Oxygen therapy/atomization therapy intelligent control system

Abstract

The invention provides an oxygen therapy / atomization therapy intelligent control system which mainly comprises a control system, a blood oxygen monitoring module, a flow control valve, a gas circuit switch device, a sensing switch, a flow metering module, an illumination sensor, a man-machine interactive interface and a communication module. The control system is internally provided with intelligent oxygen therapy control algorithms. The oxygen therapy / atomization therapy intelligent control system has the advantages that the oxygen therapy / atomization therapy intelligent control system can bewidely applied to clinical oxygen therapy and atomization therapy, accordingly, oxygen therapy and atomization therapy procedures can be intelligently controlled and remotely monitored, the clinicalsafety can be improved, and the labor intensity of medical staffs or family members can be relieved to a great extent.

Description

technical field [0001] The invention relates to an intelligent control system for oxygen therapy / atomization therapy, which belongs to the medical equipment used for oxygen inhalation therapy or atomization therapy in medical institutions or families. Background technique [0002] Oxygen inhalation therapy (oxygen therapy for short) and atomization therapy are the most commonly used treatment methods in hospitals. Many patients with respiratory diseases need oxygen therapy and atomization therapy alternately. At present, products such as oxygen inhalers and ultrasonic nebulizers in hospitals usually have single functions, and several devices need to be operated alternately during the period, which is very inconvenient to use. Moreover, the degree of intelligent automation control is low, regardless of the working status of oxygen therapy and atomization, manual monitoring is required, which increases the workload of labor. Contents of the invention [0003] The present in...

AI Technical Summary

Problems solved by technology

At present, hospitals usually use oxygen inhalers, ultrasonic nebulizers and other products with single functions. During this period, several devices need to be operated and applied alternately, which is very inconvenient to use.

Moreover, the degree of intelligent automation control is low, regardless of the working status of oxygen therapy and atomization, manual monitoring is required, which increases the workload

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