DESIGN OF PISTON-DRIVEN AUTOMATED CARDIOPULMONARY RESUSCITATION DEVICE WITH PATIENT MONITORING SYSTEM

Abstract

Cardiopulmonary Resuscitation (CPR) is a crisis restorative method applied when a patient's heart quits
working abruptly, predominantly because of heart failure, suffocating or electric stun. Regularly, CPR is
applied physically yet the procedure is incapable to give satisfactory heart pressure to heart failure
affected humans. The primary target in this project is to structure a motorized procedure of giving CPR
and in this way supplanting the customary manual CPR procedure by and large. We structured a
mechanized CPR gadget with automated heart pressure framework and an affected person checking
framework. The affected person observing framework comprises of a pulse screen, internal heat level
screen what's more, respiratory rate screen. The pulse screen is coordinated with the computerized CPR
gadget. This implies when the pulse screen identifies affected person's heart pump then the computerized
CPR gadget won't work however in the event that the pulse screen recognizes no heart beat then the
computerized CPR gadget promptly gives CPR to the affected person. The computerized CPR alongside
the tolerant checking framework has been tried on the CPR puppet and the after effect of the exhibition is
well inside the acknowledged CPR rule.