before explaining selected embodiments of the present invention in detail , it is to be understood that the present invention is not limited to the particular embodiments described herein and that the present invention can be practiced or carried out in various ways . referring now to fig1 , an animal enclosure ( 10 ) is depicted , having an interior animal structure ( 12 ) within , for use by an animal to avoid inclement weather and other conditions within the enclosure ( 10 ). while fig1 depicts a single animal enclosure ( 10 ) having a structure ( 12 ) for use by a single animal , it should be understood that embodiments of the present invention are usable within an enclosure of any size , able to retain any number and any type of animal . further , embodiments of the present invention are usable to provide water to multiple enclosures simultaneously , or to discrete areas of a single enclosure having multiple animal retention areas , each containing one or more animals . fig1 further depicts a source of water ( 14 ) in communication with the enclosure ( 10 ). the source of water ( 14 ) can include , without limitation , any number of public , private , natural , or manmade sources of water , as well as reservoirs and / or discrete tanks or other vessels for retaining water . a connecting member ( 16 ) is shown communicating the source of water ( 14 ) with the enclosure ( 10 ). the connecting member ( 16 ) can include any type or configuration of pipes , tubing , hoses , pumps , valves , and other similar members and devices , necessary to flow water from the source of water ( 14 ) to the enclosure ( 10 ). a valve ( 18 ) is shown disposed between the source of water ( 14 ) and the enclosure ( 10 ) for controlling the flow of water to the enclosure ( 10 ). the valve ( 18 ) can include any type of valve , such as a check valve , a gate valve , a butterfly valve , a ball valve , a globe valve , a plug or needle valve , or other types of valves , clamps , or similar apparatuses able to restrict and / or inhibit the flow of fluid between the source of water ( 14 ) and the enclosure ( 10 ). the valve ( 18 ) can include an automatic and / or remotely actuatable valve , able to be opened and closed responsive to a signal , without requiring manual manipulation or control by a user . the connecting member ( 16 ) is shown terminating within the enclosure ( 10 ) at a nozzle ( 20 ), which is oriented to provide water from the water source ( 14 ) to one or more portions of the interior of the enclosure ( 10 ). while fig1 depicts a single nozzle ( 20 ) disposed within the top of the enclosure ( 10 ), embodiments of the invention can include any type and any number of nozzles , spraying devices , or other distribution members positioned on , along , within , or exterior to any portion of the enclosure ( 10 ). an audio sensor ( 22 ) is shown disposed within the enclosure ( 10 ) secured to one of the walls . the audio sensor ( 22 ) can include any type of device equipped with a microphone or similar sound detecting mechanism of sufficient sensitivity to detect an animal noise from within the enclosure ( 10 ). while fig1 depicts a single audio sensor ( 22 ) secured to a wall of the enclosure ( 10 ), it should be understood that the present invention can include any number and any type of audio sensor , disposed within or external to the enclosure ( 10 ), oriented such that animal noises from within the enclosure ( 10 ) can be detected . the audio sensor ( 22 ) is shown in direct communication with the valve ( 18 ) using wiring ( 24 ). in various embodiments of the invention , the audio sensor ( 22 ) can be in direct or wireless communication with the valve ( 18 ), the water source ( 14 ), the nozzle ( 20 ), or any mechanism therebetween . the audio sensor ( 22 ) can include various integral or remote processors , data storage media , transmitters , receivers , circuitry , and / or computer instructions usable to detect animal noise , transmit a signal responsive to the animal noise , enable selection of a tolerance which must be met or exceeded by a noise prior to transmitting the signal , or combinations thereof . similarly , the audio sensor ( 22 ), water source ( 14 ), valve ( 18 ), or nozzle ( 20 ) can include a timing mechanism , directly or wirelessly coupled with any necessary circuitry and / or computer instructions to enable selection of a predetermined time period for provision of water to the enclosure ( 10 ), and causing the provision of water for the selected time period . in operation , when an animal within the enclosure ( 10 ) produces noise in excess of the tolerance of the audio sensor ( 22 ), the audio sensor ( 22 ) detects this animal noise and transmits a signal via the wiring ( 24 ) to the valve ( 18 ). responsive to the signal , the valve ( 18 ) opens , enabling water to flow from the water source ( 14 ) through the connecting member ( 16 ) to the nozzle ( 20 ), where the water is distributed within the enclosure ( 10 ) in a manner that it will contact the animal . many animals , especially various breeds of dog , will cease producing noise responsive to the water , and will return to the covered structure ( 12 ) to avoid contact with the water . in this manner , any number of animals within the enclosure ( 10 ), and within any number of enclosures having audio sensors provided in communication with the water source ( 14 ), can be simultaneously deterred from barking or producing other similar noises , through a single implementation of the present system . prolonged use of the present system can train dogs or other animals to cease barking or making other noises , and to remain within covered areas or other portions of an enclosure . the flow of water from the nozzle ( 20 ) also provides the dual benefit of cleaning one or more portions of the enclosure ( 10 ). referring now to fig2 , a diagram of an embodiment of various components of the present system is depicted . an audio sensor ( 26 ) is depicted , in communication with numerous other components of the system . the audio sensor ( 26 ) can include any configuration of resistors , capacitors , grounds , switches , relays , and other electrical connections and / or contacts , coupled with a microphone or similar sound detection mechanism and sensitivity controls for providing the audio sensor ( 26 ) with a selected tolerance . the audio sensor ( 26 ) is shown in communication with a power source ( 28 ), which can be used to provide power to the audio sensor ( 26 ) and any other system components in communication with the audio sensor ( 26 ), as necessary . while fig2 depicts a single power source ( 28 ), it is to be understood that the power source ( 28 ) can include one or more power sources of any type or configuration , including rechargeable and / or replaceable batteries or similar sources of energy . in an embodiment of the invention , the power source ( 28 ) can include a 12 - volt , rechargeable power source ; however , the voltage and other characteristics of the power source ( 28 ) can be varied depending on the requirements of the audio sensor ( 26 ). the power source ( 28 ) is shown operatively coupled with a photo charger ( 30 ) for recharging the power source ( 28 ). a fuse ( 32 ) is shown disposed between the power source ( 28 ) and the audio sensor ( 26 ), for preventing power irregularities from damaging any system components . a valve ( 36 ), having a resistor ( 38 ) disposed therein , is shown in operative communication with the audio sensor ( 26 ), such that output from the audio sensor ( 26 ), responsive to detected noise , can be used to actuate the valve ( 36 ). a relay ( 34 ) is further shown , disposed in communication with the valve ( 36 ) and the audio sensor ( 26 ). the characteristics of the relay ( 34 ) can vary based on the type of power source ( 28 ) utilized . for example , a 12 - volt relay would be used if the power source ( 28 ) included one or more 12 - volt power sources . it should be understood that fig2 depicts an exemplary configuration of components of an embodiment of the present system , and that any arrangement and configuration including some or all of the depicted components , as well as one or more additional like or dissimilar components , can be utilized within the scope of the present invention . the present invention thereby provides for systems and methods usable to automatically control animal noise , such as the barking of dogs , that can be applied to multiple animals simultaneously , through a single implementation of the system . the present invention is efficiently and rapidly installable , and utilizes water , rather than electrical , sonic , or chemical means to deter the affected animals , providing for humane methods that pose no danger to the animals . while various embodiments of the present invention have been described with emphasis , it should be understood that within the scope of the appended claims , the present invention might be practiced other than as specifically described herein .
systems and methods for controlling animal noise , for example , by preventing and / or deterring the barking of dogs , are described herein . a water source is provided in communication with an animal enclosure , such that the water source is configured to provide water to the interior of the enclosure . an audio sensor is disposed proximate to and / or within the enclosure , in communication with the water source . responsive to detection of animal noise within the enclosure , the audio sensor causes transmission of a signal to cause the water source to provide water into the enclosure , thereby deterring the animal noise . the systems and methods can utilize one or more selected sensitivity / volume thresholds , and can also include a timing mechanism for regulating the length of time that the water is provided .