A cleaning tool with separate components

Abstract

The application provides a cleaning tool with a separation assembly, including a handle, a separation assembly and a fan assembly, the separation assembly is tightly connected to the fan assembly and both are fixedly connected to the handle, the separation assembly includes: a dust cup, and a dust cup is opened on its side wall There is a fluid inlet; a rotary separator, which is cylindrical with one end open and has a plurality of separation holes on its side surface area, and the side surface area includes at least an area facing the fluid inlet; and a drive motor, It is arranged inside the rotary separator, and a plurality of surface protrusions are evenly provided on the surface of its stator; wherein, the rotary separator can be driven by the drive motor to rotate to center the sucked mixed fluid. separation of particles. The cleaning tool can efficiently separate the particles and air in the inhaled material, slow down the suction decay speed of the cleaning tool, and has the advantages of simple structure, small size and convenient operation.

Description

A cleaning tool with separate components technical field [0001] The present invention relates to the technical field of household appliances, and more particularly, to a cleaner having separate components Tool. Background technique Along with the development of society, the continuous improvement of people's living standards, vacuum cleaner is used as a kind of household cleaning appliance. It has been used in more and more families. Vacuum cleaners generally use a fan to drive the impeller to rotate at a high speed, in a sealed shell. Negative air pressure is generated in the body, so that dirt such as dust and garbage are sucked into its interior. The dirt is then separated from the air internally, and the dirt The object is left in the designated position, while the clean air is exhausted out of the vacuum cleaner. At present, vacuum cleaners generally use dust bags or Rotary separator for dirt separation. Both separation methods have their disadvantages: th...

AI Technical Summary

Problems solved by technology

Both separation methods have their disadvantages: the dust bag needs to be replaced frequently, which is neither economical nor environmentally friendly; the rotary separator is relatively large and consumes a lot of pressure during work

Moreover, the structure of the rotary separator is complex, and the design is difficult. Its separation effect is affected by many structural parameters, and the requirements for the mold are also very high.

As a result, the cyclone separation effect of most products is not good, and the dust that cannot be separated will gradually block the downstream filter, such as HEPA

With the use of the user, the suction of the vacuum cleaner will become smaller and smaller, seriously affecting the user experience

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