KR102437754B1 - Artificial Inteligence Artificial Bait for Lure Fishing and System for Providing Jerking Thereof - Google Patents

Abstract

The present invention relates to an artificial intelligence artificial bait for lure fishing and a jerking providing system thereof. The artificial intelligence artificial bait for lure fishing, according to the present invention, comprises: a water detection sensor (120); a plurality of light-emitting elements (150); a vibrator (160); a power switch (170); an operation mode switch (180); and a control unit (230). According to the present invention, the artificial bait is formed in a shape like a living fish and thus can easily lure fish.

Description

Artificial Intelligence Artificial Bait for Lure Fishing and System for Providing Jerking Thereof

The present invention relates to an artificial intelligence artificial bait for lure fishing and a system for providing a chamfer thereof, and more particularly, to form scales and gills on the body of the artificial bait and paint it to reflect light, and to light a light emitting element or to use a vibrator It relates to artificial intelligence artificial lures for lure fishing that can easily lure fish by generating waves and sounds of frequencies underwater to implement shapes and movements like live fish, and a system for providing chamfers.

In general, artificial baits exist in various ways depending on the conditions of the target fish or water, and artificial baits having the shape of a fish are commonly used.

In lure fishing, various types of artificial baits are used so that fish can recognize them as food. Hard-bait, which is made of a material having rigidity such as plastic or metal, in the shape of a fish, and soft material such as silicone or rubber It is classified into soft-bait, which is made of the material of fish or worms.

Artificial baits, such as hard baits or soft baits, fix a fishing hook capable of catching fish inside or outside the bait together with a fishing line, throw it into the water, and use a reel device to wind the fishing line. As a fish or worm moves on the surface of the water, it lures the target fish by doing a certain movement, and when the fish bites the artificial bait, the mouth or body of the fish is caught on the hook connected to it, and the user catches the fish.

However, the conventional artificial bait has only a specific type of movement at a specific depth due to the external shape formed during the manufacturing process, so it is difficult to lure fish living in various water depths at the same time, and users have a problem with a large number of artificial baits of various shapes. While carrying the bait, depending on the depth of the fishing ground and the activity of the fish, there was a hassle of exchanging different types of artificial baits from time to time while fishing.

In particular, as it takes a lot of time for users to change and use various rigs, there was a problem in that when the fish are clustered and scattered, the yield is significantly lowered, and some users have to carry several fishing rods with various rigs attached Because of that, there was a very cumbersome problem.

Republic of Korea Patent Registration No. 10-1665915 (Registration Date: 2016.10.06.) Republic of Korea Patent Publication No. 10-2019-0129516 (published date: 2019.11.20.)

The technical problem to be achieved by the present invention in order to solve the above problems is to provide an artificial intelligence artificial bait for lure fishing that can easily attract fish by implementing a shape and operation like that of a live fish of a live fish, and its chamfer The purpose is to present the system.

In addition, another technical task to be achieved by the present invention is to provide an artificial intelligence artificial bait for lure fishing that can exhibit various functions depending on the conditions of the target fish or water using one artificial bait, and a system for providing a chamfer thereof. have.

In addition, another technical task to be achieved by the present invention is to form scales and gills on the body of the artificial bait and paint it to reflect light, turn on the light emitting element or generate a wavelength and sound of a predetermined frequency in water with a vibrator The purpose is to present an artificial intelligence artificial bait for lure fishing that can easily lure fish by implementing the shape and motion like a live fish, and a system for providing its chamfer.

In addition, another technical task to be achieved by the present invention is to detect the movement of a fishing line by a sensor when biting a fish or fishing, to turn on or repeatedly flash the LED color of a wireless transceiver connected to the fishing line differently, and a wireless transceiver terminal And/or by transmitting a wireless signal to a smartphone to notify, artificial intelligence artificial bait for lure fishing and its chamfer providing system that can confirm the signal for the bite and fishing of the fish even if the user does not move while holding the fishing rod continuously but it has a purpose.

The problems to be solved of the present invention are not limited to those mentioned above, and other problems not mentioned will be clearly understood by those skilled in the art from the following description.

As a means for solving the above technical problem, the artificial intelligence artificial lure for fishing lure according to the present invention, the upper body 101 and the lower body 102 are separated and combined, forming a fish-shaped body when combined, Scales and gills are formed on the body, and the surface is painted to reflect light, and a fish eye 130 with pupils formed in a convex transparent body is attached, and rings 106 and 113 for connecting fishing lines to the tip and/or lower part of the body and An artificial intelligence artificial bait for lure fishing with a hook 107 connecting a hook 109 to the rear end thereof, comprising: a water sensor 120 configured to be exposed to the outside of the body and configured to detect water; a plurality of light emitting devices 150 configured on one or more of the upper, lower, and side surfaces of the body and illuminating or flickering lights of the same color or different colors to the outside of the body; a vibrator 160 that is configured inside the lower body 102 and generates a wavelength and sound of a predetermined frequency in water by vibration of the vibrating body; It is installed inside the upper body 101 when the upper body 101 and the lower body 102 are separated, and turns on the power of the battery 210 inside the body to turn on one of the light emitting devices 150 . a power switch 170 that lights up to indicate a power on (ON) state; an operation mode switch 180 that is installed inside the upper body 101 when the upper body 101 and the lower body 102 are separated and that a user selects an operation mode with a switch according to the target fish species; And when the detection signal of the water detection sensor 120 is received in the power-on state of the power switch 170 , the light emitting device 150 is simultaneously turned on according to the operation mode of the operation mode switch 180 . or repeatedly blinking or sequentially lighting, and adjusting the frequency of the vibrator 160 to generate a wavelength and sound of a predetermined frequency underwater, and the water detection sensor 120 in the power-on state. Control unit ( 230) may be included.

The artificial intelligence artificial bait is formed of a transparent or translucent plastic cap that is adhered to the body with an adhesive to cover the plurality of light emitting devices 150 or a transparent silicone layer formed by embedding on the plurality of light emitting devices 150 , , a light transmitting member 140 that transmits and emits the light of the light emitting device 150; may be configured to further include.

The artificial intelligence artificial bait, installed in the lower part of the body, sends ultrasonic waves into the water and receives the reflected ultrasonic waves, the ultrasonic sensor 190 for detecting the depth and amount of fish; A micro-camera 200 installed inside the body and photographing the surroundings in the water through a lens exposed to the outside; and a communication unit 220 for transmitting the detection signal of the ultrasonic sensor 190 and the image signal of the micro camera 200 together with the identification number of the artificial bait in real time through a wired or wireless communication network; further comprising, the control unit 230 is configured to operate the ultrasonic sensor 190, the miniature camera 200, and the communication unit 220 when a detection signal of the water detection sensor 120 is received in the power-on state can be
In addition, as a means for solving the above technical problem, the system for providing chamfering of artificial intelligence artificial lure for lure fishing according to the present invention, artificial intelligence artificial bait for lure fishing including the artificial intelligence artificial bait for lure fishing of claim 1 In the chamber providing system, the ultrasonic sensor 190 is installed in the lower part of the body and sends ultrasonic waves into the water and receives the reflected ultrasonic waves to detect the depth of the water and the amount of fish; A micro-camera 200 installed inside the body and photographing the surroundings in the water through a lens exposed to the outside; a communication unit 220 for transmitting the detection signal of the ultrasonic sensor 190 and the image signal of the micro camera 200 together with the identification number of the artificial bait in real time through a wired or wireless communication network; a control unit 230 for operating the ultrasonic sensor 190, the miniature camera 200, and the communication unit 220 when a detection signal of the water detection sensor 120 is received in the power-on state; and the artificial intelligence artificial bait for lure fishing and connected by a cable line 111 and fixed to a fishing line 110, power is supplied through the cable line 111, and the ultrasonic wave received from the communication unit 220 The detection signal of the sensor 190 and the image signal and identification number of the micro camera 200 are transmitted in real time to the fishing rod dedicated app 510 of the wireless transceiver terminal 400 and/or the smartphone 500 through a wireless communication network. The wireless transceiver 300; may be configured to include.

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The wireless transceiver 300 is formed of a transparent or translucent light-transmitting material, an LED lamp 306 is installed on an internal PCB substrate 305 , and a vacuum space 303 is provided above the LED lamp 306 . is formed, the battery 309 is installed in the lower part of the PCB board 305, the cable line 111 is electrically connected to the PCB board 305, and the upper cap has a screw part formed on the lower inner side or the outer side. (302); a lower cap 303 having an empty space formed therein, and a screw portion formed on the outer or inner side of the upper portion is fastened to the screw portion of the upper cap 302; a waterproof ring 330 installed between the upper cap 302 and the lower cap 303; a waterproofing member 320 that is formed to be sealed under the battery 309 of the upper cap 302 and prevents penetration of moisture or water toward the PCB substrate 305; a connecting ring 304 formed on the side of the upper cap 302 or the lower cap 303 to connect and tie the fishing line 110; Transmits and receives a signal with the communication unit 220 of the artificial intelligence artificial bait through the cable line 111, the wireless communication terminal 400 and / or the fishing rod dedicated app 510 of the smartphone 500 and a wireless communication network a communication unit 307 for transmitting and receiving signals through; and the detection signal of the ultrasonic sensor 190 received from the artificial intelligence artificial bait through the cable line 111 and the image signal and identification number of the micro-camera 200 through the wireless communication network. ) and/or the control unit 310 for real-time transmission to the fishing rod-only app 510 of the smartphone 500; may be configured to include.

According to the present invention, there is an effect of easily attracting fish by forming a shape like a live fish of a live fish.

In addition, there is an effect of using a single artificial bait to exert various functions depending on the conditions of the target fish or water.

In addition, scales and gills are formed on the surface of the body and painted to reflect light, fins and tails are formed in the upper and lower parts and tails, reflectors are formed in the fish eyes, and the light emitting element on the body is turned on or flashed repeatedly and vibrator It can be formed in the shape of a live fish by generating a wavelength and sound of a predetermined frequency underwater.

In addition, when the detection signal of the water detection sensor 120 is received in the power-on state of the artificial intelligence artificial bait 100, according to the operation mode of the operation mode switch 180, the light emitting element 150 is turned on at the same time. or repeatedly blinking or sequentially lighting it, and adjusting the vibration frequency of the vibrator 160 to generate a wavelength and sound of a predetermined frequency underwater, and the detection signal of the water detection sensor 120 in the power-on state for a predetermined time If not received for a while, the power of the battery 210 is automatically turned off, and when a detection signal is generated from the water detection sensor 120, the power of the battery 210 is automatically supplied to operate the light emitting device 150 and the vibrator 160 It has the effect of attracting fish in the water.

In addition, the sensor detects the movement of the fishing line 110 during the biting or fishing of a fish to turn on a different color of the LED lamp installed on the upper part of the float or repeatedly flash a different color, and use a wireless transceiver terminal and/or a smartphone. By transmitting a wireless signal to notify through LED light, sound and/or vibration, the user can check the signal for the bite and catch of the fish even if the user is not moving while holding the fishing rod.

Effects of the present invention are not limited to those mentioned above, and other effects not mentioned will be clearly understood by those skilled in the art from the following description.

1 is a block diagram of an artificial intelligence artificial bait for lure fishing according to a first embodiment of the present invention.
2 to 5 are product configuration diagrams of artificial intelligence artificial lures for fishing lure according to the second to fifth embodiments of the present invention.
6 is a block diagram of an artificial intelligence artificial bait for lure fishing according to the first to fifth embodiments of the present invention.
7 is a block diagram of an artificial intelligence artificial bait for lure fishing according to a sixth embodiment of the present invention.
8 to 13 are diagrams of a system for providing artificial intelligence artificial bait for lure fishing according to a seventh embodiment of the present invention;
8 is a block diagram of artificial intelligence artificial bait 100 for lure fishing,
9 is a block diagram of an artificial intelligence artificial bait 100 for lure fishing,
10 is a view showing an artificial intelligence artificial bait 100 and a wireless transceiver 300 for lure fishing,
11 is an internal configuration diagram of the wireless transceiver 300,
12 is a block diagram of a wireless transceiver 300,
13 is a block diagram showing the wireless transceiver 300 and the wireless transceiver terminal 400. Referring to FIG.
14 is a block diagram showing a system for providing artificial intelligence artificial bait for lure fishing according to an eighth embodiment of the present invention.
15 to 16 are photographs showing examples of use of artificial intelligence artificial bait products for lure fishing according to the present invention.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those of ordinary skill in the art can easily carry out the present invention. However, the present invention may be embodied in several different forms and is not limited to the embodiments described herein. And in order to clearly explain the present invention in the drawings, parts irrelevant to the description are omitted, and similar reference numerals are attached to similar parts throughout the description of the invention.

Hereinafter, specific technical contents to be practiced in the present invention will be described in detail with reference to the accompanying drawings.

first to fifth embodiments

1 is a block diagram of an artificial intelligence artificial lure for lure fishing according to a first embodiment of the present invention, and FIGS. 2 to 5 are artificial intelligence artificial lures for lure fishing according to second to fifth embodiments of the present invention. 6 is a block diagram of artificial intelligence artificial bait for lure fishing according to the first to fifth embodiments of the present invention.

Artificial intelligence artificial bait 100 for lure fishing of the present invention is also called a 'metal jig', and as shown in FIGS. 1 to 5 , it is largely composed of an upper body 101 and a lower body 102 .

The upper body 101 and the lower body 102 may be formed as one body or configured to be separated and combined.

The artificial intelligence artificial bait 100 for lure fishing of the present invention forms a fish-shaped body, and a fish eye 130 with pupils formed in a convex transparent body is attached, scales and gills 112 are formed on the body, and the surface is formed. It is painted to reflect light, giving it the shape of a live fish.

The fish eye 130 has a reflector (not shown) that reflects light under a transparent body, and a pupil is formed thereon. In this case, the pupil may be formed by drawing or printing on the reflector, or may be configured to move by inserting the pupil into the space inside the transparent body. The transparent body is convexly formed of a transparent material (plastic, resin, silicone, etc.) like a fish's eye.

The upper and lower bodies 101 and 102 of the artificial intelligence artificial bait 100 for lure fishing may be formed of a material such as stainless steel, aluminum alloy, metal, non-metal, plastic, rubber, silicon, or the like.

The artificial intelligence artificial lure 100 for lure fishing of the present invention may be configured by forming fins 104 in the upper and lower parts of the body and forming a tail 105 in the rear as shown in FIG. Fins and tails may be omitted as in the product.

The fins 104 and the tail 105 are formed the same as the materials of the upper and lower bodies 101 and 102, and can be formed in a thin and streamlined shape to give a feeling like a live fish, and formed by a molding process. can be

The fins 104 and the tail 105 may be formed using a material different from that of the upper and lower bodies 101 and 102 . For example, when the material of the upper and lower bodies 101 and 102 is metal, a material such as plastic, rubber, silicone, etc. may be used to attach it with an adhesive or melt the joint portion to bond it.

The upper body 101 may have a ring 106 for connecting a fishing line to the tip of one side, and a male thread (or a female thread) may be formed on the other side. And the lower body 102 may have a female screw (or male screw) formed on one side and a ring 107 connecting the fishing hook 109 to the rear end of the other side may be formed.

Accordingly, one body can be formed by fastening the upper and lower bodies 101 and 102 . At this time, a waterproofing member 103 for preventing moisture or water from penetrating into the interior is formed between the upper and lower bodies 101 and 102 .

On the other hand, the upper body 101 is formed with a ring (106, 113) for connecting a fishing line to one end and/or a lower portion of the body, and an insertion groove is formed inside the body of the other side, or an insertion portion is formed to protrude at the other end. can And the lower body 102 has an insertion portion protruding from one end or an insertion groove is formed inside the body on one side, and a ring 107 for connecting the fishing hook 109 to the rear end of the other side may be formed.

Therefore, one body can be formed by inserting and fixing the upper and lower bodies 102 and 102 into the insertion grooves. At this time, a waterproofing member 103 for preventing moisture or water from penetrating into the interior is formed between the upper and lower bodies 102 and 102 .

In addition, artificial intelligence artificial bait 100 for lure fishing according to the first to fifth embodiments of the present invention, as shown in Figure 2, a water detection sensor 120, a light emitting device 150, a vibrator (vibrator; 160) ), a power switch 170 , an operation mode switch 180 , and a control unit 230 .

Here, the water detection sensor 120 is configured on the upper or lower body 101 and 102 , is installed to be exposed to the outside of the body, and operates when water is detected and transmits a detection signal to the control unit 230 .

The light emitting device 150 may be installed as one on any one or more of the upper, lower, and side surfaces of the upper and/or lower body 101 and 102 , or a plurality of light emitting devices 150 may be installed at a predetermined interval. When the light emitting device 150 is configured in plurality, the light emitting device 150 may be configured to simultaneously light the same color, simultaneously light up lights of different colors, repeatedly blink, or sequentially blink.

The vibrator 160 is configured inside the upper body 101 or the lower body 102, and generates a wavelength and sound of a predetermined frequency underwater by vibration of the vibrating body.

The power switch 170 may be installed inside the upper body 101 when the upper body 101 and the lower body 102 are separated. The power of the battery 210 installed inside the upper body 101 is turned on/off by the switch on/off of the power switch 170 . When the switch of the power switch 170 is turned on, one light emitting device 150 is turned on to indicate a power-on state. Thereafter, if no detection signal is generated from the water detection sensor 120 for a predetermined time, the control unit 230 automatically turns off the power of the battery 210 , and the water detection sensor 120 When a detection signal is generated, the control unit 230 automatically supplies power to the battery 210 to operate normally.

The operation mode switch 180 may be installed inside the upper body 101 when the upper body 101 and the lower body 102 are separated. The operation mode switch 180 is a switch for a user to select an operation mode according to a target fish species, and the operation of the light emitting device 150 and the vibrator 160 is controlled by a program set by the controller 230 . .

For example, the operation mode switch 180 may be configured in 1 step, 2 steps, 3 steps, etc., in upper, middle, or lower steps, or in a first mode, a second mode, a third mode, etc. have.

When the detection signal of the water detection sensor 120 is received in the power-on state of the power switch 170 , the control unit 230 may control the light emitting device ( 150) is turned on at the same time, or repeatedly blinks, or turns on sequentially, and the vibration frequency of the vibrator 160 is adjusted to generate a wavelength and sound of a predetermined frequency underwater. And, when the detection signal of the water detection sensor 120 is not received for a predetermined time in the power-on state, the power of the battery 210 is automatically turned off, and the detection signal from the water detection sensor 120 is When this occurs, power to the battery 210 is automatically supplied to control the battery 210 to operate normally.

Accordingly, the artificial intelligence artificial lure 100 for lure fishing according to the first to fifth embodiments of the present invention is the detection signal of the water detection sensor 120 in the power-on state of the power switch 170 . When is received, depending on the operation mode of the operation mode switch 180, the light emitting device 150 is simultaneously turned on, repeatedly blinked, or turned on sequentially, and the frequency of the vibrator 160 is adjusted to obtain a wavelength of a predetermined frequency. and sound generated underwater. And, when the detection signal of the water detection sensor 120 is not received for a predetermined time in the power-on state, the power of the battery 210 is automatically turned off, and the detection signal from the water detection sensor 120 is When this occurs, the power of the battery 210 is automatically supplied to operate the light emitting device 150 and the vibrator 160 to attract fish in the water.

6th embodiment

7 is a block diagram of an artificial intelligence artificial bait for lure fishing according to a sixth embodiment of the present invention.

As shown in FIG. 7, in the artificial intelligence artificial lure 100 for lure fishing according to the sixth embodiment of the present invention, a plurality of light emitting elements 150 are formed on the side of the upper body 101 at predetermined intervals, It differs from the first to fifth embodiments ( FIGS. 1 to 5 ) in that a light transmitting member 140 that transmits and emits the light of the light emitting device 150 is formed on the plurality of light emitting devices 150 , and the rest The configuration is the same.

The light transmitting member 140 is installed by attaching a transparent or translucent plastic cap to the upper body 101 with an adhesive, and the plurality of light emitting devices 150 are configured under the inner space of the plastic cap.

In addition, the light transmitting member 140 may be formed of a transparent silicon layer buried on the upper body 101 to completely cover the plurality of light emitting devices 150 .

The light transmitting member 140 controls and emits the light intensity of the light emitting device 150 and also functions to diffuse the light. In addition, the light transmitting member 140 also performs a waterproof function of protecting the light emitting device 150 from moisture or water.

7th embodiment

8 to 13 are diagrams of a system for providing a chamfer of artificial intelligence artificial lure for fishing according to a seventh embodiment of the present invention. is a block diagram of the artificial intelligence artificial lure 100 for fishing, FIG. 10 is a diagram showing the artificial intelligence artificial lure 100 and the wireless transceiver 300 for lure fishing, It is an internal configuration diagram, FIG. 12 is a block diagram of the wireless transceiver 300 , and FIG. 13 is a block diagram illustrating the wireless transceiver 300 and the wireless transceiver terminal 400 .

Artificial intelligence artificial lure 100 for lure fishing according to the seventh embodiment of the present invention, as shown in FIGS. 8 to 9, the ultrasonic sensor 190, the micro-camera 200, the communication unit 220 is the first It is added in the embodiment (Fig. 1) or the sixth embodiment (Fig. 7), and the rest of the configuration is the same as in the first embodiment or the sixth embodiment.

The ultrasonic sensor 190 may be installed under the upper or lower body 101 or 102 . The ultrasonic sensor 190 is a sensor that emits ultrasonic waves into the water and receives the reflected ultrasonic waves to detect the depth of the water and the amount of fish.

The ultrasonic sensor 190 is operated by the detection signal of the water detection sensor 120 in the power-on state of the power switch 170 . The detection signal of the ultrasonic sensor 190 is transmitted to the control unit 230 and is transmitted through wired or wireless communication through the communication unit 220 .

The miniature camera 200 is installed inside the body and takes pictures of the surroundings in the water through a lens exposed to the outside.

The miniature camera 200 is operated by the detection signal of the water sensor 120 in the power-on state of the power switch 170 . The detection signal of the miniature camera 200 is transmitted to the control unit 230 and is transmitted through the communication unit 220 through wired or wireless communication.

The communication unit 220 transmits the detection signal of the ultrasonic sensor 190 and the image signal of the micro-camera 200 together with the unique identification number of the artificial bait through a wired or wireless communication network in real time.

For example, referring to FIGS. 10 to 12 , the communication unit 220 transmits and receives power and signals through a cable line 111 connected between the artificial intelligence artificial bait 100 and the wireless transceiver 300 . can do.

At this time, the wireless transceiver 300 transmits the signal received from the communication unit 220 of the artificial intelligence artificial bait 100 through the wireless transmission/reception antenna 308 to a wireless transceiver terminal (see 400 in FIG. 13) and/or a smartphone (See 500 of FIG. 14) It is transmitted wirelessly to the fishing float-only app 510.

In addition, the artificial intelligence artificial bait 100 may receive power from the wireless transceiver 300 through the cable line 111 and use it separately from or replace the power of the battery 210 . At this time, when power is supplied from the wireless transceiver 300 to the cable line 111 in the artificial intelligence artificial bait 100 , it is not necessary to install the internal battery 210 .

The control unit 230 of the artificial intelligence artificial bait 100 when the detection signal of the water detection sensor 120 is received in the power-on state of the power switch 170, the ultrasonic sensor 190 and the The miniature camera 200 and the communication unit 220 are operated. And, when the detection signal of the water detection sensor 120 is not received for a predetermined time in the power-on state, the power of the battery 210 is automatically turned off, and the detection signal from the water detection sensor 120 is When this occurs, the power of the battery 210 is automatically supplied to operate the ultrasonic sensor 190 , the micro-camera 200 , and the communication unit 220 normally.

The artificial intelligence artificial bait 100 is the artificial intelligence artificial bait 100 described in the first to fifth embodiments ( FIGS. 1 to 5 ) and the sixth to seventh embodiments ( FIGS. 7 to 8 ). can be configured using

The wireless transceiver 300 is connected to the artificial intelligence artificial bait 100 and the fishing line 110 and the cable line 111 . Although the wireless transceiver 300 floats on the water surface by buoyancy, it is not necessarily installed on the water surface and may be installed suspended in the air.

The wireless transceiver 300 is the detection signal of the ultrasonic sensor 190 of the artificial intelligence artificial bait 100 received through the cable line 111, the image signal of the micro camera 200, and the identification number of the artificial bait is transmitted in real time to the fishing rod dedicated app 510 of the wireless transceiver terminal 400 and/or the smart phone 500 through a wireless communication network.

In addition, the wireless transceiver 300 supplies power through the cable line 111 to the artificial intelligence artificial bait 100 or the fishing rod dedicated app ( The control signal received from the 510 may be transmitted through the cable line 111 .

11 to 12, the wireless transceiver 300 is formed of a transparent or translucent material and has an upper cap 302 having buoyancy, and is coupled with the upper cap 302 to form a single body and is transparent Alternatively, a lower cap 303 formed of a translucent or opaque material and having buoyancy, and a waterproof ring 330 configured between the upper cap 302 and the lower cap 303 to prevent water from penetrating into the water. include

As shown in FIG. 11 , the upper cap 302 has a PCB board 305 installed horizontally therein, and an LED lamp 306 , a communication unit 307 , and a control unit 310 on the PCB board 305 . etc. are installed, and the battery 309 is installed under the PCB board 305 .

The LED lamp 306 may be configured to emit any one color of blue, green, yellow, and red. In addition, the LED lamp 306 may be configured to emit different colors or to blink repeatedly.

A vacuum space 303 is formed above the PCB substrate 305 , and a waterproof member 320 is formed below the battery 309 of the PCB substrate 305 .

Here, the vacuum space 303 is a space sealed in a vacuum state, and serves to restore the buoyancy of the wireless transceiver 300 vertically and to maintain a stable posture even in wind or waves.

The waterproof member 320 serves to completely waterproof to prevent moisture or water from penetrating into the PCB board 305 . In this case, the waterproofing agent may be silicone, epoxy resin, or the like.

The upper cap 302 may have a screw portion (not shown) formed on the lower inner side or the outer side. At this time, when the screw part is formed in the lower inner side, the male screw is formed, and when the screw part is formed in the lower outer side, the female screw is formed. The threaded portion of the upper cap 302 is coupled to the threaded portion of the lower cap 303 .

The upper cap 302 may have a wireless transmit/receive antenna 308 installed or formed thereon. And, the upper cap 302 has a connecting ring 304 for connecting and fixing the fishing line 110 to the side thereof. The connecting ring 304 may be formed on a side surface of the lower cap 303 .

The cable line 111 connected to the artificial intelligence artificial bait 100 is connected to the inside of the wireless transceiver 300 and is electrically connected to the PCB board 305 . At this time, the cable line 111 that has entered the inside of the wireless transceiver 300 is buried by the waterproof member 320 to prevent moisture or water from penetrating therein.

Meanwhile, the upper cap 302 may be formed such that a plurality of concave grooves are formed on the inner surface through which the light of the LED lamp 306 is transmitted so that the light of the LED lamp 306 is diffused to the outside. In addition, a scratch may be formed on the inner or outer surface of the upper cap 302 so that the light of the LED lamp 306 is diffused to the outside.

Subsequently, as shown in FIG. 11 , the lower cap 303 is configured to be fastened with the screw portion of the upper cap 302 by forming a threaded portion on the outer or inner side of the upper portion, and an empty space is formed therein.

The wireless transceiver 300 transmits and receives a data signal through wireless communication with a wireless transceiver terminal (see 400 in FIG. 13 ) and/or a smart phone (see 500 in FIG. 14 ) through the wireless transmission/reception antenna 308 .

The communication unit 307 transmits the detection signal of the ultrasonic sensor (190 in FIG. 9) received from the artificial intelligence artificial bait 100 by the control unit 310 and the imaging signal of the micro-camera 200 with a wireless transceiver ( 300) through the wireless transmission/reception antenna 308 to transmit wirelessly to the wireless transmission/reception terminal (refer to 400 in FIG. 13) and/or to a smart phone (refer to 500 in FIG. 14).

The control unit 310 may be installed on the PCB board 305 of the upper cap 302 . The control unit 310 controls the power of the battery 309 to be supplied to the artificial intelligence artificial bait 100 through the cable line 111 .

Then, the control unit 310 receives the detection signal of the ultrasonic sensor (190 in FIG. 9) received from the artificial intelligence artificial bait 100 through the cable line 111 and the image capturing signal of the micro camera 200. Control is performed to transmit wirelessly to the wireless transceiver terminal (see 400 in FIG. 13 ) and/or a smart phone (see 500 in FIG. 14 ) through the wireless transmission/reception antenna 308 together with the identification number of the wireless transceiver 300 .

In addition, the control unit 310 receives the control signal received from the wireless transmission/reception terminal 400 and/or the smartphone 500 through the wireless transmission/reception antenna 308 through the cable line 111 to the artificial intelligence artificial intelligence (AI) signal. By transmitting it to the bait 100, the operation of the artificial intelligence artificial bait 100 is controlled.

That is, the wireless transceiver terminal 400 and/or the smart phone 500 transmits a control signal to the wireless transceiver 300 hung on the fishing line 110 to operate the artificial intelligence artificial bait 100 in the water. can be controlled. For example, the operation of the light emitting element 150, the vibrator 160, the ultrasonic sensor 190, and the micro camera 200 of the artificial intelligence artificial bait 100 can be controlled, respectively, and the artificial intelligence artificial bait ( 100) may be turned on (ON) / off (OFF).

Meanwhile, the wireless transceiver terminal 300 may be configured to further include a 3-axis acceleration sensor (not shown).

Here, the three-axis acceleration sensor is installed on the PCB substrate 105 of the upper cap 102, and measures the acceleration in the x-axis, y-axis, and z-axis directions to measure the movement of the fishing line 110 in real time. and transmits the measured signal to the control unit 310 .

The control unit 310 compares the signal level measured up and down by the three-axis acceleration sensor with the reference level measured for a predetermined time by the three-axis acceleration sensor from the time of acquisition of the artificial intelligence artificial bait 100. When a bite or fishing is determined, the color of the LED lamp 306 is lit differently or another color is repeatedly flashed, and the wireless transmission/reception terminal 400 together with its identification number through the wireless transmission/reception antenna 308. And/or a real-time wireless transmission to the fishing rod dedicated app (510) of the smartphone (500). At this time, when the detection signal from the wireless transceiver 300 is received in the fishing rod dedicated app 510 of the wireless transceiver terminal 400 and/or the smartphone 500, the bite and fishing signals of the fish are output on the screen in real time. do.

Subsequently, as shown in FIG. 13 , the seventh embodiment of the present invention includes a wireless transceiver terminal 400 for wirelessly transmitting and receiving data with the wireless transceiver 300 .

As shown in FIG. 13, the wireless transceiver terminal 400 includes a power supply unit 410, a transmission/reception antenna 420, a display screen 430, an LED light emitting unit 440, a speaker 450, a vibration motor 460, It includes a wireless communication unit 470 and a control unit 480 . The wireless transceiver terminal 400 may be installed by being attached to a fishing rod, or may be configured as a separate device.

Here, the power supply unit 410 may be composed of electricity or a rechargeable battery. The transmit/receive antenna 420 is an antenna that transmits/receives a data signal to and from the radio transceiver 300 .

The display screen 430 may be configured as an LED screen or a touch screen screen. On the display screen 430, the depth of the water and the amount of fish for each identification number are displayed on the screen by the detection signal of the ultrasonic sensor 190 of the artificial intelligence artificial bait 100, and the underwater image of the micro camera 200 is displayed on the screen. output to In addition, the display screen 430 is configured to display the bite and fishing signals of the fish on the app screen according to the detection signal of the 3-axis acceleration sensor of the wireless transceiver 300 .

The LED light emitting unit 440 displays the power-on state of the wireless transceiver terminal 400 and the charge amount of the battery.

The wireless transceiver terminal 400 may be configured to include the display screen 430 and the LED light emitting unit 440 together, or may constitute only one of the display screen 430 and the LED light emitting unit 440 . .

The speaker 450 outputs a sound, and the vibration motor 460 is a motor that generates vibration. The present invention may be configured by using a vibrator instead of the vibration motor 460 .

The wireless communication unit 470 wirelessly transmits and receives a data signal to and from the wireless transceiver 300 through the transmission/reception antenna 420 .

The control unit 480 displays the water depth and the amount of fish for each identification number by the detection signal of the ultrasonic sensor 190 of the artificial intelligence artificial bait 100, which is received by wireless communication from the wireless transceiver 300, on the display screen ( 430), and outputs the captured image of the micro camera 200 to the display screen 430, and bites and catches fish according to the detection signal of the 3-axis acceleration sensor (not shown) of the wireless transceiver 300 It displays a signal on the app screen and outputs a sound or vibration according to the user's settings. Then, the power on/off of the wireless transceiver 300 is wirelessly controlled through the transmission/reception antenna 420 , and the operation of the artificial intelligence artificial bait 100 is remotely controlled through the wireless transceiver 300 .

8th embodiment

14 is a block diagram showing a system for providing artificial intelligence artificial bait for lure fishing according to an eighth embodiment of the present invention.

As shown in FIG. 14 , the system for providing artificial intelligence artificial bait for lure fishing according to an eighth embodiment of the present invention includes a wireless transceiver 300 , a smart phone 500 , and a system server 600 .

Here, the radio transceiver 300 has the same configuration as the radio transceiver 300 of the seventh embodiment.

The smartphone 500 is identified by the detection signal of the ultrasonic sensor 190 of the artificial intelligence artificial bait 100, which is received by wireless communication from the wireless transceiver 300 through the installed fishing rod dedicated app 510. The water depth and the amount of fish by number are displayed on the app screen, the captured image of the micro camera 200 is output to the app screen, and the fish bite and fishing signal according to the detection signal of the 3-axis acceleration sensor of the wireless transceiver 300 is displayed on the app screen, outputs a sound or vibration according to the user's settings, and controls the power on/off of the electroluminescent fishing rod through wireless communication.

The system server 600 is an operating server of the artificial intelligence artificial bait for lure fishing chamfering system, and is connected to the smart phone 500 and the Internet network, and the fishing float dedicated app 510 to the smart phone 500. ) is available for download.

Finally, Figures 15 to 16 are photographs showing examples of the use of artificial intelligence artificial bait products for lure fishing according to the present invention.

As described above, the artificial intelligence artificial bait for lure fishing and its chamfer providing system according to the present invention form scales and gills on the body of the artificial bait and paint it to reflect light, and turn on the light emitting device or use a vibrator It can easily attract fish by generating waves of frequencies and sounds underwater to create shapes and movements like live fish.

In addition, the sensor detects the movement of the fishing line 110 during the biting or fishing of a fish to turn on a different color of the LED lamp installed on the upper part of the float or repeatedly flash a different color, and use a wireless transceiver terminal and/or a smartphone. By transmitting a wireless signal to notify through LED light, sound and/or vibration, the user can check the signal for the bite and catch of the fish even if the user is not moving while holding the fishing rod.

In addition, when the detection signal of the water detection sensor 120 is received in the power-on state of the artificial intelligence artificial bait 100, according to the operation mode of the operation mode switch 180, the light emitting element 150 is turned on at the same time. or repeatedly blinking or sequentially lighting it, and adjusting the vibration frequency of the vibrator 160 to generate a wavelength and sound of a predetermined frequency underwater, and the detection signal of the water detection sensor 120 in the power-on state for a predetermined time The problem to be solved in the present invention is solved by automatically turning off the power of the battery 210 if it is not received for a while, and automatically supplying power to the battery 210 when a detection signal is generated from the water detection sensor 120 and operating normally. can be achieved

Preferred embodiments of the present invention described above are disclosed in order to solve the technical problems, and those skilled in the art to which the present invention pertains may make various modifications, changes, additions, etc. within the spirit and scope of the present invention. This will be possible, and such modifications and changes should be regarded as belonging to the following claims.

100: artificial intelligence artificial bait for lure fishing
101: upper body 102: lower body
103: waterproof member 104: fins
105: tail 106: fishing line hook
107: hook hook 108: linkage
109: fishing hook 110: fishing line
111: cable line 112: gills
113: hook hook 120: water sensor
130: fish eye 140: light transmitting member
150: light emitting element 160: vibrator (vibrator)
170: power switch 180: operation mode switch
190: ultrasonic sensor 200: ultra-small camera
210: battery 220: communication unit
230: control unit 300: wireless transceiver
301: body 302: upper cap
302: lower cap 303: vacuum space
304: link 305: PCB board
306: LED lamp 307: communication department
308: radio transmitting and receiving antenna 309: battery
310: control unit 320: waterproof member
330: waterproof ring 400: wireless transceiver terminal
410: power supply 420: transmit/receive antenna
430: display screen 440: LED light emitting part
450: speaker 460: vibration motor
470: wireless communication unit 480: control unit
500: smartphone 510: fishing float dedicated app
600: system server

Claims (5)

The upper body 101 and the lower body 102 are separated and combined, and when combined, a fish-shaped body is formed, scales and gills are formed on the body, the surface is painted to reflect light, and the pupil is formed in a convex transparent body Artificial intelligence artificial lure for lure fishing in which a fish eye 130 is attached, rings 106 and 113 for connecting a fishing line to the tip and/or lower part of the body and a ring 107 for connecting a hook 109 to the rear end are formed. in,
a water sensor 120 configured to be exposed to the outside of the body and configured to detect water;
a plurality of light emitting devices 150 configured on one or more of the upper, lower, and side surfaces of the body and illuminating or flickering lights of the same color or different colors to the outside of the body;
a vibrator 160 that is configured inside the lower body 102 and generates a wavelength and sound of a predetermined frequency in water by vibration of the vibrating body;
It is installed inside the upper body 101 when the upper body 101 and the lower body 102 are separated, and turns on the power of the battery 210 inside the body to turn on one of the light emitting devices 150 . a power switch 170 that lights up to indicate a power on (ON) state;
an operation mode switch 180 that is installed inside the upper body 101 when the upper body 101 and the lower body 102 are separated and that a user selects an operation mode with a switch according to the target fish species; and
When the detection signal of the water detection sensor 120 is received in the power-on state of the power switch 170 , the light emitting device 150 is simultaneously turned on according to the operation mode of the operation mode switch 180 . or repeatedly blinking or sequentially lighting it, and adjusting the frequency of the vibrator 160 to generate a wavelength and sound of a predetermined frequency underwater, and the detection signal of the water detection sensor 120 in the power-on state When is not received for a predetermined time, the power of the battery 210 is automatically turned off, and when a detection signal is generated from the water detection sensor 120, the control unit 230 that automatically supplies power to the battery 210 to operate normally. );
Artificial intelligence artificial bait for lure fishing, including.
The method according to claim 1,
The artificial intelligence artificial bait,
It is formed of a transparent or translucent plastic cap that is adhered to the body with an adhesive to cover the plurality of light emitting devices 150 or a transparent silicone layer formed by embedding on the plurality of light emitting devices 150 , the light emitting device 150 . a light transmitting member 140 that transmits and emits the light;
Artificial intelligence artificial bait for lure fishing further comprising.
The method according to claim 1,
The artificial intelligence artificial bait,
an ultrasonic sensor 190 installed in the lower part of the body and sending ultrasonic waves into the water and receiving reflected ultrasonic waves to detect the depth of the water and the amount of fish;
A micro-camera 200 installed inside the body and photographing the surroundings in the water through a lens exposed to the outside; and
A communication unit 220 for transmitting the detection signal of the ultrasonic sensor 190 and the image signal of the micro camera 200 together with the identification number of the artificial bait in real time through a wired or wireless communication network;
The control unit 230 operates the ultrasonic sensor 190, the micro-camera 200, and the communication unit 220 when the detection signal of the water detection sensor 120 is received in the power-on state. ,
Artificial intelligence artificial bait for lure fishing.
In the chamfering system of artificial intelligence artificial lure for lure fishing comprising the artificial intelligence artificial bait for lure fishing of claim 1,
The ultrasonic sensor 190 is installed in the lower part of the body and sends ultrasonic waves to the water and receives the reflected ultrasonic waves to detect the depth of the water and the amount of fish;
A micro-camera 200 installed inside the body and photographing the surroundings in the water through a lens exposed to the outside;
a communication unit 220 for transmitting the detection signal of the ultrasonic sensor 190 and the image signal of the micro camera 200 together with the identification number of the artificial bait in real time through a wired or wireless communication network;
a control unit 230 for operating the ultrasonic sensor 190, the miniature camera 200, and the communication unit 220 when a detection signal of the water detection sensor 120 is received in the power-on state; and
The artificial intelligence artificial bait for lure fishing is connected to the cable line 111 and fixed to the fishing line 110 , the ultrasonic sensor is supplied with power through the cable line 111 , and received from the communication unit 220 . Wireless transmitting the detection signal of 190 and the image signal and identification number of the micro camera 200 in real time to the fishing rod dedicated app 510 of the wireless transceiver terminal 400 and/or the smartphone 500 through a wireless communication network transceiver 300;
A system for providing artificial intelligence artificial bait for lure fishing, including a champagne.
5. The method according to claim 4,
The wireless transceiver 300,
It is formed of a transparent or translucent light-transmitting material, the LED lamp 306 is installed on the PCB substrate 305 inside, the vacuum space 303 is formed in the upper part of the LED lamp 306, and the PCB substrate ( an upper cap 302 in which a battery 309 is installed in a lower portion of the 305, the cable line 111 is electrically connected to the PCB board 305, and a screw portion is formed on the lower inner or outer side;
a lower cap 303 having an empty space formed therein, and a screw portion formed on the outer or inner side of the upper portion is fastened to the screw portion of the upper cap 302;
a waterproof ring 330 installed between the upper cap 302 and the lower cap 303;
a waterproofing member 320 that is formed to be sealed under the battery 309 of the upper cap 302 and prevents penetration of moisture or water toward the PCB substrate 305;
a connecting ring 304 formed on the side of the upper cap 302 or the lower cap 303 to connect and tie the fishing line 110;
Transmits and receives a signal with the communication unit 220 of the artificial intelligence artificial bait through the cable line 111, the wireless communication terminal 400 and / or the fishing rod dedicated app 510 of the smartphone 500 and a wireless communication network a communication unit 307 for transmitting and receiving signals through; and
The detection signal of the ultrasonic sensor 190 received from the artificial intelligence artificial bait through the cable line 111 and the image signal and identification number of the micro-camera 200 are transmitted through the wireless communication network to the wireless transceiver terminal 400 And / or control unit 310 for transmitting in real time to the fishing rod dedicated app 510 of the smartphone 500;
A system for providing artificial intelligence artificial bait for lure fishing, including a champagne.

Images