KR100933754B1 - Multi Electronic Bobber - Google Patents

Abstract

The present invention relates to a multi-electrode, the coupling member is coupled to the top, the body is formed with wings on both sides; An upper cap having an antenna configured on the upper portion is installed on the upper portion of the body; A lower cap is installed at the bottom of the body; A body part having a plurality of separate circular magnetics installed therein is movably installed inside the body; A granularity confirmation sensor is installed on the body at intervals to grasp the position of the body portion; A PCB board configured with a control unit and a wireless transmission unit is installed in the body space to receive a signal from the quality confirmation sensor and apply a signal according to the quality of the wireless receiver that the user has; Ultrasonic waves installed inside the lower cap coupled to the bottom of the electronic body, characterized in that the auxiliary circuit is installed on the inner side of the upper cap installed on the top of the body to supply the necessary power from the quality confirmation sensor and the PCB board. The sensor detects fish, detects the depth and temperature of the fish, so you can forget about the boredom of fishing without waiting and enjoy the sport. It is effective to enjoy the leisure fishing culture in a traditional way.

Electronic bobber, detachable circular magnetic, quality sensor, ultrasonic sensor, depth measurement, temperature measurement, camera, fish detection,

Description

The multi electron float}

The present invention relates to a multi-electrode, more specifically, by using a radio communication signal (sound, vibration, light) type electronic bobbin with RF communication and each ID unique number, when the fish are mouthed, the bobber is automatically wireless Signal is generated, and the generated RF signal is received by the receiving terminal, so that the user can identify the fish's mouth and fishing by vibrating and voice signals through the light or the receiving terminal without directly identifying the bobber. It's about a multi-electrode so you can see it clearly.

The present invention also relates to a multi-electrode which allows a signal with a sensor to be applied stepwise through a detachable circular magnetic installed in the body part so that the fish group can be checked on the screen through the wireless receiver during the day and at night.

In general, in order to fishing, a basic fishing tool such as a fishing rod, a fishing line, and a tailing bait is required.

Most of the currently used bobber has a variety of forms, made of a material such as hard synthetic resin or wood to have buoyancy, and forms an air layer formed inside.

In the fishing tackle of such a fishing tackle, it is used to check the quality of the fish generated in the water or whether there is fishing, in particular, the appropriate position is set according to the depth of the depth where the fishing is made.

Therefore, a part of the upper part rises to the surface to allow the naked eye to be identified, and flows up and down according to the mouth of the fish, so that the user enjoys the fishing leisure of enjoying the mouth of the fish or fishing.

However, if the conventional steaming wave caused by the wind or water flow, it is easily flowed by the wave, there is a problem that it is difficult to determine whether the steam is flowed by the mouth of the fish or flowed by the wave.

Due to the problems described above, there is a problem in that the fishing rod can not be caught at the appropriate time according to the quality of the fish can not fish.

In addition, when fishing, fishing for a long time while continuously looking at the bobber can cause fatigue and dizziness and dizziness in the eyes, and if the eyes are easily congested or severe, the disease such as vision loss and various eye diseases develops. There is a problem such as being.

And beginners do fishing with expectations, but they do not feel the fun and enjoy the fishing leisurely enjoyed by the slack.

In order to solve the above problems, an object of the present invention is to provide a multi-electrode to increase the fishing of the fish by checking the quality of the fish through a radio signal.

In addition, since the fish group is detected by the ultrasonic sensor installed inside the lower cap coupled to the bottom of the electronic bobbin body, you can know the depth and temperature of the water where the fish are gathered. The purpose is to provide a multi-electron to feel the joy of.

In addition, it is possible to grasp the situation in the water through the camera installed in the lower cap is to provide a multi-electrode to increase the quality and fishing of the fish using lure or live bait depending on the type of fish.

The present invention for achieving the above object in the electronic bobber to grasp the mouth of the fish, the coupling member is coupled to the upper end, the body is formed with wings on both sides; An upper cap having an antenna formed on the upper portion is installed on the upper portion of the body; A lower cap is installed at the bottom of the body; A plurality of separate circular magnetics are installed and a body part is installed to be movable inside the body; A granularity confirmation sensor is installed on the body at intervals to grasp the position of the body portion; A PCB board configured with a control unit and a wireless transmitter is installed in the body space so as to receive a signal of the mouth quality check sensor and apply a signal according to the mouth to the wireless receiver which the user has; It provides a multi-electrode, characterized in that the auxiliary circuit is installed in the power supply circuit and the battery inside the upper cap installed on the top of the body so as to supply the power required from the quality confirmation sensor and the PCB board.

In addition, the upper cap is a fastening hole is formed in the upper center, an antenna is installed on one side of the fastening hole to apply a signal wirelessly, a charging hole is formed on the opposite side of the fastening hole is installed, the fastening hole is coupled to the body The fixed cap consisting of a rubber ring to be installed is installed, it is characterized in that the O-ring is installed to prevent water from flowing into the filling hole.

In addition, the inside of the lower cap is characterized in that a plurality of ultrasonic sensors are installed to detect fish groups using sound waves.

In addition, the inside of the lower cap is characterized in that the camera is installed so as to photograph the situation in the water.

The present invention has the effect of increasing the fishing of the fish by confirming the quality of the fish through a radio signal.

In addition, since the fish group is detected by the ultrasonic sensor installed inside the lower cap coupled to the bottom of the electronic bobbin body, it is possible to fish in a place where a lot of fish are gathered, thereby increasing the pleasure of fishing.

In addition, it is possible to grasp the situation in the water through the camera installed in the lower cap has the effect of increasing the mouth and fishing of the fish using lure or live bait depending on the type of fish.

In addition, there is an effect that can check the situation in the water through the camera installed in the lower cap.

In addition, since the lithium ion polymer battery is used, there is an effect that can improve the economic value and environmental problems.

Hereinafter, the configuration of the multi-electrode according to the present invention will be described in detail through the drawings.

1 is an exploded perspective view showing the configuration of the multi-electrode according to the present invention, Figure 2 is a perspective view showing a state in which the multi-electrode is coupled to Figure 1, Figure 3 is a cross-sectional view showing the configuration of the coupling state of Figure 2, 4 is a plan view showing the configuration installed in the lower cap of Figure 3, Figure 5 is a state diagram showing the state immediately before the fish bites in the multi-electrode according to the present invention, Figure 6 is a multi-electrode in accordance with the present invention the bait fish Figure 7 is an operating state diagram showing a slightly watered state, Figure 7 is an operating state diagram showing a state in which the fish bites the bait in the multi-electrode according to the present invention, Figure 8 is a state of fishing using the multi-electrode according to the present invention. It is a block diagram shown.

As shown in FIGS. 1 to 8, the multi-electrode 1 according to the present invention includes a body 10 having a through hole 10a formed therein, and wings 11 are formed at both sides of the body 10, and wings The portion 11 is formed with a space portion 11a that provides buoyancy so that the electronic bobbin 1 can float on water, and a fixing hole 11b is formed at the bottom of the wing portion 11 on which the space portion 11a is formed. .

Coupling member 12 formed in an elliptical shape is formed on the body 10, a plurality of coupling protrusions (12a) is formed on the coupling member 12. In addition, the coupling groove 12b is formed along the upper circumference of the coupling member 12.

A cap fastening protrusion 13 is formed at the center of the upper end of the coupling member 12, and a cap coupling hole 13 a is formed in the cap fastening protrusion 13 so as to penetrate from the top to the bottom thereof.

The upper cap 20 is coupled to the coupling protrusion 12a and the coupling groove 12b formed in the coupling member 12 to prevent water from being introduced into the body 10 and the wing portion 11 and the space portion 11a. A fixing hole 12b is formed at the bottom of the body 10.

In addition, the switch electrode 14 is installed in the space portion 11a of the wing portion 11 of the body 10, and the switch electrode 14 is formed by the electrolyte contained in the water when the electronic bobbin of the present invention touches water. It plays a role of switching so that power can be supplied while a small amount of current flows.

A fastening hole 20a is formed at the center of the upper end of the upper cap 20, and a fixing cap 22 having a rubber ring 22a is installed at the fastening hole 20a, so that the upper cap 20 is the body 10. Is coupled to the top.

And the antenna 21 is installed on one side where the fastening hole (20a) is formed to communicate wirelessly.

A charging hole 20b is formed at one side of the fastening hole 20a, and a battery charging cap 23 is installed at the charging hole 20b, and the battery is charged to prevent water from penetrating into the charging hole 20b. The rubber ring 23a is attached to the cap 23.

A lower cap 30 is installed at the bottom of the body 10, and a body fastening protrusion 31 is formed at the lower cap 30 so as to be coupled to the fixing hole 11b of the wing 11.

A central hole 32 is formed at the inner center of the lower cap 30, and a mounting protrusion 33 having a seating groove 33 a is formed at both sides of the center hole 32.

The body is made of a paulownia material so that the needle on which the bait is suspended may be positioned at a predetermined depth in the water based on the surface of the body 10 so as to be movable up and down in the body 10.

And the body portion 40 is a through-hole 41 is formed so as to penetrate from the top to the bottom so that the fishing line can be combined.

In addition, the fishing line drawn into the through hole 41 is fixed to the top and bottom of the body portion 40 using a knot (not shown) or a rubber ring.

The outer periphery of the body portion 40, the upper and lower fixing grooves 42 are formed, the fixed groove is provided with a separate circular magnetic 43.

And the spring 44 is the body portion 40 is installed on the bottom so that the body portion 40 is returned to the initial position is located inside the body (10).

And the wing portion 11 formed in the body 10, the quality confirmation sensor 50 is installed so as to grasp the position of the separate circular magnetic 43 installed in the body portion, the quality confirmation sensor 50 is the first sensor ( 51), the second sensor 52, the third sensor 53, and the fourth sensor 54.

In addition, a plurality of ultrasonic sensors 60 are installed in the seating groove 33a of the lower cap 30 so that fish group detection, water depth, temperature measurement can be performed.

One side of the central hole 32 of the lower cap 30 is provided with a camera 70 for shooting so that the user can determine the situation around the electronic bobber 1 is located, the center so that it can diverge when shooting through the camera Illumination 71 is installed on the opposite side where the camera 70 is installed around the ball 32.

The user possesses a signal and an image data signal applied through the quality sensor 50 installed on the body 11 and the ultrasonic sensor 60 and the camera 70 installed on the lower cap 30. The PCB substrate 80 is installed in the space portion 11a of the wing 11 to be applied to the wireless receiver 2.

The PCB substrate 80 includes an ultrasonic signal rectifying unit (not shown) for rectifying and filtering a signal applied through the ultrasonic sensor 60, and an A / D converter for converting an image signal collected through a camera into a digital signal (not shown). And a wireless receiver that contains data on the position of the fish group, the fishing of the fish, the quality of the surroundings, the depth of the water, the water temperature, etc. by controlling the signals applied from the ultrasonic signal rectifier and the A / D converter (2). Micom (not shown) is configured to apply a signal so that you can check through.

And a wireless transmitter (not shown) is configured on the PCB substrate 80 so that the user can apply a signal applied from the microcomputer to the wireless receiver 2 possessed by the user.

In addition, the inside of the upper cap 20 coupled to the upper portion of the body 10 supplies the necessary power from the particle quality confirmation sensor 50, the ultrasonic sensor 60, the camera 70, the illumination 71 and the PCB substrate 80. Auxiliary PCB substrate 90 in which a power supply circuit (not shown) and a batter (not shown) are installed to be applied, and the battery is configured as a rechargeable battery to charge and use power.

Since the battery uses a lithium ion polymer battery, there is an advantage of improving economic value and environmental problems.

In order to fish using the multi-electrode 1 of the present invention configured as described above, first, the fishing line to the body portion 40 through the fixing cap 22 of the upper cap 20 coupled to the upper body 10 The through hole 41 is formed into the central hole 32 of the lower cap 30.

The fishing line constitutes a knot or rubber ring which is commonly used on the upper side and the lower side of the body portion 40 so that the fishing line can interlock with the body portion 40.

When the user puts the electronic bobbin of the present invention in the water in the state of adjusting the length of the fishing line by forming a knot or a rubber ring, the water comes into contact with the switch electrode installed on the wing portion 11 of the body 10, wherein the switch electrode ( 14) is a switching role because a small amount of current flows by the electrolyte contained in the water.

Therefore, the power of the battery installed inside the upper cap 20 of the present invention is required power from the quality sensor 50, the ultrasonic sensor 60, the camera 70, the lighting 71 and the PCB board 80. To supply.

Put the underwater in the state of adjusting the length of the fishing line as described above, the user adjusts the position of the fishing needle.

At this time, the adjustment is to determine the proper position while watching the state of the electronic bobbin 1 rises in the water, more specifically, the position of the fishing needle according to the position of the body portion 40 installed inside the body 10.

Looking at setting the position of the fishing needle through the body portion 40, put the bumper in the upward direction in which the fishing needle is located, put the bumper together with the electronic bobber 1 in the water under a certain weight.

When the fishing needle touches the bottom of the water, the body part 40 installed inside the body 10 is in contact with the upper end of the body 10, and of the quality confirmation sensor 50 installed in the space 10 a of the body 10. The detachable circular magnetic 43 signal installed in the body part 40 is applied to the first sensor 51.

When a signal is applied to the control unit of the PCB board 80 installed in the body 10, the control unit applies a signal to the user's wireless receiver 2 through the wireless transmitter to confirm that the fishing needle has touched the bottom of the water. do.

After confirming that the fishing needle touches the floor through the wireless receiver 2 that the user has, the user raises the fishing rod and adjusts the length of the fishing line and floats it again in the water.

When the electronic bobbin 1 floats in the water, the position of the body portion 40 is determined. In this case, the position of the detachable circular magnetic 43 installed in the body portion 40 is the space portion 11a of the body 10. Check if it is in contact with the quality sensor 50 installed in the) through the wireless receiver (2).

At this time, the position of the detachable circular magnetic 43 installed in the upward direction of the body part 40 by the signal applied from the electronic bobbin 1 is determined by the first sensor 51 and the second sensor 52 of the quality confirmation sensor 50. If it appears to be located between), the user determines that the position of the fishing needle is in the optimum position.

As described above, in the state in which the weight of the fishing needle according to the buoyancy of the body portion 40 is properly tuned, the fish group can be detected to detect the location of the fish.

In order to detect the fish group by pressing the button installed on the keypad of the radio receiver 2 detects the fish group through the ultrasonic sensor 60 is installed inside the lower cap.

When the fish is detected by the ultrasonic sensor 60 and the fish is not found around, moving the point to detect the fish again to check.

And in the state where the fish group is detected around the electronic bobber (1), it is possible to determine which species are around. In this case, the camera 70 and the lighting 71 installed inside the lower cap 30 are operated to operate in the sea. Check.

In other words, the image signal photographed by the camera 70 is applied to the microcomputer installed on the PCB substrate 80, the signal applied to the microcomputer to the antenna 21 installed in the upper cap 20 through the wireless transmitter. After that, it is applied to the wireless receiver which the user carries.

Displayed on the screen through the image signal applied to the wireless receiver to determine which species the user is, the display receives the image and displays on the monitor uses a common technique that can be easily known to anyone skilled in the art, and other techniques Is well known and a detailed description thereof will be omitted.

That is, depending on the type of fish, the thickness of the fishing line, the position of the fishing needles, as well as the type of bait is used to change the mouth and fishing is increased.

As described above, the lure bait (fake bait) or live bait (bait using living organisms, not bait) in the state confirmed the state of the water around the bobber through the ultrasonic sensor 60 and the camera 70.

When the fish is mouthed in the state in which the fishing rod is drowned in water, the position of the body portion 40 installed inside the body is moved while the body 10 of the electronic bobbin 1 remains in the water.

The position of the body portion 40 is located between the first sensor 51 and the second sensor 52 or between the second sensor 52 and the third sensor 53 by the mouth of the fish, and at this time In the eating state, the first sensor 51 and the third sensor 53 as described above move in a reciprocating manner.

When the body part 40 moves, a signal moving between the first sensor 51 and the third sensor 53 is transmitted to the wireless receiver 2 via the wireless transmitter through a control unit installed on the PCB board 80. do.

At this time, the user prepares the fishing rod while checking the state of the current fish by operating the camera.

When the fish bites the bait, the position of the separable circular magnetic 43 positioned between the first to third sensors 51, 52, and 53 suddenly passes through the third sensor 53 and the fourth sensor 54. Move to the part where is located.

At this time, the user judges that the fish bites the bait, so the user tries to catch the fish by holding the fishing rod.

In the above process, since the situation of the fish can be grasped by the image, the detachable circular magnetic 43 positioned at the bottom of the body sphere 40 is in the same line as the third sensor 53 installed in the space portion 11a of the body 10. At the same time through the control unit of the PCB substrate 80 through the antenna 21 through the signal to the signal transmitted to the radio transmitter, the user stirs the fish to catch the fish.

If the power of the battery falls while the electronic bobbin 1 of the present invention is used, a signal indicating that the power of the battery is exhausted is applied to the wireless transmitter.

The user checks the signal through the wireless transmitter and then removes the electronic bobbin (1) from the fishing line in the state of fishing rod.

Open the battery charging cap 23 installed in the upper cap 20 in the state separated from the fishing line, and pushes the plug into the inside of the charging hole 20b to charge the electricity through the adapter to charge the electricity. .

As described above, in the case of a user fishing using the electronic bobbin 1 of the present invention, since fishing of the fish is significantly increased than a user who does not use the electronic bobbin 1 of the present invention, there is an advantage in that pleasant fishing can be performed. .

When the user finishes fishing and takes out the electronic bobber from the water, the power of the battery is automatically switched because the electrode is not connected to the switching element 14 installed in the space portion 11a of the wing portion 11 of the body 10. This prevents unnecessary battery drain.

Here, the terms or words used in the present specification and claims should not be construed as being limited to the common or dictionary meanings, but should be interpreted as meanings and concepts corresponding to the technical spirit of the present invention.

Therefore, the embodiments described in the specification and the drawings shown in the drawings are only the most preferred embodiment of the present invention and do not represent all of the technical idea of the present invention, various modifications that can be replaced at the time of the present application It should be understood that there may be equivalents and variations.

1 is an exploded perspective view showing the configuration of a multi-electrode according to the present invention.

Figure 2 is a perspective view showing a state in which the multi-electrode of Figure 1 is coupled.

Figure 3 is a cross-sectional view showing the configuration of the combined state of Figure 2 each sensor (up and down quality confirmation sensor).

4 is a configuration diagram showing a state in which an ultrasonic sensor (measurement of water depth and temperature, fish detection, etc.), a camera, and lighting are installed in the lower cap of FIG. 3.

Figure 5 is a block diagram showing a state in which the reference point of the body portion in the multi-electrode according to the present invention.

Figure 6 is an operating state showing the state when the fish slightly bite the bait in the multi-electrode according to the present invention.

Figure 7 is a chamber operation state showing a state in which the fish catches the bait on the multi-electrode according to the present invention.

Figure 8 is a block diagram showing a state of fishing using a multi-electrode in accordance with the present invention.

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

1: electronic bobbin 2: wireless receiver

10: body 10a: through hole

11: wing 11a: space

11b: fixing hole 12: coupling member

12a: engaging projection 12b: engaging groove

13: cap fastening protrusion 13a: cap coupling hole

14: switch electrode 20: upper cap

20a: fastening hole 20b: filling hole

21: antenna 22: fixed cap

22a: rubber ring 23: battery charging cap

23a: O-ring 30: lower cap

31: Body fastening protrusion 32: Central hole

33: seating protrusion 34a: seating groove

40: body portion 41: through hole

42: fixing groove 43: detachable circular magnetic

44: spring 50: quality sensor

51: first sensor 52: second sensor

53: third sensor 60: ultrasonic sensor

70: camera 71: lighting

80: PCB substrate 90: auxiliary substrate

Claims (5)

The coupling member 12 is coupled to the top and the body 10 is formed with wings 11 on both sides; An upper cap 20 having an antenna 21 formed thereon is installed above the body 10; A lower cap 30 is installed at the bottom of the body 10; In the electronic bobbin which grasps the quality of the fish is composed of a control unit and a wireless transmission unit to apply a signal according to the quality of the mouth to the wireless receiver (2), The through hole 41 is formed so as to penetrate from the top to the bottom, and the outer circumferential surface is spaced apart from each other to form a fixing groove 42, and the plurality of detachable circular magnetic 43 is installed in the fixing groove 42 and the body 10 Body part sphere (40) installed to be movable in the inner space portion; A quality confirmation sensor 50 installed in the body 10 at intervals to grasp the position of the body portion 40; Receiving the signal of the quality confirmation sensor 50, the PCB board 80 configured with a control unit and a wireless transmission unit so that the user can apply a signal according to the quality of the wireless receiver 2 that the user has in the space of the body 10 Installed; The electronic substrate, characterized in that the auxiliary circuit 90, the power circuit and the battery is installed on the inside of the upper cap installed on the top of the body so as to supply the power required by the quality confirmation sensor 50 and the PCB board 80. The method of claim 1, The upper cap 20 has a fastening hole (20a) is formed in the upper center, One side of the fastening hole 20a is provided with an antenna 21 to wirelessly apply a signal, The charging hole 20b is formed on the opposite side of the fastening hole 20a in which the antenna 21 is installed. The fastening hole (20a) is provided with a fixed cap 22 consisting of a rubber ring 22a to be coupled to the body 10, O-ring (23a) is characterized in that the installation to prevent water from flowing into the filling hole (20b) multi-electrode. The method of claim 1, The inner side of the lower cap 30, multi-electron bob characterized in that a plurality of ultrasonic sensors 60 is installed to enable the fish group detection, water depth, temperature measurement using the sound waves. delete delete

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