JPH11137125A - Reversible lure and vibration blade used in the reverse stage - Google Patents

Abstract

PROBLEM TO BE SOLVED: To enable to continue and repeat reversible swimming motions intrinsic to lure in no need of application of natural phenomena, lure-scooping operation in water and lip-shaped elements, and effectively utilize the swimming motions in the range that a fisherman can easily attain. SOLUTION: A lure main body 1 that can swim opposing to a range in water and a vibration blade 2 are set with a repeatable shaft, the vibration blade 2 is allowed to start with the water flow caused in the I direction (refer to the figure) and continue the reversible swimming motions that can be repeated in at least one direction in the range between both of the opposing directions to each other.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a reversible lure suitable for underwater migration of lure fishing and a vibrating blade used for the reversible lure.

[0002]

2. Description of the Related Art Conventionally, lures of this kind have been used since ancient times in Japan, and the lures used are (especially) squids such as cephalopods that use the rear end of beam lures, such as egosa and fish There is also known a device utilizing a minnow type plug using a rear end hook. (For example, Japanese Patent Publication No. 4-173042)

[0003]

Among the techniques described in the prior art, in the former, for example, the predatory action of Aori squid cuddling on a dark black night or drifting pieces of burning wood floating in the waves floating in the moonlight In addition to being informed from ancient times that the sighting of lure technology was used for this sighting, it was noted that the sea surface was rough and rippled in the conditions of the sea surface that affected the fishing results. Although these common reversible natural phenomena are used for lure shape and lure fishing, shaking operation is added to electrophoresis in water, but since it is an instantaneous operation, continuity is lost, and furthermore, In order to make the weight to adjust the weight heavy, there was a problem that the range range where the houses are separated every day was caused to sink, and the use of rocky rocks with large roots was hesitated.

[0004] In the latter case, for example, a sardine or a small fish similar thereto is used as an example of imitation for a lure shape and a color and a pattern of a body surface, and a suspicious feeling that induces a predatory sensation to the above-mentioned ronin horse mackerel in predatory activity. However, due to the downward action of the lip shape used for electrophoresis, it is not appropriate to effectively use the bidirectional range in the water, and it is an external factor that depends on the lure operation of the angler,
There was a problem that the spread of lure fishing and the improvement of lure technology were narrowed.

The present invention has been made in view of the above-mentioned problems of the prior art, and has as its object to demonstrate the above-mentioned natural phenomena and to perform instantaneous shaking operation for reversible migration in water. , And the reversibility inherent in the current lure body using means such as a lip shape can be continuous, and the reversible electrophoresis in the range range is facilitated by the angler, and the spread of lure fishing and the spread of lure technology An object of the present invention is to provide an improved lure and a vibrating blade used for reversible lure.

[0006]

In order to achieve the above-mentioned object, a lure according to the present invention has a single shape, is provided with an eye at one end, and is capable of migrating. Is provided at one end, a circular hollow body that opens both, and a pair of hollow bodies provided in the hollow body via a pair of spacers, and one of the hollow bodies is opened in a transverse direction at a position excluding the center of gravity in the wing surface. A vibrating wing having a hollow portion to be repeated in a bidirectional vibrating region opposite to both edges centering on the hollow portion, and provided on both side ends of the hollow body facing the vibrating blade, A pair of hubs rotatable on a circular inner surface, a repetition shaft that protrudes both shaft ends through the hub, and is capable of repeating a circular side surface, and a pair of spacers on a side surface of the repetition shaft. A base is provided at one end,
A single repetitive valve that can repeat a horizontal tip, and a single repetitive valve that is provided at one end of the hollow body facing the repetitive valve and tunes both ends to the vibration region and The lure body is composed of a cam and a luer body, which is attached to the vibrating wing so that the horizontal direction of the repetition axis is tuned. Vibration is continuously repeated, and repulsion is repeated at both ends of the cam to obtain repulsive force that repeats the tip of the repetitive valve, and the lure body is repeated in the opposite bidirectional range in the vertical direction. It is characterized in that reversible electrophoresis can be continued in the vertical direction.

[0007] The lure may be provided with a vibrating wing mounted on a vertical repetitive axis in order to obtain reversible electrophoresis repeated in the horizontal direction of the range for the same purpose.

In order to obtain reversible electrophoresis with a single vibrating blade, a rotatable pair of rotatable members provided on both sides of the hollow body and one of the hollow portions and having one side straight. It is preferable to mount a hub, a protruding one end of the shaft through the hub, a repeatable repeatable shaft, and a single vibration wing attached to the repeatable shaft via a single spacer.

Further, the vibrating wing has a hollow portion at a position other than the center of gravity, and a bidirectional vibrating region having opposing edges on both sides of the hollow body is repeatably continuous in at least one direction. Reversible electrophoresis that repeats the range in at least one direction in both directions is continued, or the hollow body is provided at the position of the center of gravity, and excitation using the reversible natural phenomenon or instantaneous shaking operation is performed at the center of this hollow body. It is advantageous to be able to continuously induce and repeat reversible electrophoresis.

In addition, the opening position of the hollow body can be set to an appropriate value. However, the hollow body is provided near the rear end of the lure main body, which is effective for electrophoresis, and is rotatable around the rear end. It is desirable to give reversible electrophoresis obtained in the direction to the predatory sensation of fish, and also to perform predatory activity to induce suspicion.

It is also preferable to use the cam as a repulsive force of reversible reversible electrophoresis in which repulsion for obtaining both ends of the cam at least at one end is repeated.

For the same purpose as described above, it is preferable that the centers of both ends are tuned to the center of a vibration region in which vibration of both edges can be repeated, and that the tip is tuned to face.

Furthermore, it is easy to form a cam having a plate-shaped cam on both sides while the center of the rotatable air space is sharply opposed to the center of the hollow body.

[0014] In addition, the cam can be mounted in an appropriate air space, but it is preferable that both ends are provided at the center of the hollow body and the tip of the repetitive valve faces the center of the both ends. It is effective.

Further, the center of the rotatable movable tip is opposed to the center of the hollow part, the side face is formed in a plate-like tip, and the tip is formed in a cylindrical shape with the base opposed in one direction. Preferably, it is a valve.

The mounting position of the repetitive valve can be set at an appropriate center of the hollow body. However, it is preferable that a base is provided at the center of the repetition shaft, and the centers of both ends are opposed to the base.

Further, in order to facilitate the repetition of the repetition axis,
It is preferable to form a circular side surface on the outer periphery, and to fix a hub having a circular inner surface to the inner surface of the hollow body.

In addition, it is effective to interpose a repetitive shaft having a rod shape and having a circular side surface on the inner surface of the hub.

Further, it is easy to form a circular side surface on the outer periphery, and to easily pass a spacer formed by forming an inner surface of the side surface into a circular shape on a repetitive axis.

In addition to separating the water flow, the resulting edges are formed into, for example, a one-way water flow caused by towing and lure operation of a fishing rod, a reversed flow in a rocky area, and a two-way water flow caused by ups and downs of a shark operation. It is desirable to use it.

Furthermore, the range of reversible electrophoresis which is repeated in at least one of the opposite bidirectional ranges may be used, for example, for the ecology of different species of fish such as squid heads and porpoises.

[0022]

1 to 4, an eye 18 to be connected to a fishing line is provided at one end, a beam 19 is provided at the other end, and colors and patterns are drawn on the surface of the main body. The lure main body 1 is made of a heron that starts with a piece of drifting wood in a lure shape. Further, a weight 20 for adjusting the water depth is attached to one end of the front lower side surface, and a hollow body 7 is provided in the main body near the rear end with both lateral ends opened in a horizontal transverse direction. The reversible electrophoresis which can be repeated in the range 16 can be continuously performed. Further, as the material inside the main body, for example, wood or plastics is used.

The opening of the hollow body 7 is determined by reversible electrophoresis for the predatory activity that induces the predatory or suspicious feeling of fish, by making the above-mentioned opening direction rotatable on the side surface. Is movably provided.

The vibrating wings 2 are provided in pairs on both side surfaces of the lure main body 1 and have a hollow portion opening at one side in the transverse direction in the wing surface. Shaking can be induced and protrude from the shaft end and is provided in a repeatable manner with an opposing repetition shaft 4 attached. In addition, the wing surface shape can be induced to excite, for example, towing and winding speeds of a fishing rod, reversing flow of rocky areas, and ups and downs of shark operation, and furthermore, repetition of reversible electrophoresis is performed in a simple manner. Can also be obtained at Further, as the material of the wing surface, for example, a plate-like metal or plastics is used.

The hub 3 is a single vibrating blade having a circular side surface fixed to the inner surface of the hollow body 7 in a pair shape and having the circular inner surface interposed with the repetition shaft 4 or directing one side straight. Can be installed. As the material, for example, wood, plastics, or the like is used.

Further, the repetitive shaft 4 is attached to both sides of the lure main body 1 via a pair of spacers 9 and to the hollow space of the hollow body via a pair of hubs 3 so that the inner circumference thereof can be repeated. It is formed on a circular side surface. Further, as the material, for example, a bar-shaped metal, plastics, or the like is used.

In addition, the repetitive valve 6 is provided with a single base on the side surface of the repetition shaft 4, and a plate-like tip can be vertically repeated through paired spacers 9 on both side surfaces of the base. Have been. In addition, a base is provided at the center of the revolving shaft 4 in the hollow space of the hollow body 7, and the tip of the base is opposed to the center of both ends of the cam 5 and is tuned to the vibration region. In addition, the center of the air space whose tip is opposed to the hollow body 7 can be rotationally moved.

The cam 5 is provided with an air space at the center opposite to the tip of the repetitive valve 6, forms both ends of this air space at an acute angle, synchronizes the vibrating areas 10 and 11, and forms a hollow. A plate-like tip is provided at both ends facing the center of the rotatable air space of the body 7 so as to be able to repel. In addition,
For example, wood or plastics is used as the material.

The spacers 9 are attached to the side surfaces of the lure main body 1 and both side surfaces of the base in pairs, respectively.
The repetition axis is formed on a circular inner surface that can be repeated. For example, wood or plastics is used as the material.

In FIG. 5, the center which can be repeated in the two-way vibrating area 10 which opposes the vibrating wing 2 to the water flow 4 is the center of gravity 13,
An excluding position 12 correlated to the front and back and the center of gravity 13 which induces vibration due to an external cause are provided without differentiation. For example, the positions of birds that are degraded during the evolution process and cannot fly and the center of gravity where these disappear are Thirteen locations are used to be able to fuse with the underwater area, and fish (especially cephalopods) born in the sea in ancient times, ecology based on the present area, and a source of endless animal evolution Is confronted with the position of, and one of the factors contained in the burning wood that rises and falls between the waves and the reversible natural phenomenon can be used in a demonstrable manner. The center of gravity 13 under the condition of
And the repulsive force 17 acting on the fusion and differentiation of the excluding position 12
It seems to have an important key to understand the origin and evolution of the species in terms of rotational force.

In FIG. 6, a base is provided on a repeatable repetition shaft 4, and a reciprocating valve 6 having a plate-like tip repeatable is opposed to the center of both ends, and has a reciprocal bi-directional vibration region 1.
A cam 5 tuned to zero is provided in the hollow body 7 of the lure main body 1. In addition, the front water flow 14 is provided so as to be able to continuously repeat the generation of the vibration in the vibration region, and the repulsive force 17 that repeats the tip of the repetitive valve 6 at both ends of the cam 5 is continuously provided. ing.

In FIG. 7, a base is provided on a repeatable repeat shaft 4, and a plate-like repeatable valve 6 has a repeatable valve 6 opposed to the center of both ends, and has at least one of two opposite directions. The cam 5 tuned to the vibration area 11 is
The repulsive force 17 that repeats the vibration of the vibration region 11 in the forward water flow 14 continuously and repeats the tip of the repetitive valve 6 is applied to both sides of the cam 5. The rebound obtained at the end is provided so as to be continuous.

In FIG. 8, a lure body 1 which horizontally faces the eye 18 in the water is provided in a range, and induces a continuous flow of vibration in which the both edges of the vibration wing 2 are repeated in a forward water flow 14. , Reversible electrophoresis in which the opposite bidirectional range 16 is repeated can be provided continuously.

[0034]

Since the present invention is configured as described above, the following effects can be obtained.

In the center of the first aspect, the water flow can be repeated in both directions opposite to both edges of the vibrating wing in at least one direction of the vibration region, and the bidirectional opposite to the lure body can be set in an underwater range. It can be repeated in at least one direction to achieve the purpose of lure-specific reversible electrophoresis.

[0036] In the center of the second aspect, it is possible to prove the legend of the stabilizing edges of the vibrating wing, for example, drifting pieces floating up and down between the waves, and to use the instantaneous reversibility of the shaking operation. Can be used for Luer-specific reversible electrophoresis.

[Brief description of the drawings]

FIG. 1 is a side view of a lure main body.

FIG. 2 is a rear view of the lure main body.

FIG. 3 is a longitudinal sectional view (AA ′) of the lure main body.

FIG. 4 is a cross-sectional view (BB ′) of the lure main body.

FIG. 5 is an embodiment showing contradictory bidirectional excitation regions of the excitation blade.

FIG. 6 is an embodiment showing cams repelling in opposite directions.

FIG. 7 is an embodiment showing a cam repelling at least in one direction.

FIG. 8 is an example showing the range of reversible migration of a lure body.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Luer main body 2 Exciting blade 3 Hub 4 Repetitive shaft 5 Cam 6 Repetitive valve 7 Hollow body 8 Hollow part 9 Spacer 10 Reciprocal bidirectional excitable area 11 Reciprocal bidirectional at least unidirectional excitable area 12 Center of gravity Excluding position 13 Center of gravity 14 Water flow 15 Range 16 Range 17 Repulsion 18 Eye 19 Hariyama 20 Weight

Claims (2)

[Claims] 1. A vibration wing (2) having a center of gravity (13)
Center, characterized in that the position is an excluding position (12) correlated with 2. A center of gravity (1) correlated with an excluded position (12).
3. The center according to claim 1, wherein 3).