Nasal atomization device

Abstract

The present invention provides a nasal atomization device, falling within the technical field of medical auxiliary devices. The device includes an atomizer. A button is mounted on a surface of the atomizer for controlling operation of the device; a delivery tube is inserted into an output end of the atomizer for delivering atomized medicine; a temperature control assembly is inserted into an end of the delivery tube away from the atomizer for heating the atomized medicine delivered by the delivery tube; a nozzle is inserted into a top end of the temperature control assembly; an atomization mask is plugged onto an outer side of the nozzle to be in communication therewith for wearing by a patient to perform atomization treatment. The present invention significantly prolongs the flow path of the atomized medicine, enabling sufficient heat exchange thereof, thereby achieving uniform and efficient heating of the atomized medicine and effectively avoiding irritation of the patient’s nasal cavity by low-temperature mist. Furthermore, while ensuring the operational stability of the heating core, the present invention facilitates the disassembly and assembly of internal components, making the replacement, cleaning and maintenance of the heating core more convenient and efficient.