KR100839202B1 - Electrical froat for fishing - Google Patents

Abstract

An electronic fishing float is provided to increase excitement of fishing by generating and transmitting a signal of fishing to an earphone via a radio communication system. An electronic fishing float comprises: a body(10) having a hollow(11) inside and an upper connection part(14) at the top; upper and lower caps(30,60); a buoyant body(40) moving in a vertical direction under water as a fish bites or is caught; a buoyant body connection part(45) disposed below the buoyant body; a first substrate(80) installed at the upper connection part of the body to receive a signal from a third sensor(83); a second substrate(90) including a first sensor(81) and a second sensor(82), each for checking whether a fish bites; and a buoyant spring(50) for supporting the buoyant body.

Description

Electric froat for fishing}

1 is an exploded perspective view showing the configuration of the fishing electronic bobber according to the present invention.

Figure 2 is a perspective view showing a coupling state of the fishing electronic bobbin of FIG.

3 is a cross-sectional view showing the configuration of the fishing electronic bobbin of FIG.

4A is a cross-sectional view illustrating a state in which the fishing electronic bobbin of FIG. 2 is used.

4B is a cross-sectional view illustrating a state in which the accessory sphere of FIG. 4A is moved downward.

5 is a use state diagram showing a state of fishing using the fishing electronic bobber according to the present invention.

* Description of the symbols for the main parts of the drawings *

1: electronic gear 10: main body

11; Hollow hole 12: lower coupling part

13: wing 14: upper coupling

15: substrate mounting groove 20: urethane foam

30: upper cap 31: lid coupling protrusion

32: battery installation groove 33: battery

34: battery spring 35: battery lid

36: led mounting groove 37: antenna

40: fitting 41: seating groove

42: magnet 43: regulator

44: zero sensor 45: float connection member

50: Bug Spring 60: Lower Cap

61: brass weight 70: hook

71: fastening member 72: fastening hole

73: button 74: centerpiece

75: circle installation member 76: circle installation hole

77: hinge 78: roller

80: first substrate 81: first sensor

82; Second sensor 83: third sensor

90: second substrate

The present invention relates to a multi-electrode, more specifically, by using a communication signal (sound, vibration, light) type electronic bobber with the RF communication and each ID unique number, when the fish are caught or fished, automatically from the bobber The wireless signal is generated, and the generated RF signal is received by the receiving terminal, so that the user can identify the fish's mouth and fishing without light by directly identifying the bobber. It relates to a multi-electrode which can be clearly identified by a signal.

In general, in order to perform fishing, a basic fishing tackle such as a fishing rod, a fishing line, a fishing needle, a bobber and a bait is required.

Currently, most of the bobbins are used in various forms, made of a material such as hard synthetic resin or wood so as to have a buoyancy, and forms an air layer formed inside.

In the fishing tackle, among the fishing tackle, steaming is used to check the quality of the fish generated in the water or whether there is fishing, and in particular, according to the depth of the depth at which the fishing is performed, an appropriate position corresponding thereto is set. do.

Therefore, the steaming forms a state in which the upper part of the upper surface rises to the surface to allow the naked eye to identify, and flows up and down according to the mouth quality of the fish, so that the user can judge the mouth quality or fishing of the fish.

However, when fishing using a conventional bobber, the upper part of the surface exposed to the surface of the float is caused by the wind or water flow, it is easily flowed by the wave, in which case the float is flowed by the mouth of the fish, Or, there is a difficult problem of judging whether it is flowed by waves.

Due to the problems as described above, there is a problem such as not fishing the fishing rod can not be made at the appropriate time in accordance with the mouth quality.

In addition, in fishing, when fishing for a long time while continuously looking at the bobber, eye fatigue builds up, and if the eyes are easily congested or severe, problems such as vision loss and various eye diseases develop. There is this.

In order to solve the above problems, it is an object of the present invention to provide an electronic bobber that is transmitted and received in a wireless communication method for fishing and fishing identification in the fishing.

① When the fish is fished by receiving signals through earphones through the wireless transmitter through the wireless bobber, the hand feel of fishing is more intense than before. The purpose is to provide.

② Using the natural principle of water, the float installed inside the main body acts as a holder for mounting the main body, and provides a fishing electronic bobber that enables the signal to be applied to the receiving terminal by the magnet passing by the lead sensor when the fish are being blown. The purpose is to.

③ By using the PCB and lead sensor on the top of the main body, it is impossible to adjust the bobber when it is used in the sea. When it reaches the floor, the height of the position can be adjusted so that the signal is transmitted from the transmitter to the receiver. The purpose of the city is to provide a fishing electronic bobber that can prevent the fishing rod and the fishing hook bait from reaching the bottom through the up and down of the electronic bobbin, such as the rising and falling of the rod bobber.

④ The buoyancy adjustment spring installed inside the main body allows the fishing bobbin to be used without replacing the fishing bobber according to the type of fish, and the purpose is to provide an electronic bobbin for fishing that satisfies the inconvenience and economic value of replacement.

⑤ It is an object of the present invention to provide a fishing electronic bobber that enables the user to check the signal of the fish's mouth and fishing without receiving the fishing bobber continuously.

⑥ The present invention has an object to provide a fishing electronic bobber for transmitting as a signal such as sound, vibration, light from the receiving terminal so that the user can check the information on the mouth and fishing of the fish sent from the battery.

⑦ Another object of the present invention provides a fishing electronic bobber that can minimize the push of the electronic bobber due to the flow rate in the fishing, using the electronic bobber that the signal is transmitted by the wireless electronic method.

⑧ The present invention has an object of using the receiving terminal for fishing, as well as providing climbing geographic information, recording, MP3 functions for the electronic fishing for fishing for both sexes.

In order to achieve the above object, the present invention provides a fishing electronic bobber that floats on water so as to grasp fish's mouth and fishing, each of which is given an ID to receive an RF signal from the radio transmitter to the antenna without interference and receives sound from the receiving terminal. Display the vibration, light, etc., and check the signal represented by sound, vibration, light, etc. due to the on-site assessment of the waterside, and enjoy the fishing of the fish and the fun of fishing sports at the same time. Realize your purpose.

In order to achieve the above object, the present invention floats on the water in the fishing electronic bobber to grasp the mouth and fishing of the fish, the inner body is formed with a hollow hole and the upper coupling portion on the upper, the upper and lower body The upper cap and the lower cap are installed, the floats moving up and down in the water by the fishing of fish is installed in the hollow hole of the main body, the float connection member is installed at the bottom of the float, and is installed at the bottom of the upper coupling portion. The first substrate is installed in the upper coupling part to receive the signal from the three sensors, the second substrate is installed on the main body and the first sensor and the second sensor is installed to check the quality of the fish, fishing Characterized by providing an electronic bobber for fishing, characterized in that the secondary spring is installed inside the body to support the.

Hereinafter, the fishing electronic bobbin according to the present invention will be described in detail with reference to the accompanying drawings.

1 is an exploded perspective view showing the configuration of the fishing electronic bobber according to the present invention, Figure 2 is a perspective view showing a coupling state of the fishing electronic bobbin of FIG. Figure 3 is a cross-sectional view showing the configuration of the fishing electronic bobbin of Figure 2, Figure 4a is a cross-sectional view showing a state using the fishing electronic bobbin of Figure 2, Figure 4b is a state in which the float of FIG. It is sectional drawing shown, FIG. 5 is a use state diagram which shows the state in which fishing is carried out using the fishing electronic bobbin according to this invention.

As shown in Figures 1 to 5, the present invention is configured with a main body 10 is formed with a hollow hole 11, the bottom portion is opened to the inside, and the through hole 10a is formed in the upper portion of the main body.

The lower coupling portion 12 having a screw thread is formed at the lower end of the main body 10, and wings 13 are formed at both sides.

In addition, the upper coupling portion 14 is formed on the upper body 10, the substrate mounting groove 15 is formed on both sides of the upper coupling portion 14 to communicate with the wing portion (13).

The first substrate 80 is installed in the substrate installation grooves 15 formed at both sides of the upper coupling portion 14, and the first sensor 81 and the second sensor 82 are predetermined in the first substrate 80. It is installed at intervals.

In addition, the first substrate 80 is configured to wirelessly apply a signal according to the fish's mouth and fishing, the wireless transmitter is configured to transmit a conventional RF signal.

Urethane foam 20 is installed at the bottom of the upper coupling portion 14, the central portion of the urethane foam 20 is drawn inward through the through hole (10a) formed on the upper body (10). The urethane foam 20 serves as a fish's bure so that the main body 10 can float on water.

A second substrate 90 is installed on the upper coupling portion 14, and a circuit for supplying power to the second substrate 90 is configured.

The upper cap 30 is installed at the upper portion of the upper coupling portion 14, and a conventional rubber ring (not shown) is installed to maintain watertightness.

One side of the upper cap 30 is configured with a lid engaging projection 31 formed with a battery installation groove 32, the battery installation 33 is installed in the battery installation groove 32 formed in the lid coupling projection 31 The necessary power is applied from the second substrate 90.

The battery lid 35 is coupled to the lid coupling protrusion 31, and a normal packing (not shown) is installed between the lid coupling protrusion 31 and the battery lid 35 to increase watertightness.

An LED installation groove 36 is formed in the battery lid 35, and an LED is installed in the LED installation groove 36 so that the electronic bobbin 1 can be checked even at night, and the second substrate allows the LED to emit light. It is connected to the (90) to apply the battery 33 power.

An antenna 37 is installed to transmit a radio signal applied by the transmitter of the first substrate 80.

In the vertical hole 11 formed in the main body 10, a buckle 40, which is a moving means for moving up and down in the water in a piston manner, is installed in the water by the sieving and fishing of the fish.

The floats 40 are divided into upper and lower portions, respectively, and a seating groove 41 is formed in the inner side, and a magnet 42 is installed in the seating groove 41, and the upper portion adjusts the position of the fishing needle. A sphere 43 is installed.

On the upper portion of the adjusting port 43, a zero sensor 44 is installed so that a signal is applied when adjusting the position of the fishing needle.

In addition, the bottom portion of the float 40 is provided with a float connection member 45 formed of a metal or synthetic resin material, the float connection member 45 is variously formed of a metal rod, metal wire, synthetic resin wire, synthetic resin rod and the like.

And the control port 43 is installed on the upper portion of the buoy 40 is located between the urethane foam 20 is installed on the bottom of the upper coupling portion 14 so that the main body 10 can be stably floated on the water.

The lower coupling portion 12 formed at the bottom of the main body 10 is formed so as to penetrate from the top to the bottom, and has a lower cap 60 formed in the shape of a light beam lower narrow.

A brass weight 61 is installed on the inner lower side of the lower cap 60 so that the center of gravity is positioned downward when the electronic bobbin 1 floats on water so that it can stably float.

The buckle spring 50 is installed to support the bottom of the buckle 40, and the buckle spring 50 may be installed by varying the type of the spring according to the fish species.

In addition, the secondary connection member 45 is installed to protrude outward through the inner side of the lower cap (60).

Hanger 70 is installed at the lower end of the float connection member 45, the hook 70 is fastening member 71 is formed with a fastening hole 72 to be coupled to the lower end of the float connection member 45 It is composed.

Button 73 is installed on one side of the fastening member 71 to maintain the state coupled to the lower end of the secondary connection member (45).

At the lower end of the fastening member 71, the center member 74 is installed, and at one side of the center member 74, the hinge member 77, which is fastened to the hinge 77, is installed. A column installation hole 76 is formed to be fitted.

In addition, it is possible to prevent breaks as the raw wire is pulled when there is a quality of the fish in a moment, and to the one side of the core member 74 with a material such as synthetic resin, rubber, metal, etc. to act as a stopper such as a seat belt of a car. The roller 78 made up is installed.

And the user using the bobber of the present invention has a receiving terminal.

The receiving terminal 100 is configured to receive a signal through a wireless transmitter installed on the first substrate 80.

In addition, the reception terminal 100 is configured to be equipped with climbing geographic information, recording, MP3 functions so that the user can use not only when fishing but also climbing or everyday.

Looking at the process for fishing the fish using the fishing electronic bobbin 1 according to the present invention configured as described above, the user first, the line in the line installation hole 76 of the line installation member 75 of the hanger 70 To install, install a baron at a predetermined position of the raw line, install a fishing needle at the bottom of the raw line.

As described above, by adjusting the length of the fishing needle and the electronic bobber 1 in the state in which the original line is installed in the line installation member 75 of the hook 70, the fishing needle is positioned at a predetermined height away from the bottom of the water.

At this time, when the position of the fishing needle touches the bottom of the water, the third sensor 83 of the zero sensor 44 of the control port 43 is installed on the bottom of the upper coupling portion 14 is installed on the upper portion of the floats (40). ) Is in contact with the state.

In the state where the zero sensor 44 is in contact with the third sensor 83, the user floats the electronic bobbin 1 again on the water in a state in which the original line installed in the original line installation member 75 is slightly reduced.

When the float 40 is positioned between the third sensor 83 and the first sensor 81, the zero sensor 44 is slightly separated from the third sensor 83 while the electronic bobbin 1 is floated on the water. It is determined that the state is maintained.

However, if the zero sensor 44 installed in the sub-ball 40 is in contact with the third sensor 83 as it is, the weight of the stick is determined to be light and replace the weight of the stick with a heavier weight.

In the state of replacing the doldol by floating the electronic bobbin (1) to determine the position of the buoy 40, the buoy 40 is positioned between the third sensor 83 and the first sensor 81, the zero sensor 44 Maintains a state slightly separated from the third sensor 83, the user determines that the optimal state is maintained.

In addition, when the weight of the bumper is large, since the buoy 40 is positioned at the bottom of the hollow hole 11 formed inside the main body 10, the magnet 42 installed inside the second sensor 82 and the buoy 40 is located. The signal is applied to the wireless transmission unit through, and the applied signal is applied to the receiving terminal 100 again, so that the user determines that the weight of the bumper is large and replaces the bumper installed in the original line.

In the state of replacing the bumps, the electronic bobbin 1 is floated on the water again to determine the position of the floats 40 and located at the bottom of the hollow hole 11, the weight of the bumps is determined to be heavy, and When the position is in contact with the third sensor 83 installed in the bottom of the upper coupling portion 14 and the zero sensor 44 of the sub-ball 40, a signal is applied from the third sensor 83 to the second substrate 90 Since the signal is applied to the receiving terminal 100 through the wireless transmitter via the antenna through the wireless transmitter of the user, the user determines that the weight of the bumper is light and installs the appropriate bumper.

As described above, when it is determined that the position of the buckle 40, the weight of the stick, and the position of the fishing needle are properly adjusted as described above, the user puts the bait on the fishing needle. Place the bobbin (1) at the location tested to measure the height at.

When the electronic bobbin 1 is thrown onto the water, the main body 10 is formed by the urethane foam 20 provided on the bottom of the upper coupling part 14 of the main body 10 and the wing portions 12 formed on both sides of the main body 10. Keeps floating stably.

And since the center of gravity of the body 10 is located in the downward direction by the brass weight 61 of the lower cap 60 coupled to the lower body 10, the electronic bobbin 1 of the present invention is stably floating on the water. .

In the state where the electronic bobbin 1 is located at a predetermined position of water, a signal according to the mouth and fishing of the fish is applied to the receiving terminal 100. At this time, the signal is applied differently according to the size of the fish.

In other words, when a small fish is bitten, the signal is applied, and the small fish does not eat the bait attached to the fishing needle at a bite, so it is fed little by little.

When a small fish eats the food, the raw line installation member 75 connected to the raw line rotates about the hinge 77 and pulls the central material 74 slightly downward.

As the center member 74 is pulled, the fastening member 71 which is extended to the center member 74 is pulled, and the float connection member 45 connected to the float 40 is moved downward.

As the float connecting member 45 is moved, the float 40 positioned in the hollow hole 11 inside the main body 10 is installed on the second substrate 90 while moving up and down like a piston type in the main body 10. It is close to the first sensor 81.

The float 40 moves in a piston manner when the fish eat the bait and moves upward when the fish do not eat the bait.

Since the buoy 40 is close to the first sensor 81, the magnetic force is detected by the first sensor 81 installed on the second substrate 90, and the detected signal is installed on the second substrate 90. The signal is applied through the antenna 37 by the radio transmitter.

At this time, a signal different from the signal applied through the second sensor 82 and the third sensor 83 is applied to the receiving terminal 100, so that the user determines that the fish is currently poking.

When the bait is eaten, the raw line installation member 75 in which the raw line is coupled is positioned in a vertical state while rotating the hinge 77 on the axis, wherein the raw line is pulled slightly and the roller 78 installed on one side of the center member 74. ) Acts as a stopper by the same function as the seat belt of a car.

At the same time, the center member 74 and the fastening member 71 are drawn downward.

As the hook hole 70 enters into the water, the sub-ball connection member 45 coupled to the fastening member 71 moves downward of the hollow hole 11, and the sub-ball 45 moves to the first sensor 81. When passing through and the second sensor 82, the signal applied from the first sensor 81 and the second sensor 82 is applied to the user's receiving terminal 100 via the antenna through the wireless transmitter.

At the same time as the signal is applied, the buckle 40 moves downward under the tension of the buckle spring 50, and the electronic bobbin 1 is drawn into the water in a state where the buckle spring 50 is completely moved.

The user may determine that the fish is caught in the fishing hook by looking at a signal applied through the wireless transmitter or the movement of the electronic bobbin 1.

And the user can check the sound or display of the receiving terminal 100 without having to always watch the electronic bobber (1) when the fish bite or fishing.

If a large fish is caught, the bait hanging on the fishing needle at once, the main rope enters into the water and at the same time the hook hole 70 and the floats 40 move toward the bottom of the water.

At this time, the circumferential installation member 75 and the roller 78 constituted in the hanging tool perform the same function as described above.

As described above, the accessory connecting member 45, which is coupled to the fastening member 71 of the hooking member 70, moves downwardly to the main body 10, and the accessory supporting member 45 is provided with the accessory. 40) moves accordingly.

The sub-terminal 40 moves through the first sensor 81 and the second sensor 82 and transmits a signal to the receiving terminal via an antenna 37 through a wireless transmitter installed on the second substrate 90. Signal to 100).

As the signal applied to the receiving terminal 100 enters the signal applied through the first sensor 81 and the signal applied by the second sensor 82, respectively, the user looks at the receiving terminal 100 to determine the size of the fish. It can be estimated.

In particular, when fishing at night using the electronic bobbin 1 of the present invention at night, light is emitted through the LED installed in the LED installation groove 35 installed on the battery lid 35 of the electronic bobbin 1 Allows the user to identify the location

When the LED emits light, when the power of the battery 33 installed in the battery installation groove 32 of the lid coupling protrusion 31 formed on the upper cap 30 is applied to the first substrate 80, In the first substrate 80, the light is emitted by applying power to the LED installed on the upper part of the battery lid 35.

In addition, the first substrate 80 applies power required for the electronic bobbin 1, that is, a wireless transmission unit configured in the first substrate 80 to wirelessly transmit a signal through the antenna 37. In addition, power is applied to the first sensor 81 and the second sensor 82 so that the magnetic force can be detected when the float 40 is moved.

In addition, moisture, water, and the like penetrate the first and second substrates 80 and 90 by the urethane foam 20 provided between the upper cap 30 and the upper coupling portion 14 of the electronic bobbin 1. The watertightness is maintained to prevent it from becoming, and the buoyancy action is performed so that the electronic bobbin 1 can float on the water.

In order to prevent the electronic bobbin 1 from lying on the water by buoyancy, the brass weight 61 is installed in the lower cap 60 which is screwed to the lower coupling part 12 formed in the lower part of the main body 10. It can be floated downwards and stable on the water.

In addition, the electronic bobbin 1 may be prevented from drifting away by the water flowing into the hollow hole 11 formed in the main body 10, which may serve as a pillar. As a result, it is prevented from being floated by the electromagnetic waves 1 or waves.

In the receiving terminal 100 of the present invention, when a user registers a unique ID at the time of purchase, the user inputs a password set by the keypad, a password input according to a voice comment is displayed, and a password must be input for security purposes. Receive and use ID program.

In addition, each ID can be input to one to three electronic bobbins 1 as one receiving terminal 100, and the electronic bobbin 1 to which the respective ID signals are input is provided for sound, vibration, and light through the receiving terminal. The signal is displayed numerically.

Therefore, in fishing using the electronic bobbin 1, the signal transmitted from the electronic bobbin 1 for the mouth and fishing of the fish can be clearly determined through the vibration and sound of the receiving terminal 100 by radio frequency. So that one can send and display.

Therefore, even beginners who do not have expertise in fishing can achieve the correct swiveling motion of fishing rods for the mouthing and fishing of fish.

In particular, even beginners can check the quality and fishing of fish through the first, second and third sensors 81, 82, 83 and the wireless transmitter and receiver 100 without having to watch the electronic bobbin 1 at night. There is an interesting fishing experience.

As described above, according to the present invention, the sound and vibration of the fish can be recognized through the sound and vibration or the display of the signal according to the fish's mouth and fishing. It works.

In addition, it is possible to grasp the timing and fishing of the fish more clearly, so that the fishing rod can be performed to increase the probability of the fishing of the fish is effective to enjoy fishing efficiently.

In addition, it is possible to know the timing of the mouth of the fish and the timing of fishing by the wireless signal applied through the receiving terminal, so that anyone having fun and fun can enjoy a fun fishing leisure.

In addition, since the inner side of the lower cap coupled to the main body can be installed different springs according to the type of fish species, there is an effect that can catch fish different species using one electronic bobber.

In addition, by assigning each ID to one electronic bobber, there is an effect that can confirm the quality and fishing of the fish by checking the signal applied from each electronic bobbin through one transmitting terminal.

Claims (7)

In the fishing bobber to float on the water to grasp the quality and fishing of the fish, The inner body 10 is formed with a hollow hole 11 and the upper coupling portion 14 is formed on the inside, and the upper cap 30 and the lower cap 60 are installed on the upper and bottom portions of the body 10, and the fish The buoy 40 which is moved up and down in the water by the fishing of the mouth is installed in the hollow hole 11 of the main body 10, the sub-connection connecting member 45 is installed at the bottom of the buoy 40, the third The first substrate 80 is installed in the upper coupling portion 14 of the main body 10 so that the signal from the sensor 83 can be applied, and the first sensor 81 and the first sensor 81 can be checked to check the quality and fishing of the fish. The second substrate (90) configured with the two sensors (82) is installed on the main body (10), and the fishing bobber is characterized in that the subguar spring (50) is installed inside the main body (10) so as to support the subunit (40). . delete The method of claim 1, Buoy 40 is for fishing, characterized in that when applying the signal to the receiving terminal 100 through the antenna 37 wirelessly through the first sensor 81 and the second sensor 82 when the fish's mouth, fishing Electronic bobber. delete The method of claim 1, Lower cap 60 is a fishing electronic bobbin characterized in that the brass weight 61 is configured so that the center of gravity of the electronic bobbin (1) is located on the lower side. The method of claim 1, Floating connection member 45 is a fishing electronic bobber characterized in that the hook (70) is installed. The method of claim 6, The hook 70 is composed of a fastening member 71 having a fastening hole 72 to be coupled to the sub-connection connecting member 45, one side of the fastening member 71 is coupled to the sub-connection connecting member 45 Button 73 is installed, the bottom portion of the fastening member 71, the center member 74 is installed, the one side of the center member 74, the one line installation member 76 is formed with a line installation hole 76 so that the main line can be coupled A hinge (77) is installed at the center member (74), and a roller (78) which performs a stopper function like a seat belt of a car when the fish is being placed is installed at one side of the center member (74). Dragon electronic bobber.

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