ELECTRODES WITH USABILITY INDICATOR

Abstract

Electrodes having a usability indicator to indicate a usability of the electrodes are described. The electrodes include a first electrode and a second electrode, as well as an output device(s) that are configured to output a usability indication indicative of a usability of the set of electrodes. If the usability indication indicates that the electrodes should be replaced, the user can discard the set of electrodes and replace them with a new set of electrodes, thereby mitigating the risk of compromising patient care for a patient.

Description

Claims

1. A set of electrodes for an external defibrillator, the set of electrodes comprising: a first electrode configured to: couple to the external defibrillator via a first electrode lead; andattach to an external surface of a patient; anda second electrode configured to: couple to the external defibrillator via a second electrode lead; andattach to the external surface of the patient,wherein the first electrode and the second electrode are configured to deliver electrical shocks to the patient; andan output device configured to output a usability indication indicative of a usability of the set of electrodes.

2. The set of electrodes of claim 1, further comprising: a processor configured to count a number of the electrical shocks delivered to the patient via the first electrode and the second electrode,wherein the usability indication is based on the number of the electrical shocks delivered.

3. The set of electrodes of claim 2, further comprising: a coil disposed around the first electrode lead; anda detection circuit configured to detect a change in electrical current associated with the coil,wherein the processor is configured to determine that an electrical shock has been delivered based on the change in the electrical current detected by the detection circuit.

4. A set of electrodes comprising: a first electrode configured to attach to an external surface of a patient;a second electrode configured to attach to the external surface of the patient; andan output device configured to output a usability indication indicative of a usability of the set of electrodes.

5. The set of electrodes of claim 4, wherein the usability indication comprises a visual indication.

6. The set of electrodes of claim 4, wherein: the first electrode is configured to couple to an external defibrillator via a first electrode lead;the second electrode is configured to couple to the external defibrillator via a second electrode lead;the first electrode and the second electrode are configured to deliver electrical shocks to the patient;the set of electrodes further comprises a processor configured to count a number of the electrical shocks delivered to the patient via the first electrode and the second electrode; andthe usability indication is based on the number of the electrical shocks delivered.

7. The set of electrodes of claim 6, wherein: the output device comprises a display configured to display the usability indication; andthe usability indication comprises the number of the electrical shocks delivered.

8. The set of electrodes of claim 6, further comprising non-volatile memory configured to store the number of the electrical shocks delivered.

9. The set of electrodes of claim 6, further comprising: a coil disposed around the first electrode lead; anda detection circuit configured to detect a change in electrical current associated with the coil,wherein the processor is configured to determine that an electrical shock has been delivered based on the change in the electrical current detected by the detection circuit.

10. The set of electrodes of claim 4, further comprising: a first electrode lead having a first end coupled to the first electrode;a second electrode lead having a first end coupled to the second electrode; andan electrode connector coupled to a second end of the first electrode lead and to a second end of the second electrode lead, the electrode connector being configured to couple to a port of an external device,wherein the output device is disposed at the electrode connector.

11. The set of electrodes of claim 10, wherein the output device comprises a display disposed on the electrode connector and configured to display the usability indication.

12. The set of electrodes of claim 4, wherein: the first electrode is configured to couple to an external defibrillator via a first electrode lead;the second electrode is configured to couple to the external defibrillator via a second electrode lead;the first electrode and the second electrode are configured to deliver electrical shocks to the patient;the set of electrodes further comprises a processor configured to determine a cumulative amount of energy delivered via the electrical shocks; andthe usability indication is based on the cumulative amount of energy delivered.

13. The set of electrodes of claim 4, wherein the output device is disposed at the first electrode.

14. The set of electrodes of claim 4, wherein the output device comprises a transmitter configured to transmit the usability indication to an external device for display of the usability indication on a display of the external device.

15. A method comprising: outputting, at a first time, via an output device of a set of electrodes, a first usability indication indicating that the set of electrodes are usable;delivering, at a second time after the first time, via a first electrode and a second electrode of the set of electrodes, an electrical shock to a patient, wherein the first electrode and the second electrode are attached to an external surface of the patient during the delivering of the electrical shock; andoutputting, at a third time after the first time, via the output device, a second usability indication indicating that the set of electrodes are unusable.

16. The method of claim 15, further comprising: counting, by a processor of the set of electrodes, a number of electrical shocks delivered to the patient via the first electrode and the second electrode,wherein the second usability indication is based on the number of the electrical shocks delivered.

17. The method of claim 15, further comprising: detecting, by a detection circuit of the set of electrodes, a change in electrical current associated with a coil disposed around the first electrode lead;determining, by a processor of the set of electrodes, that the electrical shock has been delivered based on the change in the electrical current detected by the detection circuit.

18. The method of claim 15, further comprising: determining, by a processor of the set of electrodes, a cumulative amount of energy delivered via electrical shocks delivered to the patient via the first electrode and the second electrode,wherein the usability indication is based on the cumulative amount of energy delivered.

19. The method of claim 15, wherein: the output device comprises a display; andthe outputting comprises displaying the second usability indication via the display.

20. The method of claim 15, wherein: the output device comprises a transmitter; andthe outputting comprises transmitting the second usability indication via the transmitter to an external device for display of the usability indication on a display of the external device.