Dyhumidification auto-water-adding agent atomization device

Abstract

The invention discloses a dyhumidification auto-water-adding agent atomization device. The device is provided with a device body, a wearproof pad used for preventing the equipment bottom from being excessively worn is arranged at the lower side of the device body, inner embedding openings are formed in the left side and the right side of the device body and are provided with a pulling belt used for moving the equipment, a wide cotton tape is arranged in the middles of the pulling belts, a liquid drainage opening, an embedded fixing opening, a cooling opening and a control panel are arranged atthe front side of the device body, a liquid drainage pipe used for draining waste liquid is connected to the liquid drainage opening, the other end of the liquid drainage pipe can be inserted into the embedded fixing opening to be fixed, the cooling opening is provided with a cooling net used for strengthening cooling, and the control panel is provided with a temperature display screen, a water amount display screen and a function button. By means of the dyhumidification auto-water-adding agent atomization device, dyhumidification and ultrasonic atomization are adopted, water vapor containedin agent mist can be effectively reduced, and thus a patient cannot have severe sensation of asphyxia; meanwhile, agent mist particles can be secondarily atomized according to use, so that the particles are diminished, and thus the equipment is suitable for being used for treating both upper respiratory diseases and lower respiratory diseases.

Description

technical field [0001] The invention belongs to the technical field of medical appliances, in particular to a dehumidification and automatic water-adding medicine atomization device. Background technique [0002] In the case of more and more serious air pollution, the number of patients with respiratory diseases has greatly increased, and medical nebulizers have become important medical equipment, and the nebulization principle is mainly divided into ultrasonic nebulizers, compression nebulizers and mesh nebulizers. Nebulizers, but the most commonly used ones are ultrasonic nebulizers and compression nebulizers. [0003] The nebulizer of the ultrasonic nebulizer has no selectivity to the mist particles, so most of the drug particles produced are deposited in the upper respiratory tract such as the mouth and throat, and due to the small amount of deposition in the lungs, it cannot effectively treat lower respiratory tract diseases. The mist particles produced by the nebulize...

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Problems solved by technology

[0003] The nebulizer of the ultrasonic nebulizer has no selectivity to the mist particles, so most of the drug particles produced are deposited in the upper respiratory tract such as the mouth and throat, and due to the small amount of deposition in the lungs, it cannot effectively treat lower respiratory tract diseases. The mist particles produced by the nebulizer are large and atomized quickly, causing the patient to inhale too much water vapor, which will cause the humidification of the respiratory tract, and the secretions in the respiratory tract will absorb water and expand to block the respiratory tract, increase the resistance of the respiratory tract, and cause the patient to suffer from hypoxia. Happening

[0004] The air compressed nebulizer forms smaller particles, and the drug will enter the lower respiratory tract, while the drug deposition on the upper respiratory tract will be very small, which has a good therapeutic effect on lower respiratory diseases, but it is not conducive to upper respiratory tract. The treatment of diseases, and because the mechanical work will generate a lot of noise, it is not very suitable for use in a quiet medical environment

[0005] From the above, it can be found that the existing nebulizers have a limited range of treatment and can only target the upper or lower respiratory tract. Different nebulizers need to be replaced for different respiratory diseases, and the etiology of the upper and lower respiratory tracts is very similar. The transfer of the diseased part occurs, so a single nebulizer cannot meet the needs of patients, and the purchase of multiple nebulizers will increase the cost of treatment, and there will be corresponding disadvantages when using it, so that The patient feels uncomfortable, and other symptoms may also appear. At present, the nebulizer is still in the development stage, many technologies and equipment are not very perfect, and the development of all aspects is not very mature. The nebulizer is used in the treatment of respiratory diseases. Still to be discussed and developed in

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