Mobile System For Comprehensive Medical Examination

Abstract

A comprehensive and integrated point-of-care diagnostic system which consists of biosensors such as stethoscope front-recorder device, a blood pressure monitor, a spirometer, a pulse oximetry, a thermometer, a handheld ultrasound machine, a blood glucose meter, an otoscope and an ophthalmoscope. The biosensors collect data from a user or patient. The data collected is then transferred to a mobile device which then transfers the data to health management server for analysis and notifications.

What is claimed is: 
     
         1 . A method of acquiring biosensor parameters for comprehensive medical examination comprising:
 a. Acquiring via a processor at a mobile device at least the following: an electrical footprint of the heart from a front-end recorder device, a mechanical footprint of the heart from a front-end recorder device, blood oxygen saturation, heart rate, core body temperature, systolic and diagnostic blood pressure, spirometer data, weight and height;   b. The mobile device wirelessly transferring at least the following: an electrical footprint of the heart, a mechanical footprint of the heart, blood oxygen saturation, heart rate, core body temperature, systolic and diagnostic blood pressure, spirometer data, weight and height, to a server;   c. Synchronizing the mechanical and electrical footprints of the heart;   d. Determining at the server a normal and a pathological heart sounds the mechanical footprint of the heart, normal and abnormal heart rhythm from the electrical footprints of the heart;   e. Analyzing at the server at least the following: an electrical footprint of the heart, a mechanical footprint of the heart, blood oxygen saturation, heart rate, core body temperature, systolic and diagnostic blood pressure, spirometer data, weight and height, thereby determining pre-established thresholds;   f. Sending and displaying notification to care providers and stake holders.   
     
     
         2 . The method according to  claim 1  wherein the mobile device is a cellular telephone. 
     
     
         3 . The method according to  claim 1  wherein the mobile device is a tablet computer. 
     
     
         4 . The method according to  claim 1 , further acquiring ultrasound data. 
     
     
         5 . A system for acquiring biosensor parameters for comprehensive medical examination comprising:
 a. A mobile device that contains a processor, memory storing instructions being executed by the processor performing the following:   b. Acquire at least the following: an electrical footprint of the heart, a mechanical footprint of the heart, blood oxygen saturation, heart rate, core body temperature, systolic and diagnostic blood pressure, spirometer data, Weight and height;   c. Synchronize the mechanical and electrical footprints of the heart;   d. Wirelessly transfer at least the following: an electrical footprint of the heart, a mechanical footprint of the heart, blood oxygen saturation, heart rate, core body temperature, systolic and diagnostic blood pressure, spirometer data, weight and height, to a health management server,   e. The health management server analyzing at the server at least the following: an electrical footprint of the heart, a mechanical footprint of the heart, blood oxygen saturation, heart rate, core body temperature, systolic and diagnostic blood pressure, spirometer data, weight and height, thereby determining pre-estasblished thresholds;   f. The heath management server sending and displaying notification to care providers and stake holders.   
     
     
         8 . A method of acquiring biosensor parameters comprising:
 a. Configuring a front-end recorder device with biological sensors to acquire at least one of mechanical footprint and electrical footprint of the heart;   b. Wirelessly transmitting the at least one of mechanical footprint and electrical footprint of the heart to a mobile device, using a processor and wireless module;   c. Transmitting the at least one of mechanical footprint and electrical footprint of the heart to a remote server, wherein the remote server analyzes the at least one of mechanical footprint and electrical footprint of the heart and determines cardiac malfunction;   d. Transmitting the results to the mobile device and archiving the results after transmission;   e. Displaying on the mobile device the result of the analysis.