Animal training system and method

1. An animal training system comprising: a base transmitter for transmitting a base control signal;

an animal control receiver for placement at a first location at the animal for receiving the base control signal transmitted from the base transmitter and for providing a control stimulus to the animal;

a portable user remote transceiver for a user for transmitting a remote control signal; a remote animal transceiver for placement at a second location at the animal separate from the animal control receiver for receiving the remote control signal and for effecting a control stimulus to the animal, and wherein the remote animal transceiver at the animal is configured so that in response to a selected remote control signal the remote animal transceiver provides a control stimulus to the animal and in response to another remote control signal the remote animal transceiver communicates a communication signal to the animal control receiver so that the animal control receiver provides a control stimulus to the animal, and

wherein the remote animal transceiver at the animal is configured to selectively provide a control directly to the animal and selectively communicate with the animal control receiver at the animal so that the animal control receiver provides a control stimulus to the animal.

2. The animal training control system of claim 1 wherein the remote animal transceiver is configured so that in response to a selected remote control signal from the user remote transmitter the remote animal transceiver communicates a communication signal to the animal control transceiver so that the animal control receiver provides an animal control stimulus to the animal, including an electrical shock.

3. The animal training control system of claim 1 wherein the remote animal transceiver effects the control stimulus to the animal by providing a control stimulus to the animal, including a vibrational stimulus.

4. The animal training system of claim 1 wherein the remote animal transceiver in response to a remote control signal may effect a control stimulus to the animal by providing at least one or both of (a) a controlled stimulus to the animal from the remote animal transceiver and (b) a communication signal to the animal control transceiver so that the animal control transceiver provides a control stimulus to the animal.

5. The animal training system of claim 1 wherein the control stimulus to the animal may include at least a first controlled stimulus provided by the remote animal transceiver in response to a remote control signal from the portable user remote transmitter and at least a second controlled stimulus provided by the animal control receiver in response to a communication from the remote animal transceiver in response to a different remote control signal from the portable user remote transmitter.

6. The animal training system of claim 5 wherein the first control stimulus includes at least one or both of (a) an audible alarm and (b) a physical vibration to the animal produced by the remote animal transceiver.

7. The animal training system of claim 5 wherein the second control stimulus includes at least one or both of (a) an audible alarm and (b) an electrical shock produced by the animal control receiver.

8. The animal training system of claim 1 wherein the animal control receiver is responsive to the base control signal transmitted from the base transmitter to produce an animal control stimulus to the animal and wherein the portable user remote transceiver includes a receiver and signal detection circuitry for detecting the base control signal transmitted from the base transceiver, and wherein the remote animal transceiver includes activation circuitry for reproducing the base control signal that was detected by the portable user remote transmitter for transmission to the animal control transceiver in response to a remote control signal from the portable user remote transceiver so that the animal control receiver produces an animal control stimulus to the animal.