Simulated ecological air purifier

[0012] Example one:

[0013] in figure 1 In the first embodiment shown, the ecological air purifier includes a base shell 1. A water storage cavity 10 is provided at the bottom of the base shell 1 and an electric heating tube 2 is provided in the bottom of the base shell 1; The atomization cavity 11; above the atomization cavity 11 is an air inlet 110 equipped with an air inlet fan 3; the side of the atomization cavity 11 is provided with an air outlet 111; the base shell 1 is also provided with The water inlet 100 and the water outlet 101 of the water storage cavity 10; in the first embodiment, the water inlet 100 is arranged on the side of the air inlet 110 and is funnel-shaped to facilitate water intake; the water outlet 101 is arranged on the storage The lower part of the water chamber 10 is equipped with a drain switch device or a drain pipe.

[0014] In addition, in the first embodiment, the atomization chamber 11 is provided with a restriction tube 13 extending downward from the air inlet 110; the lower port of the restriction tube 13 is lower than the air outlet 111, and Higher than the liquid level of the water storage cavity 10, the airflow entering the atomization cavity 11 from the air inlet 110 needs to bypass the port of the restricting tube 13 before it flows to the air outlet 111; Flow directly to the air outlet 111. A filter cloth bag 4 is also connected to the space between the port of the restriction pipe 13 and the water storage cavity 10, so that the air flow out of the restriction pipe 13 needs to pass through the filter cloth bag 4 and then flow to the air outlet 111; In this way, the dust remaining in the airflow can be blocked on the inner surface of the filter cloth bag 4 to achieve complete dust removal. In addition, in the first embodiment, three layers of arched mesh panels 5 arched upward are erected in the limiting tube 13, and the arcuate mesh panels 5 are adjacent to each other and radiate from the center of the limiting tube 13 to the outer periphery. The thin rods are arrayed in the circumferential direction, so that the liquid condensed on the arched mesh plate 5 flows along the radial thin rods to the inner wall of the restricting tube 13 and flows downward to wash the surface of the filter cloth bag 4; In this way, the automatic cleaning of the filter cloth bag 4 is realized, so that it always maintains a small filter resistance.

[0015] In the above-mentioned purifier, a metal mesh plate 6 is stretched on the air outlet 111 to further restrict the mist flowing out of the air outlet 111.

[0016] During the use of the above-mentioned ecological air purifier, the heated water in the water storage cavity 10 produces a large amount of rising warm and hot water vapor, and the dusty cold air entering the atomization cavity 11 from the air inlet 110 encounters After the warm water vapor is heated, the water vapor is largely liquefied with dust particles as condensation nuclei, and the water droplets wrapped by the dust particles fall back to the water storage cavity 10, thereby removing the dust; because the intake air does not need to enter the water body, it is greatly reduced The air intake resistance, therefore, the power of the air intake fan 3 is small, and there is no obvious noise. In addition, the purifier only needs to replace the water body in the water storage chamber 10 regularly, and there is no filter material loss.

[0017] Embodiment two:

[0018] for figure 2 The second embodiment shown is different from the first embodiment in that a water tank 8 made of heat-preserving material floats in the water storage cavity 10; the upper and bottom of the water tank 8 are provided with fine holes, and the water storage cavity 10 The water body inside penetrates the pores to form a thin water layer in the water tank 8; an infrared heating lamp 7 is erected above the water storage cavity 10, and the infrared heating lamp 7 faces the water tank 8; 8 is composed of heat-preserving material, and the water in the pores is relatively thin, has basically no convection function, and has poor thermal conductivity, so that there is always only a thin water layer in the water tank 8 in the water storage cavity 10 By being heated, the water body in the water tank 8 can boil quickly and generate a large amount of steam, thereby reducing the heat waste caused by heating the water body in the water storage cavity 10 as a whole.