Abstract: A non-motorized waterfowl decoy device includes a recoil mechanism adapted for use in a front-facing position or a rear-facing position. The recoil mechanism includes a rotatable spindle having a long axis about four times greater than its diameter. The recoil mechanism further includes a elastic drive member adapted to slidably couple into a pair of corresponding slots on the spindle and engage a rear-support post having a u-shaped alignment channel. A pull cord attached to the spindle causes the spindle to rotate and coil the elastic drive member. Positioning the pull cord through a provided aperture on the rear guide-post enables reward-facing operation and, positioning the pull cord through a provided aperture on a front guide posts enables forward-facing operation.

Abstract: A device to lift a motion decoy includes a main chamber; a piston that extends inside and outside of the main chamber; an end of the piston outside of the main chamber adapted to connect to the decoy; a gasket on the piston, inside the main chamber, that helps the pressure of the water urge the piston to rise so that the piston lifts and lowers the decoy, the gasket helping stabilize the piston relative to the main chamber when the piston has risen; a water pump that provides the main chamber with water under pressure so as to urge the piston to rise; and a contact switch on the piston that, upon lack of contact between the contact switch and the main chamber, allows the decoy to activate a motion. An inner piston may rise out of the piston to further lift the decoy.

Abstract: A decoy has a body and a stand to support the body. In one embodiment, the stand has a least three legs which pivot between extended and collapsed positions, wherein a retainer structure releasably retains the legs in the extended positions. In another embodiment, the decoy includes an interconnect for securing the stand to the body. The interconnect snaps into connection with the body. In one embodiment, the interconnect has a pair of circumferential openings retaining the stand along the body during shipment.

Abstract: A waterfowl feeding decoy having a body mounted to a motor, and a box member that includes a pivotally attached top member such that opening the top member allows access to a chamber disposed within the box member, and closing the top member forms a watertight seal between the top member and the box member. A power source is disposed in the chamber, and electrical wires extend from the power source up through an aperture and are electrically connected to the motor. The box member serves as a watertight storage means for the power source and further serves as an anchor for anchoring the decoy at a selected location.

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: A decoy is comprised of a pair of planar members, one being a body member to be vertically orientated and the other being a wing member to be horizontally orientated. The two members are interconnected by corresponding openings in the body portion and tabs in the wing portion, respectively, to thereby facilitate ease of assembly and disassembly. The members are comprised of a light-weight, semi-rigid material which are adorned with artistic depictions of the represented species. A rotatable support member and the light-weight material allows for the assembled decoy to rotate with the wind to thereby present a life like appearance. A support stake, separate from the decoy structure, includes a socket at its top so that the stake can be inserted into the ground and then the downwardly extending decoy pin can be rotatably inserted into the socket.

Abstract: An air-actuated wing assembly includes a wing body; at least one half-wing portion having a generally elongated, flexible, cupped wing panel extending from the wing body; and an attachment mechanism carried by the wing body. In some embodiments, the air-actuated wing assembly includes an assembly base; a wing support assembly carried by the assembly base; at least one half-wing portion having a generally elongated, flexible, cupped wing panel rotatably carried by the wing support assembly; and an attachment mechanism carried by the assembly base. A fowl decoy is also disclosed.

Abstract: The bird decoy, which expands into a fully three dimensional figure of a bird and may be compressed into a flat or nearly flat package. The decoy body is hollow and covers a coiled spring which may expand to display the three dimensional body of the bird and which can be compressed into a flat storage configuration. The coiled spring is covered by a fabric bird body, which has a head, tail, coloration and features all resembling a bird.

Abstract: A waterfowl decoy has a body with a motor rotatably driving a shaft. A support rod is movably and eccentrically connected to the shaft. The support rod extends outwardly through an orifice in the body, rotation of the shaft causing the support rod to move inwardly and outwardly of the body through the orifice, and to swing upwardly and downwardly about the orifice. A foot on the outer end of the support rod performs a kicking action when the decoy floats in water. There may be two support rods extending through the belly portion of the waterfowl and reciprocating out of phase with each other.

Abstract: An apparatus comprises a motor, a traverse support beam, a first support rod, and a second support rod. The motor is operative to rotate an axle. The traverse support beam is rotationally coupled to this axle and has a first end and a second end. The first support rod is coupled to the first end of the traverse support beam and is adapted to support a first decoy. Finally, the second support rod is coupled to the second end of the traverse support beam and is adapted to support a second decoy.

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 non-motorized waterfowl decoy device includes a recoil mechanism adapted for use in a front-facing position or a rear-facing position. The recoil mechanism includes a rotatable spindle having a long axis about four times greater than its diameter. The recoil mechanism further includes a elastic drive member adapted to slidably couple into a pair of corresponding slots on the spindle and engage a rear-support post having a u-shaped alignment channel. A pull cord attached to the spindle causes the spindle to rotate and coil the elastic drive member. Positioning the pull cord through a provided aperture on the rear guide-post enables reward-facing operation and, positioning the pull cord through a provided aperture on a front guide posts enables forward-facing operation.

Abstract: A feathered skirt that fits over hunting duck decoys to create a more realistic looking hunting duck decoy. The feathered skirt includes a plastic material wrap around skirt having simulated and/or real duck feathers. The plastic skirt is a thin plastic waterproof material which wraps around a duck decoy. The simulated and/or real duck feathers on the skirt resemble either a male drake or female hen of the mallard species.

Abstract: An avian decoy including a decoy body; a stake having an upper end for rotatably supporting the decoy body, and having a lower end for being anchored to a support surface; and a guide for guiding the upper end of the stake into proper position in the decoy body.

Abstract: A bird decoy with its wings extended. A pocket is attached to the underside of each wing and slits are placed adjacent the forward edges of the wings. A stiffly flexible rod is threaded through the slits and the ends are secured in the pockets. Additional slits are placed on the trailing end of the wings.

Abstract: A bird decoy system comprising: a remote control device, the remote control device comprising: a remote control housing; a transducer located on the housing; a switch located on the housing; a transmitter located within the housing, and in signal communication with the microphone; an electronics compartment, the electronics compartment comprising: a receiver located in the electronics compartment; a receiving antenna in signal communication with the receiver, and configured to be in signal communication with the transmitter when within range of the transmitter; a CPU located within the electronics compartment, and in signal communication with the receiver, the CPU configured to send a signal to cause a decoy motor to activate causing the decoy to move; a connection plug attached to the electronics compartment and in signal communication with the CPU.

Abstract: A collapsible decoy 10, including two generally planar side body panels 11, 12 allowing the decoy 10 to be collapsed into a substantially flat configuration and which are splayed when in the erected position, a head and neck portion 14 connected to at least one of the side body panels 11, 12, and a means for retaining the side body panels 11, 12, when in use, in the erected position.

Abstract: An avian decoy including a decoy body; a stake having an upper end for rotatably supporting the decoy body, and having a lower end for being anchored to a support surface; and a guide for guiding the upper end of the stake into proper position in the decoy body.

Abstract: A lineless rigid-rod-anchor-weight assembly provides for anchoring, throwing, and retrieving a decoy or a set of decoys without any tangling of the members of the set. The assembly is attachable to floating object and includes a rigid-rod permanently molded into an environmentally safe, hermetically encapsulated, lead weight. The impermeable encapsulate may be a polyvinylchloride. The rod may be fiberglass or a naturally-occurring material exhibiting rigidity with limited flexure. The floating object may be a decoy, such as a puddle duck decoy with a keel having a receiver aperture for receiving the anchor-weight attachment means. One end of the attachment may be a clip connector means for fastening the attachment means to the floatable object and may also be attached to the rod. Alternatively, if the decoy has a receiver aperture above the keel, the anchor-weight attachment means comprises an adapter to provide for such attachment.

Abstract: An avian decoy comprising a body having a hollow interior; a support movable between a retracted position and an extended position; and an extremity movable between a retracted position and an extended position; the extremity including a foot and a leg; the leg having a first end positioned within the hollow interior of the body and having a second end attached to the foot.

Abstract: An avian decoy including a decoy body; a stake having an upper end for rotatably supporting the decoy body, and having a lower end for being anchored to a support surface; and a guide for guiding the upper end of the stake into proper position in the decoy body.

Abstract: A collapsible decoy apparatus including a conveyor assembly mounted to a base, having a chain adapted to be driven in a generally elliptical pattern. A decoy support removeably attaches to a mount on the chain. The decoy support is configured to removeably attach to a decoy. The chain can move the decoy support and the decoy in a generally elliptical pattern that simulates the movement of walking wildfowl.

Abstract: Decoys that resemble animals, such as birds, for example, and methods of making such decoys are provided. In an embodiment, a decoy can include a rigid member, a non-rigid body comprising an inner portion and an exterior portion, and a fan configured to direct air toward the inner portion of the non-rigid body, wherein the non-rigid body and the fan are attached to the rigid member. In an embodiment, a decoy can also include a head and neck portion. In an embodiment, a solar panel and/or a battery can provide power for the fan. In an embodiment, the fan can be manipulated between, on, off, and modulate settings using a manually operated switch and/or a remote control. In an embodiment, the fan can be configured to rotate and/or move side-to-side while directing air toward the inner portion of the non-rigid body.

Abstract: A novel waterfowl decoy has a retractable anchor and accompanying anchor line. In one embodiment of the invention, an anchor line passes through a substantially hollow keel mounted at or near the base of the decoy. The line can be selectively locked in either a retracted (anchor stored) or extended (anchor deployed) position, as desired. When the anchor line is retracted, the anchor weight can be secured to the decoy keel or decoy body for convenient storage. In an alternative embodiment, the waterfowl decoy has a rotating head that can spin about an axis passing through the neck of the decoy. When the anchor is deployed, the anchor line extends from the bottom of the decoy, keel or other lower portion of said decoy. Conversely, when the anchor is not deployed, a portion of the anchor line can be spooled or wound around the neck of the decoy to remove excess slack from the anchor line.

Abstract: A waterfowl decoy apparatus to attract over flying waterfowl to an array of waterfowl replicas placed on the surface of a field or on the surface of a body of water. The apparatus includes a generally disk-shaped housing having top, bottom and side walls that cooperate to define an interior chamber. The top wall of the housing is uniquely provided with a plurality of spaced-apart sets of curved windows. Disposed beneath each window of each set of windows is at least one small light bulb, or globe. The light bulbs, which are powered by a dry cell battery disposed within the internal chamber, are controllably lighted in a predetermined fashion by a control circuit that is also disposed within the internal chamber to simulate the flapping of wings.

Abstract: A waterfowl decoy for positioning at the surface of a body water, the waterfowl decoy comprising: a waterfowl decoy body, with a head and neck region, a front breast perimeter and a bottom surface; a drivetrain arranged generally orthogonally to the bottom surface of the waterfowl decoy body, the drivetrain comprising: an electric motor located generally in the head and neck region of the waterfowl decoy body; an output shaft in operable communication with the electrical motor; a disc shaped paddle in communication with the output shaft, the disc shaped paddle arranged generally parallel to the bottom surface of the waterfowl decoy bottom; a keel attached to the bottom of the waterfowl decoy body; a battery located within the keel, and in communication with the electric motor; and a central processing unit located with in the keel, and in operable communication with the battery and signal communication with the electric motor.

Abstract: The bird decoy, which expands into a fully three dimensional figure of a bird and may be compressed into a flat or nearly flat package. The decoy body is hollow and covers a coiled spring which may expand to display the three dimensional body of the bird and which can be compressed into a flat storage configuration. The coiled spring is covered by a fabric bird body, which has a head, tail, coloration and features all resembling a bird.

Abstract: This waterfowl decoy is designed and constructed having a planar body resulting in to substantially identical sides. Each of these sides can then be covered with distinct graphic designs enabling one decoy to mimic two different types or species of waterfowl. The decoy may further be provided with a weighted section near the head for keeping the decoy from blowing away or magnetically attaching the decoy to a positioning rod, or to aid in the storage of the decoys.

Abstract: A waterfowl decoy apparatus for simulating waves and ripples of water used to attract waterfowls, wherein the apparatus comprises of a transparent flexible member, neutrally buoyant, with undulating orbital curvatures. In addition, the apparatus is adapted to be operatively connected to a waterfowl replica decoy in its deployed position.

Abstract: A floating water tight mechanical waterfowl decoy that produces a bobbing motion at the surface of the water for creating a radiating ripple pattern and a motion which also mimics a courtship behavior, both of which are effective lures for attracting waterfowl to a desired location. The waterfowl decoy includes a buoyant waterproof body to which an electric vertically reciprocating linear motion drivetrain is mounted to the bottom surface in the general head region that drives a disc shaped plunger positioned generally horizontally below the body surface. The waterfowl decoy further includes a waterproof magazine, also mounted to the bottom surface of the body generally in the posterior region behind the drivetrain, for containment of a timing/receiver circuit that controls the drivetrain and is in signal communication with a remote transmitter that functions as an ON/OFF switch. The waterfowl decoy is powered by a rechargeable battery pack also located in the magazine.

Abstract: A decoy fin has a unitary body divided into at least three generally planar sections. These sections combine to form a generally helical surface which, when submerged in fluid moving relative thereto, will generate cyclical oscillatory movement. In one manifestation, the decoy fin is coupled through one tether line to an avian decoy such as a duck or goose decoy, and is coupled through a second tether line to an anchor. Consequently, when the combination anchor, decoy fin, decoy and tether lines are immersed in moving water, such as a stream or river, the decoy fin is operative to move the decoy therewith through an oscillatory pattern. The decoy fin is adaptable to application to a number of different types and sizes of avian decoys, and may also be readily adapted for use with fishing lures or for other decoys.

Abstract: A decoy, typically used for hunting fowl, having a hollow body including a head, a tail and a pair of feet. The decoy includes a pair of wings mounted to the body of the decoy for multi-axis movement. A drive mechanism typically including an electric motor and a power source is positioned within the hollow body. A pair of crank members connect to the electric motor and extend outwardly from the body. A pair of link members connect the wings to the crank members whereby rotation of the crank members generates multi-axis movement of the wings.

Abstract: Waterfowl attracting shotgun shells that include case, primer, powder charge, wadding, and weighted material. When the weighted material is fired into the air, the material falls back to earth. A speed of at which the weighted material falls and an appearance of the weighted material as it falls are chosen to attract waterfowl. In preferred embodiments, the speed is about a speed that a shot waterfowl falls after being shot or a live waterfowl lands, and the appearance is a fluttering appearance. Each waterfowl attracting shotgun shell can include one piece of weighted material or plural pieces. In use, one or more waterfowl attracting shotgun shells can be loaded into a shotgun along with regular shotgun shells.

Abstract: An avian decoy comprising a body having a hollow interior; a support movable between a retracted position and an extended position; and an extremity movable between a retracted position and an extended position; the extremity including a foot and a leg; the leg having a first end positioned within the hollow interior of the body and having a second end attached to the foot.

Abstract: A floating decoy adapter for land use includes an attachment plate, a vertical support plate and a base section. The attachment plate extends substantially perpendicular from one end of the vertical support and the base section extends substantially perpendicular from the other end of the vertical support. The attachment plate includes a retention slot. The retention slot is sized to receive a projection extending along a length of a floating decoy. The base section preferably includes a portion having the substantial appearance of two webbed feet. At least one spike is inserted through the base section and into the ground to retain the floating decoy in an upright position. The floating decoy adapter is preferably fabricated of a flexible material, such that when the wind blows, the floating decoy will pivot relative to a support surface. However, the floating decoy adapter may also be fabricated from an inflexible material.

Abstract: An autonomous decoy device is disclosed. The autonomous decoy comprises a decoy shell, a propulsion system, the propulsion system, a steering apparatus, a receiver, a memory, and a microcontroller. The decoy shell has a form resembling an animal in life size or near life size proportions. The propulsion system is adapted to move the decoy device in or on a desired medium and the steering apparatus is adapted to control the direction of movement of the decoy device. The receiver is adapted to receive an electromagnetic signal and determine a relative strength of the signal. The memory is adapted to store at least one instruction set. The microcontroller is adapted to control the propulsion system and the steering apparatus based on the at least one instruction set and the relative strength of the signal. Various autonomous routines and methods of use are further described herein.

Abstract: A decoy has a body and a stand to support the body. In one embodiment, the stand has a least three legs which pivot between extended and collapsed positions, wherein a retainer structure releasably retains the legs in the extended positions. In another embodiment, the decoy includes an interconnect for securing the stand to the body. The interconnect snaps into connection with the body. In one embodiment, the interconnect has a pair of circumferential openings retaining the stand along the body during shipment.

Abstract: A waterfowl decoy includes an air blower contained within a rigid, floatable, waterproof housing. At least one air line extends from the blower out of the portion of the housing which extends below the water line during flotation in order to produce movement of the underlying water and, thereby, movement of the decoy device.

Abstract: A flying bird decoy for attracting wildlife wherein flying bird decoys may be supported on each end of one or more rotatable rods or arms, with wings that selectively fold and flap up and down in life-like, actual flying, landing and take-off movements. The bird decoys simulate foraging, predatory or waterfowl birds and in one embodiment a pair of the bird decoys are mounted on the ends of a rod or arm(s) rotatably mounted on a pole or stake support, using throat mounts. In another embodiment the bird decoys are secured to the ends of the arm(s) at the head without the use of throat mounts, for flying in a circle on the arm(s) to attract the wildlife. In a further embodiment one or both of the bird decoys are configured to simulate one of the above bird groups and fly to generate rotation of the arm(s), with one wing folded and the other flapping to simulate injury or distress.

Abstract: Provided is a waterfowl decoy that includes a suction bottom main body in combination with a removable keel. The main body includes extensions on the bottom that are within the cavity, and the keel includes corresponding slots to slideably engage the extensions. The keel also includes a hollow ballast section with an opening for insertion of desired ballast material. The keel is brought into contact with the bottom of the main body and the extensions are slid into the slots. This invention allows for quick, selectable attachment or removal of the keel in the field. The keel also includes a structure for the attachment and wrapping of an anchor cord.

Abstract: A movable waterfowl decoy includes: (a) a decoy body portion including a buoyant decoy body and a head portion attached to an upper front portion of the decoy body, the buoyant decoy body including at least one body compartment, the body compartment including at least one closeable compartment opening; (b) a power source housed in the at least one body compartment; (c) a spray propulsion system that is substantially housed within the at least one body compartment; (d) a keel attached to a lower surface of the buoyant decoy body; and (e) a remote control system, a remote receiver of which is within the at least one body compartment; wherein the decoy body portion emits an above-water spray of water from a body of water in a generally rearward direction when the waterfowl decoy is in use, which propels the decoy body portion in the body of water.

Abstract: An assembly and method for moving decoys is disclosed. The assembly includes one or more components for horizontally moving decoys floating on water, such that the decoys appear to be swimming. In addition, the device includes one or more component for rotating decoys, such that the decoys appear to be changing direction while swimming. For example, the assembly may include at least two posts connected by one or more slide rails. Each post includes a rotation initiation bar and a series of timing pins to engage a decoy carrier, which slides between the posts along the one or more slide rails. The decoy carrier is connected to pull lines, which are wound about a rotatable reel or spool.

Abstract: A waterfowl decoy motion system comprised of a multiplicity of movable decoys, a first elastic drive belt, means for connecting said first elastic drive belt to said movable decoys, a primary drive pulley, a secondary drive pulley, an electric motor connected to said secondary drive pulley, and a multiplicity of idler puller assemblies.

Abstract: An anchor system including a tether attached to a floating decoy at a first end and a weight mounted on the tether and freely slidable to a position substantially adjacent to the floating decoy.

Abstract: A decoy apparatus adapted for spontaneous and continuous movement in response to the wind and other external stimuli, the decoy apparatus includes a body and a head, the body includes an upper torso aperture aligned with a lower torso, and an open front end having at least one body slot. An end of the head includes at least one pivot connector designed to releaseably connect with one of the at least one body slots. The end of the head further includes a counterweight sized and positioned to balance the head with the body. The decoy further includes a support stake that is received through the upper torso aperture, passes through the body of the decoy, and extends through the lower torso aperture. A lower end of the stake defines a shovel portion that in application, is received in the ground surface. An upper end of the stake includes a slot used as an attachment point for a body harness.

Abstract: A collapsible decoy 10, including two generally planar side body panels 11, 12 allowing the decoy 10 to be collapsed into a substantially flat configuration and which are splayed when in the erected position, a head and neck portion 14 connected to at least one of the side body panels 11, 12, and a means for retaining the side body panels 11, 12, when in use, in the erected position.

Abstract: A decoy for attracting fowl is disclosed. The decoy includes a head structure, a support that secures the decoy to the ground, and a wind-inflatable body that includes an opening through which wind passes to inflate the body. The body is attached to both the head structure and the support. With respect to the head structure, a first portion of the body is attached using an aperture in the head structure that has a continuous periphery. With respect to the support, a second portion of the body is attached such that the second portion is movable in relation to the first portion, thereby allowing a user to alter the shape of the opening in the body.

Abstract: An anchor system including a tether attached to a floating decoy at a first end and a weight mounted on the tether and freely slidable to a position substantially adjacent to the floating decoy.

Abstract: A movable waterfowl decoy includes: (a) a decoy body portion including a buoyant decoy body and a head portion attached to an upper front portion of the decoy body, the buoyant decoy body including at least one body compartment, the body compartment including at least one closeable compartment opening; (b) a power source housed in the at least one body compartment; (c) a spray propulsion system that is substantially housed within the at least one body compartment; (d) a keel attached to a lower surface of the buoyant decoy body; and (e) a remote control system, a remote receiver of which is within the at least one body compartment; wherein the decoy body portion emits an above-water spray of water from a body of water in a generally rearward direction when the waterfowl decoy is in use, which propels the decoy body portion in the body of water.

Abstract: A decoy system (1) having a net (2) with a predetermined perimeter (3), at least one weight (7) secured to the net (2), at least one decoy (8) securable to the net (2) and straps (11) and (12) for securing the decoy(s) (8) to the net (2). The net (2) includes intersecting first strand and second strand netting elements (4 and 5) to form a plurality of intersections (6) within the perimeter (3) wherein the decoy(s) (8) are preferably secured thereto. To use the present invention, a person first secures a decoy (8) to the net (8) via the straps (11 and 12). Then, he or she places the net (2) into a body of water such that the decoy is located above a water surface (16). Because the decoy (8) is constructed so as to float, it remains atop the water surface (16). However, because the net (2) is weighted, the net (2) remains below the water surface (16) so as to not be visible to other people or animals.