Detachable medical air-compression atomizer for respiratory disease

Abstract

The invention discloses a detachable medical air-compression atomizer for respiratory diseases. The detachable medical air-compression atomizer comprises an air-compression atomization tank, a liquidmedicine secondary recycling tank and detachable breathing equipment and is characterized in that the inner cavity of the air-compression atomization tank is divided into an atomization chamber, an air compressor placing chamber, an object placing chamber and an oxygen supply chamber through a plurality of partitions, an atomization core, a flow guide pipe, an atomization piece, a heating piece, an air pressure sensor, a humidity detector and an oxygen concentration detector are arranged in the atomization chamber, an air pressure regulating device is arranged in the liquid medicine secondaryrecycling tank and comprises an air cylinder, an air pressure regulating membrane, a retaining piece and a spring, the detachable breathing equipment comprises a breathing tube, a breathing mask and afixing rack, the inner wall of an air outlet cylinder is provided with a clamping device, and the clamping device comprises an arc-shaped clamping ring, fixing seats, threaded through holes, a bolt,a nut, fixing blocks and rectangular grooves. The detachable medical air-compression atomizer is simple in structure and high in practicality.

Description

technical field [0001] The invention relates to the field of medical equipment, in particular to a detachable medical compressed air atomizer for respiratory diseases. Background technique [0002] As the global climate continues to warm and environmental pollution becomes more and more serious, the number of patients with respiratory diseases worldwide continues to increase. Nowadays, air compressed nebulizers are often used in hospitals to treat patients. This kind of equipment uses compressed air to form high-speed airflow through small nozzles, and the negative pressure generated drives liquid or other fluids to spray on the barrier together. Splashing around makes the liquid droplets become mist-like particles and spray out from the air outlet pipe. The clinical effect is good and the operation is easy. However, the existing air-compressed nebulizers usually do not have the function of oxygen supply, and the functions of the instrument are relatively single, which canno...

AI Technical Summary

Problems solved by technology

Nowadays, air compressed nebulizers are often used in hospitals to treat patients. This kind of equipment uses compressed air to form high-speed airflow through small nozzles, and the negative pressure generated drives liquid or other fluids to spray on the barrier together. Splashing around makes the liquid droplets become mist-like particles and spray out from the outlet pipe. The clinical effect is good and the operation is easy. However, the existing air-compressed nebulizers usually do not have the function of oxygen supply, and the functions of the instrument are relatively single, which cannot meet the current requirements. According to the needs of the society, the instrument is composed of an atomization box and a long breathing tube. The gas drug is directly discharged when it is redundant, wasting the drug, and the temperature, humidity and oxygen concentration of the drug gas generated by atomization also have a great impact on the patient, so a detachable medical air for respiratory diseases is now needed The compressed atomizer can not only disassemble the breathing tube and put it in the instrument box, which is convenient to carry and prevent pollution, but also recycles and reuses the excess atomized medicine, which saves costs. Different chambers have different functions, which increase the functions of existing instruments, and can also ensure that the temperature, humidity and oxygen concentration of the drug gas inhaled by the patient are suitable, improving the therapeutic effect

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