Ultrasonic evaporation element
An ultrasonic and nozzle technology, applied in the field of ultrasonic evaporation elements, can solve the problems of high-pitched noise, unsuitable for portable equipment, etc., and achieve the effect of optimizing benefits
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Embodiment 1
[0081] Example 1 for liquid : For the first embodiment, the most important component or method is the use of the core to deliver the liquid from the tank to the transducer. There are no ultrasonic nebulizers for drugs that use a core; most of them have a transducer that attaches directly to the container to fill it with liquid. Using a wick limits the amount of liquid to the transducer so that it is sufficient to achieve nebulization. Using a container like an existing sprayer requires that the transducer must be so powerful to transmit energy through the depth of the liquid, but with an immediately improved design, less power is required.
Embodiment 2
[0082] Example 2 : For the second embodiment, the use of silicone to aerosolize THC was a big discovery because the energy from the transducer can melt through the silicone and then aerosolize the THC, but it is important to have the silicone material taut.
[0083] It should be noted that hard materials will not work, such as metal, glass or ceramics; the transducer scratches the material and produces an audible squeal. If in plastic, the transducer actually melts and penetrates the material, much like an ultrasonic welder. Silicone has another advantage, as the THC material does not stick to the silicone, helping to clean it off more easily.
Embodiment 3
[0084] Example 3: The third embodiment improves on Example 2 (silicone) and has a metal container attached to the transducer such that there is as little friction as possible between the two parts; little or no friction resulting in reduced or no sound .
[0085] The function of a typical sprayer is directly related to the amount of liquid above the transducer probe (or velocity transducer). The thicker the volume of liquid above the probe, the more powerful the transducer required to transmit the acoustic energy to the surface of the liquid to create the atomization.
[0086] To minimize the amount of power required, a thin film of liquid is desired so that less energy (and thus a smaller battery) is sufficient to atomize the liquid; the preferred core draws enough liquid to the probe so that there is no Formation of large puddles (ie, large puddle = thick volume = insufficient energy transfer through the thickness of the liquid).
[0087] Conversely, if the core is too d...
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