Artificial respirator with autonomous respiration dynamic monitoring function

Abstract

The invention provides an artificial respirator with an autonomous respiration dynamic monitoring function, and relates to an artificial respirator which is used for observing up-and-down floating of a luminous floater and floating amplitude and frequency of the luminous floater and judging the recovery degree of autonomous respiration of a patient. The artificial respirator is characterized in that an arc-shaped outer side of a mouth and nose cover is provided with an external connection pipe, a transparent circular pipe with scales is connected in the upper end of a tee joint connected with the external connection pipe in an inserted mode, the luminous floater is arranged on an air permeable support on the upper portion inside the oblique plane at the lower end of the transparent circular pipe, and a net-separation cover is arranged at the upper end of the transparent circular pipe; a normally right closed circular plate tongue is arranged on the left side face of a circular partition plate inside the right end of the tee joint, the right end of the tee joint is connected with a hose and an elastic airbag, and an elastic airbag inlet valve is internally provided with a round-hole plate and a one-way inlet valve clack. According to the artificial respirator, the colored luminous floater can be used for prominently monitoring whether a patient has autonomous respiration or not, particularly, a practical value is achieved in rescue environment without illumination, and monitoring, abnormal finding and rapid rescue and nursing care can be conducted in time. The artificial respirator is novel in structural design, practical, scientific, reasonable, capable of improving the quality and level of life saving and very suitable for application and popularization of various hospitals.

Description

technical field [0001] The invention relates to an artificial respirator, in particular to an artificial respirator with dynamic monitoring function of spontaneous respiration, which can observe the up and down fluctuation of the luminous float and its amplitude and frequency very intuitively, and can judge the patient's spontaneous respiration recovery degree in time. Background technique [0002] In medical care, artificial respiration is an effective first aid method for saving lives when the patient's spontaneous breathing stops. Especially at the scene of the disease, the most timely and effective rescue method is to force the air into the lungs in a timely and rhythmic manner; and then use the elastic compression of the lung tissue behind the thorax to replace the carbon dioxide with the oxygen entering the lungs. Exhale; then cooperate with chest compressions, so that the patient who has stopped breathing gradually resumes spontaneous breathing. At present, with ordi...

AI Technical Summary

Problems solved by technology

At present, with ordinary artificial respirators, when doing artificial respiration, medical staff observe and evaluate whether the patient recovers spontaneous breathing, and need to observe whether the mouth, nose and chest have breathing characteristics; this is inconvenient and unintuitive, and the second is to delay precious time to save lives

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