Method, system and apparatus for a ai-optimized and video-directed cpr process in a cardiac arrest

A CPR aid device comprising:

• a mobile device configured to:
• establish a secure communication pathway with a dispatcher's communication device in response to a user prompt;
• receive video from the dispatcher's communication device including a demonstration of correct CPR procedure via said secure communication pathway, the video being displayable on said mobile device;
• transmit video of the caregiver performing CPR on a patient in real time to the dispatcher's communication device via said secure communication pathway;
• receive patient chest compression information from chest compression sensors that are attached to the patient, the chest compression information including a frequency and depth of compressions;
• generate audible prompts at a rate of between 100 to 120 compressions per minute to pace chest compression;
• and
• receive guidance from the dispatcher over the secure communication pathway, the guidance being based on observations of the caregiver's performance and upon the chest compression information.

A wireless enabled CPR stand comprising:

• a mobile base;
• a boom extending from said mobile base, said boom including a Wi-Fi communications module and a carriage configured to attach a camera containing mobile device to said boom and a remote-control module configured to remotely control a position of the mobile device camera for improved visualization of CPR patient;
• and
• an arm extending from said boom, having first end attached to said boom and having a boom camera adjustably coupled to a second end.

A wireless enabled CPR stand in combination with a CPR aid, the combination comprising:

• a mobile device configured to:
• establish a secure communication pathway with a dispatcher's communication device in response to a user prompt;
• receive video from the dispatcher's communication device including a demonstration of correct CPR procedure via said secure communication pathway, the video being displayable on said mobile device;
• transmit video of the caregiver performing CPR on a patient in real time to the dispatcher's communication device via said secure communication pathway;
• receive patient chest compression information from chest compression sensors that are attached to the patient, the chest compression information including a frequency and depth of compressions;
• generate audible prompts at a rate of between 100 to 120 compressions per minute to pace chest compression;
• and
• receive guidance from the dispatcher over the secure communication pathway, the guidance being based on observations of the caregiver's performance and upon the chest compression information;
• said mobile device including a camera;
• a mobile base;
• a boom extending from said mobile base, said boom including a Wi-Fi communications module and a carriage configured to attach said mobile device to said boom and a remote-control module configured to remotely control a position of the mobile device camera for improved visualization of CPR patient;
• and
• an arm extending from said boom having a first end attached to said boom and having a boom camera adjustably coupled to a second end.