Pulse frequency intensifier for anion generating device

Abstract

The invention relates to a pulse frequency intensifier for an anion generating device, which comprises a rectangular shell, an inner end cap and an outer end cap, wherein a first electrode and a second electrode are arranged on two sides in the rectangular shell respectively, and natural mineral power is filled between the first electrode and the second electrode and generates a proper amount of impedance components and capacitance components under specific relative humidity condition to achieve the effect of a remote control (RC) effective oscillation circuit; and the inner end cap seals a cavity formed by the two electrodes and the natural mineral powder by sealing glue, and the outer end cap seals the rectangular shell by the sealing glue which is used for maintaining the relative humidity ratio in the rectangular shell. The pulse frequency intensifier for the anion generating device has the advantage that the pulse frequency can be intensified and stabilized, so that the corona discharge effect of the anion generating device can be intensified.

Description

technical field [0001] The invention relates to the technical field of air purification devices, in particular to a pulse frequency intensifier used in negative ion generating devices. Background technique [0002] At present, the common corona discharge negative ion generating device is composed of a simple power adapter, a high-voltage generator, and a discharge electrode that generates ions. This form of energizing the discharge electrode with a DC negative high voltage by only relying on a boost method cannot produce stable Corona discharge, resulting in very poor generation power of negative ions, can not get enough negative ions. Therefore, the negative ions produced by this form of negative ion generating device cannot effectively reduce positive ions in the air, positively charged particulates that pollute the atmosphere, and static electricity that the human body has. [0003] The present invention is committed to solving the above problems, and aims to provide a h...

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Problems solved by technology

[0002] At present, the common corona discharge negative ion generating device is composed of a simple power adapter, a high-voltage generator, and a discharge electrode that generates ions. This form of energizing the discharge electrode with a DC negative high voltage by only relying on a boost method cannot produce stable The corona discharge causes the generation power of negative ions to be very poor, and insufficient negative ions can be obtained

Therefore, the negative ions produced by this form of negative ion generating device cannot effectively reduce positive ions in the air, positively charged particles that pollute the atmosphere, and static electricity that the human body has.

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