AED prompted PSAP notifications
Systems and processes are described that facilitate notifying PSAPs and others of emergency uses of AEDs. An AED management server receives electronic messages from the AEDs during emergency use of such AED. The server determines whether an emergency services triggering event has occurred based on various factors. When a triggering event has occurred, an incident notification is sent that directly or indirectly causes a PSAP responsible for handling medical incidents in a region that includes the reporting AED to be notified of the emergency use. Factors included in determining whether an incident notification is to be sent may include factors such as the state of the AED, the perceived accuracy of a reported location of the AED, whether PSAP notifications are enabled, etc. In some embodiments contact notifications are also enabled and/or an AED administrator may set various preferences related to incident notification for their AEDs.
1 . A method comprising:
by a server, receiving a first electronic message from an automated external defibrillator (AED) in real-time during an emergency use of the AED, wherein the first message indicates one selected from the group consisting of (i) that the AED has performed a classification of a heart rhythm of the patient, and (ii) that the AED has determined that the patient has a shockable heart rhythm;
by the server, determining that an emergency services notification triggering event has occurred based at least in part on the reception of the first message that indicates the one selected from the group consisting of (i) that the AED has performed a classification of a heart rhythm of the patient, and (ii) that the AED has determined that the patient has a shockable heart rhythm; and
in response to determining that an emergency services notification triggering event has occurred, sending an electronic incident notification message that either directly or indirectly causes an emergency services call center responsible for handling medical incidents in a region that includes the location of the AED to be notified of the emergency use of the AED, wherein the incident notification message includes an incident location indicative of the location of the AED; and
wherein the server is located remotely relative to both the AED and the emergency services call center; and
wherein the electronic incident notification message is sent during the emergency use of the AED.
2 . A method comprising:
by a server, receiving a first electronic message from an automated external defibrillator (AED) during an emergency use of the AED;
by the server, receiving an indication of the AED's current location together with a location accuracy measure or location accuracy confidence value, wherein the location accuracy measure or location accuracy confidence value is received during the emergency use of the AED either in the first electronic message or a second electronic message from the AED;
by the server, determining whether the location of the AED is known within a designated location precision threshold based at least in part on the received location accuracy measure or location accuracy confidence value; and
by the server, determining that an emergency services notification triggering event has occurred based at least in part on (a) the reception of the first message, and (b) the determination that the location of the AED is known within the designated location precision threshold; and
in response to determining that an emergency services notification triggering event has occurred, sending an electronic incident notification message that directly or indirectly causes an emergency services call center responsible for handling medical incidents in a region that includes the location of the AED to be notified of the emergency use of the AED, wherein the incident notification message includes an incident location indicative of the location of the AED; and
wherein the server is located remotely relative to both the AED and the emergency services call center; and
wherein the electronic incident notification message is sent during the emergency use of the AED.
3 . A method comprising:
by a server, receiving a first electronic message from an automated external defibrillator (AED) in real-time during an emergency use of the AED, wherein the first message indicates one selected from the group consisting of (i) that the AED has detected placement of the AED's electrode pads on a patient, (ii) that the AED has performed a classification of a heart rhythm of the patient, and (iii) that the AED has determined that the patient has a shockable heart rhythm;
by the server, receiving an indication of the AED's location together with a location accuracy measure or location accuracy confidence value, wherein the location accuracy measure or location accuracy confidence value is received during the emergency use of the AED either in the first electronic message or a second electronic message from the AED; and
by the server, determining whether the location of the AED is known within a designated location precision threshold based at least in part on the received location accuracy measure or location accuracy confidence value;
by the server, determining that an emergency services notification triggering event has occurred based at least in part on the reception of the first message that indicates the one selected from the group consisting of (i) that the AED has detected placement of the AED's electrode pads on a patient or that the AED, (ii) that the AED has performed a classification of a heart rhythm of the patient, and (iii) that the AED has determined that the patient has a shockable heart rhythm, wherein the determination that an emergency services notification triggering event has occurred is further based at least in part on the determination that the location of the AED is known within the designated location precision threshold; and
in response to determining that an emergency services notification triggering event has occurred, sending an electronic incident notification message that either directly or indirectly causes an emergency services call center responsible for handling medical incidents in a region that includes the location of the AED to be notified of the emergency use of the AED, wherein the incident notification message includes an incident location indicative of the location of the AED; and
wherein the server is located remotely relative to both the AED and the emergency services call center; and
wherein the electronic incident notification message is sent during the emergency use of the AED.
4 . A method as recited in claim 3 wherein when it is determined that the location of the AED is not known within the designated location precision threshold, it is determined that an emergency services notification triggering event has not occurred and no electronic incident notification message is sent in response to reception of the first message.
5 . A method as recited in claim 3 wherein the first message indicates that the AED has detected placement of the AED's electrode pads on the patient whereby the determination that the emergency services notification triggering event has occurred is based at least in part on the reception of the first message indicating that the AED has detected placement of the AED's electrode pads on a patient.
6 . A method as recited in claim 1 wherein the first message indicates that the AED has performed a classification of a heart rhythm of the patient whereby the determination that the emergency services notification triggering event has occurred is based at least in part on the reception of the first message indicating that the AED has performed a classification of a heart rhythm of the patient.
7 . A method as recited in claim 1 wherein the first message indicates that the AED has determined that the patient has a shockable heart rhythm whereby the determination that the emergency services notification triggering event has occurred is based at least in part on the reception of the first message indicating that the AED has determined that the patient has a shockable heart rhythm.
8 . A method as recited in claim 2 wherein the incident notification message is sent directly from the server to a computer aided dispatch system used by the emergency services call center.
9 . A method as recited in claim 2 wherein the incident notification message is sent to an emergency services interface that automatically sends a call center incident notification to a computer aided dispatch system used by the emergency services call center.
10 . A method as recited in claim 4 wherein:
the server is configured to receive electronic messages from a multiplicity of AEDs and the server determines whether an emergency services notification triggering event has occurred for each incident for which the server receives an electronic message indicating that a selected one of the multiplicity of AEDs has one selected from the group consisting of (i) detected placement of the selected AED's electrode pads on an associated patient or that the AED, (ii) performed a classification of a heart rhythm of the associated patient, and (iii) determined that the associated patient has a shockable heart rhythm;
each time the server determines that an emergency services notification triggering event has occurred, the server sends a corresponding electronic incident notification message that causes a corresponding emergency services call center that is responsible for handling medical incidents in a corresponding region that includes a location of the selected AED to be notified of the emergency use of the selected AED.
11 . A method as recited in claim 10 wherein when the server determines that the location of the selected AED is not known within the designated location precision threshold, it is determined that a no electronic incident notification message is sent.
12 . A method as recited in claim 2 wherein when it is determined that the location of the AED is not known within the designated location precision threshold, it is determined that an emergency services notification triggering event has not occurred and no electronic incident notification message is sent in response to reception of the first message.
13 . A method as recited in claim 1 further comprising:
by the server, electronically receiving an emergency services notifications settings command from a management platform user interface rendered on a computing device associated with an administrator associated with a first automated external defibrillator (AED), wherein the emergency services notifications settings command is received prior to the emergency use of the AED and indicates whether emergency uses of the AED should be reported to emergency services in real-time during emergency use of the AED; and
in response to reception of the emergency services notifications command, marking a record in a first database associated with the server to indicate whether emergency services notifications are enabled or disabled for the AED; and
wherein the determination of whether the emergency services notification triggering event has occurred is further based at least in part on whether emergency services notifications are enabled for the AED, and wherein it is determined that the emergency services notification triggering event has not occurred when emergency services notifications are disabled.
14 . A method as recited in claim 2 wherein the emergency services call center is a public safety answering point (PSAP).
15 . A method comprising:
by the server, electronically receiving an emergency services notifications settings command from a management platform user interface rendered on a computing device associated with an administrator associated with a first automated external defibrillator (AED), wherein the emergency services notifications settings command indicates whether emergency uses of the AED should be reported to emergency services in real-time during emergency use of the AED;
in response to reception of the emergency services notifications command, marking a record in a first database associated with the server to indicate whether emergency services notifications are enabled or disabled for the AED;
by a server, receiving a first electronic message from an automated external defibrillator (AED) during an emergency use of the AED; and
by the server, determining whether an emergency services notification triggering event has occurred based at least in part on (a) whether emergency services notifications are enabled for the AED and (b) the reception of the first message; and
in response to determining that an emergency services notification triggering event has occurred, sending an electronic incident notification message that directly or indirectly causes an emergency services call center responsible for handling medical incidents in a region that includes the location of the AED to be notified of the emergency use of the AED, wherein the incident notification message includes an incident location indicative of the location of the AED; and
wherein the server is located remotely relative to both the AED and the emergency services call center; and
wherein the electronic incident notification message is sent in during the emergency use of the AED.
16 . A method comprising:
by a server, electronically receiving an emergency services notifications settings command from a management platform user interface rendered on a computing device associated with an administrator associated with a first automated external defibrillator (AED), wherein the emergency services notifications settings command indicates whether emergency uses of the AED should be reported to emergency services in real-time during emergency use of the AED;
in response to reception of the emergency services notifications command, marking a record in a first database associated with the server to indicate whether emergency services notifications are enabled or disabled for the AED;
by a server, receiving a first electronic message from an automated external defibrillator (AED) in real-time during an emergency use of the AED, wherein the first message directly or indirectly indicates that the AED is currently in use;
by the server, receiving an indication of the AED's location together with a location accuracy measure or location accuracy confidence value, wherein the location accuracy measure or location accuracy confidence value is received in real-time during the emergency use of the AED either in the first electronic message or a second electronic message from the AED;
by the server, determining whether the location of the AED is known within a designated location precision threshold based at least in part on the received location accuracy measure or location accuracy confidence value; and
by the server, determining whether an emergency services notification triggering event has occurred based at least in part on (a) whether emergency services notifications are enabled for the AED, (b) the reception of the first message, and (c) the determination that the location of the AED is known within the designated location precision threshold; and
in response to determining that an emergency services notification triggering event has occurred, sending an electronic incident notification message that causes an emergency services call center responsible for handling medical incidents in a region that includes the location of the AED to be notified of the emergency use of the AED, wherein the incident notification message includes an incident location indicative of the location of the AED; and
wherein the server is located remotely relative to both the AED and the emergency services call center; and
wherein the electronic incident notification message is sent during the emergency use of the AED.
17 . A method as recited in claim 16 wherein when emergency services notifications are disabled for the AED it is determined that an emergency services notification triggering event has not occurred and no electronic incident notification message is sent in response to reception of the first message.
18 . A method as recited in claim 16 wherein when it is determined that the location of the AED is not known within the designated location precision threshold, it is determined that an emergency services notification triggering event has not occurred and no electronic incident notification message is sent in response to reception of the first message.
19 . A method as recited in claim 16 wherein the first message indicates that the AED has detected placement of the AED's electrode pads on the patient whereby the determination that the emergency services notification triggering event has occurred is based at least in part on the reception of the first message indicating that the AED has detected placement of the AED's electrode pads on a patient.
20 . A method as recited in claim 16 wherein the first message indicates that the AED has performed a classification of a heart rhythm of the patient whereby the determination that the emergency services notification triggering event has occurred is based at least in part on the reception of the first message indicating that the AED has performed a classification of a heart rhythm of the patient.
21 . A method as recited in claim 16 wherein the first message indicates that the AED has determined that the patient has a shockable heart rhythm whereby the determination that the emergency services notification triggering event has occurred is based at least in part on the reception of the first message indicating that the AED has determined that the patient has a shockable heart rhythm.