KR101607946B1 - Fishing lure preceding back step motion - Google Patents

Abstract

The present invention prevents the occurrence of an obstacle in an underwater obstacle by preceding a back step movement in the course of a fishery, facilitates escape even when an obstacle is caught, and is suitable for fishing Lure. The present invention relates to a fishing reel having a body made of a material having buoyancy and having a shape of a shrimp or a small fish and a fishing line can be connected to the head side and a plurality of needles are formed into an annular shape toward the body, A hook, and a louder motion control means coupled to the body. Particularly, the louver motion control means includes a transverse portion having a length in the left-right direction and transversely coupled to the head portion of the body, and a ring-shaped portion formed at the opposite end of the body from the transverse portion, And a weight attached to the lower end of the longitudinal portion. The fishing line is connected to the ring-shaped portion. The fishing line is connected to the ring- The bending moment acting on the longitudinal portion and the buoyancy acting on the tensile force and the body act as a repulsive pressure against the direction of the chamber, so that the tail of the weight- The body moves forward by advancing the back step movement (backward movement) by the moving distance of the weight, .

Description

[0001] The present invention relates to a fishing lure followed by a back step movement,

The present invention relates to a fishing lure, and more particularly, it relates to a lure for fishing, which prevents occurrence of a hanging of an underwater obstacle by preceding a back step movement in the case of a hammer and is easy to escape when an obstacle is caught, To a fishing lure in which a back step movement is preceded.

Fishing lure is not a raw bait but a fake bait. It has the same effect as a raw bait, but it does not hassle to obtain and store it. Lure is an artificial bait made of fur, plastic, metal and so on, and how much it makes it look like a living bait is the key. There are several kinds of lures and they are divided into fish species.

Prior art related to a fishing lure includes those known in the following prior art documents: a fishing lure having a needle formed on the body; a first needle fixedly coupled to an intermediate portion of the body; A second needle and a third needle fixedly coupled to a tail portion of the eye, and a shape of artificial bait is formed by the eyes, the whiskers and the fins. In addition, this is to ensure that the fish watering the lure can be reliably harvested by the first to third needles. However, in the fishing lure of Patent Document 1, not only the epidermis of the lure but also the body are lost due to the teeth of the fish when the fish bite the lure, so that it can not be used for a long time and the weight of the lure can not be controlled. And it lacks factors that can attract fish like real bait. In addition, the lure is made of a synthetic resin that does not easily decay, and if the lure is lost during fishing, there is a serious problem such as causing pollution of the underwater environment.

On the other hand, the fishing lure according to Patent Document 2 includes a body having a shrimp or a small fish shape and having a mother-of-pearl attached to its surface and having a connecting ring in which fishing line is joined to the head portion, A sinker detachably coupled to a groove formed under the head of the body; and at least one of a plurality of hooks connected to the hook at the edge of the hook, And a fixing groove formed therein.

However, when the conventional fishing lure equipped with the sinker at the head portion is free to sink into the fishing line without tension, the fishing line is often caught in the hook while the lure descends to a position close to 90 degrees. There is a problem in that the lure must be lowered to the bottom by a method in which a tension is applied to set the sinking angle to a horizontal state forcibly.

In addition, since the conventional lure shows an action of advancing only in the chamber, there is a limitation in stimulating the target fish species, and when a hook is caught in an obstacle such as seaweed or a hooking phenomenon occurs in the underwater floor It is not easy to escape, and there is a disadvantage in disadvantage of precision search of the water depth bottom layer.

[Patent Document 1] Korean Utility Model No. 20-2011-0007909 (name: fishing lure having a needle on a body, applicant: Lee Kyung-sook) [Patent Document 2] Korean Registered Patent No. 10-1273414 (Name: Lure for fishing, patentee: Io Sun)

The present invention has been developed in order to solve the problems of the conventional fishing lure as described above, and it is possible to minimize the phenomenon that fishing line is hooked on hooks and bottom catching phenomenon where hooks are hooked on obstacles such as seaweeds, It is easy to escape when an obstacle in the water occurs and it is advantageous for precise search of the bottom layer due to short distance travel of the lure. There is a purpose in providing.

In order to accomplish the above object, the present invention provides a fishing rod comprising: a body made of a material having buoyancy and having a shape of a shrimp or a small fish, and a fishing line can be connected to the head side; and a plurality of needles are formed into an annular shape toward the body, And a louder motion control means coupled to the body. Particularly, the louver motion control means includes a transverse portion having a length in the left-right direction and transversely coupled to the head portion of the body, and a ring-shaped portion formed at the opposite end of the body from the transverse portion, And a weight attached to a lower end of the longitudinal portion, wherein the fishing line is connected to the ring-shaped portion, and the ring-shaped portion is connected to the ring- The bending moment acting on the longitudinal portion and the tensile force acting on the body and the buoyancy acting on the body act as repulsion pressure against the direction of the chamber, (Backward movement) as much as the moving distance of the weight moves the body to the forward direction And that is characterized.

In the above configuration, the louver motion control means may have a structure in which the lateral direction portion is detachably coupled to the head portion of the body.

Further, in the above configuration, the louver motion control means may be configured to adjust the angle of the longitudinal portion with respect to the transverse direction portion.

In addition, in the above-described configuration, the weight of the louver motion control means includes a weighting device and an auxiliary weight device attached to the weight device. When the auxiliary device is mounted on the weight device, So that the weight of the weight can be varied.

The effect of the present invention constituted as described above is as follows.

First, since the lure of the present invention performs an action of advancing after a back step movement (backward movement), there is little possibility that a hook of a lure is caught in an underwater obstacle such as seaweed, So that there is little possibility that a hooking phenomenon occurs in which the hook is caught in the underwater floor. Even if the hook is caught by an obstacle, the lure of the chamber can be easily retracted from the obstacle while the lure is reversed.

Second, when a conventional lure equipped with a head sinker is free-falling down (free-poling) in water without giving tension to the fishing line, the fishing line is often caught in the hook while the lure descends to a position close to 90 degrees Therefore, hold the fishing line with your fingers and give the tension to make the sinking angle of the lure level to the level. However, since the fishing line and the hook of the present invention have an angle that maintains the fishing line and the hook at a predetermined interval, it is possible to minimize the fishing line hooking phenomenon and to prevent the fishing line from being tilted, So that it is possible to shorten the time taken until the image is taken.

Third, the lure of the present invention is advantageous for precise search of the underwater floor because the travel distance of the lure is shorter than that of the conventional lure due to back step movement (backward movement).

Fourth, since the conventional lure is connected by a method directly connected to the fishing line, it is necessary to repeat the falling operation with the chamber, but the lure of the present invention is connected to the lure movement control means, As the lure moves up (backward) when the lure climbs up, it polls after advancing, so that the live shrimp tries to jump out quickly, which is more advantageous for stimulating the target fish species.

Fifth, since the lure of the present invention is located at the low center of gravity of the weight added water when the length of the longitudinal portion of the louver motion control means is lengthened, when the fish or cephalopod takes a lure (trunk) Therefore, it is possible to grasp the fish fish (fish fish, fish tastes) more quickly.

Sixth, the lure of the present invention is inexpensive compared to the cost of assembling a head sinker in a conventional lure in terms of production cost, and the weight mounted on a lure can be freely used with metal or stone having an appropriate weight, There is an effect to be able to enjoy fishing.

1 is a view showing an embodiment of a lure according to the present invention.
FIG. 2 is an exploded perspective view of the weight of FIG. 1. FIG.
Fig. 3 is a view for explaining the force acting on the lure of the present invention and the movement of the weight when the lancet is in the chamber.
Fig. 4 is a view for explaining the movement of the lure of the present invention in the case of a chamber.
5 is a view showing a state in which the body and the luer motion control means in the luer of the present invention are at right angles to each other.
FIG. 6 is a view for explaining the movement of the lure during pre-polling in the state of FIG.
7 is a view showing a state in which the body and the luer motion control means in the luer of the present invention have an acute angle formed by the longitudinal direction portion.
8 is a view for explaining the movement of the lure during the pre-polling in the state of Fig.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. However, it should be understood that the following embodiments are provided so that those skilled in the art can understand the present invention without departing from the scope and spirit of the present invention. It is not.

Fig. 1 is an exploded perspective view of a weight according to the present invention. Fig. 2 is an exploded perspective view of the weight of Fig. 1, showing a body 10, a hook 20, As follows. Specifically, it is as follows.

The body (10) is made of a material having buoyancy like wood. For example, it is possible to mass-produce the same size and weight by processing the wood of the wood of about 2 cm or less, drying it in the shade to remove moisture, and then machining it by three-dimensional cutting with a CNC (Machineized Numerical Control) Gold foil, silver foil, hologram tape, cloth, mother-of-pearl, etc. Particularly, the shape of the body 10 is formed into a shape of a shrimp or a small fish which is easy to attract the fishing target species.

One or more hooks (hooks) 20 are coupled to the tail portion 12 which is a rear portion of the body portion 10 to which the fishing line can be connected. The hook 20 has a structure in which hook-shaped needles are annularly formed toward the body 10, and for example, when a cephalopod touches the luer with its mouth, the hook 20 is not easily released.

The louver motion control means 30 comprises a lateral portion 31, a ring-shaped portion 32, a longitudinal portion 33 and a weight 34. The louver control means 30 of the present invention (10). The transverse portion 31, the ring-shaped portion 32 and the longitudinal portion 33 are made of a single material such as a steel wire or a plastic or a wire. The transverse portion 31 and the ring- The longitudinal portion 32 and the longitudinal portion 33 are formed as a whole.

The transverse portion 31 has a length in the left-right direction and is laterally coupled to the head 11 of the body 10. In particular, the transverse portion 31 is detachably coupled to the head 11 of the body 10, for example, in a detachable manner. Therefore, when it is necessary to replace the luer motion control means 30 by damaging the luer motion control means 30 or by any other reason, the user can use the tool to move the lateral direction portion 31 to the trunk The lateral portion 31 of the new luer motion control means 30 may be coupled to the head 11 of the body 10 by means of an interference fit or the like. Further, the transverse portion 31 may be completely embedded into the head 11 of the body 10, so that the transverse portion 31 may not be visually exposed to the outside.

The ring-shaped portion 32 is formed in a ring-like shape at the end opposite to the head 11 of the body 10 from the transverse portion 31, and the fishing line L is connected to the ring-

The longitudinal portion 33 is a portion extending downward from the ring-like portion 32 in the longitudinal direction. The lateral portion 31 and the ring-shaped portion 32 can be inclined at right angles or at an acute angle with respect to the transverse portion 31, The louver motion control means 30 composed of the longitudinal direction portion 32 and the longitudinal direction portion 33 is formed as a whole. As described above, since the lateral portion 31, the ring-shaped portion 32 and the longitudinal portion 33 are made of a single material such as a steel wire, the user can adjust the lateral portion 31 The angle of the longitudinal portion 33 can be adjusted to a right angle or an acute angle.

The weight 34 is coupled to the lower end of the longitudinal portion 33 and may be any material such as metal or stone that is heavier than the buoyant force of the body 10. In this embodiment, in order to allow the user to adjust the weight of the weights 34 as needed, the weights 34 include a weight extractor 34a having a step formed at the lower end thereof, And a plurality of auxiliary weight weights 34b having different weights mounted thereon. In addition, a rubber ring 34c is mounted on the upper part of the weight accumulator 34a to prevent the auxiliary weight 34b mounted on the weight accumulator 34a from being disengaged. The rubber ring 34c may be formed of a luminous rubber ring so that the weight 34 can be identified even in a dark condition. As described above, in the present embodiment, the weight 34 has a structure in which the auxiliary weight 34b having a different weight is attached to the weight sensor 34a, so that the weight 34 can be varied in weight.

Hereinafter, the operation of the embodiment of the present invention will be described.

Fig. 3 is a view for explaining the force acting on the lure of the present invention and the movement of the weight when the fishing lure is connected to the ring-shaped portion 32 of the lure, assuming that the lure is thrown in water . Referring to FIG. 3, when the fishing user pulls the fishing line L in the direction of the arrow (↑) by making a chamber, the weight 34 (FIG. 3) coupled to the lower end of the longitudinal portion 33 of the louver motion control means ) Is going to rise to the surface while advancing. At this time, as the fishing line L is pulled in the direction of the arrow (?), Bending moment and tension act on the longitudinal portion 33 in the water, and the tail portion 12 of the luer body 10 has an arrow (▲) direction. As a result, the weight 34 and the body 10 are subjected to the repulsive pressure corresponding to the fact that they are going to rise to the water surface while advancing. By the bending moment acting on the longitudinal portion 33 and the tensile force, (34) and the body (10) are moved backward from the state of Fig. Ⓐ to the state of ⓒ of the state by the chamber. But it is negligible because it is only a minor move). At the same time, the body 10 of the lure integrated with the louver motion control means also moves backward (i.e., backstep motion) naturally as much as the backward distance of the weight 34.

Fig. 4 is a view for explaining the movement of the lure of the present invention in the case of a hammer; That is, when the fishing line L connected to the lure thrown in the water is used as shown in FIG. 1 (a), the lure is pulled in the direction of the fishing line (L) However, since the bending moment acting on the longitudinal portion 33, the tensile force acting on the body 10 and the buoyant force acting on the body 10 act as a repulsive pressure with respect to the direction of the chamber, The body 10 is moved backward by a distance corresponding to the distance at which the weight 34 is moved. For reference, a portion indicated by the chain double-dashed line in FIG. 2 represents a state in which the longitudinal portion 33 is bent by a bending moment and a tension acting on the longitudinal portion 33. After the lure of the present invention including the body 10 and the weight 34 as described above performs the backstep movement (backward movement), the forward movement is the same as that of the general lure as shown in Fig. As such, the lure of the present invention provides a back step movement (backward movement) by the forces acting on the longitudinal portion 33 of the louver motion control means, the weight 34 and the body 10 coupled to the louder motion control means After pre-polling, it shows a forward movement while pre-polling.

As described above, since the lure of the present invention performs the forward movement after preceding the back step movement (backward movement), there is little possibility that the hook 20 of the lure is caught by an obstacle in the water such as seaweed, The hook 20 of the lure is separated from the floor of the underwater by the weight 34 and the louver motion control means 30 so that there is little possibility of a squeaking phenomenon in which a hook is caught in an obstacle such as seaweed on the floor underwater, Even if a latching phenomenon occurs, the lure of the chamber can be easily retracted from the obstacle while moving backward. In addition, the movement distance of the lure is shorter than that of the conventional lure due to the back step movement (backward movement) of the lure, which is advantageous for precise search of the underwater floor. The lure of the present invention, in which the fishing line (L) is connected to the louder motion control means (30), must be repeated in the case where the fishing lure is connected to the fishing line When the weights (34) rise to the surface of the water, the lure moves backsteps (backward) and then polls after advancing. As a result, live shrimp are rapidly tapping to show off the target fishery. It is more advantageous to stimulate.

The louver of the present invention can adjust the longitudinal portion 33 of the louver motion control means 30 at a right angle or an acute angle with respect to the transverse portion 31 or the body 10 as described above. FIG. 5 is a view showing a state where the angle between the longitudinal direction of the body and the luer motion control means in the luer of the present invention is at right angles. When the angle between the longitudinal portion 33 and the body 10 is a right angle 6, when the body is free falling, the body 10 tilts vertically / horizontally to hold the body 10 at a right angle with respect to the longitudinal portion 33, . As a result, the target species can be attracted more realistically. 7 is a view showing a state in which the body and the luer motion control means in the luer of the present invention have an angle formed by the longitudinal direction at an acute angle (for example, 68.52 DEG). In this case, And then advances while maintaining the angle in the direction of the poles.

As the length of the longitudinal portion 33 of the louver control means 30 is increased, the luer of the present invention increases the back step movement (backward movement), so that the longitudinal portion 33 having an appropriate length It is only necessary to use the one provided with the involute motion control means 30. When the length of the longitudinal portion 33 is increased, the weight 34 is positioned at the lower center of gravity of the water. Therefore, when the fish or the cephalopods are sensitive to the lure, the movement of the weight 34 located at the low center of gravity , It is possible to grasp the fish fish (fish fish, fish fish) more quickly. The lure according to the present invention can be mounted by changing the weight of the weight 34 mounted on the lower end of the longitudinal portion 33. Therefore, the weight 34 having an appropriate weight is mounted according to the fishing- Can be used.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, but, on the contrary, This is possible.

10: torso 11: head
12: tail 20: hook
30: luer motion control means 31:
32: ring-shaped portion 33: longitudinal portion
34: Weights 34a: Weights
34b: auxiliary weight 34c: rubber ring
L: fishing line

Claims (4)

It is made of material with buoyancy and has the shape of a shrimp or small fish, and the head can be connected to the fishing line.
A hook having a plurality of needles formed in an annular shape toward the body and coupled to the tail of the body;
A ring-shaped portion formed in a ring shape at an end opposite to the head portion of the body from the transverse portion, the ring-shaped portion being connected to the fishing line, the transverse portion having a length in the lateral direction and coupled to the head portion of the body in a transverse direction; A louver motion control means having a longitudinal portion extending in the longitudinal direction from the ring-shaped portion and a weight attached to the lower end of the longitudinal portion,
The louver motion control means is able to adjust the angle of the longitudinal portion with respect to the lateral portion,
A bending moment acting on the longitudinal portion and a buoyancy acting on the body, which are applied to the longitudinal direction of the louver movement control means, The back step movement in which the body moves forward (backward) by a distance corresponding to the moving distance of the weight by the movement of the body in the direction of the tail of the body, The preceding fishing lure.
The method according to claim 1,
Wherein the luer motion control means is detachably coupled to the head portion of the body so that the lateral direction portion is detachably coupled to the head portion of the body.
delete The method according to claim 1,
Wherein the weight of the louver motion control means comprises a weight chest and an auxiliary weight mounted on the weight chest, and when the auxiliary weight is attached to the weight chest of different weights, Wherein the fishing line is a fishing line.

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