Spraying dust-falling structure for mobile dust remover

Abstract

The invention discloses a spraying dust-falling structure for a mobile dust remover. The spraying dust-falling structure comprises a box body, an access door, a ventilation window, a treatment mechanism, a mounting seat, an air inlet cylinder, a water filtering mechanism, a first filter screen, a second filter screen, an air outlet cylinder, a fan, a dustproof sheet, a control switch and a power line. According to the invetion, by optimally arranging a treatment mechanism, when a driving motor rotates, fan blades are driven to rotate through a transmission belt while a rotating disc drives a special-shaped gear to rotate through the transmission belt, and a water collecting pipe reciprocates on a sliding rail under the cooperation of the special-shaped gear and a half gear, so that the fanblades rotate to drive an ion wind bar to generate ions to be blown into the box body, and under the reciprocating motion of water mist sprayed from the bottom of a water collecting pipe, the dust falling efficiency is improved; and by optimally arranging a water filtering mechanism, dust particles are filtered by obliquely-arranged filter screen sheets, and the filtered water is sucked by a water pump to be reused, so that the water is recycled, and the problem of water resource waste is avoided.

Description

technical field [0001] The invention relates to the related field of dust collectors, in particular to a spray dust suppression structure for a mobile dust collector. Background technique [0002] The mobile dust collector also has a good dust removal effect within a certain range for fine metal chips with a small specific gravity, foundry sand dust, cement, gypsum powder, charcoal powder, bakelite powder, plastic powder, etc., and the dust removal efficiency is greater than Ninety-nine point five percent; the mobile dust collector is usually equipped with a spray dust suppression structure to spray and suppress the sucked dust. [0003] The spray dust suppression structure of the prior art is relatively simple. Usually, the dust is sucked into the box by the fan through the suction pipe for processing. The dust is directly settled by combining with the water mist. When the amount of dust is large, the dust settlement efficiency is likely to be reduced, and It is not easy t...

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Problems solved by technology

[0003] The spray dust suppression structure of the prior art is relatively simple. Usually, the dust is sucked into the box by the fan through the suction pipe for processing, and the dust is directly settled by combining with the water mist. When the amount of dust is large, it is easy to reduce the dust settlement efficiency, and It is not easy to reuse water after the dust settles, resulting in waste of water resources

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