KR20220057394A - Weight-adjustable sinker assembly - Google Patents

Abstract

The present invention relates to a split weight tackle for easy weight adjustment of a bottom weight. More specifically, in finely adjusting the weight of the bottom weight for which is deeply related to a feeling of a foreign body felt by a fish when biting according to a fishing environment, a fish species, and a fish species activity, the present invention relates to the split weight tackle for easy weight adjustment of the bottom weight that allows the weight of the bottom weight to be finely adjusted by being configured in being able to move from a weight holder through a movable joint to the bottom weight in accordance with the needs of the fine adjustment weight insert-coupled to the weight holder connected to the bottom weight by the movable joint.

Description

Weight-adjustable sinker assembly for easy adjustment of the weight of the bottom weight

The present invention relates to a split weight rigging ratio in which the weight of the bottom weight can be easily controlled, and more particularly, the weight of the bottom weight, which is closely related to the foreign body feeling that the fish feels when biting, is finely determined depending on the fishing environment, fish species and the activity of the fish species. To adjust the weight of the bottom weight, the fine adjustment weight inserted and coupled to the weight holder connected to the bottom weight through the movable joint can be moved from the weight holder through the movable joint to the bottom weight as needed, so that the weight of the bottom weight can be finely adjusted. It is related to the split weight chaebi that can easily control the weight of the adjustable bottom weight.

In general, in the case of float fishing, in order to accurately detect the signal of fish bites, the relationship between the weight with sinking force and the float with buoyancy is adjusted to the extent that the float is exposed out of the water ('zero point'). It is also called 'jjijim', and in the present invention, it is collectively referred to as 'jjijim'). The fishing rigging used for such a jigsaw is indeed a variety of fishing rigging, such as single-needle rigging, two-needle rigging, split-weight rigging, and moving weight rigging.

A fishing rig that is easy to jiggle by allowing the user to add or subtract the weight of the weight according to the buoyancy of the fishing bobber during such jiggling has already been introduced.

As an example, domestic registered utility model No. 20-0476992 (registration on April 16, 2015; fine buoyancy control weight for fishing rigs), domestic registration patent No. 10-1000411 (registration on December 6, 2010; fishing rigs and weights used therein) Adjusting rod member), Domestic Patent Registration No. 10-0821085 (Registered on April 2, 2008; Weight-adjustable fishing weight assembly), Domestic Patent Publication No. 10-2011-0017632 (Publicated on February 22, 2011; Weight for buoyancy control) Holder and weight holder assembly) and domestic registration patent No. 10-1455506 (Registered on Oct. 21, 2014; fishing weight assembly) and the like prior art.

All of the above prior arts have a form in which a plurality of ring-shaped adjustment weights are inserted into a single weight bar having a predetermined length, and then a release prevention device is coupled to the upper and lower ends of the weight bar. Here, at least one end of the separation prevention device among the exit prevention devices at both ends is configured to be detachably configured so that the adjustment weight can be freely added to and subtracted from the weight bar.

Domestic Registered Utility Model No. 20-0476992 (Registered on April 16, 2015) Domestic Registered Patent No. 10-1000411 (Registered on Dec. 06, 2010) Domestic Registered Patent No. 10-0821085 (Registered on Feb. 2008) Domestic Patent Publication No. 10-2011-0017632 (published on February 22, 2011) Domestic Registered Patent No. 10-1455506 (Registered on Oct. 21, 2014)

Among the various fishing equipment, the equipment that improves the movement of the float, that is, the equipment that responds sensitively to the fish, and is easy to increase the fish harvest, is often preferred. This split weight setup is to lighten the weight of the last weight by dividing the weight into two or more. In other words, it is a configuration in which the bottom weight, which is the light main weight, is arranged in a line under the heavy auxiliary weight. There is an advantage generated by arranging the bottom weight having such a light weight at the bottom. First, the light weight of the bottom weight disposed at the bottom reduces the feeling of foreign body to the fish sucking the bait due to the lightness of the bottom weight accompanying the bait when biting, thereby remarkably reducing the frequency of spitting the bait. Next, since the static inertia of the entire weight is easily broken only by the movement of the bottom weight accompanying the fish's bait suction, a sensitive rise can be expected.

However, if you think about the sensitive reaction of the split weight rigging described above, there is also an aspect that induces the fisherman to have a hasty champagne. For example, the fish does not completely swallow the bait, and the light bottom weight moves and rises even when checking the status of the bait, or the bottom weight moves and the float responds to the movement of a large fish that is not related to bait consumption. , chamfering may become frequent. Accordingly, there is a desire among anglers to directly control the weight of the bottom weight according to the target fish species and fishing environment.

However, if the weight is added to or subtracted from the bottom weight in the fishing rig in a state where the jitsu is already completed, the zero point is broken and the inconvenience of having to perform a new jimming follows.

On the other hand, all of the above prior arts have a single weight configuration of one weight for fishing gear, or even a configuration of two or more split weights, but there is a limit that the weight can be adjusted only within the configuration of one individual weight. As seen above, in the prior art, a plurality of adjustment weights can be added or subtracted only within the weight bar of a predetermined length, and the upper and lower ends of the weight bar are provided with an escape prevention device that restricts the movement of the adjustment weight fitted in the weight bar, so that the adjustment weight fitted in the weight bar is provided. It is impossible to move beyond the Chubong to other neighboring configurations.

As an example, let's take a look at Korean Patent Registration No. 10-1000411 shown in FIG. In the prior patent, the fishing hook 50 is connected to the main rod 40 corresponding to the main weight using a wire steel wire 42 and a leash 52, and the auxiliary weight is an auxiliary weight vertically upward of the main rod 40. The bar 20 was installed on the first connecting member 60 connected to the original line 10 . The auxiliary bar 20 and the main bar 40 are respectively coupled to the steel wire 30 and the second connecting member 70 that are movably connected. And the auxiliary rods 20 and the main rods 40 are respectively detachably coupled with weights 66 and 80 for fine adjustment.

However, in the configuration of this prior patent, the fine adjustment weights 66 and 80 can only be added to and subtracted from the auxiliary rods 20 and the main rods 40 themselves, respectively, and the movement to other components beyond the rods 20 and 40 is completely It is blocked. In other words, the fine adjustment weight 66 is inserted into the first screw portion 64 formed on the outer surface of the first rod projection 22 formed at the upper end of the auxiliary rod 20, and the first screw portion 64 has the second The first spiral groove 62 provided at the lower end of the first connecting member 60 is coupled to maintain the fitted state of the fine adjustment weight 66 . In addition, the fine adjustment weight 80 is inserted into the second connection member 70, and when the lower second screw portion 72 of the first connection member is coupled to the second screw groove 74 of the main rod 40, The movement is restricted by the upper ring 76 and the main rod 40 of the second connecting member.

In addition, the prior patent discloses that if the fine adjustment weights 66 and 80 are added to or subtracted from the main rod 20 and/or the auxiliary rod 20 during fishing after the jimming is completed, there is a problem that the piercing must be performed again. there is. In the prior patent, fine adjustment weights 66 and 80 are attached to the main bar 20 and/or the auxiliary bar 20 to the first connecting member 60 and/or the second connecting member 70 prior to jigging. In the pre-inserted state, the entire fishing rig is jigged and then fishing is carried out. However, if the weight is added from the outside of the fishing rig, or the weight is subtracted from the fishing rig that has been rigged, of course, the rigging for the entire fishing rig is inevitably broken. For example, let's assume that the main rod 20 has three fine-adjustment weights 80 inserted into it, and then started fishing after jigging. However, if two fine adjustment weights 80 are removed from the main rod 40 for the purpose of a more sensitive float reaction during fishing, the buoyancy of the float does not change, while the penetrating force of the weight decreases, resulting in breakage of the thrust. occurs Therefore, the prior patent entails the inconvenience of having to perform the squeezing in parallel whenever adding or subtracting the weights 66 and 80 for fine adjustment.

In FIG. 1, reference numeral 24 denotes a second bar stone member, 26 denotes a winding bar, and 28 denotes a single braided member.

The basic object of the present invention due to the problems of the prior art is to provide a fishing rig that does not break the existing jitsujim even if the weight is added to or subtracted from the bottom weight disposed at the bottom in the jimming fishing rigging.

In addition, in adjusting the weight of the bottom weight disposed at the bottom, it is spaced apart from the bottom weight to constitute a weight holder in which a plurality of fine adjustment weights are inserted, and the fine adjustment weights disposed at a position spaced from the bottom weight are placed on the floor. In addition to increasing the weight of the bottom weight by moving it to the bottom weight, it is easy to control the weight of the bottom weight, which can reduce the increased weight of the bottom weight again by restoring the fine adjustment weight moved to the top of the bottom weight to its original position. It is intended to provide liquid split payment expenses.

In addition, an object of the present invention is to adjust the weight of the bottom weight disposed at the lowest end, the weight holder, the movable joint and the bottom weight are sequentially coupled to which the fine adjustment weight is inserted and stored. It is to provide a liquid split weight equipment that can be moved in a combined state without disassembling the components.

The split weight chaebi with easy weight control of the bottom weight of the present invention for achieving the above object is provided with a bottom weight connected by a movable joint to a lower portion of a weight holder of a predetermined length in which an elastic ring is fitted and a circular line is connected upwardly, A central insertion hole is inserted into the weight holder so that the fine adjustment weight, whose movement is restricted by the elastic ring, can ride over the elastic ring by an external force, pass the flow joint, and be seated on the upper end of the bottom weight, and vice versa Also includes possible configurations.

In addition, the weight control of the present invention is easy, the split weight chaebi is a ring-shaped fine in which the inner spiral is screwed to the outer spiral of the circumferential surface of the lower predetermined section of the weight holder, which is a steel wire of a predetermined length connected to the upper side. The control weight passes through the movable joint connected to the lower part of the weight holder, and can be seated on the upper end of the bottom weight connected to the movable joint, as well as the reverse movement.

The split weight rigging, which is easy to control the weight of the bottom weight of the present invention having the above configuration, is made in a state stored in advance in the weight holder when the fine adjustment weight that can move from the weight holder to the bottom weight through the movable joint is crushed. Because it loses, even if the fine adjustment weight is moved to any position such as a weight holder and/or a bottom weight during fishing, there is no change in the total weight of the fishing rig, so there is an advantage that the jitsu is not broken.

In addition, as a flexible movement joint is formed between the weight holder and the bottom weight, there is an advantage that the bottom weight can respond according to the condition of the floor and the current.

In addition, depending on the underwater condition and target fish species, the fine control weight can be moved from the weight holder provided on the upper side of the foram joint to the bottom weight, or vice versa, the sensitivity of the float can be selectively adjusted. There is an advantage that

In addition, even when a plurality of fine adjustment weights are inserted into the weight holder, due to the elastic ring and/or the circumferential spiral provided in the weight holder, the fine adjustment weight arbitrarily does not leave the weight holder and is stable even under the action of an external force caused by a current or fish. There is an advantage that the bonding state can be maintained.

1 is a view showing a conventional fishing gear.
Figure 2 is a conceptual view of the fishing gear according to the present invention.
Figure 3 is a combined perspective view of a fishing rig according to an embodiment of the present invention.
Figure 4 is an exploded perspective view and a partial enlarged view of the fishing gear according to another embodiment of the present invention.
Figure 5 is a conceptual diagram of the use of the fine control weight of the present invention.
6 is a view showing an example of use of the weight holder of the present invention.
7 is a conceptual view showing the elastic change of the elastic ring when the fine adjustment car of the present invention rides over the elastic ring fitted in the ring groove by an external force.
Figure 8 is an enlarged exploded perspective view and a cross-sectional view of the operation of the socket in the fishing gear of the present invention.
Figure 9 is an enlarged exploded perspective view and combined cross-sectional view of the main part of the moving weight in the fishing gear of the present invention.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings. However, since the accompanying drawings show preferred embodiments of the present invention, the scope of the present invention is not limited by these drawings. In addition, even if it is a configuration essential for carrying out the present invention, a detailed description of the configuration that belongs to the known art or can be easily implemented by a person skilled in the art from the known technology will be omitted. In addition, the reference numerals of the present invention use independent reference numerals independent of the reference numerals shown in FIG. 1 , which is the prior art.

In the present invention, the term "fishing rig" refers to a configuration after the float (4) except for the float (4) coupled to the fishing rod and the original line connected to the fishing rod in relation to fishing equipment, and the weights, fishing hooks, and hooks contained in the water. It means the configuration of the collar (including the configuration connecting the weight and the collar) for connecting to the weight. And in relation to the fishing technique, as shown in FIG. 2, when the fish bites the bait in the state where the bottom weight 10, which is the last weight, touches the bottom, the float 4 rises. do it with

3 to 5, in the weight holder 30 of a predetermined length to which the original line 1 is connected, the split weight chaebi with easy weight control of the bottom weight of the present invention has a ring-shaped central insertion hole 41. The fitted fine adjustment weight 40 is connected to the lower end of the weight holder 30 to enable free movement, and a bottom weight 10 is connected to the lower end of the movable joint 20 . It includes a configuration that can be moved up to the top of the , and can be configured in the following two forms.

First, an elastic ring 50 having an outer peripheral surface having a larger diameter than the central insertion hole 41 of the fine adjustment weight 40 is fitted and coupled to the weight holder 30 . When no external force acts (in the present invention, external force refers to manipulation by an angler), the fine adjustment weight 40 is blocked and supported by the elastic ring 50, so the movement is limited. However, when an external force is applied to the fine adjustment weight 40, the elastic ring 50 is elastically contracted while riding and moving over.

Second, the holder rod 31 of the weight holder 30 is formed with an outer circumferential spiral 32 along the circumferential surface of the predetermined section. And an inner circumferential spiral 42 is formed on the inner circumferential surface of the central insertion hole 41 of the fine adjustment weight 40 . Since the inner circumferential spiral 42 and the outer circumferential spiral 32 are formed to correspond to each other, the fine adjustment weight 40 can leave the weight holder 30 by screwing only when an external force is applied.

In other words, the fine adjustment weight 40, which was normally supported and stored in the weight holder 30, can pass through the movable joint 20 and be seated on the upper end of the bottom weight 10 as needed, of course, The fine adjustment weight 40 seated on the upper end of the bottom weight 10 is characterized in that it can be stored and bound again to the weight holder 30 through the movable joint 20 .

As described above, in the present invention, since the fine adjustment weight 40 supported and stored in the weight holder 30 can go up and down to the bottom weight 10 through the flow joint 20, the fine adjustment weight 40 is Even if the weight is added to or subtracted from the bottom weight 10 by using it, the zero point alignment is not broken. In other words, the present invention supports and stores the fine adjustment weights 40 as much as the required quantity in the weight holder 30 in advance when the fishing equipment is jigging, and the total weight of the weights acting as a penetrating force in the fishing equipment. specify And by connecting a float with buoyancy according to the specified total weight, the jig of the fishing gear is completed. In this fishing rig, the total weight of the weight does not change even if the fine adjustment weight 40 supported and stored in the weight holder 30 is moved to the bottom weight 10 through the movable joint 20 in this fishing rigging. . Since there is no change in the weight of the weight, the fishing rig that has been jiggled is maintained as it is. In this way, the present invention does not break even if the fine adjustment weight 40 goes back and forth between the weight holder 30 and the bottom weight 10 with the movable joint 20 interposed therebetween. Therefore, whenever the fine adjustment weight 40 is added to or subtracted from the bottom weight 10 , there is no need to re-fit.

In the present invention, between the bottom weight 10 and the movable joint 20, and between the movable joint 20 and the weight holder 30, the end of each configuration is provided with a connection part (C) that can be coupled to each other. do.

The connecting portion (C) may be in the form of a screw coupling with each end corresponding to each other, it is preferably composed of a swivel (swivel) connecting portion (C10) rotatably coupled to each other. The swivel connection part (C10) has a configuration corresponding to each other so that the rotating sphere (C12), which is the other end, is rotatably inserted into the tubular connection pipe (C11), which is one end. The configuration of the swivel connection part C10 is formed smaller than the diameter of the central insertion hole 41 of the fine adjustment weight 40 in the form of a ring, so there is no restriction on the movement of the fine adjustment weight 40 .

Referring to the enlarged view of FIG. 4 , a rotation inner groove C12a is formed in the rotary hole C12 along the circumferential surface of the longitudinal middle portion of the insertion rod C12b inserted into the inner diameter of the connection pipe C11. . And in the connection pipe (C11) that accommodates the insertion rod (C12b), the rotational inner groove (C12a) is formed in a rotational outer groove (C11a) that is deformed into a shape conforming to the rotational inner groove (C12a) so that the rotation is guided.

The structure of the swivel connection part (C10) as described above can prevent the fishing line from being twisted in advance against various external forces including underwater currents, foreign substances caught and/or fish bites, etc., and the part screwed during fishing rigging Blocks the external force from being transmitted until it performs a function of guaranteeing the screwing force.

In addition, in the present invention, the connection portion (C) may be configured as a knot connection portion (C20) as shown in FIG. In the preferred knot connection part (C20), a connection ring (C21) is formed at the upper end of the bottom weight (10) and a lower end of the weight holder (30), respectively, and the movable joint (20) is provided at each connection ring (C21). both ends are knotted. The connection ring C21 is formed to be smaller than the diameter of the central insertion hole 41 of the fine adjustment weight 40 in the form of a ring, so that the movement of the fine adjustment weight 40 is not limited.

The bottom weight 10 has a form in which a fastening rod 12 is coupled to the upper end of the bottom weight body 11 in the form of a lump. At the lower end of the bottom weight body 11, a collar 15 as shown in FIG. 3, or a formation 16 as shown in 4 may be installed.

Preferably, when the one piece 16 is installed in the bottom weight 10 , an assembly groove 13 in the form of a groove crossing both ends in one direction is formed on the lower surface of the bottom weight body 11 . Then, after inserting the one piece 16 into the assembly groove 13 , both sides of the assembly groove 13 are pressed to fix the piece 16 on the assembly groove 13 . Here, the cut portion 14 may be formed by cutting both ends of the bottom weight body 11 in parallel with the assembly groove 13 . The cut portion 14 thus formed is advantageous in fixing the flight piece 16 by pressing the assembly groove 13 through pressing the cut portion 14 from both sides, while reducing the weight of the bottom weight 10 as a whole. even perform the role.

A collar rotating sphere 161 is rotatably inserted into both ends of the pair 16 coupled to the assembly groove 13 of the bottom weight 10 and extended to both sides, and the collar rotator 161 of the collar groove ( The leash (2) connected to the fishing hook (3) is tied to 161a). The collar rotating sphere 161 is a rotatable hole 161b formed through the center, into which the formation 16 is rotatably inserted. A restraining step 162 for preventing the departure of 161) is formed.

Through the above configuration, the advantage of reducing the total weight of the bottom weight 10 is clear. First, the fish feels less foreign body and immediately swallows the bait, thus reducing chamfering. On the other hand, as the fish swallows the bait and moves, the bottom weight 10 moves. Only the movement of the bottom weight 10 can easily break the resting inertia of the entire weight, thereby creating a sensitive squid.

In the present invention, the bottom weight 10 disposed at the bottom and the weight holder 30 for storing the fine adjustment weight 40 capable of adding or subtracting weight to the bottom weight 10 are flexible and freely The movable joint 20 is configured to be spaced apart from each other.

The movable joint 20, which can freely move, has a connection part (C) whose upper and lower ends are connected to the lower end of the weight holder 30 and the upper end of the bottom weight 10, respectively, and the upper and lower ends are connected to the connection part (C). It is composed of a joint part 21 that serves as a joint that is gently bent.

The connection part (C) may be formed in various ways depending on the end shape of the bottom weight 10 and the weight holder 30 connected to the connection part (C). As an example, the connection part (C) may be a knot connection part (C20) in which the joint part 21 is tied to the connection ring (C21) formed at the end of the bottom weight 10 and/or the weight holder 30, as shown in FIG. there is. Alternatively, the connection part (C) may be a swivel connection part (C10) connected to the upper and lower ends of the joint part 21, respectively, as shown in FIG. 4 .

The joint part 21 is a joint that can be smoothly bent to allow free movement, and is tough and has excellent water resistance. The joint portion 21 may be a conventional fishing line or braided yarn used as the original line 1 and the neck line 2 as shown in FIG. 2 . In addition, the joint portion 21 may be made of a hollow woven string (called 'Lilian yarn') manufactured by weaving synthetic fibers as shown in FIGS. 3 and 4 . Alternatively, the joint portion 21 may be manufactured in the form of a joint using surgical steel, which is a metal that does not easily rust.

It is appropriate that the length of the joint portion 21 provided in this way is about 3 to 5 cm. The excessively short joint part 21 restricts the free movement of the bottom weight 10 from the fishing gear, and the weight of the weight other than the bottom weight 10 is loaded on the bottom weight 10, so that the fish biting feels a foreign body feeling. It may have the side effect of spitting the bait. Conversely, the excessively long joint portion 21 may delay the point at which the stop inertia of the bottom weight 10 is broken, making it impossible to expect a sensitive poke.

The weight holder 30 is configured to include a holder rod 31 made of a steel wire of a predetermined length to which the original line 1 is connected upward.

The weight holder 30 may have connection rings C21 formed at the upper and lower ends of the holder rod 31, respectively, as shown in FIG. 2 . The main line 1 is connected to the upper connection ring C21 of the holder rod 31, and the flow joint 20 is connected to the lower connection ring C21. Here, the upper and lower connection rings (C21) is a knot connection part (C20) in which the joint part 21 of the main line (1) formed of a fishing line or a woven string or the movable joint (20) is knotted.

In addition, the weight holder 30 may have a rotating sphere C12 installed at the lower portion of the holder rod 31 as shown in FIGS. 4 to 6 . Here, the rotary sphere (C12) is a swivel connection part (C10) rotatably connected to the connection pipe (C11) formed at the upper end of the flow joint (20).

In addition, as shown in FIG. 6 , the middle portion of the holder rod 31 may be formed in various ways. For example, the outer circumferential spiral 32 may be formed on some circumferential surfaces of the lower part of the straight column as in FIGS. 6A and 6B, or as in FIGS. 6C and 6D. The outer circumferential spiral 32 is preferably formed to protrude outward than the outer circumferential surface of the holder rod 31 . In addition, a ring groove 33 may be formed on the circumferential surface of the holder rod 31 as shown in FIGS. 6 (B) and (C). 6(C) shows that the ring groove 33 is formed in the middle portion of the outer circumferential spiral 32 of the holder rod 31, but the ring groove 33 is the middle portion, the upper end, or the lower end of the outer circumferential spiral 32. It may be formed in at least one place.

In addition, the elastic ring 50 is fitted and supported in the ring groove 33 of the holder rod 31 .

The elastic ring 50 in the form of a ring is made of a rubber material and has both volume elasticity and shape elasticity, the volume and shape of which are changed by an external force.

In addition, a retraction space 34 may be provided in the ring groove 33 so that the fine adjustment weight 40 receiving an external force can easily ride over the elastic ring 50 .

The retraction space 34 is formed closer to the center point of the circle of the holder rod 31 in which the inner end circumferential surface of the ring groove 33 is cylindrical than the inner circumferential surface of the elastic ring 50, so that the ring groove 33 A separation distance of a predetermined length is generated between the inner circumferential surface of the inner end of the elastic ring 50 and the inner circumferential surface of the elastic ring 50 , and this separation distance becomes the retraction space 34 .

7 is a diagram conceptually expressing a process in which the fine adjustment weight 40 rides over the elastic ring 50 . As shown in (A) of FIG. 7 , the fine adjustment weight 40 in a state where no external force is applied is caught by the lower portion of the elastic ring 50 supported by the ring groove 33 to limit movement. When the angler rotates the fine adjustment weight 40 in the state of Fig. 7(A) by hand and starts to move, it proceeds as shown in Fig. 7(B). In the state of FIG. 7 (B), when the fine adjustment weight 40 starts to move, the elastic ring 50 starts elastically contracting to the retreating space 34 of the ring groove 33 . At this time, since the elastic ring 50 has volume elasticity and shape elasticity, the retreat space 34 provided in the ring groove 33 does not require a size exceeding the volume of the original elastic ring 50 . And until the fine adjustment weight 40 starts to deviate from the section of the ring groove 33 and reaches the state of FIG. 7(C), the elastic ring 50 contracts in the retraction space 34, and then the fine adjustment weight 40 As it departs from the ring groove 33, it starts to relax, and the fine adjustment weight 40 is elastically fully restored while leaving the ring groove 33 to limit the movement of other fine adjustment weights 40 on which external force does not act. .

Preferably, an outer circumferential spiral 32 restricting the arbitrary movement of the fine adjustment weight 40 is formed on the holder rod 31 . In addition, an inner circumferential spiral 42 corresponding to the outer circumferential spiral 32 is also formed on the inner circumferential surface of the fine adjustment weight 40 . Thus, while the inner circumferential spiral 42 of the fine adjustment weight 40 is screwed to the outer circumferential spiral 32 of the holder rod 31 , the fine adjustment weight 40 is moved out of the weight holder 30 . However, the screw coupling of the inner circumferential spiral 42 and the outer circumferential spiral 32 is not movable only by the manipulation of the angler. For example, as the fishing gear is shaken by underwater currents or chamfering, screw coupling may be unintentionally made, and in this case, the fine adjustment weight 40 may deviate from the weight holder 30 . In order to prevent the unintentional screw coupling between the fine adjustment weight 40 and the weight holder 30, a ring groove 33 is formed in a part of the outer circumferential spiral 32 of the holder rod 31, and the ring groove 33 has The elastic ring 50 is coupled to the support. Through this configuration, in addition to the relatively strong external force that the angler manipulates by hand, even if a relatively weak external force occurs due to underwater currents or chamfering, the fine adjustment weight 40 is supported by the lower portion of the elastic ring 50 and is fixed. , the screw coupling of the inner circumferential spiral 42 of the fine adjustment weight 40 and the outer circumferential spiral 32 of the holder rod 31 does not occur.

In addition, since the fine adjustment weight 40 is a component involved in adding a very small unit of weight to the bottom weight 10 , the size thereof is very small. When the angler operates the small-sized fine adjustment weight 40, the outer peripheral surface of the fine adjustment weight 40 needs to be formed of a polygon for the convenience of operation. The shape of the polygon may vary from triangular to octagonal, and is preferably composed of a hexagon.

On the other hand, the upper portion of the holder rod 31 of the weight holder 30 may be formed by a connection ring (C21) or a screw coupling method, and preferably a locking wing portion (W) protruding laterally is installed. And the engaging wing portion (W) is connected to the socket 61 and the one-touch (one-touch) coupling structure that is detachably received and fixed to the engaging wing portion (W) as shown in FIG. 5 . Here, the socket 61 is a lower configuration of the movable weight holder 60 . 4, the movable weight holder 60 is rotatably coupled to the lower portion of the support rod 62, which is a steel wire of a predetermined length, through the swivel connection portion C10, the socket 61, and the upper portion is a circular line (1) ) can be associated with However, preferably, a connecting rod 63 provided with the same engaging wing portion W as the engaging wing portion W is provided on the upper portion of the movable weight holder 60 . And the connecting rod 63 is coupled to the same upper socket 70 as the socket 61 in a one-touch coupling structure, and only the upper end of the upper socket 70 has a one-line ring 71 to which the one-line 1 is connected. additionally provided. In addition, a moving weight 80 that is movably fixed along the support bar 62 is coupled to the support bar 62 .

The one-touch coupling structure will be described with reference to FIG. 8 .

The upper end of the holder rod 31 is provided with engaging wing portions (W) protruding to both sides in the radial direction. The engaging wing portion (W) may protrude from the outer circumferential surface of the holder rod 31 in one direction, but preferably, the two engaging wing portions (W) protrude in opposite directions.

In addition, a central hole H1 is formed in the socket pipe P of the socket 61, and a vertical incision H2 through which the engaging wing portion W passes is formed on the circumferential surface of the central hole H1 and A horizontal cutout (H3) and a locking cutout (H4) are provided. The vertical incision (H2) is cut upward by a predetermined length from the lower end of the central hole (H1), and the horizontal incision (H3) is at the upper end of the vertical incision (H2) of the central hole (H1). The incision is made at a certain angle in the circumferential direction, for example, about 90 degrees. In addition, the locking cutout (H4) is cut downward by a predetermined length from the inner end of the horizontal cutout (H3) toward the lower end of the central hole (H1), and the holder rod ( 31), a spring (H5) that presses the upper end downwardly is seated and installed on a spring seat (H6) (spring seat). The vertical cutout H2, the horizontal cutout H3 and the locking cutout H4 are surrounded by a cylindrical sleeve H7 (sleeve) and protected from the outside.

Due to the above configuration, when the upper end of the holder rod 31 is pushed into the central hole H1 of the socket 61, the engaging wing portion W of the holder rod 31 follows the vertical cutout H2. enter When the weight holder 30 is slightly rotated while the upper end of the holder rod 31 is sufficiently inserted into the central hole H1, the engaging wing portion W rotates along the horizontal cutout H3. In this state, when the hand holding the weight holder 30 is released, the locking wing portion W enters the locking cutout H4 due to the elasticity of the spring H5 and is in a locked state. In such a locked state, the socket 61 and the weight holder 30 are never separated unless the holder rod 31 is pushed up with a force that overcomes the elasticity of the spring H5.

In order to separate the socket 61 and the weight holder 30 from each other, the holder rod 31 is pushed up by a force that overcomes the elasticity of the spring H5, and the holder rod 31 is caught in the locking cutout H4. After detaching the wing portion (W), the weight holder 30 is rotated along the horizontal cutout (H3) and pulled out again along the vertical cutout (H2) under the center hole (H1).

In this way, if the one-touch coupling structure is used, the weight holder 30 can be easily connected to and separated from the socket 61 by a single operation. In addition, since the socket 61 and the weight holder 30 in the locked state are not likely to be separated by themselves, a very strong coupling structure is ensured. As mentioned above, the one-touch coupling structure of the engaging wing portion W of the upper holder rod 31 of the weight holder 30 and the lower socket 61 of the movable weight holder 60 is, the movable weight holder 60 ) is the same as the one-touch coupling structure of the upper socket 70 in which the one-line (1) is connected to the hooking wing part (W) of the upper connecting rod (63) and the one-line ring (71).

9, the moving weight 80 forms a cutout 84 connected to the central through-hole 82 of the tube in which the tightening spiral 83 is formed on the outer circumferential surface of the moving weight holder ( The cutout 84 by screwing the clamping tube 81 movably inserted into the support rod 62 of the clamping tube 81 and the cap spiral 87 corresponding to the tightening spiral 83 of the clamping tube 81 . ) by tightening the clamping pipe 81 to the support rod 62 is composed of a clamping cap (85). At this time, the tightening cap 85 is formed as an inner circumferential inclined surface 88 whose circumferential surface is narrowed toward the through hole 86 through which the support rod 62 is inserted and moved in the cap spiral 87 to which the tightening pipe 81 is screwed. do. Accordingly, as the end of the tightening pipe 81 screwed along the cap spiral 87 moves along the inner circumferential inclined surface 88, the cutout 84 becomes narrower and eventually is fixed to the support bar 62 . Through this configuration, the movable weight 80 can be fixed at any position of the support rod 62 .

1: Main line 2: Collar
3: fishing hook
10: bottom weight 11: bottom weight body
12: fastening rod 13: assembly groove
14: cut 15: collar
16: squadron
20: movable joint 21: joint part
30: weight holder 31: holder bar
32: outer circumferential spiral 33: ring groove
34: retreat space
40: fine adjustment weight 41: central insertion hole
42: inner spiral
50: elastic ring
60: movable weight holder 61: socket
62: support rod 63: connecting rod
70: upper socket 71: one-line hook
80: moving weight 81: tightening pipe
82: through hole 83: tightening spiral
84: cutout 85: tightening cap
86: through hole 87: cap spiral
88: inner circumferential slope
C: Connection C10: Swivel Connection
C11: Connection pipe C11a: Out-of-rotation groove
C12: rotary sphere C12a: rotary inner groove
C12b: insertion rod C20: knot joint
C21: hook
H1: central hole H2: vertical incision
H3: Transverse incision H4: Interlocking incision
H5: Spring H6: Spring seat
H7: sleeve
P: socket pipe W: locking wing part

Claims (9)

In fishing gear,
a weight holder 30 having a holder rod 31 made of a steel wire of a predetermined length to which the original line 1 is connected to the upper side;
an elastic ring 50 coupled to the holder rod 31;
a movable joint 20 connected to the lower portion of the weight holder 30;
The bottom weight 10 is connected to the lower portion of the movable joint 20, the collar 15 or the forearm 16 is installed;
A central insertion hole 41 in the form of a ring is inserted into the holder rod 31 and the movement is restricted by the elastic ring 50, but the movement joint 20 is forced to climb over the elastic ring 50 by external force. ) and is seated on the upper end of the bottom weight 10, as well as a fine adjustment weight 40 capable of moving in reverse; Split weight chaebi that is easy to control the weight of the bottom weight, including
According to claim 1,
A ring groove 33 is formed along the lower circumferential surface of the holder rod 31 of the weight holder 30, and the elastic ring 50 is fitted in the ring groove 33, so that external force is not applied. Split weight chaebi easy to control the weight of the bottom weight to limit the movement of the weight (40).
3. The method of claim 2,
An outer circumferential spiral 32 is formed on the outer circumferential surface of at least one of the upper and lower sides of the holder rod 31 with the ring groove 33 interposed therebetween in which the elastic ring 50 is installed,
Split weight chaebi for easy weight control of the bottom weight in which an inner circumferential spiral 42 corresponding to the outer circumferential spiral 32 is formed on the inner circumferential surface of the central insertion hole 41 of the fine adjustment weight 40 .
4. The method of claim 2 or 3,
The inner peripheral surface of the inner end of the ring groove (33) and the inner peripheral surface of the elastic ring (50) are spaced apart by a predetermined spaced apart retraction space (34),
When the fine adjustment weight 40 rides over the elastic ring 50 supported by being fitted in the ring groove 33 by an external force, the elastic ring 50 is elastically contracted into the retracting space 34 , Split weight rigging is easy to control the weight of the restored bottom weight.
In fishing gear,
a weight holder 30 provided with an outer circumferential spiral 32 along the circumferential surface of a portion of the holder rod 31 made of a steel wire of a predetermined length to which the circular line 1 is connected upward;
a movable joint 20 connected to the lower end of the weight holder 30;
a bottom weight (10) connected to the lower end of the movable joint (20) to which a collar (15) or a forge (16) is installed;
a fine adjustment weight 40 having an inner circumferential spiral 42 corresponding to the outer circumferential spiral 32 formed on the inner circumferential surface of the central insertion hole 41 of the ring shape and inserted into the weight holder 30; provided with
The fine adjustment weight 40 passing through the weight holder 30 in a screwing method of the inner circumferential spiral 42 and the outer circumferential spiral 32 by an external force passes through the movable joint 20 and the bottom weight ( 10), as well as being seated on the top of the split weight system, including a configuration that can move in the opposite direction, easy to adjust the weight of the bottom weight.
6. The method of claim 1 or 5,
Each end between the weight holder 30 and the movable joint 20 and between the movable joint 20 and the bottom weight 10 is configured to correspond to each other and a tubular connection as a swivel connection part C10 to rotate relative to each other. It is composed of a pipe (C11) and a rotary sphere (C12) that is inserted and supported in the connection pipe (C11) and rotates,
The rotation hole (C12) has a rotation inner groove (C12a) is formed along the circumferential surface of the longitudinal middle of the insertion rod (C12b) inserted into the inner diameter of the connection pipe (C11), and accommodates the insertion rod (C12b) One of the connection pipe (C11) is transformed into a shape corresponding to the rotation inner groove (C12a) to form an outer rotation groove (C11a), the weight of the bottom weight can be easily adjusted.
6. The method of claim 1 or 5,
A connection ring C21 through which the fine adjustment weight 40 can pass is formed at the lower end of the weight holder 30 and the upper end of the bottom weight 10, respectively, so that the upper and lower portions of the movable joint 20 are respectively connected Split weight chaebi with easy weight control of the bottom weight consisting of a knot connection part (C20) connected to the ring (C21).
6. The method of claim 1 or 5,
The upper portion of the weight holder 30 is provided with a locking wing portion (W) protruding laterally;
A support rod 62, which is a steel wire of a predetermined length, above the socket 61 for removably receiving and fixing the locking wing portion W, and the locking wing portion W on the upper side of the support rod 62 are at the upper end. A movable weight holder 60 having a connecting rod 63 to be installed is provided;
A movable weight 80 that is coupled to the support rod 62 and can be selectively fixed is provided;
Adjusting the weight of the bottom weight further comprising an upper socket 70 for removably receiving and fixing the engaging wing portion W of the connecting rod 63 by having a one-line ring 71 to which the one-line 1 is connected to the upper end This easy split-addition cost.
10. The method of claim 9,
The moving weight 80 has at least one end of both ends of the tube in which a through hole 82 into which the support rod 62 is movably inserted into the inner surface is formed in the longitudinal direction, the through hole 82 in the longitudinal direction. A tightening pipe 81 having a tightening spiral 83 on the outer surface of at least the end at which the cutout 82 is formed among both ends of the tube body;
The incision portion ( 84) by tightening the clamping tube 81 to the support rod 62, thereby fixing the position of the moving weight 80 as a whole to the support rod 62. Split weight system for easy weight control.

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