KR100679353B1 - Electronic fishing float - Google Patents

Abstract

An electronic fishing float is provided to cover flicker of a lower luminous body and to improve visibility of the float by installing a moving cover for covering or exposing the lower luminous body according to the status. The electronic fishing float includes: a luminous body(3) having at least two luminous bodies such as an upper luminous body(3A) and a lower luminous body(3B) installed to be mutually spaced on an upper and a lower side of a float top(2); a moving cover(10) installed on a lower float top(2B) between the lower luminous body and a float body(4), and vertically moving along the lower float top by gravity and buoyancy; and curve formed on the upper end of the moving cover. The moving cover blocks a light of the lower luminous body from being emitted by wrapping the lower luminous body in the state of moving to the upper end of the lower float top.

Description

Electronic Fishing Float

1 is a cross-sectional view and a perspective view of an exemplary electronic bobbin according to the present invention;

Figure 2 is a detailed view of an exemplary flow cover applied to the electronic bobbin of the present invention,

Figure 3 is an exemplary use state of the electronic bobbin according to the present invention,

4 is a schematic diagram of a conventional general electronic jaw,

5 is a schematic diagram of a general crushing state of freshwater bottom fishing method,

6 is a schematic diagram of a conventional electronic bobbin having two light emitters;

7 is an exemplary use state diagram of the electronic bobbin of FIG.

<Description of Symbols for Main Parts of Drawings>

1: Electromagnet 2: Chipsaw of the present invention

2A: Upper Jigsaw 2B: Lower Jigsaw

3: emitter 3A: upper emitter

3B: Lower light emitting body 4: tail body

5: battery 6: lead wire

7: Feather 10: Flow Cover

11: internal space 12: locking jaw

(Technology)

The present invention relates to an electronic bobber for fishing, and more particularly, two or more light emitting bodies spaced vertically apart from the bobbin, and moved up and down along the bobbin by buoyancy and gravity according to the movement of the bobber to cover the lower light emitter. Or it is provided with a flow cover for exposing, it relates to a fishing electronic bobber further improved the visibility of night fishing on the bobber.

(Background)

Fishing is to catch the movement of the fishing bobber, which is a signal of the mouth, to catch the fish, so the upper part of the fishing bobber (bobber) is formed to be able to grasp the movement of the bobber as much as possible.

Traditionally, in order to catch the movement of fishing bobber at night fishing, a method of using a chemical light emitting by a chemical reaction, which is inserted into the tip of the fishing bobber, is widely used.

The chemical light is filled in a sealed rod-shaped container with a first drug, such as a combination of oxalic acid and a fluorescent agent, and contains an easily broken ampoule containing a second drug, such as hydrogen peroxide, in the first drug, thereby filling the ampoule. Breaking and mixing the first drug and the second drug is a structure and principle that light emission occurs through a chemical reaction.

However, such a chemical light, although not sufficient, has a limitation in that the amount of light is not satisfactory and its lifetime is only about one night. Also, as electric and electronic technologies have been recently developed, the cost of batteries and light emitting bulbs has been reduced, the electrical light emitter Various so-called electroluminescent fishing bobbers (commonly referred to as 'electronic bobbers') have been developed in various ways, and their use rate is also gradually increasing.

Compared to chemical light, the electromagnet has several times its brightness and lifespan lasts more than 2-3 days depending on the capacity of the battery.It can be used both day and night by replacing the battery without the hassle of replacing the chemical light day and night. There is an advantage.

4 is a schematic diagram of a conventional general electronic gear.

As shown in the related art, the conventional electronic bobbin 100 is divided into two bodies (lower and upper) so that the torso 110 is assembled up and down, and the battery 120 is replaceable in the battery accommodating part therein. Is mounted. Both terminals 121 and 122 of the battery 120 are correspondingly switchable or non-switchable to the terminals 111 and 112 installed in the torso, so that the tip 130 (a thin and elongated portion above the top of the torso) can be connected. Light is emitted by supplying power to the light emitter 140 (for example, LED) installed at the top through the conductive wire 150. In FIG. 4, reference numeral 160 denotes a feather.

5 is a schematic diagram of a general jagged state of the freshwater bottom fishing method. As shown, the alignment of the fishing bobber (e.g., electronic bobbin 100) is a state in which the light emitter 140 almost matches the surface of water as shown in FIG. 5A according to a fisherman's preference, or the light emitter 140 as shown in B of FIG. ) Is usually spaced slightly apart from the surface of the water.

In the freshwater bottom fishing jaw as shown in Figure 5, the electronic bobber 100 is not a great difficulty in judging the quality of the night fishing in general due to its good brightness, the light emitting unit 140 is installed only on the top of the jig 130 Because of this situation, depending on the situation, it may be difficult to judge.

For example, in the case of Fig. 5A, since the light emitter 140 on the surface of the surface of the light is raised and exposed at the moment of sipping, not only the height of the light emitter but also the visible brightness changes, so that it is easy to grasp the moment of granulation, but the height of the floor is low. Due to the difference (depth difference), the light emitting unit 140 enters under the surface of water or the light emitting unit 140 on the water surface does not come out of the surface due to the weak granulation of fish. It is difficult to pull the bobbin forward or throw it again. In addition, in the fitting of Fig. 5A, it is not easy to capture the moment of chamfering in the case of the granulation of the depressed tooth saw.

In the case of B of FIG. 5, whether or not the granules are determined by the vertical movement of the light emitter 140 and the change in the interval between the water surface and the light emitter 140 is relatively low. In a dark night environment, it is difficult to capture a change in the distance between the water surface and the light emitter 140.

In order to solve such a problem of the conventional electronic gear, the present inventor has proposed an electronic gear (registered Nov. 10, 2005) having two light emitting bodies of Utility Model Registration No. 401516 as shown in FIG.

As shown, the electronic bobbin 200 of the '516 is equipped with a battery 220 is replaceably mounted on the body 210 and the light emitting body installed on the bobbin 240 by the conductor 230 from the battery 220 As an electronic bobbin that electrically emits the light emitter 250 by supplying power to the light source 250, the light emitter 250 is spaced a predetermined distance from the first light emitter 251 and the first light emitter 251 installed on the top of the jig saw 240. The second light emitter 252 is installed in the jaw saw 240 in the position shown in the configuration. Reference numeral 260 denotes a tail.

7 is an exemplary use state diagram of the electronic jaw of FIG. According to the electronic jaw 200 of FIG. 6, the positions of the first light emitter 251 and the second light emitter 252 with respect to the water surface are varied as shown in FIGS. Can be customized.

Specifically, when the second light emitter 252 is used under the surface of the water or in the state coincided with the surface of the water as shown in FIG. As the second light emitter 252 is exposed, the visible brightness suddenly becomes bright, so that the mouth can be easily recognized, and when the chip top 240 descends, the second light emitter 252 looks dark due to the diving of the second light emitter 252. 251) comes to a position close to the water surface is also easy to determine the quality of the mouth.

In addition, even if the peg saw 240 is slightly higher than the desired position due to the depth difference, the second light emitting body 252 is positioned directly above the water surface as shown in B of FIG. 7, and the peg saw 240 is slightly lower than the desired position. Even though the first light emitter 251 is positioned directly above the water surface as shown in FIG. 7C, it is still possible to secure good visibility that fishers prefer relatively.

Therefore, according to the electronic jaw 200 of FIG. 6, even when the position of the first light emitting body and the second light emitting body is not optimal for sleep, it is more likely to be arranged in a positional relationship that can grasp the quality of the mouth. When there is granulation, it is convenient to determine whether the granules are selected by selecting a light emitting body that is easy to grasp during the movement of the first and second light emitters 251 and 252 in relation to sleep.

However, the electronic jaw 200 of FIG. 6 has some problems that the second light emitter 252 on the lower side may hinder the grasping due to the adultiness when the submerged light emitter 252 is submerged in water.

An object of the present invention is a fishing electronic bobber equipped with two or more light emitters spaced up and down on a bobbin, moving up and down along the bobbin by buoyancy and gravity according to the movement of the bobber to cover or expose the lower emitter according to the situation. By providing a flow cover to cover, it is possible to cover the wobble of the lower light emitter which is undesirable for visibility, and to provide a fishing electronic bobber further improved visibility of the bobber through the wrapping and exposure of the lower light emitter according to the movement of the bobber. .

According to the present invention, there is provided a fishing electronic bobber provided with at least two electrically emitting light emitting bodies disposed above and below the jigsaw at a predetermined distance from the upper light emitting body and the lower light emitting body.

Electronic bobbin according to the present invention, the bottom cover between the lower light emitting body and the tail body is inserted into the flow cover to move up and down along the lower jaw saw by its own weight and buoyancy, the flow cover is moved to the top of the lower jaw saw In the state, the lower light emitting body is wrapped by the flow cover, and the emission of the light is blocked by the flow cover. At the top of the flow cover, for example, a bent tooth is formed to reduce the resistance due to the surface tension of water between the lower jaw saw or the lower light emitter and the flow cover.

Preferably, the flow cover has an inner diameter larger than the outer diameter of the lower jig and the lower light emitting body is freely movable along the lower jigsaw and has a cylindrical shape that can accommodate the lower light emitting body in the inner space and the lower side of the lower side The jaw top passes but the lower light emitting member has a structure in which a locking jaw is formed.

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Hereinafter, with reference to the accompanying drawings will be described in detail the electronic bobbin according to the present invention. The following embodiments are merely illustrative of the electronic jaw according to the present invention, and are not intended to limit the scope of the present invention.

1 is a cross-sectional view and perspective view of an exemplary electrostatic jaw according to the present invention, FIG. 2 is a detailed view of an exemplary flow cover applied to the electrostatic jaw of the present invention, and FIG. 3 is an exemplary use state diagram of the electronic jaw according to the present invention.

As shown in FIG. 1, the electronic bobbin 1 according to the present invention is provided with a light emitting body 3 such as an LED on the bobbin 2, and an upper light emitting body (eg, an upper end) of the bobbin 2. 3A) is provided, and the lower light emitter 3B is provided at a position spaced a predetermined distance from the upper light emitter 3A. In the illustrated embodiment, two light emitters 3 are shown. However, the present invention may be applied to three or more electronic bobbins, such as three or four at regular intervals.

In addition, the electronic bobbin 1 of the present invention is connected to the lower body of the bobbin (2), which provides a buoyancy buoyancy to the lower end of the bobbin (2), as in the conventional conventional electronic bobbin, and the bobbin (4) is a power source to the light emitting body (3) The battery 5 for supplying the light emitting device is usually mounted in a replaceable manner, and the power is supplied to the light emitting body 3 installed in the jawtop 2 by the conductive wire 6 from the battery 5 so that the light emitting body emits light electrically. .

Accordingly, when the battery 5 is mounted on the torso 4, the terminals 5A and 5B of the battery 5 are connected to the terminals 4A and 4B provided to the torso 4. Power is supplied to the light emitter 3 by conducting wires 6 connected to 4A and 4B.

The separation distance between the upper light emitting body 3A and the lower light emitting body 3B can be variously selected according to the type of electronic bobbin according to the fish species, the difference in fishing technique, and the taste of the fisherman. In the case of using the target fish species, it may be, for example, about 3-8 cm apart.

In addition, the emission color of the upper light emitting body 3A and the lower light emitting body 3B may be variously arranged according to various tastes of the angler. For example, the upper light emitting body 3A is applied with green light emission and the lower light emitting body 3B is used. The red light emission can be applied to this.

The upper and lower arrangements of the upper light emitting body 3A and the lower light emitting body 3B in the jaw saw 2 primarily produce a lower jaw saw 2B that is approximately 3-8 cm shorter than the length of the target jaw saw 2 and the lower side at the top thereof. After attaching the light emitter 3B to the battery 5 and wiring the upper light emitter 2A of 3-8 cm to the upper side of the lower light emitter 3B, the upper jig saw 2A was attached to the upper end. The upper light emitting body 3A can be attached, and the upper light emitting body 3A can be wired in series or in parallel with the lower light emitting body 3B. Reference numeral 7 is a tail.

According to the feature of the present invention, the lower cover 2B between the lower light emitter 3B and the body 4 is fitted with a flow cover 10 that moves up and down along the lower face 2B by self weight and buoyancy.

The flow cover 10 may be made of, for example, plastic synthetic resin, and moves downward along the lower jaw 2B by gravity in air, and has a specific gravity rising by buoyancy in water.

In addition, the flow cover 10 surrounds the lower light emitter 3B while being moved to the upper end of the lower jaw 2B to block the light emitted from the lower light emitter 3B, and in this state, the angler of the lower light emitter 3B. You will not see luminescence.

1 and 2 have an inner diameter larger than the outer diameters of the lower jaw 2B and the lower light emitter 3B, and can move freely along the lower jaw 2B, and the lower light emitter 3B is accommodated in the inner space 11. It has a cylindrical shape that can be lower but the lower jaw saw (2B) is passed through the lower light emitting body (3B) is shown illustratively showing the flow cover 10 of the structure having a locking projection 12 is formed.

In addition, it is preferable that the flow cover 10 is formed as a bent 13 like a tooth, rather than merely forming an upper end thereof in a circular shape. When the upper end of the flow cover 10 is formed with the bend 13 (tooth), the shape of the bend 13 is the surface of the water flowing between the flow cover 10 and the lower side of the saw (2B) or the lower light emitter (3B) Since the resistance due to the tension is reduced, the flow cover 10 is attached to the lower jaw 2B or the lower light emitter 3B by the surface tension of water, thereby preventing the phenomenon that the vertical movement is not smooth. have.

However, the flow cover 10 applicable to the present invention can move up and down along the lower side saw 2A and the lower light emitter 3B in the state in which the flow cover 10 is moved to the top of the lower side saw 2A. If the structure is wrapped by the flow cover 10 to block the radiation of the light is not limited to the structure of FIG.

The color of the flow cover 10 is not particularly limited, and may be, for example, formed in a dark color (eg, black) to block light emission of the lower light emitter 3B.

According to the organic structure of the jig saw 2, the upper and lower light emitting body 3 and the flow cover 10 described above, the electronic bobbin of the present invention provides excellent visibility in night fishing.

Fig. 3 is an exemplary use state diagram of the electronic jaw according to the present invention. In this embodiment, the green light emission is applied to the upper light emitter 3A and the red light emission is applied to the lower light emitter 3B.

When throwing the electronic bobbin 1, by the centrifugal force, the flow cover 10 moves to the uppermost end along the lower jaw saw 2B to cover the red lower light emitter 3B (Fig. 3A), and then falls to the water surface. As soon as the electromagnet 1 stands up to settle in the water, the flow cover 10 descends along the lower jaw saw 2B by its own weight, whereby the fisherman is not visible when the electromagnet 1 is in place. The appearance of the lower light emitting body 3B is seen (B in Fig. 3). Reference numeral 8 in A of FIG. 3 is a fishing line.

Next, when the electronic bobbin 1 is completely lowered and settled, that is, the upper light emitting body 3A is almost coincident with the water surface due to the interlocking, or the lower light emitting body 3B is submerged in water and the upper light emitting body 3A is submerged. When the position is slightly spaced from the water surface, the flow cover 10 by the buoyancy rises along the lower jaw 2B to cover the lower light emitter (3B), so the lower light emitter (3B) disappears from the angler's view again Therefore, the angler can clearly see only the green upper light emitting body 3A without the stuttering of the lower light emitting body 3B.

Therefore, the angler can check the position of the electronic bobbin 1 after throwing the electronic bobbin 1 very clearly through the color change of the entire light emitting unit 3, and the lower light emitter in the water after the bobbin 1 is settled. You will not be exposed to the tingling of (3B).

Subsequently, when there is granule and the electronic bobbin 1 rises and the lower light emitter 3B rises above the water surface, the red lower light emitter 3B wrapped in the flow cover 10 is exposed (D in FIG. 3). The angler can grasp the grain quality through the appearance of the red lower light emitter 3B with the rise of the green upper light emitter 3A, so that the moment of chamfering can be more easily captured. When the electronic bobbin 1 rises, the flow cover 10 is lowered along the lower bobbin 2B to maintain the water level, so that the lower light emitter 3B is exposed.

Even when there are three or more light emitters 3, the flow cover 10 is inserted into the claw between the light emitter and the light emitter. In this case, the flow cover 10 may be inserted only between the specific light emitter and the light emitter. The flow cover 10 may be inserted in between.

According to the electronic bobbin 1 according to the present invention described above, the action of the flow cover 10 installed in the lower jaw saw 2A between the lower light emitting body 3B and the jaw body 4 to be moved up and down by gravity and buoyancy. As the cover 10 is moved to the upper end of the lower side saw 2A, it surrounds the lower light emitter 3B to block the radiation of the light, so that two or more light emitters mounted on the upper side are spaced up and down. In the present invention, the visibility of the lower light emitter, which is undesirable for visibility, may be covered, and the visibility of the electronic bobbin may be further improved by wrapping and exposing the lower light emitter according to the movement of the bob.

Claims (3)

In the fishing electronic bobbin provided with at least two electrically emitting light-emitting bodies (3), the upper light emitting body (3A) and the lower light emitting body (3B) is provided at a predetermined distance from the upper side and the lower side of the claw saw (2), The lower cover 2B between the lower light emitter 3B and the body 4 is inserted with a flow cover 10 that moves up and down along the lower face 2B by its own weight and buoyancy. The upper end of the flow cover 10 is formed with a bend 13, Fishing bottom, characterized in that the lower light emitting body 3B is wrapped by the flow cover 10 in the state that the flow cover 10 is moved to the upper end of the lower side saw (2B) is blocked the radiation of the light. . According to claim 1, wherein the flow cover 10 has an inner diameter larger than the outer diameter of the lower jaw saw 2B and the lower light emitting member 3B can move freely along the lower jaw saw 2B and its inner space 11 The lower light emitting body 3B is formed in a cylindrical shape that can be accommodated, and the lower jaw top 2B passes through the lower light emitting body 3B, but the lower light emitting member 3B is characterized in that the locking step 12 is not caught. Fishing bobber. delete

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