System and method for controlled horizontal buoyancy

1. An aquatic system for use with an object, said aquatic system comprising:

a parameter detector being configured to detect a parameter of the object and to output an activation signal based on the detected parameter;

an inflatable bladder being configured to inflate with a gas to displace a volume of water when the object is in the water;

a memory having instructions stored therein; and

a stabilization controller being configured execute the instructions to cause said inflatable bladder to inflate so as to establish horizontal buoyancy of the object based on the activation signal.

2. The aquatic system of claim 1 , for use with a person as the object, said aquatic system further comprising:

a suit configured to substantially cover the person between a knee and a head,

wherein said parameter detector comprises a biometric parameter detector configured to detect a biometric parameter of the person, said biometric parameter detector being disposed at said suit,

wherein said inflatable bladder is disposed at said suit,

wherein said memory is disposed at said suit, and

wherein said stabilization controller is disposed at said suit.

3. The aquatic system of claim 2 , further comprising:

a second inflatable bladder disposed at said suit and being configured to inflate with a second gas to displace a second volume of water when the person is in the water,

wherein said stabilization controller is additionally configured to cause said second inflatable bladder to inflate so as to establish the horizontal buoyancy of the person.

4. The aquatic system of claim 3 ,

wherein said inflatable bladder is disposed at said suit at one location of a group of locations consisting of a first area near a chest of the person, a second area near a stomach of the person, a third area near a back of the person, a fourth area near a front of a thigh of the person, and a fifth area near a back of a thigh of the person, and

wherein said second inflatable bladder is disposed at said suit at a different one location of the group of locations.

5. The aquatic system of claim 4 :

a third inflatable bladder,

wherein said suit is additionally configured to substantially cover the person between an ankle and the head, and

wherein said third inflatable bladder is disposed at said suit at one location of the ankle.

6. The aquatic system of claim 1 , for use with a person as the object, said aquatic system further comprising:

a second inflatable bladder configured to inflate with a second gas to displace a second volume of water when the person is in the water;

a first attachment piece configured to detachably fasten said inflatable bladder to the person at one location of a group of locations consisting of a first area near a chest of the person, a second area near a stomach of the person, a third area near a back of the person, a fourth area near a front of a thigh of the person, and a fifth area near a back of a thigh of the person; and

a second attachment piece configured to detachably fasten said second inflatable bladder to the person at a different one location of the group of locations,

wherein said stabilization controller is additionally configured to cause said second inflatable bladder to inflate so as to establish the horizontal buoyancy of the person.

7. The aquatic system of claim 2 , wherein said biometric parameter detector is configured to detect, as the biometric parameter, at least one parameter of the group of parameters comprising body temperature, blood pressure, heart rate, salt concentration, a change in body temperature, a change in blood pressure, a change in heart rate, a change in salt concentration, and combinations thereof.

8. The aquatic system of claim 7 , wherein said biometric parameter detector is configured to output the activation signal when a value of the detected biometric parameter meets a predetermined threshold value.

9. The aquatic system of claim 1 , wherein said stabilization controller is additionally configured to:

cause said inflatable bladder to inflate an initial amount so as to establish an initial negative horizontal buoyancy of the object so as to cause the object to horizontally sink in the water; and

subsequently cause said inflatable bladder to inflate a subsequent amount so as to establish a subsequent zero horizontal buoyancy of the object so as to cause the object to maintain a horizontal position at a predetermined depth in the water.

10. The aquatic system of claim 1 , further comprising:

a first radio configured to transmit the activation signal;

a second radio configured to receive the activation signal;

a first attachment piece housing said parameter detector and said first radio and being configured to detachably fasten to the object at a first location;

a second attachment piece housing said stabilization controller and said second radio and being configured to detachably fasten to the object; and

a third attachment piece being configured to detachably fasten said inflatable bladder to the object at a second location.