JP2004283166A - Luminous bait log - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an economical bait log or lure containing a luminous body, having a structure transmitting or shielding light from eye of the bait log, etc., by angler's manipulation of a rod. <P>SOLUTION: The bait log or lure moves the luminous body in the bait log or lure between a transparent area and an opaque area by the manipulation of the rod by the angler to attract a target fish without using consumables such as battery, etc., the light transmitting or shielding time is controlled as the intention of the angler such as instantaneous, intermittent, long or short, to make the target fish lose as small fishes from the sight and misinform the bait log or the lure as living and catch it when the target fish finds the light again and thus the bait log or lure leads the angler to a good fishing results. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  TECHNICAL FIELD The present invention relates to a bait and a lure containing a luminous body for catching fish, and more particularly to a bait and a lure that transmits and blocks light of the luminous body to the outside by manipulating a fishing line. .

In the case of fishing baits and lures, batteries and luminous bodies are used to reduce the whole or part of the bait to enhance the effect of attracting prey fish even in places with little light or at night with little natural light. There are known ones that emit or extinguish light constantly or at equal intervals, and light-emitting baits using a piezoelectric element.
JP 61-52226 A Japanese Utility Model Publication No. 06-50463 Japanese Utility Model Publication No. 05-53466 Japanese Utility Model Publication No. 06-13466

  When the prey fish approaches the small fish for prey, the small fish instinctively tries to escape, but the prey fish takes various danger avoiding actions because the prey fish feels danger to themselves. As a result, they have the property of trying to catch and catch small fish more violently with the confirmation that they are alive.

The purpose of the bait is to make it visible at night or in places with little natural light so that it resembles a live small fish. When the prey fish approaches the bait tree as a small fish due to prey, the angler tries to temporarily change the position like a small fish by operating a rod, but the prey fish does not During and after the escape, the bait that always emits light and informs itself of its position is unnatural, unlike a living small fish. Because of this, it is difficult to reach predatory behavior with caution that the other party's bait tree is stronger.

  Prey trees that emit light at regular intervals using a battery as a power source are easier to find from far away than bait trees that always emit light, and the degree of interest and the effect of collecting fish on prey fish is sufficient, but the prey fish is small fish. Even if approaching the bait tree, if the light emission and extinction are repeated at regular intervals as before, the change in light accompanying the risk avoidance behavior as described above is monotonous and unnatural, giving caution to the prey fish It was difficult to bite and connect to the catch.

  According to the present invention, in order to make the bait tree more like a living small fish, anglers can easily find the bait tree from a distance by operating the rod while imagining the underwater situation, and interested in the bait tree. After aiming at the bait tree at unequal intervals, intermittently glowing, or keeping the glowing, the prey fish while changing the position of the bait tree like a small fish without keeping the bait eye glowing Away from the bait tree once or twice, giving the fish of prey a sense of frustration as if they were alive, and again when the fish of prey discovers the bait tree with a bright eye The task is to capture the bait tree without hesitation and connect it to the catch.

In order to solve the above-mentioned problem, the glowing bait of the present invention is provided with an opening in a part of a housing body in which a light-emitting body is sealed smoothly and opaquely with an opaque synthetic resin or the like, and the opening is formed of a solid transparent material. Forming a housing unit joined by the body and putting it in the bait tree, and moving the luminous body in the housing unit between the transparent part and the opaque part by manipulating the fishing rod, the light of the luminous body to the outside of the bait tree It is characterized by light transmission and light shielding.

  The present invention is an economical bait or lure that does not require a power source, and the angle of light transmission and shading from the eyes of an underwater bait or the like can be freely adjusted by manipulating a fishing rod, so that the prey fish can be fed to the bait. The ability to make full use of the techniques of light transmission and shading from the eyes of prey trees, such as gestures that hide the body because they are alive, and inviting the fish of the prey to be irritated without illuminating the eyes of the prey trees etc. It will lead to more advanced fishing techniques and results.

  Ideally, the bait is set with a balance weight so that it sinks from the head.The angler intentionally pulls and loosens the rod without using the power supply, so that the luminous body in the housing part can be set. A simple structure in which the luminous body moves between a transparent part and an opaque part due to the action of gravity or inertia, thereby transmitting or blocking light from the luminous body to the outside of the bait tree.

  Embodiments of the present invention will be described in detail with reference to the drawings. FIG. 1 is an external view of a glowing bait tree of the present invention. A bait tree body 1 is obtained by diverting a bait tree used for fishing of a commercially available bird pirate or the like. The attached balance weight 5 is for adjusting the sedimentation speed of the bait 1 because the bait 1 sinks from the head direction.

Next, a first embodiment of the present invention will be described with reference to the drawings. FIGS. 2 and 3 show a luminous sphere 8 finished with a diameter of 3.3 mm by applying a phosphorescent paint to an iron ball having a diameter of 3.0 mm and further performing a surface treatment for preventing peeling with a transparent synthetic resin. A luminous sphere 8 is formed into a storage body 2 having a opaque and solid material having a movable space having a length at least twice as long as the luminous sphere 8 in one direction and having an opening in a part thereof. It is accommodated in a smooth movable shape, and its opening is joined with a hard hemisphere 4 in the form of a transparent eye, and is integrally formed to form an accommodating portion 7.

FIG. 4 illustrates that the housing portion of the luminous spheres of FIGS. 2 and 3 has a shape that follows the outer shape of the bait 1 which is almost circular, and FIG. It is a bait head mounted on the bait tree almost in front of both sides of the tree, and when the bait 1 is inserted, the bait sinks from the head, so that the luminous sphere 8 in the housing part has an opening and a transparent hemisphere At position 4, light is transmitted from the eyes. When the yarn 3 tied to the line eye 9 of the bait tree is sucked, inertia acts on the luminous sphere 8 in the accommodating portion 7 and the luminous sphere is instantly moved to the opaque portion of the accommodating portion, and the eye of the bait is instantaneous. When light is repeatedly shaded and the string is strongly pulled and loosened, the eyes of the bait repeat light transmission and light shielding repeatedly. If you continue to pull the bait tree string, the head of the bait will turn upward, and the luminous sphere in the container will move to the opaque part of the container and change its position without transmitting light from the eyes of the bait. If the tree thread continues to be pulled loosely, the head of the bait does not turn upward and the luminous sphere in the container does not move from the opening of the container and the position of the hemisphere, and is located in a transparent state from the eyes of the bait. Will be changed.

When the hemisphere 4 is attached to the rear side of the bait tree, the bait tree receiving section 7 is attached to the rear side of the bait tree, and the inertia acts on the light emitting spheres of the bait tree in the bait tree when the bait tree is sucked by the road thread. Then, the light is transmitted through the eyes of the bait instantaneously, and the opposite light transmission and light shielding are exhibited.

In addition, the light-emitting spheres are stored in a smooth and movable manner directly into the bait from both sides of the bait, forming a sealed pipe-shaped space, and both sides of the bait are made of a robust and transparent hemisphere. If the openings of the respective pipe-shaped spaces are joined together, the same operation and effect as above can be obtained, but the conditions are as follows: the length of the pipe-shaped space, the angle toward the inside of the bait tree, the angle toward the abdomen or the back, the front or It is related to the formation of the direction and tilt angle, such as the angle to the rear, and by pulling or loosening the bait tree's thread, gravity and inertia act on the luminous body, and the bait tree blocks light transmission and shading. Be constrained within the conditions that arise. In the case of a translucent lure or the like, it is necessary to make the pipe-shaped space wall opaque.

A second embodiment of the present invention will be described in detail with reference to the drawings. As shown in FIGS. 6 and 7, the storage body 2 for storing the luminous body is formed of a material having both opacity and robustness, and has the same size and thickness as the opening of the storage body. A phosphorescent coating is applied to the surface of a 1.0 mm iron plate, and is subjected to a surface treatment for preventing peeling with a transparent synthetic resin to obtain a luminous body 6.

The space in the storage body 2 for storing the light-emitting body 6 is at least twice as long as the light-emitting body 6 can be smoothly moved in one direction, and the opening of the storage body 2 is a hemisphere having transparency and rigidity. The housing part 7 of the luminous body 6 integrally formed by sealing with the body 4 is obtained.

In all the embodiments, the transparent hemisphere 4 in the housing portion is a portion for enhancing and emitting the light of the luminous body 6 and the luminous sphere 8, and the luminous body is also a light storing portion for taking in light. As in the first embodiment, it is desirable to mount the bait 1 on both sides substantially parallel to the bait, and if the mounting angle of the housing to be mounted on the bait is too large, the luminous spheres and the luminescence in the housing If the gravity is acting too much on the body, it will always transmit light from the eyes of the bait tree, or it will continue to be shielded from light, or if it is strongly pulled and instantaneous inertia acts on the luminous body, it will momentarily transmit light, and the bait tree will end with shading It becomes.

When the hemisphere 4 is attached in the forward direction of the bait tree as shown in FIG. 8, the bait tree which has been cast far away sinks from the head direction, so that gravity acts on the circular luminous body 6 in the storage unit 7. The luminous body 6 moves to the position of the transparent hemisphere 4 and transmits light from the eyes of the bait.

When the bait tree 1 continues to be strongly pulled by the yarn 3, and the bait tree faces upward, the luminous body 6 in the housing portion 7 moves from the hemisphere 4 to the opaque portion in the housing portion due to the action of gravity or inertia. The bait tree changes its position without transmitting light from the eyes, and if the bait tree 1 is pulled gently with the string 3, the bait tree does not turn upward and the luminous body continues to act on the bait tree. When the position is changed while transmitting light from the eyes of the bait tree while continuing to stabilize, the inertia acts on the luminous body in the housing part of the bait tree and the luminous body 6 moves to the opaque part of the housing part when the string is sucked. The eyes will be momentarily shaded.

When the hemisphere 4 is attached to the rear side of the bait 1, contrary to FIG. 8, when the feeding thread of the bait is thrown in, the inertia acts on the luminous body in the bait housing. As a result, a light-transmitting state and a light-shielding state opposite to the light-transmitting and light-shielding states described above occur, for example, the light is instantaneously transmitted from the eyes of the bait tree. In both the first and second embodiments, even when the bait moves slowly and gradually in parallel with the water surface, the bait itself receives the resistance of water, so the inertia acts on the luminous body inside the bait. In some cases, the luminous body moves and presents light transmission and light shielding outside the bait.

In small bait trees and lures with little space, luminous bodies or luminous spheres coated with luminous paint on both sides in a housing with openings on both sides are placed in the center of the head in a smooth movable shape. If the openings on both sides of the housing are sealed with transparent hemispheres, it is possible to transmit light through both eyes at the same time, and the same operation and effect can be obtained by operating the yarn in the same manner as in the previous embodiment. It is a particularly effective means for small baits and lures.

In both the first and second embodiments, the luminous sphere or the luminous body is moved so that light is transmitted or blocked from the eyes of the bait. The same effect can be obtained by opening or blocking the front of the luminous body by moving it with the rod, and it is possible to perform light transmission and light shielding by operating the rod, especially in any method or inside the bait The light transmission from the eye is not limited to the eyes.

By adopting such a structure for the bait and lure, the angler operates the rod at the same time that the bait and the lure are translucent and shaded from the eyes. By making full use of the translucency and shading time differences while imagining the surrounding situation, the bait and lure can be operated with a movement closer to a living small fish.

External view of bait body of the present invention FIG. 3 is an enlarged front view of a housing section of the luminous body of the first embodiment of the present invention. Sectional view of AA FIG. 3 is an enlarged side view of a housing section of the luminous body of the first embodiment of the present invention. Enlarged plan view of the head of the first embodiment of the present invention Front enlarged view of a housing section of a luminous body according to a second embodiment of the present invention. Sectional view of BB Enlarged plan view of a head according to a second embodiment of the present invention.

Explanation of reference numerals

DESCRIPTION OF SYMBOLS 1 Bait body 2 Storage body 3 Way thread 4 Hemisphere 5 Balance weight 6 Light emitting body 7 Housing section 8 Light emitting sphere 9 Line eye

Claims (1)

An opening is provided in a part of the storage body that is made of opaque synthetic resin that seals the luminous body in a smooth and movable manner, and a storage part is formed by joining the opening with a solid transparent body and stored in the bait tree. A bait tree, wherein the light of the luminous body is transmitted to the outside of the bait tree and is shielded by moving the luminous body in the storage unit between the transparent part and the opaque part by operating a fishing rod.

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