Automatic and intelligent-adjusting consumable-free air purifier

Abstract

The invention relates to an automatic and intelligent-adjusting consumable-free air purifier. A consumable-free automatic and intelligent-adjusting air purifier device is absent at present. The automatic and intelligent-adjusting consumable-free air purifier comprises a catalyst packing net, an air detecting sensor module, a screen module and a fan module. The automatic and intelligent-adjusting consumable-free air purifier is characterized by further comprising an electrostatic dust removal device and a top cover, wherein the electrostatic dust removal device comprises an electrostatic dust removal device control module and a plurality of vertical metal plates; the screen module comprises a display screen and an Android control system circuit board; the Android control system circuit board is used for analyzing and processing data detected by the air detecting sensor module, and converting current air pollutant data into an air quality index; and the electrostatic dust removal device control module is used for controlling voltage of the electrostatic dust removal device and regulating dust removal efficiency; the fan drive module is controlled to regulate air quantity of the fan and regulate purifying treatment amount, so that a purifying rate is increased when ambient air quality is relatively poor and the purifying rate is reduced when the ambient air quality is relatively good. The automatic and intelligent-adjusting consumable-free air purifier is free of consumables.

Description

technical field [0001] The invention relates to an air purifier, in particular to an automatic intelligent adjustment air purifier without consumables. Background technique [0002] With the increasing popularity of air purifiers, people's requirements for intelligent air purifiers are also getting higher and higher. At present, air purifiers are mainly operated by wired control or mobile phone control, and air purifiers cannot automatically realize real-time intelligent control of the air purification rate according to the surrounding environment. Moreover, traditional air purifiers generally use filter consumables (HEPA) to filter particulate pollutants in the air. Depending on the quality of the air, the filter consumables need to be replaced within a period, which invisibly adds an extra burden to consumers. At present, non-filtered air purifiers mainly use electrostatic dust removal technology. Although electrostatic dust removal can effectively remove PM2.5 particle p...

AI Technical Summary

Problems solved by technology

At present, air purifiers are mainly operated by wired control or mobile phone control. Air purifiers cannot automatically realize real-time intelligent control of air purification rate according to the surrounding environment.

Moreover, traditional air purifiers generally use filter consumables (HEPA) to filter particulate pollutants in the air. According to the quality of the air, the filter consumables need to be replaced within a period of time, which adds an extra burden to consumers virtually.

At present, non-filtered air purifiers mainly use electrostatic dust removal technology. Although electrostatic dust removal can effectively remove PM2.5 particle pollutants, it has poor degradation effects on harmful gas pollutants such as formaldehyde, benzene, and toluene, and is prone to ozone pollution.

[0003] At present, there are also air purifiers with relatively high intelligence on the market. For example, in a Chinese patent with a publication date of February 4, 2015 and a publication number of CN104329780A, an air purifier with automatic intelligent adjustment is disclosed. The air purifier includes a circulation unit, a purification unit, a control module and a quality detection unit. The quality detection unit, circulation unit, and purification unit are all connected to the control module. The air quality is monitored in real time through the quality detection unit, and the detection results are fed back to the control unit. Module, the work of each unit is controlled by the control module, although the purification rate can be increased when the ambient air quality is poor, and the purification rate can be reduced to reduce energy consumption when the ambient air quality is relatively good, but it is difficult to achieve no consumables purpose, and it is difficult to effectively remove formaldehyde, benzene, toluene and other harmful gas pollutants in the air

Another example is that the publication date is October 8, 2014, and the publication number is CN203869178U Chinese patent, which discloses a kind of indoor intelligent air purifier, which is provided with air inlet, Coarse filter, electrostatic precipitator, formaldehyde removal filter, fine particle filter, air particulate filter and air outlet, the main body is also equipped with a high-voltage power module, formaldehyde sensor, boost circuit and controller, the high-voltage power module and The electrostatic precipitator is connected, the output end of the formaldehyde sensor is connected to the input end of the booster circuit, the output end of the booster circuit is connected to the input pin of the controller, and the output pin of the controller is connected to the controllable power switch of the purifier. This indoor smart air purifier can only automatically turn on the air purification in real time, and cannot adjust the purification rate in real time according to the surrounding environment

[0004] At present, there is no automatic intelligent adjustment air purifier device with reasonable structure design, no consumables, which can effectively remove formaldehyde, benzene, toluene and other harmful gas pollutants in the air, and remove particle pollution in the air at the same time

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