Pest repellant system with compliant architecture
The present disclosure provides a pest repellant system that includes pulse generator circuitry to generate pulses from a power source. The frequency and amplitude of the pulses are selected based on a selected pest species. One or more emitters are coupled to the pulse generator to generate pulsed fields to interfere with navigational/landing/nesting abilities of the selected pest species. The pulse generator circuitry includes filter circuitry to remove/attenuate unwanted frequency components of the pulses, in accordance with regulatory and/or government requirements. The pulse generator circuitry is encased in a housing structure to provide moisture and tamper resistance in accordance with regulatory and/or government requirements.
1. A pest repellant system, comprising:
a water-resistant housing structure;
transformer circuitry, disposed within the water-resistant housing structure, to generate a step-up voltage output from voltage source;
pulse trigger circuitry, disposed within the water-resistant housing structure, to generate pulse signals having a selected frequency based on the voltage output of the transformer circuitry;
filter circuitry, disposed within the water-resistant housing structure, to filter signal components in the pulse signals; and
controller circuitry, disposed within the water-resistant housing structure, to control the transformer circuitry to generate the voltage output having a voltage level based on, at least in part, a selected species of pest; the controller circuitry also to control the pulse trigger circuitry to control the frequency of the pulse signals based on, at least in part, based on the selected species of pest.
2. The system of claim 1 , further comprising: an electromagnetic emitter to receive the plurality of pulses and to generate a pulsed electromagnetic signal having frequency based on the frequency of the plurality of pulses, wherein the frequency of the pulsed electromagnetic signal operates to repel the selected pest species.
3. The system of claim 1 , wherein the housing structure is a water-resistant housing structure in compliance with an IP65 or IP68 standard.
4. The system of claim 1 , wherein the filter circuitry being selected from a notch filter, a bandpass filer, or a low pass filter, and wherein the filter circuitry to attenuate frequency components in the pulses in compliance with a regulatory and/or governmental restriction on impermissible frequency components in the pulses.
5. The system of claim 1 , wherein the housing structure further includes radio frequency (RF) shielding disposed within the housing, the RF shielding to attenuate frequency components in the pulses in compliance with a regulatory and/or governmental restriction on impermissible frequency components in the pulses.
6. The system of claim 1 , wherein the housing structure further includes at least one connector to provide power input or output from the housing, the connector being a water-resistant connector in compliance with a regulatory and/or governmental requirements for water resistance.
7. A pest repellant system, comprising:
a water-resistant housing structure;
transformer circuitry, disposed within the water-resistant housing structure, to generate a step-up voltage output from voltage source;
pulse trigger circuitry, disposed within the water-resistant housing structure, to generate pulse signals having a selected frequency based on the voltage output of the transformer circuitry;
filter circuitry, disposed within the water-resistant housing structure, to filter signal components in the pulse signals;
controller circuitry, disposed within the water-resistant housing structure, to control the transformer circuitry to generate the voltage output having a voltage level based on, at least in part, a selected species of pest; the controller circuitry also to control the pulse trigger circuitry to control the frequency of the pulse signals based on, at least in part, based on the selected species of pest; and
an electromagnetic emitter to receive the plurality of pulses and to generate a pulsed electromagnetic signal having frequency based on the frequency of the plurality of pulses, wherein the frequency of the pulsed electromagnetic signal operates to repel the selected pest species.
8. The system of claim 7 , wherein the housing structure is a water-resistant housing structure in compliance with an IP65 or IP68 standard.
9. The system of claim 7 , wherein the filter circuitry being selected from a notch filter, a bandpass filer, or a low pass filter, and wherein the filter circuitry to attenuate frequency components in the pulses in compliance with a regulatory and/or governmental restriction on impermissible frequency components in the pulses.
10. The system of claim 7 , wherein the housing structure further includes radio frequency (RF) shielding disposed within the housing, the RF shielding to attenuate frequency components in the pulses in compliance with a regulatory and/or governmental restriction on impermissible frequency components in the pulses.
11. The system of claim 7 , wherein the housing structure further includes at least one connector to provide power input or output from the housing, the connector being a water-resistant connector in compliance with a regulatory and/or governmental requirements for water resistance.
12. The system of claim 7 , wherein the emitter comprising:
a body portion;
a metallic member disposed within the body portion; and
a loop of conducting wire disposed around, at least in part, the metallic member; wherein the loop of conducting wire being coupled to the pulses and wherein the pulses interact with the metallic member to generate the pulsed electromagnetic signal.
13. A pest repellant system, comprising:
a water-resistant housing structure;
transformer circuitry, disposed within the water-resistant housing structure, to generate a step-up voltage output from voltage source;
pulse trigger circuitry, disposed within the water-resistant housing structure, to generate pulse signals having a selected frequency based on the voltage output of the transformer circuitry;
filter circuitry, disposed within the water-resistant housing structure, to filter signal components in the pulse signals and generate filtered pulse signals;
controller circuitry, disposed within the water-resistant housing structure, to control the transformer circuitry to generate the voltage output having a voltage level based on, at least in part, a selected species of pest; the controller circuitry also to control the pulse trigger circuitry to control the frequency of the pulse signals based on, at least in part, based on the selected species of pest; and
an electromagnetic emitter to receive the plurality of pulses and to generate a pulsed electromagnetic signal having frequency based on the frequency of the plurality of pulses, wherein the frequency of the pulsed electromagnetic signal operates to repel the selected pest species; wherein the emitter comprising:
a body portion;
a metallic member disposed within the body portion; and
a loop of conducting wire disposed around, at least in part, the metallic member; wherein the loop of conducting wire being coupled to the pulses and wherein the pulses interact with the metallic member to generate the pulsed electromagnetic signal.
14. The system of claim 13 , wherein the housing structure is a water-resistant housing structure in compliance with an IP65 or IP68 standard.
15. The system of claim 13 , wherein the filter circuitry being selected from a notch filter, a bandpass filer, or a low pass filter, and wherein the filter circuitry to attenuate frequency components in the pulses in compliance with a regulatory and/or governmental restriction on impermissible frequency components in the pulses.
16. The system of claim 13 , wherein the housing structure further includes radio frequency (RF) shielding disposed within the housing, the RF shielding to attenuate frequency components in the pulses in compliance with a regulatory and/or governmental restriction on impermissible frequency components in the pulses.
17. The system of claim 13 , wherein the housing structure further includes at least one connector to provide power input or output from the housing, the connector being a water-resistant connector in compliance with a regulatory and/or governmental requirements for water resistance.
18. The system of claim 13 , further comprising a conductive wire coupled to the filtered pulsed signals and to the loop of conductive wire.
19. The system of claim 18 , wherein the conductive wire is an insulated cable.