Multifunctional atomizing cup

Abstract

The invention discloses a multifunctional atomizing cup and solves the technical problems that devices in the prior art cannot synchronize with respiration, is low in comfort degree, low in intelligent degree and inconvenient to use and operate, medicine liquid is wasted and pollute the environment and the therapeutic effects of medicine liquid are poor. The multifunctional atomizing cup comprisesan atomizing cup body, an atomizing cup lid device is mounted at the top of the atomizing cup body, a spray suction nozzle is arranged on the side wall of the atomizing cup body, and a gas nozzle isarranged on a bottom plate; and the multifunctional atomizing cup comprises an inner cup body sleeve device clamped in a top opening of the atomizing cup body and a rod-like cup core device mounted inthe inner cup body sleeve device. During use, by suction from the spray suction nozzle, the inside of the atomizing cup body is in a negative pressure state, a membrane soft cover is sucked to dent downwards to drive the rod-like cup core to move downwards, finally, the inner side wall of a loop ring structure at the lower part of the rod-like cup core to sleeve a second section boss of a sectionfixing casing, medicine liquid is sprayed to the lower surface of a top block with airflow from the top of the loop ring structure to produce spray, and the multifunctional atomizing cup can be widely applied to the technical field of medical instruments.

Description

technical field [0001] The invention belongs to the technical field of medical devices, and in particular relates to a multifunctional atomizing cup. Background technique [0002] Nebulized drug administration is an effective method to treat pulmonary complications. Nebulized inhalation therapy refers to the use of a special nebulizing device to atomize the drug solution into tiny particles, and the nebulized drug particles enter the respiratory tract and lungs through inhalation. It adheres and diffuses in the lungs, and has a therapeutic effect locally in the lungs, and then further exerts its effect through the absorption of the drug by the human body, achieving a rapid, effective and non-invasive therapeutic effect. The main advantages of aerosol inhalation therapy are: the active ingredients of the drug are deposited in the local respiratory tract, directly acting on the lesion, and the onset of effect is fast; compared with traditional medication or injection therapy, ...

AI Technical Summary

Problems solved by technology

The deficiencies in this drug atomization device: the first is that when the user exhales, the atomized steam output pipe continues to spray atomized steam to the respiratory tract, causing the atomized steam and condensed liquid to flow out of the nasal cavity or oral cavity, which is harmful to the user. Cause discomfort and pain, reduce the effect of drug atomization, and at the same time, in the process of atomization drug administration, the atomization function cannot be automatically turned off when the patient exhales, and the atomization atomization function is automatically turned on when the patient inhales, resulting in poor drug utilization. low and cause serious waste, and pollute the surrounding environment; the second is that the atomization intensity of the existing atomized drug delivery system cannot be automatically adjusted according to the drug concentration of the atomized drug treatment required by the patient, so as to cause gas in the atomized drug delivery system The concentration of the atomized drug in the device is too low or too high, which will affect the efficacy of the drug or cause adverse reactions or even damage to the patient; the third is that the exhaled exhaust gas is mixed with the atomized drug vapor, resulting in a decrease in the concentration of the drug and affecting the curative effect; the fourth is the atomization The steam output pipe is located at the center of the upper side of the drug atomization box. When using it, the body needs to be tilted to inhale the drug atomized gas, and the user's comfort is poor. Fifth, the existing atomized drug delivery system is basically completed by manual operation and cannot be realized Intelligent automation is not only complicated and inconvenient to use, but also increases the labor intensity of medical staff

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