Quantitative atomization snorting device

Abstract

The invention provides a quantitative atomization snorting device. The device comprises: shell provided with a snorting part for snorting and an air inlet hole for air to enter, wherein the snorting part is provided with a mist suction hole which is communicated with an outlet of an atomizer; a liquid storage box used for storing a liquid preparation; an atomizer used for atomizing the liquid preparation in the liquid storage box to make the liquid preparation inhaled by a user; an air suction module used for sucking a fixed volume of gas; a flow monitoring module comprising a gas flow sensor arranged at the outlet of the atomizer and used for monitoring the atomization flow of the atomizer; a control circuit electrically connected with the gas flow sensor and used for controlling the atomization flow of the atomizer according to the obtained sensing signal output by the gas flow sensor; and a power supply which is electrically connected with the atomizer through the control circuit and supplies power to the atomizer to atomize the liquid preparation in the liquid storage box. The quantitative atomization snorting device can control the atomization amount, achieves quantitative liquid feeding and is convenient to use.

Description

【Technical field】 [0001] The invention relates to the technical field of nasal aerosol inhalation equipment, in particular to a quantitative atomization nasal inhalation device. 【Background technique】 [0002] Nasal suction device refers to a device that inhales the active ingredients in the device through nasal inhalation to achieve a certain purpose. There are some defects in the existing nasal suction equipment, for example: 1. The way of directly entering the nose is easy to cause foreign matter to damage the nasal mucosa, resulting in epistaxis. 2. When the amount of nasal drops is used too much, it may enter the throat and inhale the trachea and lungs, which may form aspiration pneumonia. 3. Long-term use of nasal spray will lead to dependence, and if the drug is stopped, rhinitis will recur. 4. Long-term use can also lead to atrophy of nasal mucosa, atrophic rhinitis, high blood pressure, etc. 5. Nasal drops can cause headache and runny nose for severe sinusitis. ...

AI Technical Summary

Problems solved by technology

There are some defects in the existing nasal suction equipment, for example: 1. The way of directly entering the nose is easy to cause foreign matter to damage the nasal mucosa, resulting in epistaxis

2. When the amount of nasal drops is used too much, it may enter the throat and inhale the trachea and lungs, which may form aspiration pneumonia

3. Long-term use of nasal spray will lead to dependence. If the drug is stopped, rhinitis will recur

4. Long-term use can also lead to atrophy of nasal mucosa, atrophic rhinitis, high blood pressure, etc.

6. Long-term direct insertion of the nasal stick into the nose is likely to cause hygiene infection

However, in the nasal suction device of the above-mentioned patent, its inhalation volume (atomization volume) is determined by the user's (patient's) suction force, and cannot be given quantitatively.

In addition, the traditional atomization generator mainly adopts ultrasonic and spray methods, and it works continuously. It is not easy for users (especially young patients) to adapt to it. It is also bulky and depends on external power supply, which is inconvenient to use.

Images