A negative ion generator

A negative ion generator and negative ion generation technology, applied in electrical components, circuits, corona discharge devices, etc., can solve the problems of poor improvement effect, short existence time of negative ions, limited transmission distance, etc., and achieve enhanced emission distance and voltage reduction activity , enhance the effect of activity

Active Publication Date: 2019-01-11
山东亚伯环保科技有限公司
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0003] When the existing negative oxygen ion generating equipment releases free electrons, due to the lack of kinetic energy of the electrons themselves, they can only react with the oxygen molecules in the air near the release device, so that the negative ions produced are not only few, but also because the negative ions exist for a long time Short and limited transmission distance, the negative ions in the entire environment to be improved cannot reach the expected coverage, making the improvement effect poor, and the high voltage generated by it is easy to cause damage to surrounding electrical appliances

Method used

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  • A negative ion generator

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Effect test

Embodiment 1

[0024] Embodiment 1: a kind of negative ion generator, comprises power input line 1, insulating shell 2, negative ion generating module 3 and negative ion output carbon brush 5, negative ion generating module 3 is positioned at the inside of insulating shell 2, and power input line 1 passes through The insulating housing 2 is connected with the anion generating module 3 to provide power for the anion generating module 3, the anion generating module 3 is fixed with the anion output carbon brush 5, and the anion output carbon brush 5 outputs the negative ions after step-down to the outside, and the anion generation module 3 and the negative ion output carbon brush 5 and the space inside the insulating housing 2 are filled with insulating gas 4, the weight percentage of each component in the insulating gas 4 is: the weight percentage of each component in the insulating gas 4 is: nitrogen 64.27%, oxygen 35% , 0.6% of rare gas, 0.10% of carbon dioxide and 0.01% of other gases and im...

Embodiment 2

[0025] Embodiment 2: a kind of negative ion generator, comprises power input line 1, insulating case 2, negative ion generation module 3 and negative ion output carbon brush 5, negative ion generation module 3 is positioned at the inside of insulating case 2, and power input line 1 passes through The insulating housing 2 is connected with the anion generating module 3 to provide power for the anion generating module 3, the anion generating module 3 is fixed with the anion output carbon brush 5, and the anion output carbon brush 5 outputs the negative ions after step-down to the outside, and the anion generation module 3 and the negative ion output carbon brush 5 and the space inside the insulating housing 2 are filled with insulating gas 4, the weight percentage of each component in the insulating gas 4 is: the weight percentage of each component in the insulating gas 4 is: nitrogen 74%, oxygen 25.29% , 0.6% of rare gas, 0.10% of carbon dioxide and 0.01% of other gases and impu...

Embodiment 3

[0026] Embodiment 3: a kind of negative ion generator, comprises power input line 1, insulating case 2, negative ion generation module 3 and negative ion output carbon brush 5, negative ion generation module 3 is positioned at the inside of insulating case 2, and power input line 1 passes through The insulating housing 2 is connected with the anion generating module 3 to provide power for the anion generating module 3, the anion generating module 3 is fixed with the anion output carbon brush 5, and the anion output carbon brush 5 outputs the negative ions after step-down to the outside, and the anion generation module 3 and the negative ion output carbon brush 5 and the space inside the insulating housing 2 are filled with insulating gas 4, the weight percentage of each component in the insulating gas 4 is: the weight percentage of each component in the insulating gas 4 is: nitrogen 64.27%, oxygen 35% , 0.5% of rare gas, 0.20% of carbon dioxide and 0.03% of other gases and impu...

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Abstract

A negative ion generator is provided in the invention. The negative ion generating module is located in the inside of the insulating housing, the power supply input wire is connected with the negativeion generating module through the insulating housing, a supply power is provided for the negative ion generation module, the negative ion generating module is fixed with the negative ion output carbon brush, the negative ion output carbon brush outputs the depressurized negative ion to the outside, the negative ion generating module and the space between the negative ion output carbon brush and the inside of the insulating shell are filled with insulating gas, so that the 10,000-volt high voltage is reduced to a kilovolt or even a hundred volts, as the negative ion emission distance is enhance under the static state, the negative ion emission distance is fully combined with the oxygen molecule in the air, a large amount of negative oxygen ions beneficial to the human body are generated, and the negative oxygen ions play the roles of reducing pressure and enhancing activity.

Description

technical field [0001] The invention relates to a negative ion generator, which belongs to the field of ion generating equipment. Background technique [0002] In the prior art, negative ions are also called negative ions, which refer to negatively charged oxygen ions that obtain one or more electrons. The main components of air are nitrogen, oxygen, carbon dioxide and water vapour. The amount of nitrogen is 78%, oxygen 21%, carbon dioxide 0.03%, nitrogen has no affinity for electrons, only oxygen and carbon dioxide have affinity for electrons. But the oxygen content is 700 times that of carbon dioxide. Therefore, most of the negative ions generated in the air are air negative oxygen ions. It is formed by the combination of oxygen molecules in the air with free electrons. [0003] When the existing negative oxygen ion generating equipment releases free electrons, due to the lack of kinetic energy of the electrons themselves, they can only react with the oxygen molecules ...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): H01T23/00H01T19/04A61L9/22
CPCA61L9/22H01T19/04H01T23/00
Inventor 李翠雯李世恩林卫峰
Owner 山东亚伯环保科技有限公司
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