Abstract: A game decoy component includes a support member, an anchor, a bearing member, a carrier member, and a flexible member. The support member includes distal and proximal ends. The anchor is connected to the proximal end of the support member. The bearing member is positioned at the distal end of the support member. The carrier member is slidably supported on the support member and configured for attachment to a portion of a game decoy. The flexible member has a first end connected to the carrier member and an opposing second end positioned remote from the carrier member. The flexible member is supported on the bearing member. Applying tension in the flexible member moves the carrier member along the support member to move the portion of the game decoy relative to the support member.

Abstract: The current invention is a motion imparting decoy device that will help individuals to more effectively lure game animals into reasonable range.

Abstract: A hunting decoy that simulates a life-sized herd of deer includes a decoy image element that is supported during use by a support system having a central suspension support and peripheral stabilizing supports. Both the support system and the decoy image element can be collapsed for transport and storage.

Abstract: A motorized decoy provides lifelike feeding motion by rotating a weighted head through a full 360 degrees. As the head passes the upper apex of rotation, a drive cam located on the drive shaft disengages from a cam located on the decoy head, thereby allowing the head to accelerate and plunge quickly into the water. This action simultaneously causes the rear of the decoy to rotate to a vertical orientation. The head pauses under water until the drive cam re-engages the head cam at the bottom point of the rotation and continues to rotate the head through a channel in the body. This redistribution of weight causes the body to return to a horizontal position. The head rotation continues to the apex and the cycle repeats. This motion also disturbs the surface of the water surrounding the decoy, which can impart motion to adjacent static waterfowl decoys.

Abstract: A decoy for use in game hunting can be enhanced with an attraction device. The attraction device may include a bracket that rotatably supports an s-shaped wing element. The wing element spins within the bracket to provide additional attraction to game, such as ducks. The attraction device may include a mounting flange for mounting to a decoy, such as a duck decoy, through the use of shock cords or the like.

Abstract: The present invention relates to floating waterfowl decoys featuring a multiplicity of interchangeable multifunction feature keels that allow the user to equip the decoy with various animating, affixing, and retrieving systems.

Abstract: A flying decoy assembly that simulates the landing characteristics of waterfowl is provided. The simulated landing characteristics may include, but are not limited to, whiffling, gliding, floating, dipping, and/or flapping motions. The system generally comprises a waterfowl decoy pivotally interconnected to a stand. The decoy system can be used over water or in the field.

Abstract: A decoy collapsible base and frame that floats with a portion thereof immersed in a body of water. A plurality of fowl shaped bodies defining duck decoys that float are detachably connected to the frame by tether lines. The tether lines are connected to a cam and a tether anchor moveably mounted on the frame. Rotation of the cam connecting to the tether lines pivots opposing duck decoys resulting in a dunking motion of selectively positioned duck decoys.

Abstract: A hunting decoy with a body has a guidance fin being both movably positioned and releasably attachable below the body of the decoy. Water contact with the guidance fin permits the decoy to have a lifelike movement. Baffles applied to the guidance fin permit a more lifelike movement for the decoy.

Abstract: A “full body” turkey decoy having one or more of a movable head, movable neck, or movable tail is controlled remotely by the operator to produce a life-like animation of the decoy. The movable tail raises and lowers and the tail feathers fan out in a display; the movable head bobs to the ground and the movable neck arches and straightens, simulating realistic activity. The movable components of the decoy are controlled remotely by means of one or more pull cords, with movement of the components achieved by the use of springs and counterweights.

Abstract: A moving decoy is provided. The decoy is connected to a actuator which causes the decoy to pivot. When positioned on the surface of a body of water, the decoy is capable of mimicking the movements of a live animal.

Abstract: There is disclosed an apparatus and a method for supporting a movable or stationary decoy displayed on a stake for attracting waterfowl where the decoy has a neck portion, a head portion, a body portion, and a stake that protrudes from and may be securely attached to the body portion of the decoy. A tubular receiving member having an internal channel is provided for loosely receiving the stake. The tubular receiving member can be made of black PVC conduit or other suitable materials and has an upper end that is flared to provide an opening that is larger than the internal channel in the tubular receiving member and a lower end that is sealed to prevent water from entering the tubular receiving member. The lower end of the tubular receiving member is adapted to be mounted in the ground.

Abstract: A realistic looking waterfowl decoy has repositionable head and body portions to enable members of a group of decoys to be placed in a variety of positions to mimic a resting flock of real birds, for example, geese. At least portions of the bodies, as well as the necks and heads, of the decoys can have faux feathers adhered to their surfaces to more accurately simulate real waterfowl. A preferred embodiment of the decoy assembly has oblate spheroid end portions formed on attachment portions of both the legs and a keel member which allow the decoy assembly to be alternatively adapted for use both on land and in the water.

Abstract: A system and method for providing floating decoys is described. The system includes a mechanism for moving tethered decoys in a motion that mimics the natural movement of floating waterfowl. The mechanism includes a motor that moves one end of the tether in a circular, or approximately circular motion along the surface of the water. The decoys then move back and forth on the surface of the water.

Abstract: The invention includes a decoy spreader having a central rod with a plurality of arms jointly connected to the central spine. Each arm, and at a plurality of locations on the central rod has at least one decoy attachment location. Preferably, there are at least ten decoy attachment locations. An extender mechanism may be used to help extend the arms or to retract the arms.

Abstract: A waterfowl decoy rigging system comprising a polyvinyl chloride-coated, galvanized steel line material, a waterfowl decoy attached to the line material, and a weighted anchor attached to the line material, and a method of using said waterfowl decoy rigging system.

Abstract: A motorized decoy provides lifelike feeding motion by rotating a weighted head through a full 360 degrees. As the head passes the upper apex of rotation, a drive cam located on the drive shaft disengages from a cam located on the decoy head, thereby allowing the head to accelerate and plunge quickly into the water. This action simultaneously causes the rear of the decoy to rotate to a vertical orientation. The head pauses under water until the drive cam re-engages the head cam at the bottom point of the rotation and continues to rotate the head through a channel in the body. This redistribution of weight causes the body to return to a horizontal position. The head rotation continues to the apex and the cycle repeats. This motion also disturbs the surface of the water surrounding the decoy, which can impart motion to adjacent static waterfowl decoys.

Abstract: A goose flag decoy system simulates flapping wing motion of a goose or other waterfowl, particularly the motion when such goose is landing. A flag pole is pivotably mounted at one end to a base plate that is secured to a ground surface and has a goose flag mounted at or near its opposite end. The flag pole is biased and held in down or grounded position by a stretchable elastic cord tethered at one end to a ground surface and at the other end to the flag pole. A pull cord or string is tethered the flag pole and is directed through one or more eyelets or pulleys. Tugging motion on the pull cord overcomes tension of the stretchable elastic cord and raises the flag pole from its grounded position. Back and forth tugging motion on the pull cord causes the goose flag to move, simulating flapping wing motion.

Abstract: An anchor for use with a buoyant decoy used in hunting has a hollow anchor housing configured for detachable engagement with the buoyant decoy, the hollow housing having an anchor head portion, a ballasted and ballastible anchor shaft portion and a hook portion unitary connected to the anchor shaft portion. A reel assembly with a spool of an anchor line is positioned in the anchor housing. The spool is rotated by a detachable crank handle to rewind the anchor line into the housing. A spring-operated release plunger is positioned within a bore formed in the head portion. When the plunger is depressed, the anchor line can be extended and/or retrieved. A hook on a free end of the anchor line allows detachable securing of the anchor housing to the keel of the decoy.

Abstract: A decoy with a counterweight suspended from a central keel attached along the centerline of the decoy behind the decoy's center-of-gravity. When a wave swells beneath the decoy creating a force which would tend to cause a side-to-side rocking motion of the decoy, the counterweight absorbs a portion of the sway-inducing force, resisting the tendency of the decoy to rock. This provides a more natural bobbing of the decoy producing a believable rise and fall of the decoy's head and body portion.

Abstract: A collapsible hunting decoy, useful for attracting small game is provided. The decoy comprises a collapsible support frame at least partially covered by a sleeve that includes the likeness of at least a portion of the desired game animal, such as, for example, the head and partial body of a turkey. The decoy can further include an attachable element depicting another portion of the animal, such as a turkey fan, that can be inserted into a receiving slot defined between portions of the collapsible frame. The decoy can be configured to include a variety of base or mounting elements, including a ground stake, a clamp, and a bow mount, which increases the flexibility of the decoy during use.

Abstract: An artificial reflection or dark shadow to be used in avian or animal attracting activities is disclosed. The artificial reflection or shadow may be used by itself or attached as to a floating waterfowl decoy which simulates the colored reflection off of the water or the dark shadow as a live bird would have. The decoy reflection and shadow can be used either floating on the water surface or by itself. The Reflection and Shadow can be of varying lengths and widths to simulate the shadow and/or reflection at differing times of the day and at different sun positions. The Reflection and Shadow could be of the entire aerial view of the bird or just a side view.

Abstract: A low wind decoy system for efficiently providing realistic motion to decoys in low and high wind environments. The low wind decoy system generally includes a body, comprised of foam or other similar lightweight materials, adapted to be suspended above a ground surface and oriented into the wind. The body is comprised of a substantially thin structure having at least one curvature formed thereon and the peripheral edge of the body has a series of notches extending within to create an irregular movement in response to air flow passing across to attract various different types of animals and birds. The body is generally suspended via a pole assembly and is configured to irregularly move around the pole assembly. The body is also generally colored with a reflective paint substance to match the animal or bird to be attracted.

Abstract: A turkey decoy or other animal hunting decoy is provided depicting a live mature animal, wherein certain body parts are dwarfed and diminished in size in comparison to the live mature animal it depicts. The decoy will further have colors thereon mimicking colors of the live mature animal eliciting a sexual response from the hunted live animal.

Abstract: The collapsible waterfowl decoy disclosed herein includes a vertical support and a horizontal support. The horizontal support includes a three-way joint which allows the horizontal support to be disposed on the vertical support through parallel ports in the three-way joint. A pin is disposed within a perpendicular port of the three-way joint. The horizontal support further includes rigid tubing that is inserted into a perpendicular port of the three-way joint. Elastic cordage is disposed around the pin and through the rigid tubing to apply elastic tension between the rigid tubing and the perpendicular port of the three-way joint.

Abstract: A wild fowl decoy apparatus comprises a monochromatic body having features generic to a plurality of wild fowl types. The body has a connection portion to releasably connect to a selected one of a plurality of different heads of the plurality of wild fowl types.

Abstract: A coating for an animal decoy or fishing lure with a surface reflection which closely matches the spectral reflectance pattern of the animal that it is designed to mimic, including both human-visible and ultraviolet wavelengths, with the intent of making the decoy or fishing lure appear more realistic to animals that can see in both the human-visible and ultraviolet spectrums.

Abstract: Generally, a decoy duck apparatus of the invention includes a decoy duck body which includes an interior cavity which receives anchor retrieval means. A quantity of tether is wound on a spool portion of the anchor retrieval means, and an anchor is attached to a distal end of the tether. With a first embodiment of the invention, the anchor retrieval means include a spring-powered anchor retrieval mechanism. Preferably, a bottom chamber is located in the decoy duck body below the interior cavity. The bottom chamber is defined by an interior cavity bottom wall and a decoy body bottom wall. A removable and replaceable drain plug located in the decoy body bottom wall for permitting drainage of water out from the bottom chamber. Preferably, a resilient tether guide is interconnected between the interior cavity bottom wall and the decoy body bottom wall. The resilient tether guide receives the tether and wipes water off of the tether when the tether is raised and lowered with respect to the decoy duck body.

Abstract: A bird decoy, such as the kind used for hunting, includes a body and head representative of the type of bird (e.g., goose, duck, turkey, etc.) being decoyed. The head is removably attached to a body. A wind rotation mechanism is inserted into the ground to support the decoy. The wind rotation mechanism can be attached to the head of the decoy and can include a shaft rotatably inserted into a tube. A tether can connect the decoy to a stake in the ground to constrain movement of the decoy. A set of such decoys includes a plurality of decoy bodies nested together in a stack.

Abstract: A motion decoy having a body and wings in the form of a waterfowl provides a realistic biaxial wing beat motion. The wing beat motion simultaneously includes a flapping action and a rotation action. The flapping action can sweep through an obtuse angle, while at the same time the rotating action that changes the angle of incidence of the wings at different angular positions. The compound biaxial wing beat motion better replicates the motion of live waterfowl, especially during the “lighting” phase of flight.

Abstract: A method of creating a surface coating composition comprising the steps of: creating a mathematical model of a vision system of an animal, measuring a set of spectral characteristics from a surface of a first object, entering the set of spectral characteristics as an input into the mathematical model, using an output of the mathematical model to iteratively create the surface coating composition, wherein the surface coating composition is a metamer to the animal, wherein the surface coating composition can be applied to a surface of a second object for the purpose of making the second object look like the first object to the vision system of the animal.

Abstract: Disclosed is a floating platform suitable for supporting a motorized fowl decoy upon a post attached to the-platform. The floating platform comprises a rectangular-shaped solid base portion having a vertically-mounted post attached to the top surface of the platform. Hingedly attached to each long side of the base is a foldable wing frame, each wing frame being a quadrilateral assembly of two longitudinal members and two lateral members, connected by four 90-degree elbows. The longitudinal member of each wing frame is pivotally attached to each long side of the base. The base and each wing are further enclosed in lightweight material to ensure buoyancy of the entire floating platform. The device is easily transportable by pivoting the wing frames upward and carrying the device in the manner of a briefcase.

Abstract: A hunting decoy system, such as a winged duck, for example, comprises a center rigid support, a flotation part, a horizontal stabilizing part, and a decoy body. The flotation part may be attached to the center rigid support. The horizontal stabilizing part may be attached to the center rigid support and the flotation part. The decoy body may be mounted at the top of the center rigid support. The decoy body may be adapted to be displayed above a water line in waters that are greater than three feet deep.

Abstract: A flying decoy assembly that simulates the landing characteristics of waterfowl is provided. The simulated landing characteristics may include, but are not limited to, whiffling, gliding, floating, dipping, and/or flapping motions. The system generally comprises a waterfowl decoy pivotally interconnected to a stand. The decoy system can be used over water or in the field.

Abstract: A bird decoy apparatus comprising a base, a spring-loaded pulley connected to said base, wherein said pulley comprises a pulley cable, at least one rod having a first end and a second end, wherein a bird decoy is attached to said first end of said rod; a pole connected to said pulley and to said second end of said rod; and a substantially circular track connected to said base, said track having varying heights, wherein said rod is in contact with said track. A method for attracting game birds is also disclosed comprising the step of pulling the pulley cable of the bird decoy apparatus, which causes the rod with a bird decoy attached to travel around the track.

Abstract: An anchor for use with a buoyant decoy used in hunting has a hollow anchor housing configured for detachable engagement with the buoyant decoy, the hollow housing having an anchor head portion, a ballasted and ballastible anchor shaft portion and a hook portion unitary connected to the anchor shaft portion. A reel assembly with a spool of an anchor line is positioned in the anchor housing. The spool is rotated by a detachable crank handle to rewind the anchor line into the housing. A spring-operated release plunger is positioned within a bore formed in the head portion. When the plunger is depressed, the anchor line can be extended and/or retrieved. A hook on a free end of the anchor line allows detachable securing of the anchor housing to the keel of the decoy.

Abstract: A waterfowl decoy motion system comprising a multiplicity of movable decoys and several idler pulley assemblies that contain a pulley disposed upon a vertical shaft, and a retaining assembly disposed over the pulley and connected to the vertical shaft. The retaining assembly has a minimum cross sectional dimension greater than the diameter of the pulley.

Abstract: Balloon decoy systems and methods of making balloon decoys to assist in hunting or capturing various species of bird are disclosed, which overcome drawbacks inherent to conventional methods of attracting birds to a desired hunting or capture area. A balloon decoy includes a first portion fused to a second portion, a valve, and a first tether attachment point disposed on an exterior surface of the second portion. A balloon decoy system includes a bird-shaped balloon decoy and a ground unit coupled via a tether. The ground unit includes a remote-controlled reel disposed within an outside shell with an opening, which can accommodate the tether. The outside shell may be painted or otherwise colored to exhibit camouflaging properties. The balloon decoy system may also include a plurality of balloon decoys coupled via tethers.

Abstract: The waterfowl decoy support is formed of a length of stiff rod configured to support a ballasted flotation-type decoy above a land or water surface. The decoy support may have an elongated upper slot adapted to slide over the keel of the ballast weight of the decoy, or may have an upper support arm extending from the upper end of the rod, the uppermost end of the arm terminating in an eye. The eye provides a non-rigid connection to an eyebolt or the like secured to the back of the decoy, allowing the decoy to move in the wind. The lower end of the rod either may have a spike for insertion into the ground or a generally horizontal loop for placement on the surface of the ground.

Abstract: A waterfowl decoy apparatus is disclosed for attracting a waterfowl. The waterfowl decoy apparatus comprises a blade having a generally sinusoidal cross-section for defining a first concave portion, a second concave portion and an inflection axis. A dark pigment is on a first side of the blade. A light pigment is on a second side of the blade. A first end of a hanger is secured to an object. A swivel couples a second end of the hanger to a top edge of the blade for rotating the blade relative to the hanger. The flow of air contacts the blade for rotating the blade. The dark pigment and the light pigment create an oscillating image upon rotating of the blade for attracting the waterfowl.

Abstract: A hunting decoy may comprise a glove; and a simulation of a head of a quarry attached to the glove. In operation a hunter may carry the decoy to a desired hunting location and position the simulation into a position that is visible to the quarry. The hunter may move the simulation to imitate natural head movements of the quarry.

Abstract: Generally, a decoy duck apparatus of the invention includes a decoy duck body which includes an interior cavity which receives anchor retrieval means. A quantity of tether is wound on a spool portion of the anchor retrieval means, and an anchor is attached to a distal end of the tether. With a first embodiment of the invention, the anchor retrieval means include a spring-powered anchor retrieval mechanism. Preferably, a bottom chamber is located in the decoy duck body below the interior cavity. The bottom chamber is defined by an interior cavity bottom wall and a decoy body bottom wall. A removable and replaceable drain plug located in the decoy body bottom wall for permitting drainage of water out from the bottom chamber. Preferably, a resilient tether guide is interconnected between the interior cavity bottom wall and the decoy body bottom wall. The resilient tether guide receives the tether and wipes water off of the tether when the tether is raised and lowered with respect to the decoy duck body.

Abstract: A decoy collapsible base and frame that floats with a portion thereof immersed in a body of water. A plurality of fowl shaped bodies defining duck decoys that float are detachably connected to the frame by tether lines. The tether lines are connected to cam and a tether anchor moveably mounted on the frame. Mechanical means rotates the cam connecting to the tether lines alternating pivoting opposing duck decoys resulting in a dunking motion of selectively positioned duck decoys.

Abstract: A support supports a decoy device in an elevated position above the support with a post. The support comprises a platform member with a front edge and an opposite rear edge with longitudinal sides extending therebetween. The platform member has top and bottom surfaces defining parallel planes between the front and rear edges and the longitudinal sides. The front edge has a width dimension less than the width dimension of the rear edge. The front edge is generally pointed in cross-section. The platform member is formed from a material with sufficient buoyancy to allow the support to substantially float in the water with the decoy device mounted thereto. The platform member top surface has a mount adapted to receive the post of the decoy device. The platform member has a tether connector. The method of using the support is also disclosed.

Abstract: An artificial reflection or dark shadow to be used in avian or animal attracting activities is disclosed. The artificial reflection or shadow may be used by itself or attached as to a floating waterfowl decoy which simulates the colored reflection off of the water or the dark shadow as a live bird would have. The decoy reflection and shadow can be used either floating on the water surface or by itself. The Reflection and Shadow can be of varying lengths and widths to simulate the shadow and/or reflection at differing times of the day and at different sun potions. The Reflection and Shadow could be of the entire aerial view of the bird or just a side view.

Abstract: A display device for spreading a turkey's tail feathers in a fan-like display is provided. The device consists of an elongated shank having two opposing ends, and two quill clips located one at each of the two opposing ends of said shank having grooves that snap onto the quills near the base of two or more of the turkey's outer tail feathers located to either opposite side of the hub. When installed, the device is invisible to view. An adjustable joint may be provided to enable adjusting a version of the shank having two arms to a certain angle to optimize the turkey fan display. A mounting mechanism may further be provided for mounting an object to the turkey fan display such as the beard, or a pole for use of the fan as a decoy in the field.

Abstract: A bird-shaped decoy is supported on a swivel that is supported on a tubular component which allows the decoy to rotate. A bird-shaped decoy is mounted on a first swivel and a second swivel is mounted on a tubular component. An offset support rod connects the two swivels allowing the decoy to simultaneously orbit or rotate. The tubular component mounted swivel can have multiple support rods mounted thereon each extending to a swivel that supports a bird-shaped decoy.

Abstract: A system configured to imitate actions of a group of animals includes a plurality of decoys. Each of the decoys includes anatomical body parts that are representative of an animal being imitated. Each decoy is capable of making a plurality of body motions in a predefined sequence. The system also includes a motion mechanism located inside the body of each decoy, wherein the motion mechanism is configured to control the plurality of body motions. The system further includes a control terminal including a plurality of button sets, with each set being associated with a switch group and each switch group being used to send a control message to a receiver of the motion mechanism of a particular decoy. Operation of the switch groups causes animation of groups of the plurality of decoys in a programmable or random manner.

Abstract: A waterfowl decoy comprising a waterfowl decoy body, a propulsion system, an accelerometer, and a microcontroller. In a preferred embodiment, the waterfowl decoy body has an inner cavity with an equipment mounting surface therein with the propulsion system coupled to the equipment mounting surface and configured to propel the waterfowl decoy across a surface of water. The accelerometer is coupled to the equipment mounting surface and configured to sense accelerations of the waterfowl decoy body when propelled across the surface of water, and the microcontroller is coupled to the accelerometer and configured to calculate a distance traveled by the waterfowl decoy body when propelled across the surface of water. A waterfowl decoy system and a method of manufacturing a waterfowl decoy system are also provided.

Abstract: A remote controlled decoy is provided. The remote control decoy operates using two propellers secured to a hull and remotely controlled by a radio frequency transmitter. A shell resembling a particular waterfowl is releasably coupled to a hull which serves as a watertight compartment for the receiver and the electronics associated with the propulsion of the decoy. The decoy may also be provided with strobe lights to draw attention to the decoy from passing waterfowl.