JP3169104U - Lure - Google Patents

Abstract

An object of the present invention is to provide a rotating lure with a compact and simple structure that can be used as one of the more convenient options by reducing the different texture of the rotating lure, and having less trouble during use. Holes 2 are formed in the vicinity of both ends of an elongated plate 1, the plate 1 is bent, a shaft 3 is passed through the two holes 2, and the plate 1 rotates with the shaft 3 as a rotation axis. To do. Line eyes 5 and hook eyes 6 are provided at both ends of the shaft 3. By displacing the center of gravity of the weight 4 from the central axis of the shaft 3, the rotation of the shaft 3 can be suppressed and only the plate 1 can be rotated. [Selection] Figure 1

Description

  The present invention relates to a fishing lure.

  The present invention has a shaft as a rotating shaft, and in that respect, spinner baits, buzz baits, etc., which are also called wire lures, are used as the background technology.

  It seems that there was a part where the impression of rotating lures was somewhat special in comparison with other lures, but it was possible to reduce the different texture and as one of the easier options Make it usable. Realizes a rotating lure with a compact and simple structure with little trouble during use.

Holes 2 are formed in the vicinity of both ends of the elongated plate 1, the plate 1 is bent, the shaft 3 is passed through the two holes 2, and the plate 1 is rotated with the shaft 3 as an axis of rotation. In the simplest form, this performs well. Line eyes 5 and hook eyes 6 are provided at both ends of the shaft 3.
Furthermore, the weight 4 is provided to improve castability and adjust the dive depth. If the weight 4 is disposed near the center of the shaft 3 and between the holes of the plate 1 to make the shaft 3 itself heavy, the shape becomes extremely simple. The plate 1 itself can have a certain weight.
Further, by arranging the weight 4 to be shifted from the center axis of the shaft 3, the rotation of the shaft 3 can be suppressed and only the plate 1 can be rotated. By suppressing the rotation of the shaft 3, yarn twisting is prevented.

A rotating lure of a type that rotates blades can be realized with a simple shape. In addition, the lure of the rotating blade system tends to have an unexpectedly large underwater silhouette, but in the present invention, the radius can be made relatively small around the rotation axis. For example, it is possible to make a very small lure with a total length of about 2 centimeters, and this has substantial effectiveness depending on the target fish.
Since it has a compact form, there are few parts that use nerves during handling and use. For example, it can be used in the same way as spoons and plugs in mountain streams with strong currents.

As shown in FIG. Holes 2 are made in the vicinity of both ends of the elongated rectangular plate 1, and the plate 1 is bent and the shaft 3 is passed through the two holes. If the hole 2 is opened diagonally so that the position where the hole 2 is opened is near the diagonal of the rectangle, the plate 1 is naturally twisted and the rotation is improved. Furthermore, if the position of the hole 2 is not far from the end of the plate 1 but is slightly separated from the end, and a portion protruding ahead of the hole 2 is provided, the plate 1 can be rotated with good contact with water. Furthermore, if the vicinity of the central portion of the plate 1 is narrowed and thinned, the rotation is improved. The central part of the plate hardly contributes to the rotation, but seems to be a resistance rather.
Although the shaft 3 serves as the central axis of rotation, the weight 4 is arranged while being shifted from the straight line. Since the one with the weight 4 is on the lower side and the posture is stabilized, the shaft 3 itself does not rotate and the yarn is not twisted. If the arm 4 supporting the weight 4 is extended to move the position of the weight 4 away from the rotation axis, it becomes more stable.

As shown in FIG. In addition to the above description, the posture is stable when the weight 4 is located on the side where the line eye 5 is located, that is, in front of the traveling direction in water. The position where the center of gravity is slightly ahead of the line eye 5 may be good.
During retrieval, the whole plate vibrates moderately as the plate 1 rotates. This vibration can also be expected to act effectively on fish. This effect of generating vibration seems to be an effect not found in rotating blades and propellers.
Also, when the retrieve speed is increased, it rotates on the surface of the water and splashes. When this usage is mainly used, it is preferable to make the plate 1 larger and the weight 4 lighter. The reverse is true when you want to sink deeply.
If you attach a double hook as a hook, you can also draw in the dense algae or on the algae on the surface of the water.
As for the shape of the weight 4, a spherical shape is sufficient for practical use, but if it is a shape like a fish head or a shape like a triangular pyramid, it will be good in design, and it will have a shape that drains water. Therefore, it can be expected that the posture in the water is stabilized. Alternatively, if the shape is like a lip of a minnow type lure, the submergence depth and posture can be stabilized.
Furthermore, by making the shape of the weight 4 into a shape and angle that pushes water downward, and making it easy to lift, it becomes suitable for use on the surface of the water as a surface lure. It is also effective to make the weight 4 shaped like a fin, or a fin may be provided separately from the weight 4.
By providing bearing beads, the rotation of the plate becomes smooth.
Although it is a rotating lure, its overall silhouette is close to a plug lure. Although it seems that there is an impression that the rotating lure is special, it is in the lure, there is also an impression that it is different, but this invention is like a variation of the plug lure without feeling special It seems to be a lure that can be used.

Make weight 4 heavy. This is a natural lure variation, but it is particularly effective in the present invention. Heavy and deep fall is necessary for deep-field buses, sea basses, trouts, etc., but blade-type lures are prone to troubles involving lines on blades. In the present invention, it is not so. And when it sinks to the bottom, the risk of rooting can be reduced by using a double hook instead of a triple hook. Further, there is no delay in the rotation of the plate 1 in the movement from the bottomed and stationary state. In the case of a rotating blade, the starting of the rotation is delayed even slightly.
The present invention is suitable for use as a jig head because it is easy to use even when used to sink to the bottom and is compact at the same time. In that case, a form in which the shaft 3 and the hook are connected or integrated is conceivable. And use a soft lure etc. on the hook.
It is popular in recent years to fish sea root fish with a combination of jig head and soft lure, but it is said that root fish is particularly effective for sound appeal, so cracking used for buzz bait etc It is also effective to attach a fin around the back of the weight 4 and generate a cracking sound by collision with the plate 1. The fins can also be expected to stabilize the posture during swimming in water.

FIG. 4 shows an example of the shape of the plate 1. By rotating the vicinity of the center and providing a portion that protrudes to the outside of the hole 2 with the position of the hole 2 somewhat away from the end, the rotation is significantly improved. Also, if the positions of the two holes are diagonally opposite to each other, the plate naturally twists and the rotation is improved.
From the viewpoint of improving the rotation, there are the points as described above. However, the shape of the plate is highly arbitrary even in consideration of this point. Also, if some rotation is sacrificed, for example, a plate that imitates the shape of a fish will be practical enough.
Although it seems that it is the best from the surface of rotation to widen both ends, even if one end is not widened, a rotation that can withstand practical use can be obtained. The width may be different at both ends. When used in combination with a propeller, if one end is wide and the end on the side close to the propeller is narrowed, the presence of the propeller may not be disturbed. Even in that case, the plate contributes to keeping the submergence depth constant and generating vibration.
Thinner and lighter plates tend to rotate better.
By making it transparent, you can eliminate the visual presence. Especially when the activity of the fish is low, there is a case where it is possible to obtain better fishing results without presence. It may also be effective to color the transparent plate partially or give it a metallic luster. For example, if only the end of the plate is colored, only that part appears to rotate. Or if it is colored in a shape that draws a line in the long direction of the plate, it seems to move in a undulating manner.
When the plate itself is made heavy, weights are not always necessary. In that case, it looks like a spoon with a rotating shaft.

As shown in FIG. A propeller 7 is added. The plate 1 and the propeller 7 can be easily added by sharing the shaft 3.
The propeller 7 and the plate 1 are provided with bearing beads and stoppers thereof, so that the propeller 7 and the plate 1 rotate smoothly without colliding with each other.
Instead of the propeller 7, a rotating blade may be used. If the activity of the fish is high, a rotating blade with more presence may be more effective.

As shown in FIG. In other words, it is a spinner bait type. In the spinner bait, an arm portion to which a rotating blade is to be attached is used as a shaft 3 that serves as a rotating shaft of the plate 1 of the present invention. A rotary blade or the like can be further attached to the rear end of the shaft 3 that serves as the rotational axis of the plate 1.
The spinner bait is a fairly trouble-free lure among various lures, but in this embodiment of the present invention, there are even fewer troubles. In particular, the line does not get tangled in the lure. By using the weight as a jig head type, rooting can be avoided as in the case of the spinner bait.

In the spinner bait type of FIG. 3, a propeller 7 is added near the end of the arm with the weight 4. The propeller 7 not only has the effect of attracting fish, but is also effective as a target to eat, and can be expected to act in the form of attracting fish by the rotation of the plate 1 and biting the propeller 7.
When the weight 4 is a jig head type, a propeller 7 is disposed in front of the head.
The addition of propellers before and after the weight 4 can also take this form in a conventional spinner bait of the blade type.

  Used as a lure part, attached to the front and back of other lures. For example, it is used jointly through a split ring or the like before or behind a minnow type lure.

  Because of its rotating nature, it may also be used for wind power generation.

  Perspective view of the present invention   Side view of an embodiment of the present invention   Side view of another embodiment of the present invention   Plan view of plate

1 Plate 2 Hole 3 Shaft 4 Weight 5 Line Eye 6 Hook Eye 7 Propeller

Claims (6)

  A lure in a form in which holes 2 are formed in the vicinity of both ends of an elongated plate 1 having a basic shape of a rectangle, and the plate 1 is bent and a shaft 3 is passed through two holes 2.   The lure according to claim 1, wherein the weight 4 is disposed at a position on the central axis of the shaft 3 or a position shifted from the central axis.   The lure according to claim 1, wherein the hole 2 is located near both ends of the plate 1 but slightly away from the end, and a portion where the plate 1 protrudes ahead of the hole 2 is provided.   The lure according to claim 1, wherein the plate 1 has a shape narrowed near the center, that is, the plate 1 having such a shape that both ends are wide and the middle portion is narrow.   The lure according to claim 1, wherein propellers 7 are added before and after the plate 1.   The lure according to claim 1, wherein the shaft 3 is extended in a V shape in two directions from the line eye 5 as a vertex, a plate is arranged on one shaft 3, and a weight 4 is arranged on the other shaft.

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