Rhinitis hyperthermia instrument

Abstract

The invention provides a rhinitis hyperthermia instrument. The rhinitis hyperthermia instrument comprises a hyperthermia instrument body and a gas delivery tube, the hyperthermia instrument body is provided with a rotatable lifting handle, one end of the gas delivery tube is connected to a mask, a detachable top cover is arranged at the top of the hyperthermia instrument body, heat dissipation holes are symmetrically formed in the two side faces of the hyperthermia instrument body, a power line interface is formed in the lower portion of the heat dissipation hole at one side, a liquid outlet tube is arranged on lower portion of the heat dissipation hole at the other side, the liquid outlet tube is provided with a valve, an elliptical sliding groove is formed in the upper portion of the front face of the hyperthermia instrument body, a gas delivery tube interface is formed in the sliding groove and used for connecting with the other end of the gas delivery tube, and a siding cover sliding along the sliding groove is arranged outside the sliding groove. The rhinitis hyperthermia instrument fully refines medicine liquid granules by adopting an ultrasonic atomizing sheet to avoid coughing of rhinitis patients during the administration, and a PTC heating sheet heats the atomized liquid to the temperature of effective sterilization to further improve the therapeutic effect.

Description

technical field [0001] The invention relates to the technical field of rehabilitation medical equipment, in particular to a thermotherapy instrument for rhinitis. Background technique [0002] Rhinitis is a common ENT disease. Patients with rhinitis are prone to symptoms such as nasal congestion and head swelling. In severe cases, it is easy to induce nasal cancer. Clinically, hot compress or administration through nebulization can relieve the symptoms of rhinitis to a certain extent. Research has found that the suitable survival temperature for bacteria that cause rhinitis is about 35°C, and it is difficult to survive in an environment higher than 43°C. Therefore, if the air entering the nasal cavity can be kept at a higher temperature during the hot compress process, it can be effective. Kill germs and improve therapeutic effect. [0003] At this stage, the atomization equipment used for rhinitis treatment is generally used to administer medicine to the affected area. Th...

AI Technical Summary

Problems solved by technology

[0003] At this stage, the atomization equipment used for rhinitis treatment is generally used to administer medicine to the affected area. The medicine can be mixed with pure water to form a liquid medicine, and then dispersed by multiple airflows in a limited space to form liquid medicine particles. The air pump or fan blows to complete the drug administration. In this way, the atomization effect of the liquid medicine is poor, and the liquid particles are relatively large, which may easily cause the patient to choke.

In addition, the current atomization treatment equipment has not been able to heat the atomized liquid medicine particles and send them out for administration, which has brought limitations to the rehabilitation treatment of rhinitis patients

Images