High-concentration small-granule anion generator system

Abstract

The invention provides a high-concentration small-granule anion generator system. The high-concentration small-granule anion generator system is structurally characterized in that a power source module provides a 110V AC or 220V AC power source for a negative high voltage driver module connected with the power source module, the negative high voltage driver module boosts the power source to a 3000V DC-9000V DC negative voltage and transmits the negative voltage to a discharging array module. The discharging array module comprises a plurality of discharging units connected to a PCB substrate, each discharging unit comprises a cylindrical structure formed by combining a plurality of discharge tubes and an electrode needle wrapped inside the cylindrical structure, and each discharge tube is a needle-shaped object composed of carbon fiber yarn which a nano-graphene coating adheres to. According to the high-concentration small-granule anion generator system, electrons in the nano-graphene are quite active, and therefore the nano-graphene can still release a large number of high-speed high-concentration electrons even under low negative high voltage; a controller module can conveniently control the number and speed of the electrons released by the discharging array.

Description

technical field [0001] The invention relates to a negative ion generator, in particular to a high-concentration small particle negative ion generator system. Background technique [0002] With the continuous deepening of national industrialization and social modernization, environmental pollution caused by economic progress has become more and more serious, especially air pollution; the current PM index that frequently explodes not only arouses social concerns about air pollution, but also It also brought hot sales of air purification products. [0003] The current air purification products are mainly air purifiers and negative ion generators; the former mainly filters out dust particles and other pollutants in the air through filtration; the latter mainly generates negative air ions by releasing electrons to achieve sterilization, dust removal and improvement. The effect of human metabolism and disease resistance. [0004] Negative air ions, also known as "air vitamins", ...

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Problems solved by technology

[0006] At present, conventional negative ion generators mostly use ordinary carbon fiber filaments as discharge materials, which can only release electrons with small kinetic energy and low concentration at very high voltages (such as 10,000-tens of thousands of volts). There is more ozone, and the amount of electrons released is small, so it cannot produce small particles and high-concentration negative ions, so it cannot purify the air very well.

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