Abstract: A power module gear coupled to a wind operated fowl hunting decoy, which is normally wind powered, such that the decoy's wings will rotate during periods of no wind. The power module has a body that internally carries one or more batteries, controlled by a switch to operate a small motor in the head of the module on the shaft of which is a gear that engages a gear disposed on the decoy's wing shaft Gear alignment means and module mounting means are also provided. The module will also power wind operated garden ornaments by suitable mounting adaptation.

Abstract: A simulated fowl swimming apparatus includes a pump conduit, a pump disposed in fluid communication with the pump conduit, a decoy motion assembly disposed in fluid communication with and rotatable with respect to the pump conduit, at least one discharge opening in the decoy motion assembly and at least one water fowl decoy carried by the decoy motion assembly.

Abstract: A bird decoy system comprising: a transducer located on a housing; a switch located on the housing; a transmitter located within the housing, and in communication with the transducer; an electronics compartment comprising: a receiver located in the electronics compartment; a receiving antenna in communication with the receiver; a CPU located within the electronics compartment, and in 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 communication with the CPU; and a motorized bird decoy with a plug removeably attachable to the connection plug. A bird decoy system comprising: a decoy stand base; a decoy stand rod extending generally orthogonally from the decoy stand base; a rotatable sleeve in rotatable communication with the decoy stand rod; a bird shaped decoy fixedly attached to the rotatable sleeve.

Abstract: This invention includes a Remotely-operated Electronic Rotatable Decoy Stand designed to support and impart rotational motion to a male turkey decoy. The remotely-operated electronic rotatable decoy stand is removably coupled to a male turkey decoy and is controlled directly by a human observer through activation of an electronic emitting remote fob. When operated, the fob imparts a single signal to the rotatable decoy stand. Upon receipt of the signal, the rotatable decoy stand rotates the coupled decoy at a rotational speed equal to that of a male turkey when presenting and rotating in its natural strutting display. Bi-directional rotation of the decoy is dependent upon the signal direction chosen by the human observer. When positioned in a location likely to be observed by the turkey, the rotational motion provides a method of attracting turkeys.

Abstract: A decoy is provided containing a shell style fabric body mounted on a flat vertically oriented horizontal member. The bottom portion of the fabric shell body is supported with a semi-rigid band extending the circumference of the body shell, forming an open bottomed shell shape. The front and back portions of the shell style fabric body are fastened to the horizontal member. A vertically oriented flat head structure is connected to the horizontal member with a rigid wire support containing a connective coil end. The coil end is threaded through a vertical ground stake. The vertical ground stake is positioned at a perpendicular angle in relation to the horizontal member near the front of the decoy and is attached by inserting it through the member. The vertical ground stake is employed to support the decoy as it is mounted into the ground.

Abstract: A novel and improved turkey motion decoy and decoy mounting system is disclosed. The mounting system comprises a plurality of movable frames to support a decoy body and tail, to thereby provide a decoy capable of moving its body parts to imitate the realistic mating behavior of a turkey.

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 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 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: A flying bird replica comprising a body and a pair of wing members. The body is elongated having a configuration resembling that of a bird body. The body has a top surface, two sides, and a transverse slot extending between the sides. The wing members are interconnected by a flexible cord disposed in the slot below the top surface of the body. The cord is tensioned for urging the wing members together such that the wing members are held in a fixed position relative to the body. A horizontal support rod holds the body and wing members in a realistic orientation and permits tilting of the body and wings about the support rod to resemble a bird in flight.

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: In one example, the disclosure relates to a waterfowl decoy weight assembly comprising a weight including a tether attachment structure configured to attach to a tether of a floatable waterfowl decoy; and an elastic cord including first and second end portions, wherein the first and second end portions are attached to the weight at one or more locations to form a loop. In such an example, the weight assembly may allow for a tether wrapped around a decoy body to be secured by placing the loop formed by the elastic cord over the decoy body such that the tension keeps the tether in place and secure during transport.

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: 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 mounting device that is used with floating waterfowl decoys to enable the floating decoys to be converted for use in a dry field. This is accomplished by using a mounting platform that is equipped with flexible attaching means that loop over the extended part of the keel on a floating waterfowl decoy.

Abstract: A first aspect of the invention is a bird decoy, including a body; a weighted keel; a sleeve, wherein the sleeve includes a slot that fits over the keel; and a stake, wherein the stake is inserted in the sleeve. A second aspect of the invention is a bird decoy, including a body; a weighted keel; a stake, wherein the stake is inserted in the keel; wherein the keel includes a recess with a web and the stake includes a slot, wherein the web is inserted in the slot of the stake. A third aspect of the invention is a bird decoy, including a body; and a stake, wherein the stake is inserted in the body; wherein the body includes a recess with a web and the stake includes a slot, wherein the web is inserted in the slot of the stake.

Abstract: An air-actuated wing assembly includes an assembly base having a generally elongated, flat, planar base panel; a wing body carried by the base panel of the assembly base and at least one generally elongated, cupped half-wing portion extending from at least one side of the wing body. The half-wing portion is adapted to oscillate within a plane perpendicular to a plane of the base panel of the assembly base. An attachment mechanism carried by the wing body. The attachment mechanism is sized to attach to a decoy during use.

Abstract: A turkey decoy for receiving and supporting a real or artificial turkey tail fan is disclosed herein. The turkey decoy can be configured in a stake-supported configuration where the turkey tail fan is supported on a stake and remotely movable by a hunter operating the turkey decoy. Alternatively, the turkey decoy can be configured in a clamp-supported configuration where the turkey tail fan is supported on a clamp that a hunter can hold or attach to a variety of structures in the hunting environment.

Abstract: A partial-body large game decoy shiftable between a disassembled configuration and an assembled configuration. The decoy may comprise an internal support system, an elongated handle configured for selective attachment to the internal support system, and a cover having a likeness of a large game animal therein or thereon. The cover may have the internal support system disposed therein for providing a desired shape to the cover depicting head, neck, and/or shoulders of a large game animal. A user may hold the decoy by the handle from behind a visual obstacle such that the decoy appears to be a large game animal with its body and legs hidden behind the visual obstacle. In the disassembled configuration, the internal support system may be at least partially disassembled such that the cover may be folded up into a more compact configuration for transport or storage by the hunter.

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 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 turkey decoy comprises a mass-producable synthetic resinous body adapted to be deployed in either a sentry or feeding position, with a telescopable assembly of rigid, that is, essentially inflexible, upper and lower struts, the upper necessarily being tubular, and the lower being either tubular or solid. The upper strut is removably securely fixed in an aperture in the upper surface of the decoy's body. Typically, the strut assembly is pre-assembled in the decoy so that neither strut in the assembly is detachable relative to the other. The strut assembly of non-detachably assembled struts, which assembly is secured in the decoy long before the decoy is to be deployed, allows a hunter to transport the pre-assembled decoy to the desired site in the poor light of the pre-dawn hours, unfold the decoy, pull the inner strut out until it locks in the outer strut, and thrust the pointed end into the ground. There is no assembly of the strut on site, no searching for the desired aperture in the dark.

Abstract: An unmanned launching system for attracting waterfowl comprises a decoy body approximating the appearance of waterfowl, and a launcher associated with the decoy body configured for propelling objects therefrom. The unmanned launching system can include a parachute formed from a soft and flexible material, which can be installed within the launcher. An actuator remote from the launcher can be associated with the unmanned launching system, and can operate the launcher from a distance to launch the parachute from the launcher.

Abstract: A first aspect of the invention is a bird decoy, including a body; a weighted keel; a sleeve, wherein the sleeve includes a slot that fits over the keel; and a stake, wherein the stake is inserted in the sleeve. A second aspect of the invention is a bird decoy, including a body; a weighted keel; a stake, wherein the stake is inserted in the keel; wherein the keel includes a recess with a web and the stake includes a slot, wherein the web is inserted in the slot of the stake. A third aspect of the invention is a bird decoy, including a body; and a stake, wherein the stake is inserted in the body; wherein the body includes a recess with a web and the stake includes a slot, wherein the web is inserted in the slot of the stake.

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: A radio controlled animated decoy system is disclosed that provides two or more animated decoys that are operable using a wireless radio controller where each of the two animated decoys is equipped with a multichannel radio receiver that can receive the signals from the wireless controller thereby allowing each of the animated decoys to operate on one of the multichannel frequencies available such that the motion of each decoy can be controlled independently of the other decoy o result in a more realistic action for the decoys.

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 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 connects to the electric motor and extends outwardly from the body. A pair of link members connect the wings to the crank members whereby rotation of the crank members enables cyclic movement defined by up/down and fore/aft motion of the wings.

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 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 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: 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.

Abstract: 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: 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: 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 motion-type predator decoy for attracting coyotes, wild dogs and other pest or nuisance predators for use in ranching, farming, recreation land management, public safety and sporting fields. The decoy has a support base for placement during use on an environmental surface. The base includes a downwardly disposed surface contact end of a predetermined lateral dimension and an upwardly disposed support end of a predetermined lateral dimension. The decoy also has a driven decoy mechanism connected to the support end of the base. The decoy mechanism includes an actuator and a flexible decoy member. The actuator generates vibrations and the decoy mechanism undergoes random longitudinal, radial and lateral movement components with respect to the base. A method of using the decoy is also disclosed.

Abstract: A remote controlled decoy for hunting includes a ground engaging element, a chassis, a motor, a video recorder, a game caller, and an animal shell. To move the decoy with respect to the ground, the motor and ground engaging elements are actuated via the remote control. To record images from the decoy, the video recorder is actuated via the remote control. To produce audio, the game caller is actuated via the remote control.

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: 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 enables cyclic movement defined by up/down and fore/aft motion of the wings.

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.

Abstract: A rubber decoy anchor including a truncated cone shaped base with a major floor section and a minor floor section; and a loop structure having two parallel linear segments connected at a first end to an end of an arched section and at a second end to an outer portion of the major floor section of the base.

Abstract: A bird decoy comprises a body and at least two appendages extending from the body. The appendages can be shaped to approximate an appearance of a wing of a bird. Each appendage can have at least two distinct moveable members, each of which is independently controllable relative to the other. An associated method of luring a live bird to a predetermined location comprises positioning the bird decoy in the vicinity of the predetermined location. The method further includes independently acting, in one or more defined sequences, movement of the body and movement of the at least two appendage to replicate the appearance of a live bird.

Abstract: A remote controlled duck decoy to retrieve downed waterfowl off a body of water. It is remote steered and driven from a hand-held transmitting unit and pushes the downed waterfowl to the bank utilizing two extendable pushrods that are manually pulled out prior to use. These are retractable so they will not break or bend when they are stored or transported. There is also a stud on the front of the decoy that allows it to deploy decoys or to pull the multiple decoy back to shore with a deploying jerk cord assembly. It is externally prop driven with a moss and weed guard for keeping debris away from the prop.

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.