KR100920452B1 - Apparatus and method for sensing bobber - Google Patents

Abstract

The present invention, in the fishing bobbin detection device in the fishing tackle including a bobbin and a fishing line hanging hook, the weight body is fitted to the sensing line connected between the main line and the neck and the first, The second stop rubber constituting the guide for detecting the position of the structure, wherein the weight body is formed through the guide hole through which the sensing line passes and has a weight corresponding to the buoyancy of the high buoyancy bobber and is controlled by the distance of the fidget confirmation flow distance By freely moving between the 1st and 2nd stop rubbers, the fish responds immediately to the bobber even if the fish just bites the fishing needle during the down fishing, so that the fisherman can easily catch it.

The present invention is mainly used for down fishing during freshwater fishing, and can be used for bottom-up fishing and middle-layer fishing.

Fishing, down fishing, detection line, weight, guide

Description

Apparatus and method for fishing bobber {APPARATUS AND METHOD FOR SENSING BOBBER}

1 is a general down fishing state,

2 is a perspective view of a fishing bobber according to an embodiment of the present invention,

Figure 3 is an exploded perspective view of the weight body 30 of the fishery detection guide 100 of FIG.

Figure 4 is another example perspective view of the weight body 30 of the fishery detection guide 100 of FIG.

5 and 6 is a cross-sectional view of the use state of the fishery detection guide 100 of FIG.

Figure 7 is a state of alignment to adjust the height of the float on the water surface according to an embodiment of the present invention,

8 is a down fishing state according to an embodiment of the present invention,

9 is a view illustrating a fishery detection state in down fishing according to an embodiment of the present invention;

10 is a state of use for fishing bottom-up fishing tackle of the present invention.

<Explanation of symbols for the main parts of the drawings>

(20)-Fishing Bobber Detector (22)-Fishing Needle

(24)-Collar (28)-Collar

(30)-weight (32a) (32b)-stop rubber

(38)-Bongdol (40)-Circle

(42) (42a)-Body (44)-Guide Fitting

(45)-inclined guide surface (46)-guide hole

(48)-Incision Groove (50)-Bob

(100)-Fish Finding Guide

The present invention relates to fishing equipment, and more particularly, to an improvement in fishing tackle having a structure that can be used for both up and down fishing.

In general, the technique of freshwater fishing can be divided into various types of fishing, such as down fishing, middle layer fishing (full layer fishing), and bottom-up fishing. It is a technique that reflects this.

Among them, in the technique of down fishing or middle-layer fishing, the bobber is lowered when the fish bites the prey, so that the fisherman can check the chamfer. The bottom-up fishing implements the bobber when the fish bite. It is to be able to confirm that the angler chammered.

Freshwater fishing in seasons where there is not much wind, such as house fishing, or when there is little activity of the fish, such as winter, utilizes a lot of down fishing or middle-layer fishing techniques that create very sensitive conditions such as low buoyancy bobber, minus fit, and wind. In freshwater fishing with frequent waves or strong mouths of fish, high buoyancy bobbers are used instead of low buoyancy bobbers, and the conditions such as minus fitters are used mainly for descending fishing and middle-layer fishing techniques.

1 is an exemplary state diagram of a general down fishing, showing a state in which the preparation of the down fishing is landed. In the down fishing gear, one end of the neck (4) has a fishing needle (2) is attached to the other end of the weight of the lead material 10 through the rubber O-ring (6) and auger (8). The raw line 12 is connected to the top of the weight 10, the blade of the bobber 14 is inserted, the raw line 12 is connected to the fishing rod.

As shown in FIG. 1, in conventional down fishing or middle-layer fishing, even in bottom-up fishing, the weight 10 floats in the water instead of the bottom, and the buoyancy size of the bobber 14 and the weight of the weight 10 are at the same time. Is made to match the surface of the water.

 Therefore, in order for the angler to catch the fishing, the catching timing of the lowering of the bobber (14) must be caught and chamfered. Therefore, the fishing rod must always be caught and focused, which adds considerable fatigue to fishing, and the timing is very instant and sensitive. As a result, only one fishing rod is available for fishing, but many fishing rods cannot be lowered.

In addition, in the case of the down fishing tackle as described above, when the fish such as crucian carp bites the fishing needle (2) and moves horizontally, the bobbin (12) with the weight (10) has a horizontal flow distance bobber (14) Because the immediate response is not delivered to the late fish delivery or the fish is inaccurate and missed the fish is also a frequent reflection, and even more digging more difficult to grasp the response of the bobber (14).

In addition, in the case of down fishing, middle fishing, and up fishing, the weight of the lead material 10 is cut off as necessary so that the buoyancy size of the bobber 14 and the weight of the weight 10 can almost match the surface of the water. If you do so, the weight function of the weight will not be used next time.

Therefore, it is possible to solve the disadvantages of the fishing gear including the down fishing as described above, and if you can implement the fishing gear having a structure that can be used not only down fishing, but also middle-layer fishing or bottom-up fishing as needed, a great response to the angler. You will get

Accordingly, an object of the present invention is to provide a fishing bobbin detection device that can be used to solve the disadvantages of the existing down fishing gear and to be used for up and down fishing as well as down fishing.

Another object of the present invention is to provide an immediate response to the bobber when the fish only bites the fishing needle during the down fishing, and does not have to be a sensitive and precise professional jitter fishing.

Still another object of the present invention is to provide a bobber detection device that can reduce the fatigue of the down fishing or middle-tier fishing.

In accordance with the above object, the present invention, in the fishing bobbin detection device in the fishing tackle including a bobbin fitted with a bobbin and a fishing hook, the weight body is fitted to the sensing line connected between the raw cord and the neck and both sides of the weight Consisting of the first and second stop rubber guide structure of the structure is located in the sensing line of, the weight body is formed through the guide hole through which the sensing line passes and has a weight corresponding to the buoyancy of high buoyancy wing Characterized in that the free flow between the first and second stop rubber that is spaced apart as a confirmation flow distance.

In another aspect, the present invention, the body of the structure in which the weight body having a guide hole is inserted into the sensing line connected between the main line to which the bobber is fitted and the fishing line on which the fishing needle is suspended, and the first and second stop rubbers are positioned on the sensing lines on both sides of the weight body. In the fishing bobbin detection device of fishing tackle including a sensing guide, wherein the weight is configured to be fitted to the guide fitting pipe on both sides of the square pillar body of the corrosion resistant material having a guide hole, one side length of the square pillar body It is characterized in that the incision groove is formed in the direction.

In another aspect, the present invention, the body of the structure in which the weight body having a guide hole is inserted into the sensing line connected between the main line to which the bobber is fitted and the fishing line on which the fishing needle is suspended, and the first and second stop rubbers are positioned on the sensing lines on both sides of the weight body. In the fishing bobbin detection method in the fishing gear including a detection guide, the bobber is mounted with a high buoyancy bobber and the adjustment rod is attached to the end of the circumference but the adjustment bar so that the body portion of the high buoyancy bobber is exposed on the water surface when the bobber height is adjusted Adjusting the weight of the, and the weight body of the fishery detection guide to have a weight to offset the buoyancy of the high buoyancy float and the first and second stop rubber to be spaced apart by the flow of the confirmation of the fishery; In the fishing state in which the detection guide and the adjustment bar are suspended together, the weight body is settled on the floor and the surface of the jigsaw is exposed to some surface exposure. The features a made of an step of enabling confirmation.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

In the present invention, when the fish is caught only by moving the fishing needle during the down fishing, there is an immediate response to the bobber, and the fisherman does not have to be sensitive and precise professional jitter structure.

Figure 2 is a perspective view of a fishing bobber having a chaebol structure according to an embodiment of the present invention.

Referring to Figure 2, fishing bobber detection device 20 according to an embodiment of the present invention is a fishing vessel detection guide 100 having a structure in which the weight body 30 and the stop rubber (32a, 32b) is fitted to the sensing line 28 ) Is included. The detection line 28 of the fishery detection guide 100 is configured to be connected between the raw line 40 and the neck 24. Circle 40 is reduced to be inserted into the blade of the bobber 50 is connected to a fishing rod, the fishing line 22 is hanged on the neck 24. Neck 24 and the sensing string 28 is connected via a rubber O-ring 26, the sensing string 28 and the raw string 40 is connected through the advent 34 and the connecting ring 36. Auger 34 is a well-known fishing part that allows free rotation of the collar 24 including the fishing needle 22, the adjustment bar (fitted to the knot ring (or connecting ring 36) of the line 40) ( 38) is responsible for the weight control role according to an embodiment of the present invention.

The sensing line 28 of the fishery detection guide 100 is configured to be fitted with a weight body 30 having a guide hole 46, but defined as between two stop rubber (32a) 32b on the sensing line 28 It can be configured to move freely within the flow distance. Both end stop rubbers (32a) (32b) is to define the flow of the confirmation of the ice check distance between each other by the angler is adjustable within the length range of the sensing line (28).

Both ends of the stop rubber (32a) (32b) can be implemented so that both of the distance control and stop in the sensing line 28, as another example, one of the stop rubber (32a, 32b) is a rubber O-ring type It can also be implemented by fixing and stopping the other one. Another example may be implemented by determining the separation distance with the sensing line 28 and tying both ends of the stop rubbers 32a and 32b in the form of rubber O-rings to both ends of the sensing line 28. Therefore, it will be apparent to those skilled in the art that the shape and structure of both end stop rubbers 32a and 32b are not limited to the preferred example shown in the drawings and may be variously modified or changed.

3 is an exploded perspective view of the weight body 30 of FIG. 2, and FIG. 4 is another perspective view of the weight body 30 of FIG. 2.

  In the present invention, the weight body 30, which is the main component of the fishery detection guide 100, has a weight sufficient to offset the buoyancy of the high buoyancy bobber employed in the present invention and is composed of a corrosion resistant material such as copper or lead. desirable. In addition, the weight 30 of the present invention is positioned to sink to the bottom (52 of FIG. 8), unlike the weight (10 of FIG. 1) of the existing fishing gear stays in the water at the time of down fishing (see FIG. 8). ).

Weight body 30 according to an embodiment of the present invention is composed of a square pillar body 42, 42a having a guide hole 46 in the longitudinal direction as shown in Figs. Square pillar body 42 (42a) is preferably a square pillar shape, as shown in Figures 3 and 4, it can be changed and deformed into a square shape, such as a triangular prism, a pentagon and a hexagonal column It is self-evident to those of ordinary knowledge. Since the prismatic frictional force is increased by the rectangular structure, the rectangular pillar bodies 42 and 42a minimize the cloud movement to the side in the state of being seated on the underwater floor (52 in FIG. 8).

The weight body 30 shown in FIG. 3 of the weight body 30 of FIGS. 3 and 4 has a flange-shaped guide fitting pipe 44 on one side of the main body 42 having a rectangular column shape having a guide hole 46. This interference fit is configured. A cutaway groove 48 is formed in one longitudinal direction of the square pillar-shaped main body 42, and an inclined guide surface 45 is formed at the through hole of the guide fitting pipe 44. The cutting groove 48 of the square pillar body 42 is advantageous in forming the guide hole 46 of the square pillar body 42 and allows the guide fitting pipe 44 to be hardly coupled. That is, in the present invention, by making the incision groove 48 is formed in the main body 42, in the production of the base material of the square pillar body 42 having the guide hole 46 can be manufactured only by the extrusion molding process, the production cost Can be lowered.

The guide fitting pipe 44 fitted to both ends of the square pillar body 42 having the incision groove 48 prevents the sensing line 28 from falling out of the main body 42, and at the entrance of the guide fitting pipe 44. Guide slopes 45 are provided to minimize wear of the sense string 28 during use.

Meanwhile, the weight body 30 illustrated in FIG. 4 includes a main body 42a having a rectangular column shape having a guide hole 46, and configured to form guide slopes 45 on both sides of the guide hole 46.

Guide hole 46 of the weight body 30 according to an embodiment of the present invention has been described as an example formed in the body 42, it should be understood that it can be configured as a ring piece connected to the body 42.

5 and 6 are cross-sectional views of the state of the fishery detection guide 100 of Figure 2 according to an embodiment of the present invention, Figure 5 is a state diagram when the weight body 30 of Figure 3 is employed and Figure 6 It is a state diagram in the case of employ | adopting the weight body 30 of FIG.

Fishing bobber detection device 20 of the present invention by using the bobber 50 as a high buoyancy bob to have a sense of stability (receives less external influence) of the bob from the high buoyancy bobber, having a weight enough to offset the buoyancy of the high buoyancy bobber By using the weight 30 and the adjustment bar 38 for adjusting the weight allows the high buoyancy bobber 50 to have the function of responsive low buoyancy bobber sensitive to fishery.

Normally, it can be divided into high buoyancy bob and low buoyancy bob. More than 5 penny is called high buoyancy and the maximum is about 20 penny. Here, 'pun' is the weight unit of the bob, but the puncture size of the bob, which is the weight unit, is proportional to the buoyancy size. Therefore, the higher the puncture of the bob, the higher the buoyancy of the bob, and the lower the pound of the bob, the buoyancy of the bob is lowered.

In the case of down fishing in the embodiment of the present invention, as shown in Fig. 7, the high buoyancy bobber 50, such as about 10 tablespoons in the row 40, and the lower knot ring of the row 40, for example 7 or 8 Adjusting the height so that the body of the bobbin 50 is exposed on the water surface 54 by attaching an adjustment bar 38 having a weight enough to offset the buoyancy of loosening. In this case, as shown in FIG. 7, approximately 1/4 of the entire length of the torso 50 is exposed to the water surface 54.

In general, when the fish is squeezed, the bobbin (or weight) is cut and adjusted so that the bobbin placed on the upper part of the body of the bobber (50) coincides with the water surface. do. Particularly, when the negative jig is adjusted, the jig is adjusted to partially expose the top of the top of the water surface (see FIG. 1).

However, in the present invention, since the fishery detection guide 100 is provided, it does not have to be sensitive and precisely different from the normal fishing. Therefore, as in the past, the bar saws or weights are not precisely cut so that the bobbin coincides with the surface of the water, and the adjustment bar 38 is arranged so that only about 70 to 80% of the buoyancy of the highly buoyant bobbin 50 is offset. It is attached to the lower knot ring of 40).

After controlling the exposure on the surface of the bobber 50 as shown in FIG. 7, the fishing hooks are collected again, and the hook 36 and the abutment 34 are attached to the lower knot ring of the row line 40, and the advent 34 is provided. Tie one end of the detection line 28 of the fishery detection guide 100 to the ring of, the other end of the detection line 28 of the fishery detection guide 100 has a collar 24 having a fishing needle 22 The rubber o-ring (26) is tied through the media.

When the fishery detection guide 100 of the present invention at the time of product release, as shown in Figure 2, the leash 24 having a fishing needle 22 on the other end of the detection line 28 of the fishery detection guide 100 is rubber The O-ring 26 is tied to each other, and the connecting ring 36 and the advent 34 are also preferably released from the product in a set state tied to the sensing line 28.

In general, when the jig with a high buoyancy bobber as shown in the present invention, the bobbin may have a sense of stability against external influences, but the weight of FIG. 1 having a weight equivalent to the buoyancy of the high buoyancy bob should be used (10 in FIG. As a result, the weight of the underwater weight prevents the fish from being delivered immediately.

However, although the fishing bobber detection device 20 of the present invention employs the bobber 50 as a high buoyancy bobber, the fish 60 during the lowering fishing only bites the fishing needle 22 as shown in FIG. 50) has a structure that allows for immediate response.

As shown in FIG. 8, the fishing body made of the fishing sensing device 20 of FIG. 2 is thrown into the water so that the weight body 30 of the fishery detection guide 100 is seated on the underwater bottom 52, but is located in the water. By using the weight bar 30 seated on the adjustment bar 38 and the underwater bottom 52 to make the state of the bobbin 50 at that time similar to the surface exposure of the jigsaw during the normal down fishing. . For this purpose, the angler may properly adjust the weight of the adjusting bar 38 and the stop rubbers 32a and 32b at both ends of the sensing line 28.

In the down-fishing state as shown in FIG. 8, a 10-ounce high-buoyant bobber 50 is employed, and the adjustment bar 38 is suspended by a weight that will offset the buoyancy of about 7 centimetres. If it is assumed that the weight 30 having a, the buoyancy of the bobber 50 is pulled up the sense string 28 in relation to the greater than about 3 pounds of the weight of the adjustment bar 38. The angler may pull the fishing rod up slightly to allow the sense bar 28 to pull up quickly.

However, when the lower stop rubber 32b of the sensing line 28 being pulled up is caught by the weight body 30, the weight of the weight body 30 is enough to offset the buoyancy of 10 pounds, so the sensing line 28 is more. It does not go up any more, and it becomes a state like FIG. At this time, the sensing line 28 and the original line 40 caught in the weight body 30 maintains a taut state.

In this state, the high buoyancy bobber of 10 ounces is offset by about 7 bucks of buoyancy by the adjustment bar 38, so it acts like a low buoyancy bob of 3 ounces. Therefore, as shown in FIG. 8, when the fish 60 such as crucian carp catches the fishing needle 22 and pulls it with a force equal to or greater than three pounds of buoyancy, as shown in FIG. 9, the sensing line 28 and the main line 40. ) Will immediately come, so that the top of the float 50 exposed on the surface of the water 54 is submerged immediately.

Therefore, the fisherman can immediately check the fishery without paying considerable attention and can be immediately chamfered to catch the fish 60 easily.

The same fishing bobber detection device 20 of FIG. 2 according to an embodiment of the present invention can also perform bottom-up fishing as shown in FIG.

Referring to FIG. 10, the bobber detection device 20 removes the rod 38 used in the down fishing of the present invention, and floats the weight body 30 of the fishery detection zone 100 on the underwater bottom 52. And, the high buoyancy bobber (50) is to zero the balance.

When the fish moves up with the fishing needle 22 (fish such as crucian is mainly in the habit of moving upwards), the bobber 50 is lifted, so that the fisherman can check the fishery.

In the above description of the present invention, specific embodiments have been described, but various modifications may be made without departing from the scope of the present invention. Therefore, the scope of the present invention should not be defined by the described embodiments, but should be determined by the equivalent of claims and claims.

As described above, the present invention has the advantage of eliminating the disadvantages of the existing down fishing gear and can be used not only down fishing, but also up fishing as needed. In addition, during down fishing, the fish will immediately react to the bobber by simply biting the fishing needle, making it easier for the fisherman to chamfer, and there is an advantage that the fisherman does not have to be sensitive and precise.

Claims (9)

In the fishing bobbin detection device in the fishing tackle, including a bobbin fitted with a bobbin and a fishing hook, A weight body is inserted into a sensing line connected between the main line and the neck line, and the first and second stop rubbers are formed on the sensing line on both sides of the weight body to stop the first and second stop rubbers. Consisting of the high buoyancy bobber, the weight body is formed with a guide hole through which the sensing line passes and has a weight corresponding to the buoyancy of the high buoyancy bobber and is free between the first and second stop rubbers as a fiduciary flow distance. Fishing bobber detection device, characterized in that configured to be movable. According to claim 1, wherein the weight is fishing bobber detection device, characterized in that the rectangular pillar shape having a guide hole. According to claim 1, wherein the weight, the guide fitting pipe is configured to be clamped on both sides of the square pillar body of the corrosion resistance material having a guide hole, the incision groove portion is formed in one longitudinal direction of the square pillar body Fishing bobber detection device characterized in that. According to claim 3, The guide fitting pipe has one side has a flange shape, fishing bobbin detection device, characterized in that the inclined guide surface is formed in the through hole inlet of the guide fitting pipe. The fishing bobbin sensing device according to claim 1, wherein the weight has a rectangular pillar body of a corrosion resistant material having a guide hole, and guide slopes are formed on both sides of the guide hole of the rectangular pillar body. The fishing bobbin sensing device according to any one of claims 2 to 5, wherein the weight has a square pillar shape. A weight sensing body having a guide hole is inserted into a sensing line connected between the main line into which the bobber is fitted and the fishing line on which the fishing needle is suspended, and the first and second stop rubbers are positioned on the sensing lines on both sides of the weight body. In the fishing bobber detection device of the fishing gear, Wherein the weight body is configured to the guide fitting pipe is fastened fitting on both sides of the rectangular pillar body of the corrosion resistant material having a guide hole, one side longitudinal direction of the rectangular pillar body fishing bobbin sensing device, characterized in that formed. According to claim 7, The guide fitting pipe has one side has a flange shape, fishing bobbin detection device, characterized in that the inclined guide surface is formed in the through hole inlet of the guide fitting pipe. A weight sensing body having a guide hole is inserted into a sensing line connected between the main line into which the bobber is fitted and the fishing line on which the fishing needle is suspended, and the first and second stop rubbers are positioned on the sensing lines on both sides of the weight body. In the fishing bobber detection method in the fishing tackle, Mounting the bobber with a high buoyancy bobber and attaching an adjustment bar to the end of the circumference, adjusting the weight of the adjustment bar so that a part of the body of the high buoyancy bob is exposed on the water surface when the height of the bobbin is adjusted; Making the weight body of the fishery detection guide having a weight to offset the buoyancy of the high buoyancy bob and allowing the first and second stop rubbers to be spaced apart by the flow rate of the fishery identification; In the fishing state in which the fishery detection guide and the adjustment rods are suspended together, the weight body is seated on the bottom of the water and the high buoyancy bobbers are partially exposed to the surface so that the fishing bobbers are made to be confirmed. How to detect bobber.

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