KR102607719B1 - Freshwater Float - Google Patents

Abstract

The freshwater fishing float forms an internal accommodation space and is disposed in the housing and accommodation space, which has a device coupling portion for coupling an external device. The float body includes a charging power supply unit that receives power from the outside, charges it, and supplies the charged power. , a float top including a float body portion formed with a float coupling portion for coupling to the device coupling portion and an LED that is coupled to the bobber body and outputs light in at least two colors when supplied with power from a charging power supply, placed in a receiving space, and an LED It includes a float pillar including a switch for lighting and a pillar body for being coupled to the float body.

Description

Freshwater Float}

The present invention relates to freshwater fishing floats, and more specifically, to freshwater fishing floats that use a charging method to supply power to lighting.

Currently, in most general fishing floats, the electronic chemistry and fishing float are separated. Here, the current method of supplying power for electronic chemistry is mainly to use batteries. In addition, LED lights are used in the top of the fishing float, and in the case of fishing, they often need to be used for a long time.

However, if you need to supply power to electronic chemistry and LED for such a long period of time, using batteries causes the inconvenience of having to replace them frequently, and the cost of batteries also reduces economic efficiency.

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Korean Patent No. 10-1325278 (registration date: October 29, 2013)

Therefore, the purpose of the present invention is to provide a freshwater fishing float that can improve the inconvenience of replacement and low economic efficiency by using a rechargeable battery that supplies power.

The freshwater fishing float according to the present invention for achieving the above object includes a housing that forms an internal receiving space and has a device coupling portion for coupling an external device, and is disposed in the receiving space, and is charged by receiving power from the outside. A body including a charging power supply unit that supplies power; A float top coupled to the float main body and the float body in which a bobber coupling portion for being coupled to the device coupling portion is formed, and including an LED that receives power from the charging power supply and outputs light in at least two colors or more; And it is disposed in the receiving space and includes a float pillar including a switch for lighting the LED and a pillar body for being coupled to the float body. The inconvenience of maintenance is reduced by placing a rechargeable battery that can store power in the main body and charging it, and economic efficiency can be improved because batteries are not used.

Here, if it further includes a conductor part electrically connecting the LED, the device coupling part, the bobber coupling part, the switch, and the charging power supply, the conductive wire part connects the LED, the device coupling part, the bobber coupling part, the switch, and the charging power supply part. It is desirable because it is electrically connected so that power can be supplied from the charging power supply unit.

In addition, the switch connects and disconnects the power supply to the LED as the pillar body slides with respect to the float body, so that the float can be moved up and down by the fish, which is preferable because the LED can be turned on. .

Here, the float further includes an elastic member that applies elasticity to the connection position where the pillar body slides and supplies power to the LED with respect to the float body to the disconnected position before the pillar body slides. This is desirable because the pillar body slides to turn on the LED and returns to its original position by the elastic member to turn off the LED.

And the body of the rice cake is disposed in the internal receiving space, a sensor unit including a position sensor for detecting the movement of the body of the rice cake; A communication unit that transmits the location information of the body of the sensor unit to the outside; And if it further includes a control unit that controls the communication unit to transmit the location information of the body that is sensed from the sensor unit to a user terminal that stores judgment information about the movement of the body, the location information of the body is used. This is desirable because it allows access to fish schools.

According to the present invention, the inconvenience of maintenance is reduced by placing and charging a rechargeable battery that can store power in the body of the float, and the economic efficiency is improved because batteries are not used.

In addition, since the conductor electrically connects the LED, the device coupling part, the float coupling part, the switch, and the charging power supply unit, power can be supplied to the charging power supply unit, and the float can be moved up and down by the fish, causing the LED to turn on. This has the effect of allowing users to easily fish using this.

In addition, the main body of the pole slides to turn on the LED, and the elastic member returns to the original position to turn off the LED, and the position information of the float body can be used to approach the fish school, allowing more wild fish to be caught. There is an effect that can be done.

Figure 1 is an overall structural diagram of a freshwater fishing float according to the present invention.
Figure 2 is a detailed view of the chisel.
Figure 3 is a detailed view of the main body.
Figure 4 is an example of charging a freshwater fishing float.
Figure 5 is a diagram of the switch operation of the float.

Hereinafter, a freshwater fishing float (1) according to a preferred embodiment of the present invention will be described in detail with reference to the attached drawings.

Figure 1 is an overall structural diagram of the freshwater fishing float (1) according to the present invention, Figure 2 is a detailed view of the float top (20), Figure 3 is a detailed view of the float body (10), Figure 4 is a freshwater fishing float (1) ) is an example of charging, and Figure 5 is an operation diagram of the switch 32 of the float 30.

The configuration of the freshwater fishing float 1 will be described with reference to FIGS. 1 to 5.

The freshwater fishing float (1) includes a float body (10), a float top (20), a float pillar (30), and a conductor unit (40).

The float body 10 includes a housing 11, a charging power supply unit 12, a weight 13, a sensor unit 14, a communication unit 15, and a control unit 16.

The housing 11 forms an internal receiving space. The housing 11 includes a device coupling portion 111 and a pillar receiving hole 112.

The device coupling portion 111 is configured to couple an external device.

The pillar receiving hole 112 is configured to airtightly and watertightly accommodate the float pillar 30, which will be described later.

The charging power supply unit 12 is placed in the receiving space, receives power from the outside, charges the battery, and supplies the charged power.

The weight 13 serves to place the load on the lower side so that the housing 11 of the float body 10 can be placed in the water in an upright form.

The sensor unit 14 may include a position sensor that is disposed in the internal receiving space and detects the movement of the body 10.

The communication unit 15 can transmit the location information of the body 10 of the sensor unit 14 to the outside.

The control unit 16 controls the communication unit 15 to transmit the location information of the body 10 detected from the sensor unit 14 to a user terminal that stores judgment information about the movement of the body 10. You can.

The float top (20) includes a float body portion (21) and an LED (22).

The float body portion 21 includes a bobber coupling portion 211.

The bobber coupling portion 211 is coupled to the device coupling portion 111.

The LED 22 is coupled to the body 10 and receives power from the charging power supply unit 21 to output light of at least two colors.

The float 30 includes a pillar body 31, a switch 32, and an elastic member 33.

The pillar body 31 is configured to be coupled to the float body 10.

The switch 32 is placed in the receiving space and is configured to turn on the LED 22. The switch 32 can connect and disconnect the power supply to the LED 22 as the pillar body 31 slides with respect to the float body 10.

The elastic member 33 moves the pillar body 31 relative to the float body 10 by sliding it from the connection position where power is supplied to the LED 22, and moves the pillar body 31 elastically to the disconnection position before the sliding movement. It can be done.

The conductive wire portion 40 can electrically connect the LED 22, the device coupling portion 111, the bobber coupling portion 211, the switch 32, and the charging power supply portion 12.

Here, the detailed structure of the float top 20 is as follows.

1. The movement of the float can be observed using the 2-color LED connected to the position sensor in the float body (10).

2. By using the threads on the float saw and the bobber body, combination and separation can be facilitated.

- An O-ring for waterproofing is attached to the connecting part.

3. The conductors are exposed to supply power to the 2-color LED of the float top using the PCB of the float body.

4. Connector Housing was used to smoothly connect the wires to the PCB of the main body.

Here, the detailed structure of the body 10 is as follows.

5. A battery is built in to supply electricity to the control unit (MCU), position sensor, and LED of the bobbin saw.

6. Since it is a fishing float, use weights to balance the weight on the left and right sides to prevent the fishing float from lying down.

7. Using a position sensor, signals are sent to the control unit (MCU) for up and down movements, and the control unit (MCU) is connected to the bobbin. 2 Color LEDs are used to indicate the movement of the fishing float.

8. A signal about the movement of the fishing float is transmitted to the control unit (MCU) through the position sensor.

9. The main PCB to which the control unit (MCU), position sensor, and bobbin saw are connected is prepared.

10. Using a float, fix the switch position to turn the power on or off, solder the pin to form a right angle to the main PCB, and connect the power.

11. Use the internal switch to turn the power on and off.

12. When turning the power on and off of the float, use a switch as an auxiliary to prevent it from deviating from the standard.

13. Use a spring, an elastic member, to restore the position after turning the power on and off.

14. Use an AC smoothing circuit to configure the circuit to allow charging regardless of electrical polarity.

15. The float is used to turn the power on and off and to maintain the center of gravity as a fishing float.

Figure 4 is an example of charging a freshwater fishing float (1).

After placing a plurality of float bodies 10 on top, charging can be performed. Charging terminals may be formed on the outside of the plurality of float bodies (10) to enable charging by wire, or the charger (2) may be wireless so that the charging power supply unit (12) of the float body (10) can be charged wirelessly. there is. Here, the charger 2 may be a grounded type or a C-TYPE charger.

Figure 5 is an operation diagram of the switch 32 of the float 30.

In Figure 5 (a), an elastic member 33 is connected to the upper end of the pillar body 31, and the pillar body 31 is accommodated in the pillar receiving hole 112 at the bottom and can slide in a watertight manner.

Figure 5 (b) A bait is attached to the bottom of the pillar body 31, so when a fish bites and pulls the pillar body 31, it moves relative downward, and operates the switch 32 connected to the elastic member 33 to turn on the LED. Ensure that power is supplied to (22). As a result, the user can determine the state in which the fish is holding the bait and lift the fishing rod to catch the fish.

Modifiable embodiments other than the above embodiments will be described.

The main body may further include a communication unit capable of transmitting data to an external device. If the switch 32 is activated, the control unit can transmit information about this to the user's user terminal. If the user is not looking at the float or is busy with other business, the float cannot be seen, so even when the user is absent, it is possible to know the status of the fish biting the bait.

The information transmitted to the control unit may be an alarm or a control signal to notify the user using the speaker of the user terminal.

Due to the freshwater fishing float (1), the inconvenience of maintenance is reduced by placing and charging a rechargeable battery that can store power in the float body, and the economic efficiency can be improved because batteries are not used.

In addition, since the conductor electrically connects the LED, the device coupling part, the float coupling part, the switch, and the charging power supply unit, power can be supplied to the charging power supply unit, and the float can be moved up and down by the fish, causing the LED to turn on. Because it is possible, users can use it to easily fish. In addition, the main body of the pole slides to turn on the LED, and the elastic member returns to the original position to turn off the LED, and the position information of the float body can be used to approach the fish school, allowing more wild fish to be caught. can do.

1: Freshwater fishing float
10: Chip body 11: Housing
111: device coupling portion 112: pillar receiving hole
12: Charging power supply unit 13: Weight
14: sensor unit 15: communication unit
16: Control unit 20: Chip saw
21: float main body 211: bobber coupling part
22: LED 30: Float pillar
31: pillar body 32: switch
33: elastic member 40: conductor part

Claims (5)

In freshwater fishing floats,
A housing that forms an internal receiving space and has a device coupling portion for coupling an external device, and a body disposed in the receiving space and including a charging power supply unit that receives power from the outside, charges it, and supplies charged power;
A float top coupled to the float main body and the float body in which a bobber coupling portion for being coupled to the device coupling portion is formed, and including an LED that receives power from the charging power supply and outputs light in at least two colors or more; and
It is disposed in the receiving space and includes a float pillar including a switch for lighting the LED and a pillar body for being coupled to the float body,
The switch connects and disconnects the power supply to the LED as the pillar body slides with respect to the float body,
The float is characterized in that it includes an elastic member that applies elasticity from the connection position where the pillar body is slid relative to the float body to supply power to the LED to the disconnected position before the pillar body slides. A freshwater fishing float.
According to claim 1,
Freshwater fishing float, characterized in that it further comprises a conductor portion electrically connecting the LED, the device coupling portion, the float coupling portion, the switch, and the charging power supply portion.
delete delete According to claim 1,
The body of the stew is,
A sensor unit disposed in the internal receiving space and including a position sensor that detects movement of the body;
A communication unit that transmits the location information of the body of the sensor unit to the outside; and
Freshwater fishing float, characterized in that it further comprises a control unit for controlling the communication unit to transmit the location information of the float body detected from the sensor unit to a user terminal that stores judgment information about the movement of the float body.

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