Automated decoy with battery holder ballast
View Patent ↗A decoy system with a ballast that holds batteries to power the various elements of the decoy system including a Global Positioning System or location based receiver and circuitry that automatically controls the navigation of the decoy based on real-time location and desired/selected pattern information. The system can include a decoy with a propulsion system and steering system and an interface to a smart phone running a remote control app. The remote control app can be used to control the navigation of the decoy in view of the location information received from the GPS.
1. A decoy system comprising:
a decoy body;
a propulsion system coupled to the decoy body;
a steering system coupled to the decoy body;
a processor associated with the decoy body and communicatively coupled to the propulsion system and the steering system and configured to receive instructions and execute the instructions to navigate the decoy body by controlling the propulsion system and steering system, wherein the processor is further configured to read the instructions from a tangible medium and execute the instructions to monitor a voltage level of a battery element and if the voltage level drops below a particular threshold, the processor controls the navigation of the decoy body by sending it to a particular location;
a positioning receiver coupled to the decoy body and configured to provide a current location of the decoy body; and
a ballast coupled to an underside of the decoy body and configured to house the battery element, the ballast includes at least two connections for connecting from the battery element to the propulsion system, steering system and processor.
2. A decoy system comprising:
a decoy body;
a propulsion system coupled to the decoy body;
a steering system coupled to the decoy body;
a processor associated with the decoy body and communicatively coupled to the propulsion system and the steering system and configured to receive instructions and execute the instructions to navigate the decoy body by controlling the propulsion system and steering system, wherein the processor is further configured to read the instructions from a tangible medium and execute the instructions to monitor a voltage level of a battery element and if the voltage level drops below a particular threshold, the processor causes an alarm to sound;
a positioning receiver coupled to the decoy body and configured to provide a current location of the decoy body; and
a ballast coupled to an underside of the decoy body and configured to house the battery element, the ballast includes at least two connections for connecting from the battery element to the propulsion system, steering system and processor.
3. A decoy system comprising:
a decoy body;
a propulsion system coupled to the decoy body;
a steering system coupled to the decoy body;
a processor associated with the decoy body and communicatively coupled to the propulsion system and the steering system and configured to receive instructions and execute the instructions to navigate the decoy body by controlling the propulsion system and the steering system, wherein the processor is further configured to read the instructions from a tangible medium and execute the instructions to monitor a voltage level of a battery element and if a power source is connected to the charging port, to execute a charging algorithm;
a positioning receiver coupled to the decoy body and configured to provide a current location of the decoy body; and
a ballast coupled to an underside of the decoy body and configured to house the battery element comprising a plurality of rechargeable batteries, the ballast includes at least two connections for connecting from the battery element to the propulsion system, steering system and processor, wherein the ballast comprises the plurality of rechargeable batteries arranged in a keel-like structure.
4. A decoy system comprising:
a decoy body;
a propulsion system coupled to the decoy body;
a steering system coupled to the decoy body;
a processor associated with the decoy body and communicatively coupled to the propulsion system and the steering system and configured to receive instructions and execute the instructions to navigate the decoy body by controlling the propulsion system and steering system, wherein the processor is further configured to read the instructions from a tangible medium and execute the instructions to monitor a voltage level of a battery element and if the voltage level drops below a particular threshold, the processor controls the navigation of the decoy body by sending it to a particular location;
a positioning receiver coupled to the decoy body and configured to provide a current location of the decoy body; and
a ballast coupled to an underside of the decoy body and configured to house the battery element comprising a plurality of rechargeable batteries, the ballast includes at least two connections for connecting from the battery element to the propulsion system, steering system and processor.
5. A decoy system comprising:
a decoy body;
a propulsion system coupled to the decoy body;
a steering system coupled to the decoy body;
a processor associated with the decoy body and communicatively coupled to the propulsion system and the steering system and configured to receive instructions and execute the instructions to navigate the decoy body by controlling the propulsion system and steering system;
a positioning receiver coupled to the decoy body and configured to provide a current location of the decoy body; and
a ballast coupled to an underside of the decoy body and configured to house a battery element, the ballast includes at least two connections for connecting from the battery element to the propulsion system, steering system and processor;
a remote control;
a control system communicatively coupled to the processor, the control system being configured to wirelessly interface with the remote control and the processor is configured to provide data to the control system to be transmitted to the remote control and obtain data received by the control system from the remote control; and
wherein the processor is further configured to read instructions from a tangible medium and execute the instructions to monitor a voltage level of the battery element and if the voltage level drops below a particular threshold, the processor causes an alarm message to be sent to the remote control.
6. The decoy system of claim 5 , wherein the remote control and the control system are communicatively coupled with BLUETOOTH wireless technology and the control system reports a battery status to the remote control.