Motion sensing nuisance fauna deterrent

1. A method for abating animal nuisances from disturbing a target flora comprising:

a. placing of a plurality of motion actuated audible annunciators in a spaced manner about at a detection perimeter;

b. monitoring said detection perimeter with a plurality of proximity detectors each positioned on and directed outward from each said motion actuated audible annunciator;

c. detecting an approach of a nuisance animal by at least one said proximity detector within a selected distance from said detection perimeter and thereby initiating an alarm timer; and

d. upon continuous detection of said nuisance animal through a timer threshold, wirelessly communicating among all said plurality of proximity detectors and annunciating an audible alarm from said plurality of motion actuated audible annunciators;

wherein said audible alarm is formed of a sound designed to deter the approach of the nuisance animal with a non-lethal effect.

2. The method of claim 1 , wherein said detection perimeter encompasses a plant area perimeter incorporating said target flora comprising ornamental or crop plants.

3. The method of claim 2 , wherein said detection perimeter is located in an urban or suburban residential setting.

4. The method of claim 3 , wherein

said nuisance animal is selected from a group consisting of: deer; rabbit; raccoon; marmots; other rodents; ruminant mammals; procyonides; and Leporidae; and

said sound is selected as one identified by said nuisance animal as a predator or deterrent.

5. The method of claim 4 , wherein said predator or deterrent is selected from a group consisting of: recorded canine sounds; prerecorded canine sounds; recorded human sounds; and prerecorded human sounds.

6. The method of claim 4 , wherein said canine is selected from a group consisting of: wolves; coyotes; and domestic dogs.

7. The method of claim 1 , wherein each said motion actuated audible annunciator comprises:

a sensing platform including a speaker for a controlled audible output in response to a controlled actuation initiated by said at least one of said plurality of proximity detectors;

a decoy housing secured to an upper surface of said sensing platform; and

a ground securement mechanism secured to a lower surface of said sensing platform mechanism and adapted to provide for placement of the system into a ground and includes a vertical shaft affixed perpendicular to the lower surface of the base at an upper terminus in a rotatable manner such that the base may be radially positioned to a selected direction once secured to the ground.

8. The method of claim 7 , wherein each said sensing platform further comprises:

a fixed base portion adapted to provide a stationary physical support platform for mechanically affixing to the ground securement mechanism;

a rotating base platform forming a circumscribing vertical sidewall bounding an outer periphery of the base;

at least one proximity detection sensor positioned equally spaced about the periphery, each said sensor directed radially outward in a target detection arc about the sensing platform, each sensor selected for proving non-contact proximity sensing capable of detecting a selected live target including said nuisance animal.

9. The method of claim 8 , wherein said at least one detection sensor comprises two, three or four passive infrared (PIR) sensors or heat sensors.

10. The method of claim 9 , wherein said decoy housing is formed having an outer aesthetic providing an impression by the live target animals of a predator animal.

11. The method of claim 10 , wherein said aesthetic is either a bust or an entire body and the predator animal is selected from a group comprising: a domestic dog; a wolf; a coyote; and a fox.

12. The method of claim 6 , wherein said motion actuated audible annunciator comprises:

a sensing platform including a speaker for a controlled audible output in response to a controlled actuation initiated by said at least one proximity detector;

a decoy housing secured to an upper surface of said sensing platform; and

a ground securement mechanism secured to a lower surface of said sensing platform mechanism and adapted to provide for placement of the system into a ground and includes a vertical shaft affixed perpendicular to the lower surface of the base at an upper terminus in a rotatable manner such that the base may be radially positioned to a selected direction once secured to the ground.

13. The method of claim 12 , wherein said sensing platform further comprises:

a fixed base portion adapted to provide a stationary physical support platform for mechanically affixing to the ground securement mechanism;

a rotating base platform forming a circumscribing vertical sidewall bounding an outer periphery of the base;

at least one proximity detection sensor positioned equally spaced about the periphery, each said sensor directed radially outward in a target detection arc about the sensing platform, each sensor selected for proving non-contact proximity sensing capable of detecting a selected live target including said nuisance animal.

14. The method of claim 13 , wherein said at least one detection sensor comprises two, three or four passive infrared (PIR) sensors or heat sensors.

15. The method of claim 14 , wherein said decoy housing is formed having an outer aesthetic providing an impression by the live target animals of a predator animal.

16. The method of claim 15 , wherein said aesthetic is either a bust or an entire body and the predator animal is selected from a group comprising: a domestic dog; a wolf; a coyote; and a fox.

17. A motion sensing nuisance fauna deterrent for abating animal nuisances from disturbing a target flora comprising:

at least two sensing platforms in operative and interactive wireless communication with each other, wherein each said sensing platform further comprises:

a fixed base portion adapted to provide a stationary physical support platform for mechanically affixing to a ground securement mechanism;

a rotating base platform forming a circumscribing vertical sidewall bounding an outer periphery of the base;

at least one proximity detection sensor positioned equally spaced about the periphery, each said sensor directed radially outward in a target detection arc about the sensing platform, each sensor selected for proving non-contact proximity sensing capable of detecting a selected live target including said nuisance animal; and

a speaker for a controlled audible output in response to a controlled actuation initiated by said at least one proximity detector;

a decoy housing secured to an upper surface of said sensing platform; and

said ground securement mechanism secured to a lower surface of said sensing platform mechanism and adapted to provide for placement of the system into a ground and includes a vertical shaft affixed perpendicular to the lower surface of the base at an upper terminus in a rotatable manner such that the base may be radially positioned to a selected direction once secured to the ground;

wherein upon continuous detection of said nuisance animal by any said sensing platform through a timer threshold, an audible alarm is annunciated by all said sensing platforms.

18. The motion sensing nuisance fauna deterrent for abating animal nuisances from disturbing a target flora of claim 17 , wherein

said detection perimeter is located in an urban or suburban residential setting;

said nuisance animal is selected from a group consisting of: deer; rabbit; raccoon; marmots; other rodents; ruminant mammals; procyonides; and leporidae; and

said sound is selected as one identified by said nuisance animal as a predator or deterrent.

19. The motion sensing nuisance fauna deterrent for abating animal nuisances from disturbing a target flora of claim 18 , wherein said decoy housing is formed having an outer aesthetic providing an impression by the live target animals of a predator animal, wherein said aesthetic is either a bust or an entire body and the predator animal is selected from a group comprising: a domestic dog; a wolf; a coyote; and a fox.