KR200288560Y1 - electricity light-emitting fishing float - Google Patents

Abstract

The present invention relates to an electroluminescent fishing bobber, wherein the light emitting diode (hereinafter referred to as 'LED') installed on a carbon saw blade made of electric conductor so as to be positioned above and below the water surface is switched on and off by using a switch. It is about.

Description

Electric light-emitting fishing float

The present invention relates to an electroluminescent fishing bobber, wherein the light emitting diode (hereinafter referred to as 'LED') installed on a carbon saw blade made of electric conductor so as to be positioned above and below the water surface is switched on and off by using a switch. It is about.

Fishing bobbers float at the right level above the surface of the water and must be sensitive to the quality of the fish's mouth and must be made to stand out from a distance. Therefore, the shape and material of the bobber is one of the most important considerations in fishing.

The structure of a general fishing bobber is described with reference to FIG. In FIG. 1, the bobber is composed of a float body (1), a float floating in the water, a claw saw (3) extending long over the bobbin body (1), and a bobbin leg (5) long attached to the bottom of the bobbin body (1) do. At the end of the tail (5) is connected to the tail jinari (7) made of weaving straps that can flow smoothly to secure the bobber to the fishing line.

Here, the bobbin body (1) should have a buoyancy enough to rise to the appropriate height above the surface of the tip of the claw saw (3) called floating in water. The tip of the claw saw (3) is always above the water surface and swings up and down according to the quality of the fish. The tail leg (5) serves to align the center of gravity with the claw saw (3) in order to make the tail body (1) standing upright in the water, may be formed integrally with the tail body (1) or may be manufactured separately and attached. do.

On the other hand, in order to see the movement of the magnifier even in the dark when fishing at night, chemi-light (chemi-light) is attached to the magnifier is used. Chemilite contains phosphorescent chemicals in a cylindrical tube of about 20-30mm in length and about 2-5mm in diameter, and is widely used because it has the advantage of making night fishing easier.

However, Chemie Lite weighs 150 mg and has a volume of 0.16 mL (based on 3 mm diameter Chemie Lite), which greatly affects the buoyancy of the bobber. The bobber is sensitive to this small weight and changes its position. That is, since the conventional buoyancy has been determined and produced the best buoyancy for the daytime, the chemistry is attached to the nighttime separately so that the buoyancy of the bobber is different from the optimum value, for example, so that the float can go down the surface of the water do.

In order to solve this problem, it has been proposed to disclose, for example, the publication No. 96-13033 as an electroluminescent fishing bobber using a battery and an LED in the fishing bobbin itself (FIG. 2).

As shown in FIG. 2, the conventional electroluminescent bobbin has a diode (9) (10) built in the top (4) of the upper case (3) and a battery (11) inserted in the lower portion of the diode (9) ( In the configuration of the common bobber 1 connected with 10), the lifting rod 5 is inserted into the lower end of the main body 2 and the spring 6 is elastically installed on the lifting rod 5 so as to contact the contact point 7. The fixed fixture 13 is fixedly coupled and fixed to the contact point 8 at one side of the elastic portion 14 inside the main body 2.

In view of this configuration, the saw 4 is tubular, and the diodes 9 and 10 are embedded in the tube, thereby making the saw 4 bulky and buoyant at the saw itself. There is a fatal flaw in the best function, the poke.

The object of the present invention is to provide an electroluminescent fishing bobber having a structure that can confirm the quality of fish at night while getting convenient switch operation and optimized buoyancy.

1 is an external view showing a common fishing bobber.

Figure 2 is a cross-sectional view showing a conventional electroluminescent bobber.

3 is a view showing a state of use of the electroluminescent fishing bobber according to a preferred embodiment of the present invention.

Figure 4 is an exploded perspective view of the electroluminescent bobber of this embodiment.

5 is a cross-sectional view taken along line A-A of FIG.

FIG. 6 is a sectional view taken along line B-B in FIG. 4; FIG.

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

100: peg saw 110,130: light emitting diode (LED)

115,135: enameled wire 200: tail body

210: upper bobbin 260: lower bobbin

300: tail 400: upper cap

401,501: Jam Jaw 410: Bush

420a, 420b: Supply-side terminal 457: Protruding frame

500: Lower Cap 510: Supply Side (-) Terminal

520a, 520b: supply side (+) terminal 521: protrusion

550: insertion member 551: cutting groove

553,555: perforation part 557: protrusion frame

600: Battery 700: O-ring

WS: Sleep

Electroluminescent fishing bobber of the present invention for achieving the above object is a carbon saw blade made of electric conductor; A first light emitting diode having one pole connected to an upper end of the saw blade; A first enamel wire having one end connected to the other pole of the first light emitting diode; A second light emitting diode in which one pole is connected to the headpiece below the first light emitting diode; A second enameled wire having one end connected to the other pole of the second light emitting diode; An upper jaw body supporting a lower portion of the jaw saw; A bush connected to the bottom of the peg saw to form a supply-side terminal; A first supply-side terminal connected to the other end of the first enameled wire; A second supply-side terminal connected to the other end of the second enameled wire; An upper cap accommodated in the upper jaw body while supporting the bush, the first supply side terminal and the second supply side terminal; Bristles; A lower jaw body supporting an upper portion of the jaw; A lower cap housed in the lower jaw body; An insertion member vertically extending from the lower cap and inserted into the upper cap; A battery embedded in the lower cap and the insertion member; A supply side (-) terminal inserted into the bush and protruding from the battery to be in constant contact with the bush; A first supply side (+) terminal installed at one side outer circumferential surface of the insertion member to be in constant contact with the battery; It includes a second supply side (+) terminal is installed on the other outer peripheral surface of the insertion member to be in constant contact with the battery, the first supply side (+) terminal as the lower jaw is rotated relative to the upper jaw Is in contact with the first supply side terminal, the first light emitting diode is turned on, and as the rotation continues, the first supply side (+) terminal and the second supply side terminal are contacted, and the second supply side (+) terminal The first light emitting diode and the second light emitting diode are turned on simultaneously when the first supply-side terminal contacts the first supply side terminal.

Through this configuration, it is possible to check the quality of fish at night while getting convenient switch operation and optimized buoyancy.

In the above-described configuration, the insertion member has a cut groove formed to cut outward from the outside to the inside, and a perforated part formed in each of the upper and lower portions of the cut groove, the first supply side (+) terminal and the second supply side (+) terminal. Each is drawn out to the outside of the upper perforation part and is drawn in and protruded through the cutting groove to protrude into the inner perforation part of the lower part, so that the support of the supply side (+) terminal is sure and the contact with the battery is very excellent. can do.

In addition, the upper cap and the insertion member is made of a plastic material, the protruding frame is further provided on the outer peripheral surface of the insertion member and the inner peripheral surface of the upper cap, so as not to be separated from each other during the switching operation.

On the other hand, the O-ring is further installed between the upper cap and the lower cap, it is possible to improve the watertightness of the body.

Hereinafter, with reference to the accompanying drawings, preferred embodiments of the present invention will be described.

3 is a view showing a state of use of the electroluminescent fishing bobber according to a preferred embodiment of the present invention, Figure 4 is an exploded perspective view of the electroluminescent fishing bobber of this embodiment. As shown in Figure 3 and Figure 4, the electroluminescent fishing bobber of the present embodiment is composed of a jigsaw pole 100, a bobbin body 200, and a jaw leg 300 forming the outline similar to the above-described fishing bobber.

The saw blade 100 is made of carbon, which is an electrical conductor, to function as one supply-side terminal. Bobber 200 is largely composed of the upper bobbin 210 and the lower bobbin 260. The upper jaw body 210 wraps and supports the lower part of the jaw saw 100, and the lower jaw body 260 wraps and supports the upper part of the jaws 300.

The first LED 110 is installed at the top of the above-described jaw saw 100, that is, the poke out. One pole of the first LED 110 is bonded while being connected to the jaw saw 100. The position of the first LED 110 is located above the water surface WS. The second LED 130 is positioned below the first LED 110, and like the first LED 110, one pole is connected while being connected to the peg 100. The second LED 130 is positioned below the water surface WS as shown in FIG. 1. The outside of the LED 110, 130 is coated with a transparent resin, it is possible to increase the brightness through the protection and dispersion of light of the LED.

As such, the LEDs 110 and 130 installed in the jig saw 100 are located between the water surface WS, and when the fish enters, the jig goes vertically when the light disappears or the jig rises vertically. Two LEDs (110, 130) so that the light shines can easily check the mouth quality from a distance.

The other pole of the first LED 110 is connected to one end of the first enameled wire 115, and the other pole of the second LED 130 is connected to one end of the second enameled wire 135. The enamel wires 115 and 135 are wrapped in the sawdust 100 and are coated with a protector with a sawdust 100 to be protected.

The other end of each of the enamelled wires 115 and 135 is joined to and connected to the first supply side terminal 420a and the second supply side terminal 420b, as shown in Figs. The supply-side terminals 420a and 420b are disposed on the upper end of the upper cap 400 to be described later, so that the arrangement does not face each other 180 °. This is for sequentially contacting the supply side (+) terminals 520a and 520b described below.

On the other hand, the lower end of the peg saw 100 is connected to a bush 410 forming another supply-side terminal.

The upper cap 400 is a cylindrical hollow body, which is housed in close contact with the lower side of the upper jaw body 210 to achieve watertightness. The supply-side terminals 420a and 420b described above are disposed at the upper end of the upper cap 400, and the bushes 410 are disposed to be insulated from each other in the center of the supply-side terminals 420a and 420b. The inner circumferential surface of the upper cap 400 is provided with a protruding frame 457, as shown in FIG. The lower end of the upper cap 400 is formed with a hook frame 401 is caught to the lower end of the upper jaw body 210, and functions as a stopper.

On the other hand, the lower cap 500 is a bullet-shaped hollow body, is housed in close contact with the upper side of the lower bobbin 260 can be water-tight. In addition, the upper end of the lower cap 500, as in the upper cap 400, the engaging frame 501 is formed, and functions as a stopper.

And, the bobbin 200 should be well waterproof because it is always located under the water surface. To this end, the upper cap 400 and the lower cap 500 is installed in consideration of these factors when inserted into the tailstock 210, 260, but to further strengthen, the upper cap 400 and the lower cap ( O-ring 700, which is a packing, is preferably installed between the 500).

On the other hand, the upper portion of the lower cap 400, the insertion member 550 is inserted into the lower portion of the upper cap 400 is formed extending in the vertical direction. The insertion member 550 has a first supply side (+) terminal 520a and a second supply side (+) terminal 520b at a position in contact with the first supply side terminal 420a and the second supply side terminal 420b. Is installed. That is, as shown in Figure 6, the outer peripheral surface of the insertion member 550 is formed with a cutting groove 551 cut to a predetermined depth from the outer side to the inner side, the upper and lower ends of the cutting groove 551 is formed with perforations ( 553 and 555 are formed. The perforation part 553 is perforated upwardly inclined toward the inside in the cutout groove 551, and the perforation part 555 is perforated downwardly inwardly. Through this configuration, each of the supply side (+) terminals 520a and 520b is drawn out from the inside of the perforation part 553 to the perforation part 553 through the cutout groove 551 to insert the member 550. ) Can be easily supported. Therefore, even when the lower tailstock 260 is rotated with respect to the upper tailstock 210 for the switch operation, the supply side (+) terminals 520a and 520b are firmly supported by the insertion member 550 so that the supply-side terminal ( 420a and 420b can be stably contacted / non-contacted. In addition, the ends of the supply side (+) terminals 520a and 520b introduced into the perforations 555 may protrude as shown in FIG. 6. 521). The protrusion 521 is bent when the battery 600 described below is inserted and inserted, and the supply side (+) terminals 520a and 520b are firmly supported by the insertion member 550 while being securely in contact with the side of the battery 600. Can maintain a stable connection.

In addition, a protruding frame 557 is formed on an outer circumferential surface of the insertion member 550. The protruding frame 557 is positioned past the protruding frame 457 of the upper cap 400 while the insertion member 550 is inserted into the inner circumferential surface of the upper cap 400. The protruding frame 457 and the protruding frame 557 take the form of meshing with each other, and serve as a stopper to prevent them from being separated from each other when rotated for the switching operation, and can also greatly improve the watertightness due to the adhesion effect. have. In order to increase the adhesion between the bumps, the insertion member 550 and the upper cap 400 are preferably made of an elastic plastic. In addition, the protruding frames 457 and 557 also serve to prevent the upper cap 400 and the insertion member 550 from being loosely coupled to each other.

The battery 600 is inserted from the upper portion of the insertion member 550 and is embedded over the lower cap 500 and the insertion member 550. The battery 600 is a small lithium battery, and a battery having a voltage of 3V having a diameter of about 4 mm and a length of about 35 mm is used.

A supply side (−) terminal 510 is formed at an upper end of the battery 600. The supply side (-) terminal 510 has a structure that is inserted so as to always be in contact with the bush 410 in contact with the jaw saw 100.

Hereinafter, the state of use of the electroluminescent bobber of the present embodiment will be described.

First, the lighting of the first LED 110 will be described.

Rotating the lower tailstock 260 relative to the upper tailstock 210. By this rotation, the first supply side (+) terminal 520a and the second supply side (+) terminal 520b are rotated around the supply side (−) terminal which is always in contact. During rotation, when the first supply side (+) terminal 520a contacts the first supply side terminal 420a, the first LED 110 is turned on. At this time, the second supply side (+) terminal 520b maintains a non-contact state with the second supply side terminal 420b so that the second LED 130 is turned off.

Next, simultaneous lighting of the first LED 110 and the second LED 130 will be described.

If it continues to rotate, the 1st supply side (+) terminal 520a and the 1st supply side terminal 420a will be in a non-contact state, and the 1st LED 110 will turn off, and the 1st supply side (+) terminal 520a and the 2nd When the supply-side terminal 420b contacts and the second supply-side terminal 520b contacts the first supply-side terminal 420a, the first LED 110 and the second LED 130 are turned on at the same time. Of course, it will be apparent to those skilled in the art that the simultaneous lighting is arranged so that the contact state is reversed.

In this way, one or two LEDs can be selectively lit to adjust according to the fishing environment, and the switch is very simple and convenient to operate.

Electroluminescent fishing bobber according to an embodiment of the present invention is not limited to the above-described embodiment can be carried out variously modified within the range allowed by the technical idea of the present invention.

According to the electroluminescent fishing bobber according to the embodiment of the present invention as described above has the following effects.

(1) carbon saw blades, electrical conductors; A first light emitting diode having one pole connected to an upper end of the saw blade; A first enamel wire having one end connected to the other pole of the first light emitting diode; A second light emitting diode in which one pole is connected to the headpiece below the first light emitting diode; A second enameled wire having one end connected to the other pole of the second light emitting diode; An upper jaw body supporting a lower portion of the jaw saw; A bush connected to the bottom of the peg saw to form a supply-side terminal; A first supply-side terminal connected to the other end of the first enameled wire; A second supply-side terminal connected to the other end of the second enameled wire; An upper cap accommodated in the upper jaw body while supporting the bush, the first supply side terminal and the second supply side terminal; Bristles; A lower jaw body supporting an upper portion of the jaw; A lower cap housed in the lower jaw body; An insertion member extending vertically from the lower cap and inserted into the upper cap; A battery embedded in the lower cap and the insertion member; A supply side (-) terminal inserted into the bush and protruding from the battery to be in constant contact with the bush; A first supply side (+) terminal installed at one side outer circumferential surface of the insertion member to be in constant contact with the battery; It includes a second supply side (+) terminal is installed on the other outer peripheral surface of the insertion member to be in constant contact with the battery, the first supply side (+) terminal as the lower jaw is rotated relative to the upper jaw Is in contact with the first supply side terminal, the first light emitting diode is turned on, and as the rotation continues, the first supply side (+) terminal and the second supply side terminal are contacted, and the second supply side (+) terminal The first light emitting diode and the second light emitting diode are turned on at the same time when the first supply-side terminal and the first supply-side terminal come into contact with each other. ② It has a plurality of LEDs on the jigsaw, but it does not have buoyancy on the jigsaw itself, so that the most important function of crucian fish is the jig, which is very excellent. It is very convenient to operate switch etc. ④ It is possible to maintain optimum buoyancy by reducing weight of bobber by using carbon saw blade that functions as one supply side terminal. ⑤ Upper cap and lower cap support terminals. It also functions to waterproof the body of the tail.

(2) The insertion member has a cutout groove cut out from the outside to the inside and a perforated part formed in each of the upper and lower portions of the cutout groove, and each of the first supply side (+) terminal and the second supply side (+) terminal As the lead is drawn out to the outside of the upper perforated part and protrudes into the inner side of the lower perforated part through the cutout groove, the supply side (+) terminal is firmly supported by the insertion member so that the supply-side terminal is in a stable contact state. (2) part of the supply side (+) terminal protruding into the lower perforation part is bent downward when the battery is inserted and fixed to the insertion member and at the same time ensuring contact with the battery. Can be.

(3) The upper cap and the insertion member is made of a plastic material, the outer rim of the insertion member and the inner circumferential surface of the upper cap is further provided by each protruding frame, ① inserting member is inserted into the upper cap protruding frame Its interlocking shape prevents the lower jaw from being separated from each other when the lower jaw is rotated, and by applying pressure to the upper cap and the insertion member, it prevents the upper jaw and the lower jaw from loosely coupling to each other. The waterproof effect can be greatly exerted.

(4) By further installing an O-ring between the upper cap and the lower cap, the watertightness or waterproofness between the upper cap and the lower cap can be further improved.

Claims (4)

Carbon saw blade made of electrical conductor; A first light emitting diode having one pole connected to an upper end of the saw blade; A first enamel wire having one end connected to the other pole of the first light emitting diode; A second light emitting diode in which one pole is connected to the headpiece below the first light emitting diode; A second enameled wire having one end connected to the other pole of the second light emitting diode; An upper jaw body supporting a lower portion of the jaw saw; A bush connected to the bottom of the peg saw to form a supply-side terminal; A first supply-side terminal connected to the other end of the first enameled wire; A second supply-side terminal connected to the other end of the second enameled wire; An upper cap accommodated in the upper jaw body while supporting the bush, the first supply side terminal and the second supply side terminal; Bristles; A lower jaw body supporting an upper portion of the jaw; A lower cap housed in the lower jaw body; An insertion member extending vertically from the lower cap and inserted into the upper cap; A battery embedded in the lower cap and the insertion member; A supply side (-) terminal inserted into the bush and protruding from the battery to be in constant contact with the bush; A first supply side (+) terminal installed at one side outer circumferential surface of the insertion member to be in constant contact with the battery; It includes a second supply side (+) terminal is installed on the other outer peripheral surface of the insertion member to be in constant contact with the battery, The first light emitting diode is turned on when the first supply side (+) terminal contacts the first supply side terminal as the lower jaw body rotates with respect to the upper jaw body. As the first supply side (+) terminal and the second supply side terminal are in contact with each other, and the second supply side (+) terminal and the first supply side terminal are in contact with each other, the first light emitting diode and the second Electroluminescent fishing bobber, characterized in that the light emitting diodes are turned on at the same time. According to claim 1, The insertion member has a cutting groove formed in the cut out from the outer side to the inner side and the perforated portion installed in each of the upper and lower portions of the cutting groove, Each of the first supply side (+) terminal and the second supply side (+) terminal is drawn out to the outside of the perforated part of the upper part and is protruded into the perforated part of the lower perforated part through the cutting groove. Electroluminescent fishing bobber. According to claim 1 or 2, wherein the upper cap and the insertion member is made of a plastic material, Electroluminescent fishing bobber, characterized in that the protruding frame is further installed on the outer circumferential surface of the insertion member and the inner circumferential surface of the upper cap. 4. The electroluminescent bobber according to claim 3, wherein an O-ring is further installed between the upper cap and the lower cap.