KR20010066916A - Fishing float - Google Patents

Abstract

PURPOSE: To provide a float for fishing capable of satisfying idealing conditions as a float for fishing such as capable of throwing a long distance, surely throwing to a point, easily getting and viewing a bite, not making its posture unstable when receiving the effect of wind and wave and performing a luring action by riding it on the wave. CONSTITUTION: This float for fishing is provided by forming the planer view shape of the float body 1 as having an expanded part 11 at its approximately middle part, also forming it as having gradually narrower width in front and rear direction and in a streamline shape from the expanded part, a thread-passing hole 10 by extending it in front and rear direction on a central line of the width by its planer view, its frontal view shape as an almost long elliptical shape formed with the expanded part 12 at its approximately middle part, its side view shape as forming an upward projecting part 13 at the middle part in the upper side than the thread passing hole, a downward projecting part 14 in the vicinity of the frontal part in the lower side than the thread passing hole and a constricted part 15 at the skirt part facing to the rear part from the downward projecting part. At the downward projecting part, a weight 2 is provided so as to keep a fish body posture of the float somewhat sinking its front side and appearing rear side over the water surface.

Description

Fishing Buoy {FISHING FLOAT}

The present invention relates to a fishing buoy used for fishing.

Conventional fishing buoys have been proposed in various kinds, but generally, a seal buoy, a cone buoy, and the like are generally known.

However, the conventional seals are difficult to resist water, so that fish cake (fish quality) tends to come out, while it is difficult to ride a wave, and there is a problem in that it cannot be attracted by using the vertical movement of the wave.

In addition, when the amount of water in the cone is small, the posture becomes unstable, the influence of the wind increases, and the quality of the grain becomes difficult. For this reason, it is common to increase the amount of water, but in this case, the area appearing on the surface of the water becomes small, so that it is difficult to see the quality of the granules, it is easy to be swept away by the waves, and the amount of water is so large that it is easily affected by the flow. there is a problem.

Therefore, as a condition of the buoy for the ideal fishing, one throwing is possible and can put it in a point surely, the quality of the mouth is easy to come out and is easy to see, and the posture becomes unstable under the influence of a wind and a wave, and is attracted by a wave The thing etc. which can be done are made, and this invention makes it a subject to provide the fishing buoy which can satisfy these conditions.

1 is a plan view of a fishing buoy as a first embodiment of the embodiment.

2 is a front view of a fishing buoy.

3 is a side view of a fishing buoy.

4 is a cross-sectional view of a fishing buoy.

5 is a side view showing a state of use of the fishing buoy.

6 is an explanatory view of the operation of the fishing buoy.

7 is an explanatory view of the operation of the fishing buoy.

FIG. 8 is an explanatory diagram showing a use state of a fishing buoy as a second embodiment of the embodiment; FIG.

<Description of the code>

1: sub-sample body 10: line through hole

11: inflation portion 12: inflation portion

13: upward protrusion 14: downward protrusion

15: neck portion 16: light emitting rod fitting hole

2: weight 5: buoy fixed shaft

In order to solve the above problems, the fishing buoy of the present invention,

In the plane view of the sub-sample body, an expansion portion is formed in the middle portion, and a width thereof is gradually narrowed in a streamline shape in the front-rear direction from this expansion portion,

A line through hole is formed extending in the front-rear direction on the width center line of the shape seen from the plane of the subsurface body,

The shape seen from the front of the sub-sample body is formed into an approximately vertically long oval having an inflation portion in the middle portion thereof,

The shape seen from the side of the sub-sample body is formed in the shape of a mountain in a state in which an upwardly projecting portion is formed in the middle portion above the string through hole, and a lower portion is formed in the front-back direction from the upwardly projecting portion. A downward projection is formed near the front portion below the hole, and is formed in a mountain shape in which a lower end is formed in the front-rear direction from the downward projection, and a neck portion is formed at the rear lower end from the downward projection.

In the downwardly projecting portion, the sub-sample body was configured to be additionally provided so that the front side was settled a little and the rear side was kept in the lower body posture appearing on the water surface.

In the fishing buoy of the present invention, the front end side is the fishing needle side, the rear end side is the pole side, and the device is made through a fishing line (a fishing line from the end of the fishing rod to the fishing line to tie the fishing needle) to the line through hole of the buoy body.

As can be seen from the plan view and the front view, this fishing buoy is formed in the shape of a fish body, and is additionally installed in the lower portion near the front side. The main body is kept in a lower body posture with the front side sinking and the rear side appearing on the surface.

In this way, since the main body maintains the posture of the body, the wind, the wave, and the flow are likely to be cut off, and less likely to fall under these influences, and the wave is hard to be swept away.

In addition, since the sub-sample body is in the shape of a fish body, the water resistance is small, the quality of the grain is easy to come out, and the back side appears in a state lying on the water surface, so that the quality of the grain is easily seen.

Moreover, since the neck part is formed in the rear lower end part, it becomes easy to ride a wave and can attract by using the up-and-down movement of a wave.

In addition, in the case of a single throw, since the additional body is also a streamlined body, it is difficult to be subjected to wind resistance and can be reliably put in the target point.

In addition, in the fishing buoy of the present invention, there is an aspect (claim 2) in which a buoy fixing shaft protrudes from the rear end of the buoy main body at an upper side of the rope through hole. Thus, by providing the buoy fixing shaft, the buoy can be used as a fixed buoy, and in use thereof, the fishing line can be passed through the rope through hole, whereby the fishing line can be prevented from intertwining with the buoy.

In addition, in the fishing buoy of the present invention, there is an aspect (claim 3) in which a light emitting rod fitting hole is formed in the subsample body located above the file through hole and substantially parallel to the file through hole. In night fishing, the light emitting rod can be inserted into this light emitting rod fitting hole.

Moreover, the fishing buoy of this invention WHEREIN: There is an aspect (claim 4) provided so that it can move to further forward-backward direction. In this manner, when the weight is moved forward and backward, when the weight is moved forward, the sinking of the front side of the sub-sample body can be made large standing posture, while when the weight is moved backward, the front-side of the sub-sample body sinks. This gentle posture can be achieved, and can be adjusted to an optimal state while considering the sensitivity of the quality of the mouth, the strength of the wind and the wave, and the like.

Embodiment of embodiment

EMBODIMENT OF THE INVENTION Hereinafter, embodiment of this invention is described in detail based on drawing.

1 is a plan view of a fishing buoy, FIG. 2 is a front view thereof, FIG. 3 is a side view thereof, FIG. 4 is a sectional view thereof, and FIG. 5 is a side view of a use state.

In the figure, 1 is a sub-sample body, and is formed using wood, plastic, or the like having a high buoyancy, and a line through-hole 10 is formed extending in the front-rear direction on the width center line of the shape seen from the plane.

As shown in FIG. 1, the planar shape (bottom view shape) of the subsurface body is formed with an inflated portion 11 formed at an intermediate portion thereof, and is gradually streamlined from the inflated portion 11 in the front-rear direction. It is narrowly formed.

Moreover, the shape seen from the front surface (back view shape) of the sub-sample body 1 is formed in the substantially vertically long ellipse in which the expansion part 12 was formed in the middle part as shown in FIG.

In addition, as shown in FIG. 3, in the shape seen from the side of the sub-sample body 1, an upwardly protruding portion 13 is formed in the middle portion above the row through hole 10, and the upwardly protruding portion ( 13) is formed in the shape of a mountain with the lower end formed in the front-rear direction. Further, the downwardly protruding portion 14 is formed in the vicinity of the front portion below the row through hole 10, and is formed in the shape of a mountain with the lower end portion being formed in the front-rear direction from the downwardly protruding portion. The neck part 15 is formed in the rear direction lower end part from 14).

Therefore, as shown in the plan view and the front view, this subsample body 1 has the whole shape of the subsample body 1 formed in the shape of a fish body.

In addition, a weight (2) is provided in the downwardly protruding portion (14), and this weight (2) is attached to the sub-sample body (1) on the water surface (W) as shown in FIG. ), The front side is settled a little, and the rear side is kept in the lower body posture, which appears on the water surface (W).

This weight 2 is formed in the shape of a fin and is provided to be movable in the front-rear direction. In this case, the groove portion 21 is formed by extending in the front-rear direction in the downwardly protruding portion 14 of the sub-sample body 1, and the spring 2 is inserted into the groove portion 21 through the spring 22. The positioning of the weight 2 is made possible by the elasticity of the spring 22, while the weight 2 is movable against the elasticity of the 22. As shown in FIG.

In addition, the subsidiary body 1 is provided with a light emitting rod fitting hole 16 located in the upper side of the file through hole 10 in parallel with the file through hole 10. The light emitting rod 3 can be inserted and used in the alignment hole 16.

To use this fishing buoy, the front end side is the fishing needle side, the rear end side is the pole side, and the fishing line 4 (from the end of the rod to the neckline to tie the fishing needles) in the line through hole 10 of the buoy body 1. The fishing line is made through the device.

In this fishing buoy, as can be seen from a plan view and a front view, the entire shape of the subsample body 1 is formed into a fish shape, and a weight 2 is provided near the front lower portion. By this weight (2), the sub-sample body (1), as shown in Fig. 5, the front side is slightly submerged, the rear side is maintained in the lower body posture appearing on the water surface (W). In Fig. 5, 41 is buoy fixed.

As described above, since the subordinate body 1 maintains the posture of the body, the wind, the wave, and the flow are likely to be disconnected, and the likelihood of falling down under these influences is less likely to be swept away from the wave.

In addition, since the sub-sample body 1 is in the shape of a fish body, the resistance of water is small, the quality of the grain is easy to come out, and the rear side appears in a state lying on the surface of the water, so that the quality of the grain is easily seen.

Moreover, since the neck part 15 is formed in the rear lower end part, it receives a wave from this neck part 15, and it becomes easy to ride a wave, and as shown in FIG. 6, the up-and-down movement of a wave is not carried out by a wave. You can lure while following.

In addition, in the single throw, since the weight 2 is provided and the sub-sample body 1 is in the form of a streamlined body, it is difficult to be subjected to wind resistance and can be reliably put in the target point.

In addition, since the weight 2 is provided to be movable in the front-rear direction, as shown in FIG. 7, when the weight 2 is moved forward (FIG. 7-A), the front side of the sub-sample body 1 The sinking can be made in a deep standing posture, and on the other hand, if the weight 2 is moved backwards (Fig. 7-b), the sinking of the front side of the sub-sample body 1 can be made in a shallow lying posture. The optimum state can be adjusted while considering the sensitivity, the wind, the wave and the intensity of the flow.

Next, FIG. 8 is explanatory drawing which showed the use state of a fishing buoy as a 2nd aspect of embodiment.

This fishing buoy differs from the first embodiment in that the buoy fixing shaft 5 protrudes from the rear end of the buoy main body 1 at the upper side of the rope through hole 10.

Therefore, in this fishing buoy, this fishing buoy can be used as a fixed buoy by fixing the fishing line 4 by the rubber tube 42 to the buoy fixing shaft 5. In use in this case, since the fishing line 4 can be passed through the line through-hole 10, the fishing line 4 can be prevented from becoming entangled with a buoy.

In addition, by moving the weight 2 back and forth, it is adjusted to an optimal state while taking into consideration the sensitivity of the granules, the strength of the wind and the wave, and the like, and during the night fishing, the light emitting rod fitting hole 16 The point which 3) can be inserted and used is the same as that of 1st Embodiment of implementation.

As mentioned above, although embodiment of this invention was described based on drawing, a specific structure is not limited to this.

For example, the weight does not necessarily need to be movable, and may be embedded in the downward projection, or may be used as an external fixed weight.

Moreover, in order to change the weight of a weight irrespective of a moving weight and a fixed weight, a weight can be made detachable.

In addition, in terms of size, various sizes according to large size, small size, and the like can be prepared, and the color of the sub-sample body is also free.

In addition, when the entire or upward projection of the buoy body is made transparent so that the light emitting rods are visible, the light of the light emitting rods can be seen well, especially when the buoy is blown away.

As described above, in the buoy for fishing of the present invention, it is configured as described above, the one-to-two pitch which is a condition of the ideal fishing buoy is possible and can be surely put into the point, the quality of the grain is easy to come out and is easy to see, It can satisfy the conditions such as not being unstable under the influence of the wind or the wave, or being able to be attracted by the wave.

Moreover, by providing the buoy fixing shaft (claim 2), it can be used as a fixed buoy, and in use thereof, the fishing line can be passed through the line through hole, whereby the fishing line can be prevented from intertwining with the buoy.

Further, by providing the light emitting rod fitting hole (claim 3), the light emitting rod can be inserted into the light emitting rod fitting hole for night fishing.

In addition, by installing the weight so as to be movable in the front-rear direction (claim 4), the inclination of the sub-sample body can be freely adjusted, and can be adjusted to the optimum state while taking into account the sensitivity of the granules, the wind and the wave strength, and the like.

Claims (4)

In the plane view of the sub-sample body, an expansion portion is formed in the middle portion, and a width thereof is gradually narrowed in a streamline shape in the front-rear direction from this expansion portion, A line through hole is formed extending in the front-rear direction on the width center line of the shape seen from the plane of the subsurface body, The shape seen from the front of the sub-sample body is formed into an approximately vertically long oval having an inflation portion in the middle portion thereof, The shape seen from the side of the buoy body is formed in the shape of a mountain in a state in which an upwardly projecting portion is formed in the middle portion above the string through hole, and a lower end portion is formed in the front and rear direction from the upwardly projecting portion. A downward projection is formed near the front portion below the hole, and is formed in a mountain shape in which a lower end is formed in the front-rear direction from the downward projection, and a neck portion is formed at the rear lower end from the downward projection. A fishing buoy, in which the subprojection is additionally set to maintain the sub-body in a lower body posture in which the front side sinks slightly and the rear side appears on the water surface. The fishing buoy according to claim 1, wherein the buoy fixing shaft protrudes from the rear end of the buoy main body at an upper side of the rope through hole. The buoy for fishing according to claim 1 or 2, wherein a light emitting rod fitting hole is formed in the sub-sample body, located above the file through hole, and substantially parallel to the file through hole. The fishing buoy according to claim 1, 2 or 3, wherein the fishing buoy is provided so as to be movable in further forward and backward directions.