KR200490805Y1 - Luminous float for fishing - Google Patents

Abstract

The present invention relates to a light emitting fishing bobber, a float having a buoyancy, a jaw saw extending to the upper portion of the bobbin body, a jaw bridge extending to the lower portion of the bobbin body, and a main light emitting body provided at the top of the bobbin saw; A sub light emitter provided at the bottom of the main light emitter at the bottom of the main light emitter; and a sub light emitter provided at the bottom of the sub light emitter, selectively exposed on the surface of the sub-light emitter to detect water; Supplying power to the light emitter, the sub light emitter includes a power supply for selectively supplying power in accordance with the detection signal of the fishery sensor.
According to the present invention, it is possible to improve visibility of fishing bobbers through the light emission of the light emitter and to recognize the fisherman easily through the fisherman sensor.

Description

Luminous float for fishing}

The present invention relates to a fishing bobber, and more particularly, to a light-emitting fishing bobber provided with a light-emitting body having excellent visibility and easy detection of fishery.

For those who enjoy fishing as a leisure, the most important thing is to have excellent fishing tools, and recently, light and excellent fishing tools based on excellent materials have emerged to attract the attention and attention of fishing lovers.

Among these fishing tackle, there are many areas that need to be improved technically, but the essential part is fishing field.

A fishing bobber is one of the tools used for fishing, and it is a tool that is made to float on the water by floating on a fishing line, and an important role of the fishing bobber is to make it easy to recognize the situation when a fish catches a bait and catches fishing.

When a fish bites a fishing needle, the signal is called a fishery, and a fishing bobber is a buoy that delivers this fishery.

These bobbers are one of the main props necessary for fishing, and they must be floated at a suitable height while maintaining a constant buoyancy while they are obtained. They must have a sensitive sensitivity to transmit the quality of the fish conveyed on the fishing line. Of course, it must be made to stand out well, and in the absence of external force, a sense of stability without shaking is required.

Common fishing bobbers are floated in water and have floated buoyancy to form floats, and formed on top of the floated body with identification bands marked with various colors to identify movements caused by fish's mouth or fishery. It consists of a bobbin and a bobber which is formed in the lower part of the bobbin body and has a structure for connecting with a fishing needle.

When fishing, fishing bobbers are immersed in the water along with the fishing line, and only the upper part of the bobbin coupled with the floats by buoyancy is exposed above the surface.

When the fish catches the bait and catches on the fishing hook, the tail body moves up and down according to the movement of the fish. At this time, the tail body is not locked to the surface, but the tail blade coupled with the tail body moves to signal the mouth's mouth. It can be confirmed with the naked eye.

In addition, if you are fishing during the day, you can identify the opponent of the bobber through the identification band displayed on the outside of the bobber.However, if you are fishing at night, the identification band cannot be checked with the naked eye. In order to solve this problem, there has been provided a fishing bobber combined with light emitting means.

As a light emitting means to identify the bobber at night and improve visibility, various methods are used, such as applying a luminous paint on the bobbin, connecting a chemite that emits light by chemical reaction to the holder on the top of the bobbin, and using an electronic light emitter. come.

Among them, the method using an electronic light emitting device such as an LED has an advantage of excellent identification due to higher luminance and continuous use for a long time.

In the case of the electronic light-emitting fishing bobber, a number of light-emitting bodies have been developed, such as raising the visibility of the bobber or checking the location of the bobber as well as setting aside a luminous body for the fishing vessel indicating the arrival of the fish.

The fish-sensing light emitter is turned off when the steam is submerged, but when the steam starts to rise and the fish rises above the water, the fish-detecting light is turned on to indicate that fish is coming. When the conductive metal body was placed on the surface of the float, the fluid and the conductive metal body were in contact with each other, and the terminals of the wires were connected and turned on.

In this conventional method, the power is supplied only through direct contact between the fluid and the conductive metal body, and the light emitting sensor illuminates, and because the switch terminal is exposed to the outside, the contact surface is poor or does not light properly when foreign substances are stuck. There was a problem.

Utility Model Registration No. 20-0390156: Fishing bobber with light emitting means

The present invention is proposed to solve the above problems of the prior art, an object of the present invention is to improve the visibility for fishing bobbers through the light emission of the light emitting body and can easily recognize the fishery through the fishery sensor. To provide luminous bobber.

In addition, an object of the present invention is to provide a light emitting fishing bobber having the convenience of selectively using the fishery detection function according to the taste of various users.

In addition, an object of the present invention is to provide a light emitting fishing bobber that can effectively prevent unnecessary power waste by controlling the power supply to the light emitting body according to the use of the fishing bobbin.

As a problem solving means of the present invention for achieving the above object,

A buccal body having buoyancy, a jaw saw extending to the upper portion of the jaw body, a jaw bridge extending to the lower portion of the jaw body, a main light emitting body provided at an upper end of the jaw saw, and a lower side of the main light emitting body to the saw saw. The sub-luminescent body is provided, and is provided on the claw saw from the lower side of the sub-luminescent body is selectively exposed on the surface of the water depending on whether or not, the fish-sensing sensor for detecting water, and the power supply to the main light and the sub-luminescent body, the sub The light emitting body includes a power supply unit for selectively supplying power according to a detection signal of a fishery sensor, a cover member formed of a hard material to be easily lifted by the claw saw, and easily lifted by a user, and the cover member. It is composed of a waterproof member made of silicone material which is provided inside of the waterproofing fish finder sensor, and it can be adjusted up and down by lifting The light emitting float including the sensor adjustment cover is disclosed that by selectively resistant to the sensor while eosin to optionally use a sensor eosin.

Here, the power supply unit, a battery, a main power line for supplying power of the battery to the main light emitting body, a sub-power line for supplying power to the sub light-emitting body connected in parallel to the main power line, and the sub-power source It may be provided in the line may include an asswitching unit for opening the sub power line to block the power supply to the sub light emitting body when the detection signal is applied from the fishery detection sensor.

delete

delete

In addition, the body is provided in the body, and further comprises a use detection sensor for sensing water, wherein the power supply unit is provided in the main power line when the detection signal is applied from the use detection sensor to close the main power line power It may further include a power switch unit for applying a supply.

According to the light-emitting fishing bobber according to the present invention,

The visibility of fishing bobber can be improved through the light emission of the main light emitter, and there is an advantage that the fishery can be easily recognized through the selective light emission of the sub light emitter by the fish finder sensor.

In addition, the fish finder can be selectively used according to the fishing environment or the user's preference, and there is a convenient advantage, and the power supply to the light emitter is controlled according to the use of the fishing bobber to prevent unnecessary power waste. There is an advantage that can be used for a longer time.

In addition, it is noted that in addition to the effects specifically specified as described above, specific effects that can be easily derived and expected from the characteristic configuration of the present invention can be included in the effect of the present invention.

1 is a view illustrating a schematic configuration of a light-emitting fishing bobber according to the present invention;
2 is a view illustrating an example in which the bobbin body is separated from FIG. 1;
3 is a view illustrating a schematic configuration of a power supply unit according to the present invention;
4 is a view illustrating a schematic configuration and operation of a sensor adjustment cover according to the present invention;
5 is a view illustrating an action of the fishing bobber according to the present invention in the absence of granules,
Figure 6 is a view illustrating the action of fishing bobber according to the present invention in the state of the granules,
7 is a view illustrating an operation of the sensor adjustment cover waterproofing the fishery detection sensor.

Hereinafter, with reference to the accompanying drawings will be described in detail a preferred embodiment of the fishing bobber according to the present invention.

This embodiment is provided to more completely explain the present invention to those skilled in the art, the shape of the elements in the drawings, the size of the elements, the distance between the elements, etc. for convenience of description or It may be exaggerated or reduced to emphasize clearer explanations.

In addition, in describing the embodiment, when a component is described as being “formed”, “installed”, “equipped”, “coupled”, or “connected” to another component, it is directly related to the other component. It may be formed, installed, provided, coupled, connected, but it will be understood that other components may exist in the middle.

In addition, in the description of the embodiments, if it is determined that the technical features of the present invention may be unnecessarily obscured as a matter already known to those skilled in the art, such as known functions or known configurations, the details of the embodiments will be described in detail. The description will be omitted.

1 to 3 are illustrated in the fishing bobber 100 according to an embodiment of the present invention, as illustrated in the drawings, the fishing bobber 100 according to an embodiment of the present invention is a bobbin body ( 10), the jawtop 20, the jaw leg 30, the main light emitting body 40 and the sub-light emitting body 50, the fishery sensor 60, and the power supply unit 70 may be configured.

The bobbin body 10 is a hollow body inside, provides buoyancy to float the fishing bobber 100.

The tail body 10 is the upper body 11 is connected to the bobbin 20, the lower body 12 is screwed to the upper body 11 and detachably screwed to the upper leg 30, and the upper It may include an O-ring 13 is provided in the coupling portion of the body 11 and the lower body 12 to provide watertightness.

The bobbin body 10 may have various sizes and shapes according to the place where the fishing bobber 100 is used, fish species, the characteristics of the fishing bobber, the taste of the fisherman, and the like.

The saw blade 20 is formed to extend a predetermined length to the upper portion of the bobbin body 10, it is exposed over the water surface.

The tail leg 30 is formed to extend a predetermined length in the lower portion of the tail body 10, and is connected to a fishing needle (not shown) under the water surface.

The bobbin body 10, the ground top 20 and the tail leg 30 may include various structures and shapes known in the art without being particularly limited as a configuration of a conventional fishing bobber.

The main light emitter 40 is provided on the top of the claw saw 20, the sub light emitter 50 is provided on the claw saw 20 at a lower position of the main light emitter 40.

The main light emitter 40 is provided on the top of the bobbin 20 to always emit light during fishing so that the user can easily check the position and movement of the fishing bobber (100).

Unlike the main light emitter 40, the sub light emitter 50 selectively emits light according to the detection of the fishery sensor 60, which will be described later, so that the user can easily recognize the quality of fish by emitting light only when there is fish. Do it.

The sub-luminescent body 50 may be provided in the claw saw 20 by forming a plurality of upper and lower predetermined intervals.

The main light emitter 40 and the sub light emitter 50 may be LED devices that emit light when power is applied.

The fishery detection sensor 60 is a sensor for detecting water, and when water is detected, provides the electric signal to the power supply unit 70 to be described later.

The fishery detection sensor 60 may be applied to a variety of known water detection sensors, for example, a positive electrode and a negative electrode may be configured to generate an electrical signal by flowing electricity between the two electrodes when water is in contact.

The fishery sensor 60 is provided in the sawdust 20 at the lower position of the sub-luminescent body 50, it is provided in the sawdust 20 in a position that can be selectively exposed over the water surface depending on the quality of the fish.

That is, the fish-eye detection sensor 60 is provided on the bobbin 20 at the lower side of the sub-luminescent body 50, and is locked under the water surface in the absence of the quality of the sub-light emitting body. Exposure over the surface of the water.

Thus, the fishery detection sensor 60 is located below the surface of the water only in the absence of granules to generate an electrical signal by sensing the water.

The power supply unit 70 is a part for supplying power to the main light emitting body 40 and the sub light emitting body 50.

As illustrated in FIG. 3, the power supply unit 70 may include a battery 71, a main power line 72, a sub power line 73, and an asswitching unit 74.

The battery 71 functions as a power source for light emission of the main light emitter 40 and the sub light emitter 50, and may be mounted inside the tail body 10.

The main power line 72 electrically connects the battery 71 and the main light emitter 40 to supply power of the battery 71 to the main light emitter 40.

The sub power line 73 is connected to the main power line 72 in parallel to supply power to the battery 71 to the sub light emitter 50.

The assertion switching unit 74 is provided on the sub power line 73, and is switched according to the detection signal of the fishery detection sensor 60 to open or close the sub power line 73. This allows the power supply to the sub light-emitting body 50 to be selectively cut off or applied.

Specifically, as illustrated in FIG. 5, in the absence of granules, that is, in the state where the fish-sensing sensor 60 is located below the water, the fish-sensing sensor 60 detects water and provides a detection signal. The unit 74 opens the sub power line 73 according to the detection signal of the fishery sensor 60 to cut off the power supply to the sub light emitter 50, and thus the sub light emitter 50 is turned off. .

In this state, when there is a granule, as illustrated in FIG. 6, the fish cake sensor 60 rises according to the injury of the sawdust 20 to be exposed to the water, and the fish cake sensor 60 does not detect water. In addition, the assist switch unit 74 switches to close the sub power supply line 73 so that power is applied to the sub light emitter 50. Accordingly, the sub light emitter 50 is switched to a light emitting state, and the sub light emitter ( By the light emission of 50), the user can easily confirm the fisherman.

The switching unit 74 may be configured as a relay that opens or closes the sub power line 73 while the on / off switching operation is performed according to the electrical signal of the fishery detection sensor 60.

On the other hand, fishing bobber 100 of the present invention may further include a sensor adjustment cover 80 to selectively use the fishery sensor 60 according to an embodiment.

The selective light emission of the sub-luminescent body 50 by the water detection of the fishery sensor 60 as described above, the user can easily check the fishery, depending on the fishing environment, or depending on the taste of the user may not need this. You may feel uncomfortable.

Therefore, it is preferable to selectively use the fishery detection function by the fishery sensor 60 according to the user, and the sensor adjustment cover 80 performs this function.

1 and 4, the sensor adjustment cover 80 is provided to be able to move up and down on the jaw top 20, and selectively waterproof the fishery detection sensor 60 while being adjusted up and down according to the lift. Let's do it.

That is, as illustrated in (a) of FIG. 4, when the sensor adjustment cover 80 is located away from the fishery sensor 60, the fishery sensor 60 is exposed to the outside so that it can be used as a fishery detection function. On the other hand, when the sensor adjustment cover 80 is positioned to receive the fishery detection sensor 60 as illustrated in FIG. 4B, the fishery detection sensor 60 is waterproof by the sensory adjustment cover 80. The fish detection function will disappear.

Therefore, the user can selectively use the fishery detection function by adjusting the position of the sensor adjustment cover 80 according to the fishing environment or the taste of the person.

The sensor adjustment cover 80 is a cover member 81 formed of a hard material to facilitate the lifting operation by the user, and a silicon material provided inside the cover member 81 to waterproof the fishery detection sensor 60. It may include a waterproof member 82.

In addition, the fishing bobber 100 of the present invention may further include a use detection sensor 90 according to an embodiment, and the power supply unit 70 may further include a power switch unit 75.

The use sensor 90 is a sensor for detecting whether the fishing bobber 100 is used, is provided in the bobbin body (10).

The use detection sensor 90 is a sensor for detecting water, such as the fishery detection sensor 60, and provides a detection signal to the power supply unit 70 when water is detected.

The power switch unit 75 functions as a switch for applying or cutting off the power supply of the battery 71 according to whether the fishing bobber 100 is used.

The power switch unit 75 is provided on the main power line 72, and the main power line 72 is closed or opened by switching according to a detection signal of the use detection sensor 90. The power supply to the main light emitting body 40 and the sub light emitting body 50 is selectively applied or cut off.

Specifically, when the user throws the bobber 100 in water, the use detection sensor 90 detects water and provides a detection signal, and the power switch 75 closes the main power line 72. Accordingly, the main light emitter 40 emits light and the sub light emitter 50 also emits light by supplying power of the battery 71 to the main power line 72.

On the other hand, when the fishing bobber 100 is taken out of the water for the replacement of the bait, etc. during the mobile storage or in use, the use sensor 90 does not detect the water, and the power switch unit 75 switches to the main Opening the power line 72, and thus the power supply to the main power line 72 is cut off so that both the main light emitting body 40 and the sub light emitting body 50 is turned off.

As described above, when the main bobbin 40 and the sub-luminescent body 50 emits light only when the bobber 100 is in the water and the fishing bobbin 100 is taken out, the main light-emitting body 40 and the sub-luminescent body 50 are automatically turned off. According to the use of the bobber 100, the unnecessary power waste of the battery 71 can be effectively prevented and used for a longer time. Also, when not in use, the trouble of removing the battery by removing the bobbin body is eliminated. It is also improved.

The power switch unit 75 may also be configured as a relay for switching on / off according to the electrical signal of the use detection sensor 90, similarly to the above-described asswitching unit 74, the power switch unit 75. The main power line 72 or the sub power line 73 and the relay contact may be connected to each other in reverse so that the operation is reversed according to the detection signals of the sensors 90 and 60. have.

Looking at the configuration of the present invention as above, with reference to Figures 5 to 7 briefly look at the operation as follows.

First, when storing the bobber 100, the main power line 72 is opened because the detection signal is not applied from the use detection sensor 90, so that the main light emitter 40 and the sub light emitter 50 are cut off from the power supply. The light goes out.

And when the bait for fishing and throwing the fishing bobber 100 into the water, as the bobber body 10 of the fishing bobber 100 is submerged in the water, a detection signal is applied from the use sensor 90, the main power line ( 72 is closed, and power is supplied to the main light emitter 40 and the sub light emitter 50.

Thus, as illustrated in FIG. 5, the main light emitter 40 provided on the top of the claw saw 20 is turned on to emit light so that the user can easily recognize the position of the bobber 100, while the sub light emitter 50 is provided. As the detection signal is applied from the fishery detection sensor 60, the sub power line 73 is opened and the power supply is cut off.

When there is a mouth of the fish in the above state, as illustrated in FIG. 6, the fish finder sensor 60 is exposed above the water surface according to the injury of the sawdust 20. Therefore, as the sub power line 73 is closed, the power is supplied to the sub light emitter 50 so that the sub light emitter 50 is turned on and emits light, and the user can easily confirm the past through light emission of the sub light emitter 50. Will be.

On the other hand, in the case of a user who is uncomfortable with the above-described fish detection function, by adjusting the position of the sensor adjustment cover 80 so that the fishery detection sensor 60 is waterproof.

Then, as illustrated in FIG. 7, the sub-luminescent body 50 is different from the fish cake detection because the fish sensing sensor 60 is waterproof by the sensor adjusting cover 80 and the contact with water is blocked even when the fish sensing sensor 60 is submerged. It will emit light regardless. That is, the light emission operation is performed in the same manner as the main light emitter 40.

Although the preferred embodiments of the present invention have been described in detail above, the technical scope of the present invention is not limited to the contents described in the above-described embodiments, and equivalent modifications or changes made by those skilled in the art. The configuration will be said to be within the scope of the technical idea of the present invention.

Referring to the symbols of the major parts of the accompanying drawings as follows.
10: tail body 20: tail saw
30: tail 40: main light emitter
50: sub light emitting body 60: fish detection sensor
70; Power supply 71: battery
72: main power line 73: sub power line
74: assembly switch 75: power switch unit
80: sensor adjustment cover 90: use detection sensor

Claims (3)

Buccal body 10 having buoyancy;
A saw blade 20 extending to the upper portion of the tail body 10;
Tailings (30) formed extending from the bottom of the tailings (10);
A main light emitter 40 provided at an upper end of the peg saw 20;
A sub light emitter 50 provided on the peg saw 20 under the main light emitter 40;
A fisherman detecting sensor 60 which is provided at the bottom of the sub-luminescent body 50 and selectively exposed on the water surface depending on whether or not it has a mouth, and detects water;
A power supply unit 70 for supplying power to the main light emitter 40 and the sub light emitter 50, and selectively supplying power to the sub light emitter 50 according to a detection signal of the fishery sensor 60;
The cover member 81 is provided to be liftable on the bobbin 20, and is formed in a hard material to facilitate the lift operation by the user, and the cover member 81 is provided inside the cover member 81. It is composed of a waterproof member 82 made of a silicone material for waterproofing, while adjusting the up and down position in accordance with the lift, the sensor adjustment cover to selectively use the fishery sensor 60 by selectively waterproofing the fishery sensor 60 ( 80); including luminous bobbers. The method of claim 1,
The power supply unit 70,
A battery 71;
A main power line 72 for supplying power of the battery 71 to the main light emitter 40;
A sub power line 73 connected in parallel to the main power line 72 to supply power to the sub light emitter 50;
An asswitching unit (74) provided at the sub power line (73) to open the sub power line (73) to block power supply to the sub light emitting body (50) when a detection signal is applied from the fishery detection sensor (60); Luminous fishing bobber comprising a. delete

Images