Ventilator-initiated decision support and waveform capture during ventilation
Systems and methods for clinician decision support during mechanical ventilation of a patient comprise evaluating a shape and/or characteristics of a waveform to detect an anomaly. While mechanical ventilators are equipped with a number of alarms and alerts when monitored patient data breaches various alarm thresholds, some anomalies in patient data may go unnoticed by clinicians. These anomalies, however, may provide relevant information regarding patient condition. Accordingly, in response to detecting an anomaly, the ventilator captures at least a portion of the waveform. The waveform capture, which may be annotated with various labels and educational information, may be reviewed by a clinician to obtain additional information regarding the anomaly. In this way, clinicians may be trained to recognize and address anomalies associated with waveform data and thereby be armed with information to optimize patient-ventilator interaction.
1. A ventilator, comprising:
at least one processor; and
at least one memory storing computer executable instructions that when executed by the at least one processor cause the ventilator to:
collect data from one or more sensors monitoring one or more parameters during ventilation of a patient;
as the data is collected, graphically represent the data as a waveform in a first window of a display operatively coupled to the ventilator;
monitor at least one of a shape or a characteristic of the waveform;
detect an anomaly based on at least one of the shape or the characteristic;
in response to detecting the anomaly, automatically capture a screenshot of the waveform including the anomaly;
display an anomaly detection icon in the first window;
receive a selection of the anomaly detection icon; and
in response to the selection, provide a second window displaying the captured screenshot.
2. The ventilator of claim 1 , wherein the waveform is one of flow, pressure, or volume.
3. The ventilator of claim 1 , wherein automatically capturing the screenshot of the waveform comprises taking an image of a portion of the waveform.
4. The ventilator of claim 1 , wherein automatically capturing the screenshot of the waveform comprises recording a portion of the waveform for a defined length of time.
5. The ventilator of claim 1 , wherein the second window displays the captured screenshot with a label of a feature associated with the anomaly on a portion of the waveform associated with the anomaly.
6. The ventilator of claim 1 , wherein the second window displays the captured screenshot with one or more of:
a teaching icon, wherein a selection of the teaching icon displays a teaching graphic including at least one label of a feature of a portion of the waveform associated with the anomaly; or
a supplemental inquiry icon, wherein a selection of the supplemental inquiry icon displays supplemental text regarding the anomaly.
7. The ventilator of claim 5 , wherein the label indicates a potential issue with the ventilation of the patient based on the anomaly.
8. The ventilator of claim 1 , wherein the second window displays supplemental text including one or more of:
a description of the anomaly;
one or more potential causes of the anomaly;
links to scholarly articles regarding the anomaly;
other patient data collected at the time of anomaly detection in the waveform;
one or more sample waveforms associated with the anomaly from a population of patients; or
a suggestion for mitigating a potential issue with the ventilation of the patient associated with the anomaly.
9. The ventilator of claim 1 , wherein the second window displays the captured screenshot with an education icon, wherein selection of the education icon displays at least one label of a feature of a portion of the waveform associated with the anomaly and supplemental text regarding the anomaly.
10. The ventilator of claim 3 , wherein the second window displays the image of the portion of the waveform.
11. The ventilator of claim 4 , wherein the second window plays an animation of the portion of the waveform.
12. The ventilator of claim 1 , wherein the second window displays the captured screenshot as an overlay over a second waveform.
13. The ventilator of claim 12 , wherein the second waveform is one of:
a statistically-based waveform associated with the anomaly;
a patient-specific waveform captured at a different time than the time of anomaly detection; or
the waveform displayed in the first window.
14. The ventilator of claim 1 , the computer executable instructions further causing the ventilator to:
automatically adjust one or more settings to mitigate a potential issue in ventilation of the patient associated with the anomaly; and
display a notification regarding the adjustment of the one or more settings.
15. A ventilator-implemented method for providing decision support during ventilation of a patient, comprising:
collecting, by a ventilator, data from one or more sensors monitoring one or more parameters during ventilation of the patient by a ventilator;
as the data is collected, graphically representing, by the ventilator, the data as a waveform in a first window of a display operatively coupled to the ventilator;
monitoring, by the ventilator, at least one of a shape or a characteristic of the waveform;
detecting, by the ventilator, an anomaly based on at least one of the shape or the characteristic;
in response to detecting the anomaly, capturing, by the ventilator, a portion of the waveform including the anomaly; and
providing, by the ventilator, a second window displaying the captured portion of the waveform.
16. The method of claim 15 , wherein the second window displays the captured portion of the waveform with a label of a feature associated with the anomaly on the captured portion of the waveform.
17. A ventilator-implemented method for providing decision support during ventilation, comprising:
collecting, by a ventilator, data from one or more sensors monitoring one or more parameters during ventilation of a patient by a ventilator;
as the data is collected, graphically representing, by the ventilator, the data as a waveform in a first window of a display operatively coupled to the ventilator;
monitoring, by the ventilator, at least one of a shape or a characteristic of the waveform;
detecting, by the ventilator, an anomaly based on at least one of the shape or the characteristic;
in response to detecting the anomaly, capturing, by the ventilator, a portion of the waveform including the anomaly; and
displaying, by the ventilator, an anomaly detection icon in the first window.
18. The method of claim 17 , further comprising:
receiving a selection of the anomaly detection icon; and
in response to the selection, providing a second window displaying the captured portion of the waveform.
19. The method of claim 18 , wherein the second window displays the captured portion of the waveform with one or more of:
a label of a feature associated with the anomaly on the captured portion of the waveform; or
supplemental text regarding the anomaly.
20. The method of claim 18 , wherein capturing the portion of the waveform comprises taking an image of the portion of the waveform.