Abstract: A thin material that is in a single planar which has a front and back and is circular in shape. There is a radius in the periphery that travels from the periphery inward, creating a cut that is interior to the peripheral edge and follows the circumference of the circular shape. Where this cut ends there is an opening or change in its direction. A fishing line passes through a hole in the material that is interior to the cut. When the device is in use being pulled through the water, the material between the interior cut and the device's peripheral edge deflects back causing the device to rotate which creates the needed action and flash to attract the fish. This planar deflection is not permanent and the material will return to its single planar when at rest.

Abstract: A fishing attractor that communicates through a fish's electroreceptor lateral line that is used in water to attract nearby fish by appealing to the fish's six senses. The fishing attractor includes a wire shaft, a copper bead, a propeller having one or more blades and a central portion with a first magnet inside and a second magnet arranged in reverse polarity to the first magnet. Embodiments include a fishing attractor that when moved, the blades of the propeller begin to rotate and the copper bead and propeller move in a linear motion as well causing the first magnet to rotate and move up and down along the wire shaft, producing an electric potential pulse from the electromagnetic field created by the first and second magnets in opposing relation and from exciting electrons in the wire.

Abstract: A functional ornamentation manufactured from a stamped metal plate which is twisted by a specified number of degrees to result in a shape that allows for unique reactions to flowing fluids such as air and water. Due to the shape and twist of the device, the device will spin along with the flowing fluid or when pulled through that fluid, such that it retains a straight trajectory. In a preferred embodiment, such as part of a fishing lure, the ornamentation is connected to a ball bearing swivel which allows for near frictionless rotation. The lure when drawn through the water travels in a straight path, rather than an arced path of the prior art. This results in a more natural travel path producing greater flash and rotation for attacking fish.

Abstract: A fishing flasher device which is configured to be attached to a main fishing line to be drawn through the water, generally by trolling behind a slowly moving water vessel. The flasher device has an on-axis mainline attachment on the forward end to produce a spinning or rotational movement about the axis of the mainline. The flasher device also has at least one off-axis mainline attachment at the forward end configured to produce an orbiting motion rather than a rotational movement of the flasher device. A trailing line is generally attached to a trailing line attachment point on the rearward end of the flasher device to which is connected lures, bait, hooks, etc. for catching fish.

Abstract: A fishing lure comprises a spinning blade that rhythmically changes its direction of rotation. One or more unique link members enable more than 360 degree of blade rotation yet limit the total amount of blade rotation in either direction. The rotating blade causes the link members to wind up until they momentarily stop the rotation of the blade, at which point a hydrodynamic torque still trying to rotate the blade causes the lure to undergo a slight twist motion. The wound-up link members then begin to unravel due to a remaining hydrodynamic force still incident on the forward-moving lure. This winding-and-unwinding cycle automatically repeats as the lure moves forward. The cyclically rhythmic and alternating blade rotations, along with the corresponding twitching motions, result in a unique swimming motion of the lure that more effectively attracts fish and better mimics the random swimming behavior of real life prey.

Abstract: A device for imparting rotational or oscillatory motion to a bait fish in order to entice a game fish to bite the bait fish, which device is primarily connected to the bait fish within the mouth of the bait fish.

Abstract: An artificial fishing lure utilizes gyratory motion of a rotating auger of the lure to provide novel water dynamics while the lure is being pulled through the water in order to entice a fish to strike at the lure. The lure includes a shaft, a head on one end of the shaft, a tail on another end of the shaft, and the auger situated freely on the shaft between the head and the tail for rotation on and about the longitudinal axis of the shaft. The auger has one or more configured external blades along its length. The blade(s) provide a means that rotates the auger through water resistance as the lure is pulled through the water to thereby create novel and enhanced water dynamics.

Abstract: In the fishing lure art there is a need for a lure that remains near and parallel to the surface of the water not only when the lure is reeled in by a fisherman, but also when the lure is stationary or left to the whims of the water's current. Described are lures having a floating body that is incorporated into a non-linear lure design. Some arrangements of the invention comprise fins on the floating body to allow the lure to generate noise as it moves through the water. Still other arrangements of the invention have a ballast that adds weight and stability to the lower portion of the lure.

Abstract: Disclosed is a counter rotating fishing lure that comprises a body section having an open center, a leading edge, a trailing edge and a pair of fins that create body rotation when fluid flows thereover. Within the open center of the body region is a freely rotating member rotatably mounted to the body region and having a pair of trailing edge fins to induce a rotation in an opposite direction of the body section. This creates a counter rotating lure as the lure is drawn through the water, while its surfaces may be adorned with various designs, textures and treatments that attract attention while in the water. The leading edge of the lure is adapted to connect to a barrel swivel and towing fishing line, while the trailing edge is adapted to connect to a fishing hook to snare a fish.

Abstract: Fishing device, such as a lure (1), in which there is a body (2), to the front end of which are attached means (3) for attaching a line (4) and at the rear end of which are winglets (11, 12) that rotate due to the force of the water flow. The winglets (11, 12) are mounted eccentrically on bearings on an essentially wire-like axle (9) to rotate in opposite directions and/or at different speeds. The winglets (11, 12) are essentially triangular, the bearing point being essentially at, or in the immediate vicinity of one point of the triangle.

Abstract: A maneuverable fishing lure for attachment to a fishing line includes a lure body including a first end and a second end. An attachment means joins to the fishing line where a retrieval of the fishing line imparts motion on the lure through water. A rudder is pivotally joined to the lure body proximate to the first end. The rudder is pivotal between a first position and a second position about a pivot axis substantially perpendicular to an axis extending through the first end and the second end. With the rudder in the first position, the motion causes the lure to travel through the water in a first direction. With the rudder in the second position, the motion causes the lure to and travel through the water in a second direction. A change in the motion causes the rudder to pivot between the first position and the second position.

Abstract: A bait fish-holding type fishing lure having a lure body in the form of a turbine member mounted rotatably on a longitudinally-extending axle member is arranged for securement at its front end to a fishing line, the lure body turbine member formed as a substantially hollow headcap member which mounts a rearwardly-projecting bait fish body support rod arranged to support and secure a bait fish during operation of the fishing lure, the lure body turbine member including at least one peripheral, outwardly projecting, longitudinally curved turbine fin member arranged to cause rotation of the lure body and supported bait fish on a substantially consistent and steady axis of rotation on the supporting axle member upon relative movement of the lure and surrounding water during fishing operations.

Abstract: A spinner lure for attracting fish comprising: an eyelet, where the eyelet suspends the contents of the spinner; a treble hook suspended at the opposite end of the eyelet; at least two blades suspended between the eyelet and treble hook; stirrups, where a stirrup is provided for each blade to attach the blade to the lure; and a plurality of beads, where said beads are dispersed between the blades and one bead is placed between the eyelet and the first blade, and one bead is placed between the treble hook and the last blade on the lure. The blades are capable of moving both clockwise and counterclockwise and create a propeller like movement when retrieved through the water.

Abstract: A fishing lure and spinner blade designed in a helical form that rotates in a free form fashion or in an inline application. The “Tornado or Funnel” appearance of the blade as it spins through the water can be regulated by the speed of the retrieval, size of the blades and number of rotations on the spinner blade, which give a consistent spinning experience at any retrieval speed and level. The blades are affixed through split rings and swivels on varying spinner bait wire forms and spin effortlessly at high very slow to high retrieval rates and upon natural free falling through the water. The inline technology uses the tornado design to employ a dependable and effortless spinning motion around the axis of the wire form, and a streamlined spinner that doesn't need to have the blades set by applying force to the lure before spinning commences.

Abstract: An artificial bait for fishing with a flexible appendage (28, 28?) which is made of soft plastic or other resilient material and it is either formed or interchangeably fitted on a radial bearing (27, 27?) rotatably mounted on a shaft (25, 25?, 25?, 23?).

Abstract: An apparatus for fish-luring use with a separate fishing line includes a fishing-line-attachable shaft (e.g., a straight length of rigid wire) on which are mounted first and second rotator members. At least the first rotator is mounted rotatably and slideably for rotation and axially movement relative to the second rotator in response to water pressure when the shaft is moved forwardly in a body of water. The interaction of an irregular non-planar rearwardly facing end on the first rotator with an irregular non-planar forwardly facing end on the second rotator produces fish-luring vibrations. In one embodiment, the second rotator is also mounted rotatably and slideably, with the first rotator rotating clockwise, the second rotator rotating counterclockwise, and circumferentially spaced apart protrusions on the rearwardly facing end of the first rotator interacting with circumferentially spaced apart indentations on the forwardly facing end of the second rotator to produce the fish-luring vibrations.

Abstract: The present invention is directed to a modular fishing lure system having components which allow a user to create customizable fishing lures with greater flexibility and creativity while also being modifiable in the fishing environment in a manner that the user can alter the lure as needed while the user is fishing. The fishing lure system can include a propeller which provides desired action and movement of both the lure and the water surrounding the lure to entice fish to attack the fishing lure. The fishing lure system can include color components, which are provided to allow the user to select different colors and patterns in the body of the fishing lure. A secondary lure is provided in connection with the primary lure which trails behind the primary lure.

Abstract: A bait fish-holding type fishing lure having a lure body in the form of a turbine member mounted rotatably on a longitudinally-extending axle member is arranged for securement at its front end to a fishing line, the lure body turbine member formed as a substantially hollow headcap member which mounts a rearwardly-projecting bait fish body support rod arranged to support and secure a bait fish during operation of the fishing lure, the lure body turbine member including at least one peripheral, outwardly projecting, longitudinally curved turbine fin member arranged to cause rotation of the lure body and supported bait fish on a substantially consistent and steady axis of rotation on the supporting axle member upon relative movement of the lure and surrounding water during fishing operations.

Abstract: A spinner of a buzz bait has a multiplicity of connected blades mounted for rotation on a reach of a wire frame of the buzz bait, the blades generating a hollow, substantially spherical shape when rotating, and agitating wings projecting outwardly from the blades at an angle thereto. In the preferred embodiment, the spinner is made in one piece of a material that is manually bendable and shape retaining, so that the wings can be bent to an angle that the user prefers, to regulate the speed at which the spinner rises to the surface and rides with most of the spinner exposed, above the surface of the water.

Abstract: A fishing lure assembly utilizing a shaft less electric generator which does not require exterior moving components such as a propeller, shaft and bearing to activate the generator, The lure assembly is made up of two segments with a receiver for a weight, a chromed paper insert and a shaft less generator within the nose segment, and a reservoir for holding scent material in the tail segment.

Abstract: An apparatus for fish-luring use with a separate fishing line includes a fishing-line-attachable shaft (e.g., a straight length of rigid wire) on which are mounted first and second rotator members. At least the first rotator is mounted rotatably and slideably for rotation and axially movement relative to the second rotator in response to water pressure when the shaft is moved forwardly in a body of water. The interaction of an irregular non-planar rearwardly facing end on the first rotator with an irregular non-planar forwardly facing end on the second rotator produces fish-luring vibrations. In one embodiment, the second rotator is also mounted rotatably and slideably, with the first rotator rotating clockwise, the second rotator rotating counterclockwise, and circumferentially spaced apart protrusions on the rearwardly facing end of the first rotator interacting with circumferentially spaced apart indentations on the forwardly facing end of the second rotator to produce the fish-luring vibrations.

Abstract: A fishing lure including a U-shaped body having a primary member and a secondary member joined together by a crosspiece. A fishhook and a weight are affixed to the rear of the primary member. The weight has a bulb and a rearwardly extending stem that terminates at an enlarged shoulder. A detachable blade harness is releasably attached to the weight and includes an elastomeric tether to which is rotatably attached a pair of spinner blades. A buzz blade is rotatably attached to the secondary member.

Abstract: A fishing lure includes a bait fish holder for receiving the head of a bait fish. Outwardly projecting wing members and fins on the bait fish holder promote the rotational movement and enhance the dive capabilities of the lure.

Abstract: A fishing lure includes a shaft having a first end for connection to a line and a second end for connection to a hook. An outer body is provided on the shaft to conduct water through its hollow interior during retrieval while an inner body gating component rotatably mounted on the shaft within the hollow interior repetitively interrupts or gates the flow of water in a way that produces low frequency vibrations. As an angler retrieves a line attached to the shaft, water flows into an outer body input port, through the hollow interior, and then out a plurality of outer body output ports located at a rearward end of the outer body.

Abstract: A spinner shape (10) cut and formed to resemble a small bait fish which exhibits rotation (40) in moving air or water as a result of action against the broad surfaces of the tail fin plates (24) and the internal broad surfaces of the spinner bodies (28). The spinner shape is then journaled on a shaft (32) through center hole (14) and adjoined tab holes (12) for assembly as an in-line spinning lure (30), or is adjoined at the opposite ends with a split ring (46) to be attached by way of a swivel (50) to a “V” frame spinner bait (48) or to a jig spinner (49).

Abstract: A fishing lure with three housing sections, a front housing section and a rear housing section, each with spiral fins or propellers that cause them to rotate in opposite directions when the lure is pulled through the water, and a middle housing section to which a fish hook can be attached. A selected housing section contains a compartment into which small metal spheres can be inserted, both to add weight to the lure and to make noise to attract fish. The rear housing section has a compartment for scent, in the form of pellets and has a plurality of apertures through which the scent can diffuse through the surrounding water to attract fish.