Fig. 2: The effect of smart watches on alarm types and time distribution. | Communications Medicine

Fig. 2: The effect of smart watches on alarm types and time distribution.

From: A retrospective cross-sectional study showing wearable smartwatches enhance patient safety and efficiency in the intensive care unit

Fig. 2: The effect of smart watches on alarm types and time distribution.The alternative text for this image may have been generated using AI.

A The top 10 physiological alarms in the Smart Watch group. B The top 10 physiological alarms in the control group. C The top 10 technical alarms in the Smart Watch group. D The top 10 technical alarms in the control group. E Distribution of 24 h technical alarms in control group and smart watch group. F Distribution of 24 h physiological alarms in control group and smart watch group. ASH Art—S too High, HH HR is too High, CMH High CVP—M, ASL Art—S is too low, HRL HR is too low, AMH Art—M High, ArDH Art—D is too High, SpL: SpO2 is too low, HETV: High exhaled tidal volume, RH RR too high, LETV Low exhaled tidal volume, CL Capacity limitations, SpWP SpO2 weak perfusion, AP Art without pulsation, SpP SpO2 without pulsation, SpSD SpO2 sensor detached, ASP Art search for pulse, NC near completion, PL Pressure limit, SpSP SpO2 search pulse, ECGLD Electrocardiograph lead detachment, ECGSL Electrocardiograph is self-learning.

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