The present invention relates to a novel bottom bouncer device. The device is designed to provide fishermen with lead-free bait at an elevated level above the bottom surface. Specifically, the bottom bouncer device is configured for a fishing rod and is both lead-free and weedless. The device comprises a round, brass rod with a split ring at the top and a snap swivel attached to the split ring. Further, the bottom nine inches of the rod may be turned down in a lathe to produce differing weights for the bottom bouncer device.

a fishing vibrator that is configured to be mounted on a fishing pole when fishing. The fishing vibrator comprises of a housing, a battery that is housed within the housing, a vibrating motor that is housed in the housing, the vibrating motor is operatively connected to the battery; an offset flywheel that is attached to the vibrating motor, a switch that is attached to the housing, a pair of u-shape pole rubber attachments that are used to attach the housing to the fishing pole, and a hook and loop system that is used to attach the housing to the fishing pole.

The present invention relates to an automatic jerking device for fishing, and more particularly, to an automatic jerking device for fishing, which has a biting signal detection member for detecting a biting when a fish bites a bait during fishing, and automatically performs a jerking to catch the fish at a proper timing.

Provided is a fish attraction device. The fish attraction device, in at least one aspect, includes a motor, the motor having an output shaft configured to rotate about a rotational axis. The fish attraction device, in accordance with this aspect, may further include first and second cams rotationally coupled to the output shaft about the rotational axis. The fish attraction device, in accordance with this aspect, may further include a first thumper configured to move to create a first thumping pattern as the first cam rotates with the output shaft about the rotational axis, as well as a second thumper configured to move to create a second thumping pattern as the second cam rotates with the output shaft about the rotational axis, the first and second thumping patterns collectively providing a rhythmic thumping pattern designed to attract fish.

The present invention relates to decoys for simulating the movement of animals on land, air, or water. The invention includes a small, enclosed, and portable unit that comprises a motor, a rechargeable power supply, a timing control mechanism, and a spool attached to a line. The line extends from the unit and attaches to one or more animal decoys and, at the end, to an anchoring mechanism (e.g., an anchor placed in the water or a tether attached to a tree or other stationary support). The anchoring mechanism preferably is attached to the line via a bungee cord or other flexible connection that exhibits elasticity. The preferred embodiment of the invention comprises four main parts: (1) a string portion, which extends from an anchor system to a mechanical unit; (2) one or more animal decoys attached to the string portion; (3) an anchor assembly attached to one end of the string assembly for creating tension in the string assembly and securing its position; and (4) a mechanical unit containing a low-power, motorized spool assembly, a rechargeable power supply, a spool, and a timing mechanism for repeatedly winding and releasing the string portion.

The present invention relates to an automatic jerking device for fishing, and more particularly, to an automatic jerking device for fishing, which has a biting signal detection member for detecting a biting when a fish bites a bait during fishing, and automatically performs a jerking to catch the fish at a proper timing.

A fishing rod vibration system including a battery powered electronics system, programmable motor controller, and user interface, as well as a vibrator selectively and detachably coupled to the electronics system for receiving output signals from the motor controller. The electronics system and user interface may be disposed in or on a fishing reel, and the electronic vibrator may be collocated with the electronics system or disposed on a fishing rod separated from the electronics system.

The present invention relates to an assembly for trolling with multiple fishing lines, and in particular to an assembly allowing the multiple fishing poles to rotate simultaneously. The assembly has a rail having a channel and that can be affixed to the side of a boat. One or more units can be secured to the rail. Each unit has a base that can be secured to the channel, a swivel, a platform and a rod holder. An actuator can be pivotally secured to the rail and to an actuator arm secured to the back end of the platform of the adjacent unit. Extension and retraction of the actuator makes the platform and rod holder swivel relative to the base. Tie rods are used between adjacent units so that each unit swivels in unison with each other. Two parallel tie rods are used when three units are present.

A fishing rod vibration system, including a mounting platform, a batter powered electronics system mounted on the mounting platform and including a motor controller and a user interface operably and electrically coupled to the motor controller, as well as a vibrator selectively and detachably coupled to the electronics system for receiving output signals from the motor controller. The vibrator includes a housing enclosing an electric motor, and vibrator mounting elements enable attachment of the vibrator to a fishing rod.

A self-movable artificial bait fish and to a method for controlling a self-movable artificial bait fish are disclosed. The self-movable artificial bait fish (1) comprises control means, a tail-end drive (330) and a head-end drive (340). The control means comprise at least one fastening means (130, 130′) for fastening a connecting line (10) to an angler (2), and the position of a fastening point (230) on the fastening means (130, 130′) in the direction of movement y can be arranged in the region from the rear extremity at the tail end (5) to a position behind the position of the drive point (220).