KR20200055288A - The float for notifying a bite - Google Patents

Abstract

The present invention is a device to notify fishers when fish are biting. In the present invention, a tilt sensor (410) is disposed inside a float, and a fishing line is fastened to the upper or middle portion of the float. Therefore, when the tension of the fishing line changes due to biting, rotational movement is generated in a body unit (100), a wireless signal is generated in a sensor unit (400), and a biting signal such as sound, light or vibration is generated from a wireless signal receiving unit (FIG. 12).

Description

The float for notifying a bite}

The present invention relates to a mouthwater notification device that notifies a fishing person that a fish is mouthwatering when the fish mouths while fishing.

When the fishing line is pulled downward by the quality of fish, the fishing float is tilted, and the two terminals 420 charged by the tilt sensor 410 mounted on the float are connected to generate a wireless signal, The wireless signal transmitted from the 400 is received by the receiver (FIG. 12), a signal such as sound light is generated, and is a device that notifies the fisher that the quality of fish has come.

In addition, the body 110 of the present invention is made of a flexible material and is hollow, so that the amount of air closed inside the body 110 can be adjusted by pressing the body 110, and the air closed inside The buoyancy can be adjusted by adjusting the amount of (see Fig. 2).

The present invention is an appropriate combination of buoyancy and invasion at the water surface and external force by a fishing line. When a change in the tension of the fishing line occurs due to the quality of the fish, a rotational movement occurs on the fishing rod, and the tilt sensor 410 reacts to this. do.

It is very important for fishing to know that the quality of fish has come.

Therefore, the fishing person is constantly looking at the fishing float to immediately winch the moment the fish enters.

However, it is very difficult to keep looking at fishing rods for a long time.

In the middle of fishing, you can take a break, and your concentration may drop, so you may miss the movement of the fish due to the quality of the fish.

Therefore, there has been a demand for a device for notifying that the quality of fish has come by sound or light when the fishing float moves due to the quality of fish.

The design of Korean Patent Office Registration No. 20-0487347 (registration date August 30, 2018) was proposed.

However, the conventional technique is a type that is mounted on a fishing rod and operated by the movement of the fishing rod.

Therefore, it is a device that is difficult to be used for fishing, which floats on the surface of the fish and has not yet been proposed.

In the present invention, the tilt sensor 410 is mounted on the fishing float, and when the fishing line is pulled or loosened due to the quality of the fish, the fishing float is tilted, and at this time, the terminal 420 is connected by the tilt sensor 410, and mounted on the fishing float. A wireless signal is generated from the sensor unit, and a light or sound or vibration signal is generated from the wireless signal receiver (FIG. 12), thereby presenting a device for notifying a fisher that the quality of fish has come.

Republic of Korea Patent Office Registration No. 20-0487347 (Registration Date August 30, 2018)

The previously proposed quality notification device is a quality detection device that is mounted on a fishing rod and is operated by a fishing line or a movement of a fishing rod, and is difficult to be used for fishing.

Therefore, the present invention is equipped with a sensor for detecting the quality of the fishing boat and a wireless transmission device, and equipped with a wireless reception device such as a smartphone or FM receiver, so that the quality of fish can be grasped.

Existing mouth alerts do not work when the fish bites the bait and rises up.

According to the present invention, by adjusting the buoyancy and the intrusion force, not only when the fishing line is pulled, but also when the fishing line is loosened, rotational movement is generated in the body portion 100 and a signal to be generated can be generated. (See FIGS. 8, 9, 10, 11)

Therefore, until now, a mouthwater notification device that can be used for scooping the bottom of a crucian carp has not been presented, and the present invention provides a particle quality notifying device that can be used for smashing a bottom of a crucian fish, which is located on the ground beneath the water surface, with a fishing needle in its mouth.

In order to understand the quality of fish by fishing float,

The present invention, so that the wireless signal is generated when the fishing float is tilted,

A tilt sensor 410 and a wireless signal transmission device are mounted inside the float body 110.

In order to adjust the size of the buoyancy, the body 110 of the present invention is made of a material having elasticity such as silicone, and the body 110 is made in the form of an empty jar, and is opened and closed by the opening 120 As the amount of air inside the sealed body 110 is controlled, buoyancy is controlled.

A plurality of fasteners 210 are disposed in the upper and lower waist portion outside the body portion 100 so that appropriate rotational force can be implemented according to changes in buoyancy, invasion, and tension applied to the fishing line.

A weight or buoyancy float or fishing line is fastened to each fastener 210 so that rotational motion and buoyancy suitable for the fishing environment or target fish species are realized.

The present invention makes it possible to detect the quality of fish on the fishing float, and thus it is possible to use the notification device for the quality of fish when fishing.

Since the position of the fishing rod is far away, the movement of the fishing rod is hard to see, and thus it is possible to catch the fish well even when it is difficult to detect the signal of the fish being transmitted to the fishing rod.

Even when it was difficult to grasp the quality of the fish transmitted to the fishing boat due to the waves, it became possible to catch the fish without missing.

I am not constantly looking at fishing rods, but I can watch my smartphone or take a break while fishing.

Even beginners who are difficult to grasp can now fish well.

With the control of buoyancy and intrusion, when the fishing line is loosened, the fishing floats are tilted and a signal is generated. (See FIGS. 8, 9, 10 and 11)

Therefore, it is now possible to use a mouthwatering notification device for fishing on the bottom of a crucian carp that floats with a fishing needle on the ground.

1 is a photograph showing an aspect and a sensor portion of the present invention.

2 is a photograph showing a state in which the amount of air is reduced inside the body of the present invention to reduce buoyancy.
3 is a photograph showing a state in which the magnet 310 is positioned close to the tilt sensor 410 inside the body portion 100 in the front and switch unit 300 of the present invention, so that the tilt sensor 410 is not operated. to be.
4 is a photograph showing the inclined surface of the present invention.

5 is a photograph showing an exploded part of the present invention.
6 is a photograph showing a case in which the sphere inside the tilt sensor of the sensor unit is not connected to the spaced terminal in the standby state.
7 is a photograph showing a case in which the mob body part 100 is rotated by the quality of fish, and the sphere 430 inside the tilt sensor 410 of the sensor part is simultaneously connected to the spaced terminal 420.
FIG. 8 is a photograph showing two tilt sensors 410 in a V-shape in the sensor unit for fishing, and in the standby state, both tilt sensors are in a power failure state.

9 is a photograph showing a state in which two tilt sensors 410 are arranged in a V-shape and both tilt sensors are connected in the sensor unit for fishing.

FIG. 10 shows that the fishing line is fastened to the fastener 210 disposed in the right middle part of the body part 100 in the sensor part 400 for fishing, and the fishing line is pulled, so that the body part 100 is inclined in the right direction. At this time, the sphere 430 inside the right tilt sensor is connected to the two terminals 420 at the same time, and the left tilt sensor is a picture indicating a power failure.

FIG. 11 shows a fishing line fastened to a fastener 210 disposed in the right middle portion of the body portion 400 in the sensor unit 400 for fishing, and the fishing line is loosened to the fastener 210 disposed in the left middle portion. When the body portion 100 is inclined to the left by the weight of the weight that is fastened, the sphere 430 inside the left tilt sensor 410 is simultaneously connected to the two terminals 420, and the right tilt sensor This is a picture showing the state of power failure.

12 is a photograph showing a receiver.

The present invention is composed of a body part 100, a fastening part 200, a sensor part 400, a switch part 300, and a receiving part (FIG. 12). (See Figure 5)

Body portion 100 is composed of a body 110 and the opening and closing 120.

The body 110 is in the form of an empty jar, and is made of a stretchable material such as silicone, so that the buoyancy can be controlled by adjusting the amount of air inside the body 110 by pressing the body 110.

The opening 120 performs a function of closing the inside of the body 110, and a waterproof pad 130 is disposed on a surface in contact with the body 110.

When reducing the amount of air inside the body 110, the body 110 is closed by pressing the elastic body 110 to discharge air and closing the opening 120. (See Figure 2)

The fastening part 200 performs a function in which a buoyancy float or a weight or a fishing line is fastened.

Depending on the fishing environment or the fish species to be fishing, when a change in the attraction of the fishing line due to the mouth occurs, in order to implement a proper rotational movement in the body portion 100, proper distribution of the buoyancy and inertia and the action points of the attraction of the fishing line This is necessary.

Therefore, a plurality of fasteners 210 are disposed in the upper middle lower portion outside the body portion 100 so that buoyancy floats or weights or fishing lines can be fastened to the outside of the body portion 100.

When the sensor unit 400 is tilted, the tilt sensor 410 is operated, and a wireless signal is generated.

It performs the function of transmitting the generated radio signal to the radio signal receiver (FIG. 12).

A cylindrical hole is formed inside the inclination sensor 410, and two terminals 420 are spaced apart at one end inside the cylindrical hole, and a sphere 430 made of a material that is energized and adheres to the magnet inside the cylindrical hole. Is arranged, it is freely moved according to the inclination and gravity, and when the sphere 430 is moved and simultaneously connected to the two terminals 420, a radio signal is generated. (See FIGS. 6 and 7)

Tilt sensor 410 is disposed with the PCB substrate 440 inside the body portion 100, the arrangement is divided into general fishing and crucian fishing.

For general fishing, it is arranged in the vertical direction to the surface of the water, and for slope fishing, two tilt senses are arranged in a V-shape. (See FIGS. 6, 7, 8, 9, 10, 11)

In fishing for fishing, one inclination sensor 410 is disposed inclined to the left, and the other inclination sensor 410 is inclined to the right to be arranged in a V-shape.

One tilt sensor 410 is a sensor that is connected when the fishing line is pulled by the mouth of the fish, and the other tilt sensor 410 is a sensor connected when the fishing line is loosened by the mouth of the fish.

In addition, the power switch is disposed on each of the two tilt sensors 410 in fishing for fishing, turning off the power of one tilt sensor 410, and allowing only the other one of the tilt sensors 410 to operate, so that the general quality of water is notified. Can be used as

The switch unit 300 performs a function of a power switch, and in order to overcome waterproofing, a magnet 310 is disposed outside the body 100 to be operated by the attraction force of the magnet 310. (See Figure 3)

The sphere 430 located inside the tilt sensor 410 is made of a material that adheres to a magnet,

At the opposite end where the terminal 420 is located in the tilt sensor 410, outside the body portion 100 of the adjacent position, the magnetic shaft 320 is disposed, and the magnetic shaft 320 is disposed in the center of the magnet 310. It is, through the hole 330 is fluidly coupled.

When the magnet 310 is located at a point close to the end of the terminal 420 of the inclination sensor 410, the sphere 430 located inside the inclination sensor 410 is magnetized by the attraction force of the magnet 310 ( 310), the power is turned off at this time, even if the body portion 100 is tilted, the metallic sphere 430 is not moved due to the attraction of the magnet 310, and the tilt sensor 410 is not operated.

When the magnet 310 is positioned at a position where the attraction force of the magnet 310 does not affect the sphere 430 inside the tilt sensor 410, the sphere 430 inside the tilt sensor 410 is freely moved, Tilt sensor 410 is activated.

When using the present invention, by placing the magnet 310 in a position where the attraction force of the magnet 310 is not applied to the tilt sensor 410, the sphere 430 is freely moved, and when not in use, the tilt sensor 410 ) By placing the magnet 310 in a position close to the sphere 430 inside the tilt sensor 410 to prevent movement.

The receiving unit (FIG. 12) receives and transmits a wireless signal generated and transmitted by the sensor unit 400 due to the quality of fish, and is a signal such as sound or light or vibration,

It performs the function of notifying the fishing person that the fish has arrived.

Various types of wireless signals can be used, such as Wi-Fi signal FM signal Bluetooth.

Below is an example in which the present invention is used for fishing on a rock. (See FIGS. 6 and 7)

The fishing line is fastened to the upper fastener 210 of the body part 100, and the weight is fastened to the lower fastener 210 of the body part 100,

In the standby state, the tilt sensor 410 is in an off state.

When the fishing line is pulled by the mouth, a rotational movement occurs in the body part 100, and at this time, the inclination sensor 410 is inclined together with the body part 100, and the sphere 430 inside the inclination sensor 410 is a terminal. 420 is connected and a radio signal is generated.

Below is an example in which the present invention is used for flounder bottoming. (See FIGS. 8, 9, 10 and 11)

The point where the lower two slope sensors 410 of the V-shape meets is the point where the power is turned off at the tilt sensor 410, and the both ends of the V-shape are the points where the power is turned on at the slope sensor 410.

A weight is fastened to one side of the middle of the body portion 100, and a fishing line is fastened to the opposite side to which the weight is fastened.

When the tension is released on the fishing line, the body part 100 is inclined toward the weight by the weight of the weight, so that the terminal 420 of the tilt sensor 410 on the weight is connected,

When the fishing line is pulled below the water surface due to the quality of fish, the body portion 100 is inclined toward the fastened fishing line, and the terminal 420 is connected to the tilt sensor 410 on the fastened fishing line.

The tilt sensor 410 is positioned on the water surface in a V-shape by a fishing line of plowing, such as the weight and depth of the buoyancy and the rock in the standby state.

At this time, both of the tilt sensors 410 are powered off.

100: body
110: body
120: opening and closing
130: waterproof pad
200: fastening part
210: fastener
300: switch unit
310: magnet
320: magnetic shaft
330: magnet hole
400: sensor unit
410: tilt sensor
420: terminal
430: conductive material sphere
440: PCB substrate

Claims (5)

The body 110 is made of a hollow material with an elastic material,
A body portion 100 composed of an opening and closing port 120 in which opening and closing of the body 110 is possible and opening and closing of the air is impossible when the body 110 is opened;

A fastening part 200 in which a plurality of fasteners 210 are disposed at an upper middle lower portion outside the body part 100 so that buoyancy floats or weights or fishing lines can be fastened;

As the magnet 310 approaches or moves away from the tilt sensor 410,
A switch unit 300 in which the tilt sensor 410 is operated by the attractive force of the magnet 310, or the tilt sensor 410 is cut off and not operated;

When the tilt sensor 410 is disposed and the body portion 100 is tilted, a particle size signal is generated, and the sensor unit 400 transmits a radio signal;

The wireless signal transmitted from the sensor unit 400 is received, a voice signal or optical signal or vibration generating unit (Fig. 12);

Characteristic for notifying the quality of mouth, including;
The method of claim 1
It is made of an elastic material, and when the opening / closing opening 120 is closed by pressing, the amount of air inside the body 110 is reduced, and the body portion 100 in which buoyancy is reduced;
Characteristic for notifying the quality of mouth, including;
The method of claim 1
For the distribution of the action point of the attraction force by the buoyancy and invasion and fishing line, the fastening part 200 in which a plurality of fasteners 210 are disposed in the upper middle lower part outside the body part 100;
Characteristic for notifying the quality of mouth, including;
In paragraph 1
A tilt sensor 410 is disposed with the PCB substrate 440 inside the body portion 100, and when the body portion 100 is tilted, a sphere 430 of a conductive material located in a cylindrical hole inside the tilt sensor 410 Is moved, when connected to the two terminals 420 disposed at the end of the cylindrical hole at the same time, a sensor unit 400 for generating a wireless signal;
Characteristic for notifying the quality of mouth, including;
In paragraph 1
The tilt sensor 410 is disposed inside the closed body part 100, and two terminals 420 are disposed at one end of the inside of the cylindrical hole inside the tilt sensor 410, and the conductivity is attached to the magnet inside the hole. The sphere 430 of the material is arranged to move freely,

When the magnet 310 is positioned close to the terminal-less end of the inclination sensor 410, the sphere 430 is pulled by the attraction force of the magnet 310, and the position is fixed in a disconnected state, so that the inclination sensor 410 does not work,
When the magnet 310 is located at a distance that does not affect the magnetic force from the tilt sensor 410, the sphere 430 becomes free to move in the hole inside the tilt sensor 410, so that the tilt sensor 410 Is working normally,
In addition, the magnet 310 is disposed outside the body portion 100, the switch portion 300 for performing a switch function of the tilt sensor 410 disposed inside the body portion 100;
Characteristic for notifying the quality of mouth, including;

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