Generator, fluid distribution system and heating method of fluid distribution system

Abstract

The invention provides a generator, a fluid distribution system and a heating method of the fluid distribution system. The generator comprises an atomizing part, a metal sheet, a heating part and a silicone sleeve, wherein a micro-hole is formed in the middle of the metal sheet, the silicone sleeve is annularly arranged on the periphery of the generator, the atomizing part and the heating part are arranged on the metal sheet at an interval or in a laminated mode, the heating part is made of an electric heating material, the heating part is used for transferring heat to the metal sheet, and the atomizing part of the generator is made of piezoelectric ceramics. Thus, the generator has an atomizing function and also has a heating function, and through the control over the generator by the control module, atomizing and heating are rapidly realized.

Description

technical field [0001] The invention relates to the field of atomization devices, in particular to a generator capable of realizing rapid heating, a fluid distribution system and a heating method thereof. Background technique [0002] The atomizer uses ultrasonic directional pressure to make the surface of the liquid bulge, and cavitation occurs around the raised liquid surface to atomize the liquid into an aerosol of small molecules. There are two main atomization principles currently used, one is ultrasonic Atomizer, one is a compression atomizer. Whether it is an ultrasonic nebulizer or a compressed nebulizer, the scope of application is now more and more extensive, such as humidifiers, spray water replenishment devices, atomization therapy devices, nasal spray devices, electronic smoke nebulizers, etc., according to different needs, can be Adjust the degree of atomization. [0003] Commonly used medical or household atomization devices are large in size and cumbersome ...

AI Technical Summary

Problems solved by technology

The sprayer with this structure is suitable for skin hydration or mouth-inhaled atomization treatment. Just point the middle spray port at the skin or mouth, but for rhinitis patients or users who aim at nasal treatment / rinsing , this type of structure is difficult to align the water mist at the nose for a long time, not only inconvenient in operation, but also because the sprayer needs to be tilted to aim at the nose during use, the water in the water tank and pipeline is inclined, the water level is lowered, and the liquid level deviates The atomizer cannot produce water mist, and the operation without water will also damage the life of the atomizer, which is not conducive to the use of the atomizer

[0004] With the increasing number of patients with rhinitis or nasal discomfort, saline nasal washes appear on the market, which use a certain pressure to send physiological saline into the nostrils and flow through the nasal vestibule (the part exposed outside the head), sinuses, and nasal passages. The nasopharynx is discharged from the nostril or one side of the nostril, or from the mouth. For adults, this kind of nasal wash is already very uncomfortable during the cleaning process, and it may enter the ear or Bronchus, not to mention children with poor self-control ability, often have fear and rejection of nasal washers, and it is more troublesome to use. They may be discarded after a few times of use, and it is impossible to form a good habit of cleansing the nose.

[0005] On the other hand, most of the existing nebulizers cannot be heated, and the water mist is too cold to have adverse effects on the human body. Especially in winter, for children, the air is too dry and they are prone to nosebleeds, and inhaling cold air is easy to catch a cold. The atomizer with heating function needs to heat the entire water tank during the heating process, which not only consumes time but also consumes electricity. However, the commonly used power supply for portable small atomizers is replaceable batteries. The power of the power supply is limited, and the number of heating times is limited More limited, and the water needed for atomization is actually not much, and the heating of the whole water tank consumes too much electricity, which limits the development of small atomizers with heating function

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