Safe and efficient electrically based intentional incapacitation device comprising biofeedback means to improve performance and lower risk to subjects

1. A system for delivery of an electric shock to a subject via at least one electrode ballistically implanted thereinto, said system further comprising means for monitoring physiological function of said subject via said at least one electrode.

2. A system as in claim 1 , in which the physiological function monitored is cardiac function in the form of ECG data.

3. A system as in claim 1 , in which said at least one electrode is ballistically implanted into said subject by a TASER system for application in temporarily incapacitating a said subject.

4. A system as in claim 3 , in which said TASER system comprises means for altering the characterizing parameters of follow-on electric shocks to lessen risk of injury to said subject based on monitored physiological parameters of said subject during or after delivery of an electric shock thereto.

5. A system as in claim 1 , which further comprises storage means which records data pertaining to monitoring physiological function of said subject obtained via said at least one ballistically implanted electrode.

6. A TASER system for delivery of a temporarily incapacitating electric shock to a subject via at least one tethered electrode ballistically implanted thereinto thereby, said system further comprising means for monitoring ECG data via said at least one ballistically implanted tethered electrode; said TASER system further comprising means for altering the characterizing parameters of follow-on temporarily incapacitating electric shocks administered to said subject to lessen risk of injury to said subject, said alteration being based on the monitored ECG data of said subject during or after delivery of an electric shock thereto, and said TASER System further comprising storage means for recording data pertaining to said monitored ECG of said subject obtained via said at least one ballistically implanted electrode.

7. A method of providing record of a subject's physiological function substantially simultaneously with, or after a short time delay after delivery of an electric shock thereto, comprising the steps of:

a) providing a system for delivery of said electric shock to said subject via at least one electrode implanted thereinto, comprising means for monitoring physiological function of said subject via said at least one electrode;

b) causing said system to implant at least one electrode onto said a subject;

c) substantially simultaneously with, or after said short time delay after delivery of said electric shock by said system to said subject, utilizing the circuit established by said at least one implanted electrode to monitor physiological function of said subject.

8. A method as in claim 7 , which further comprises storage of physiological data monitored in memory means integrated into said system.

9. A method as in claim 7 in which the step of providing a system involves providing a TASER which implants the at least one electrode into said subject ballistically.

10. A method as in claim 9 in which the step of providing a system involves providing a said TASER which comprises means for altering the characterizing parameters of follow-on electric shocks to lessen risk of injury to said subject based on monitored physiological parameters of said subject during or after delivery of said electric shock thereto.

11. A method as in claim 9 in which the step of providing a system involves providing a said TASER which comprises means which records data pertaining to monitoring physiological function of said subject obtained via said at least one ballistically implanted electrode.

12. A method of temporarily incapacitating a subject comprising the steps of:

a) providing a TASER system for delivery of a temporarily incapacitating electric shock to a subject via at least one tethered electrode ballistically implanted thereinto thereby, said system further comprising means for monitoring ECG data via said at least one ballistically implanted tethered electrode; said TASER system further comprising means for altering the characterizing parameters of follow-on temporarily incapacitating electric shocks administered to said subject to lessen risk of injury to said subject based on the monitored ECG data of said subject during or after delivery of said electric shock thereto;

b) causing said TASER system to ballistically implant said at least one tethered electrode onto said subject;

c) substantially simultaneously with, or after a short time delay after delivery of said electric shock by said TASER system to said subject, utilizing the circuit established by said at least one implanted electrode to monitor ECG data of said subject;

d) based upon the monitored ECG data causing said means for altering the characterizing parameters of follow-on temporarily incapacitating electric shocks administered to said subject to alter characterizing parameters of follow-on temporarily incapacitating electric shocks administered to said subject to lessen risk of injury to said subject.

13. A method of temporarily incapacitating a subject as in claim 12 which further comprises providing a storage means in said TASER system for recording ECG data, and causing said storage means to record monitored subject ECG data.