A cleaning mechanism for household sweeping robot

Abstract

The invention discloses a cleaning mechanism for a household sweeping robot. By setting a high-frequency driver, the high-frequency driver is driven and connected with a high-frequency horizontal vibration seat and / or a horizontal guide seat, so as to drive the high-frequency horizontal vibration seat High-frequency vibration in the horizontal direction, so that when cleaning, the cleaning brush rotates around its own vertical axis and at the same time, the high-frequency driver drives the cleaning brush to move continuously at high frequency. Effectively ensure removal and cleaning efficiency, improve cleaning performance; the center of each of the cleaning brushes of the present invention is provided with suction holes, and each of the suction holes is communicated with the suction pipe, so that it can be cleaned during cleaning. At the same time, the dust suction hole in the center can achieve a good dust suction effect, improve the dust removal efficiency, avoid the problem that the dust under cleaning will stick to the ground again, and effectively ensure the reliability and thoroughness of cleaning.

Description

technical field [0001] The invention specifically relates to a cleaning mechanism for a household sweeping robot, and relates to the related field of household cleaning equipment. Background technique [0002] At present, with the continuous development of automation and intelligent technology, sweeping robots have become one of the more commonly used household devices. The cleaning mechanism is one of the most important components in the sweeping robot, and the rationality of the cleaning mechanism determines the performance of the sweeping robot. The current sweeping mechanism is generally relatively simple, and the cleaning is generally realized by rotating the cleaning brush. Although the direct or indirect driving method of this motor is simple, the cleaning area is small, and the cleaning can only be performed by rotation, which is often difficult to guarantee. Dust is efficiently removed from the ground, resulting in unclean and incomplete cleaning, which requires th...

AI Technical Summary

Problems solved by technology

The current sweeping mechanism is generally relatively simple, and the cleaning is generally realized by rotating the cleaning brush. Although the direct or indirect driving method of this motor is simple, the cleaning area is small, and the cleaning can only be performed by rotation, which is often difficult to guarantee. Dust is efficiently removed from the ground, resulting in unclean and incomplete cleaning, which requires the robot to clean in multiple cycles. Moreover, after multiple cycles, some stubborn dust adhered to the ground will increase. The cohesiveness of dust particles makes it difficult to remove effectively

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