Electronic predator replica
View Patent ↗An electronic predator replica is disclosed for controlling pests, particularly unwanted birds, in a specific area. The predator replica may be an electronic owl. The replica senses motion by one or more of a plurality of spaced motion sensors, and the predator head rotates to the angle of the sensor that sensed the motion. A noise device in the predator may simulate predator sounds, and can be set to play when motion is detected. The owl head may stay at the angle from which motion is detected for a selected time period, and then rotate in opposite direction to its starting point.
1. An electronic owl rotatable through a plurality of angles, comprising:
means for rotating an owl head through the plurality of degrees of angles;
a plurality of spaced motion sensors;
means, responsive to a sensing of motion by one of the sensors, for rotating the owl head at least to an angle of the one sensor; and
means for stopping the head at the angle of the one of the sensors sensing motion.
2. The electronic owl of claim 1 , further comprising means for returning the head to its initial position within a selected time period.
3. The electronic owl of claim 2 wherein returning the head to its initial position comprises rotating the head in an opposite direction of the rotating of the head to the angle of the one sensor.
4. The electronic owl of claim 3 wherein the initial position is at an initial position angle other than a sensor angle.
5. The electronic owl of claim 2 , further comprising a noise device simulating owl sounds.
6. The electronic owl of claim 5 wherein said noise device is disabled when the electronic owl is powered on.
7. The electronic owl of claim 5 wherein the noise device is activated by when motion is detected.
8. The electronic owl of claim 5 wherein the noise device creates noise during rotation of head.
9. A method for deterring pests using an electronic predator, comprising:
providing a plurality of spaced motion sensors;
sensing motion by one or more of the motion sensors, wherein the sensing of motion can differentiate between at least two different directions of sensed motion; and
rotating the predator head in a rotational movement pattern that is differentiated based upon the at least two different directions of sensed motion.
10. The method of claim 9 further comprising stopping the head at a location of the sensed motion.
11. The method of claim 10 wherein the plurality of motion sensors comprises four or more motion sensors.
12. The method of claim 10 further comprising returning the head to an initial position within a selected time period after stopping the head at a location of the sensed motion.
13. The method of claim 12 wherein the returning the head to its initial position comprises rotating the head in an opposite direction of the rotating of the head to the location of the sensed motion.
14. The method of claim 12 wherein the initial position is at an initial position angle other than a motion sensor angle.
15. The method of claim 12 wherein the plurality of sensors comprises four sensors spaced at 90 degree angles.
16. The method of claim 12 , wherein for at least some of the plurality of motion sensors the head rotates directly to the motion sensor detecting motion.
17. The method of claim 16 , wherein for the motion sensors located at a position that is less than a minimum angle between the motion sensor and the initial position the head rotates indirectly to the motion sensor detecting motion.
18. The method of claim 9 , further comprising a noise device simulating predator sounds.
19. The method of claim 18 wherein the noise device is activated by the sensors when motion is detected.
20. The method of claim 18 wherein the noise device creates noise during the selected time period that the head is at the location of the detected motion.
21. A predator replica for deterring pests, comprising:
a head;
a body;
a drive mechanism coupling the head and the body, the head and the body being rotatable with relation to each other;
a plurality of motion sensors spaced about the predator replica, the motion sensors directed towards at least two different directions to differentiate motion sensed in at least two different directions; and
a control mechanism coupled to the drive mechanism, the control mechanism rotating the head from a starting position to a direction for which motion is sensed, stopping the head at the direction for which motion is sensed, and returning the head to a starting position.
22. The predator replica of claim 21 wherein the plurality of sensors comprises at least four spaced sensors.
23. The predator replica of claim 21 , wherein for at least some of the plurality of motion sensors the head rotates directly to the motion sensor detecting motion.
24. The predator replica of claim 23 , wherein for the motion sensors located at a position that is less than a minimum angle between the motion sensor and the starting position the head rotates indirectly to the motion sensor detecting motion.
25. The predator replica of claim 21 , further comprising a noise device simulating predator sounds.