KR20230058864A - An electronic float for freshwater fishing and an electronic float control remote control that controls the float - Google Patents

Abstract

The present invention relates to an electronic float for freshwater fishing and an electronic float control remote control for controlling the electronic float. More specifically, the electronic float for freshwater fishing has a number of scattering protrusions formed on an upper part of a float top so that light is scattered at the float top in which a light emitting unit is installed at an upper part, and can control the brightness of lighting of the light emitting unit. In addition, the electronic float control remote control can control the brightness of one or more electronic floats for freshwater fishing, including turning on/off lighting of the electronic floats and allows individual control by assigning a random identification (ID) to each electronic float. Moreover, as a plurality of charging ports are installed on a remote control body of the electronic float control remote control, rechargeable batteries of the electronic float can be easily charged and there is no risk of losing the rechargeable batteries so that the electronic float control remote control is convenient to use.

Description

An electronic float for freshwater fishing and an electronic float control remote control that controls the float}

The present invention relates to an electronic bobbin for freshwater fishing and an electronic bobbin control remote control for controlling the electronic bobbin. More specifically, the outer surface of the light emitting part at the top of the saw so that light scattering occurs in the bobbin top having a light emitting part installed at the top. A plurality of scattering protrusions are formed and the brightness of the electronic float for freshwater fishing, which can control the brightness of the light emitting part, and one or more electronic floats for freshwater fishing, can be controlled by turning on/off the lighting of the electronic float. Individual control is possible by giving an arbitrary ID (identification), and a plurality of charging ports are installed on the remote control body of the electronic bob control remote control, so that the rechargeable battery of the electronic bob can be easily charged, which makes it convenient to use and reduces the risk of losing the rechargeable battery. When there is movement of the electronic bob, the gravity sensor detects it, and when the bite is detected, the color of the light emitting part changes or blinks to improve visibility and is convenient to use the electronic bob control remote control.

Fishing floats are prepared in consideration of uprightness, sensitivity, and visibility, and fishing floats are the work of adjusting the balance between the buoyancy of floating floats and the erosion force of sinking rods. Recently, a detailed stitching that considers the penetration of the line, needle, and bogie jig is commonly used. An example of a bogie is Chemilight (trade name), which is used at night.

The alignment is divided into zero alignment, plus alignment, and minus alignment. Zero-fit refers to the case where the buoyancy and buoyancy of the float are the same, plus-fit refers to the case where the buoyancy of the float is greater than buoyancy, and minus-fit refers to the case where the buoyancy of the float is less than the buoyancy.

On the other hand, the fish tank float for fishing gear is zeroed by attaching a rod that is slightly heavier than the fishing float. On-site fishing means that it is carried out according to the environment of the fishing ground. In field fishing, it is common to attach a rod and a needle to a fishing float, and adjust the tip of the fishing saw gradually rising to match the surface of the water. In some cases, the needle is removed from the on-site stitching, only a rod is attached, and the needle is attached after performing the stitching. Field alignment differs from zero point alignment by tank alignment because the difference in buoyancy occurs depending on water temperature, density, depth, etc. In addition, the site fit should be optimally adjusted according to the activity and size of the crucian carp. On-site fishing to fit the environment of the fishing spot is easy for anglers, but it is a very cumbersome and difficult task for beginners. That is, fishing beginners often find a point and throw a fishing float into the water several times to perform on-site fishing. If the on-site pinching is not accurate, it affects the pinching, making it difficult to score.

Fishing floats can be easily found in many patent documents, such as Registered Patent No. 10-0512122, Utility Model Registration No. 20-0361634, and Utility Model Registration No. 20-0435563. The floats of these patent documents are configured to adjust the buoyancy of the floats for fishing. However, since the buoyancy of the float must be adjusted in consideration of various conditions such as the rod, water temperature, density, depth, and size of the crucian carp, there is an insufficient problem for beginner anglers to use it.

In addition, it can be said that freshwater fishing is generally performed at night, and a cylindrical transparent container for putting chemical light on the top of the float is further provided to grasp the movement of the float in night fishing.

However, the chemical light used for night fishing has an unsatisfactory amount of light and a short lifespan, so electronic floats using LEDs have recently been developed and popularized.

On the other hand, electronic bobbers that compensate for the disadvantages of chemical lights have an effect of increasing visibility to some extent because they use LEDs, but because they emit light only in a single color, it is difficult to identify bites in night fishing and causes eye fatigue. is being raised

In addition, the existing electronic control circuit is made of hard conductive metal material to protect the device from waterproofing and external pressure, so it is bulky and when the LED chip is mounted at the same location when the light sensor is mounted, the light sensor senses external light. More than that, due to the emitted light of the LED chip at the same location, there is a problem that light interference often occurs, and the battery is easily discharged.

In order to solve this problem, the LED chip driving circuit and the illuminance sensing circuit must be spaced apart from each other rather than in the same location, connected to each other as separate equipment, and configured, which increases installation cost and simplifies functional implementation on the circuit. There was a problem.

In addition, in the case of the existing electronic control circuit, the battery connection terminal in contact with the battery has a simple surface contact structure or a 1: 1 pin insertion structure, so compatibility with other types of batteries is poor, and when foreign substances flow into the battery connection terminal, the battery Due to poor contact, there was a problem in that it could not perform its function.

In addition, electronic bobbins using conventional LEDs have a problem in that management of the rechargeable battery becomes difficult due to a high risk of loss of the rechargeable battery.

Registered Patent No. 10-0964289

An object of the present invention is to solve this problem, and a light scattering part having a plurality of scattering protrusions is formed on the outer surface of the light emitting part at the top of the chisaw so that light scattering occurs in the chisaw in which the light emitting part communicated with the LED is installed. An electronic float for freshwater fishing capable of controlling the brightness of the illuminance of the light emitting part and the brightness of one or more electronic floats for freshwater fishing including on/off of the lighting of the electronic float can be controlled, and each electronic float has an arbitrary ID (identification) , and individual control is possible, and a plurality of charging ports are installed on the remote control body of the electronic bob control remote control, so that it is possible to easily charge the rechargeable batteries of a plurality of electronic bogies, so it is convenient to use, there is no fear of losing the rechargeable batteries, and the movement of the electronic bob. If there is, the gravity sensor detects this, and when the bite is detected, the color of the light emitting unit changes or blinks to improve visibility, thereby providing a convenient freshwater fishing electronic float and an electronic bobbin control remote control for controlling the electronic bobbin.

Another object of the present invention is to form a light scattering part having a plurality of scattering protrusions on the outer surface of the light emitting part at the top of the light emitting part so that light scattering occurs in the light emitting part installed in communication with the LED, and the light emitting part has a plurality of light emitting parts It is formed in the vertical direction on the chisaw, and when the gravity sensor does not detect the movement because there is no movement of the electronic bob, only the uppermost light emitting part maintains a state in which light is emitted, and when the gravity sensor detects the movement of the electronic bob, the lower To provide an electronic bob for freshwater fishing that is turned on or blinked to improve visibility and an electronic bob control remote controller for controlling the electronic bob.

Another object of the present invention is that the shaking of the electronic float for freshwater fishing is transmitted through the communication unit of the electronic float control remote controller through the antenna, and the color change and blinking operation state are displayed as a key input unit through the control unit of the electronic float control remote controller (B). It is to provide an electronic float for freshwater fishing that transmits fine sound through a speaker unit and an electronic float control remote controller for controlling the electronic float.

This object of the present invention is provided with an upper body and a lower body detachably coupled to the upper body, a chitop is formed at the upper end of the upper body, and a light emitting unit capable of adjusting brightness is installed at the top of the chitop, and the On the outer surface of the light emitting part, at least one electronic float for freshwater fishing is installed with a serrated light scattering unit to improve visibility, and each ID is given to the plurality of electronic bobbins for freshwater fishing to individually recognize and control each electronic bob. An illuminance control unit for controlling the illumination of the light emitting unit of the freshwater fishing float and a switch for turning on/off the light emitting unit are provided, and a plurality of charging ports for charging the rechargeable battery used in the freshwater fishing electronic float are provided. It is achieved by the electronic bob for freshwater fishing according to the present invention including the installed electronic bob control remote control and the electronic bob control remote control for controlling the electronic bob.

An electronic bobbin for freshwater fishing and an electronic bobbin control remote controller for controlling the bobbin according to the present invention include an upper body and a lower body detachably coupled to the upper body, and a pike saw is formed at the upper end of the upper body. At the upper end, a light emitting part capable of adjusting brightness is installed, and one or more freshwater fishing floats are installed on the outer surface of the light emitting part to improve visibility in the form of sawtooth light scattering parts, and each ID is assigned to the plurality of freshwater fishing floats. It is possible to individually recognize and control each of the electronic bobbins, and an illumination control unit for controlling the illumination of the light emitting part of the freshwater fishing float and a switch for turning on/off the light emitting part are provided, and the freshwater fishing electronic bobbin is provided. A light scattering unit having a plurality of scattering protrusions at the top of the saw so that light scatters on the saw top where a light emitting unit communicated with the LED is installed, including an electronic bob control remote control installed with a plurality of charging ports for charging the rechargeable battery used in An electronic float for freshwater fishing formed and capable of controlling the brightness of a light emitting part and brightness can be controlled by including on/off of the electronic float for one or more freshwater fishing electronic floats, and an arbitrary ID (identification) is given to each electronic float Therefore, individual control is possible, and a plurality of charging ports are installed on the remote control body of the electronic bob control remote control, so that it is possible to easily charge the rechargeable batteries of a plurality of electronic bollards, so it is convenient to use, there is no fear of losing the rechargeable batteries, and the light emitting part when detecting bite There is an excellent effect that the color is changed or flashed to improve visibility and is convenient to use.

1 is an exploded perspective view showing the configuration of a common freshwater fishing rod in isolation
2a, 2b, and 2c are front views and block diagrams of a first PCB schematically showing the configuration of a bobber of an electronic float for freshwater fishing according to a first embodiment and a second embodiment of the present invention, respectively.
3 is a block diagram of an electronic bob control remote controller according to a first embodiment of the present invention;
4 is a schematic front view of a key for which bite is detected in a key input unit of an electronic bob control remote controller according to a third and a fourth embodiment of the present invention;
5 is a front view of an electric float for freshwater fishing according to a fifth embodiment of the present invention;

As shown in FIG. 1, a general freshwater fishing float has an upper body 20 and a lower body 30 constituting the body 10, and the top 11 is coupled to the top of the upper body 20. The light emitting part 12, which communicates with the LED and emits light, is coupled to the upper end of the chisaw 11, and the tail tail 13 is attached to the lower outer surface of the lower body 30, and the tail tail 13 ) Improves the upright water intake function of the body body 10, and prevents shaking and flow of the body body 10 due to wind or flow rate. A common shaker, called Chinalari, may be coupled to the tail (13) to improve the availability and uprightness of the body (10).

Inside the upper body 20 and the lower body 30, a rechargeable battery 40 for providing illumination to the light emitting part 12 is inserted and fixed, and the line 2 of the fishing rod 1 is inserted through a through hole 33 It is described as having a structure in which the neckline 3 is connected to the end of the circle line 2, and the bongdol 4 and the needle 5 are hung on the neckline 3, but are not limited thereto , The one line (2) may pass through the tail tail (13) and be fixed to the line (2) while the bongdol (4) and the needle (5) are connected to the neck line (3), and other various changes may be made. It will be said of course that it can be done.

As shown in FIG. 2A, the electronic float (A) for freshwater fishing according to the first embodiment of the present invention includes an upper body (20) and a lower body (30) detachably coupled to the upper body (20). Including, the top of the upper body 20 is coupled to the top 11 is installed.

In this embodiment, the chitop 11 is formed in the form of a hollow tube 11a formed with a long center empty therein, and a first PCB 21 is disposed inside the upper body 20, A rechargeable battery 40 is inserted and fixed into the first PCB 21, an LED 21a is installed on top of the first PCB 21, and an antenna extending into the hollow tube 11a of the chitop 11 (22) is coupled, and adjacent to the upper end of the antenna 22, a light emitting unit 12 for emitting light of the LED 21a is installed to emit light, and at the lower end of the antenna 22, the LED ( 21a) is installed to be connected.

On the outer surface of the light emitting part 12 at the top of the chisaw 11 with the light emitting part 12 installed thereon, the light rays emitted from the light emitting part 12 are scattered to light softly and brightly while reducing eye fatigue. A light scattering portion 12a having a sawtooth-shaped protrusion is formed.

In this embodiment, the light emitting part 12 has one light emitting part 12 formed at the upper end of the chisaw 11, but is not limited thereto, and as shown in FIG. 5, the species of the chisaw 11 A plurality of light emitting parts (12', 12", ...) are formed sequentially in the direction, and when there is no movement of the electronic bob (A) and the detection sensor such as the gravity sensor does not detect the movement, the uppermost light emitting part (12') ) maintains a state in which only light is emitted, and when the detection sensor unit senses the movement of the electronic bob, a configuration in which the lower light emitting units 12 ", ... are turned on or blinked to improve visibility can also be proposed.

The first PCB 21 controls the brightness of the lighting of the light emitting part 12 or turns on/off operation, dimming operation, blinking operation, and color change of the LED 21a providing light to the light emitting part 12. It has a configuration in which various operations such as operation are controlled by an electronic bob control remote controller (B) to be described later. In addition, the first PCB 21 performs a function of storing a predetermined ID of the electronic float A for freshwater fishing.

Therefore, the first PCB 21 detects the irregular up and down motion of the body 10 when the bite is detected, and controls the LED 21a to change color or blink.

The antenna 22 performs RF transmission/reception with the electronic bob control remote controller B to adjust the brightness of the light of the light emitting unit 12 or to operate the light emitting unit 12 on/off, that is, the light emitting unit 12 ), a signal for the on/off operation of the LED 21a providing light to the first PCB 21 is transmitted to the first PCB 21, and an operation for detecting the bite of the first PCB 21 is controlled by the electronic chisel control remote controller (B) It is to perform the operation of transmitting to.

As shown in FIG. 2B, in the electronic float (A) for freshwater fishing according to the second embodiment of the present invention, the structure of the saw saw 11 is not a structure in the form of a hollow tube, but the saw saw 11 is an optical fiber ( When it is made of a material such as optical fiber), metal plating with excellent conductivity is performed on the outer surface of the chitop 11 or a groove is formed to insert metal to perform the function of the antenna.

In the embodiment of FIG. 2B, the entire length of the outer surface of the chisaw 11 is plated with a metal having excellent conductivity, the plated portion is coated with a non-conductive pigment, and a portion of the non-conductive pigment part adjacent to the light emitting part 12 is peeled off. It has a structure for performing RF transmission and reception with the electronic bob control remote controller (B) by forming an electroplating portion (12b).

2C is a block diagram of the first PCB 21, wherein the LED unit 21a connected to the antenna 22, the control unit 21b connected to the LED unit, and the light emitting unit 12 connected to the control unit 21b ), an illumination control unit 21c for adjusting the brightness of the control unit 21b, a storage unit 21d for storing information such as an ID connected to the control unit 21b, and a color change of the LED unit connected to the control unit 21b. An LED color changing unit 21e connected to the control unit 21b to turn off the light emitting unit 12, and a sensor detecting the movement of the first PCB 21. It includes part 21g.

In particular, the control unit 21b senses irregular fluctuations of the body body 10 when the bite is detected, and, for example, by using a sensor unit 21g such as a gravity sensor, the body body 10 ) by operating the LED color changing unit 21e which changes the color of the LED 21a in response to detecting irregular fluctuations of the ) to change the color of the LED to inform the detection state of the bite, after a certain period of time has elapsed For example, after 3 seconds have elapsed, the LED flashing operation unit 21f is operated to perform an operation to clarify the visibility indicating the bite state of the freshwater fishing bobbin.

As shown in FIG. 3, the electronic float control remote controller (B) according to the first embodiment of the present invention includes a key input unit 51 equipped with a plurality of keys corresponding to a plurality of freshwater fishing electronic floats (A), A charge state detection unit 52 for detecting the state of charge of the rechargeable battery 40 stored inside the plurality of freshwater fishing floats A, and each light emitting part of the plurality of freshwater fishing floats A ( 12) a dimming unit 53 for controlling the lighting brightness, a communication unit 54 for communicating with the plurality of electronic bobbers A for freshwater fishing, a memory 55 storing information on necessary functions, and A control unit 56 that performs necessary operations of each electric float for freshwater fishing (A) selected by the key input unit 51 selected on the basis of information stored in the memory, a charging unit 57 that charges a rechargeable battery, and on/off It has a configuration including a power supply unit 58 that performs an operation and a speaker 59 that generates a weak sound to notify the shaking of the electronic bob.

The key input unit 51 is provided with a plurality of keys corresponding to each of the plurality of electronic bobbers A for freshwater fishing, and each ID is set to enable control operation for each electronic bobber A for freshwater fishing. As shown in FIG. 4, a structure in which a lamp 51b for detecting bite is installed at the upper end of each corresponding key 51a of the key input unit 51 or the corresponding key 51a flickers when the bite is detected. have

The state of charge detection unit 52 detects the state of charge of each rechargeable battery 40 accommodated inside each of the plurality of electronic bobbers A for freshwater fishing, and performs a function of recognizing that the rechargeable battery that needs to be charged is exchanged. .

The dimming unit 53 controls the lighting brightness of each light emitting unit 12 of the plurality of electronic floats A for freshwater fishing to ensure optimum visibility. That is, it is controlled in the direction of increasing the illuminance of the light emitting part on a foggy day, and is controlled in the direction of lowering the illuminance of the light emitting part on a clear night.

The communication unit 54 performs a function of communicating necessary control to the first PCB through each of the plurality of electronic bobbers A for freshwater fishing and the antenna 22.

The memory 55 stores information on functions necessary for controlling the electronic float A for freshwater fishing.

The control unit 56 performs a function of performing a necessary operation of each electronic float A for freshwater fishing selected by the key input unit 51 selected on the basis of the information stored in the memory 55. In particular, when the control unit 56 detects the bite, the received signal is input as the unique number of the key input unit 51 so that the bite detection lamp 51b at the top of the corresponding key 51a emits light or the corresponding key (51a) blinks to control the bite state of the electronic bobber (A) for freshwater fishing in which the bite is detected, so that it is easy to know, and the movement of this electronic bobber is finely sounded by the speaker unit 59 generated and controlled to easily know the bite state of the electronic bob (A).

The charging unit 57 is provided with a plurality of charging ports 57a to perform a function of charging the rechargeable battery 40 stored and used inside the electronic bobber A for freshwater fishing, and is charged by inserting the rechargeable battery 40. By doing so, it is convenient to use because an extra rechargeable battery 40 is inserted and filled.

The power supply unit 58 turns on/off the electronic bob control remote controller B and performs power input/off operations.

The electronic float for freshwater fishing according to the present invention having the above configuration and the operation of the electronic float control remote controller for controlling the electronic float will be described in detail below.

First of all, an electronic float (A) for freshwater fishing according to the first embodiment of the present invention is installed on each of the 10 fishing rods (1).

Each ID is given to the electronic bobber A for freshwater fishing of each fishing rod 1. For example, an ID of 'A' is given to the first electronic float (A) for freshwater fishing by the electronic float control remote controller (B) according to the first embodiment of the present invention, and sequentially 'B' and 'C' IDs are sequentially assigned in the order of Hangul vowels by the electronic bob control remote controller (B) according to the first embodiment of the present invention.

In this way, while the fishing rod 1 installed with the float A for freshwater fishing to which each ID is assigned is used in a fishing ground, for example, the blade is cloudy and is installed on top of the saw 11 of the float A for freshwater fishing. When it is felt that the lighting of the light emitting unit 12 is dim, the lighting of the light emitting unit 12 is controlled by controlling the dimming unit 53 of the electronic bob control remote controller B, that is, by controlling the illumination of the LED 21a. It will be possible to brighten the intensity of illumination. Similarly, if it is thought that the lighting of the light emitting unit 12 is too bright, the illumination of the light emitting unit 12 can be dimmed by controlling the dimming unit 53 of the electronic bob control remote controller B, so that a number of easily The light emitting part 12 of the fishing rod 1 can be conveniently controlled by one electronic bob control remote control B.

During this operation, since the light scattering portion 12a formed with a plurality of sawtooth-shaped protrusions on the outer surface of the light emitting portion 12 scatters light rays, it is possible to brightly illuminate the surroundings while reducing eye fatigue.

In addition, if the freshwater fishing float (A) of the fifth fishing rod (1) whose ID is 'E' is caught on a rock in the water during fishing and the fishing line is broken, another extra As the new freshwater fishing float (A) is given the same ID as the lost freshwater fishing float (A) again by the electronic float control remote controller (B), the new freshwater fishing float (A) is lost. It is possible to easily re-assign an ID by allowing 'E', which is the same ID as the electronic float (A) for freshwater fishing, to be assigned.

In addition, since the electric chisel control remote control (B) according to the present invention has a plurality of charging ports 57a installed, it is possible to insert and charge unused extra rechargeable batteries 40, so that the rechargeable battery 40 is always fully charged. It becomes possible to use it in a charged state, and there is no fear of losing the rechargeable battery. In this way, since the rechargeable battery 40 is used in the electronic float (A) for freshwater fishing at all times in a charged state, the buoyancy of the float changes and there is no need to carefully adjust the buoyancy, so that the fishing rod can be used conveniently. It will be.

During fishing, when a bite is detected in the freshwater fishing float (A) of the third fishing rod (1), when the ID of the third freshwater fishing float (A) with a bite is 'D', freshwater The body part 10 of the electronic bobbin A for fishing is irregularly fluctuated up and down, and this irregular fluctuation is controlled by the controller 21b of the first PCB 21 installed inside the body part 10 of 'C'. It detects this and operates the LED color changing unit 21e of the first PCB to change the color of the light emitting unit 12 . For example, the color of the light emitting unit 12 is changed such that it is changed from 'white' to 'red' or from 'white' to 'green', and after a certain time elapses or at the same time as the change, the LED flashing operation unit By activating (21f), it is possible to easily grasp the bite state of the third electronic float (A) for freshwater fishing and to concentrate one's mind.

The color change and the blinking operation state of the electronic float (A) for freshwater fishing when such a bite is detected are transmitted through the antenna 22 through the communication unit 54 of the electronic float control remote controller (B), and the control unit 56 ), the bite of the electronic float (A) for freshwater fishing of 'C' is displayed on the corresponding key 51a of the electronic bobbin control remote controller (B), so that subsequent measures can be prepared. In addition, the shaking state of the electronic float (A) is transmitted through the communication unit 54 of the electronic bobbin control remote controller (B), transmitted through the control unit 56 and through the speaker unit 59 as a fine sound, so that it can be used for freshwater fishing reliably. The bite quality of the electronic bob (A) is displayed.

As described above, in the electronic bobbin for freshwater fishing and the electronic bobbin control remote controller for controlling the electronic bobbin according to the present invention, a light emitting unit capable of adjusting brightness is installed at the upper end of the bobbin saw, and a sawtooth-shaped light scattering unit is installed on the top of the light emitting unit to improve visibility. Each ID is given to one or more electronic floats for freshwater fishing and the plurality of electronic floats for freshwater fishing to be installed, so that each electronic float can be individually recognized and controlled, and the illumination control of the light emitting part of the electronic float for freshwater fishing is controlled. A dimming unit, a power supply unit that turns on/off the light emitting unit, and a speaker 59 that generates a weak sound to inform the shaking of the electronic float are provided, and a plurality of charging ports for charging the batteries used in the freshwater fishing float. A light scattering part having a plurality of scattering protrusions is formed on the top of the saw so that light scatters in the saw where the light emitting part that emits light by communicating with the LED of the PCB is installed, including an electronic bob control remote control equipped with a charging part to be installed. An electronic float for freshwater fishing capable of controlling the brightness of a light emitting part and brightness of one or more electronic floats for freshwater fishing including on/off of lighting of the electronic float can be controlled, and an arbitrary ID (identification) is given to each electronic float Therefore, individual control is possible, and a plurality of charging ports are installed on the remote control body of the electronic bob control remote controller, so that it is possible to easily charge the rechargeable batteries of a plurality of electronic bogies. will be.

The electronic bob for freshwater fishing and the electronic bob control remote controller for controlling the electronic bob according to the present invention are inventions with industrial applicability because it is possible to repeatedly manufacture the same product in the electronic bob manufacturing industry.

A ..... Electronic bobber for freshwater fishing B ..... Electronic bobber control remote control
11 ..... Chip saw 12 ..... Light emitting part
12a ..... light scattering part 20 ..... upper body
21 ..... First PCB 21a ..... LED
30 ..... lower body 40 ..... rechargeable battery
51 ..... Key input part 53 ..... Dimming part
54 ..... communication part 55 ..... memory
56 ..... Control part 57 ..... Charging part
58 ..... power supply

Claims (4)

In the electronic float for freshwater fishing and the electronic float control remote controller for controlling the electronic float,
The electronic float for freshwater fishing and the electronic float control remote control for controlling the electronic float,
The electronic float (A) for freshwater fishing includes an upper body 20 and a lower body 30 detachably coupled to the upper body 20, and a jib saw coupled to the upper portion of the upper body 20 ( 11) is installed, a first PCB 21 is disposed inside the upper body 20, a rechargeable battery 40 is inserted and fixed into the first PCB 21, and an LED is placed on top of the first PCB 21. (21a) is installed and a light emitting part 12 is installed at the top of the chitop 11 through the LED 21a to emit light,
The first PCB 21 controls the brightness of the light emitting part 12, turns on/off the light emitting part 12, or stores a predetermined ID of the electronic float A for freshwater fishing,
The electronic float control remote controller (B) includes a key input unit 51 equipped with a plurality of keys corresponding to a plurality of freshwater fishing floats (A), and respective light emitting units of the plurality of freshwater fishing electronic floats (A) ( 12) a dimming unit 53 that controls the brightness, a communication unit 54 that communicates with the plurality of electronic bobbers A for freshwater fishing, a memory 55 storing information on necessary functions, and the memory A control unit 56 that performs necessary operations of each freshwater fishing bobber (A) selected by the key input unit 51 selected based on the information stored in the controller 56, a charging unit 57 that charges a rechargeable battery, and an on/off operation Including a power supply unit 58 that performs,
On the outer surface of the upper end of the chitop 11, a light scattering portion 12a having a sawtooth-shaped protrusion is formed so that the light rays emitted from the light emitting portion 12 are scattered and lighted softly and brightly while reducing eye fatigue. Is formed,
The chitop 11 is formed in the form of a hollow tube, a first PCB 21 is disposed inside the upper body 20, a rechargeable battery 40 is inserted and fixed into the first PCB 21, and the first PCB 21 is inserted and fixed. An LED (21a) is installed on the top of 1PCB (21), and an antenna (22) extending into the hollow tube of the chitop (11) is coupled, and the top of the antenna (22) is a beam of the LED (21a) The light emitting part 12 that emits light is installed to emit light,
In the case where the chisaw 11 is made of a material such as optical fiber, metal plating with excellent conductivity is performed on the outer surface of the chisaw 11, or a groove is formed and metal is inserted to perform the function of an antenna, and the upper part An electronic float for freshwater fishing, characterized in that the light emitting unit 12 is installed on the electronic float and an electronic float control remote control for controlling the electronic float.
According to claim 1,
The light emitting unit 12 is characterized in that the color is changed or flashed when the bite is detected, and the electronic bobber for freshwater fishing and the electronic bobber control remote control for controlling the electronic bobbin.
According to claim 1,
The electric bob control remote control (B) is installed at the upper end of each corresponding key 51a of the key input unit 51, or a bite detection lamp 51b is installed or the corresponding key 51a flashes when the bite is detected. An electronic float for freshwater fishing and an electronic float control remote control for controlling the electronic float.
According to claim 1,
In the light emitting part 12, a plurality of light emitting parts are sequentially formed in the longitudinal direction of the chisaw 11, and only the uppermost light is emitted when the motion of the electronic bob A is not detected and the sensor such as the gravity sensor does not detect the movement. An electronic float for freshwater fishing, characterized in that it maintains a light-emitting state, and when the sensor unit detects the movement of the electronic bobbin, the light emitting unit below it is turned on or blinked.

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