A professional user reported that during transport of a female patient found unresponsive in the snow, the device stopped compressions and the unit indicated a problem.The professional users reported that they attempted to troubleshoot the device while it remained on the patient as opposed to removing it and performing manual chest compressions, which resulted in chest compressions being delayed for approximately one minute.After successfully troubleshooting the device, it began performing compressions.The professional user reported that the patient was in asystole from the beginning of the event and was not resuscitated.The professional user further reported that after the rescue, they operated the device on a cpr dummy without incident.
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Analysis of the electronic event record for the reported rescue attempt on (b)(6) 2016 is as follows: the first part of the event record lasted 39 minutes with a total of 1,573 compressions and contained two instances where the unit stopped compressions to prompt the user to adjust the position of the piston and ends with the user powering off the unit.After 4 minutes, the user powered the unit back on, adjusted the piston and ran the unit for a total of 67 compressions.This second event record contained one instance where the unit stopped compressions to prompt the user to adjust the position of the piston and ends with the user powering off the unit.The user powered the unit back on, adjusted the piston, and ran the unit for a total of 95 compressions until powering the unit off.No additional event information was available.The compressions surrounding the unit prompting the user to adjust the piston show lots of variations in positioning, indicative of significant motion of patient and unit, most likely due to transportation.Additionally, testing and examination of the returned cardiac chest compressor and battery pack, which included visual, and functional testing did not identify any device malfunctions; the device and battery pack are functioning properly as designed.
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