Intelligent respirator for assisting pneumonia patient in recovery

Abstract

The invention discloses an intelligent breathing machine assisting in recovery of a pneumonia patient. Comprising a breathing machine body, a control table, a monitoring assembly, a pipeline assembly, a guide pipe assembly, a pressure dial, a first sliding groove, a ring groove, a second sliding groove, a first mounting groove, a dial, a pointer, a knob, a first rotating shaft, a bevel gear, a bevel disc, teeth, a limiting block, a second mounting groove, a first clamping block, a first spring, a pipeline body, an air inlet, a partition plate and a second rotating shaft. Compared with an existing breathing exercise machine, the breathing exercise machine has the advantages that the ventilation process of a patient is controlled through the pipeline assembly, the problem that ventilation is not smooth due to the fact that the breathing function of the patient is weak is solved, and the use efficiency of the breathing exercise machine is guaranteed; the respiratory capacity of a patient is monitored in real time through the monitoring assembly, and quantitative training can be conducted on the patient; by means of the guide pipe assembly, the lip abutting plates of different specifications can be installed, and replacement of the lip abutting plates is facilitated.

Description

technical field [0001] The invention relates to the technical field of medical devices, in particular to an intelligent ventilator for assisting the recovery of pneumonia patients. Background technique [0002] In the postoperative care of patients after lung disease surgery, it is usually necessary to perform breathing exercises for a period of time to improve the patient's respiratory muscle strength and reduce the occurrence of postoperative respiratory complications. The main use is the breathing exercise machine. , but the existing breathing exercise machines have few types and weak ventilation capacity. Due to the low breathing ability of the patient itself, the use efficiency is not high; It is beneficial to reflect the specific situation of the breathing exercise; the breathing exercise machine needs to replace the lip abutment plate after use, but the existing breathing exercise machine is inconvenient to replace and can only install one kind of lip abutment plate, ...

AI Technical Summary

Problems solved by technology

[0002] In the postoperative care of patients after lung surgery, a period of breathing exercise is usually required to improve the patient's respiratory muscle strength and reduce the occurrence of postoperative respiratory complications. The breathing exercise machine is mainly used , but the existing breathing exercise machines have fewer types and weaker ventilation capacity. When in use, the patient's own breathing capacity is low, resulting in low use efficiency; the existing breathing exercise machines cannot be quantitatively detected according to the specific conditions of the patient. It is beneficial to reflect the specific situation of breathing exercise; the breathing exercise machine needs to replace the lip plate after use, but the existing breathing exercise machine is inconvenient to replace and only one type of lip plate can be installed, and its applicability is low

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