Vladimir Polic

Martin Aaron Alpert

Martin Alpert

A portable wearable defibrillator device, a distributed defibrillator system, and a computer-implemented method use at least one node that is connected to a wireless network and communicates with sensors, electronic mobile devices, and/or defibrillator devices to determine when a person is having a cardiac or pulmonary event or other event, identify a person who is able to assist the arresting person, and notify the assisting person and/or any other emergency contacts and/or emergency personnel.

Distributed defibrillator system to enable rapid response for cardiac or pulmonary arrest

A portable wearable defibrillator device, a distributed defibrillator system, and a computer-implemented method use at least one node that is connected to a wireless network and communicates with sensors, electronic mobile devices, and/or defibrillator devices to determine when a person is having a cardiac or pulmonary event or other event, identify a person who is able to assist the arresting person, and notify the assisting person and/or any other emergency contacts and/or emergency personnel. The electronic components of the wearable defibrillator are arranged in serial to minimize the size of the defibrillator. The control circuit of the wearable defibrillator is configured to provide fast charging for the capacitor, such that the defibrillator is able to be used at any time and frequently. An application for an electronic mobile device is used to interface with an assisting person and other people, e.g., emergency contacts or emergency personnel, associated with the network.

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Portoroz, Slovenia

Vladimir Polic