KR200390156Y1 - Fishing float equipped with luminous element - Google Patents

Abstract

The present invention is a fishing bobber consisting of a buoyancy body, a bobbin protruding from the upper portion of the buoyancy body and a bobber protruding from the lower portion of the buoyancy body, the light emitting means provided on the top of the bobbin; And a power supply means provided in the buoyancy body and supplying power to the light emitting means, wherein the light emitting means comprises: a cylindrical LED element accommodating portion coated with a fluorescent material on a surface as a transparent or translucent material; And an LED element installed at an inner lower portion of the LED element accommodating part, wherein the LED element accommodating part has a height of 5 to 10 times a diameter, and the buoyancy body is connected to the top of the buoyancy. sieve; A lower buoyancy body connected to the tail and screwed with the upper buoyancy body; And an O-ring installed on the coupling surface of the upper buoyancy body and the lower buoyancy body to maintain watertightness. The present invention relates to a fishing bobber provided with light emitting means, characterized in that it comprises a.

Description

Fishing float equipped with luminous element

Technical Field

The present invention relates to a fishing bobber provided with a light emitting means, and more specifically, in a fishing bobber consisting of a buoyancy body, a bobbin protruding from the upper portion of the buoyancy body, and a bobber protruding from the lower portion of the buoyancy body, the top of the bobbin. Light emitting means provided in; And a power supply means provided in the buoyancy body and supplying power to the light emitting means.

Prior art

Conventional fishing bobbers use a light emitting body such as a chemistry light or LED elements that are lit by a small battery to secure visibility at night.

Chemilite 10 as shown in Figure 1 (a) is used to be coupled to the top of the choptop 110, the chemistry (10) is divided into two separate chemical properties of the interior built therein It is a principle that light is emitted by these chemical reactions when they are mixed with each other. These chemistry (10) was used by a large number of anglers at one time because of the light weight and small volume, but the use time is limited, and after one use, all must be disposed of, the economic burden and destroy the environment There is a problem.

On the contrary, in the case of the fishing bobber equipped with the conventional LED device 220 as shown in FIG. 1 (b), it can be used semi-permanently by replacing only the battery, and in the long term, it is economical and environmentally friendly compared to the chemite 10. It can be seen as a product.

However, when the light emitting means 200 in which the fishing bobber LED device 220 is provided with the conventional LED device 220 is very narrow as shown in FIG. There is a problem that fatigue is increased. This is because the LED element 220 itself is recognized as one bright point light source, and the eyes are easily tired.

In addition, the buoyancy body 100 is separated into the upper buoyancy body 101 and the lower buoyancy body 102 and the battery is embedded therein, the upper buoyancy body 101 and the lower buoyancy body 102 is a simple interference fit method When coupled to the upper buoyancy body 101 and the lower buoyancy body 102 and repeat the separation and coupling a plurality of times, the coupling is loose, even though between the upper buoyancy body 101 and the lower buoyancy body 102 Even if the O-ring 103 is provided on the engaging surface of the leak easily leaked into the interior of the buoyancy body 100 had a problem of shortening the life of the product.

The purpose of the present invention created to solve the above problems is as follows.

First, it is an object of the present invention to provide a fishing bobber that can minimize eye fatigue even when used for a long time.

Secondly, another object of the present invention is to provide a fishing bobber that can ensure the watertightness of the part where the battery is built even after repeated long-term use.

Third, it is another object of the present invention to improve the discrimination of the jigsaw without discriminating day and night, and to provide a fishing bobber that can recognize the eosin more reliably by turning on a separate LED element when the eosin is detected.

Fourth, another object of the present invention is to provide a fishing bobber that does not require chemite replacement.

The constitution of the present invention for achieving the above object is as follows.

The present invention is a fishing bobber consisting of a buoyancy body, a bobbin protruding from the upper portion of the buoyancy body and a bobber protruding from the lower portion of the buoyancy body, the light emitting means provided on the top of the bobbin; And a power supply means provided in the buoyancy body and supplying power to the light emitting means, wherein the light emitting means comprises: a cylindrical LED element accommodating portion coated with a fluorescent material on a surface as a transparent or translucent material; And an LED element installed at an inner lower portion of the LED element accommodating part, wherein the LED element accommodating part has a height of 5 to 10 times a diameter, and the buoyancy body is connected to the top of the buoyancy. sieve; A lower buoyancy body connected to the tail and screwed with the upper buoyancy body; And an O-ring installed on the coupling surface of the upper buoyancy body and the lower buoyancy body to maintain watertightness.

Hereinafter, with reference to the accompanying drawings, a specific embodiment of the present invention will be described in detail.

Figure 2 is a perspective view of a specific embodiment of the present invention, as shown in Figure 2, the present invention is a buoyancy body 100, of the claw saw 110 and the buoyancy body 100 protruding on top of the buoyancy body 100 In the fishing bobber consisting of the tail tail 120 protruding from the bottom, provided in the interior of the light emitting means 200 and the buoyancy body 100 provided on the top of the bobbin 110 and to supply power to the light emitting means 200 It includes a power supply means (300).

The light emitting unit 200 is configured to include a cylindrical LED element accommodating portion 210 and a LED element 220 installed on the inner lower portion of the LED element accommodating portion 210 coated with a fluorescent material on the surface as a transparent or translucent material. do.

In other words, the LED element 220 is installed on the inner lower portion of the cylindrical LED element accommodating portion 210, and the LED element accommodating portion 210 has a height corresponding to 5 to 10 times the diameter of the LED element 220. When is turned on, the light emitting means 200 is not recognized as a single point light source, as in the conventional bobber, the LED element 220 installed in the inner lower portion of the cylindrical LED element receiving portion 210 is the LED element receiving portion ( When the inside of the 210 is brightly illuminated as a whole and the light emitting means 200 is viewed from the outside, the entire cylindrical LED element accommodating part 210 is clearly recognized, thereby minimizing visual fatigue.

The buoyancy body 100 is connected to the upper buoyancy body 101 and the tail tail 120, which is connected to the bobbin 110, the lower buoyancy body 102 and screwed to the upper buoyancy body 101, and the upper buoyancy body ( 101 and the lower buoyancy body 102 is configured to include an O-ring 103 to maintain the water tightness.

The power supply means 300 is installed in the inner space formed by the lower buoyancy body 102 and the upper buoyancy body 101, and generally lithium batteries having a diameter of about 4 mm and a height of about 25 mm are used. It is not limited to the standard, if the inside of the buoyancy body 100 is to be able to stably supply the power required for the light emitting means 200, other types of batteries can be freely selected and used.

The battery used as the power supply means 300 is inserted and installed therein in a state where the upper buoyancy body 101 and the lower buoyancy body 102 are separated, and the upper buoyancy body 101 and the lower buoyancy body 102 are screwed. Will be tightened. In this case, the coupling surface of the upper buoyancy body 101 and the lower buoyancy body 102 to be screwed is provided with a rubber O-ring to maintain the watertightness (waterproof function) as shown in FIG.

Because water penetrates into the buoyancy body 100 in which the power supply means 300 is installed, a short circuit between the (+) and (-) poles of the power supply means 300 may occur to the light emitting means 200. This is because the power cannot be supplied properly.

Therefore, the outer surface of the upper buoyancy body 101 and the lower buoyancy body 102 should also be waterproof coating.

Conductors connecting the power supply means 300 and the light emitting means 200 are not shown in detail, but are connected through the buoyancy body 100 and the jaw saw 110.

Figure 3 is a perspective view of another specific embodiment of the present invention, showing that the fishery detection LED device 230 is further provided, Figure 4 shows a transistor 400 as a circuit configuration of another specific embodiment of the present invention of the present invention. It illustrates the use of the switch function.

As shown in FIG. 3, a fishery sensing LED element 230 emitting light in a different color from the LED element receiving portion 210 is installed at a lower end of the LED element accommodating portion 210. ) Is preferably light-emitting (lights) in a separate color from the LED element accommodating portion 210 so as to reliably detect the fishery.

The fishery detection LED device 230 is usually turned off and lights up only when fishery is sensed. In order to perform such a function, the transistor 400 which performs a switch function as shown in FIG. Further included circuits are constructed.

The transistor 400 is installed inside the upper buoyancy body 101, and the transistor 400 has six terminals to function as a switch. (In a specific embodiment of the present invention, KTC811 produced by KEC) Although a transistor is used, it is not necessarily limited to such a product specification, and a transistor of another specification may be freely selected and used if it can perform an equivalent function.)

Transistor 400 may be divided into an input terminal connected to the power supply means 300 and an output terminal connected to the LED device 220 and the fishery sensing LED device 230, the first input terminal 411, A second input terminal 412 and a third input terminal 413 are provided, and the output terminal has a first output terminal 421, a second output terminal 422, and a third output terminal at positions corresponding to the input terminal, respectively. 423 is provided.

The positive electrode of the power supply means 300 is connected to the first input terminal 411, and one side terminal of the LED element 220 and the fishery sensing LED element 230 is parallel to the first output terminal 421. The first input terminal 411 and the first output terminal 421 are always in an electrically connected state so that current can flow.

The negative electrode of the power supply unit 300 is connected to the third input terminal 413, the other terminal of the LED device 220 is connected to the third output terminal 423, and the third input terminal 413. And the third output terminal 423 are also electrically connected to allow current to flow at all times.

Therefore, when the power supply means 300 is installed inside the buoyancy body 100, the LED element 220 is always connected to the (+) pole and (-) pole of the power supply means 300 is in a lit state. .

On the other hand, the other terminal of the fishery sensing LED device 230 is connected to the second output terminal 422, the first conductor 414 is extended from the first input terminal 411 to the outside of the upper buoyancy body 101 The second conductor 424 extends from the third output terminal 423 and is exposed to the outside at a predetermined portion of the peg saw 110.

The third input terminal 413 and the second output terminal 422 remain disconnected when the first conductor 414 and the second conductor 424 are electrically connected, but the first conductor 414 and the second conductor 422 are disconnected. When the electrical connection of the two conductors 424 is cut off, the third input terminal 413 and the second output terminal 422 are electrically connected to each other so that the fishery sensing LED element 230 is connected to the positive supply (+) of the power supply means 300. It is connected to the pole and (-) pole and it turns on.

In other words, as shown in FIG. 4B, when both the first conductor 414 and the second conductor 424 are immersed in water, the first conductor 414 and the second conductor 424 carry water. The second output terminal connected to the third input terminal 413 connected to the (-) pole of the power supply means 300 and the other terminal of the fishery sensing LED element 230 ( 422 is disconnected and the fishery detection LED device 230 does not light up, but when fishery comes, fishing bobber rises to a predetermined height, and as a result, the second conductor 424 exposed to the sawdust 110 is placed on the water. As a result, the electrical connection between the first conductor 414 and the second conductor 424 is interrupted, and the third input terminal 413 and the second output terminal 422 are electrically connected to each other. 230 may be lit to visually and reliably detect the speech.

Technical effects according to the present invention of the above configuration is as follows.

First, even after prolonged use, eye fatigue can be minimized.

In other words, the LED element 220 is installed on the inner lower portion of the cylindrical LED element accommodating portion 210, and the LED element accommodating portion 210 has a height corresponding to 5 to 10 times the diameter of the LED element 220. When the light is turned on, the light emitting means 200 is not recognized as a single point light source like the conventional bobber, but the LED element 220 installed in the inner lower portion of the cylindrical LED element accommodating part 210 is the LED element accommodating part. When the inside of the 210 is brightly illuminated as a whole and the light emitting means 200 is viewed from the outside, the entire cylindrical LED element accommodating part 210 is clearly recognized, thereby minimizing visual fatigue.

Second, even after repeated use for a long time it can ensure the watertightness of the part where the battery is built.

In other words, the battery used as the power supply means 300 is inserted into and installed inside the upper buoyancy body 101 and the lower buoyancy body 102, the upper buoyancy body 101 and the lower buoyancy body 102 ) Is screwed, and even if the repetition of the separation and coupling of the upper buoyancy body 101 and the lower buoyancy body 102 by using the screwing method in this way, unlike the conventional simple interference fit method does not loosen the coupling state The watertightness of the bonding site can be maintained.

Third, when a fishery is detected, a separate LED device is turned on to recognize the fishery more reliably.

In other words, when the fishery is sensed using the transistor 400, the first conductor 414, and the second conductor 424, the separate fishery sensing LED element 230 is turned on to enjoy the beauty of fishing visually. Can be.

Figure 1 shows a fishing bobber provided with a conventional light emitting means, (a) is a case using a chemite, (b) is a case where an LED element is provided.

Figure 2 is a perspective view of a specific embodiment of the present invention, showing the LED device receiving portion constituting the light emitting means and the portion where the upper buoyancy body and the lower buoyancy body is coupled.

Figure 3 is a perspective view of another specific embodiment of the present invention, showing that the fishery detection LED device is further provided.

4 is a circuit configuration of another specific embodiment of the present invention, (a) shows a circuit including a transistor, and (b) shows that a switch function is performed using the same.

<Description of the symbols for the main parts of the drawings>

100: buoyancy body

101: upper buoyancy body 102: lower buoyancy body

103: O-ring

110: Chiaw

120: tail tail

200: light emitting means

210: LED element accommodating part

220: LED element

230: fishery detection LED element

300: power supply means

400: transistor

411: first input terminal 412: second input terminal

413: third input terminal 414: first conductor

421: first output terminal 422: second output terminal

423: third output terminal 424: second conductor

Claims (2)

In the fishing bobber consisting of a buoyancy body, a bobbin protruding from the upper portion of the buoyancy body and a tail tail protruding from the lower portion of the buoyancy body, Light emitting means provided on an upper portion of the peg saw; And, Power supply means provided in the buoyancy body and supplying power to the light emitting means; Including; The light emitting means, A cylindrical LED element accommodating part in which a fluorescent material is applied to a surface as a transparent or translucent material; And, An LED element installed at an inner lower portion of the LED element accommodating part; It is configured to include, wherein the LED device receiving portion is 5 to 10 times the height of the diameter, The buoyancy body, An upper buoyancy body connected to the peg saw; A lower buoyancy body connected to the tail and screwed with the upper buoyancy body; And, An O-ring installed on a coupling surface of the upper buoyancy body and the lower buoyancy body to maintain watertightness; Fishing bobber provided with a light emitting means characterized in that it comprises a. In claim 1, A fishery sensing LED device emitting light at a lower end of the LED device accommodating part in a different color from the LED device accommodating part; And, A transistor installed inside the upper buoyancy body; Includes more, The transistor is provided with six terminals to function as a switch, A first input terminal 411, a second input terminal 412, and a third input terminal 413 are provided at an input terminal connected to the power supply means. An output terminal connected to the LED device and the fishery sensing LED device includes a first output terminal 421, a second output terminal 422, and a third output terminal 423 at positions corresponding to the input terminal, respectively. The positive electrode of the power supply means is connected to the first input terminal 411, One side of the LED device and the fishery detection LED device is connected in parallel to the first output terminal 421, (-) Electrode of the power supply means is connected to the third input terminal 413, The other terminal of the LED device is connected to the third output terminal 423, The other terminal of the fishery sensing LED device is connected to the second output terminal 422, A first conductor extending from the first input terminal 411 and exposed to the outside of the upper buoyancy body; And, A second conductor extending from the third output terminal 423 and exposed to the outside from a predetermined portion of the bobbin; Is further provided, when the first conductor and the second conductor are electrically connected, the third input terminal 413 and the second output terminal 422 are electrically disconnected, but the first conductor and the second conductor are electrically disconnected. When the electrical connection of the conductor is cut off, the third input terminal 413 and the second output terminal 422 is electrically connected so that the fishery detection LED device is lit, characterized in that the fishing bobber with light emitting means.