reference is made herein to the attached drawings . like reference numerals are used throughout the drawings to depict like or similar elements of the animal location tracking system . for the purposes of presenting a brief and clear description of the present invention , the preferred embodiment will be discussed as used for tracking the location of animals . the figures are intended for representative purposes only and should not be considered to be limiting in any respect . the system in use is shown in fig1 with the implant device inserted under the skin of a dog . the dog 200 is not impeded by the presence of the implant because it is inserted under loose sections of skin such as those between or around the shoulder blades . in the exemplary illustration , the implant is a microchip , but it may alternatively be a set of components contained within an implant - grade capsule , or coated in a tissue safe coating . it is preferred that the implant device is inserted in the same general area in all target animals so that veterinarians and emergency personnel can easily locate the device . as the dog moves around a gps receiver built into the implant continuously recalculates the dog &# 39 ; s position . animal location is calculated via third dimensional trilateration . methods and algorithms for gps based location determination are well known in the art and the specific method used to determine the animal &# 39 ; s location may vary according to the implementation of the system . like all gps receivers , the implant device sends and receives signals to four or more gps satellites , calculating time offsets as needed to accurately determine the location of the receiver . because animals are generally small , and potentially fast moving , a small radius of error is desired . updates on location changes are sent to a remote server at predetermined intervals to ensure that the system has the most current information about the animal &# 39 ; s whereabouts . another example of the present system in use is shown in fig2 with a herd of cattle implanted with the implant device . the herd 300 roams freely over a grassy pasture 400 and is largely clumped together . one loner 301 has wandered away from the rest of the herd . if it roams too far , the lone cow can become lost , disoriented , or injured , making it difficult if not impossible for it to find its way home . the owner of the cow may have no idea of the animal &# 39 ; s plight until the cows come home and are counted . the present invention solves this problem by providing not only the ability to track the location of multiple animals , but also the ability to track their proximity to one another . a user can enter the identification numbers of each animal she wishes to track in the software application interface on a wireless communication device . she can then decide what notifications she would like to receive . such notifications will include 1 ) animal roams outside of selected location area ; 2 ) animal roams outside location of other animals ; 3 ) animal has not moved for a set period of time ; and 4 ) animal &# 39 ; s temperature is outside normal averages . in the depicted example , the lone cow &# 39 ; s implant device transmits its gps coordinates to the remote server as per usual . the remote server updates the location tracking database to include the animal &# 39 ; s present location and then checks for any additional instructions based on alert selections . if the owner has selected a proximity monitor for the animal , the database will compare the animal &# 39 ; s location against that of other animals in the herd . when the lone cow roams too far from the herd , the remote server will send an alert to the user . the alert may be audible , or visual according to the user &# 39 ; s preferences . turning now to fig3 there is shown an exemplary implant device 100 . the device has a permanent storage media 110 , one or more antennas 130 ; a processing unit 120 ; a wireless communications means 140 such as a network interface ; a thermometer 160 ; and a battery 150 . the storage media retains software necessary for enabling the gps receiver functionality of the device . one or more antennas , preferably omni - directional radio antennas are operatively connected to an input and output terminal of the processing unit . incoming signals from the antennas are processed by the processing unit and sent to memory for temporary storage during location calculation . location information is stored in the storage media and transmitted to a remote server hosting a database . a network interface 140 facilitates this wireless communication with the implant device over a network . the implant device also communicates with wireless computing devices via bluetooth or other short range wireless networking protocol . this direct connection facilitates transfer of an animal &# 39 ; s medical history to and from the storage media . a thermometer monitors the animal &# 39 ; s body temperature which is recorded on the storage media and can be transmitted to either the remote server or to a wireless computing device . power to the abovementioned components is provided by the onboard battery . the specific build of these components will vary according to the implementation of the system and it will be known to one of ordinary skill in the art how to configure them within the implant device . referring finally to fig4 there is shown a general system diagram of the present invention . a sheep 200 with the implant device installed in the rump area receives and sends signals to one of the twenty - seven or more gps satellites in orbit around the earth . using satellite signal responses the gps receiver in the implant device calculates the current location of the animal . the location is sent to a remote database server 520 , which performs comparisons of the location against other data entries based on current user preferences . by way of example there may be a set of data cells for storing notifications associated with an animal . notifications may include animal temperature updates , animal location updates , animal proximity to location and other animals , and animal lack of movement notices . additionally the database may have an entry for “ lost animal ” that indicates that authorities should be notified , and may initiate such notification by sending an alert to local authorities via phone , email , text or the like . users can remotely connect with the server via a software application user interface on a smart phone , tablet computer , or other wireless computing device . the software application offers a map of the tracked animal &# 39 ; s current location , along with a historical location tracking list for a set period of time . a set of notifications are selectable for adjusting tracking preferences . upon selection , these preferences are updated in the remote server . in addition to remote monitoring of animal location and temperature , authorities and veterinarians can wirelessly connect with the implant device by pairing it with a wireless computing device 510 . medical information such as prior surgeries , age , owner contact information , illnesses , medications , and any other pertinent information is stored on the storage media and can be accessed through the wireless computing device software application . a medical history option is available through the application and will show the most up to date medical and contact information for any selected animal . animals are selecting for tracking and viewing within the software application by entering an identification number or string of characters associated with the animal &# 39 ; s implant device . in use an individual enlists the aid of a veterinarian or medical . professional to insert the implant device in the same area on each member of a herd of animals . to test the implant device , the medical professional uses a wireless computing device such as an office tablet computer to connect with the implant device . using the software application , the medical professional updates each annual &# 39 ; s medical history to indicate the day the implant was inserted , the owner &# 39 ; s contact information , and any other important medical information pertinent to the animal . the owner releases the animals into their regular surroundings . she installs the software application on her own wireless computing device and inputs the identification number associated with the implant devices of each animal she wants to track . next she selects any notifications she would like to receive . a roaming radius is set for the herd or for each animal individually . the roaming radius is the distance the animals are allowed to roam from the input home location . input is also provided for monitoring the animal &# 39 ; s proximity to one another . if one member of the herd is sick , the owner selects a temperature monitoring notification , and a “ non - moving ” notification . in this way , the owner will be notified if the animal &# 39 ; s body temperature exceeds normal levels or if the animal does not move for an input period of time . these settings can also be selected by the medical professional . the owner is free to go about her business without worrying that something might happen to one of her animals . if one becomes lost , runs a fever , or roams too far from the herd , she will receive an alert via the wireless computing device . alerts are easily modifiable via the user interface , and location tracking intervals can be increased or decreased as needed . the present invention is a system for tracking animals individually or in a herd . it provides real - time location tracking , temperature monitoring , and medical history storage . users can remotely keep an eye on their animals and will be notified if the animals wander , become sick , or do not move for a substantial period of time . additionally , any medical professional or authority figure with a bluetooth enabled wireless computing device can connect with the animal &# 39 ; s implant device thereby accessing the animal &# 39 ; s medical history . this feature is important as it gives instant access to individual animal medical records , informing nearby persons as to any communicable diseases or dangerous conditions the animal carries . it may also help save the lives of injured animals because the treating veterinarian can immediately access any illnesses , heart conditions , or other medical issues the animal has , thereby tailoring treatment options to the specific medical needs of the animal . taken as a whole , the invention provides peace of mind to owners , and essential information to veterinarians . to this point , the instant invention has been shown and described in what is considered to be the most practical and preferred embodiments . it is recognized , however , that departures may be made within the scope of the invention and that obvious modifications will occur to a person skilled in the art . with respect to the above description then , it is to be realized that the optimum dimensional relationships for the parts of the invention , to include variations in size , materials , shape , form , function and manner of operation , assembly and use , are deemed readily apparent and obvious to one skilled in the art , and all equivalent relationships to those illustrated in the drawings and described in the specification are intended to be encompassed by the present invention . therefore , the foregoing is considered as illustrative only of the principles of the invention . further , since numerous modifications and changes will readily occur to those skilled in the art , it is not desired to limit the invention to the exact construction and operation shown and described , and accordingly , all suitable modifications and equivalents may be resorted to , falling within the scope of the invention .
an animal tracking system is provided for remotely monitoring animal positioning , the system includes an implant device , a global positioning system , a network , one or more remote servers , and at least one wireless computing device . the implant device acts as a gps receiver , calculating the animal &# 39 ; s position and then transmitting the results to the remote server where they are stored in a database . owners can remotely access the database via a software application installed on a wireless computing device . users can select an acceptable roaming range for the animal , an acceptable range between the animal and other animals being tracked , a lack of movement , or substantial changes in body temperature . additionally , the implant device can directly connect with the wireless computing device via a bluetooth connection . in this way , the computing device can access or transfer data regarding the owner &# 39 ; s contact information , and an animal &# 39 ; s medical history .