GLOBAL)ATAKA,BLE HEART -MONQTORFNG SYSTEM -ABSTP-A.CT THEPTESENT INVENTION RELATES TO A SYSTEM FOR HEART MOR@TORING COMPRISING: A PORTABLE BASE UNIT (1) COMPRISES WIRELESS TRANSCEIVER FOR TRANSMITTING AND RECEIVING OF DIGITAL 5 DAT&1 A PLURALITY OF SENSORS COUPLED TO THE PORTABLE BASE UNIT FOR SENSING THE HEART SIGNAL OF A PATIENT IN ELECTROCARDIOG-TAM (ECG) FORM: A PREPROCESSING AND SIGNAL CONDITIONIN.- MEANS (5) FOR CONVERTING THE RAW ECG SIGNAL OBTAINED FROM SENSORS TO A DESIRED CONDITION A PROCESSING MEANS (7) FOR READING THE CONDITIONED ECG SIGNAL FTOM THE PREPROCESSING AND SIGNAL CONDITIONING MEANS (5) AND CONVERTING THE. CONDITIONED ECG I 0 SIPNAL FROM ANALO.- FORM TO DIPITAL FORM WHICH CAN BE TRANSMIRTED WIRCLESSLY: A STORA-OE MEANS COUPLED TO THE PORTABLE BASE UR@T (1) FOR STORING INFORMATION OF SAID PATIENT AND ESSENTIAL AMOUNT OF THE ECG SJ--NAL: AN ALARMINO MEANS FOR TNGGERINI@ ALARMS BOTH IN THE PORTABLE UNIT (1) AND IN A CENTRAL CONTROL URUT (2) UPON DETECTION OF THE EMERGENCY SITUATION: A TRANSMISSION MEANS FOR TRANSMIRLINQ THE DIZITAL ECG SI-ONAL WIRELESSH, FROM 1 5 THE TRANSCEIVER IN A REAL TIME MODE: AND A DISPLAY INTERFACE MEANS COUPLED TO THE PORTABLE BASE UNIT (1) FOR DISPLAYING THE PATIENT@S HEART SIGNAL TO A DISPLAY MEANS, ,"THEREIN THE PROCESSING MEANS (7) READS THE HEART SIGMAL AND USES PATTERN RCCOGGILITION ALEORITHRIIS TO DISTIN--MSH CARDIAC EVENTS AND FIND EMERGENCY SITUATION AND TRIGGER THE ALARMS IF THE EMERGENCY SITUATION IS DETECTED. THE PORTABLE UNIT (1) CAN ALSO WORK AS AN 1 20 INDEPENDENT STANDALONE DEVICE WHEN IT IS OUTSIDE THE TRANSMISSION RANGE OF THE CONTROL UNIT. ANIL ABNORMAL ERNERLYENCV CONDITION A,IH BE ANNOUNCED BY THE PORTABLE UNIT (1) TO I - - THE PATIENT AND PEOPLE AROUND HIM USING AN INTEGATED AJARM DEVICE. THE MOST ILLUSTRATIVE DRAWING: FIGURE I
