System, network and communication, physiological monitors,DETECTOR AND ALARM, AR
System, network and communication, physiological monitors,DETECTOR AND ALARM, ARRHYTHMIA,MONITOR, PHYSIOLOGICAL, PATIENT(WITH ARRHYTHMIA DETECTION OR ALARMS),MONITOR, ST SEGMENT WITH ALARM
MONITOR, ST SEGMENT WITH ALARM,DETECTOR AND ALARM, ARRHYTHMIA,MONITOR, PHYSIOLOG
MONITOR, ST SEGMENT WITH ALARM,DETECTOR AND ALARM, ARRHYTHMIA,MONITOR, PHYSIOLOGICAL, PATIENT(WITH ARRHYTHMIA DETECTION OR ALARMS),SYSTEM,NETWORK AND COMMUNICATION,PHYSIOLOGICAL MONITORS
DETECTOR AND ALARM, ARRHYTHMIA,SYSTEM,NETWORK AND COMMUNICATION,PHYSIOLOGICAL MO
DETECTOR AND ALARM, ARRHYTHMIA,SYSTEM,NETWORK AND COMMUNICATION,PHYSIOLOGICAL MONITORS,MONITOR, PHYSIOLOGICAL, PATIENT(WITH ARRHYTHMIA DETECTION OR ALARMS),MONITOR, ST SEGMENT WITH ALARM
SYSTEM,NETWORK AND COMMUNICATION,PHYSIOLOGICAL MONITORS,MONITOR, PHYSIOLOGICAL,
SYSTEM,NETWORK AND COMMUNICATION,PHYSIOLOGICAL MONITORS,MONITOR, PHYSIOLOGICAL, PATIENT(WITH ARRHYTHMIA DETECTION OR ALARMS)
MONITOR, PHYSIOLOGICAL, PATIENT(WITH ARRHYTHMIA DETECTION OR ALARMS),MONITOR, ST
MONITOR, PHYSIOLOGICAL, PATIENT(WITH ARRHYTHMIA DETECTION OR ALARMS),MONITOR, ST SEGMENT WITH ALARM,DETECTOR AND ALARM, ARRHYTHMIA,SYSTEM,NETWORK AND COMMUNICATION,PHYSIOLOGICAL MONITORS
The Nonagon N9 device is a home use device. The device is comprised of a handhel
The Nonagon N9 device is a home use device. The device is comprised of a handheld unit that connects with a smartphone and a dedicated smartphone software application that runs on the user's personal smartphone An API is defined to enable healthcare providers to communicate with the device. The Device enables user’s examination at home with or without the guidance of a remote physician. It also enables guidance and data examination by a remote physician over an IP network. The Smartphone Application controls the Handheld Unit's functionality and processes and displays the collected data. The N9 device measure, record, and transmit data of auscultation sound of human body (lung, hear, abdomen), temperature, oxygen saturation (SpO2) and pulse rate, and can be used to send images of an examined body part. In addition, the device includes otoscope where images of the ear can be transmitted to the healthcare provider.