A pole-and-line fishing device includes a rotary drum, a drive motor, an electromagnetic clutch, an encoder for detecting direction and speed of rotation of the rotary drum, and a control unit for controlling the electromagnetic clutch. The drive motor can rotate the rotary drum in a forward winding direction until a load reaches a transmission torque, and when load exceeds the transmission torque, the drum can rotate in a reverse unwinding direction. In a reverse torque operation region, a winding torque is set to a preset Winding Force 2 Reference Rotation Speed relative to a Winding Force 1, and is changed based on a change of rotation speed of the drum. The ratio of winding torque increase/decrease is determined by a torque rising curve. The winding torque switches to Winding Force 3 to perform a constant torque operation when speed of the drum reaches Winding Force 3 Reference Rotation Speed.

A pole-and-line fishing device includes a rotary drum, a drive motor, an electromagnetic clutch, an encoder for detecting direction and speed of rotation of the rotary drum, and a control unit for controlling the electromagnetic clutch. The drive motor can rotate the rotary drum in a forward winding direction until a load reaches a transmission torque, and when load exceeds the transmission torque, the drum can rotate in a reverse unwinding direction. In a reverse torque operation region, a winding torque is set to a preset Winding Force 2 Reference Rotation Speed relative to a Winding Force 1, and is changed based on a change of rotation speed of the drum. The ratio of winding torque increase/decrease is determined by a torque rising curve. The winding torque switches to Winding Force 3 to perform a constant torque operation when speed of the drum reaches Winding Force 3 Reference Rotation Speed.

A variable speed motor driven fishing reel is powered by a brushless DC motor and adapted for remote control operation by adapting a salt water bait-casting reel with a motorized drive assembly including an end plate having an environmentally sealed cover removably connected thereto, and mounted on the opposite side of the reel from the manual crank, the drive assembly including a brushless DC out-runner motor having an output shaft connected to a planetary gear system configured to power rotation of the fishing reel spool axel for driving the spool. A power cable provides 12.0 volt DC power from a suitable on-board vessel power source. An electronic motor control system allows for variation of DC motor speed via a manually actuated speed control knob. A remote control device is adapted for wireless communication with the electronic motor control system to allow for remote activation of the DC motor in low and high speed modes.

A variable speed motor driven fishing reel is powered by a brushless DC motor and adapted for remote control operation by adapting a salt water bait-casting reel with a motorized drive assembly including an end plate having an environmentally sealed cover removably connected thereto, and mounted on the opposite side of the reel from the manual crank, the drive assembly including a brushless DC out-runner motor having an output shaft connected to a planetary gear system configured to power rotation of the fishing reel spool axel for driving the spool. A power cable provides 12.0 volt DC power from a suitable on-board vessel power source. An electronic motor control system allows for variation of DC motor speed via a manually actuated speed control knob. A remote control device is adapted for wireless communication with the electronic motor control system to allow for remote activation of the DC motor in low and high speed modes.

A fishing machine includes a rotary drum for winding a fishing line, capable of rotating in a reeling direction and in a unreeling direction, a drive motor for rotating the rotary drum in the reeling direction and in the unreeling direction, and an electromagnetic clutch for transmitting the rotation of the drive motor to the rotary drum. The electromagnetic clutch is capable of variably setting a transmitting torque of rotation, and the transmitting torque is set to a value for cancelling a mechanical load in the unreeling direction of the fishing machine.

A fishing machine includes a rotary drum for winding a fishing line, capable of rotating in a reeling direction and in a unreeling direction, a drive motor for rotating the rotary drum in the reeling direction and in the unreeling direction, and an electromagnetic clutch for transmitting the rotation of the drive motor to the rotary drum. The electromagnetic clutch is capable of variably setting a transmitting torque of rotation, and the transmitting torque is set to a value for cancelling a mechanical load in the unreeling direction of the fishing machine.

A handle assembly for a fishing rod and reel assembly. The handle assembly includes a handle body extending from a first end to a second end along a first central axis. The handle body defines a gripping area and a reel seat. A motor actuation button is defined along the handle body. A motor mount is connected to the handle body and extends along a second central axis from a generally closed end to a second end defining an opening. A motor is positioned in the motor mount such that a rotating connector extends from the opening in the motor mount. A rotating drive mechanism is connected at a first end to the rotating connector and has a second end configured for connection to a spool shaft of a reel which is configured for connection to the handle body reel seat. A power source is electrically connected with the motor actuation button and the motor. Pressing of the motor actuation button causes the motor to rotate which in turn causes the second end of the rotating drive mechanism to rotate in a reeling in direction.

A handle assembly for a fishing rod and reel assembly. The handle assembly includes a handle body extending from a first end to a second end along a first central axis. The handle body defines a gripping area and a reel seat. A motor actuation button is defined along the handle body. A motor mount is connected to the handle body and extends along a second central axis from a generally closed end to a second end defining an opening. A motor is positioned in the motor mount such that a rotating connector extends from the opening in the motor mount. A rotating drive mechanism is connected at a first end to the rotating connector and has a second end configured for connection to a spool shaft of a reel which is configured for connection to the handle body reel seat. A power source is electrically connected with the motor actuation button and the motor. Pressing of the motor actuation button causes the motor to rotate which in turn causes the second end of the rotating drive mechanism to rotate in a reeling in direction.

A fishing line winder is disclosed. The line winder is combined with a line reel, so that a fishing line is sequentially reeled and unreeled. The line winder is a machine for preventing reverse winding and tangling, where a base of the fishing line winder is provided with a shaft, and a driving member drives the shaft to rotate, while a spindle is provided with a line spool, an abutment wheel and an unidirectional bearing; a resistance against the rotation of the abutment wheel is formed by means of a brake pad, thus preventing reverse winding and tangling when the fishing line is reeled onto and unreeled from the line reel.

A fishing line winder is disclosed. The line winder is combined with a line reel, so that a fishing line is sequentially reeled and unreeled. The line winder is a machine for preventing reverse winding and tangling, where a base of the fishing line winder is provided with a shaft, and a driving member drives the shaft to rotate, while a spindle is provided with a line spool, an abutment wheel and an unidirectional bearing; a resistance against the rotation of the abutment wheel is formed by means of a brake pad, thus preventing reverse winding and tangling when the fishing line is reeled onto and unreeled from the line reel.