JP3186351U - Spinnerbait - Google Patents

Abstract

A novel spinner bait capable of realizing effective fluttering of the skirt in water and increasing the spread of the skirt by reexamining the fixing method of the skirt element.
A skirt 5 is fixed so that a skirt element 50 is evenly distributed in a side circumferential direction by winding a wire 51 around a side circumferential portion of a head 1 at a central portion thereof. The skirt elements 50 located rearward from 52 are in a state of being biased in a state of being folded forward from the connection portion 52 by the biasing tool 6, and in use, all the skirt elements 50 are biased from this state. It is in a state of being folded back so as to be located further rearward.
[Selection] Figure 1

Description

  The present invention relates to a lure equipped with a skirt for simulating the movement of a school of small fish, and particularly to a spinner bait that can realize an effective fluttering of the skirt in water. is there.

  One type of lure used for bass fishing is called spinner bait. As shown in FIG. 4, the head 1 'functions as a weight, the hook 2' is located behind the head 1 ', and extends obliquely upward in front of the head 1'. An arm 3 'formed so as to extend obliquely rearward from the line eye 30' and a blade 4 'provided in a rotatable state in the vicinity of the upper rear of the arm 3'. A skirt 5 'is provided for the rear portion of 1', and by pulling a line L connected to the line eye 30 ', the blade 4' is rotated by a water flow, and the skirt 5 'is caused by vibration generated during the rotation. It is configured to invite the predation of the target fish by simulating and reproducing the movement of a school of small fish in a simulated manner (see, for example, Patent Document 1) .

In such a spinner bait S ′, when the skirt 5 ′ is attached to the head 1 ′, as shown in FIG. 4A, a thin string-like skirt element 50 ′ formed of silicone rubber or the like is used as the head 1. 'Is arranged so as to be evenly distributed in the circumferential direction of the ′, and is fixed by winding the wire 51 ′ around the skirt element 50 ′ around the side circumference of the head 1 ′ at the substantially central portion of the skirt element 50 ′. Is.
The skirt element 50 'positioned forward from the connection portion 52' is folded back toward the rear side from the connection portion 52 'as shown in FIG. It will cover the outer side of ′.
Each skirt element 50 'flutters to simulate the movement of a school of small fish. However, since each skirt element 50' is inevitably dense, the degree of freedom of each element is increased. It has declined, and it cannot be said that effective production has been sufficiently performed.
Also, when the assist hook 21 'is attached to the hook 2', this cannot be accommodated in the skirt 5 ', leading to an improvement in the hit rate of the target fish trying to prey on the skirt 5'. There wasn't.

JP 2012-147701 A

  The present invention has been made in consideration of such a current situation. In particular, by reviewing the fixing method of the skirt element, it is possible to realize effective fluttering of the skirt in water and increase the spread of the skirt. Development of a new spinner bait that can be performed is a technical issue.

In other words, the spinner bait according to claim 1 has a head functioning as a weight, a hook positioned behind the head, and an obliquely upper front of the head, and a line eye is formed and extends obliquely rearward from the line eye. An arm formed as described above, and a blade provided in a rotatable state in the vicinity of the upper rear of the arm, and a skirt is provided for the rear part of the head to draw a line connected to a line eye. In the spinner bait configured to invite the prey of the target fish by causing the blade to rotate by a water flow and causing the skirt to simulate a movement of a school of small fish by vibration generated during the rotation, Is to wind the wire around the side of the head at the center. The skirt elements are fixed so that the skirt elements are evenly distributed in the circumferential direction, and the skirt elements located rearward from the connection portion are urged by the urging tool in a state of being folded forward from the connection portion. In this state, when used, all the skirt elements are folded back so as to be located behind the urging tool.
Further, when the assist hook is attached to the hook, the assist hook can be accommodated within the spread of the skirt, and the hit rate of the target fish trying to prey on the skirt can be improved.

  The spinner bait according to claim 2 is characterized in that, in addition to the above requirements, the urging device is one to which an O-ring is applied.

Furthermore, in addition to the above requirements, the spinner bait according to claim 3 is characterized in that the head is formed with a groove for receiving a biasing tool.
The above-described problems can be solved by using the constitutions of the inventions described in the claims.

First, according to the first aspect of the present invention, the skirt element located at the rear side from the connection portion at the time of connection is turned back to the front side from the connection portion by the urging tool. When the skirt element is folded back from the connecting portion, the outward spread of the skirt element can be increased.
As a result, the degree of freedom of each skirt element is ensured, and each skirt element flutters over a wide range, so that an effect of simulating the movement of a school of small fish can be effectively performed.
And a spinner bait performs such an operation | movement, and can improve the fish collection effect.

  Further, according to the present invention, it is possible to easily, safely and surely hold the skirt element biased.

  Furthermore, according to the present invention as set forth in claim 3, it is possible to more reliably maintain the bias of the skirt element.

It is a side view which shows a partially transparent spinner bait of the present invention. It is a side view which shows the head and the hook and arm integrated with this. It is a side view which shows a mode that a skirt is mounted | worn with respect to a head in steps. It is a side view which shows a part of conventional spinner bait seeing through.

  The spinner bait of the present invention will be specifically described below based on the illustrated embodiment. It should be noted that technical modifications can be made to this embodiment within the scope of the technical idea of the present invention.

In the figure, the reference numeral S denotes a spinner bait of the present invention, which is a head 1 that functions as a weight, a hook 2 that is located behind the head 1, and extends obliquely upward in front of the head 1. The arm 3 is formed so as to extend obliquely rearward from the line eye 30, and the blade 4 is provided in a rotatable state near the upper rear portion of the arm 3. It is a lure comprising a skirt 5 with respect to the rear part of the head 1.
In actual use, the angler pulls the line L connected to the line eye 30 by retrieve or rod action to rotate the blade 4 by the water flow, and the skirt 5 is swung by the vibration generated during the rotation. In addition, the target fish is invited to prey by performing an effect that simulates the movement of a small school of fish.

The head 1 is a member that functions as a weight to stabilize the spinner bait, and is a member that is positioned in front of the hook 2 and plays a role of preventing the hook 2 from being caught by hitting an obstacle.
In this embodiment, as shown in FIG. 2, as an example, the head 1 is formed by molding lead in a streamlined manner so as to flow water. A thin diameter portion 10 for inserting the skirt 5 was formed.
Furthermore, in this embodiment, a plurality of grooves 11 for receiving the urging tool 6 are formed in part of the small diameter portion 10 along the side peripheral portion.
The root portion of the hook 2 and the lower end portion of the arm 3 are cast into the head 1 and integrated.
Moreover, in this specification, let the direction which the head 1 made into the shape imitating the head of a fish face be the front.
The arm 3 shown in FIG. 2 corresponds to a single-type configuration of the blade 4 described later.

In addition, a single hook is applied to the hook 2 as an example. In the front view, the hook 2 is positioned in the same vertical plane as the line eye 30 and the head 1 to which the line L is connected. Since the head 1 hits first, it is possible to prevent rooting.
In this embodiment, a smaller assist hook 21 is provided for the hook 2, and its position is fixed by the beads 22.

  The arm 3 is formed by bending a metal wire, a main rod 31 extending obliquely upward and forward of the head 1, and a line eye 30 formed by bending the vicinity of the center of the wire into an arc shape. A vibrating rod 32 formed so as to extend obliquely backward while being partially curved from the line eye 30 is formed.

The blade 4 is made of a metal material such as stainless steel in the shape of a spoon, and is a member that rotates in response to a water flow. This shape is roughly classified into a leaf-like willow blade type of a tree, a Colorado type close to a circle, and an Indiana type intermediate between these types.
The blade 4 has a single type, a single type provided as a single unit, a double type provided with two of the same type, and a tandem type provided with a combination of different types. The one shown in is a double type.
The blade 4 is attached to the vibrating rod 32 using a swivel 41 or a clevis 42, and the position of the blade 4 is fixed by a bead 43 when the clevis 42 is used.

  The skirt 5 includes a plurality of thin string-like skirt elements 50 made of silicon rubber or the like, so that the skirt elements 50 are evenly distributed in the lateral direction of the narrow diameter portion 10 of the head 1. In this state (see FIG. 3A), the wire 51 is fixed around the center of the skirt element 50 (see FIG. 3B). A portion around which the wire 51 is wound is referred to as a connection portion 52.

And the skirt element 50 located back from the connection part 52 is urged | biased in the state turned back from the connection part 52 using the biasing tool 6 which is the characteristic member of this invention.
In this embodiment, an O-ring is applied as the urging tool 6, and the skirt element 50 located rearward from the connection portion 52 is passed from the tip of the hook 2 in a state of being folded forward from the connection portion 52. The shape of the skirt element 50 is fixed by fitting the biasing tool 6 into the groove 11 (see FIGS. 3C and 3D).
Then, all the skirt elements 50 are folded back from the connection portion 52 as shown in FIG. The spreading mode of the skirt 5 during such use is larger than the spreading mode of the skirt 5 'in the conventional spinner bait S' shown in FIG. 4 (b). Therefore, as shown in FIG. 3 (f), the assist hook 21 is accommodated in the skirt 5 with the assist hook 21 attached to the hook 2.

  As described above, the spinner bait S of the present invention secures the degree of freedom of each skirt element 50, and in actual use, the individual skirt elements 50 flutter over a wide range due to vibration caused by the rotation of the blade 4, thereby reducing the size of each skirt element 50. It is possible to effectively produce an effect that simulates the movement of a school of fish. The spinner bait performs such an operation, so that the fish collection effect can be enhanced and a good fishing result can be expected.

[Other Examples]
In the basic embodiment described above, the O-ring is used as the urging tool 6. However, in addition to this, the skirt element 50 is connected by using a wire, or the skirt element 50 is combined by combining two C-rings. It can also be fixed.

S Spinner Bait 1 Head 10 Thin Diameter 11 Groove 2 Hook 21 Assist Hook 22 Bead 3 Arm 30 Line Eye 31 Main Rod 32 Vibrating Rod 4 Blade 41 Swivel 42 Clevis 43 Bead 5 Skirt 50 Skirt Element 51 Wire Material 52 Connecting Portion 6 Energizing Tool L line

Claims (3)

A head that functions as a weight, a hook that is positioned behind the head, an arm that extends obliquely upward and forward of the head, and that is formed with a line eye and extends obliquely backward from the line eye, A blade provided in a rotatable state near the upper rear of the arm, and a skirt is provided to the rear of the head, and the blade is rotated by a water flow by drawing a line connected to a line eye. In the spinner bait configured to induce the predation of the target fish by simulating the movement of the small fish in the skirt by the vibration generated at the time of rotation, the skirt has the wire rod at the center thereof. The skirt elements are evenly distributed in the lateral direction by wrapping around the side Further, the skirt element located rearward from the connection portion is urged in a state of being folded forward from the connection portion by the urging tool. A spinner bait, wherein the skirt element is folded back so that the skirt element is located behind the biasing tool.
The spinner bait according to claim 1, wherein the biasing tool is an O-ring applied.
  The spinner bait according to claim 1 or 2, wherein a groove for receiving a biasing tool is formed in the head.

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