 111 as shown in Figure 5 or 7, but is located at the starting point 111 and the end point 112. When combining two connection fixtures 140, the first inclined piece 131 is installed to be inclined downward along the direction of the fishing line 110 in the connection fixture 140 located at the starting point 111, and is installed at the starting point 111. When combined singly with the positioned connection fixture 140, it can be installed in the opposite direction. And the wire support 130 may have a fixing ring 134 located at the bottom or top.

In other words, the connection fixture 140 and the wire support 130 can be used by changing the vertical direction of the wire support 130 and the connection fixture 140 depending on the number and location of the connection fixtures 140 to be combined, so that the fishing environment Depending on this, anglers can have a variety of options.

In this way, the wire support 130 includes a first inclined piece 131 to connect the two connection fixtures 140 located at the start point 111 and the end point 112, as shown in FIGS. 1 and 2. This can be provided as a long wire sloping downward.

At this time, when the wire support 130 is inserted into the connection fixture 140 located near the end point 112, the second inclined piece 132 protruding below the support coupling groove 143 is cut to form a cut portion 135. form The second inclined piece 132 is a wire part bent at 90 degrees to the first inclined piece 131, and the connection fixture 140 at the starting point 111 has a fixing ring 134 for coupling the weight 120. Since the weight 120 is not coupled to the connection fixture 140 at the end point 112, it is cut short so that it does not protrude outside the support fixing groove 144.

As shown in Figure 3 (a), when the wire support 130 is coupled to the connection fixture 140 located at the starting point 111, the fishing line 110 is first connected to the outer tube 140b and the inner tube 140a. The support insertion hole 142 passes through the fishing line passing holes 141 in order, and the first inclined piece 131 of the wire support 130 is located parallel to the fishing line passing hole 141 along the direction of the fishing line 110. ), and slides along the support coupling groove 143, and the first bent portion 133 is inserted and seated in the support fixing groove 144 inside the support coupling groove 143. After that, the outer tube (140b) through which the fishing line 110 is passed along the outer peripheral surface of the small-diameter cylindrical piece in the two-stage inner tube (140a) in which the small-diameter cylindrical piece and the large-diameter exposed piece 147 are combined. is extrapolated and is caught at the fixed step 145 formed between the small diameter cylindrical piece and the large exposed piece in the inner tube 140a, and the wire support 130 is coupled with the connection fixture 140. At this time, if the outer circumferential diameter of the large-diameter exposed piece 147 of the inner tube 140a and the outer tube 140b are the same, there will be no protruding portion on the outer circumferential surface when combined.

Meanwhile, as shown in Figure 3 (b), when the wire support 130 is coupled to the connection fixture 140 located at the end point 112, the fishing line 110 passes through the fishing line passing hole 141 of the inner tube 140a. ) and the outer tube 140b in order, and the first inclined piece 131 of the wire support 130 passes through the fishing line passing hole 141 and the support insertion hole 142, and the cut portion 135 is coupled to the support. It is seated in the support fixing groove 144 inside the groove 143. Afterwards, the outer tube 140b through which the fishing line 110 is passed is extrapolated to the inner tube 140a, and the long wire support 130 connects the two connection fixtures 140 and is coupled to the connection fixture 140. . The support fixing groove 144 starts from the fixing step 145 and ends at the entrance of the exposed piece 147.

The connection fixture 140 is made of a single cylinder by combining an inner tube 140a made of two cylinders with different diameters and an outer tube 140b made of one cylinder, and fixes the wire support 130. , the first bent portion 133 of the wire support 130 is provided at a point where it stops at the support fixing groove 144, inside the support coupling groove 143. In this way, the wire support 130 has a first inclined piece 131 that slides along the support coupling groove 143 cut in the longitudinal direction in the small diameter cylindrical piece of the inner tube 140a and is inserted into the support insertion hole 142. It is inserted and the first bent portion 133 is inserted into the support fixing groove 144 and fixed by coupling with the outer tube 140b. As a result, the first bent portion 133, which is a point between the first inclined piece 131 and the second inclined piece 132 of the wire support 130, is placed between the inner tube 140a and the outer tube 140b. At this time, the wire support 130 is initially mounted on the connection fixture 140 at a bent angle (90 degrees) and fixed.

The connection fixture 140 fixes the inserted wire support 130 between the inner tube 140a and the outer tube 140b, as shown in FIGS. 4 and 5. At this time, the outer tube (140b) is flexible and elastic, so when extrapolated to the inner tube (140a), it cannot escape from the inner tube (140a) unless there is special pressure.

The inner tube 140a has a diameter through which the fishing line 110 passes, a fishing line passing hole 141 into which the fishing line 110 is inserted, and a support insertion hole 142 into which the first inclined piece 131 is inserted. There is a large exposed piece 147 and a small diameter cylindrical piece 146 in which a support coupling groove 143 through which the first inclined piece 131 slides is formed and the outer tube 140b is extrapolated. The fishing line 110 directly penetrates the fishing line penetration hole 141, and thereby penetrates the exposed piece 147 and the cylindrical piece 146 of the inner tube 140a from beginning to end. One side of the small diameter cylindrical piece 146 of the inner tube 140a is cut, and this cut part becomes the support coupling groove 143. The support coupling groove 143 is cut to the outside before the outer tube 140b is coupled, and the first inclined piece 131 passes by sliding along the support coupling groove 143. The inner tube 140a has a support coupling groove 143 cut on the outside from a small diameter cylindrical piece 146 and is longer than the uncut portion, and the first bent portion 133 is the point where the cut is completed. It becomes the position where it is coupled to the connection fixture 140, that is, the support fixing groove 144.

The large-diameter exposed piece 147 and the small-diameter cylindrical piece 146 of the inner tube 140a have different diameters, and a fixed step 145 is formed at the end of the support coupling groove 143. The fixed step 145 is the point where the small diameter cylindrical piece 146 ends and the large diameter exposed piece 147 begins, and becomes a movement limit beyond which the outer tube 140b can no longer enter.

Meanwhile, as shown in FIG. 4(b), a portion connected to the support coupling groove 143 is cut in the fixed step 145, which is the end point of the small diameter cylindrical piece 146, and the inner tube 140a is cut at this portion. A support insertion hole 142 is formed up to the end into which the first inclined piece 131 is inserted. The first inclined piece 131 is inserted into the support insertion hole 142 according to the installation direction of the wire support 130, and at this time, the direction of the inner tube 140a changes. An exposed piece 147 with a large diameter is located at the starting point 111, or a cylindrical piece with a small diameter is located at the starting point 111, which can be appropriately selected by the angler depending on the fishing environment.

The outer tube (140b) is inserted into the small diameter cylindrical piece (146) of the inner tube (140a) and is fixed at the fixing step (145). The biggest role of the outer tube (140b) is to couple the wire support 130 to the connection fixture 140, and the outer tube (140b) consists of the first inclined piece 131 or the second inclined piece 132 and the first bent piece. The part 133 is pressed and combined with the inner tube 140a. The outer tube 140b has a hollow interior into which the small-diameter cylindrical piece 146 of the inner tube 140a is inserted, and may have a length shorter than the total length of the inner tube 140a, as shown in Figure 5 (b). , as shown in FIG. 7, it has a length longer than the entire length of the inner tube 140a and can extend to the end point 112.

In the present invention, the wire support 130 is fixedly coupled by the outer tube 140b extrapolated from the connection fixture 140 to the inner tube 140a, and is coupled within the inner tube 140a of the wire support 130. The direction may be the direction in which the fishing line 110 connects to the fishing hook 150 or the opposite direction.

Meanwhile, as shown in FIG. 7, the connection fixture 140 is connected to the end point 112 of the fishing line 110 where the outer tube 140b coupled to the inner tube 140a meets the branch line 151 at the starting point 111. ), and the wire support 130 may be shortened in the opposite direction to which the fishing line 110 runs while inserted into the inner tube 140a. Accordingly, the direction in which the first inclined piece 131 of the wire support 130 is coupled to the connection fixture 140 is the opposite direction in which the fishing line 110 is connected.

In this way, the connection fixture 140 can expand the band using only the outer tube 140b, and the wire support 130 is fixedly coupled to the inner tube 140a by the outer tube 140b to serve as a lever. And the connection fixture 140 press-fits and fixes the outer tube (140b) to the outer peripheral surface of the cylindrical piece (146) of the inner tube (140a), and has a starting point ( 111), it is fixedly installed without moving left or right by a force pushing in the direction in which the fishing line 110 continues and there is a first bent portion 133 of the wire support 130 in the middle.

In addition, in the fishing line 110, a buffering rubber ring 113 is installed between the connection fixture 140 disposed near the end point 112 and the branch wire connector 152 to which the branch line 151 is connected, so that the connection fixture 140 ) and the branch line connector 152 collide to provide a buffering effect.

The connection fixture 140 is in a state where the wire support 130 is connected from the starting point 111 to the end point 112 (wire formation type) when there is one fishing hook 150 or when there are 2, 3, or 4 fishing hooks 150. It can be applied to any state in which the outer tube 140b is extended (tube type).

In addition, since the wire support 130 is inserted and coupled to the connection fixture 140, bending parts can be minimized and equipment assembly can be simplified.

In the present invention, as shown in FIGS. 12 to 15, when forming a fishing rig in which a plurality of fishing hooks 150 are connected, it is coupled to the fishing line 110 through the main line 200 at the top, and the main line 200 is It branches out in multiple directions at the bottom of the collection rubber ring 203, and the second inclined piece 132 of the multi-directional branched wire support 130 is bent to form a second bent portion 136, and the holder 160 is formed at the center. ) are provided to be connected to each other while being inserted into the. The present invention consists of a plurality of fishing hooks 150 and a branch line 151 flowing by external force, a connection fixture 140, and a connection structure, and the flow length can be adjusted by the fishing line 110 or the main line 200. It becomes possible. Therefore, in the present invention, when the fish 20 is caught on the fishing hook 150, the fishing line 110 or the main ship 200 is pulled without the influence of the weight 120 and the hanging weight, and the fishing line 10 of the fishing rod 10 is pulled. It flows and moves immediately. When fishing equipment is connected to the main ship (200), the maximum moving distance is from the starting point (111) to the junction (collection rubber ring (203)) to which the main vessel (200) is tied, and from the starting point (111) to the assembly rubber ring (203). The longer the distance, the larger the flow distance can be. The main ship 200 is movably coupled to the fishing line 110 using the third ring 201 connected to the third connection ring 202 at the top.

On the other hand, the present invention is a fixing device in which a plurality of fishing hooks 150 are horizontal and spaced apart at a certain distance and are bent to prevent entanglement, so that the width is narrower than the angle widened on the wire support 130 spread in multiple directions. By fitting the holder 160, the wire support 130 is formed into a stable bent shape while preventing the wire support 130 from being bent back and forth and left and right due to the elasticity of the wire spreading in multiple directions and the fixing force of the holder 160. Make sure it is fixed.

When the wire support 130 is opened in multiple directions to combine a plurality of fishing hooks 150, the second inclined piece 132 and the first inclined piece are centered around the fixing ring 134 to which the weight 120 is attached. The piece 131 is provided in an expanded structure by branching in multiple directions, and a fixing holder 160 that is fitted to fix the second inclined piece 132 branched in multiple directions is provided.

As shown in FIG. 15, the holder 160 is made up of a cylindrical first holder 160a with a plurality of through holes 161, or a second holder with O-shaped through fixing parts 162 at both ends. It consists of a holder 160b, or a third holder 160c in which an O-type penetrating fixing part 162 and a C-shaped hook-shaped fixing part 163 are formed, respectively, or a C-shaped hook-shaped fixing part 163 The fourth holder 160d may be formed so that the cut portions 163a are in opposite directions.

A through hole 161 or a through fixing part 162 or a fixing part 163 for preventing the wire support 130 from being separated is formed in the holder 160, so that the second inclined piece of the wire support 130 ( 132) can be easily and stably fitted. A fixing ring 134 protrudes from the lower part of the holder 160, a weight 120 is mounted on the fixing ring 134, and the weight 120 forms the center of gravity. At this time, the second inclined piece 132 is formed with a second bent portion 136 to be inserted into the through hole 161 of the cylindrical first holder 160a.

In this way, in the present invention, the fishing hook 150 is spaced apart and maintained horizontally based on the weight 120, so that the weight 120 and the fishing hook 150 are not tangled, and fishing is carried out away from the weight 120. Since the needle 150 is positioned, the fish only sees the bait caught on the fishing hook 150 and easily takes the bait. However, if the fishing rig is set vertically rather than horizontally, the weight 120 and the fishing hook 150 may become tangled even in small waves.

As shown in FIG. 8, the present invention consists of a flow structure in which the fishing line 110 and branch line 151 coming down from the fishing rod 10 and the fish 20 form a straight line, so that the movement of the fish 20 is controlled by the weight 120. ), the wire support 130, or the connection fixture 140 is transmitted straight to the fishing rod 10 through the fishing line 110 and flows directly to the fishing rod 10, preventing the fish from losing its hook and allowing you to feel the taste of fishing.

In addition, as shown in Figure 9, the present invention can catch various fish species by mounting bait 190, such as artificial bait for lures, octopus, or artificial bait shrimp for catching squid, in addition to the fishing hook 150, on the branch line 151. there is.

In addition, in the present invention, as shown in FIG. 10, a weight 120 connected to the second ring 121 and the first connection ring 122 is mounted on the fixing ring 134 on the wire support 130, A rice bowl 180 may be further installed on the second connection ring 123 provided below the weight 120. In addition, the fixing ring 134 is provided so that the rice bowl 180 can be easily replaced along with the weight 120 by detaching the separation prevention piece 170.

The separation prevention piece 170 is formed by surrounding the bent part with an elastic material or by compressing a metal material, and can be made of a metal material or a rubber material.

The outside of the rice bowl 180 has a mesh shape made of wire or plastic, and water passes through it. In addition, the groundbait container 180 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 rice bowl 180 is detachably coupled to the second connection ring 123 formed at the lower part of the weight 120, which is coupled to the fixing ring 134 with the first connection ring 122.

In this way, in the present invention, when the undercooking container 180 is further installed below the weight 120 in the fixing ring 134 of the wire support 130, the undercooking container 180 is divided into the second inclined piece 132 according to the weight. By adjusting the inclination angle, it assists in the balance of the fishing gear and makes it easier to attract fish.

On the other hand, as shown in FIG. 11, the present invention connects the first fishing rig instead of the weight 120 to the fixing ring 134 of the second fishing rig at the top of the first fishing rig, so that the fishing rig can be arranged in multiple stages up and down. You can. At this time, the first fishing rig is connected to the fixing ring (134) of the second fishing rig located at the top, but the first fishing rig is connected in the same state as the second fishing rig, and the fixing ring (134) of the first fishing rig is connected. A weight 120 is installed using the first door 114. In this way, the present invention has a structure that has fluidity and horizontality even when two or more fishing tackles are connected in succession to form a multi-stage structure. At this time, the second fishing rig located at the top is directly connected to the first fishing line (110a) coming down from the fishing rod (10), and the first fishing rig located at the bottom is connected to the first fishing line (114) and the fishing line connector (115). The second fishing line 110b is installed to be able to move. In this way, when the fishing equipment is provided in multiple stages up and down, the weight 120 is connected only to the lowest fixing ring 134.

In the present invention, the first inclined pieces 131 are formed at regular intervals in the wire support 130, and may be provided in multiple directions, that is, two, three, or four pieces.

As shown in FIG. 12, the wire support 130 has a two-pronged second inclined piece 132 starting from the central fixing ring 134, which is joined by a holder 160 and is formed into a first inclined piece 131. It continues and spreads at regular intervals (180 degrees) so that the two fishing hooks 150 are horizontal around the weight 120, or as shown in FIG. 13, the second two-pronged hook starts from the fixing ring 134. The inclined piece 132 is inserted into the through hole 161 penetrating the interior from the lower part of the holder 160, exits the holder 160, and the second inclined piece 132 is connected to the first inclined piece 131. It is spread at regular intervals, but the wire supports 130 are made up of two rows, and the second inclined piece 132 on one side of one row of the wire supports 130 has the second bent portion 136 cut from the upper part of the holder 160. Three fishing hooks (150) connected to the fishing line (110) penetrating the connection fixture (140) to which the first inclined piece (131) branched in three directions is combined are horizontally centered on the weight (120). Or, as shown in FIG. 14, four second inclined pieces 132 are connected by the holder 160 in the two rows of wire supports 130, so that the first inclined pieces 131 are spaced at regular intervals (90 degrees). ) and the four fishing hooks (150) are horizontal around the weight (120). In this way, the wire support 130 is maintained horizontal by keeping the spacing between the first inclined pieces 131 the same, and the spacing is 180 degrees for two pieces, 120 degrees for three pieces, and 90 degrees for four pieces. do. At this time, the fixing ring 134 in which the second inclined piece 132 is bent is located at the lower part of the holder 160. On the lower surface of the holder 160, two through holes 161 are connected to the through hole connection portion 161a so that the fixing ring 134 portion of one row of wire supports 130 can be inserted into the two rows of wire supports 130. ) is formed.

In this way, when the wire support 130 is branched in multiple directions and has an expanded form, the main line 200 is branched and installed through the connection fixture 140, and a branch line 151 is connected to the main line 200. A fishing hook 150 is coupled to the branch line 151. In this way, the fishing rig equipped with the wire support 130, which is branched and expanded in multiple directions, has a plurality of fishing hooks 150 and branch lines 151 horizontal at regular intervals and has fluidity.

Therefore, the fishing rig using the extrapolated connection fixture of the present invention has a fishing line passing hole 141 through which the fishing line 110 passes, and a support insertion hole into which the bent wire support 130 that fixes the weight 120 is inserted. (142), a support coupling groove 143, and a support fixing groove 144 are formed, and a fishing line ( 110) has the effect of penetrating and flowing.

The present invention is simply assembled by extrapolating and fixing the elastic outer tube (140b) to the inner tube (140a) through which the fishing line (110) is passed and the wire support (130) for fixing the weight (120) is inserted. It works.

In the present invention, the wire support 130 is inserted into the inner tube 140a, the first bent portion 133 is inserted and fixed into the support fixing groove 144, and the outer tube 140b is connected to the inner tube 140a. It is extrapolated and fixed on the fixed step 145, and the wire support 130 is press-fitted and fixed, so that the second inclined piece 132 of the wire support 130 is spread at a certain angle with the connection fixture 140 and is fixedly installed. It works.

In the present invention, the fishing hook 150 and the weight 120 are spaced far apart, so that there is less interference with fishing due to the weight 120, the movement of the fishing line 110 is less affected, and line twist and tangle of the branch line 151 are minimized. There is an advantage of being .

The present invention separates a plurality of fishing hooks 150 from the fishing line 110 and serves as the center of gravity, so that the center of gravity moves even if the fishing hook 150 or branch line 151 breaks. This has the effect of making the fishing hook 150 and the weight 120 horizontal.

In the present invention, even when the fish 20 caught on the fishing hook 150 moves, the fishing line 110 from the branch line 151 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, the fishing line 110, the weight 120, and the fishing hook 150 are formed in a triangular structure, and the starting point 111 where the fishing line 110 first contacts at the highest point in the connection fixture 140 is the weight. Since it is the center point, it has the advantage of being easy to level.

The present invention consists of a flow structure in which the fish 20, the branch line 151, and the fishing line 110 form a straight line, so that the movement of the fish 20 can move the fishing line 110 without interfering with the weight 120 and the connection fixture 140. It is transmitted directly to the fishing rod (10) so that you can feel the taste of fishing, and by allowing the needle hair to flow against the motion, it is advantageous for fishing and prevents needle hair, thereby improving fishing quality.

In the present invention, when a target fish bites, the branch line 151 passes through the connection fixture 140 in the bite direction without being affected by the weight 120 and actively flows to achieve strong hooking.

The present invention is a fixing holder 160 in which a plurality of fishing hooks 150 are horizontal and spaced apart at a certain distance to prevent entanglement, and the width is narrower than the widened angle of the wire support 130 spread in both directions. ) is fitted to prevent the wire support 130 from bending back and forth and left and right due to the elasticity of the wire support 130 to spread in multiple directions and the fixing force of the holder 160, and the wire support 130 is formed into a stable bent shape. Make sure it is fixed.

In the present invention, a through hole 161 or a through fixing part 162 or a fixing part 163 for preventing the wire support 130 from being separated is formed in the holder 160 to easily and stably attach the wire support 130. There is also the advantage of being able to fit together.

10: Fishing Rod 20: Fish
110: fishing line 111: starting point
112: End point 113: Shock absorbing rubber ring
114: First arrival 115: Fishing line connector
120: Weight 121: Second Arrival
122: first link 123: second link
130: wire support 131: first inclined piece
132: Second slope section 133: First bend section
134: fixing ring 135: cutting part
136: second bending part
140: Connection fixture 140a: Inner tube
140b: External tube 141: Fishing line passing hole
142: Support insertion hole 143: Support coupling groove
144: Support fixing groove 145: Fixed step
146: cylindrical piece 147: exposed piece
150: Fishing hook 151: Branch line
152: Branch line connector
160: Holder 161: Through hole
161a: Through-hole connection part 162: Through-hole fixing part
163: fixing part 163a: cut part
170: Escape prevention section
180: Rice bowl
190: Bait
200: Main Line 201: Third Arrival
202: Third link 203: Vowel rubber ring

Claims (9)

A fishing line (110) coming down from a fishing rod (10);
It is bent to form a first slanted piece 131 and a second slanted piece 132, and a first bent portion 133 is formed between the first slanted piece 131 and the second slanted piece 132, a wire support 130 on which a weight 120 is attached to a fixing ring 134 bent from the second inclined piece 132;
A connection fixture 140 into which the wire support 130 is inserted and fixed:
It includes a fishing hook 150 bound to a branch line 151 connected to the fishing line 110 at the end of the fishing line 110;
The connection fixture 140 is
A fishing line passing hole 141 through which the fishing line 110 penetrates in the longitudinal direction, a support insertion hole 142 into which the first inclined piece 131 is inserted and disposed parallel to the fishing line passing hole 141, and A support coupling groove 143 that communicates with the fishing line passing hole 141 and is cut so that the first inclined piece 131 slides, and a support fixing groove in which the first bent portion 133 of the wire support 130 is seated. an inner tube (140a) formed at (144);
It is extrapolated to the small diameter cylindrical piece 146 of the inner tube 140a and is fixed by the fixed step 145 stepped with a large diameter, and the first inclined piece 131 or the second inclined piece 132 Includes; a hollow outer tube (140b) that supports and secures the wire support 130 to the connection fixture 140;
Fishing equipment using extrapolated connection fixtures.
According to paragraph 1,
The starting point 111 of the fishing line passing hole 141 where the fishing line 110 is first contacted at the highest position of the connection fixture 140, the fixing ring 134 to which the weight 120 is attached, and the fishing line 110 The positions of the three points consisting of the end points meeting the branch line 151 form a virtual triangle structure;
A weight 120 is attached to the fixing ring 134, and the starting point 111 becomes the center of gravity of the fishing equipment when the bait is caught in the fishing hook 150 of the branch line 151;
Fishing equipment using extrapolated connection fixtures
According to paragraph 1,
The wire support 130 is provided with the first inclined piece 131, the second inclined piece 132, and the fixing ring 134 as an integrated wire,
Fixing the two connection fixtures 140 spaced apart from each other with the first inclined piece 131.
Fishing equipment using extrapolated connection fixtures.
According to paragraph 2,
The connection fixture 140 is such that the outer tube 140b coupled to the inner tube 140a is formed to be longer than the inner tube 140a.
Fishing equipment using extrapolated connection fixtures.
According to paragraph 1,
The wire support 130 has a second inclined piece 132 branched in multiple directions around a fixing ring 134 to which the weight 120 is attached,
The second inclined piece 132 branched in multiple directions is further provided with a fixing holder 160 that penetrates the interior and secures the second inclined piece 132, and a fixing ring 134 in which the second inclined piece 132 is bent is provided with the holder ( 160) located at the bottom of
Fishing equipment using extrapolated connection fixtures.
According to clause 5,
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 using extrapolated connection fixtures.
According to paragraph 1,
At the lower part of the weight 120, a groundbowl 180 is further installed, which is formed externally in a mesh shape and through which water passes.
Fishing equipment using extrapolated connection fixtures.
According to paragraph 2,
The fishing line 110 exposed upwardly at the starting point 111 is connected to the fixing ring 134 of other fishing gear, so that the fishing gear is arranged in multiple stages up and down.
Fishing equipment using extrapolated connection fixtures.
According to paragraph 1,
The inner tube 140a includes a cylindrical piece 146 of a small diameter to which the outer tube 140b is extrapolated, a fixed step 145 of a large diameter, and an exposed piece 147 extending to the same diameter as the fixed step 145. ), and
The support fixing groove 144 starts from the fixing step 145 and ends at the exposed piece 147.
Fishing equipment using extrapolated connection fixtures.