System and method to drive away geese
OwnerJoseph E. Kovarik, Jeff Franekinventors
Life of this patent
Estimating the term…
Abstract
A system and method for driving geese away from an area employs predetermined random illuminations of particular wavelength light directed in a fashion that repels geese while avoiding annoying humans. Embodiments include systems associated with golf course pins and other structures and animal decoys that hide undesired aesthetic appearances of prior art industrial lighting elements. Other embodiments employ adjustable/movable mirror elements used in conjunction with systems powered by solar energy panels positioned below the light source, which can be adjusted in terms of direction, shielding, color, duration, wavelength and pulsation, providing a variety of random patterns so as to avoid habituation by geese.
Claims20
A method to repel geese from a golf course green, comprising:
- a) providing a device that has a light emitter that emits a predetermined wavelength of light that is detectable by geese but that is not detectable by humans, wherein the light wavelength is within a range of from 320-409 nm;
- b) activating the light of the device to deter geese from occupying the area prior to nightfall, wherein the light emitted by the device is directed at least on a plane at the eye level of a goose, wherein the device does not employ a single rhythmic cyclical flashing light pattern;
- and wherein the device is housed in a structure comprising a golf pin;
- c) randomly emitting unsynchronized light emissions using the device, with the light emissions being emitted within a time period varying from one second to 120 second intervals;
- wherein the light emitter makes geese anxious enough to depart the area.
A method to repel geese from a golf green in a manner that avoids undesired light annoyances to humans, comprising:
- a) providing a device that has a light emitter that emits a predetermined wavelength of light that is detectable by geese but that is not detectable by humans, wherein the light wavelength is within a range between 400 nm and 409 nm;
- b) activating the light of the device to deter geese from occupying the area prior to nightfall, wherein the light emitted by the device is directed at least on a plane at the eye level of a goose, wherein the device does not employ a single rhythmic cyclical flashing light pattern;
- and wherein the device is housed in a structure selected from the group consisting of a golf pin, and a decoy resembling one of a coyote, owl, goose, wolf, dog, snake;
- swan, waterfowl bird, and an alligator;
- c) randomly emitting unsynchronized light emissions using the device, with the light emissions being emitted within a time period varying from one second to 120 second intervals and a sound emitter that emits a sound at night that can be heard by geese but that cannot be heard by humans.
A method to repel geese from an area in a manner that avoids undesired light annoyances to humans, comprising:
- a) providing a device that has a light emitter that emits a predetermined wavelength of light that is detectable by geese but that is not detectable by humans, wherein the light wavelength is within a range between 400 nm and 409 nm;
- b) activating the light of the device to deter geese from occupying the area prior to nightfall, wherein the light emitted by the device is directed on a plane at the eye level of a goose, wherein the device does not employ a single rhythmic cyclical flashing light pattern;
- and wherein the device is housed in a structure selected from the group consisting of a golf pin, a golf ball washer structure, and a decoy resembling one of a coyote, owl, goose, wolf, dog, snake;
- swan, waterfowl bird, and an alligator;
- c) randomly emitting unsynchronized light emissions using the device, with the light emissions being emitted within a time period varying from one second to 120 second intervals;
- a sound emitter that emits a sound at night that can be heard by geese but that cannot be heard by humans, said sound emitter producing a subharmonic at F/2 in the range of 7.5 kHz to 10 KHz.
Dependencies are inferred from the claim text.