iRealRESP™ Respiration Technology
iRealRESP™ Respiration technology is a type of respiratory detection technology with good sensitivity, reaching 0.3 ohms. It also has equipped with precise respiratory rate calculation algorithm ,anti cardiac interference algorithms and anti motion drift algorithms to ensure the stability of respiratory waveforms and the reliability of respiratory rate calculation.
Since iRealRESP™ release, through continuously expanding clinical applications, it has good adaptability in emergency and critical care, as well as bedside monitoring.
iRealRESP™ Respiration Technology一advantage
Accuracy
iRealRESP™ technology has an accurate respiratory rate calculation algorithm. It uses two buffers to monitor the respiratory cycle. One buffer is used to monitor whether there is an abnormal RR cycle. If there is a large mutation or the respiratory rate is too slow, it can adaptively adjust and eliminate the relevant RR cycle.
At the same time, another buffer is used for Real-time computing, so that in clinical practice, it can not only ensure the real-time update of the respiratory rate, but also eliminate the impact caused by interference, Ensure the reliability and stability of RR rate calculation.
Rapid Recovery Technology for Respiratory Waveforms
Implementation Plan：By combining the system and software, it has a fast recovery mechanism for motion drift, ensuring the reliability of respiratory waveform monitoring. When the system detects respiratory waveform drift that exceeds the range, hardware circuit clamping processing and software high pass filtering can be used to quickly recover the system waveform and ensure the reliability of respiratory rate calculation.
Clinical Benefits：It can ensure stable waveform, quickly recover from interference, improve the reliability of respiratory rate calculation, and ensure that the unreliability of respiratory rate calculation is reduced by 20% in clinical complaints.
The respiratory waveform drift under the interference of the electric knife is severe, but after the electric knife stops, it can ensure rapid recovery of breathing.
Anti cardiac interference algorithm
Implementation Plan：Adopting adaptive filtering to equip breathing with anti cardiac interference algorithms makes respiratory rate more susceptible to cardiac interference and can affect respiratory rate calculation. Using electrocardiogram signals for synchronization as reference signals for adaptive filtering can effectively remove cardiac interference and ensure the accuracy of respiratory rate calculation.
Clinical Benefits：For patients with cardiac interference, it is easy to mistakenly calculate cardiac interference as respiratory rate, resulting in respiratory rate calculation approaching heart rate and unreliable respiratory rate calculation. The algorithm for removing cardiac interference can improve the accuracy of respiratory rate calculation.
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