Treatment quality management method of breathing machine and system thereof

Abstract

The invention relates to a treatment quality management method of a breathing machine. The method comprises: step one, monitoring flowing speed and waveform information of a pipe of a breathing machine; step two, monitoring pressure and waveform information in the pipe of the breathing machine; step three, monitoring oxygen concentration information in an oxygen channel and / or breathing machine pipe; step four, monitoring oxygen flow information in the oxygen channel and sending the information to a cloud and a monitoring terminal; step five, monitoring blood oxygen saturation and pulse rate information in blood of a breathing machine user and sending the information to the cloud and the monitoring terminal; step six, monitoring CO2 pressure dividing information in alveolar of the breathing machine user or a CO2 waveform of an exhalation end in a breathing machine pipe line and sending the monitored information to the cloud and the monitoring terminal; and step seven, monitoring comparison of the terminal and a preset threshold value and determining whether treatment of the breathing machine is normal. With the method, the overall progress is improved based on real-time monitoring of feedback of equipment data and patient data.

Description

technical field [0001] The invention belongs to the technical field of respiratory treatment equipment, and in particular relates to a treatment quality management method of a ventilator and a system thereof. Background technique [0002] Ventilator therapy refers to the use of mechanical force of artificial devices to generate or enhance the patient's breathing action and breathing function. When inhaling, the ventilator can press air, oxygen or air-oxygen mixture into the trachea, bronchi and lungs to generate or assist the intermittent expansion of the lungs; The alveoli collapse causing exhalation. Under the assistance and control of artificial devices, the ventilator makes the lungs expand and collapse intermittently, produces breathing movements, maintains or improves the ventilation and ventilation of the lungs, and corrects or relieves oxygen deficiency. 2 with CO 2 Retention, to achieve the role of maintaining normal respiratory function. [0003] Before the pre...

AI Technical Summary

Problems solved by technology

[0004] 1. Shortage of respiratory therapists;

[0005] 2. High medical expenses;

[0006] 3. It consumes a lot of energy of medical staff and respiratory therapists;

[0007] 4. Ventilator users cannot go to community hospitals, or even complete ventilator treatment at home, which greatly reduces the quality of life of ventilator users;

[0008] 5. The cost of treatment for ventilator users is extremely high;

[0009] 6. Occupy scarce high-end medical resources for stable and regular ventilator users

[0012] 2. The improvement of compliance mainly depends on health education to enhance patients' awareness of breathing and treatment, and promote their willingness to use; compliance monitoring mainly distributes questionnaire information forms to patients and asks them to fill them out by themselves or arrange personnel to assist them. The operation is complicated and time-consuming, and the information collected is subjective information rather than objective information, and the information error is large. Because the problem is not found in time, the timing and effect of improvement intervention are not ideal

[0014] All in all, in terms of compliance and treatment effect, the quality management methods of home non-invasive ventilator treatment are generally lacking, and the monitoring effect is relatively poor

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