Nebulization dosing device for medical nebulization chamber

Abstract

The invention discloses a nebulization dosing device for a medical nebulization chamber. The nebulization dosing device for the medical nebulization chamber comprises a driving main machine and a nebulization device, the driving main machine is electrically connected with the nebulization device, and the nebulization device is driven to carry out nebulization work through an electronic piezoelectric actuation mode. According to the nebulization dosing device, the electronic piezoelectric actuation nebulization mode is utilized for replacing a pneumatic mode in the nebulization chamber of a hospital at present, the problem that a traditional air pressure type nebulizer is high in noise can be effectively solved, and the nebulizer therapy effect is improved; meanwhile, the problem that oxygen deficit is easy to cause when the nebulizer is used for a patient at present, electric power can be saved greatly, the risk that medicine is over dosed is avoided, thus the using amount of the medicine is reduced, and the cost of the hospital is lowered.

Description

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AI Technical Summary

Benefits of technology

This patented technology allows medicine or other substances (such as vaccines) that have been injected into lungs with high accuracy to reach their intended target without causing harmful side reactions during injection. It also includes an atomizing nozzle system made up of small droplets containing tiny liquid crystals that create minute bubbles on top. These tiny liquid droplet nuclei break down quickly due to pressure from gas flows through them, resulting in accurate dosage control over time. Additionally, this design prevents excessive airflow while delivering drugs effectively.

Problems solved by technology

There currently exist different ways or devices available for delivering medications through mist nebulization techniques like nasal droplets or powdered liquids. Each technique presents advantages and disadvantages depending upon factors including safety concerns associated with handling dangerous chemicals, cost issues involved in administering them, patient compliance requirements, difficulty in controllably adjusting doses based on their severities, potential harmful health risks posed when they come off target areas, and limitations in achieving optimal results without overdosing certain parts of the subject being treated.

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