KR100356008B1 - Electrical float for fishing - Google Patents

Abstract

The present invention relates to a bobber, can be used for night fishing, the identification of the quality of the mouth is configured very easily.

Fishing bobbin of the present invention, the body portion capable of maintaining the interior in a waterproof state; A first light emitting body and a second light emitting body installed at an upper end of the body to emit different light when an electric current is applied; A battery installed in the body to apply power to the light emitter; A first terminal part exposed to the outside of the body part and submerged in water even in a state where the bobbin floats on the surface of the water to supply the voltage of the battery to water; A second terminal part and a third terminal part which are exposed to the outside of the body part in a spaced apart state and are respectively positioned in the water and the water phase in a state where the float floats on the surface, and inputs a voltage of the first terminal part supplied to the water; And a control circuit for selectively lighting either one of the first light emitting body and the second light emitting body by the voltage input through the second terminal portion and the third terminal portion.

Description

Electric float for fishing

The present invention relates to a fishing electronic bobber, and more particularly to a fishing electronic bobber configured to be able to add and subtract buoyancy and length while showing the correct reactivity according to the fishery fishery.

In general, night fishing, in order to detect the fishery, the upper part of the bobbin should be composed of a luminous body. Generally, at night fishing, a rod-shaped chemiluminescent body called chemite is used. In other words, by mounting the rod-shaped chemiluminescent body directly to a common fishing bobber or using a fixed shape of the mounting holes, it is used to detect fish fishing at night fishing.

However, the use of such chemiluminescent material is inconvenient in several aspects. Specifically, the chemiluminescent body is subject to certain constraints in terms of the amount of light emitted and the time available for use. Also, simply mounted on the upper end of the float floating on the water, and all the function is to respond to the fishery, so other effects on fishery cannot be expected.

In view of these drawbacks, bobbers using small batteries are being marketed in various forms, and these are commonly referred to as electronic bobbins. Such electronic bobbins improve visibility and the like at night by simply emitting a built-in light emitting device using a battery.

However, such conventional electronic bobbin has only the buoyancy and size corresponding to the predetermined shape, and thus it is impossible to variably configure the buoyancy and size. In addition, the existing electronic bobber is a single thing that relies on a single light and grasps the grain quality depending on whether the entire bobber goes into the water.

SUMMARY OF THE INVENTION The present invention has been made to solve the conventional problems as described above, and its basic purpose is to provide buoyancy and size control, and also provide excellent visibility by having a sufficient amount of light emission.

Another object of the present invention is to provide a bobber that can respond to a sufficiently sensitive to the quality of the fish and at the same time accurately guide the quality of the fish to the angler.

1 is an exploded cross-sectional view of the main portion of the electronic bobbin according to the present invention.

Figure 2 is an assembled state cross-sectional view of the electronic bobbin according to the present invention.

Figure 3 is an exploded cross-sectional view of the electronic bobbin according to another embodiment of the present invention.

4 is a circuit diagram for controlling a light emitter according to the present invention.

5 is a cross-sectional view of the coupling state of the electronic bobbin according to the embodiment shown in FIG.

Figure 6 is a cross-sectional view showing a coupling relationship between the body portion and the outer body of the present invention.

Explanation of symbols on the main parts of the drawings

3 ..... Adjusting member 6 ..... Lower body

5 ..... Battery 10, 11 ..... Terminal

15 ..... Exposed terminal 17, 18 ..... Emitter

26 ..... Outer body 20, 29 ..... Adjusting member

24, 25 ..... Connector 100 .....

Fishing bobber according to the present invention for achieving the above object, the body portion capable of maintaining the interior in a waterproof state; A first light emitting body and a second light emitting body installed at an upper end of the body to emit different light when an electric current is applied; A battery installed in the body to apply power to the light emitter; A first terminal part exposed to the outside of the body part and submerged in water even in a state where the bobbin floats on the surface of the water to supply the voltage of the battery to water; A second terminal part and a third terminal part which are exposed to the outside of the body part in a spaced apart state and are respectively positioned in the water and the water phase in a state where the float floats on the surface, and inputs a voltage of the first terminal part supplied to the water; And a control circuit for selectively lighting either one of the first light emitting body and the second light emitting body by the voltage input through the second terminal portion and the third terminal portion.

And according to one embodiment of the control circuit, the first current path control means for controlling the current path of the first light emitting body by the voltage input through the second terminal portion; Second current path control means for controlling a current path of the second light emitting body with a voltage input through the third terminal unit; And a voltage absorbing means for absorbing the voltage input through the second terminal portion to the second current path control means when the voltage is input through the third terminal portion.

The light emitter is installed at an upper end of the body and is installed inside a cap part that emits light of the light emitter to the outside.

And the fishing bobber according to another embodiment of the present invention further includes an adjustment member coupled to the lower end of the body portion, wherein the adjustment member is provided with an upper screw portion formed on the outer periphery of the upper end, and a lower screw portion formed on the inner periphery of the lower end. The upper screw portion and the lower screw portion have the same specification, and the plurality of adjustment members can be continuously screwed together.

And the fishing bobber according to another embodiment of the present invention is configured to further include an outer body that is fitted waterproof to the outside of the body portion, the inner side of the outer body in electrical contact with the first terminal portion and the second terminal portion. Simultaneously with the connection, a pair of terminal parts of which one side is exposed to the outside is installed.

Next, the present invention will be described in more detail with reference to the embodiments shown in the drawings.

First, look at the basis of Figure 1 showing the main portion of the fishing bobber according to the present invention. As shown in the figure, a pair of light-emitting bodies 17 and 18 is provided inside the cap portion 19 that is attached to the top of the bobber so that the fisherman can grasp the mouth quality.

As described below, the pair of light emitters 17 and 18 can be used as long as they emit light by application of a power source, and for example, a small light emitter such as an LED can be used. The first light emitter 17 uses a green LED and the second light emitter 18 uses a red LED, thereby maximizing visual effects.

In addition, the cap portion 19 in which the light emitters 17 and 18 are installed is a part that can be recognized by a fishing person visually, and is preferably formed of a material that can sufficiently secure visibility. For example, the internal light emitters 17 and 18 may be made of materials capable of sufficiently reflecting light to the outside when light is emitted. In consideration of being used at night, a fluorescent paint applied to the inside may be used. There will be.

The first light emitter 17 and the second light emitter 18 are connected to a power source by terminals 17a and 18a respectively below. In the illustrated embodiment, the respective terminals 17a and 18a are inserted through respective holes formed in the support 16 made of an elastic material (for example, rubber) so as not to electrically short each other. It is configured not to.

A plurality of lead wires 14 are accommodated in the holes of the support 16a to be connected to the terminals 17a and 18a. Lower ends of the plurality of lead wires 14 may be electrically connected to the printed circuit board 12.

One exposed terminal 15 connected to the printed circuit board 12 is configured to be substantially exposed to the outside of the support 16, and floats on the water surface when the fishing bobber of the present invention is used. The furnace is exposed outside (in the air).

The plurality of lead wires 14 are housed inside the pipe-shaped upper body 13. Here, the upper end of the support 16 is fitted to the lower end of the cap portion 19, the lower end is fitted to the upper body (13). And the connecting portion of the support 16 and the cap portion 19 and the upper body 13, to be completely waterproof, to maintain the waterproof fit state, or if necessary to perform a sealing treatment for waterproofing Can be.

In this state in which the support 16 is waterproofly connected to the cap portion 19 and the upper body 13, one exposed terminal 15 is exposed to the outside, and thus the exposed portion of the exposed terminal 15 Silver functions as a grain-sensing terminal that uses seawater as a conductor.

A battery 5 is embedded in the lower portion of the printed circuit board 12, which is configured to light at least one of the batteries by applying power to the pair of light emitters 17 and 18 described above. The battery 5 and the printed circuit board 12 are electrically connected by a pair of lead wires 8 and 9.

A pair of terminals 10 and 11 are connected to the printed circuit board 12, and the terminals 10 and 11 are exposed to the outside of the lower body 6. The lower body (6) is a part that is completely submerged in the state in which the fishing bobber of the present invention is floating on the water surface, is in a state that is waterproofly coupled to the upper body (13). In the state where the bobber according to the present invention is floating in the water, the terminals 10 and 11 are locked in the sea water, and the above-described exposed terminal 15 is in the state of floating on the water surface.

In the printed circuit board 12 embedded in the lower end of the upper body 13, a circuit for controlling the lighting of the pair of light emitters 17 and 18 described above is incorporated, which is shown in FIG. Same as one.

The operation of the light emitters 17 and 18 by the circuit shown in FIG. 4 will be described below.

First, the first light emitter 17 (for example, a green LED) is connected to the battery 5 by the lead wire 14 and the printed circuit board 12. The first light emitter 17 is turned on by applying power while the terminals 10 and 11 are immersed in water.

In this state, when the bobber is immersed in the sea water by the mouth of the fish, both the exposed terminal 15 and the terminal 11 are immersed in the sea water together. When the exposed terminal 15 and the terminal 11 are immersed in the sea water as described above, current flows through the seawater as a conductor, the first light emitter 17 is turned off, and the second light emitter (for example, a red LED). ) Is turned on.

More specifically, the on / off operation relationship between the first light emitter 17 and the second light emitter 18 will be described below.

First, the control operation of the first light emitter 17 will be described.

The terminals 10 and 11 of the elastic body shown in FIG. 2 are in a state of being submerged in seawater when the float is floating in water. In this state, the terminal of the elastic body (11 in FIG. 2 and the COM terminal in FIG. 4) supplies the + voltage of the battery 5 to water. The terminal of the elastic body in contact with the resistance value of water (the LO terminal of FIG. 2 and FIG. 4) inputs the voltage and is applied to the base terminal of the transistor TR1 through the resistor R1.

In this way, since the voltage applied to the base terminal of the transistor TR1 has a voltage higher than the turn-on voltage of the transistor, the transistor TR1 is turned on. As the transistor TR1 is turned on, the transistor TR2 is turned on in conjunction with the transistor TR1.

When the two transistors TR1 and TR2 connected in series are turned on, the first light emitter 17 configured to form a current path by the transistor TR2 is controlled to be turned on.

Next, the control operation of the second light emitter 18 will be described.

When the meat is steamed and jjigae submerged in the water, as well as the terminals (11, 10) exposed to the jjok is also exposed to the exposed terminal (15).

When the exposed terminal 15 is submerged in water, the + voltage of the battery from the terminal of the elastic body (11 in FIG. 2, COM in FIG. 4) is transferred through the terminal of the elastic body (15 in FIG. 2, HI terminal in FIG. 4). Is entered. The input voltage is applied to the base terminal of the transistor TR3 through the resistor R2.

Of course, the voltage applied to the base terminal of the transistor TR3 is higher than the turn-on voltage of the transistor TR3. Accordingly, the transistor TR3 is turned on, and in conjunction with this, the transistor TR4 is also turned on.

When the two transistors TR3 and TR4 connected in series are turned on, the second light emitter 18 configured to form a current path by the transistor TR4 is controlled to be turned on.

In addition, when the second light emitter 18 is controlled to be turned on, the voltage applied to the base terminal of the transistor TR1 through the terminal LO is absorbed by the transistor TR4 through the diode D1. At this time, the transistor TR1 is turned off, and the transistor TR2 is turned off. Therefore, while the current path of the first light emitter 17 is blocked, it is controlled to the off state.

The following describes the control operation of the first light emitter 17 and the second light emitter 18 when the steam is completely separated from the water.

When the bobber is completely separated from the water, the elastic terminal (15 in Fig. 2, HI terminal in Fig. 4) and the elastic terminal (10, 11 in Fig. 2, COM terminal in Fig. 4, LO terminal) are also separated from water. . Therefore, in this case, the terminal COM for supplying the + voltage of the battery 5 to the water also cannot supply the voltage. Similarly, the terminals HI and LO, which input the voltage supplied to the water in contact with the resistance value of the water, cannot enter the voltage.

As a result, since no voltage is supplied from the terminal and no voltage is input, all of the transistors TR1 to TR4 turned on / off by the voltage input through the terminal are controlled to the off state. do.

From this operation, when the bobbin is completely separated from the water, the current paths of the first and second light emitters 17 and 18 are blocked, and both are controlled to be in an off state.

As described above, it can be seen that the first light emitter 17 is in an on state while floating on the surface without granules, and the second light emitter 18 is in an on state when the steam enters the water by granulation. Such an operation, for example, emits light in a blue state when there is no granularity, and then turns red when the granularity comes, so that the angler can immediately grasp the granular state.

Next, the configuration of the lower part of the battery 5 will be described. The battery 5 is supported at the lower end by the lower body 6 by the adjusting member 3. By adjusting the upper outer peripheral threaded portion 3a of the adjusting member 3 to the lower inner peripheral threaded portion 6a of the lower body 6, the adjusting member 3 is supported by the lower body 6. have. It is also possible to interpose the waterproof ring 3b therebetween if necessary to ensure the waterproof function more reliably.

And looking at the adjustment member 3, the upper threaded portion 3a is formed on the outer periphery, the lower threaded portion 3c is also molded. And the upper threaded portion (3a) and the lower threaded portion (3c) has the same dimensions with each other, the state can be screwed together. Therefore, the adjustment member 3, it may be installed in a plurality at the lower end of the lower body (6). In this way, the plurality of adjustment members 3 can be installed, which means that the buoyancy can be substantially adjusted or the sedimentation force can be adjusted. That is, the control member (3) by having a buoyancy, having a sedimentation force or of a material capable of selectively having both, can adjust the length and buoyancy or sedimentation force of the fishing bobber according to the present invention. Will be.

In addition, when the adjusting member 3 (the same for the adjusting members 20 and 29 described later also has the same technical meaning) is added or removed, the fishing line passing member 1 can be separated. It is possible to adjust the buoyancy and sedimentation force without cutting the fishing line penetrating the fishing line passing member (1).

And in the embodiment shown in the lower portion of the adjusting member 3, the fishing line passing member (1) having a through hole (1a) through which the fishing line can penetrate by screwing the support member (2) It is fixed.

Next, another embodiment according to the present invention will be described with reference to FIG. 3. 3 is an exploded cross-sectional view of the present embodiment, Figure 5 is an assembled cross-sectional view.

The fishing bobber completed by the above description may be represented by reference numeral 100 in FIG. 3, and will be referred to as a basic bobber 100 hereinafter. In this state, the outer body 26 is fitted upward from the lower end of the base bobbin 100. When the outer body 26 is fitted from the bottom to the top, it will fit up to the upper end of the lower body 6 of the base bobber 100.

And the screw portion (26a) formed on the outer peripheral edge of the upper end of the outer body 26 is screwed together with the screw portion (28a) of the lower inner circumference of the fastening member (28). Of course, at this time, the fastening member 28 is located between the upper body 13 and the lower body 6 of the base bobbin (100).

Connection terminals 24 and 25 are provided on the inner circumferential surface 23 of the outer body 26, and lower ends of the connection terminals 24 and 25 are installed to be exposed to the outside. Therefore, in the state in which the outer body 26 is coupled to the outside of the base bobber 100, the inner portion of the connection terminal 24, 25, terminals 10, 11 exposed to the outside from the base bobbin 100 ) Is in electrical contact with

Accordingly, the exposed terminals 10 and 11 are in electrical contact with the connecting terminals 24 and 25 of the outer body 26, respectively, and the lower ends of the connecting terminals 24 and 25 are respectively connected to the outer body 26. Since it is exposed to the outside, even if the outer body 26 is coupled in the state inserted into the outer side of the base 100, the operation of the pair of light emitting bodies 17 and 18 described above is the same as in the above embodiment.

And when looking at the configuration of the lower end of the outer body 26, the upper end peripheral threaded portion 20b of the adjustment member 20 is screwed to the threaded portion 26b formed on the inner peripheral portion of the lower end of the outer body 26 do. The lower inner circumference of the adjusting member 20 is formed with a screw portion 20a, and the screw portion 20a is formed with a dimension capable of screwing with the upper outer circumferential screw portion 20b. ) Can be attached to the lower end, and as another example, the other adjusting member 29 is screwed to the lower part thereof. The configuration of the adjustment member 29 is substantially the same as the configuration of the adjustment member 20. In addition, a packing 21 may be interposed between the adjusting member 20 and the outer body 26 to ensure a waterproof function.

And the lower end of the adjusting member 29, the fishing line through-hole (1m) formed through the fishing line through-holes through which the fishing line is formed, the fixing member (2m) is configured to be screwed, such a configuration It is substantially the same as the configuration of the lower end of the base bobber (100).

6 shows a preferred coupling relationship between the outer body 26 and the lower body 6 of the base bobber 100 accommodated inside the outer body 26.

As shown, at least one longitudinal groove 26m is formed on the inner surface of the outer body 26 in a concave shape in the vertical direction in the longitudinal direction. And the outer periphery of the lower body 6 of the base bobber 100 is formed with a vertical projection (6m) fitted in the vertical groove (26m).

Therefore, when the outer body 26 is inserted to the outside of the lower body 6, the vertical groove (26m) and the vertical projection (6m) is inserted while being coupled to each other. Therefore, the outer body 26 and the lower body 6, when viewed in a planar position, is configured to be coupled to each other while maintaining a predetermined angular position with each other.

This configuration has meaning in the following points. Outside the upper end of the lower body 6, the terminal 11 is provided in an exposed state. Since the terminal 11 is provided along the entire circumference of the lower body 6, the structure becomes very complicated. Therefore, in actual manufacture, the terminal 11 is preferably a belt-shaped one. It is convenient. Therefore, a portion of the terminal 11 exposed from the lower body 6 also has a band shape.

In addition, it is most common that the connecting terminal 25 installed inside the outer body 26 is implemented in the form of a band which is installed in the longitudinal direction (vertical direction) for the same reason as described above, and is more convenient in manufacturing. do.

Since the connecting terminal 25 and the terminal 11 have a band shape in the longitudinal direction, when the outer body 26 and the lower body 6 are coupled in the vertical direction, the angular position is different. In this case, the connection terminal 25 and the terminal 11 may not be in electrical contact with each other. Therefore, as described above, by forming the vertical groove (26m) and the vertical projection (6m) to the outer body 26 and the lower body 6, respectively, it can be combined at a predetermined angular position when both are combined. It would be possible to configure so that

In this way, by forming the longitudinal grooves 26m and the vertical projections 6m, the terminals 11 and 25 are always electrically connected to each other in a coupling relationship between the outer body 26 and the lower body 6. It becomes possible to comprise so that contact is possible.

In addition, in the state in which the base bobbin 100 is accommodated in the outer body 26, the upper portion (part of the upper body 13 or more) of the base bobbin 100 is exposed to the upper portion of the outer body 26. In this state, the jibon 100 is to be able to adjust the length with respect to the outer body (26). That is, the base bobbin 100 is to be taken out with respect to the outer body (26). At this time, the lower body 6, the sliding movement in the vertical direction in the interior of the outer body 26, at this time the lower body 6 by the longitudinal groove (26m) and the vertical projection (6m) the outer body (26) A linear motion is possible inside. Therefore, by using the vertical groove (26m) and the vertical projection (6m) in this way the base bobber 100 is configured to enable a linear movement inside the outer body 26, the lower end of the connection terminal 25 and the terminal 11 The outside is always in electrical contact.

Therefore, even when the outer body 26 is formed to be long and configured so that the lower body 6 can move upward and downward therein, the electrical contact formation between the terminals 11 and 25 is always in a stable contact state. At the same time it can be formed, the outer body 26 and the base bobber 100 according to the present invention will be able to adjust the length.

According to the present invention as described above, any one of the pair of light emitters 17 and 18 is configured to be turned on during granulation, thereby making it easier to grasp the granularity.

In addition, by adjusting the adjustment member (3 or 20), it is possible to adjust the buoyancy or settling force of the fishing bobber, as well as the length can be adjusted. In addition, by configuring the base bobber 100, which enters the inside of the outer body 26, to allow the sliding movement in the outer body 26, of course, it is possible to adjust the overall length.

According to the present invention as described above, there is a basic advantage that it is possible to provide a fishing bobber that can be used more conveniently at night by using a light emitting body that emits light by the application of a current.

The light emitters according to the present invention can emit different light. For example, the first light emitting unit 17 that emits light when floated in water is composed of an LED emitting blue light, and the second light emitting unit 18 is composed of an LED emitting red light. Lights up so that the fisherman can quickly and accurately grasp the quality of the granules.

In addition, fishing bobber according to the present invention has the advantage that can adjust the buoyancy or settling force. By this advantage, it is possible to adjust the buoyancy or sedimentation force and the length of the bobber appropriate to the algae and the surrounding environment without cutting the fishing line during fishing.

Claims (7)

A body part capable of keeping the interior waterproof; A first light emitting body and a second light emitting body installed at an upper end of the body to emit different light when an electric current is applied; A battery installed in the body to apply power to the light emitter; A first terminal part exposed to the outside of the body part and submerged in water even in a state where the bobbin floats on the surface of the water to supply the voltage of the battery to water; A second terminal part and a third terminal part which are exposed to the outside of the body part in a spaced apart state and are respectively positioned in the water and the water phase in a state where the float floats on the surface, and inputs a voltage of the first terminal part supplied to the water; And And a control circuit for selectively lighting any one of the first light emitting body and the second light emitting body by the voltage input through the second terminal portion and the third terminal portion. The method of claim 1, wherein the control circuit, First current path control means for controlling a current path of the first light emitter with a voltage input through the second terminal unit; Second current path control means for controlling a current path of the second light emitting body with a voltage input through the third terminal unit; And And a voltage absorbing means for absorbing the voltage input through the second terminal portion to the second current path control means when the voltage is input through the third terminal portion. The bobbin of claim 1, wherein the light emitter is installed in an upper end of the body and is installed inside a cap part that emits light of the light emitter to the outside. According to any one of claims 1 to 3, further comprising an adjustment member coupled to the lower end of the body portion, wherein the adjustment member is the upper screw portion formed on the outer periphery of the upper end, and the lower screw portion formed on the lower inner periphery Is provided, wherein the upper screw portion and the lower screw portion having the same specifications, fishing bobbers characterized in that a plurality of adjustment members can be screwed in succession. According to any one of claims 1 to 3, further comprising an outer body that is fitted waterproof to the outside of the body portion, the inner side of the outer body in contact with the first terminal portion and the second terminal portion At the same time as the electrical connection, each side of the fishing bobber characterized in that a pair of terminal parts are exposed to the outside is installed. The method of claim 5, wherein the outer body has a longitudinal groove formed in the longitudinal direction, the body portion is configured to include a longitudinal projection in the longitudinal direction fitted to the longitudinal groove, when the quantum coupling, Fishing bobber, which can be combined while maintaining. The bobbin of claim 5, wherein the body portion is slidable in the longitudinal direction from the inside of the outer body.