Air negative oxygen ion generating device

Abstract

The invention relates to an air negative oxygen ion generating device. The natural particle energy of a high-energy ion material is utilized; due to the piezoelectric effect of nano rare earth silicate piezoelectric tourmaline, electrons on the outermost layers of oxygen atoms are separated from atomic nucleuses to be spun into negative ions; the negative ions are combined with the oxygen atoms ofthe air again, so that negative oxygen ions can be formed. The negative oxygen ion generating device provided by the invention employs the above physical principle. According to the negative oxygen ion generating device of the invention, the high-energy particles, the nano rare earth tourmaline material and an adhesive solution are blended into a mixture, and the mixture is uniformly sprayed on each generation part and parts consuming negative oxygen ions. The negative oxygen ions released by the air negative oxygen ion generating device do not need external energy; ozone and active oxygen are not generated; the generated negative oxygen ions are small in particle size; and the negative oxygen ion content of the output port of the air negative oxygen ion generating device reaches 20000-100000 each cm <3> per second. The negative oxygen ions with small particle sizes are considered to have medical and health-care effects by the international medical science, and are air vitamins required by human bodies.

Description

technical field [0001] The present invention uses the natural particle energy of high-energy ion materials to excite oxygen atoms, so that the outermost electrons of the oxygen atoms are detached from the oxygen atoms to form negatively charged free electrons, which are then combined with oxygen atoms in the air to form negative oxygen ions; The piezoelectric effect of nano-rare earth silicate piezoelectric tourmaline has typical semiconductor characteristics, and there are a large number of electron acceptors in its system, the recombination rate of electrons and holes is low, and stable negative oxygen ions can be produced. The negative oxygen ion generating device utilizes the above physical principles, and its characteristic is that the released negative oxygen ions do not require external energy, do not generate ozone, active oxygen, and the particle size of the generated negative oxygen ions is small, and the negative oxygen ion content at the output port reaches 20000"~...

AI Technical Summary

Problems solved by technology

Negative oxygen ions produced by the discharge method are divided into glow discharge, arc discharge, spark discharge, corona discharge, and dielectric barrier discharge. The companion of all the above discharges is ozone. The corona discharge process is very difficult. The environment of each use is different, the change of temperature and humidity, the length of time the equipment is used, etc. will affect the critical point of corona discharge, so that the effect of corona discharge cannot be achieved. The situation that occurs is either generated There are few negative oxygen ions, or the ozone content is high, so it is not an ideal negative oxygen ion generator

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