JP2010178711A - Electro-driven luring device for fishing - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an electro-driven luring device for fishing, which surely transmits motion of the luring device to a fishing hook, repeatedly swings a swinging body with large amplitude, applies large horizontal motion to the fishing hook to facilitate luring of squid, fish, or the like and surely increases fishing result, and has a simple structure to facilitate mass production and reduce production cost. <P>SOLUTION: The luring device includes a base member A1 containing an electric driving means and attached to a tip end of a fishing tackle, and the swinging body A2 attached to the other end of the base material A1 in a swingable manner. When the driving means is actuated by an electric current supplying means, the swinging body A2 repeats a large swinging motion through a linking means. An attaching part to attach a fishing line 20, a sinker 21, or the like is attached to an end of the base member A1, an attaching part to attach the fishing line 20, the fishing hook 22, the sinker 21, or the like is attached to a tip end of the swinging body A2, and a horizontal motion is applied to the fishing line 20 or the fishing hook 22 by the swinging motion of the swinging body A2 relative to the base member A1. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention is mainly used when fishing squid, fish, etc., and is used for fishing formed by using fishing lines (middle thread, trunk thread, Harris), weights, fishing hooks (pseudo bait needle, squid sea bream), etc. The tip of the device is attached to the hook part, and the movement along the horizontal direction can be applied to the fishhook by the built-in drive means, making it easier to attract squid and fish, etc. The present invention relates to a fishing attraction electric apparatus.

Conventionally, when fishing squid and fish, etc., for example, by using a technique that moves the carp up and down and directs the fishhook to move up and down, it is devised to make it easier for squid and fish to be invited and raise the fishing results ing.
On the other hand, a vibratory luer as disclosed in Patent Document 1 is disclosed, which includes a micromotor built in a luer head, a pendulum fixed to the rotating shaft of the micromotor, and the rotation of the pendulum. A means capable of generating vibration is adopted, and the object fish is surely given a vibration effect, and is formed so as to give a higher visual effect with a large vertical movement.

JP-A-11-9142

By the way, as described above, using the technique of moving the rod up and down to produce the vertical movement on the fishhook requires skill, and there is a difficulty that no one can easily perform. Furthermore, when catching squid and fish that live in very deep places (for example, at a depth of 300 to 400 m), it is difficult to produce a horizontal movement on the fishhook by simply moving the rod. It was.
Further, in the above-described vibration type lure, there is a difficulty that it is difficult to move the lure itself greatly only by vibration due to the rotation of the pendulum.

  Therefore, the present invention eliminates the above-mentioned difficulties and the like, and allows a large movement along the horizontal direction to be added to the fishhook so that squid, fish, etc. are more easily invited, and the fishing results are surely raised. It was created to be able to provide a fishing attraction electric device.

  Therefore, in order to achieve the above-described problem, the fishing induction electric device according to claim 1 has a fishing device formed using at least the fishing line 20, the weight 21, the fishing hook 22, and the like. A fishing attraction electric apparatus A to be mounted on the wrinkle portion of the body, a base body A1 incorporating an electric driving means, and a swinging body A2 swingably mounted on the other end of the base body A1. When the driving means is actuated by the current supply means built in the base A1 or provided outside the base A1, the swinging body A2 is configured to repeat a large swinging motion via the connecting means. One end portion is provided with a mounting portion to which the fishing line 20 or the weight 21 is attached, and the tip portion of the swinging body A2 is provided with a mounting portion to which the fishing line 20 or the fishhook 22 or the weight 21 is attached. Employing means configured to be applied to movement along the horizontal direction in the fishing line 20 or the hook 22 by the rocking motion.

  Therefore, according to the fishing attraction electric apparatus A of the first aspect, at least the tip of the fishing device formed using the fishing line 20, the weight 21, the fishing hook 22 or the like is attached to the hook portion. The attracting electric device is positioned relatively close to the fishhook 22, and the operation of the fishing attracting electric device A can be reliably transmitted to the fishhook 22.

  Further, it comprises a base A1 in which an electric drive means is built in and a swinging body A2 that is swingably mounted on the other end of the base A1, and is built in the base A1 or provided outside the base A1. When the drive means is actuated by the current supply means, the oscillating body A2 is configured to repeat a large oscillating operation via the linking means, so that the oscillating body A2 can be repeatedly oscillated largely with respect to the base A1. It becomes like this. In addition, the structure of the fishing attraction electric apparatus A itself is relatively simple, is easy to mass-produce, and is economical.

  In particular, an attachment portion to which the fishing line 20 or the weight 21 is attached is provided at one end portion of the base A1, and an attachment portion to which the fishing line 20, the fishhook 22 or the weight 21 is attached is provided at the tip of the rocking body A2. Since the fishing line 20 or the fishhook 22 can be moved along the horizontal direction by the rocking motion of the rocking body A2 with respect to A1, a large movement along the horizontal direction can be applied to the fishing hook 22. That is, unlike the conventional vertical movement provided by a fishing rod, squid, fish and the like are more easily invited visually, and as a result, the fishing result is reliably raised. By using the vertical movement given by the fishing rod and the movement of the fishing attraction electric device A in combination, the fishing hook 22 can produce a complicated movement.

It is a front view which illustrates a fishing attraction electric device. BRIEF DESCRIPTION OF THE DRAWINGS It is a fragmentary sectional view which illustrates the connection means of a fishing attraction electric apparatus, (A) is a partial vertical front view, (B) is a partial cross-sectional plan view. It is a fragmentary sectional view which illustrates other connecting means of a fishing attraction electric device, (I) is a partial vertical section front view, and (B) is a partial transverse plane view. It is a partially omitted front view illustrating an example of use of a fishing attraction electric device. It is a partially-omission front view which illustrates the other usage example of a fishing attraction electric apparatus. It is a partially-omission front view which illustrates the other usage example of a fishing attraction electric apparatus. It is a partially-omission front view which illustrates the other usage example of a fishing attraction electric apparatus.

Hereinafter, the present invention will be described with reference to the drawings.
The present invention mainly relates to a fishing attraction electric apparatus A used when fishing squid, fish, etc., and this fishing attraction electric apparatus A includes a fishing line 20 (road line, trunk thread, Harris) and a weight 21. The tip of a fishing device formed by using a fishing rod 22 (pseudo bait needle, squid fish) or the like is attached to the hook portion so that movement along the horizontal direction can be applied to the fishing hook 22 by a built-in electric driving means. It is configured.

Specifically, the fishing attraction electric apparatus A is composed of a base A1 in which an electric drive means is incorporated, and a swinging body A2 that is swingably attached to the other end of the base A1.
When the driving means is actuated by the current supply means built in the base A1 or provided outside the base A1, the swinging body A2 is configured to repeat a large swinging motion via the connecting means.
Further, an attachment portion to which the fishing line 20 or the weight 21 is attached is provided at one end of the base A1, and an attachment portion to which the fishing line 20, the fishhook 22 or the weight 21 is attached is provided at the tip of the swinging body A2. It is configured such that a movement along the horizontal direction can be applied to the fishing line 20 or the fishhook 22 by the swinging movement of the swinging body A2 with respect to A1.

  The fishing attraction electric apparatus A is, for example, basically composed of a synthetic resin material (or an appropriate composite material or an appropriate metal material) as appropriate, and has a shape imitating the shape of a fish as a whole. Is formed. That is, the base A1 is formed to be a fish head and torso, and the oscillator A2 is formed to have a relatively large tail fin. In addition, the form of fishing attraction electric apparatus A itself does not need to imitate the form of a fish, and can be formed in other appropriate shapes. Further, the fishing attraction electric apparatus A may be made of a metal material and used as a weight (or as a part of the weight).

  The base A1 can be divided into, for example, a central portion, one end portion, and the other end portion in the longitudinal direction, and the central portion has a cylindrical shape, and the other end of the central portion is an electric type. The driving means is internally provided, and one end portion has a cap shape, and one end of the central portion is detachably mounted (for example, screwed) so as to be able to securely close the opening portion of the flange, and the other end portion is in addition to the central portion. The upper and lower protruding blocks are connected to the upper and lower ends of the upper and lower protrusions, and the shaft pin 7 is fixed so as to vertically penetrate the upper and lower protruding blocks. An attachment hole 8 serving as an attachment portion is provided at the tip of one end of the base A1, and a fishing line 20 (for example, a road line) or a weight 21 is attached to the attachment hole 8. Has been. Note that the attachment portion is not limited to the attachment hole 8 as shown in the drawing, and other appropriate means can be used.

  The oscillating body A2 has, for example, a base end portion disposed between the upper and lower blocks of the other end portion of the base A1, and is penetrated by the shaft pin 7. It is mounted so as to be able to swing largely within the orthogonal plane, and its tip end portion is formed so as to gradually widen as the tip goes to the side. Further, an attachment hole 9 serving as an attachment portion is formed at the distal end portion of the oscillating body A2, and a fishing line 20 (for example, trunk thread, Harris) or a fishing hook 22 (for example, a pseudo bait needle or a cuttlefish) is provided in the attachment hole 9. A weight 21 and the like are formed to be attached. The attachment portion is not limited to the attachment hole 9 as shown in the illustrated example, and other appropriate means can be used.

  For example, the driving means uses a motor 1 (or an electromagnet) or the like, and is configured so that the rotational force of the rotating shaft can be reliably transmitted to the oscillating body A2 via the connecting means. In the case where an electromagnet is used, for example, the magnetic force (using switching between 0n and 0ff) is reliably transmitted to the oscillating body A2 via the connecting means.

  As the current supply means, for example, a built-in power source 2 such as a dry battery installed in the base A1 is used. The current supply means may use an external power source disposed outside the base A1. This external power source is, for example, a motor disposed via a wire provided along the fishing line 20 in a fishing rod. 1 may be formed so that a current can be supplied thereto.

  The linking means may be any means that can reliably and smoothly convert the driving force of the driving means built in the base A1 into the swinging force of the swinging body A2.

  Specifically, the connecting means as shown in FIG. 2 fixes a short columnar rotating body 3 to the tip of the rotating shaft of the motor 1, and an eccentric pin 4 protrudes from the tip surface of the rotating body 3. The distal end portion of the eccentric pin 4 enters the elongated hole 6 recessed in the base end surface of the oscillating body A2, and the eccentric pin 4 is eccentrically rotated by the rotation of the rotating shaft. Can be swung greatly. In the figure, reference numeral 5 denotes a packing interposed between the outer peripheral surface of the rotating body 3 and the inner peripheral surface of the circular hole formed at the other end of the central portion of the base A1, so that the waterproof effect can be exhibited by this packing 5. I have to.

  The connecting means as shown in FIG. 3 fixes the rotating body 10 to the tip of the rotating shaft of the motor 1, and fixes (embeds) the eccentric magnet 11 at a position near the outer periphery of the tip surface of the rotating body 10. The slender linked magnet 12 is fixed (embedded) at the center of the base end surface of the oscillator A2, and the eccentric magnet 11 is rotated eccentrically by rotating the rotating shaft, thereby attracting or repelling the eccentric magnet 11 and the linked magnet 12. The swinging body A2 is configured so as to be able to repeatedly swing by using it. In addition, a thin partition can be provided between the eccentric magnet 11 and the connecting magnet 12, and a complete waterproof effect can be exhibited by this partition.

  By the way, the specific configuration, shape, dimensions, and material of the fishing attraction electric apparatus A, the specific configuration, shape, dimensions, and material of the base A1, the specific configuration, shape, dimensions, and material of the oscillator A2, the specifics of the driving means. Configuration, arrangement position, specific configuration of current supply means, arrangement position, specific configuration of connecting means, arrangement position, specific configuration of mounting portion, arrangement position, specific configuration of motor 1, shape, Dimensions, material, arrangement position, number, specific configuration of built-in power supply 2, shape, dimensions, material, arrangement position, number, specific configuration of rotating body 3, shape, dimensions, material, specific of eccentric pin 4 Configuration, shape, dimensions, material, arrangement position, specific configuration of packing 5, shape, dimensions, material, arrangement position, specific configuration of long hole 6, shape, dimensions, arrangement position, specific of shaft pin 7 Configuration, shape, dimensions, material, location, specific configuration of mounting holes 8, shape, dimensions, location, mounting Specific configuration, shape, dimensions, arrangement position of hole 9, specific configuration, shape, dimensions, material of rotating body 10, specific configuration of eccentric magnet 11, shape, dimensions, material, arrangement position, number, connection Specific configuration, shape, dimensions, material, arrangement position and number of magnet 12, specific configuration of fishing line 20, shape, dimensions, material, arrangement position, specific configuration of weight 21, shape, dimensions, material, arrangement The installation position, the number, the specific configuration, shape, dimensions, material, arrangement position, number, etc. of the fishhook 22 are not limited to those in the illustrated example and can be freely set and changed as appropriate.

  The fishing attraction electric apparatus of the present invention is configured as described above. Next, an example of its use will be described. FIG. 4 shows the attachment of the fishing attraction electric apparatus A to the lower end portion of the fishing line 20 (road line). The fishing line 20 is attached to the hole 8, and the upper end portion of the fishing line 20 (stem thread) is attached to the attachment hole 9 of the fishing induction electric device A, and the weight 21 is attached to the lower end of the fishing line 20 (stem thread). A fishing line 20 (Harris) is attached to the fishing line 20 (trunk) at an appropriate interval, and a fishing rod 22 (squid) is attached to the tip of the fishing line 20 (Harris). When A2 swings in the horizontal direction, the fishing line 20 (stem thread, Harris) reciprocates in the horizontal direction, and the fishhook 22 (squid) moves in the horizontal direction.

  Further, FIG. 5 shows that the lower end portion of the fishing line 20 (road line, trunk line) is attached to the attachment hole 9 of the fishing attraction electric apparatus A, and the weight 21 is attached to the attachment hole 8 of the fishing attraction electric apparatus A. The fishing line 20 (Harris) is attached to the lower end of the (line thread, trunk thread) at an appropriate interval between the crocodile and a fishing hook 22 (squid) is attached to the tip of the fishing line 20 (Harris). When the oscillating body A2 is oscillated in the horizontal direction, the fishing line 20 (road line, trunk thread, Harris) reciprocates in the horizontal direction, and the fishing hook 22 (squid) is moved in the horizontal direction. Since the fishing attraction electric apparatus A and the weight 21 are close to each other, the weight 21 is also shaken in the horizontal direction, and the fishing hook 22 (squid) is moved more greatly in the horizontal direction.

  Further, FIG. 6 shows that the lower end portion of the fishing line 20 (road line, trunk thread) is attached to the weight 21, and the lower end of the fishing line 20 (road line, trunk line) is attached to the fishing line 20 (Harris) at an appropriate interval. A fishing hook 22 (squid) is attached to the tip of the fishing line 20 (Harris), and the attachment hole 8 of the fishing attraction electric device A is provided above the position of the fishing line 22 (squid) of the fishing line 20 (roadline, trunk). When the oscillating body A2 of the fishing attracting electric device A is oscillated, the fishing line 20 (road line, trunk line) is moved in the horizontal direction by the propulsive force, and the fishing hook 22 (squid) is in the horizontal direction. It is intended to move. At this time, the fishing attraction electric apparatus A pushes (or pulls) the fishing line 20 (the road line, the main line) while turning the fishing line 20 (the road line, the main line) from the relationship with the weight 21. In other words, the fishhook 22 (squid) moves in all horizontal directions. By the way, the attachment position of the fishing attraction electric apparatus A is not limited to the illustrated example, and can be freely set and changed as appropriate.

  FIG. 7 shows that the lower end portion of the fishing line 20 (the road line and the main line) is attached to the weight 21, and the lower ends of the fishing line 20 (the road line and the main line) are provided with a plurality of fishing induction motors A at appropriate intervals. A fishing hook 22 is mounted on the mounting hole 9 of the fishing attraction electric apparatus A. When the swinging body A2 of the fishing attraction electric apparatus A swings, the fishing hook 22 swings directly. It is. Moreover, when the oscillating body A2 of the plurality of fishing attracting electric devices A oscillates, the fishing line 20 (road line, trunk line) is irregularly moved in the horizontal direction by the respective propulsive force, and the fishing hook 22 is also in the horizontal direction. It is intended to move. At this time, each of the fishing attraction electric devices A pushes (or pulls) the fishing line 20 (the road line, the main line) while turning around the fishing line 20 (the road line, the main line) from the relationship with the weight 21. Thus, the fishhook 22 moves in every horizontal direction. In addition, the fishing attraction electric apparatus A may be devised such as a mounting state on the base A1 and the fishing line 20 (road line, trunk line) so that the oscillating body A2 swings in the horizontal direction.

  Thus, in the fishing attraction electric apparatus A of the present invention, the tip of a fishing device formed using at least the fishing line 20, the weight 21, the fishhook 22 and the like is attached to the hook portion, and the oscillating body A2 is attached to the base A1. The movement is transmitted to the fishhook 22 repeatedly, and a large movement along the horizontal direction is applied to the fishhook 22. As a result, squid, fish, etc. are visually attracted to the movement of the fishhook 22 and can be caught.

A fishing attraction electric device A1 base body A2 oscillating body 1 motor 2 built-in power supply 3 rotating body 4 eccentric pin 5 packing 6 long hole 7 shaft pin 8 mounting hole 9 mounting hole 10 rotating body 11 eccentric magnet 12 linked magnet 20 fishing line 21 weight 22 Fishhook

Claims (1)

  A fishing attraction electric device in which a tip of a fishing device formed using at least a fishing line, a weight, a fishhook or the like is attached to a hook portion, and a base having an electric driving means built therein, When the driving means is actuated by a current supply means built in the base body or provided outside the base body, the swinging body performs a large swinging motion via the connecting means. The one end of the base is provided with a mounting portion to which a fishing line or a weight is attached, and the tip of the swinging body is provided with a mounting portion to which a fishing line, a fishhook or a weight is attached. An attracting electric device for fishing, characterized in that a movement along a horizontal direction can be applied to a fishing line or a fishhook by a swinging motion of a moving body.

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