KR200265274Y1 - Perception device of fish signal - Google Patents

Abstract

The present invention relates to a fishing fish detection device, the fishery detection device 50 includes a transmitter 51 for confirming that fishery is detected; A receiver 52 which receives a signal from the transmitter 51 and recognizes a user's speech detection; The transmitter 51 includes fishery detecting means 54 for sensing the vibration of the fishing rod 53 by fishery; A nonvolatile memory 55 for storing ID codes for distinguishing several fishing rods; A microcomputer 56 for determining whether the vibration detected by the fishery detecting means 54 is fishery; A radio wave transmitter 57 for transmitting an ID code signal to the receiver 52 according to the discrimination signal of the microcomputer 56; A switch 58 for selecting an operation of the transmitter 51 and setting the ID code mode; An ID code recorder 59 for recording ID codes; The receiver 52 includes a radio wave receiver 71 provided as a means for receiving an ID code signal output from the transmitter 51; An ID code storage unit 73 which receives and demodulates the ID code inputted through the radio wave receiver 71 and sends the demodulated code to the microcomputer 72; A micom 72 which extracts and records the received ID code and compares the received ID code to determine whether the ID code matches the stored ID code; The display unit 74 and the sound vibration unit 75 for allowing a user to recognize the signal of the microcomputer 72 is configured.

Description

Fish detection device for fishing {Perception device of fish signal}

The present invention relates to a fishing fish detection device for fishing, and more particularly, to provide an improved fish finder to be mounted on the handle portion of the reel fishing rod to detect the fish in the fishing process to recognize the user.

Fishing is divided into freshwater fishing, sea fishing and reel fishing and pole fishing according to the tools. Some of the fishing rods are used for sea fishing, but most of them are used for freshwater fishing and for reels fishing, body and freshwater fishing. Common use is common.

When fishing using a reel as described above is usually made by throwing the bait at a distance in the state of mounting a number of reel rods on the pedestal, the detection of the fishery is attached to the end of the fishing rod to the end of the fishing rod to detect the fishery Doing.

In this case, in the case of a bell that sounds a visual signal or a bob, which is a visual signal, the signal must be generated even in the uncomfortable feeling of waiting in front of a fishing rod and by an external pressure caused by wind or waves irrelevant to the fish. There is no problem such as not able to detect the fishery of small fish.

In view of these problems, various types of fish finders have been developed and used in recent years. However, most fish finders use a battery as a power source. I'm trying to tell you.

Even in this case, it is difficult to detect the exact fishery. As mentioned in the fishing line, it is affected by the wind or the wave, so even though the fish did not bite the bait, the fishing line is pulled to inform the fishery. Has the disadvantage of deterioration.

There are many other types, but it is similar to the above technique, and there is no means and device to give fishes only when the fish are infested, which adds to the inconvenience of the fishermen and does not encourage the fun of fishing. there was.

Therefore, the present invention is designed to solve the problems described above, and the detection means for transmitting vibrations according to the fish to the microcomputer and the microcomputer to determine the fishbone based on the vibration generated when the fish is mouthed, if it is detected as fishery Consists of a transmitting means and a receiving means to significantly reduce the range of false signals that can occur in the fishing process to increase the degree of fishing to increase the enjoyment of fishing to increase the convenience of users.

1 is a block diagram showing a transmitter of a fishing fish detection device to which the technique of the present invention is applied.

Figure 2 is a block diagram showing a receiver of a fishing fish detection device to which the technique of the present invention is applied.

Figure 3 is a block diagram showing a signal transmission cycle of the transmitter of the fishing fish detection device to which the technique of the present invention is applied.

4 is a transmitter circuit diagram of a fishery detecting apparatus to which the technique of the present invention is applied.

5 is a receiver circuit diagram of a fishery detecting apparatus to which the technique of the present invention is applied.

Figure 6 is a view showing a state of use of the fishing fish detection device to which the technique of the present invention is applied.

* Description of the symbols used in the main parts of the drawings *

50; Fish Finding Device

51; transmitter

52; receiving set

56, 72; Micom

61; Ceramic Piezo Buzzer

Hereinafter, with reference to the accompanying drawings will be described the configuration and operation of the preferred embodiment of the present invention for achieving the above object.

1 is a block diagram showing a transmitter of a fishing fish detection device to which the technology of the present invention is applied, Figure 2 is a block diagram showing a receiver of a fishing fish detection device to which the technology of the present invention is applied, Figure 3 is 4 is a block diagram illustrating a signal transmission cycle of a transmitter of a fishing fish sensing device to which the technology is applied, FIG. 4 is a transmitter circuit diagram of a fish sensing device to which the technology of the present invention is applied, and FIG. 5 is a receiver of the fish sensing device to which the technology of the present invention is applied. 6 is a circuit diagram illustrating a state of use of a fishing fishery detection device to which the technique of the present invention is applied.

The fishery detection device 50 to which the technique of the present invention is applied has a transmitter 51 for confirming that fishery is detected by the mouth of the fish and a receiver 52 for receiving the signal from the transmitter 51 to recognize the fishery detection to the user. It consists of.

The transmitter 51 is a non-volatile memory 55 for storing the identification code for discriminating and identifying several fishing rods 54 and the fishing vessel detection means 54 for detecting the vibration (vibration) of the fishing rod 53 The microcomputer 56 which determines whether the vibration sensed by the sensing means 54 is a vibration of the wind or wave and the identification signal of the microcomputer 56 are transmitted to the receiver 52 through the antenna 57. And a radio wave transmitter 57 for transmitting the code signal.

Of course, the micom 56 is associated with a switch 58 for selecting the operation of the transmitter 51 and setting the ID code mode, and an ID code recording unit 59 for recording the ID code.

It will be obvious that the microcomputer 56 can compare and discriminate by inputting an external pressure (noise) such as vibration and wind or air volume generated during the mouth depending on the size and type of fish.

The fishery detecting means 54 includes a ceramic piezoelectric buzzer 61 for sensing the vibration of the fishing rod 60 by the mouth of the fish and an amplifier 62 for amplifying the vibration of the ceramic piezoelectric buzzer 61.

The receiver 52 receives an ID code input through the radio wave receiver 71 and the radio wave receiver 71 including an antenna 70 as a means for receiving an ID code signal output from the transmitter 51. Demodulation and ID code storage unit 73 is sent to the microcomputer 72 is provided.

Take out and record the received ID code and compare the ID code with the received ID code so that the user can recognize the signal of the microcomputer 72 and the microcomputer 72 to determine whether the stored ID code is matched. It consists of the display part 74 and the sound vibration part 75.

The display unit 74 is a means for displaying a number of fishing rods when using a plurality of fishing rods, such as a display for displaying a letter and a display for indicating that the display is an LED, or a plurality of light emitting means without a display You may also do so.

The sound vibrator 75 may vibrate the receiver 52 as a means for recognizing a fisherman together with the display unit so as to be used in a silent mode or to generate a sound so that the sound can be easily recognized. The ceramic piezoelectric buzzer 61 of the transmitter 51 may be used together to recognize the speech.

The fishery detecting device 50 of the present invention as described above is attached to the transmitter 51 in a convenient position, such as the handle or fishing rod support of the fishing rod 53, the receiver 52 is stored by the user, the transmitter 51 Is most preferably the handle portion is mounted to the reel fishing rod 53.

The ceramic piezoelectric buzzer 61 of the fishery detecting means 52 drawn out from the air transmitter 51 is positioned in front of the transmitter 51 and attached to the fishing rod 53.

Of course, when the transmitter 51 is attached to the fishing rod 53, the switch 58 of the transmitter 51 is operated to switch to the transmission ready state.

In this state, if the switch 58 is pressed for a predetermined time, the microcomputer 56 enters the ID code setting mode and automatically mixes the ID code of a specific digit by the ID code program.

In this state, if the switch 58 is pressed again, the ID code program of the microcomputer 56 stops, and the mixed ID code up to this time becomes the ID code of the transmitter, and records it in the nonvolatile memory 55, and at the same time, the radio transmitter 57 Send through).

The signal transmitted from the transmitter 51 is received by the radio wave receiver 71 of the receiver 52 and recorded in the ID code memory unit 73 so that it can be recognized by the user when detecting the heart.

Of course, when the switch 58 is pressed or the switch 58 is pressed for a predetermined time or more, the voltage of the output terminal for adjusting the sensitivity of the microcomputer 56 is changed to increase or decrease the base bias of the amplifier 62 to You may want to change the sensitivity.

By operating the switch 58 as described above by varying the ID code transmission cycle according to the ID code is associated with the ID code so that the receiver 52 can receive the ID code without interference even when using multiple transmitters 51 This is possible by outputting with a delay time.

In this state, if tremor (vibration) of fishing rod 53 occurs by fishery, ceramic piezoelectric buzzer 61 senses and applies it to the amplifier 62, and the amplifier 62 amplifies the fine vibration and applies it to the microcomputer 56. Done.

Then, the microcomputer 56 determines whether it is an external pressure or an external pressure based on pre-input data, and blocks transmission in the case of external pressure, and reads the corresponding ID code from the nonvolatile memory 55 in which an ID code is input. The radio wave transmitter 57 outputs a number of times at a predetermined transmission cycle.

The signal output from the transmitter 51 is transmitted to the microcomputer 72 through the radio wave receiver 71 of the receiver 52, and the microcomputer 72 matches with the ID code stored in the ID code memory 73. When the ID code is output to the display unit 74 or the sound vibrator 75, the user is recognized that the fishery is detected by various methods such as sound, vibration, and light emission.

The present invention by using the fishery detection device 50 as described above is able to move freely off the fishing rod, it is possible to meditate by fishing in a quiet state and to relieve the stress caused by fishery detection.

The present invention as described above is composed of a detection means for transmitting the vibration according to the fish to the microcomputer and the microcomputer to determine the fishery on the basis of the vibration generated when the fish is mouthed, and composed of a transmission means and a receiving means for recognizing it when detected as fishery By reducing the range of false signals that can occur during the fishing process, the catch rate can be increased, and the freedom of action can be given to increase the enjoyment of fishing.

Claims (3)

In constructing the fishery detection device 50; The apparatus for detecting speech 50 includes a transmitter 51 for confirming that speech has been detected; A receiver (52) for receiving a signal from the transmitter (51) to recognize a user's speech detection; The transmitter 51 includes fishery detecting means (54) for detecting vibration of fishing rod (53) by fishery; A nonvolatile memory 55 for storing ID codes for distinguishing several fishing rods; A microcomputer 56 which determines whether or not the vibration detected by the fishery detecting means 54 is fishery; A radio wave transmitter 57 for transmitting an ID code signal to the receiver 52 according to the discrimination signal of the microcomputer 56; A switch 58 for setting an ID code by selecting and pressing an operation of the transmitter 51; An ID code recorder 59 for recording the ID code; The receiver 52 includes a radio wave receiver 71 provided as a means for receiving an ID code signal output from the transmitter 51; An ID code storage unit 73 which receives and demodulates the ID code inputted through the radio wave receiver 71 and sends the demodulated code to the microcomputer 72; A micom 72 which extracts and records the received ID code and compares the received ID code to determine whether the ID code matches the stored ID code; Fishing device for fishing, characterized in that it comprises a display unit 74 and the sound vibration unit 75 for allowing the user to recognize the signal of the micom (72). The method of claim 1; The fishery detecting means (54) includes a ceramic piezoelectric buzzer (61) for detecting vibration of the fishing rod (60) by the mouth of the fish; Fishing vessel sensing device further comprises an amplifier (62) for amplifying the vibration of the ceramic piezoelectric buzzer (61). The method of claim 2; The ceramic piezoelectric buzzer 61 is used for fishing detection and sound generation of the transmitter 51 fishing fish detection device, characterized in that used.