Built-in motor rolling brush mechanism and dust collector thereof

Abstract

The invention discloses a built-in motor rolling brush mechanism and a dust collector thereof. The built-in motor rolling brush mechanism comprises a motor, an inner tube and a cleaning cloth tube, wherein the motor is a rotary motor; the inner tube with a hollow cylindrical shape covers the motor; the cleaning cloth tube is in a tubular shape; the inner tube and the cleaning cloth tube are in coaxial arrangement; the cleaning cloth tube is driven to rotate by the motor; a clean water outlet used for wetting the cleaning cloth and a suction opening for sucking away sewage on the cleaning clothtube are formed in the outer side of the cleaning cloth tube. A water controlling groove plate is also arranged between the water outlet and the cleaning cloth; the water controlling groove plate divides the flow of clean water onto the cleaning cloth. By using the built-in motor rolling brush mechanism, the motor is positioned inside the cleaning cloth tube; the dimension is reduced; the wall edges can be conveniently cleaned; the wet cleaning cloth can further improve the cleaning effect; the use of the water outlet and collecting mechanism is convenient; the work intensity of users is reduced.

Description

technical field [0001] The invention relates to the field of vacuum cleaners, in particular to a built-in motor rolling brush mechanism and a vacuum cleaner thereof. Background technique [0002] The existing vacuum cleaner styles are generally divided into two types: one is a vacuum cleaner that uses alternating current to generate negative pressure suction, and vacuums purely with the suction of a hollow tube; the other is a vacuum cleaner with an electric brush, and the bristles on the electric brush are peeled off. , Raise the dust on the surface, and then collect it. Both of these vacuum cleaners are dry dust collectors and do not involve water. The existing electric brushes are often driven by external motors through gears and belts. Generally, the motors are arranged in parallel with the brush rollers, so that the overall size of the vacuum cleaner head is large, and it is difficult to clean some corners. In addition, the existing vacuum cleaner mainly uses the rota...

AI Technical Summary

Problems solved by technology

Existing electric brushes are often driven by an external motor through gears and belts. Generally, the motor is arranged parallel to the brush roller, so the overall size of the vacuum cleaner head is large, and it is difficult to clean some corners

In addition, the existing vacuum cleaners mainly use the rotating bristles to sweep away the dust and sundries on the ground, and use negative pressure suction to collect the dust and sundries, but this still cannot cope with all the dirty conditions on the ground

The traditional family floor plot includes sweeping and mopping the floor. Mopping the floor can take away some water-soluble stains on the floor. The entire cleaning process of the traditional vacuum cleaner is carried out in a dry state, and it is difficult to remove some sticky dirt. There are limitations

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