KR20050004443A - Wireless Information Electron Floot for Fishhook - Google Patents

Abstract

PURPOSE: A wireless communication electronic fishing float is provided to transfer a signal about fish's biting in a more accurate and easier way. CONSTITUTION: The wireless communication electronic fishing float comprises: upper and lower bodies(10,12) made of synthetic resin having a space portion(14) formed therein so as to have a buoyancy; a fixed element(20) having an operating hole(22) having a predetermined depth formed on the bottom surface; a lead switch(SW) disposed on the lower end of the fixed element(20); a piston(33) disposed on the operating hole(22) by a piston chamber, elastically mounted by a coil spring(36), and having one region of the top of an operating rod(38) penetrated and coupled to the center thereof; a weight(50) inserted and fixed to the inner bottom surface of the lower body(12); a pipe(52) whose upper end communicating with the operating hole(22) of the fixed element(20) and whose lower end being vertically disposed to penetrate through the weight(50); a fishing line ring(54) coupled to the lower end of the operating rod(38); and an underwater float(56) coupled to the end of a fishing line(60).

Description

Wireless Communication Electrode Float for Fishing {Wireless Information Electron Floot for Fishhook}

The present invention relates to a wireless communication electronic bobber for fishing, and more particularly, when fishing using a bobber, when the fish are fished or fished, the bobbin is automatically generated by a radio signal, and the generated radio signal It receives the LED (Luminescent Diode) to emit light or pager, so that the user can recognize the fish's mouth and fishing without the naked eye's identification by virtue of the LED light or vibration and voice (voice). Or various music sounds, etc.) and relates to a fishing wireless communication bobber which can be clearly identified through 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 used are made of a material such as hard synthetic resin or wood so as to have a variety of forms, buoyancy, and has an air layer formed inside.

In the fishing tackle, among the fishing tackle, it is used to check the quality of the fish generated in the water or whether there is fishing, especially, according to the depth of the depth at which the fishing is performed, the appropriate setting position corresponding thereto Adjusted.

Therefore, the steaming is a part of the upper portion to rise to the surface of the water so that the naked eye can be identified, while the flow up and down, depending on the mouth quality of the fish, the user will determine the quality of the fish's mouth or fishing.

However, in fishing using a conventional bobber, if the bobber with the top portion exposed to the water surface is caused by the wind or water flow, it is easily flowed by the wave, so whether the bobber is flowed by the quality of the fish, Or, it is difficult to determine whether the flow is due to the wave, the fishing rod can not be made at the appropriate time according to the quality of the fish can not be caught fishing.

In addition, when fishing, the bobber must be constantly faced, and thus, when fishing for a long time, eye fatigue builds up, and if the eyes are easily congested or severe, diseases such as deterioration of vision and various eye diseases I am suffering from such a disease.

The present invention is to solve the above-mentioned conventional problems and closing, the purpose of the fishing by using the bobber, when the mouth of the fish and fishing in the bobber that is positioned so that the upper part is exposed to the surface by buoyancy The electronic circuit unit is provided to transmit a wireless signal so that the LED emits light, so that the user can check the signal of the fish's mouth and fishing without looking at the bobber continuously, while fishing. And it is to provide a new type of fishing wireless communication electronic bobber that can be transmitted more clearly and easily for fishing.

Another object of the present invention is to use the electronic circuit device to transmit a signal for the mouth and fishing of the fish as a vibration and a voice signal to the pager carried by the user, so that the fishing rod reeling at the appropriate time without looking at the bobber In addition, as the signal of the fish's mouth and fishing is transmitted to the pager as a vibration and voice signal, beginners can also easily determine the exact time of fishing rod, so that the efficiency and interest in fishing It is intended to inspire everyone to enjoy fishing easily and simply.

In order to achieve the above object, the present invention in the fishing using the bobber, the upper and lower body of the synthetic resin material formed with a space therein to have a buoyancy; and has a constant height and protrudes downward from the center of the inner surface of the upper body A fixed body coupled to each other and having a working hole having a predetermined depth on a bottom thereof; A printed circuit board internally formed to be in a state of being connected to a lower end of the fixed body, the printed circuit board having an electronic circuit unit; A piston which is installed in the operating hole by a piston chamber, coalesced by a coil spring, and a center portion of which is penetrated and coupled to an upper portion of the operating rod; A weight inserted into and fixed to an inner bottom surface of the lower body; A guide pipe in which an upper end communicates with a working hole of the fixed body, and a lower end penetrates through the weight; Fishing line ring coupled to the lower end of the operating rod; It has a feature consisting of underwater bobbin and bondol coupled to the fishing line.

In addition, the underwater bobbin has a feature that a micro underwater camera is installed.

In the present invention as described above, the electronic circuit configuration of the printed circuit board is a power unit consisting of a lithium battery for power supply; A central processing unit having a memory for receiving, receiving, and storing input data; A switch unit for 'ON' and 'OFF' operations; A modem for modulating and sending a digital signal to an analog signal and demodulating the sent analog signal into an original digital signal; A radio converter for converting the signal converted by the modem into a radio signal; A transmission antenna for transmitting a radio signal amplified by the amplifier; A reception antenna for receiving a radio signal; A frequency converter for converting the received radio signal; And a frequency synthesizer connected to the radio converter and the frequency converter.

In the present invention as described above, the central processing unit is composed of a flash memory for permanent recording and temporary storage of data, and has a feature that a speaker is installed by an amplifier.

In addition, the wireless signal transmitted from the transmitting antenna is received by the pager, and the wireless signal received through the pager is characterized in that it is output as a vibration or voice signal.

1 is a schematic cross-sectional view showing a wireless communication electronic bobbin according to the present invention;

2 is a circuit diagram of a wireless communication electronic bobbin according to the present invention;

Figure 3 (a), (b) is a graph showing the wavelength for the pulse signal of the wireless communication electronic gear according to the present invention,

Figure 4 (a), (b) is a longitudinal sectional view showing another embodiment of the stopper according to the present invention,

5 is a circuit diagram of a wireless communication electronic bobbin according to another embodiment of the present invention;

6 is a side schematic view showing another embodiment of a wireless communication electronic bobbin according to the present invention;

7 is a schematic diagram showing a state of use of the wireless communication electronic bobbin according to the present invention;

8 is a longitudinal cross-sectional view showing another embodiment of the wireless communication electronic tooth according to the present invention.

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

1: wireless communication electronic gear 10: upper body

12: lower body 14: space

20: fixed body 22: operator

30: printed circuit board 32: piston

34: piston chamber 36: coil spring

38: operating rod 40: frequency synthesizer

41: power supply 42: central processing unit

43: switch section 44: modem

45: wireless converter 46: outgoing antenna

47: Receive antenna 48, 48 ': Amplifier

49: frequency converter 50: weight

52: guide pipe 54: fishing line hook

56: hand float 60: fishing line

62: stopper

Hereinafter, the present invention will be described in more detail with reference to the accompanying drawings.

1 is a schematic cross-sectional view showing a wireless communication electronic bobbin according to the present invention, the upper and lower bodies 10, 12 of the wireless communication electronic bobbin 1 according to the present invention is a synthetic resin having a space portion 14 formed therein to have buoyancy. Made of a material, the fixing body 20 has a working hole 22 is formed on the bottom and has a predetermined height and is coupled to protrude downward from the center of the inner surface of the upper body 10, the printed circuit board 30 is an electronic circuit Consists of being formed in a state connected to the lower end of the fixed body 20, the piston 32 is installed in the operating hole 22 by the piston chamber 34, the coal spring by the coal spring 36 In the center, a portion of the upper portion of the operating rod 38 is configured to penetrate and pass through.

At this time, the magnet 33 is fixed to one side of the piston 32, the reed switch (SW) is installed on the printed circuit board 30 in a position in contact with the lower end of the fixing body (20).

In addition, the weight 50 is inserted and fixed to the inner bottom surface of the lower body 12, the guide pipe 52, the upper end is in communication with the operating hole 22 of the fixture 20, the lower end is the weight It is terminated to penetrate 50, the fishing line loop 54 is coupled to the lower end of the operating rod 38, the hand float 56 is made of a configuration coupled to the end of the fishing line 60.

At this time, the stopper 62 is coupled to a predetermined position of the fishing line 60, that is, a position corresponding to an upper portion of the fishing line ring 54, and the handpiece 56 is a bondol 66 by a neck line 64. And fishing needle 68 is combined.

And, the cap 16 and the pinwheel 24 coupled to the upper end of the upper body 10 of the wireless communication electronic bobbin 1 according to the present invention is coupled to detachable, the coil spring 36 is a fishing situation, that is, Visibility, granulation of the target fish, and nori can be replaced with ones with elasticity appropriate to the depth of the water, algae and salt concentration.

Here, since the wireless communication electronic bobbin 1 according to the present invention is used in the water, the upper and lower bodies (10, 12), as well as each connection is made of a sealing treatment for waterproofing.

2 is a circuit diagram of a wireless communication electronic bobbin according to the present invention, the electronic circuit configuration of the printed circuit board 30 according to the present invention is supplied by a power supply unit 41 made of lithium battery, the central processing unit 42 The received / received and input data are stored in the controller, and 'ON' and 'OFF' operations are performed by driving the switch 43, and the modem 44 modulates the digital signal into an analog signal, and sends and The analog signal is composed of a demodulated original digital signal.

In addition, the radio converter 45 converts the signal converted by the modem 44 into a radio signal, and the radio signal amplified by the amplifier 48 through the transmission and reception antennas 46 and 47 is transmitted and received. Although received, the wireless signal received through the receiving antenna 47 has a configuration that is converted by the frequency converter 49.

The wireless converter 45 and the frequency converter 49 are connected to the frequency synthesizer 40.

3 (a) and 3 (b) are graphs showing pulse signal values of a wireless communication electronic bobber according to the present invention, and FIG. 3 (a) shows a case where the fish bites the rice, that is, when the fish are caught It shows the wavelength with respect to the pulse signal shown, and FIG.3 (b) shows the wavelength with respect to the pulse signal which shows when a fish grinds rice.

Figure 4 (a), (b) is a longitudinal cross-sectional view showing another embodiment of the stopper according to the present invention, the stopper 62 is installed on the fishing line 60 at a position corresponding to the top of the fishing line loop 54 As shown, the stopper 62 has a lower end portion is opened, the lower cap 62a is coupled, the body portion 62c having a through hole 62b formed on the same center line at both centers thereof; A slider 62f through which a communication hole 62d penetrates in the center, and a pusher 62e is coupled to an upper end thereof; It shows that it is made of an elastic spring (62g) installed on the inner lower end of the body portion (62c).

Therefore, when the fishing line 60 penetrates through the stopper 62, it passes through the communication hole 62d of the slider 62f which was piled up by the elastic spring 62g in the body part 62c, and therefore, the slider 62f does not pass. When the fishing line 60 is in a narrowed state, the stopper 62 is fixed to the fishing line 60, and when the slider 62f is pressed down, it communicates with the through hole 62b. Since the ball 62d is positioned on the same center line, the restraint of the fishing line 60, that is, the fixing of the stopper 62 and the fishing line 60 is released, so that the set position of the stopper 62 can be adjusted.

At this time, the setting position of the stopper 62 is adjusted because the setting of the proper position of the wireless communication electronic bobbin 1 according to the depth of the place to be fishing is required.

5 is a circuit diagram of a wireless communication electronic bobbin according to another embodiment of the present invention, comprising: a power supply unit 41 formed of a lithium battery for power supply; A central processing unit 42 having a memory for receiving, receiving and storing input data; A switch unit 43 for 'ON' and 'OFF' operations; A modem 44 for modulating and sending a digital signal into an analog signal and demodulating the sent analog signal into an original digital signal; A radio converter (45) for converting the signal converted by the modem (44) into a radio signal; A transmitting antenna 46 for transmitting a radio signal amplified by the amplifier 48; A reception antenna 47 for receiving a radio signal; In configuring the printed circuit board 30, an electronic circuit comprising a frequency converter 49 for converting a received radio signal, vibration or various voices are transmitted from the central processing unit 42 through the amplifier 48 '. 70) to be sent out.

Figure 6 is a side schematic view showing another embodiment of the wireless communication electronic bobbin according to the present invention, showing that the micro underwater camera 58 is installed on the underwater bobbin 56 coupled to the end of the fishing line 60.

7 is a schematic view showing a state of use of the wireless communication electronic bobbin according to the present invention, which shows that fishing is performed using the wireless communication electronic bobbin 1, and the reed switch of the wireless communication electronic bobbin 1 when the fish is caught and caught. As the (SW) is operated to achieve an 'ON' state, the electronic circuit configured in the printed circuit board 30 is driven to indicate that a signal according to the quality and fishing is sent to the user.

At this time, the signal system for the mouth of the fish and fishing is generated by the light emission and voice signal by the LED (not shown).

In addition, the signal of the fish's mouth and fishing is transmitted by vibration and signals through a pager 70 or a headphone worn by the user by radio frequency, and the micro underwater camera 58 installed in the hand float 56. Through the screen of the fish is made so that the process of being caught fish or the process of fishing through the screen (monitor) can be seen directly.

FIG. 8 is a longitudinal sectional view showing another embodiment of the wireless communication electronic bobbin according to the present invention, wherein a piston 32 having a magnet 33 in the operating hole 22 of the upper body 10 is connected to the coil spring 36. As shown in FIG. It is coalesced by the piston 32, the piston 32 is located in the middle portion of the operating hole 22, and the upper and lower ends of the fixing body 20 indicates that the respective reed switch (SW) is installed.

Referring to the use state of the present invention as follows.

As shown in Figure 1 to Figure 3 (b), consisting of the upper and lower body (10, 12), the upper body 12, the fixed body 20 is built-in, the lower body 12, the weight ( 50 is fixed, but the operating body 22 is formed in the fixed body 20, the piston 32 is fixed to the operating rod 38 by the piston chamber 34 in the operating hole 22 Installed to slide in the vertical direction, the printed circuit board 30 is installed in contact with the fixed body 20, the printed circuit board 30 is initially provided with a wireless communication electronic bobbin (1) consisting of an electronic circuit In the state, in order to perform fishing, first, the stopper 62 is fixed to a predetermined position of the fishing line 60 connected to a fishing rod (not shown in the figure), and then the fishing line 60 of the operating rod 38 Pass the fishing line loop 54 coupled to the lower portion.

In this state, when the underwater bobbin 56 is connected to the end of the fishing line 60, the installation of the wireless communication electronic bobbin (1) for fishing is completed, in this case, the underwater bobbin 56 and the boulders 66 and Fishing hook 68 is coupled by the neck 64.

As such, as the fishing line 60 passes through the fishing line ring 54, in the state in which the wireless communication electronic bobbin 1 is installed in the fishing line 60, the bobbin is attached to the fishing needle 68, and this is thrown. 1, the upper portion (approximately one-third of the portion) of the wireless communication electronic bobbin 1 rises above the surface of the water, and vertically below the water float 56 , Bong 66, fishing needles 68 coupled to the neck 64 are sequentially positioned.

At this time, the fishing line 60 is no longer lowered below the set position to take the current position, which is because the stopper 62 is in contact with the fishing line loop 54, the stopper 62 This is because the fishing line 60 is no longer supplied by).

In this state, when the fish bites or bites the bobbin coupled to the fishing needle 68, the fishing line 60 is pulled downward, accordingly, as the stopper 62 is pulled, fishing line loop 54 ) Is pulled downwards.

Therefore, as the fishing line loop 54 is pulled downward, the actuating rod 38 is pulled downward, so that the piston 32 slides along the piston chamber 34, and the piston ( 32 has a predetermined repulsion force by the coalesced coil spring 36 in the descending process.

As such, when the piston 32 is lowered by the fish's mouth and fishing, the reed switch SW is operated by the magnet 33 coupled to one side, thereby achieving an 'ON' state. The electronic circuit configured at 30 is driven so that a signal according to the mouth and fishing of the fish is transmitted to the user. The driving of the electronic circuit is shown in FIG. Is activated to form an 'ON' state, it generates a trigger pulse, the central processing unit 42 sends the ID data of the user to the modem 44 to create a waveform frequency, and at the same time write pulse (light pulse) is generated to emit an LED (not shown).

At this time, the radio converter 45 converts the waveform frequency input from the modem 44 into a radio frequency (RF) carrier such as ultra high frequency (VHF), ultra high frequency (UHF), or microwave by the frequency synthesizer 40. Amplified by the amplifier 48 is sent to the transmission antenna 46.

As described above, when the electronic circuit is driven by the fish's mouth and fishing, the generated pulse signal values are represented in two forms as shown in FIGS. 3 (a) and 3 (b). when made the fish to be a fishing ask jjibap in Figure 3 (a) the method, the switch unit 43 to turn 'ON', 'OFF', such as operates at, in this process, the operation signal is t _D detection time If the elapsed to continue, the trigger pulse is generated in the switch unit 43 is input to the central processing unit 42 to send a wireless alarm to inform the user of the fishing of the fish to perform the fishing rod swivel operation.

And, since the fish are not driven is, the electronic arc when the 'ON', the short switch 43 into t _D detection time, as shown in 3 (b) is also attached drawings if the jjibap only nibbling, user No signal will be sent to.

On the other hand, as another embodiment of the stopper of the wireless communication electronic bobbin according to the present invention, as shown in Figure 4 (a), (b), the lower end of the stopper 62 is fixed to the fishing line 60 A body portion 62c which is opened and has a lower cap 62a coupled thereto, and a through hole 62b is formed on the same center line at both centers thereof; A slider 62f through which a communication hole 62d penetrates in the center, and a pusher 62e is coupled to an upper end thereof; As it is made of an elastic spring (62g) installed on the inner lower end of the body portion (62c), the fishing line 60 penetrates through the stopper (62), the coal spring in the body portion (62c) as an elastic spring (62g) Since it passes through the communication hole 62d of the slider 62f, the fishing line 60 is clamped by the slider 62f, and the stopper 62 is fixed.

In this manner, when the slider 62f is pushed down so that the through hole 62b and the communicating hole 62d are positioned on the same center line, the restraint of the fishing line 60 is released to adjust the set position of the stopper 62. As possible, this is to set the stop position of the stopper 62 so that the proper position of the wireless communication electronic bobbin 1 according to the depth of the place where fishing is to be performed, that is, the fishing needle 68 is mainly located where many fish are gathered. This is to do.

In addition, as shown in Figure 5, as another embodiment of the electronic circuit according to the present invention, in the electronic circuit of the wireless communication electronic bobbin (1), the power supply portion 41 made of a lithium battery for power supply Wow; A central processing unit 42 having a memory for receiving, receiving and storing input data; A switch unit 43 for 'ON' and 'OFF' operations; A modem 44 for modulating and sending a digital signal into an analog signal and demodulating the sent analog signal into an original digital signal; A radio converter (45) for converting the signal converted by the modem (44) into a radio signal; A transmitting antenna 46 for transmitting a radio signal amplified by the amplifier 48; A reception antenna 47 for receiving a radio signal; A frequency converter 49 for converting the received radio signal; It consists of a frequency synthesizer 40 connected to the radio converter 45 and the frequency converter 49, so that the vibration or various voices are transmitted from the central processing unit 42 through the amplifier 48 'through the pager 70. Accordingly, it is possible to determine the appropriate fishing time of the fishing rod by the signal transmitted to the pager 70 without watching the wireless communication electronic bobbin 1 floating in the water for the signal of the fish's mouth and fishing.

And, as shown in Figure 6, when the micro underwater camera 58 is installed on the submersible bobber 56 coupled to the end of the fishing line 60, the fish is in the process of being caught or fished underwater Since it can be confirmed directly by the eye through the screen, the fish can be caught by catching the fishing rod at the stage where the fishing is easily performed.

In this case, the underwater camera 58 may use a wired or wireless underwater camera, and, in the case of using a wireless camera, for receiving a separate signal on the upper body 12 of the wireless communication electronic bobbin 1. An antenna (not shown) is installed and used.

In addition, the power for driving the underwater camera 58 is supplied from a lithium battery provided in the wireless communication electronic bobbin 1, or if necessary, is provided with a rechargeable battery for power supply itself.

Therefore, in fishing using the bobber, the signal of the fish's mouth and fishing is transmitted from the wireless communication electronic bobbin 1, that is, through the light emitted through the LED or the vibration and voice of the pager by the radio frequency. Because it is judged and sent out and displayed easily, even beginners who do not have expertise in fishing will be able to achieve the correct position of the fishing rod for the mouth and fishing of the fish.

In this fishing bobber, buoyancy refers to the force that the float tries to float, that is, a force acting in a direction opposite to gravity, and is expressed in units of <B> and <arcs> displayed on various bobbers. There is a buoyancy indicated by G>, <F>, and <J>.

Depending on the size and shape of the steaming, the criteria for setting are different depending on the distance, near field, low buoyancy, and high buoyancy. Since it is different, you need to purchase various types of bobber, and depending on the fishing situation, the bobber must be replaced, the wireless communication electronic bobbin 1 according to the present invention, as shown in the accompanying drawings, Figure 1, according to the fishing situation, coil spring ( 36) by replacing, it is possible to reduce the trouble of having to replace the bobber and the cost of having several types of bobber, so that fishing can be carried out at low cost and more easily and quickly prepared, and the coil spring (36) By setting the number of or the number of <heading> and the weight (buoyancy) of the handhead 56 and the stick 66, the handhead 56 and the rods such as the coil spring 36 number or the <heading> number It can be set to 66.

In addition, the weight of the hand float 56 and the bondol 66 is of course adjustable to be detachable.

On the other hand, the wireless communication electronic bobbin 1 according to the present invention, as shown in Figure 8, the piston 32 is provided with a magnet 33 in the operating hole 22 of the upper body 10 coil spring ( 36 is coalesced, the piston 32 is located in the middle of the operating hole 22, the upper and lower ends of the fixing body 20, each of the reed switch (SW) is installed, which is a characteristic of the fish, That is, when eating, there is a fish going upwards and the fish going upwards (high water: carp, carp), so that the up and down is required, for this purpose, in the present invention, the coil spring 36 The piston 32 is installed so that the piston 32 is located at the center of the operation hole 22 by the weight of the hand bobber 56 and the rod 66, and two reed switches SW are installed at the upper and lower ends.

Therefore, when the magnet 33 attached to the piston 32 is downwardly elastic according to the mouth quality of the fish, a signal about the quality of the mouth and fishing is generated by the reed switch SW installed at the lower end, and the piston 32 When the elasticity is upward, the reed switch SW installed at the upper end is operated to generate a signal for the mouth and fishing, and accordingly, according to the characteristics of the mouth of the fish, it will have a function for properly lowering and raising.

And, the wireless communication electronic bobbin 1 according to the present invention, as shown in Figures 6 and 7, attached to the underwater camera 58 that can shoot underwater in the underwater float 56, the electrical signal system The monitor connected by means of being able to directly check the situation of the fish's mouth and fishing, and of course, if a person uses a large number of fishing rods to the wireless communication electronic bobbin (1) used for each fishing rod By assigning a unique number, a signal of vibration or sound (various music sounds, etc.) when the fish is being bitten or fished, and the number assigned to each wire communication electronic bobbin is displayed on a monitor or pager, using multiple fishing rods. Even when fishing, it is possible to identify and discriminate individual fishing rods, as well as to catch fish in rooms, in heavy fog, when it is cloudy, and when it rains. It is easy to eat.

Thus, according to the use of the fishing wireless communication electronic bobber according to the present invention, in fishing using the bobber, so that the LED light is emitted when the fish's mouth and fishing in the bobber is positioned so that the upper portion is exposed to the surface by buoyancy By providing an electronic circuit unit that can transmit a radio signal, the user can check the signal of the fish's mouth and fishing without continually facing the bobber, so that the fish's mouth and fishing can be clearer and timely The fishing rod can perform a swiveling operation, increase the probability of the fishing of the fish is effective and can catch a larger amount of fish.

In addition, by using the electronic circuit device to transmit the signal of the mouth and fishing of the fish as a vibration and a voice signal to the pager carried by the user, so that the fishing rod can be performed at the appropriate time without the gaze of the bobber. And, as the signal of the fish's mouth and fishing is transmitted to the pager as a vibration and a voice signal, there is an effect that even beginners can easily determine the correct time to take the fishing rod.

Claims (8)

In fishing using bobber, Upper and lower bodies 10 and 12 made of a synthetic resin material having a space 14 formed therein to have buoyancy; A fixed body 20 having a predetermined height and coupled to protrude downward from a center of an inner surface of the upper body 10, and having a working hole 22 formed at a lower surface thereof; A printed circuit board 30 internally formed to be in a state of being connected to a lower end of the fixed body 20 and configured with an electronic circuit; A reed switch SW installed at a lower end of the fixed body 20; A piston (32) installed in the operating hole (22) by a piston chamber (34), coalesced by a coil spring (36), and through and coupled to an upper portion of the operating rod (38) in the center; A weight 50 inserted into and fixed to an inner bottom surface of the lower body 12; An upper end portion communicating with an operation hole 22 of the fixed body 20, and a lower end portion of the guide pipe 52 which extends through the weight 50; Fishing line loop 54 coupled to the lower end of the operating rod 38; Fishing wireless communication electronic bobber, characterized in that consisting of a hand float 56 coupled to the end of the fishing line (60). The method of claim 1, wherein the coil spring (36) is a fishing wireless communication electronic bobber, characterized in that is made to be replaced, depending on the fishing situation. The method of claim 1, The reed switch (SW) is a fishing wireless communication electronic bobber, characterized in that installed in the upper and lower ends of the fixed body (20), respectively. The method of claim 1, The electronic circuit configuration of the printed circuit board 30 includes a power supply unit 41 formed of a lithium battery for power supply; A central processing unit 42 having a memory for receiving, receiving and storing input data; A switch unit 43 for 'ON' and 'OFF' operations; A modem 44 for modulating and sending a digital signal into an analog signal and demodulating the sent analog signal into an original digital signal; A radio converter (45) for converting the signal converted by the modem (44) into a radio signal; A transmitting antenna 46 for transmitting a radio signal amplified by the amplifier 48; A reception antenna 47 for receiving a radio signal; A frequency converter 49 for converting the received radio signal; Fishing wireless communication electronic bobber, characterized in that consisting of a frequency synthesizer 40 connected to the radio converter 45 and the frequency converter (49). The method of claim 1, The stopper 62 has a lower end portion open to the lower cap 62a and a body portion 62c having a through hole 62b formed on the same center line at both centers thereof; A slider 62f through which a communication hole 62d penetrates in the center, and a pusher 62e is coupled to an upper end thereof; Fishing wireless communication electronic bobber, characterized in that consisting of an elastic spring (62g) installed on the inner bottom of the body portion (62c). The method of claim 1, The underwater float 56 is a fishing wireless communication electronic bobber, characterized in that the ultra-small underwater camera 58 is installed. The method of claim 2, The central processing unit 42 is a fishing wireless communication electronic bobber, characterized in that the pager (70) for transmitting the signal amplified by the amplifier (48 ') is provided. The method according to claim 2 or 7, The central processing unit 42 is a fishing wireless communication electronic bobber, characterized in that provided with a flash memory for permanent recording and temporary storage of data.