defibrillator monitor
A defibrillator and indication technology, applied in the direction of cardiac defibrillators, instruments, sensors, etc., can solve the problems of limited wearability and comfort, excessive size and weight, battery, life-saving equipment troubles, etc., to improve patient care Effect
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[0051] This specification discusses systems and techniques for delivering defibrillation energy in a controlled manner. Typically, such energy needs to be built up, for example by charging a capacitor, and this energy buildup can take a considerable time. Using the techniques described herein, the system can pre-analyze the patient's need to deliver a defibrillation pulse (e.g., while the rescuer is performing chest compressions), and can place a capacitor or other appropriate The energy delivery mechanism is charged so that the shock can be delivered on demand.
[0052] see now figure 2 , shows the AED 10, which can be used to deliver a defibrillation shock at the appropriate time. In this figure showing an example implementation, a rescuer uses AED 10 to automatically monitor a patient during cardiac resuscitation. The AED 10 uses the measured ECG signal to monitor the patient's heart and recharge the defibrillation device within the AED while resuscitating the patient u...
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