Breather valve, breath support device with respiratory muscle exercise mode and control method

Abstract

The invention discloses a breather valve, a breath support device with a respiratory muscle exercise mode and a control method. The breath support device with the respiratory muscle exercise mode comprises the breather valve, wherein an air inlet, a pressure relief port and a breather valve outlet are formed in a valve body of the breather valve; an air inlet switch valve is arranged between the air inlet and the breather valve outlet; a pressure relief port pressure regulating valve is arranged between the breather valve outlet and the pressure relief port; the air inlet switch valve is provided with an air inlet switch valve electromagnet, the opening degree of the air inlet switch valve is linearly adjusted through the air inlet switch valve electromagnet, the pressure relief port pressure regulating valve is provided with a pressure relief port pressure regulating valve electromagnet, and the opening degree of the pressure relief port pressure regulating valve is linearly adjustedthrough the pressure relief port pressure regulating valve electromagnet. The pressure and flow of inhalation and exhalation can be separately controlled on the basis of the breather valve, and stabletarget exhalation pressure can be obtained at the breather valve outlet in an exhalation resistance mode; stable target inhalation pressure can be obtained at the breather valve outlet in an inhalation resistance mode, and the breather valve is convenient to use.

Description

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AI Technical Summary

Benefits of technology

This patented technology relates to improvements made during medical procedures such as lung therapy. These innovations include improved safety measures, reduced complexity, enhanced user experience, increased efficiency, and better controllability over both positive (breath) and negative(lung). Additionally, these new technologies allow users to customized settings depending upon their own preferences without having to manually input data values like volume delivered or inspired gases levels. Overall, they provide benefits including higher precision, flexibility, ease of operation, and greater convenience for healthcare providers who want to train neonate lungs effectively while also providing feedback about how well it works when doing certain types of exercises.

Problems solved by technology

Technicians have long been working on improving patient's ability to perform physical therapy without having them stop doing their work or being conscious about how they should take care when treating these conditions. However, current methods involve complicated structures and require high levels of expertise from physiotherapists who may not always provide consistency across different medical facilities due to differences between staff members.

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