Device for automatically cleaning negative ion release end

Abstract

The invention discloses a device for automatically cleaning the negative ion release end, which includes a cleaning part and a transmission part, wherein one end of the cleaning part is connected to the transmission part in transmission, and the transmission part drives the cleaning part to swing around the end connected to the transmission part; it also includes an automatic control part, The automatic control part includes an electrically connected control circuit and a timing circuit, and the control circuit regularly transmits a starting signal to the transmission part. When the timing circuit automatically times the time, it notifies the control circuit to allow it to transmit a start signal to the transmission part, so that the transmission part automatically carries the cleaning part to do swinging motion. After the cleaning part of the present invention is placed around the negative ion release end during use, and after it is ensured that the negative ion release end can be moved when it swings, then the device for automatically cleaning the negative ion release end of the present invention can be used without stopping the machine. Automatically clean the negative ion release end, so that the negative ion release end can release negative ions normally.

Description

technical field [0001] The invention relates to the technical field of negative ion release devices, in particular to a device for automatically cleaning negative ion release ends. Background technique [0002] Negative ions are ubiquitous in nature, such as thunder and lightning, plant photosynthesis, waterfall water impact, and so on can produce a large number of negative ions, which is why people will feel the air is particularly fresh in thunderstorm weather, in forests, and beside waterfalls. The reason. [0003] Negative ions, known as vitamins in the air, are produced by collisions between electrons and molecules (mainly oxygen) in the air. Negatively charged ions are called negative ions. However, the changes in our living environment and serious pollution have resulted in the existence of negative ions in our living space. As people gradually understand the role of negative ions, the way of artificially generating negative ions is becoming more and more common. Ne...

AI Technical Summary

Problems solved by technology

[0006] 2. Affected by the current air environment, negative ions will absorb and deposit positively charged dust around the negative ion release end composed of carbon fiber bundles, and the resistance of the carbon brush will gradually increase, resulting in low negative ion generation efficiency and poor activity.

Although the traditional cleaning method is simple and feasible, it is easy to forget, and the cover of the negative ion release end needs to be opened when cleaning, which is easy to cause damage to accessories

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