DEFIBRILLATOR ELECTRODE ILLUMINATION FOR GUIDANCE
Various embodiments of the present disclosure encompass a light indicator controller for indicating a functioning status of a defibrillation unit including a defibrillator, electrodes each having an electrode light indicator and a cable having cable light indicators. In operation, the light indicator controller ascertains a functioning status of the defibrillation unit and controls an illumination of the electrode light indicators and the cable light indicators based on an operational mode of the defibrillator. The illumination of the indicators may represent a standby/startup of the defibrillation unit, an application of the electrodes to a patient, a heart rhythm analysis period or shock delivery being executed by the defibrillator or an intervention/CPR task being executed by the defibrillator.
1 . A defibrillation unit, comprising:
a defibrillator;
an electrode including an electrode light indicator;
a cable configured to couple the electrode to the defibrillator, wherein the cable includes a cable light indicator; and
a light indicator controller for controlling an indication of a functioning status of the defibrillation unit, wherein the light indicator controller is configured to:
ascertain an operational mode of the defibrillator; and
control an illumination of the electrode light indicator and the cable light indicator based on the operational mode of the defibrillator.
2 . The defibrillation unit of claim 1 , wherein the light indicator controller being configured to control the illumination of the electrode light indicator and the cable light indicator based on the operational mode of the defibrillator includes:
the light indicator controller configured to control a standby/startup illumination of the electrode light indicator and the cable light indicator representative of at least one of a deactivation or an activation of the defibrillator when electrode is coupled to the defibrillator by cable.
3 . The defibrillation unit of claim 1 , wherein the light indicator controller being configured to control the illumination of the electrode light indicator and the cable light indicator based on the operational mode of the defibrillator includes:
the light indicator controller configured to control an application illumination of the electrode light indicator and the cable light indicator representative of a detection, by the defibrillator, of the electrode being applied to a patient.
4 . The defibrillation unit of claim 1 , wherein the light indicator controller being configured to control the illumination of the electrode light indicator and the cable light indicator based on the operational mode of the defibrillator includes:
the light indicator controller configured to control a therapy alert illumination of the electrode light indicator and the cable light indicator representative of at least one of a heart rhythm analysis or a shock delivery being executed by the defibrillator.
5 . The defibrillation unit of claim 1 , wherein the light indicator controller being configured to control the illumination of the electrode light indicator and the cable light indicator based on the operational mode of the defibrillator includes:
the light indicator controller configured to control an intervention illumination of the electrode light indicator and the cable light indicator representative of an intervention monitoring being executed by the defibrillator.
6 . The defibrillation unit of claim 1 , wherein the light indicator controller is further configured to:
control, based on the operational mode of the defibrillator, an illumination of at least one of pull tabs on the electrodes, a CPR feedback puck, or an electrode case or cartridge.
7 . A light indicator controller for controlling an indication of a functioning status of a defibrillation unit including a defibrillator, an electrode having an electrode light indicator and a cable having a cable light indicator, the light indicator controller comprising:
a non-transitory machine-readable storage medium encoded with instructions for execution by at least one processor, the non-transitory machine-readable storage medium including the instructions to:
ascertain the functioning status of a defibrillator; and
control an illumination of the electrode light indicator and the cable light indicator based on the operational mode of the defibrillator.
8 . The light indicator controller of claim 7 , wherein the instructions to control the illumination of the electrode light indicator and the cable light indicator based on the operational mode of the defibrillator includes instructions to:
control a standby/startup illumination of the electrode light indicator and the cable light indicator representative of at least one of a deactivation or an activation of the defibrillator when electrode is coupled to the defibrillator by cable.
9 . The light indicator controller of claim 7 , wherein the instructions to control the illumination of the electrode light indicator and the cable light indicator based on the operational mode of the defibrillator includes instructions to:
control an application illumination of the electrode light indicator and the cable light indicator representative of a detection, by the defibrillator, of the electrode being applied to a patient.
10 . The light indicator controller of claim 7 , wherein the instructions to control the illumination of the electrode light indicator and the cable light indicator based on the operational mode of the defibrillator includes instructions to:
control a therapy alert illumination of the electrode light indicator and the cable light indicator representative of at least one of a heart rhythm analysis or a shock delivery being executed by the defibrillator.
11 . The light indicator controller of claim 7 , wherein the instructions to control the illumination of the electrode light indicator and the cable light indicator based on the operational mode of the defibrillator includes instructions to:
control an intervention illumination of the electrode light indicator and the cable light indicator representative of an intervention monitoring being executed by the defibrillator.
12 . The light indicator controller of claim 7 , wherein the light indicator controller is further configured to:
control, based on the operational mode of the defibrillator, an illumination of at least one of pull tabs on the electrodes, a CPR feedback puck, or an electrode case or cartridge.
13 . A method executable by a light indicator controller for controlling an indication of a functioning status of a defibrillation unit including a defibrillator, an electrode having an electrode light indicator and a cable having a cable light indicator, the method comprising:
ascertaining, by the light indicator controller, an operational mode of the defibrillator; and
controlling, by the light indicator controller, an illumination of the electrode light indicator and the cable light indicator based on the operational mode of the defibrillator.
14 . The method of claim 13 , wherein the controlling, by the light indicator controller, the illumination of the electrode light indicator and the cable light indicator based on the operational mode of the defibrillator includes:
controlling, by the light indicator controller, a standby/startup illumination of the electrode light indicator and the cable light indicator representative of at least one of a deactivation or an activation of the defibrillator when electrode is coupled to the defibrillator by cable.
15 . The method of claim 13 , wherein the controlling, by the light indicator controller, the illumination of the electrode light indicator and the cable light indicator based on the operational mode of the defibrillator includes at least one of:
controlling, by the light indicator controller, an application illumination of the electrode light indicator and the cable light indicator representative of a detection, by the defibrillator, of the electrode being applied to a patient;
controlling, by the light indicator controller, a therapy alert illumination of the electrode light indicator and the cable light indicator representative of at least one of a heart rhythm analysis or a shock delivery being executed by the defibrillator; or
controlling, by the light indicator controller, an intervention illumination of the electrode light indicator and the cable light indicator representative of an intervention monitoring being executed by the defibrillator.