An animal deterrent device includes an elongated carrier having an internal cavity. A conductive trace can be coupled to the carrier by a first fastener that extends from the conductive trace to the cavity, which prevents water from contacting the fastener and shorting the conductive trace.

An animal deterrent device includes an elongated carrier having an internal cavity. A conductive trace can be coupled to the carrier by a first fastener that extends from the conductive trace to the cavity, which prevents water from contacting the fastener and shorting the conductive trace.

Methods of manufacturing an electric deterrent device for birds or other pests are described that include extruding an elongated base having upper and lower surfaces, coupling first and second conductors to the elongated base, and coating at least a portion of the lower surface of the elongated base with a non-adhesive coating. The step of coating the elongated base can include coating at least part of the upper and/or lower surfaces.

Methods of manufacturing an electric deterrent device for birds or other pests are described that include extruding an elongated base having upper and lower surfaces, coupling first and second conductors to the elongated base, and coating at least a portion of the lower surface of the elongated base with a non-adhesive coating. The step of coating the elongated base can include coating at least part of the upper and/or lower surfaces.

The present invention belongs to the field of devices to scare away birds in general, preferably gulls, pigeons and vultures using a variable electromagnetic field. More specifically, the invention teaches a system of bird repellence by sensorineural interaction, which works through the formation of an electromagnetic field. The system consists of a pulse generator (1) that is electrically connected to a mesh (2) consisting of a plurality of coils (4) arranged in insulating plugs (22) that induce an electromagnetic field that interacts with the birds' magnetic orientation system.

The present invention belongs to the field of devices to scare away birds in general, preferably gulls, pigeons and vultures using a variable electromagnetic field. More specifically, the invention teaches a system of bird repellence by sensorineural interaction, which works through the formation of an electromagnetic field. The system consists of a pulse generator (1) that is electrically connected to a mesh (2) consisting of a plurality of coils (4) arranged in insulating plugs (22) that induce an electromagnetic field that interacts with the birds' magnetic orientation system.

The present disclosure provides a bird repellant system that includes pulse generator circuitry to generate a plurality of pulses from a power source. The system also includes variable frequency controller circuitry to control a frequency of the plurality of pulses, wherein the variable frequency controller to control the frequency of the plurality of pulses so that a selected bird species is repelled. The system also includes an electromagnetic emitter to receive to plurality of pulses and to generate a pulsed electromagnetic signal having frequency based on the frequency of the plurality of pulses, wherein the pulsed electromagnetic signal operates to repel the selected bird species.

The present disclosure provides a bird repellant system that includes pulse generator circuitry to generate a plurality of pulses from a power source. The system also includes variable frequency controller circuitry to control a frequency of the plurality of pulses, wherein the variable frequency controller to control the frequency of the plurality of pulses so that a selected bird species is repelled. The system also includes an electromagnetic emitter to receive to plurality of pulses and to generate a pulsed electromagnetic signal having frequency based on the frequency of the plurality of pulses, wherein the pulsed electromagnetic signal operates to repel the selected bird species.

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.

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.