External multiway gas compression type atomization control treatment system

Abstract

The invention discloses an external multiway gas compression type atomization control treatment system which comprises an automatic recognition control system, an air filter, a pneumatic source, an air storage device and a plurality of atomization components. The pneumatic source, the air storage device and an air flow heating device are electrically connected with the automatic recognition control system, an output end of the air filter and an input end of the pneumatic source are communicated through a pipeline, an output end of the pneumatic source and an input end of the air storage device are communicated through a pipeline, an output end of the air storage device and an input end of the air flow heating device are communicated through a pipeline, flow adjusting valves are arranged between the air flow heating device and the atomization components, an output end of the air flow heating device and input ends of the atomization components are communicated through the flow adjusting valves. The system can be divided into multiple atomizing groups, thereby being convenient for standard management, capable of improving treatment environment, more comfortable to use, more effective in treatment, capable of simplifying operation process, low in atomizer fault rate, high in automation level and capable of effectively reducing workload of medical staff and saving resources.

Description

technical field [0001] The invention relates to an atomization treatment system, in particular to an external multi-channel gas compression atomization control treatment system. Background technique [0002] At present, most of the gas compression nebulizers used in outpatient clinics in hospitals are separated, that is, one patient uses one, and the placement is very random. Not only does it look messy, it runs noisy, there are many connection lines, it is difficult to manage, and the treatment is comfortable. Poor performance, no differentiated treatment effect, high failure rate of nebulizers, patients may leave without shutting down the device after treatment, which wastes resources and increases the workload of medical staff. Contents of the invention [0003] The purpose of the present invention is to overcome the deficiencies of the prior art, and provide an external multi-channel gas compression atomization control treatment system, which can be divided into multip...

AI Technical Summary

Problems solved by technology

[0002] At present, most of the gas compression nebulizers used in outpatient clinics in hospitals are separated, that is, one patient uses one, and the placement is very random. Not only does it look messy, it runs noisy, there are many connection lines, it is difficult to manage, and the treatment is comfortable. Poor performance, no differentiated treatment effects, high failure rate of nebulizers, patients may leave without shutting down after treatment, which wastes resources and increases the workload of medical staff

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