Dual-sphere dual-channel survive display artificial respirator

Abstract

A dual-sphere dual-channel survive display artificial respirator is provided with dual semi spheres and inspiration and expiration dual channels, and has a respiration dynamic monitoring function; the artificial respirator can enable a patient of respiratory arrest to efficiently fast survive. The dual-sphere dual-channel survive display artificial respirator is characterized in that a partition plate is arranged in a sphere formed by the upper and lower elastic semi spheres, and the left side of the upper semi sphere is communicated with an inspiration door and is connected with an inspiration corrugated pipe and a belled mouth-nose mask; the left side of the lower semi sphere is communicated with an expiration door and is connected with an expiration corrugated pipe and an expiration port in the downside surface of the belled mouth-nose mask; right sides of the upper and lower semi spheres are communicated with the inspiration door and the expiration door. According to the dual-sphere dual-channel survive display artificial respirator, fresh air and waste gas can pass through respective channels, the fresh air and waste gas are inhaled and exhaled equivalently, the waste gas in a lung can be forcibly pumped out to promote breast lung compression; the dual-sphere dual-channel survive display artificial respirator is efficient, and a color float thereof can be used for evaluating vital signs of the patient; the dual-sphere dual-channel survive display artificial respirator is novel in structure design, practical, scientific and reasonable, capable of improving the life rescue quality and level of medical care, and very suitable for promotion and use in families, community medical units and hospitals of all levels.

Description

technical field [0001] The invention relates to an artificial respirator, in particular to an artificial respirator provided with double hemispheres and dual channels for air intake and exhalation, which has the function of dynamic monitoring of breathing; It is a kind of artificial respirator with double balls and double channels, which has the effect of chest and lung compression, which can make patients with respiratory arrest survive efficiently and quickly. Background technique [0002] In medical care work, artificial respirator is most commonly used to rescue patients with respiratory arrest. Artificial respiration is also an effective first aid method to rescue spontaneous breathing arrest. Especially at the scene of the disease, if the patient suddenly stops breathing, 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...

AI Technical Summary

Problems solved by technology

At present, in ordinary artificial respirators, the air intake and the patient's exhalation are a channel, so that the patient's exhaled carbon dioxide and exhaust gas will mix with the incoming oxygen and fresh air, and will re-enter the patient's lungs; The quality and effect are not good, and the precious time and speed of saving lives will be delayed

In addition, when doing artificial respiration, the medical staff observes and evaluates whether the patient recovers spontaneous breathing, and needs to observe whether the mouth, nose and chest have breathing characteristics; this is inconvenient and unintuitive, and the second is to delay precious life-saving time

Images