Ultrasonic atomization device controlled by gyroscope

Abstract

The invention relates to an ultrasonic atomization device controlled by a gyroscope. The device comprises an inhaling and exhaling part, a power supply component, a container component, an ultrasonicatomization mechanism, a circuit board, an air duct and an electric heating part, wherein the ultrasonic atomization mechanism comprises an atomization base, ultrasonic atomization electric appliancepieces, an oil storage cotton body and a filter plug, the ultrasonic atomization electric appliance pieces are installed on the cavity bottom surface and the periphery of a flat-bottom conical concavecavity of the atomization base, the filter plug is installed in an air inlet hole formed in the atomization base, the oil storage cotton body is provided with a vent hole and a mist outlet hole and installed in the flat-bottom conical cavity, the circuit board is provided with a micro gyroscope component, and all the ultrasonic atomization electric appliance pieces conduct ultrasonic atomizationoperation under the control of the micro gyroscope component. According to the invention, the miniature gyroscope component is adopted to control the ultrasonic atomization electric appliance piece ineach direction to start working in a proper direction, so that the smoke output is smoother, the interruption phenomenon is avoided, and the service life of the ultrasonic atomization electric appliance piece is effectively maintained.

Description

technical field [0001] The invention relates to the technical field of ultrasonic electronic cigarettes or ultrasonic atomized breathing products, in particular to an ultrasonic atomization device controlled by a gyroscope that uses heating wires to heat atomized gas and prevents water droplets from condensing. Background technique [0002] The existing electronic cigarette products with ultrasonic atomization are roughly composed of cigarette nozzles, power supply components, container components, ultrasonic atomization mechanisms, circuit boards, air ducts, electric heating components, etc., and its shortcomings are mainly reflected in: the container part The bottom is a flat bottom structure, and an ultrasonic atomization mechanism is set in the middle of the flat bottom. When the electronic cigarette is in the process of smoking, it is basically in a flat state, and the e-cigarette is pouring onto the side wall of the container and cannot flow into it. In the ultrasonic ...

AI Technical Summary

Problems solved by technology

[0002] The existing electronic cigarette products with ultrasonic atomization are roughly composed of cigarette nozzles, power supply components, container components, ultrasonic atomization mechanisms, circuit boards, air ducts, electric heating components, etc., and its shortcomings are mainly reflected in: the container part The bottom is a flat bottom structure, and an ultrasonic atomization mechanism is set in the middle of the flat bottom. When the electronic cigarette is in the process of smoking, it is basically in a flat state, and the e-cigarette is pouring onto the side wall of the container and cannot flow into it. In the ultrasonic atomization mechanism, it affects the normal atomization process of the ultrasonic atomization mechanism, causing the e-cigarette to sometimes fail to draw smoke, especially when a relatively small amount of smoke liquid is used, this situation is more obvious

In addition, the ultrasonic atomization mechanism has been idling for a long time under the premise of not being in contact with the e-cigarette liquid, which is more likely to heat up and burn out the device, which greatly affects the service life of the e-cigarette

In addition, the external air intake holes of electronic cigarettes are not equipped with any blocking filter parts, dust and other fine debris in the external air are easy to be sucked into people's mouths during the smoking process, thus affecting people's health

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