Respiratory support process management method, device and respiratory support equipment

Abstract

The present invention provides a respiratory support process management method and equipment and a respiratory support device. The method comprises the following steps: physical state information of patients is obtained in real time; respiratory parameters of the respiratory support device are adjusted according to the physical state information, so that the respiratory support device meets self-breathing test conditions; when the self-breathing test conditions are met, a self-breathing test is conducted, and besides, after the test is passed, an offline test is conducted; and after the offline test is passed, prompt messages of allowing the patients to go offline are sent out. The method can automatically conduct respiratory training on the patients and accurately controls training time and training intensity by adjusting the respiratory parameters, so that the respiratory support device can automatically conduct respiratory support of the patients with minimum support conditions under a premise of ensuring safety of the patients, auxiliary treatment effects of the respiratory support device are further improved, and the method help the patients recover quickly.

Description

technical field [0001] The invention relates to the field of medical technology, in particular to a management method, device and respiratory support equipment for a respiratory support process. Background technique [0002] At present, most ventilators only provide basic breathing modes, such as VCV (Volume Control Ventilation, volume control breathing mode), PCV (Pressure Control Ventilation, pressure control breathing mode), CPAP (Continuous Positive Airway Pressure, continuous positive pressure ventilation), SIMV (Synchronized intermittent mandatory ventilation), PSV (Pressure support ventilation, pressure support ventilation), etc. [0003] However, the control parameters of the above-mentioned various breathing modes of the ventilator are currently set entirely by physicians, but limited by factors such as physician resources and physician level, the setting of control parameters is not necessarily accurate and reasonable, which is not conducive to The patient recover...

AI Technical Summary

Problems solved by technology

[0003] However, the control parameters of the above-mentioned various breathing modes of the ventilator are currently set entirely by physicians, but limited by factors such as physician resources and physician level, the setting of control parameters is not necessarily accurate and reasonable, which is not conducive to Timely and rapid recovery of patients

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