초록 ▼

A bird motion simulator decoy system uses a pulley system supported by a plurality of stanchions and driven by a motor to create a continuous, circuitous loop of moving decoys attached to a pulley belt. The stanchions each have a pulley support arm connected extending from a central shaft, to which

A bird motion simulator decoy system uses a pulley system supported by a plurality of stanchions and driven by a motor to create a continuous, circuitous loop of moving decoys attached to a pulley belt. The stanchions each have a pulley support arm connected extending from a central shaft, to which at least one pulley is connected. The pulley belt is engaged with each of the pulleys. The stanchions are either affixed into the ground by a ground anchor or to a tree by ratchet straps. A plurality of decoy attachments is affixed to the pulley belt, and as the motor drives the pulley, the decoy attachments move in a continual loop, simulating bird motion.

대표청구항 ▼

1. A bird motion simulator decoy system comprises: a plurality of stanchions;a pulley belt;a plurality of decoy attachments;a motor;each of the plurality of stanchions comprises a main shaft, a pulley support arm, and at least one pulley;the pulley support arm being connected at an angle to the main

1. A bird motion simulator decoy system comprises: a plurality of stanchions;a pulley belt;a plurality of decoy attachments;a motor;each of the plurality of stanchions comprises a main shaft, a pulley support arm, and at least one pulley;the pulley support arm being connected at an angle to the main shaft, wherein the pulley support arm extends away from the main shaft;each pulley being connected to the pulley support arm opposite the main shaft for each stanchion;the pulley belt being operatively engaged with each pulley of each stanchion;each of the plurality of decoy attachments being connected to the pulley belt;the plurality of decoy attachments being distributed along the pulley belt; andthe motor being operatively engaged with the pulley belt. 2. The bird motion simulator decoy system as claimed in claim 1 comprises: the plurality of stanchions being separated from each other in a circuitous arrangement. 3. The bird motion simulator decoy system as claimed in claim 1 comprises: the pulley support arm being perpendicularly connected to the main shaft. 4. The bird motion simulator decoy system as claimed in claim 1 comprises: the main shaft being adjustable in length. 5. The bird motion simulator decoy system as claimed in claim 1 comprises: each of the plurality of stanchions further comprises a ground anchor; andthe ground anchor being connected adjacent to a lower end of the main shaft, separated from the pulley support arm along the main shaft. 6. The bird motion simulator decoy system as claimed in claim 5 comprises: the ground anchor being an auger. 7. The bird motion simulator decoy system as claimed in claim 1 comprises: each of the plurality of stanchions further comprises at least one tree mounting attachment; andeach tree mounting attachment being connected to the main shaft. 8. The bird motion simulator decoy system as claimed in claim 7 comprises: the at least one tree mounting attachment comprises a plurality of ratchet straps; andeach of the plurality of ratchet straps being laterally connected to the main shaft. 9. The bird motion simulator decoy system as claimed in claim 1 comprises: the main shaft of each of the plurality of stanchions further comprises an upper shaft portion and a lower shaft portion;the lower shaft portion being slidably engaged within the upper shaft portion;the ground anchor being connected to the lower shaft portion; andthe pulley support arm being connected to the upper shaft portion. 10. The bird motion simulator decoy system as claimed in claim 9 comprises: the upper shaft portion and the lower shaft portion each comprise an upper end and a lower end;the upper end of the lower shaft portion being removably inserted into the lower end of the upper shaft portion;the pulley support arm being hingedly connected adjacent to the lower end of the upper shaft portion; andthe ground anchor being connected to the lower end of the lower shaft portion. 11. The bird motion simulator decoy system as claimed in claim 10 comprises: each stanchion further comprises a pin;the upper end of the upper shaft portion comprises an upper pin hole;the upper pin hole perpendicularly traversing through the upper end of the upper shaft portion;the upper end of the lower shaft portion comprises a plurality of lower pin holes;the plurality of pin holes perpendicularly traversing through the upper end of the lower shaft portion; andthe pin being removably positioned within the upper pin hole and one of the lower pin holes, wherein the upper shaft portion and the lower shaft portion are adjustably attached to each other by the pin. 12. The bird motion simulator decoy system as claimed in claim 1 comprises: the pulley support arm being terminally and hingedly connected to the main shaft. 13. The bird motion simulator decoy system as claimed in claim 1 comprises: the motor being waterproof. 14. The bird motion simulator decoy system as claimed in claim 1 comprises: the at least one pulley of each stanchion comprises a first pulley and a second pulley; andthe first pulley and the second pulley being laterally separated from each other across the pulley support arm, wherein the pulley support arm extends longitudinally from the main shaft. 15. The bird motion simulator decoy system as claimed in claim 14 comprises: the pulley support arm comprises a central arm, a first lateral arm, and a second lateral arm;the central arm being connected to the main shaft;the first lateral arm and the second lateral arm being connected to the central arm opposite the main shaft;the first lateral arm and the second lateral arm being positioned laterally opposite each other across the main shaft;the first pulley being connected to the first lateral arm opposite the central arm along the first lateral arm; andthe second pulley being connected to the second lateral arm opposite the central arm along the second lateral arm.