| CPC G16H 80/00 (2018.01) [G06F 40/58 (2020.01); G06T 17/00 (2013.01); G16H 10/20 (2018.01); G16H 50/20 (2018.01)] | 5 Claims |
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1. A system, the system comprising:
a first system module at a remote location, wherein the first system module comprises at least one processing device, and wherein the remote location has no direct access to doctors;
a second system module at a doctors' office location at a primary clinic, wherein the second system module comprises at least one processing device, and wherein the doctors' office location has at least a doctor;
a communication connection between the first system module at the remote location and second system module at the doctors' office location;
a continuously updating medical knowledge database coupled to the first and second system modules;
the first system module at the remote location further comprising a first set of sensors configured for capturing a first image data of a volume of the remote location;
the second system module at the doctors' office location at the primary clinic further comprising a second set of sensors configured for capturing a second image data of a volume of the doctors' office location;
the first system module that captured the first image data of the volume of the remote location comprising:
a first console circuit box accessible by a patient with a medical problem;
a first processing capability linked to the first set of sensors and coupled to a first voice input and a first display capability;
a natural language processing capability;
a first artificial intelligence with machine learning (AI with ML) capability coupled to the first console circuit box;
wherein the first AI with ML capability is also linked to the continuously updating medical knowledge database coupled to the first and second system modules;
the second system module that captured the second image data of a volume of the doctors' office location comprising:
a second console box accessible by the doctors;
a second processing capability linked to the second set of sensors and coupled to a second voice input and a second display capability;
a second artificial intelligence with machine learning (AI with ML) capability coupled to the second console circuit box;
wherein the second AI with ML capability is also linked to the continuously updating medical knowledge database coupled to the first and second system modules;
wherein the first and the second image data is configured to be combined to generate, by the first and second system modules, a three dimensional (3-D) image data using the processing power available within the system;
wherein the generated 3-D image data is configured for generating a virtual environment in metaverse;
the first system module is configured to receive natural language inputs from the at least the patient via the first voice input relating vital details of the patient and the patient's medical problem and using the at least the first processing capability and the AI with ML capability coupled to the medical knowledge database, generate medically relevant questions to be answered by the at least the patient, to arrive at an understanding of the medical problem of the patient; and
the first system module, based on the understanding and further using a diagnostic capability coupled to the first AI with ML capability and inputs from the medical knowledge database, is configured to generate a preliminary diagnosis and a preliminary treatment plan for the medical problem of the patient at remote location;
the first system module further enabled to transmit the generated preliminary diagnosis and a treatment plan for the medical problem of the patient at the remote location to the second system module at the doctors' office location over the communication connection between the first system module at the remote location and the second system module at the doctors' office location for enable the at least the doctor to review the preliminary diagnosis and the preliminary treatment plan at the doctors' office location for review; and
the first and second system modules are configured to avatars representing the patient with a medical problem, at the remote location, and the at least the doctor, at the doctor's office location within the virtual environment in metaverse configured to interact and finalize a diagnosis and a treatment plan for the patient.
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