Биомедицинская инженерия и электроника
Электронный научный журнал

Технические науки
DEVELOPMENT OF A HYDROIONIZER
Litvinenko V.M. 1, Gulak E.N. 1

1. Kherson National Technical University

Abstract:

It has long been known that oxygen is the main and most important constituent of air, but in order for oxygen to be fully absorbed by our body, air must be enriched with ions, or as they are called "vitamins of the air." Lack of ionization in the room causes constant oxygen starvation, decreased performance, poor well-being, leads to loss of attention, weakening of immunity, increased fatigue, as well as provokes the development of many diseases, including influenza. According to recent studies of scientists, for the complete absorption of oxygen by our body, the air must be ionized - enriched with negatively charged ions. There are devices that make it possible to generate negative air ions without the use of high voltage due to the baloeffect (ie water spraying). Such devices are called hydro ionizers that partially or completely reproduce the baloelectric effect. In such devices, water spraying is performed by ultrasonic oscillations of a piezoelectric concave plate, which is placed at the bottom of a container filled with water. Nowadays a wide range of hydroionizers is produced. But many of them have a complex design that consists of many elements, and therefore have low reliability and high cost. In this regard, it is necessary to continue the work on the improvement of hydroionisers. The paper presents a reliable, relatively inexpensive hydro-ionizer developed. In relation to the circuit analog has been optimized, which was to replace the diode used to protect against the breakdown of one of the chips of the device to its analogue - a more reliable diod. This made it possible to increase the reliability of the developed device as a whole. To test the performance of the developed device, a simulation of the device schematic in Proteus was performed, which showed the good functioning of the device.

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