Intelligent negative ion generator

Abstract

The invention discloses an intelligent negative ion generator. The intelligent negative ion generator is characterized in that natural negative ions can be generated indoors. The intelligent negativeion generator structurally comprises a fleshy green plant, an electric pulse generator and an optical pulse generator; a positive electrode of the electric pulse generator is inserted in the root of the fleshy green plant, a negative electrode of the electric pulse generator is inserted in the stem of the fleshy green plant, and the spacing distance between the positive electrode and the negativeelectrode is larger than 5 cm; the illumination part of the optical pulse generator is located on the stem of the fleshy green plant. According to the intelligent negative ion generator, the fleshy green plant can be stimulated to release a large number of negative ions through an electric pulse emitted by the electric pulse generator, and low-concentration ozone generated during negative ion preparation is decomposed with help of the optical pulse generator.

Description

technical field [0001] The invention relates to the technical field of ornamental green planting, in particular to an intelligent negative ion generator. Background technique [0002] The negative ion lighting device in the prior art usually adopts LED lamp as the light source, and the cooperation with the negative ion generator is also a simple function superimposition, and there is no technical effect of mutual promotion of each other's functions. The negative ions produced by negative ion generators used in the lighting field in the prior art are usually artificially generated by circuits. Experiments have proved that the benefits of these artificial negative ions in life are not as many as advertised, and while producing negative ions It will also produce a large amount of by-product ozone, which will cause adverse effects on human health when used in a closed environment for a long time. Therefore, studies have shown that naturally formed negative ions are beneficial t...

AI Technical Summary

Problems solved by technology

The negative ions produced by negative ion generators used in the lighting field in the prior art are usually artificially generated by circuits. Experiments have proved that the benefits of these artificial negative ions in life are not as many as advertised, and while producing negative ions It will also produce a large amount of by-product ozone, which will cause adverse effects on human health when used in a closed environment for a long time

Therefore, studies have shown that naturally formed negative ions are beneficial to human health, and long-term exposure to artificial negative ions will have a certain negative impact on human health

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