Centrifugal water removal automatic cleaning and dust removal device

Abstract

The invention provides a centrifugal water removal automatic cleaning and dust removal device comprising a dust collector body, a filtering module and a separation module; the dust collector body comprises the filtering module, and the filtering module comprises a filtering net; the filtering module comprises a rotating shaft; a water absorbing layer is arranged on the rotating shaft; the separation module is arranged in a separation cavity, and the separation module comprises a drainage ring; the separation module comprises a water storage cavity; and a drainage hole is formed in a drainage groove. The centrifugal water removal automatic cleaning and dust removal device is such a device that dust and accumulated water are sucked into the dust collector through a fan, and the dust and theaccumulated water are separated from sundries through a filtering layer, so that the dust and the accumulated water are subjected to secondary filter; then, the accumulated water is absorbed through the water absorbing layer and discharged to a water storage box under the centrifugal action, such that the dust is separated from the accumulated water; and after the device is closed, the dust fallsinto the water storage box under the action of gravity and is fused with the accumulated water, thereby facilitating cleaning.

Description

technical field [0001] The invention relates to the field of vacuum cleaners, in particular to a dehumidification and dust collection device. Background technique [0002] Vacuum cleaners are mainly composed of three parts: dust collection, dust collection and dust filtration, generally including motors, fans, dust filters and dust collection accessories; existing vacuum cleaners include dry vacuum cleaners and wet and dry vacuum cleaners, the former is mainly used for dust and powder dust removal , but it cannot be used to absorb water. Water entering the vacuum cleaner will short-circuit the motor and cause damage, so its scope of application is limited, and the vacuum cleaner is very easy to enter water when the user is using it, which is not conducive to its service life; although the latter can be used for water absorption, However, it needs to be used with a special water-absorbing brush, so the use process is cumbersome; in addition, after the existing vacuum cleaner ...

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Problems solved by technology

[0002] Vacuum cleaners are mainly composed of three parts: dust collection, dust collection and dust filtration, generally including motors, fans, dust filters and dust collection accessories; existing vacuum cleaners include dry vacuum cleaners and wet and dry vacuum cleaners, the former is mainly used for dust and powder dust removal , but it cannot be used to absorb water. Water entering the vacuum cleaner will short-circuit the motor and cause damage, so its scope of application is limited, and the vacuum cleaner is very easy to enter water when the user is using it, which is not conducive to its service life; although the latter can be used for water absorption, However, it needs to be used with a special water-absorbing brush, so the use process is cumbersome; in addition, after the existing vacuum cleaner is used, the dust in the dust filter has accumulated to a certain amount and needs to be manually cleaned by the user. During the cleaning process, due to dust, The powder is light in weight, so it will be suspended in the air and scatter around with the air flow, causing secondary pollution, which is not only not conducive to cleaning the dust filter, but also affects the user's respiratory tract; in summary, there are defect

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