JPH068696Y2 - Electric reel for fishing - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION [Industrial application] The present invention relates to an electric fishing reel. For more details,
TECHNICAL FIELD The present invention relates to improvement in handleability of an electric fishing reel having an electric circuit in which a switch for controlling a motor that rotates a spool and a breaker that is turned off by a load on the motor are incorporated.

[Prior Art] Conventionally, as an electric fishing reel, a lighter such as a light emitting diode that turns on and off when connected to or disconnected from a power source is provided in a reel side frame or the like so that a fisherman can connect to the power source from the outside. It is known that it is easily visible.

[Problems to be Solved by the Invention] According to the above-mentioned conventional fishing electric reel, the operating state of the switch, breaker, etc. outside the connected state to the power source cannot be easily visually recognized from the outside by the angler. There is a problem that erroneous operations and operation instructions beyond the ability may be given (especially when used at night), and their handling is not sufficient in terms of accuracy and certainty.

The present invention has been made in order to solve such a problem, and an object thereof is to provide an electric fishing reel which is easy to handle.

[Means for Solving the Problems] In order to achieve the above object, an electric fishing reel according to the present invention includes a switch for controlling a motor that rotates a spool and a breaker that is turned off by a load related to the motor. In an electric fishing reel having a built-in electric circuit, a first light-emitting body that lights up when connected to a power source, turns off when disconnected, and blinks when the breaker is in an off state, and the switch turns on A second light-emitting body that is turned on in the state and turned off in the off-state is incorporated in the electric circuit, and the light-emitting body is provided at a location visible from the outside.

[Operation] According to the above-mentioned means, the first and second light emitters allow the fisherman to easily visually recognize the operating state of the switch and breaker in addition to the state of connection to the power source even at night. Therefore, an erroneous operation or an operation instruction beyond the capability is prevented, and the purpose of improving the handleability is achieved.

[Embodiment] An embodiment of the electric fishing reel according to the present invention will be described below with reference to the drawings.

This embodiment is composed of an electric circuit formed by connecting a drive circuit 1, a first lighting circuit 2, a second lighting circuit 3, and a rectifying circuit 4.

The drive circuit 1 drives and controls a motor 15 for rotating a spool, and includes a reverse connection prevention diode 12, a breaker 13, and a reverse connection in series with an anode 11a and a cathode 11b of a connector 11 connected to a power source such as a small portable battery. Prevention diode 14,
The motor 15 and the switch 16 are connected. The breaker 13 is automatically turned off to protect the motor 15 when the motor 15 is overloaded and opens the drive circuit 1. The breaker 13 is returned to the ON state by a reset operation. ing. Further, the switch 16 is
The drive circuit 1 is switched on and off to open and close the drive circuit 1 in order to drive and stop the motor 15.

The first lighting circuit 2 turns on, turns off, and blinks the first light emitter 21, which is composed of a light emitting diode, an incandescent light bulb, etc., and includes four resistors 22, 23, 24, 25 from the anode 11a of the connector 11. The capacitors 26 and 27 and the two transistors 28 and 29 are combined with the first light emitter 21, and the cathode 11b of the connector 11 is connected.
It is connected to.

The second lighting circuit 3 turns on and off the second light-emitting body 31 including a light emitting diode, an incandescent light bulb, etc.
A second light emitter 31 and a resistor 32 are connected in series from the anode 11a of 11 and are connected to the anode of the switch 16 of the drive circuit 1.

The rectifier circuit 4 connects the drive circuit 1 and the first lighting circuit 2, and connects the two resistors 41, 42, one capacitor 43, and one transistor 44 from the breaker of the drive circuit 1 near the cathode. They are combined and connected to the first lighting circuit 2.

The first light-emitting body 21 and the second light-emitting body 31 are provided on a side frame that supports the spool so that a fisherman can easily see them from the outside.

In the electric circuit configured as described above, when the connector 11 is connected to the power source, when the switch 16 is turned on in the ON state of the breaker 13 shown in FIG. 1, the anode 11 of the connector 11 is turned on.
A current flows from the reverse connection prevention diode 12, the breaker 13, the reverse connection prevention diode 14, the motor 15, and the switch 16 to the cathode 11b of the connector 11, so that the motor 15 is driven and the spool rotates.

In this state, the current flowing from the anode 11a of the connector 11 through the first light emitter 21 and the resistor 25 of the first lighting circuit 2 is the drive circuit 1
From the rectifier circuit 4 through the resistor 41 and the transistor 44 to the cathode 11b of the connector 11 to turn on the transistor 44.
By entering the state, the current flows through the transistor 44 to the cathode 11b of the connector 11, and as a result, the first light emitter 21 is turned on. That is, the resistors 41 and 42 and the capacitor 43 of the rectifier circuit 4 are
The transistor 44 has the function of smoothing the pulsating flow waveform. On the other hand, a current that has passed from the anode 11a of the connector 11 to the second light emitter 31 of the second lighting circuit 3 and the resistor 32 flows from the drive circuit 1 to the cathode 11b of the connector 11 and, as a result, lights the second light emitter 31. .

In addition, when the switch 16 is turned off in this state, the second light emitter 31 is turned off, but the first light emitter 21 is maintained in the lighted state.

When the motor 15 is overloaded in the state shown in FIG. 1, the breaker 13 is turned off as shown in FIG.
To stop.

In this state, first, the current flowing from the anode 11a of the connector 11 through the first light emitting body 21 and the resistor 25 of the first lighting circuit 2 is stored in the capacitor 27, and flows into the transistor 28 when the capacitor 27 is charged and reaches a certain voltage. Transistor 28
Current flows from the cathode 11b of the connector 11 to the first light emitter 21
The above-mentioned lighting state of is maintained. Also, the transistor 28
When a current flows through the transistor 28, the transistor 28 is turned on. Therefore, from the anode 11a of the connector 11 to the resistor 22 of the first lighting circuit 2.
The current that has passed through flows through the transistor 28 to the cathode 11b of the connector 11, and the first light emitter 21 is turned off. Further, from the anode 11a of the connector 11 to the resistor 2 of the first lighting circuit 2,
When the current passing through 2 flows to the cathode 11b of the connector 11 through the transistor 28, the capacitor 26 between the resistor 22 and the transistor 28 is charged, and when the capacitor 26 is charged and reaches a constant voltage, the current flows to the transistor 29. Because of the flow of electricity, the transistor 29 is turned on, and the electricity passing from the anode 11a of the connector 11 through the first light emitter 21 of the first lighting circuit 2 and the resistor 25 passes through the transistor 29 and the cathode 11 of the connector 11.
The flow goes to b, and the first light emitter 21 is turned on again. As a result, until the breaker 13 is reset to the ON state, the rectifier circuit 4 is energized, and the transistor 44 is turned on, the first light emitter 21 is repeatedly turned on and off. The interval of this blinking can be changed by changing the capacity of the resistors 23 and 24.

When the connector 11 is disconnected from the power source, both the first light emitter 21 and the second light emitter 31 are turned off.

Therefore, when the first light emitter 21 is lit, the breaker
When 13 is ON and the first light emitter 21 is blinking, the breaker 13 is OFF, and when the first light emitter 21 is on and blinking, the connector 11 is connected to the power supply. Then, when the first light emitter 21 is turned off, it indicates that the connector 11 is disconnected from the power supply. If the second light emitter 31 is lit, the switch 16 is
When it is in the ON state and the second light emitter 31 is off, it indicates that the switch 16 is in the OFF state.

Such an indication is displayed by the first luminous body 21, the second luminous body.
By providing 31 on the side frame that supports the spool, the angler can easily visually confirm it, so that the operating state inside the electric fishing reel can be accurately grasped and appropriate operation can be performed. Will be possible.

If the capacitances of the resistors 41 and 42 and the capacitor 43 are changed in the rectifier circuit 4, the first light emitter 21 can be made to blink in response to the decrease in the current value between the breaker 13 and the reverse connection prevention diode 14, and the breaker It can also be used as a battery check for assisting malfunctions in item 13.

[Effects of the Invention] As described above, in the electric fishing reel according to the present invention, the fisherman can easily visually recognize the connection state to the power source and the operating state of the breaker and the switch from the outside by turning on / off the light emitter. As a result, it is possible to prevent erroneous operation and operation support exceeding the capacity, which is accurate and reliable, and has the effect of improving handleability.

Further, the effect of improving the handling property is more effectively exhibited at night and the like.

Further, according to the effect of improving the handling property, damages due to inaccurate and uncertain handling are prevented, failures are reduced, and durability is improved.

Further, according to the effect of improving the handling property, delay of reel operation due to inaccurate and uncertain handling is prevented, and quick response operation is possible, resulting in the effect of catching fish.

Further, since the luminous body is used as the visual recognition means, there is an effect that the luminous body can be used not only for the display of the above-mentioned state but also for various displays of other members and electric systems.

[Brief description of drawings]

FIG. 1 is an electric circuit diagram showing an embodiment of an electric fishing reel according to the present invention, and FIG. 2 is an electric circuit diagram showing the operating state of FIG. 13 …… breaker, 15 …… motor 16 …… switch, 21 …… first light emitter 31 …… second light emitter

Claims (1)

[Scope of utility model registration request] 1. An electric fishing reel having an electric circuit in which a switch for controlling a motor for rotating a spool and a breaker which is turned off by a load applied to the motor are incorporated, and is turned on when connected to a power source. In a connected state, and the first light-emitting body that blinks when the breaker is in the OFF state, and a second light-emitting body that lights up in the ON state and goes out in the OFF state is incorporated into the electric circuit, An electric reel for fishing, characterized in that an equal luminous body is provided at a location that can be visually recognized from the outside.